2005-11-24 15:34:00 +00:00
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< h1 > Package geompy< / h1 >
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< table border = "0" cellpadding = "0" cellspacing = "0" >
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< tr > < td colspan = "2" > < br > < h2 > Functions< / h2 > < / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3705160558460da457cd38f606a6b66d" > init_geom< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#470220c5023a12c929927b787189f33a" > SubShapeName< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get name for sub-shape aSubObj of shape aMainObj. < a href = "#470220c5023a12c929927b787189f33a" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#854e7c80b1a8637b7ab37d283e7231a8" > addToStudy< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Publish in study aShape with name aName. < a href = "#854e7c80b1a8637b7ab37d283e7231a8" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3ee8a03d8802177e549f05dd157505dd" > addToStudyInFather< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Publish in study aShape with name aName as sub-object of previously published aFather. < a href = "#3ee8a03d8802177e549f05dd157505dd" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#6df0ff678bbedfbf5dad187159e1d07a" > MakeVertex< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create point by three coordinates. < a href = "#6df0ff678bbedfbf5dad187159e1d07a" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#ad362da7f382de366f37d0671b681a28" > MakeVertexWithRef< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a point, distant from the referenced point on the given distances along the coordinate axes. < a href = "#ad362da7f382de366f37d0671b681a28" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#031e7edd1b35a5d2956de6dbd8471ff6" > MakeVertexOnCurve< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a point, corresponding to the given parameter on the given curve. < a href = "#031e7edd1b35a5d2956de6dbd8471ff6" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3ec3dea7757e5c55884566eec4c72a10" > MakeTangentOnCurve< / a > < / td > < / tr >
2006-11-03 13:41:01 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a tangent, corresponding to the given parameter on the given curve. < a href = "#3ec3dea7757e5c55884566eec4c72a10" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#942eac9be44c9341f1ee9414285611ac" > MakeVectorDXDYDZ< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a vector with the given components. < a href = "#942eac9be44c9341f1ee9414285611ac" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#bd89e965685431e1368f689c94b7aac6" > MakeVector< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a vector between two points. < a href = "#bd89e965685431e1368f689c94b7aac6" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f9ea70b199d04fbe1e69d780efea5a18" > MakeLine< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a line, passing through the given point and parrallel to the given direction. < a href = "#f9ea70b199d04fbe1e69d780efea5a18" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#11302ca331b054a8267e43521ea6d84a" > MakeLineTwoPnt< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a line, passing through the given points. < a href = "#11302ca331b054a8267e43521ea6d84a" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#78dd04c0e5f91eb844751f66c12d415e" > MakePlane< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a plane, passing through the given point and normal to the given vector. < a href = "#78dd04c0e5f91eb844751f66c12d415e" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#21bae34183d754ba198ccc638b6c48e2" > MakePlaneThreePnt< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a plane, passing through the three given points. < a href = "#21bae34183d754ba198ccc638b6c48e2" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#100fa1f6267842dd61feba9b82bf8216" > MakePlaneFace< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a plane, similar to the existing one, but with another size of representing face. < a href = "#100fa1f6267842dd61feba9b82bf8216" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#96c7a80740450ee6f760fc8f07f684a3" > MakeMarker< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a local coordinate system. < a href = "#96c7a80740450ee6f760fc8f07f684a3" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#a0c2e897cc1337c1ea8c77dab0310373" > MakeMarkerPntTwoVec< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a local coordinate system. < a href = "#a0c2e897cc1337c1ea8c77dab0310373" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#c128566958c4bacac326f7f39bdf7a8f" > MakeArc< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create an arc of circle, passing through three given points. < a href = "#c128566958c4bacac326f7f39bdf7a8f" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#0d389db43f896f92adac9b7b2163535b" > MakeArcCenter< / a > < / td > < / tr >
2007-04-13 13:20:46 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create an arc of circle from a center and 2 points. < a href = "#0d389db43f896f92adac9b7b2163535b" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#95492c52ec17531bcec55bc82b6e47da" > MakeCircle< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a circle with given center, normal vector and radius. < a href = "#95492c52ec17531bcec55bc82b6e47da" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#384ad13e149f95cec325b67cc5e930d4" > MakeCircleThreePnt< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a circle, passing through three given points. < a href = "#384ad13e149f95cec325b67cc5e930d4" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#251d82cf9c771b890334e63af84b5ef2" > MakeEllipse< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create an ellipse with given center, normal vector and radiuses. < a href = "#251d82cf9c771b890334e63af84b5ef2" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#ec5425367466131be6ba9a4d677592d6" > MakePolyline< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a polyline on the set of points. < a href = "#ec5425367466131be6ba9a4d677592d6" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#81be7e5c78e9bdb3a114b0dccdd82ba5" > MakeBezier< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create bezier curve on the set of points. < a href = "#81be7e5c78e9bdb3a114b0dccdd82ba5" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#614a9f55f42ab0389dd353325d6f0bee" > MakeInterpol< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create B-Spline curve on the set of points. < a href = "#614a9f55f42ab0389dd353325d6f0bee" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#264426c8d192f214dfb6afe3e853cf01" > MakeSketcher< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a sketcher (wire or face), following the textual description, passed through < em > theCommand< / em > argument. < a href = "#264426c8d192f214dfb6afe3e853cf01" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#647efe9b8d5c5d8c686b50b60407ea44" > MakeSketcherOnPlane< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a sketcher (wire or face), following the textual description, passed through < em > theCommand< / em > argument. < a href = "#647efe9b8d5c5d8c686b50b60407ea44" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#eb08ff8dc0a51ac12f611db33b24dc36" > MakeBox< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a box by coordinates of two opposite vertices. < a href = "#eb08ff8dc0a51ac12f611db33b24dc36" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#ea0d21c797d09932964f76de243ef2ad" > MakeBoxDXDYDZ< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a box with specified dimensions along the coordinate axes and with edges, parallel to the coordinate axes. < a href = "#ea0d21c797d09932964f76de243ef2ad" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#09a1f231ad15519a3840f3a463c26ad7" > MakeBoxTwoPnt< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a box with two specified opposite vertices, and with edges, parallel to the coordinate axes. < a href = "#09a1f231ad15519a3840f3a463c26ad7" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#38c5a92323230923ee57b70cc2f56288" > MakeCylinder< / a > < / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a cylinder with given base point, axis, radius and height. < a href = "#38c5a92323230923ee57b70cc2f56288" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#b8792e0e583e25c0015037b12f92b7b2" > MakeCylinderRH< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a cylinder with given radius and height at the origin of coordinate system. < a href = "#b8792e0e583e25c0015037b12f92b7b2" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#45ce0d719e1090d206348f7f82fc2619" > MakeSpherePntR< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a sphere with given center and radius. < a href = "#45ce0d719e1090d206348f7f82fc2619" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#c8da76242eb35530f0ce7909b94b424d" > MakeSphere< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a sphere with given center and radius. < a href = "#c8da76242eb35530f0ce7909b94b424d" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#6daea431567cb24fbf22d93a78df51da" > MakeSphereR< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a sphere with given radius at the origin of coordinate system. < a href = "#6daea431567cb24fbf22d93a78df51da" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#147d8f8b25c0a0c33d10ab6d288b786b" > MakeCone< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a cone with given base point, axis, height and radiuses. < a href = "#147d8f8b25c0a0c33d10ab6d288b786b" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f054c3265538aefd69a20521adfaad49" > MakeConeR1R2H< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a cone with given height and radiuses at the origin of coordinate system. < a href = "#f054c3265538aefd69a20521adfaad49" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#b66332630edcecf1883362c36d301f88" > MakeTorus< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a torus with given center, normal vector and radiuses. < a href = "#b66332630edcecf1883362c36d301f88" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#aadbd65c847f8fddd2425b8923f0da00" > MakeTorusRR< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a torus with given radiuses at the origin of coordinate system. < a href = "#aadbd65c847f8fddd2425b8923f0da00" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#a1c861657ada557470afa46e4f7246e6" > MakePrism< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a shape by extrusion of the base shape along a vector, defined by two points. < a href = "#a1c861657ada557470afa46e4f7246e6" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#0722f374c177388a0196d6344230baf4" > MakePrismVecH< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a shape by extrusion of the base shape along the vector, i.e. < a href = "#0722f374c177388a0196d6344230baf4" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#add41c6c81dd7656f39bb14cd0c2f9d4" > MakePipe< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a shape by extrusion of the base shape along the path shape. < a href = "#add41c6c81dd7656f39bb14cd0c2f9d4" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#6e890bd3b91fabe7732d2a91491af209" > MakeRevolution< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a shape by revolution of the base shape around the axis on the given angle, i.e. < a href = "#6e890bd3b91fabe7732d2a91491af209" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3e7dd0198f1fddf159aea7a42c87b35e" > MakeThruSections< / a > < / td > < / tr >
2006-11-03 13:41:01 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a shell or solid passing through set of sections.Sections should be wires,edges or vertices. < a href = "#3e7dd0198f1fddf159aea7a42c87b35e" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#9dd36b76aab64dcef3b024989024c312" > MakePipeWithDifferentSections< / a > < / td > < / tr >
2006-11-03 13:41:01 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a shape by extrusion of the profile shape along the path shape. < a href = "#9dd36b76aab64dcef3b024989024c312" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#6c2341ca1d92eeed08b50d22669caca6" > MakePipeWithShellSections< / a > < / td > < / tr >
2007-04-13 13:20:46 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a shape by extrusion of the profile shape along the path shape. < a href = "#6c2341ca1d92eeed08b50d22669caca6" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#121bc3bbcbd1e228b246e063b74bace3" > MakeEdge< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a linear edge with specified ends. < a href = "#121bc3bbcbd1e228b246e063b74bace3" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#cf062fdefe627039c8857be49535087e" > MakeWire< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a wire from the set of edges and wires. < a href = "#cf062fdefe627039c8857be49535087e" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#065f2b4dd4998e8b7a7290a4b9091866" > MakeFace< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a face on the given wire. < a href = "#065f2b4dd4998e8b7a7290a4b9091866" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#4d591eba1454a41ba883b1e4ac464b62" > MakeFaceWires< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a face on the given wires set. < a href = "#4d591eba1454a41ba883b1e4ac464b62" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3daa83bbeefac3202cf8c369a8ba4de2" > MakeFaces< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to < a class = "el" href = "namespacegeompy.html#4d591eba1454a41ba883b1e4ac464b62" > MakeFaceWires()< / a > . < a href = "#3daa83bbeefac3202cf8c369a8ba4de2" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3d71423aff4170f4a0a4e3ffde1e2bfb" > MakeShell< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a shell from the set of faces and shells. < a href = "#3d71423aff4170f4a0a4e3ffde1e2bfb" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#868b54ec3d5c9a17011ab70d179c3085" > MakeSolid< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a solid, bounded by the given shells. < a href = "#868b54ec3d5c9a17011ab70d179c3085" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#b265b597014d3c8852f145a5f10eda1f" > MakeCompound< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a compound of the given shapes. < a href = "#b265b597014d3c8852f145a5f10eda1f" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#827fd56b26abac9530d3773f3cf8a1f4" > NumberOfFaces< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Gives quantity of faces in the given shape. < a href = "#827fd56b26abac9530d3773f3cf8a1f4" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#dd386591fcf7c9da7fc1c89d16635219" > NumberOfEdges< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Gives quantity of edges in the given shape. < a href = "#dd386591fcf7c9da7fc1c89d16635219" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#51c121dc3f8a9f6c9eb996c1b4d20e5b" > ChangeOrientation< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Reverses an orientation the given shape. < a href = "#51c121dc3f8a9f6c9eb996c1b4d20e5b" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#c53ad06d79bd50ea30f4e116d0c37992" > OrientationChange< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to < a class = "el" href = "namespacegeompy.html#51c121dc3f8a9f6c9eb996c1b4d20e5b" > ChangeOrientation()< / a > . < a href = "#c53ad06d79bd50ea30f4e116d0c37992" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#69a9087fb746222df7d5e88fc3b86127" > GetFreeFacesIDs< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Retrieve all free faces from the given shape. < a href = "#69a9087fb746222df7d5e88fc3b86127" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#982d2e4452a668e670dcb490a55ebde9" > GetSharedShapes< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get all sub-shapes of theShape1 of the given type, shared with theShape2. < a href = "#982d2e4452a668e670dcb490a55ebde9" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#083d539cf84e75f528c092a6cb6a3c33" > GetShapesOnPlane< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find in < em > theShape< / em > all sub-shapes of type < em > theShapeType< / em > , situated relatively the specified plane by the certain way, defined through < em > theState< / em > parameter. < a href = "#083d539cf84e75f528c092a6cb6a3c33" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#1b3b5fb654f6b79d6db0a77be74b291c" > GetShapesOnPlaneIDs< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Works like the above method, but returns list of sub-shapes indices. < a href = "#1b3b5fb654f6b79d6db0a77be74b291c" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#e792d3e7ebde555c80b2bd27433e6bc3" > GetShapesOnPlaneWithLocation< / a > < / td > < / tr >
2006-11-03 13:41:01 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find in < em > theShape< / em > all sub-shapes of type < em > theShapeType< / em > , situated relatively the specified plane by the certain way, defined through < em > theState< / em > parameter. < a href = "#e792d3e7ebde555c80b2bd27433e6bc3" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#4e8ff8888ef4f25536c1a4052dfb010f" > GetShapesOnPlaneWithLocationIDs< / a > < / td > < / tr >
2006-11-03 13:41:01 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Works like the above method, but returns list of sub-shapes indices. < a href = "#4e8ff8888ef4f25536c1a4052dfb010f" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#824867811409a1071cb89bc8ec934306" > GetShapesOnCylinder< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find in < em > theShape< / em > all sub-shapes of type < em > theShapeType< / em > , situated relatively the specified cylinder by the certain way, defined through < em > theState< / em > parameter. < a href = "#824867811409a1071cb89bc8ec934306" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#cb57310b470a3533794f1c73253464f3" > GetShapesOnCylinderIDs< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Works like the above method, but returns list of sub-shapes indices. < a href = "#cb57310b470a3533794f1c73253464f3" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#a244d799c5c8db6bd5ca4b9d3193c39d" > GetShapesOnSphere< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find in < em > theShape< / em > all sub-shapes of type < em > theShapeType< / em > , situated relatively the specified sphere by the certain way, defined through < em > theState< / em > parameter. < a href = "#a244d799c5c8db6bd5ca4b9d3193c39d" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#9a3951afbd75793d2cf90147cf38fe83" > GetShapesOnSphereIDs< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Works like the above method, but returns list of sub-shapes indices. < a href = "#9a3951afbd75793d2cf90147cf38fe83" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f163509a8d41d9e9be5d59a3fd935d29" > GetShapesOnQuadrangle< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find in < em > theShape< / em > all sub-shapes of type < em > theShapeType< / em > , situated relatively the specified quadrangle by the certain way, defined through < em > theState< / em > parameter. < a href = "#f163509a8d41d9e9be5d59a3fd935d29" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#2fafe7bb6e984e69cd3feb1c0a4c93cc" > GetShapesOnQuadrangleIDs< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Works like the above method, but returns list of sub-shapes indices. < a href = "#2fafe7bb6e984e69cd3feb1c0a4c93cc" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#939e7344c2c5951bbeb48354a84450e5" > GetShapesOnBox< / a > < / td > < / tr >
2006-12-13 09:40:11 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find in < em > theShape< / em > all sub-shapes of type < em > theShapeType< / em > , situated relatively the specified < em > theBox< / em > by the certain way, defined through < em > theState< / em > parameter. < a href = "#939e7344c2c5951bbeb48354a84450e5" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#bcc2153f61ca408d3703d849b8bf57d7" > GetShapesOnBoxIDs< / a > < / td > < / tr >
2006-12-13 09:40:11 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Works like the above method, but returns list of sub-shapes indices. < a href = "#bcc2153f61ca408d3703d849b8bf57d7" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#8998a08eb0082c3c83c7cd7619b84def" > GetInPlace< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get sub-shape(s) of theShapeWhere, which are coincident with < em > theShapeWhat< / em > or could be a part of it. < a href = "#8998a08eb0082c3c83c7cd7619b84def" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#00352e756d9544614079801a7638fb99" > GetSame< / a > < / td > < / tr >
2006-12-13 09:40:11 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get sub-shape of theShapeWhere, which is equal to < em > theShapeWhat< / em > . < a href = "#00352e756d9544614079801a7638fb99" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#e8a70d799537d771f32380246e7ef8df" > GetSubShape< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Obtain a composite
sub-shape of < aShape> , composed from sub-shapes of < aShape> ,
selected by their unique IDs inside < aShape> . < a href = "#e8a70d799537d771f32380246e7ef8df" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#edfcf3276717a3430ced991091e15c8a" > GetSubShapeID< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Obtain unique ID of sub-shape < aSubShape> inside < aShape> . < a href = "#edfcf3276717a3430ced991091e15c8a" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#d645f39f6fddf392c39c3ebdda60ba46" > SubShapeAll< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Explode a shape on subshapes of a given type. < a href = "#d645f39f6fddf392c39c3ebdda60ba46" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3282b2f87165770efbbce6043cb1dba0" > SubShapeAllIDs< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Explode a shape on subshapes of a given type. < a href = "#3282b2f87165770efbbce6043cb1dba0" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#630806bee2ace164d104e64db419df46" > SubShapeAllSorted< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Explode a shape on subshapes of a given type. < a href = "#630806bee2ace164d104e64db419df46" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3ec1c8c1b29886820d2080b104ec9b29" > SubShapeAllSortedIDs< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Explode a shape on subshapes of a given type. < a href = "#3ec1c8c1b29886820d2080b104ec9b29" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#ef8fc014b776a059acd08d0a29c15522" > SubShape< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Obtain a compound of sub-shapes of < aShape> , selected by they indices in list of all sub-shapes of type < aType> . < a href = "#ef8fc014b776a059acd08d0a29c15522" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#1c2fbf3a2c0cb1f9efb5e1af1c5e63a7" > SubShapeSorted< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Obtain a compound
of sub-shapes of < aShape> , selected by they indices in sorted list
of all sub-shapes of type < aType> . < a href = "#1c2fbf3a2c0cb1f9efb5e1af1c5e63a7" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#fbc024b3f27a925f2cb7778fd67bef0e" > ProcessShape< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Apply a sequence of Shape Healing operators to the given object. < a href = "#fbc024b3f27a925f2cb7778fd67bef0e" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#0019b7a2e9e0f0372f68df128d46934b" > SuppressFaces< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Remove faces from the given object (shape). < a href = "#0019b7a2e9e0f0372f68df128d46934b" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#c26f58f9a326b53a077e36e46b30bc9f" > MakeSewing< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Sewing of some shapes into single shape. < a href = "#c26f58f9a326b53a077e36e46b30bc9f" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#dd9c6daee3813b9566f1623e30b55a57" > Sew< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Sewing of the given object. < a href = "#dd9c6daee3813b9566f1623e30b55a57" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#c18254da55d14caddeb258dfd5a231ef" > SuppressInternalWires< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Remove internal wires and edges from the given object (face). < a href = "#c18254da55d14caddeb258dfd5a231ef" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#24328a427220152e095d191fd33dd728" > SuppressHoles< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Remove internal closed contours (holes) from the given object. < a href = "#24328a427220152e095d191fd33dd728" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#4d1b43044445af6036153e52cbc9d929" > CloseContour< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Close an open wire. < a href = "#4d1b43044445af6036153e52cbc9d929" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#ce399105705363a0f5bc7969e9bf692a" > DivideEdge< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Addition of a point to a given edge object. < a href = "#ce399105705363a0f5bc7969e9bf692a" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#53c2bbd71549d4577174c6d22280719f" > ChangeOrientationShell< / a > < / td > < / tr >
2006-11-03 13:41:01 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Change orientation of the given object. < a href = "#53c2bbd71549d4577174c6d22280719f" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#fe5d7503642685b28ebc7e82a9dd804b" > ChangeOrientationShellCopy< / a > < / td > < / tr >
2006-11-03 13:41:01 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Change orientation of the given object. < a href = "#fe5d7503642685b28ebc7e82a9dd804b" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3d56ce0cc1c378e8ab2b00941884fa10" > GetFreeBoundary< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get a list of wires (wrapped in GEOM_Objects), that constitute a free boundary of the given shape. < a href = "#3d56ce0cc1c378e8ab2b00941884fa10" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#db3f9edcc23870a9e83ae392304e6b24" > MakeCopy< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a copy of the given object. < a href = "#db3f9edcc23870a9e83ae392304e6b24" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#8e47ed859d0d368b00245d74dcdfd42d" > MakeFilling< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a filling from the given compound of contours. < a href = "#8e47ed859d0d368b00245d74dcdfd42d" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#b70377c45c9f55186e16756db1345c65" > MakeGlueFaces< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Replace coincident faces in theShape by one face. < a href = "#b70377c45c9f55186e16756db1345c65" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#8e649c3d1d2e9386e4adfed888887752" > GetGlueFaces< / a > < / td > < / tr >
2007-04-13 13:20:46 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find coincident faces in theShape for possible gluing. < a href = "#8e649c3d1d2e9386e4adfed888887752" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#e83deee23198e2f357245ba13fe5d44b" > MakeGlueFacesByList< / a > < / td > < / tr >
2007-04-13 13:20:46 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Replace coincident faces in theShape by one face in compliance with given list of faces. < a href = "#e83deee23198e2f357245ba13fe5d44b" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#0f9a69a71910cd412f5c49f898a7d6af" > MakeBoolean< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Perform one of boolean operations on two given shapes. < a href = "#0f9a69a71910cd412f5c49f898a7d6af" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#365da931f285d67c74b2daaf368e56a8" > MakeCommon< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to MakeBoolean(s1, s2, 1). < a href = "#365da931f285d67c74b2daaf368e56a8" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#e17443d5a1fdfcf96b383cb4db63e03d" > MakeCut< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to MakeBoolean(s1, s2, 2). < a href = "#e17443d5a1fdfcf96b383cb4db63e03d" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#a7817be3d6a7bf3be8d6ef046571e87f" > MakeFuse< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to MakeBoolean(s1, s2, 3). < a href = "#a7817be3d6a7bf3be8d6ef046571e87f" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3906e915f7d854e860589b33da2b15bb" > MakeSection< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to MakeBoolean(s1, s2, 4). < a href = "#3906e915f7d854e860589b33da2b15bb" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#201d325e667c194842961e3a032b1ef6" > MakePartition< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Perform partition operation. < a href = "#201d325e667c194842961e3a032b1ef6" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#c8a483199e105727b82cfd3338427f04" > MakePartitionNonSelfIntersectedShape< / a > < / td > < / tr >
2006-11-09 14:21:33 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Perform partition operation. < a href = "#c8a483199e105727b82cfd3338427f04" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#5ec7f7db13b53ffe166f4dc9d7ede444" > Partition< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to < a class = "el" href = "namespacegeompy.html#201d325e667c194842961e3a032b1ef6" > MakePartition()< / a > . < a href = "#5ec7f7db13b53ffe166f4dc9d7ede444" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#a47eba165c4af7ead01c24b57206a4bd" > MakeHalfPartition< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Perform partition of the Shape with the Plane. < a href = "#a47eba165c4af7ead01c24b57206a4bd" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#66b5a338582c51468283e7397c4beac5" > MakeTranslationTwoPoints< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Translate the given object along the vector, specified by its end points, creating its copy before the translation. < a href = "#66b5a338582c51468283e7397c4beac5" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#ac45ba582b4cc22f8931fde09e62a760" > MakeTranslation< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Translate the given object along the vector, specified by its components, creating its copy before the translation. < a href = "#ac45ba582b4cc22f8931fde09e62a760" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#fa33fb178de4b5859bbbbac29e644e7c" > MakeTranslationVector< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Translate the given object along the given vector, creating its copy before the translation. < a href = "#fa33fb178de4b5859bbbbac29e644e7c" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#a73e468054eb967b1cc9ae2501662f9f" > MakeRotation< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Rotate the given object around the given axis on the given angle, creating its copy before the rotatation. < a href = "#a73e468054eb967b1cc9ae2501662f9f" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f8ce188378f39c2f77a8e5d8ea947ec3" > MakeRotationThreePoints< / a > < / td > < / tr >
2006-11-03 13:41:01 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Rotate given object around vector perpendicular to plane containing three points, creating its copy before the rotatation. < a href = "#f8ce188378f39c2f77a8e5d8ea947ec3" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#ea0fe675eae4334f237e56071638d20e" > MakeScaleTransform< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Scale the given object by the factor, creating its copy before the scaling. < a href = "#ea0fe675eae4334f237e56071638d20e" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#6bf580db8833e3127cb094c808236e42" > MakeMirrorByPlane< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create an object, symmetrical to the given one relatively the given plane. < a href = "#6bf580db8833e3127cb094c808236e42" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#1bd1fbd8dda7f58cb56be97512f4e53d" > MakeMirrorByAxis< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create an object, symmetrical to the given one relatively the given axis. < a href = "#1bd1fbd8dda7f58cb56be97512f4e53d" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#109d38fe29db56824f63792cc7801944" > MakeMirrorByPoint< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create an object, symmetrical to the given one relatively the given point. < a href = "#109d38fe29db56824f63792cc7801944" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#fa2e8e645d4654b89c3103140ae07a8b" > MakePosition< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Modify the Location of the given object by LCS, creating its copy before the setting. < a href = "#fa2e8e645d4654b89c3103140ae07a8b" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#1e5bded92d60e1d895c8edf91b8c8979" > MakeOffset< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create new object as offset of the given one. < a href = "#1e5bded92d60e1d895c8edf91b8c8979" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#cc22f9130fd17febb19fae1752744c97" > MakeMultiTranslation1D< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Translate the given object along the given vector a given number times. < a href = "#cc22f9130fd17febb19fae1752744c97" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#165565d2fb3a5f0a11ebe94910320d34" > MakeMultiTranslation2D< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Conseqently apply two specified translations to theObject specified number of times. < a href = "#165565d2fb3a5f0a11ebe94910320d34" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#44d4df9e5894007bb75a7e9520f4040f" > MultiRotate1D< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Rotate the given object around the given axis a given number times. < a href = "#44d4df9e5894007bb75a7e9520f4040f" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#2be56452e932817ca59f813294e44dab" > MultiRotate2D< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Rotate the given object
around the given axis on the given angle a given number times and multi-translate
each rotation result. < a href = "#2be56452e932817ca59f813294e44dab" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#d5a6e7c2069296123fc60bbc504c9448" > MakeMultiRotation1D< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > The same, as < a class = "el" href = "namespacegeompy.html#44d4df9e5894007bb75a7e9520f4040f" > MultiRotate1D()< / a > , but axis is given by direction and point. < a href = "#d5a6e7c2069296123fc60bbc504c9448" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#c78fc5a41134e023812262cdbdffa145" > MakeMultiRotation2D< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > The same, as < a class = "el" href = "namespacegeompy.html#2be56452e932817ca59f813294e44dab" > MultiRotate2D()< / a > , but axis is given by direction and point. < a href = "#c78fc5a41134e023812262cdbdffa145" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#e8014d75d0f226defdd86ea082b1ed17" > MakeFilletAll< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Perform a fillet on all edges of the given shape. < a href = "#e8014d75d0f226defdd86ea082b1ed17" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#7587299dbaa02be83c4036910bf4ad25" > MakeFillet< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Perform a fillet on the specified edges/faces of the given shape. < a href = "#7587299dbaa02be83c4036910bf4ad25" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#c5baa80d1e6564faf8f68bc62ee98383" > MakeChamferAll< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Perform a symmetric chamfer on all edges of the given shape. < a href = "#c5baa80d1e6564faf8f68bc62ee98383" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f0975f5cc9513dc0fc8ab96996487b04" > MakeChamferEdge< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Perform a chamfer on edges, common to the specified faces, with distance D1 on the Face1. < a href = "#f0975f5cc9513dc0fc8ab96996487b04" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#357c20ac79c2f6267f742e1007a5c3db" > MakeChamferFaces< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Perform a chamfer on all edges of the specified faces, with distance D1 on the first specified face (if several for one edge). < a href = "#357c20ac79c2f6267f742e1007a5c3db" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#8664ef66ca90ef29941880d34a0a589d" > MakeChamfer< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to < a class = "el" href = "namespacegeompy.html#f0975f5cc9513dc0fc8ab96996487b04" > MakeChamferEdge()< / a > and < a class = "el" href = "namespacegeompy.html#357c20ac79c2f6267f742e1007a5c3db" > MakeChamferFaces()< / a > . < a href = "#8664ef66ca90ef29941880d34a0a589d" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#a9d393134d81274beb39062547fa7d5c" > Archimede< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Perform an Archimde operation on the given shape with given parameters. < a href = "#a9d393134d81274beb39062547fa7d5c" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#b9ecf90afd96ef4b7ec6e4f7347a64af" > PointCoordinates< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get point coordinates. < a href = "#b9ecf90afd96ef4b7ec6e4f7347a64af" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#4abdf5c8c09277803d04b12913ace161" > BasicProperties< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get summarized length of all wires, area of surface and volume of the given shape. < a href = "#4abdf5c8c09277803d04b12913ace161" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#c66920d7c41c13223c411b61c811945f" > BoundingBox< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get parameters of bounding box of the given shape. < a href = "#c66920d7c41c13223c411b61c811945f" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#2f94fe0ea141c86040b6d52d870aaba7" > Inertia< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get inertia matrix and moments of inertia of theShape. < a href = "#2f94fe0ea141c86040b6d52d870aaba7" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3892c9020865949198051f7b9eb036fb" > MinDistance< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get minimal distance between the given shapes. < a href = "#3892c9020865949198051f7b9eb036fb" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#a38e726fbabe2ad37c172b7e9265cbf6" > Tolerance< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get min and max tolerances of sub-shapes of theShape. < a href = "#a38e726fbabe2ad37c172b7e9265cbf6" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#47b1b0b8270386a68b10a56f60c21ce7" > WhatIs< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Obtain description of the given shape (number of sub-shapes of each type). < a href = "#47b1b0b8270386a68b10a56f60c21ce7" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#06f611a781edaf234a81a5cc36179f4f" > MakeCDG< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get a point, situated at the centre of mass of theShape. < a href = "#06f611a781edaf234a81a5cc36179f4f" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f3c23aa4c569bd791b7847486fc8d737" > CheckShape< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Check a topology of the given shape. < a href = "#f3c23aa4c569bd791b7847486fc8d737" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#afe6367235e843ee821e44a777cac33e" > GetPosition< / a > < / td > < / tr >
2006-11-03 13:41:01 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get position (LCS) of theShape. < a href = "#afe6367235e843ee821e44a777cac33e" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#baaec38a827652f5a94380a206d0102a" > KindOfShape< / a > < / td > < / tr >
2007-04-13 13:20:46 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get kind of theShape. < a href = "#baaec38a827652f5a94380a206d0102a" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#fc585cf7dc661b2c52a6ccf5427a483c" > Import< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Import a shape from the BREP or IGES or STEP file (depends on given format) with given name. < a href = "#fc585cf7dc661b2c52a6ccf5427a483c" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#b10ab1a240b29ca73b42b138adfbd8ba" > ImportBREP< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to < a class = "el" href = "namespacegeompy.html#fc585cf7dc661b2c52a6ccf5427a483c" > Import()< / a > for BREP format. < a href = "#b10ab1a240b29ca73b42b138adfbd8ba" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#1e6274dae49ebcff05adc274c3923bfd" > ImportIGES< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to < a class = "el" href = "namespacegeompy.html#fc585cf7dc661b2c52a6ccf5427a483c" > Import()< / a > for IGES format. < a href = "#1e6274dae49ebcff05adc274c3923bfd" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#c266bace6fd2b4c869d0fc7583918423" > ImportSTEP< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to < a class = "el" href = "namespacegeompy.html#fc585cf7dc661b2c52a6ccf5427a483c" > Import()< / a > for STEP format. < a href = "#c266bace6fd2b4c869d0fc7583918423" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#71cfcda0fd224b3a7b5a32660cf5aadf" > Export< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Export the given shape into a file with given name. < a href = "#71cfcda0fd224b3a7b5a32660cf5aadf" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#1a418a783ad307d4c7b0b69f93f7631b" > ExportBREP< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to < a class = "el" href = "namespacegeompy.html#71cfcda0fd224b3a7b5a32660cf5aadf" > Export()< / a > for BREP format. < a href = "#1a418a783ad307d4c7b0b69f93f7631b" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#7fcbac84a6c3cb0cbab6563ab1f9d124" > ExportIGES< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to < a class = "el" href = "namespacegeompy.html#71cfcda0fd224b3a7b5a32660cf5aadf" > Export()< / a > for IGES format. < a href = "#7fcbac84a6c3cb0cbab6563ab1f9d124" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#a36d3a362381e535dfef58306e67d0b5" > ExportSTEP< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Shortcut to < a class = "el" href = "namespacegeompy.html#71cfcda0fd224b3a7b5a32660cf5aadf" > Export()< / a > for STEP format. < a href = "#a36d3a362381e535dfef58306e67d0b5" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#396b8c44d741142332d20ded899a05cd" > MakeQuad< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a quadrangle face from four edges. < a href = "#396b8c44d741142332d20ded899a05cd" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#91e1d158622d46d15ca54c84f100ef3c" > MakeQuad2Edges< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a quadrangle face on two edges. < a href = "#91e1d158622d46d15ca54c84f100ef3c" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#d49188c140ddd06d68fa1030cebfb0a7" > MakeQuad4Vertices< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a quadrangle face with specified corners. < a href = "#d49188c140ddd06d68fa1030cebfb0a7" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#ae934203928fdda88e35dfb351c0272c" > MakeHexa< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a hexahedral solid, bounded by the six given faces. < a href = "#ae934203928fdda88e35dfb351c0272c" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#ee95150a816bdef59d04daa227066eb0" > MakeHexa2Faces< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create a hexahedral solid between two given faces. < a href = "#ee95150a816bdef59d04daa227066eb0" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#e06968a3888b997ccfbd95278b750db0" > GetPoint< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get a vertex, found in the given shape by its coordinates. < a href = "#e06968a3888b997ccfbd95278b750db0" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#e1fe82d96796eb38d6d374e69b177080" > GetEdge< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get an edge, found in the given shape by two given vertices. < a href = "#e1fe82d96796eb38d6d374e69b177080" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#dc23e7808768bf32db8fd1ed70318265" > GetEdgeNearPoint< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find an edge of the given shape, which has minimal distance to the given point. < a href = "#dc23e7808768bf32db8fd1ed70318265" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#4cbe2be840a7acccfc5ab597d3eb2c0f" > GetFaceByPoints< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Returns a face, found in the given shape by four given corner vertices. < a href = "#4cbe2be840a7acccfc5ab597d3eb2c0f" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#40a6fd76e95ab6085ffbb22309a0b61f" > GetFaceByEdges< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get a face of block, found in the given shape by two given edges. < a href = "#40a6fd76e95ab6085ffbb22309a0b61f" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#5948ab753bfd62ec3ca7f655c53678dd" > GetOppositeFace< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find a face, opposite to the given one in the given block. < a href = "#5948ab753bfd62ec3ca7f655c53678dd" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#d31453440a637763c8aa6715d4abead4" > GetFaceNearPoint< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find a face of the given shape, which has minimal distance to the given point. < a href = "#d31453440a637763c8aa6715d4abead4" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#209422da9dbc942b420e96443ac40f3e" > GetFaceByNormale< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find a face of block, whose outside normale has minimal angle with the given vector. < a href = "#209422da9dbc942b420e96443ac40f3e" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#95e731320c8ce6039d56655dbef706d9" > CheckCompoundOfBlocks< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Check, if the compound of blocks is given. < a href = "#95e731320c8ce6039d56655dbef706d9" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#64b8b6f870cff27c78df12262459129e" > RemoveExtraEdges< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Remove all seam and degenerated edges from < em > theShape< / em > . < a href = "#64b8b6f870cff27c78df12262459129e" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#84dbb84bf592ba9522632e5991e1a5f0" > CheckAndImprove< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Check, if the given shape is a blocks compound. < a href = "#84dbb84bf592ba9522632e5991e1a5f0" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#a2fa6285ab7b6068336b5513c2a34f2d" > MakeBlockExplode< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Get all the blocks, contained in the given compound. < a href = "#a2fa6285ab7b6068336b5513c2a34f2d" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#99f7b6d0cc2298fb9b8ab4ae91172e69" > GetBlockNearPoint< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find block, containing the given point inside its volume or on boundary. < a href = "#99f7b6d0cc2298fb9b8ab4ae91172e69" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#05ff3af384f41b0db46c2dde960dcd96" > GetBlockByParts< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Find block, containing all the elements, passed as the parts, or maximum quantity of them. < a href = "#05ff3af384f41b0db46c2dde960dcd96" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3767d6413551733ee1ddb6ea65adae62" > GetBlocksByParts< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Return all blocks, containing all the elements, passed as the parts. < a href = "#3767d6413551733ee1ddb6ea65adae62" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#6d0a22bdb824465e195cde09e5e58621" > MakeMultiTransformation1D< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Multi-transformate block and glue the result. < a href = "#6d0a22bdb824465e195cde09e5e58621" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#6a3300bb71e0994274559d338cd7c13c" > MakeMultiTransformation2D< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Multi-transformate block and glue the result. < a href = "#6a3300bb71e0994274559d338cd7c13c" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#9478c13b0bb5a23a56e29e244d87a59c" > Propagate< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Build all possible propagation groups. < a href = "#9478c13b0bb5a23a56e29e244d87a59c" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#fed6e3d3c2d45b0bef0057f506f2d07c" > CreateGroup< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Creates a new group which will store sub shapes of theMainShape. < a href = "#fed6e3d3c2d45b0bef0057f506f2d07c" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#ffb08c34543fca67dd52bf203dd776dd" > AddObject< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Adds a sub object with ID theSubShapeId to the group. < a href = "#ffb08c34543fca67dd52bf203dd776dd" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#6e58fa5d0b9529d251bd2ddcd5d8a57d" > RemoveObject< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Removes a sub object with ID < em > theSubShapeId< / em > from the group. < a href = "#6e58fa5d0b9529d251bd2ddcd5d8a57d" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#122cacb79fa8a84a40b8d91e7f3df11b" > UnionList< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Adds to the group all the given shapes. < a href = "#122cacb79fa8a84a40b8d91e7f3df11b" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#0211ba67e527c86df77eb51850399310" > UnionIDs< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Works like the above method, but argument theSubShapes here is a list of sub-shapes indices. < a href = "#0211ba67e527c86df77eb51850399310" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#7e3caf4b9da32ca58a846178ed629af1" > DifferenceList< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Removes from the group all the given shapes. < a href = "#7e3caf4b9da32ca58a846178ed629af1" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#8f8f8ed6dac71e19998f53d36f997b6d" > DifferenceIDs< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Works like the above method, but argument theSubShapes here is a list of sub-shapes indices. < a href = "#8f8f8ed6dac71e19998f53d36f997b6d" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#52ac4892f083bc767b21faafd1d9a32a" > GetObjectIDs< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Returns a list of sub objects ID stored in the group. < a href = "#52ac4892f083bc767b21faafd1d9a32a" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#e3c5fcdd5c765d13392268cbb4f5e746" > GetType< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Returns a type of sub objects stored in the group. < a href = "#e3c5fcdd5c765d13392268cbb4f5e746" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#0f49de0e5d7930d1c7f800e1c2ee7870" > GetMainShape< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Returns a main shape associated with the group. < a href = "#0f49de0e5d7930d1c7f800e1c2ee7870" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f698d426c061298692b0a737f4409faf" > GetEdgesByLength< / a > < / td > < / tr >
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create group of edges of theShape, whose length is in range [min_length, max_length]. < a href = "#f698d426c061298692b0a737f4409faf" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#3430ba5c9d6f091355c005f9275e7f05" > SelectEdges< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Create group of edges of selected shape, whose length is in range [min_length, max_length]. < a href = "#3430ba5c9d6f091355c005f9275e7f05" > < / a > < br > < / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > def<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#b5fd9715ec306c6c2a367024e8cce7bc" > addPath< / a > < / td > < / tr >
2005-11-24 15:34:00 +00:00
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< tr > < td class = "mdescLeft" > <EFBFBD> < / td > < td class = "mdescRight" > Add Path to load python scripts from. < a href = "#b5fd9715ec306c6c2a367024e8cce7bc" > < / a > < br > < / td > < / tr >
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< tr > < td colspan = "2" > < br > < h2 > Variables< / h2 > < / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > tuple<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#16b03440ff0dc2b4f98c49defdddc196" > g< / a > = lcc.FindOrLoadComponent("FactoryServer", "GEOM")< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > tuple<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#aa87e1471a85c5b3992b176742b8c6e0" > geom< / a > = g._narrow( < a class = "el" href = "interfaceGEOM_1_1GEOM__Gen.html" > GEOM.GEOM_Gen< / a > )< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#b3360bb193a03282c1b0e0cb8e667848" > myBuilder< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > int<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#ded249553dda7cb09b902b820b2f334c" > myStudyId< / a > = 0< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#89d2356d9f946e69d8c1e13409ebe130" > father< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f31b3c81c18af56bb02fef298ac826a2" > BasicOp< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#bc9d5d5274f395f9244e84f1cc3fc66b" > CurvesOp< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#e4893ea9139abee846d9b30196922b85" > PrimOp< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#0a113be68e976501c8fe66d57e411f6f" > ShapesOp< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#d858eba27dbfde091a3ed734bac64e41" > HealOp< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#c11b0cf274cdff3bf951effda8246832" > InsertOp< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f674100aebf9eef91c92faa8a413fa20" > BoolOp< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#47a98b22e3eea47a9935ee83c34766ab" > TrsfOp< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#31683e96165a971bd18e54c56796cf3c" > LocalOp< / a > = None< / td > < / tr >
2006-06-01 11:32:40 +00:00
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#a0dccbd7852dbace1e556f841683671c" > MeasuOp< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#2881771636c0216a43b028c37692d43a" > BlocksOp< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f696da247b09c04dad96d8a0b334b7ad" > GroupOp< / a > = None< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > dictionary<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f0f3ab975eeef3f4edfc30de5290081d" > ShapeType< / a > = {"COMPOUND":0, "COMPSOLID":1, "SOLID":2, "SHELL":3, "FACE":4, "WIRE":5, "EDGE":6, "VERTEX":7, "SHAPE":8}< / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#be882f3fba2889e91437fa465896b265" > kind< / a > = < a class = "el" href = "interfaceGEOM_1_1GEOM__IKindOfShape.html" > GEOM.GEOM_IKindOfShape< / a > < / td > < / tr >
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< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > tuple<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#16b03440ff0dc2b4f98c49defdddc196" > g< / a > = lcc.FindOrLoadComponent("FactoryServer", "GEOM")< / td > < / tr >
2007-04-13 13:20:46 +00:00
2007-06-18 13:44:02 +00:00
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > tuple<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#aa87e1471a85c5b3992b176742b8c6e0" > geom< / a > = g._narrow( < a class = "el" href = "interfaceGEOM_1_1GEOM__Gen.html" > GEOM.GEOM_Gen< / a > )< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#b3360bb193a03282c1b0e0cb8e667848" > myBuilder< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > int<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#ded249553dda7cb09b902b820b2f334c" > myStudyId< / a > = 0< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#89d2356d9f946e69d8c1e13409ebe130" > father< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f31b3c81c18af56bb02fef298ac826a2" > BasicOp< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#bc9d5d5274f395f9244e84f1cc3fc66b" > CurvesOp< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#e4893ea9139abee846d9b30196922b85" > PrimOp< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#0a113be68e976501c8fe66d57e411f6f" > ShapesOp< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#d858eba27dbfde091a3ed734bac64e41" > HealOp< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#c11b0cf274cdff3bf951effda8246832" > InsertOp< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f674100aebf9eef91c92faa8a413fa20" > BoolOp< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#47a98b22e3eea47a9935ee83c34766ab" > TrsfOp< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#31683e96165a971bd18e54c56796cf3c" > LocalOp< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#a0dccbd7852dbace1e556f841683671c" > MeasuOp< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#2881771636c0216a43b028c37692d43a" > BlocksOp< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f696da247b09c04dad96d8a0b334b7ad" > GroupOp< / a > = None< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > dictionary<EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#f0f3ab975eeef3f4edfc30de5290081d" > ShapeType< / a > = {"COMPOUND":0, "COMPSOLID":1, "SOLID":2, "SHELL":3, "FACE":4, "WIRE":5, "EDGE":6, "VERTEX":7, "SHAPE":8}< / td > < / tr >
< tr > < td class = "memItemLeft" nowrap = "nowrap" align = "right" valign = "top" > <EFBFBD> < / td > < td class = "memItemRight" valign = "bottom" > < a class = "el" href = "namespacegeompy.html#be882f3fba2889e91437fa465896b265" > kind< / a > = < a class = "el" href = "interfaceGEOM_1_1GEOM__IKindOfShape.html" > GEOM.GEOM_IKindOfShape< / a > < / td > < / tr >
< / tbody > < / table >
< / p > < hr > < h2 > Function Documentation< / h2 >
< a class = "anchor" name = "3705160558460da457cd38f606a6b66d" > < / a > <!-- doxytag: member="geompy::init_geom" ref="3705160558460da457cd38f606a6b66d" args="" --> < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::init_geom < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theStudy< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "470220c5023a12c929927b787189f33a" > < / a > <!-- doxytag: member="geompy::SubShapeName" ref="470220c5023a12c929927b787189f33a" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::SubShapeName < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aSubObj< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aMainObj< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestAll.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "854e7c80b1a8637b7ab37d283e7231a8" > < / a > <!-- doxytag: member="geompy::addToStudy" ref="854e7c80b1a8637b7ab37d283e7231a8" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::addToStudy < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aName< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestAll.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "3ee8a03d8802177e549f05dd157505dd" > < / a > <!-- doxytag: member="geompy::addToStudyInFather" ref="3ee8a03d8802177e549f05dd157505dd" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::addToStudyInFather < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aFather< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aName< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestAll.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "6df0ff678bbedfbf5dad187159e1d07a" > < / a > <!-- doxytag: member="geompy::MakeVertex" ref="6df0ff678bbedfbf5dad187159e1d07a" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeVertex < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theX< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theY< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theZ< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theX< / em > <EFBFBD> < / td > < td > The X coordinate of the point. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theY< / em > <EFBFBD> < / td > < td > The Y coordinate of the point. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theZ< / em > <EFBFBD> < / td > < td > The Z coordinate of the point. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created point.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "ad362da7f382de366f37d0671b681a28" > < / a > <!-- doxytag: member="geompy::MakeVertexWithRef" ref="ad362da7f382de366f37d0671b681a28" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeVertexWithRef < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theReference< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theX< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theY< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theZ< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theReference< / em > <EFBFBD> < / td > < td > The referenced point. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theX< / em > <EFBFBD> < / td > < td > Displacement from the referenced point along OX axis. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theY< / em > <EFBFBD> < / td > < td > Displacement from the referenced point along OY axis. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theZ< / em > <EFBFBD> < / td > < td > Displacement from the referenced point along OZ axis. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created point.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "031e7edd1b35a5d2956de6dbd8471ff6" > < / a > <!-- doxytag: member="geompy::MakeVertexOnCurve" ref="031e7edd1b35a5d2956de6dbd8471ff6" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeVertexOnCurve < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRefCurve< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theParameter< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theRefCurve< / em > <EFBFBD> < / td > < td > The referenced curve. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theParameter< / em > <EFBFBD> < / td > < td > Value of parameter on the referenced curve. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created point.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "3ec3dea7757e5c55884566eec4c72a10" > < / a > <!-- doxytag: member="geompy::MakeTangentOnCurve" ref="3ec3dea7757e5c55884566eec4c72a10" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeTangentOnCurve < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRefCurve< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theParameter< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theRefCurve< / em > <EFBFBD> < / td > < td > The referenced curve. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theParameter< / em > <EFBFBD> < / td > < td > Value of parameter on the referenced curve. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created tangent. < / dd > < / dl >
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< / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "942eac9be44c9341f1ee9414285611ac" > < / a > <!-- doxytag: member="geompy::MakeVectorDXDYDZ" ref="942eac9be44c9341f1ee9414285611ac" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeVectorDXDYDZ < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theDX< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theDY< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theDZ< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theDX< / em > <EFBFBD> < / td > < td > X component of the vector. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theDY< / em > <EFBFBD> < / td > < td > Y component of the vector. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theDZ< / em > <EFBFBD> < / td > < td > Z component of the vector. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created vector.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "bd89e965685431e1368f689c94b7aac6" > < / a > <!-- doxytag: member="geompy::MakeVector" ref="bd89e965685431e1368f689c94b7aac6" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeVector < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt1< / em > <EFBFBD> < / td > < td > Start point for the vector. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt2< / em > <EFBFBD> < / td > < td > End point for the vector. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created vector. < / dd > < / dl >
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< / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "f9ea70b199d04fbe1e69d780efea5a18" > < / a > <!-- doxytag: member="geompy::MakeLine" ref="f9ea70b199d04fbe1e69d780efea5a18" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeLine < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theDir< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt< / em > <EFBFBD> < / td > < td > Point. The resulting line will pass through it. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theDir< / em > <EFBFBD> < / td > < td > Direction. The resulting line will be parallel to it. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created line.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "11302ca331b054a8267e43521ea6d84a" > < / a > <!-- doxytag: member="geompy::MakeLineTwoPnt" ref="11302ca331b054a8267e43521ea6d84a" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeLineTwoPnt < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt1< / em > <EFBFBD> < / td > < td > First of two points, defining the line. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt2< / em > <EFBFBD> < / td > < td > Second of two points, defining the line. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created line.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "78dd04c0e5f91eb844751f66c12d415e" > < / a > <!-- doxytag: member="geompy::MakePlane" ref="78dd04c0e5f91eb844751f66c12d415e" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakePlane < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theVec< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTrimSize< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt< / em > <EFBFBD> < / td > < td > Point, the plane has to pass through. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theVec< / em > <EFBFBD> < / td > < td > Vector, defining the plane normal direction. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theTrimSize< / em > <EFBFBD> < / td > < td > Half size of a side of quadrangle face, representing the plane. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created plane.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "21bae34183d754ba198ccc638b6c48e2" > < / a > <!-- doxytag: member="geompy::MakePlaneThreePnt" ref="21bae34183d754ba198ccc638b6c48e2" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakePlaneThreePnt < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt3< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTrimSize< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt1< / em > <EFBFBD> < / td > < td > First of three points, defining the plane. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt2< / em > <EFBFBD> < / td > < td > Second of three points, defining the plane. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt3< / em > <EFBFBD> < / td > < td > Fird of three points, defining the plane. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theTrimSize< / em > <EFBFBD> < / td > < td > Half size of a side of quadrangle face, representing the plane. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created plane.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "100fa1f6267842dd61feba9b82bf8216" > < / a > <!-- doxytag: member="geompy::MakePlaneFace" ref="100fa1f6267842dd61feba9b82bf8216" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakePlaneFace < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFace< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTrimSize< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theFace< / em > <EFBFBD> < / td > < td > Referenced plane or LCS(Marker). < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theTrimSize< / em > <EFBFBD> < / td > < td > New half size of a side of quadrangle face, representing the plane. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created plane.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "96c7a80740450ee6f760fc8f07f684a3" > < / a > <!-- doxytag: member="geompy::MakeMarker" ref="96c7a80740450ee6f760fc8f07f684a3" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeMarker < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > OX< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > OY< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > OZ< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > XDX< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > XDY< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > XDZ< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > YDX< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > YDY< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > YDZ< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > OX,OY,OZ< / em > <EFBFBD> < / td > < td > Three coordinates of coordinate system origin. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > XDX,XDY,XDZ< / em > <EFBFBD> < / td > < td > Three components of OX direction < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > YDX,YDY,YDZ< / em > <EFBFBD> < / td > < td > Three components of OY direction < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created coordinate system.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "a0c2e897cc1337c1ea8c77dab0310373" > < / a > <!-- doxytag: member="geompy::MakeMarkerPntTwoVec" ref="a0c2e897cc1337c1ea8c77dab0310373" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeMarkerPntTwoVec < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theOrigin< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theXVec< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theYVec< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theOrigin< / em > <EFBFBD> < / td > < td > Point of coordinate system origin. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theXVec< / em > <EFBFBD> < / td > < td > Vector of X direction < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theYVec< / em > <EFBFBD> < / td > < td > Vector of Y direction < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created coordinate system. < / dd > < / dl >
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< / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "c128566958c4bacac326f7f39bdf7a8f" > < / a > <!-- doxytag: member="geompy::MakeArc" ref="c128566958c4bacac326f7f39bdf7a8f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeArc < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt3< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt1< / em > <EFBFBD> < / td > < td > Start point of the arc. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt2< / em > <EFBFBD> < / td > < td > Middle point of the arc. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt3< / em > <EFBFBD> < / td > < td > End point of the arc. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created arc.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "0d389db43f896f92adac9b7b2163535b" > < / a > <!-- doxytag: member="geompy::MakeArcCenter" ref="0d389db43f896f92adac9b7b2163535b" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeArcCenter < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt3< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theSense< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt1< / em > <EFBFBD> < / td > < td > Center of the arc < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt2< / em > <EFBFBD> < / td > < td > Start point of the arc. (Gives also the radius of the arc) < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt3< / em > <EFBFBD> < / td > < td > End point of the arc (Gives also a direction) < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created arc.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "95492c52ec17531bcec55bc82b6e47da" > < / a > <!-- doxytag: member="geompy::MakeCircle" ref="95492c52ec17531bcec55bc82b6e47da" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeCircle < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theVec< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theR< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt< / em > <EFBFBD> < / td > < td > Circle center. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theVec< / em > <EFBFBD> < / td > < td > Vector, normal to the plane of the circle. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theR< / em > <EFBFBD> < / td > < td > Circle radius. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created circle.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "384ad13e149f95cec325b67cc5e930d4" > < / a > <!-- doxytag: member="geompy::MakeCircleThreePnt" ref="384ad13e149f95cec325b67cc5e930d4" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeCircleThreePnt < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt3< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt1,thePnt2,thePnt3< / em > <EFBFBD> < / td > < td > Points, defining the circle. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created circle.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "251d82cf9c771b890334e63af84b5ef2" > < / a > <!-- doxytag: member="geompy::MakeEllipse" ref="251d82cf9c771b890334e63af84b5ef2" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeEllipse < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theVec< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRMajor< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRMinor< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt< / em > <EFBFBD> < / td > < td > Ellipse center. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theVec< / em > <EFBFBD> < / td > < td > Vector, normal to the plane of the ellipse. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theRMajor< / em > <EFBFBD> < / td > < td > Major ellipse radius. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theRMinor< / em > <EFBFBD> < / td > < td > Minor ellipse radius. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created ellipse.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "ec5425367466131be6ba9a4d677592d6" > < / a > <!-- doxytag: member="geompy::MakePolyline" ref="ec5425367466131be6ba9a4d677592d6" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakePolyline < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > thePoints< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoints< / em > <EFBFBD> < / td > < td > Sequence of points for the polyline. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created polyline.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "81be7e5c78e9bdb3a114b0dccdd82ba5" > < / a > <!-- doxytag: member="geompy::MakeBezier" ref="81be7e5c78e9bdb3a114b0dccdd82ba5" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeBezier < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > thePoints< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoints< / em > <EFBFBD> < / td > < td > Sequence of points for the bezier curve. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created bezier curve.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "614a9f55f42ab0389dd353325d6f0bee" > < / a > <!-- doxytag: member="geompy::MakeInterpol" ref="614a9f55f42ab0389dd353325d6f0bee" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeInterpol < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > thePoints< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoints< / em > <EFBFBD> < / td > < td > Sequence of points for the B-Spline curve. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created B-Spline curve.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "264426c8d192f214dfb6afe3e853cf01" > < / a > <!-- doxytag: member="geompy::MakeSketcher" ref="264426c8d192f214dfb6afe3e853cf01" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeSketcher < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theCommand< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWorkingPlane< / em > = < code > [0< / code > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
< br >
Edges of the resulting wire or face will be arcs of circles and/or linear segments. < br >
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Format of the description string have to be the following:< / p > < p >
"Sketcher[:F x1 y1]:CMD[:CMD[:CMD...]]"< / p > < p >
Where:< / p > < ul >
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< li > x1, y1 are coordinates of the first sketcher point (zero by default),< / li > < li > CMD is one of< ul >
< li > "R angle" : Set the direction by angle< / li > < li > "D dx dy" : Set the direction by DX & DY< / li > < / ul >
< br >
< ul >
< li > "TT x y" : Create segment by point at X & Y< / li > < li > "T dx dy" : Create segment by point with DX & DY< / li > < li > "L length" : Create segment by direction & Length< / li > < li > "IX x" : Create segment by direction & Intersect. X< / li > < li > "IY y" : Create segment by direction & Intersect. Y< / li > < / ul >
< br >
< ul >
< li > "C radius length" : Create arc by direction, radius and length(in degree)< / li > < / ul >
< br >
< ul >
< li > "WW" : Close Wire (to finish)< / li > < li > "WF" : Close Wire and build face (to finish)< / li > < / ul >
< / li > < / ul >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theCommand< / em > <EFBFBD> < / td > < td > String, defining the sketcher in local coordinates of the working plane. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theWorkingPlane< / em > <EFBFBD> < / td > < td > Nine double values, defining origin, OZ and OX directions of the working plane. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created wire.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "647efe9b8d5c5d8c686b50b60407ea44" > < / a > <!-- doxytag: member="geompy::MakeSketcherOnPlane" ref="647efe9b8d5c5d8c686b50b60407ea44" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeSketcherOnPlane < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theCommand< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWorkingPlane< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
< br >
For format of the description string see the previous method.< br >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theCommand< / em > <EFBFBD> < / td > < td > String, defining the sketcher in local coordinates of the working plane. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theWorkingPlane< / em > <EFBFBD> < / td > < td > Planar Face or LCS(Marker) of the working plane. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created wire. < / dd > < / dl >
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< / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "eb08ff8dc0a51ac12f611db33b24dc36" > < / a > <!-- doxytag: member="geompy::MakeBox" ref="eb08ff8dc0a51ac12f611db33b24dc36" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeBox < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > x1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > y1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > z1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > x2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > y2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > z2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestAll.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "ea0d21c797d09932964f76de243ef2ad" > < / a > <!-- doxytag: member="geompy::MakeBoxDXDYDZ" ref="ea0d21c797d09932964f76de243ef2ad" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeBoxDXDYDZ < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theDX< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theDY< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theDZ< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Center of the box will be at point (DX/2, DY/2, DZ/2). < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theDX< / em > <EFBFBD> < / td > < td > Length of Box edges, parallel to OX axis. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theDY< / em > <EFBFBD> < / td > < td > Length of Box edges, parallel to OY axis. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theDZ< / em > <EFBFBD> < / td > < td > Length of Box edges, parallel to OZ axis. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created box.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "09a1f231ad15519a3840f3a463c26ad7" > < / a > <!-- doxytag: member="geompy::MakeBoxTwoPnt" ref="09a1f231ad15519a3840f3a463c26ad7" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeBoxTwoPnt < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt1< / em > <EFBFBD> < / td > < td > First of two opposite vertices. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt2< / em > <EFBFBD> < / td > < td > Second of two opposite vertices. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created box.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "38c5a92323230923ee57b70cc2f56288" > < / a > <!-- doxytag: member="geompy::MakeCylinder" ref="38c5a92323230923ee57b70cc2f56288" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeCylinder < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAxis< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theR< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theH< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt< / em > <EFBFBD> < / td > < td > Central point of cylinder base. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAxis< / em > <EFBFBD> < / td > < td > Cylinder axis. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theR< / em > <EFBFBD> < / td > < td > Cylinder radius. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theH< / em > <EFBFBD> < / td > < td > Cylinder height. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created cylinder.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "b8792e0e583e25c0015037b12f92b7b2" > < / a > <!-- doxytag: member="geompy::MakeCylinderRH" ref="b8792e0e583e25c0015037b12f92b7b2" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeCylinderRH < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theR< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theH< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Axis of the cylinder will be collinear to the OZ axis of the coordinate system. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theR< / em > <EFBFBD> < / td > < td > Cylinder radius. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theH< / em > <EFBFBD> < / td > < td > Cylinder height. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created cylinder.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "45ce0d719e1090d206348f7f82fc2619" > < / a > <!-- doxytag: member="geompy::MakeSpherePntR" ref="45ce0d719e1090d206348f7f82fc2619" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeSpherePntR < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theR< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt< / em > <EFBFBD> < / td > < td > Sphere center. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theR< / em > <EFBFBD> < / td > < td > Sphere radius. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created sphere.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "c8da76242eb35530f0ce7909b94b424d" > < / a > <!-- doxytag: member="geompy::MakeSphere" ref="c8da76242eb35530f0ce7909b94b424d" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeSphere < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > x< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > y< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > z< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theR< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > x,y,z< / em > <EFBFBD> < / td > < td > Coordinates of sphere center. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theR< / em > <EFBFBD> < / td > < td > Sphere radius. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created sphere.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "6daea431567cb24fbf22d93a78df51da" > < / a > <!-- doxytag: member="geompy::MakeSphereR" ref="6daea431567cb24fbf22d93a78df51da" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeSphereR < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theR< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theR< / em > <EFBFBD> < / td > < td > Sphere radius. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created sphere.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "147d8f8b25c0a0c33d10ab6d288b786b" > < / a > <!-- doxytag: member="geompy::MakeCone" ref="147d8f8b25c0a0c33d10ab6d288b786b" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeCone < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAxis< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theR1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theR2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theH< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt< / em > <EFBFBD> < / td > < td > Central point of the first cone base. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAxis< / em > <EFBFBD> < / td > < td > Cone axis. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theR1< / em > <EFBFBD> < / td > < td > Radius of the first cone base. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theR2< / em > <EFBFBD> < / td > < td > Radius of the second cone base. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Note:< / b > < / dt > < dd > If both radiuses are non-zero, the cone will be truncated. < p >
If the radiuses are equal, a cylinder will be created instead. < / p > < / dd > < / dl >
< dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theH< / em > <EFBFBD> < / td > < td > Cone height. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created cone.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "f054c3265538aefd69a20521adfaad49" > < / a > <!-- doxytag: member="geompy::MakeConeR1R2H" ref="f054c3265538aefd69a20521adfaad49" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeConeR1R2H < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theR1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theR2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theH< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Axis of the cone will be collinear to the OZ axis of the coordinate system. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theR1< / em > <EFBFBD> < / td > < td > Radius of the first cone base. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theR2< / em > <EFBFBD> < / td > < td > Radius of the second cone base. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Note:< / b > < / dt > < dd > If both radiuses are non-zero, the cone will be truncated. < p >
If the radiuses are equal, a cylinder will be created instead. < / p > < / dd > < / dl >
< dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theH< / em > <EFBFBD> < / td > < td > Cone height. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created cone.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "b66332630edcecf1883362c36d301f88" > < / a > <!-- doxytag: member="geompy::MakeTorus" ref="b66332630edcecf1883362c36d301f88" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeTorus < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theVec< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRMajor< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRMinor< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt< / em > <EFBFBD> < / td > < td > Torus central point. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theVec< / em > <EFBFBD> < / td > < td > Torus axis of symmetry. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theRMajor< / em > <EFBFBD> < / td > < td > Torus major radius. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theRMinor< / em > <EFBFBD> < / td > < td > Torus minor radius. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created torus.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "aadbd65c847f8fddd2425b8923f0da00" > < / a > <!-- doxytag: member="geompy::MakeTorusRR" ref="aadbd65c847f8fddd2425b8923f0da00" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeTorusRR < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRMajor< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRMinor< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theRMajor< / em > <EFBFBD> < / td > < td > Torus major radius. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theRMinor< / em > <EFBFBD> < / td > < td > Torus minor radius. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created torus.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "a1c861657ada557470afa46e4f7246e6" > < / a > <!-- doxytag: member="geompy::MakePrism" ref="a1c861657ada557470afa46e4f7246e6" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakePrism < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theBase< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theBase< / em > <EFBFBD> < / td > < td > Base shape to be extruded. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoint1< / em > <EFBFBD> < / td > < td > First end of extrusion vector. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoint2< / em > <EFBFBD> < / td > < td > Second end of extrusion vector. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created prism.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "0722f374c177388a0196d6344230baf4" > < / a > <!-- doxytag: member="geompy::MakePrismVecH" ref="0722f374c177388a0196d6344230baf4" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakePrismVecH < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theBase< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theVec< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theH< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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all the space, transfixed by the base shape during its translation along the vector on the given distance. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theBase< / em > <EFBFBD> < / td > < td > Base shape to be extruded. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theVec< / em > <EFBFBD> < / td > < td > Direction of extrusion. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theH< / em > <EFBFBD> < / td > < td > Prism dimension along theVec. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created prism.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "add41c6c81dd7656f39bb14cd0c2f9d4" > < / a > <!-- doxytag: member="geompy::MakePipe" ref="add41c6c81dd7656f39bb14cd0c2f9d4" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakePipe < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theBase< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePath< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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The path shape can be a wire or an edge. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theBase< / em > <EFBFBD> < / td > < td > Base shape to be extruded. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePath< / em > <EFBFBD> < / td > < td > Path shape to extrude the base shape along it. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created pipe.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "6e890bd3b91fabe7732d2a91491af209" > < / a > <!-- doxytag: member="geompy::MakeRevolution" ref="6e890bd3b91fabe7732d2a91491af209" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeRevolution < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theBase< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAxis< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAngle< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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all the space, transfixed by the base shape during its rotation around the axis on the given angle. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theBase< / em > <EFBFBD> < / td > < td > Base shape to be rotated. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAxis< / em > <EFBFBD> < / td > < td > Rotation axis. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAngle< / em > <EFBFBD> < / td > < td > Rotation angle in radians. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created revolution.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "3e7dd0198f1fddf159aea7a42c87b35e" > < / a > <!-- doxytag: member="geompy::MakeThruSections" ref="3e7dd0198f1fddf159aea7a42c87b35e" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeThruSections < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theSeqSections< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theModeSolid< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePreci< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRuled< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theSeqSections< / em > <EFBFBD> < / td > < td > - set of specified sections. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theModeSolid< / em > <EFBFBD> < / td > < td > - mode defining building solid or shell < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePreci< / em > <EFBFBD> < / td > < td > - precision 3D used for smoothing by default 1.e-6 < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theRuled< / em > <EFBFBD> < / td > < td > - mode defining type of the result surfaces (ruled or smoothed). < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created shell or solid.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "9dd36b76aab64dcef3b024989024c312" > < / a > <!-- doxytag: member="geompy::MakePipeWithDifferentSections" ref="9dd36b76aab64dcef3b024989024c312" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakePipeWithDifferentSections < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theSeqBases< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theLocations< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePath< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWithContact< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWithCorrection< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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The path shape can be a wire or an edge. the several profiles can be specified in the several locations of path. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theSeqBases< / em > <EFBFBD> < / td > < td > - list of Bases shape to be extruded. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theLocations< / em > <EFBFBD> < / td > < td > -
list of locations on the path corresponding specified list of the Bases shapes.
Number of locations should be equal to number of bases or list of locations
can be empty. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePath< / em > <EFBFBD> < / td > < td > - Path shape to extrude the base shape along it. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theWithContact< / em > <EFBFBD> < / td > < td > - the mode defining that the section is translated to be in contact with the spine. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > -< / em > <EFBFBD> < / td > < td > WithCorrection - defining that the section is rotated to be orthogonal to the spine tangent in the correspondent point < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created pipe.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "6c2341ca1d92eeed08b50d22669caca6" > < / a > <!-- doxytag: member="geompy::MakePipeWithShellSections" ref="6c2341ca1d92eeed08b50d22669caca6" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakePipeWithShellSections < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theSeqBases< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theSeqSubBases< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theLocations< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePath< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWithContact< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWithCorrection< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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The path shape can be a shell or a face. the several profiles can be specified in the several locations of path. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theSeqBases< / em > <EFBFBD> < / td > < td > - list of Bases shape to be extruded. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theSeqSubBases< / em > <EFBFBD> < / td > < td > - list of corresponding subshapes of section shapes. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theLocations< / em > <EFBFBD> < / td > < td > -
list of locations on the path corresponding specified list of the Bases shapes.
Number of locations should be equal to number of bases. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePath< / em > <EFBFBD> < / td > < td > - Path shape to extrude the base shape along it. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theWithContact< / em > <EFBFBD> < / td > < td > - the mode defining that the section is translated to be in contact with the spine. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > -< / em > <EFBFBD> < / td > < td > WithCorrection - defining that the section is rotated to be orthogonal to the spine tangent in the correspondent point < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created solids.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "121bc3bbcbd1e228b246e063b74bace3" > < / a > <!-- doxytag: member="geompy::MakeEdge" ref="121bc3bbcbd1e228b246e063b74bace3" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeEdge < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt1< / em > <EFBFBD> < / td > < td > Point for the first end of edge. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt2< / em > <EFBFBD> < / td > < td > Point for the second end of edge. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created edge.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "cf062fdefe627039c8857be49535087e" > < / a > <!-- doxytag: member="geompy::MakeWire" ref="cf062fdefe627039c8857be49535087e" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeWire < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theEdgesAndWires< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theEdgesAndWires< / em > <EFBFBD> < / td > < td > List of edges and/or wires. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created wire.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "065f2b4dd4998e8b7a7290a4b9091866" > < / a > <!-- doxytag: member="geompy::MakeFace" ref="065f2b4dd4998e8b7a7290a4b9091866" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeFace < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWire< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > isPlanarWanted< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theWire< / em > <EFBFBD> < / td > < td > closed Wire or Edge to build the face on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > isPlanarWanted< / em > <EFBFBD> < / td > < td > If TRUE, only planar face will be built. If impossible, NULL object will be returned. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created face.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "4d591eba1454a41ba883b1e4ac464b62" > < / a > <!-- doxytag: member="geompy::MakeFaceWires" ref="4d591eba1454a41ba883b1e4ac464b62" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeFaceWires < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWires< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > isPlanarWanted< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theWires< / em > <EFBFBD> < / td > < td > List of closed wires or edges to build the face on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > isPlanarWanted< / em > <EFBFBD> < / td > < td > If TRUE, only planar face will be built. If impossible, NULL object will be returned. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created face.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "3daa83bbeefac3202cf8c369a8ba4de2" > < / a > <!-- doxytag: member="geompy::MakeFaces" ref="3daa83bbeefac3202cf8c369a8ba4de2" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeFaces < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWires< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > isPlanarWanted< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "3d71423aff4170f4a0a4e3ffde1e2bfb" > < / a > <!-- doxytag: member="geompy::MakeShell" ref="3d71423aff4170f4a0a4e3ffde1e2bfb" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeShell < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theFacesAndShells< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theFacesAndShells< / em > <EFBFBD> < / td > < td > List of faces and/or shells. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created shell.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "868b54ec3d5c9a17011ab70d179c3085" > < / a > <!-- doxytag: member="geompy::MakeSolid" ref="868b54ec3d5c9a17011ab70d179c3085" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeSolid < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShells< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShells< / em > <EFBFBD> < / td > < td > Sequence of bounding shells. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created solid.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "b265b597014d3c8852f145a5f10eda1f" > < / a > <!-- doxytag: member="geompy::MakeCompound" ref="b265b597014d3c8852f145a5f10eda1f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeCompound < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShapes< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapes< / em > <EFBFBD> < / td > < td > List of shapes to put in compound. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created compound.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "827fd56b26abac9530d3773f3cf8a1f4" > < / a > <!-- doxytag: member="geompy::NumberOfFaces" ref="827fd56b26abac9530d3773f3cf8a1f4" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::NumberOfFaces < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to count faces of. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > Quantity of faces.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "dd386591fcf7c9da7fc1c89d16635219" > < / a > <!-- doxytag: member="geompy::NumberOfEdges" ref="dd386591fcf7c9da7fc1c89d16635219" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::NumberOfEdges < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to count edges of. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > Quantity of edges.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "51c121dc3f8a9f6c9eb996c1b4d20e5b" > < / a > <!-- doxytag: member="geompy::ChangeOrientation" ref="51c121dc3f8a9f6c9eb996c1b4d20e5b" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::ChangeOrientation < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to be reversed. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > The reversed copy of theShape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "c53ad06d79bd50ea30f4e116d0c37992" > < / a > <!-- doxytag: member="geompy::OrientationChange" ref="c53ad06d79bd50ea30f4e116d0c37992" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::OrientationChange < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "69a9087fb746222df7d5e88fc3b86127" > < / a > <!-- doxytag: member="geompy::GetFreeFacesIDs" ref="69a9087fb746222df7d5e88fc3b86127" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetFreeFacesIDs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Free face is a face, which is not shared between two shells of the shape. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to find free faces in. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of IDs of all free faces, contained in theShape.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "982d2e4452a668e670dcb490a55ebde9" > < / a > <!-- doxytag: member="geompy::GetSharedShapes" ref="982d2e4452a668e670dcb490a55ebde9" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetSharedShapes < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape1< / em > <EFBFBD> < / td > < td > Shape to find sub-shapes in. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape2< / em > <EFBFBD> < / td > < td > Shape to find shared sub-shapes with. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > Type of sub-shapes to be retrieved. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of sub-shapes of theShape1, shared with theShape2.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "083d539cf84e75f528c092a6cb6a3c33" > < / a > <!-- doxytag: member="geompy::GetShapesOnPlane" ref="083d539cf84e75f528c092a6cb6a3c33" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetShapesOnPlane < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAx1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theState< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to find sub-shapes of. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > Type of sub-shapes to be retrieved. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAx1< / em > <EFBFBD> < / td > < td > Vector (or line, or linear edge), specifying normal direction and location of the plane to find shapes on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theState< / em > <EFBFBD> < / td > < td > The state of the subshapes to find. It can be one of ST_ON, ST_OUT, ST_ONOUT, ST_IN, ST_ONIN. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of all found sub-shapes.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "1b3b5fb654f6b79d6db0a77be74b291c" > < / a > <!-- doxytag: member="geompy::GetShapesOnPlaneIDs" ref="1b3b5fb654f6b79d6db0a77be74b291c" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetShapesOnPlaneIDs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAx1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theState< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
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< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "e792d3e7ebde555c80b2bd27433e6bc3" > < / a > <!-- doxytag: member="geompy::GetShapesOnPlaneWithLocation" ref="e792d3e7ebde555c80b2bd27433e6bc3" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetShapesOnPlaneWithLocation < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAx1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theState< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to find sub-shapes of. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > Type of sub-shapes to be retrieved. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAx1< / em > <EFBFBD> < / td > < td > Vector (or line, or linear edge), specifying normal direction of the plane to find shapes on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePnt< / em > <EFBFBD> < / td > < td > Point specifying location of the plane to find shapes on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theState< / em > <EFBFBD> < / td > < td > The state of the subshapes to find. It can be one of ST_ON, ST_OUT, ST_ONOUT, ST_IN, ST_ONIN. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of all found sub-shapes.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "4e8ff8888ef4f25536c1a4052dfb010f" > < / a > <!-- doxytag: member="geompy::GetShapesOnPlaneWithLocationIDs" ref="4e8ff8888ef4f25536c1a4052dfb010f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetShapesOnPlaneWithLocationIDs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAx1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePnt< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theState< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
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< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "824867811409a1071cb89bc8ec934306" > < / a > <!-- doxytag: member="geompy::GetShapesOnCylinder" ref="824867811409a1071cb89bc8ec934306" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetShapesOnCylinder < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAxis< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRadius< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theState< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to find sub-shapes of. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > Type of sub-shapes to be retrieved. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAxis< / em > <EFBFBD> < / td > < td > Vector (or line, or linear edge), specifying axis of the cylinder to find shapes on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theRadius< / em > <EFBFBD> < / td > < td > Radius of the cylinder to find shapes on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theState< / em > <EFBFBD> < / td > < td > The state of the subshapes to find. It can be one of ST_ON, ST_OUT, ST_ONOUT, ST_IN, ST_ONIN. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of all found sub-shapes.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "cb57310b470a3533794f1c73253464f3" > < / a > <!-- doxytag: member="geompy::GetShapesOnCylinderIDs" ref="cb57310b470a3533794f1c73253464f3" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetShapesOnCylinderIDs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAxis< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRadius< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theState< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "a244d799c5c8db6bd5ca4b9d3193c39d" > < / a > <!-- doxytag: member="geompy::GetShapesOnSphere" ref="a244d799c5c8db6bd5ca4b9d3193c39d" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetShapesOnSphere < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theCenter< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRadius< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theState< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to find sub-shapes of. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > Type of sub-shapes to be retrieved. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theCenter< / em > <EFBFBD> < / td > < td > Point, specifying center of the sphere to find shapes on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theRadius< / em > <EFBFBD> < / td > < td > Radius of the sphere to find shapes on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theState< / em > <EFBFBD> < / td > < td > The state of the subshapes to find. It can be one of ST_ON, ST_OUT, ST_ONOUT, ST_IN, ST_ONIN. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of all found sub-shapes.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "9a3951afbd75793d2cf90147cf38fe83" > < / a > <!-- doxytag: member="geompy::GetShapesOnSphereIDs" ref="9a3951afbd75793d2cf90147cf38fe83" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetShapesOnSphereIDs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theCenter< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theRadius< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theState< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "f163509a8d41d9e9be5d59a3fd935d29" > < / a > <!-- doxytag: member="geompy::GetShapesOnQuadrangle" ref="f163509a8d41d9e9be5d59a3fd935d29" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetShapesOnQuadrangle < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTopLeftPoint< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTopRigthPoint< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theBottomLeftPoint< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theBottomRigthPoint< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theState< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to find sub-shapes of. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > Type of sub-shapes to be retrieved. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theTopLeftPoint< / em > <EFBFBD> < / td > < td > Point, specifying top left corner of a quadrangle < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theTopRigthPoint< / em > <EFBFBD> < / td > < td > Point, specifying top right corner of a quadrangle < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theBottomLeftPoint< / em > <EFBFBD> < / td > < td > Point, specifying bottom left corner of a quadrangle < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theBottomRigthPoint< / em > <EFBFBD> < / td > < td > Point, specifying bottom right corner of a quadrangle < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theState< / em > <EFBFBD> < / td > < td > The state of the subshapes to find. It can be one of ST_ON, ST_OUT, ST_ONOUT, ST_IN, ST_ONIN. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of all found sub-shapes.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "2fafe7bb6e984e69cd3feb1c0a4c93cc" > < / a > <!-- doxytag: member="geompy::GetShapesOnQuadrangleIDs" ref="2fafe7bb6e984e69cd3feb1c0a4c93cc" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetShapesOnQuadrangleIDs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTopLeftPoint< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTopRigthPoint< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theBottomLeftPoint< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theBottomRigthPoint< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theState< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "939e7344c2c5951bbeb48354a84450e5" > < / a > <!-- doxytag: member="geompy::GetShapesOnBox" ref="939e7344c2c5951bbeb48354a84450e5" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetShapesOnBox < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theBox< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theState< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theBox< / em > <EFBFBD> < / td > < td > Shape for relative comparing. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to find sub-shapes of. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > Type of sub-shapes to be retrieved. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theState< / em > <EFBFBD> < / td > < td > The state of the subshapes to find. It can be one of ST_ON, ST_OUT, ST_ONOUT, ST_IN, ST_ONIN. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of all found sub-shapes. < / dd > < / dl >
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< / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "bcc2153f61ca408d3703d849b8bf57d7" > < / a > <!-- doxytag: member="geompy::GetShapesOnBoxIDs" ref="bcc2153f61ca408d3703d849b8bf57d7" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetShapesOnBoxIDs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theBox< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theState< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "8998a08eb0082c3c83c7cd7619b84def" > < / a > <!-- doxytag: member="geompy::GetInPlace" ref="8998a08eb0082c3c83c7cd7619b84def" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetInPlace < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeWhere< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeWhat< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeWhere< / em > <EFBFBD> < / td > < td > Shape to find sub-shapes of. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeWhat< / em > <EFBFBD> < / td > < td > Shape, specifying what to find (must be in the building history of the ShapeWhere). < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > Group of all found sub-shapes or a single found sub-shape.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "00352e756d9544614079801a7638fb99" > < / a > <!-- doxytag: member="geompy::GetSame" ref="00352e756d9544614079801a7638fb99" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetSame < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeWhere< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeWhat< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeWhere< / em > <EFBFBD> < / td > < td > Shape to find sub-shape of. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeWhat< / em > <EFBFBD> < / td > < td > Shape, specifying what to find (must be usual shape). < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object for found sub-shape. < / dd > < / dl >
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< / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "e8a70d799537d771f32380246e7ef8df" > < / a > <!-- doxytag: member="geompy::GetSubShape" ref="e8a70d799537d771f32380246e7ef8df" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetSubShape < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListOfID< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestAll.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "edfcf3276717a3430ced991091e15c8a" > < / a > <!-- doxytag: member="geompy::GetSubShapeID" ref="edfcf3276717a3430ced991091e15c8a" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetSubShapeID < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aSubShape< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestAll.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "d645f39f6fddf392c39c3ebdda60ba46" > < / a > <!-- doxytag: member="geompy::SubShapeAll" ref="d645f39f6fddf392c39c3ebdda60ba46" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::SubShapeAll < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aType< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to be exploded. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > Type of sub-shapes to be retrieved. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of sub-shapes of type theShapeType, contained in theShape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "3282b2f87165770efbbce6043cb1dba0" > < / a > <!-- doxytag: member="geompy::SubShapeAllIDs" ref="3282b2f87165770efbbce6043cb1dba0" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::SubShapeAllIDs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aType< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to be exploded. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > Type of sub-shapes to be retrieved. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of IDs of sub-shapes. < / dd > < / dl >
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< / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "630806bee2ace164d104e64db419df46" > < / a > <!-- doxytag: member="geompy::SubShapeAllSorted" ref="630806bee2ace164d104e64db419df46" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::SubShapeAllSorted < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aType< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Sub-shapes will be sorted by coordinates of their gravity centers. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to be exploded. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > Type of sub-shapes to be retrieved. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of sub-shapes of type theShapeType, contained in theShape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "3ec1c8c1b29886820d2080b104ec9b29" > < / a > <!-- doxytag: member="geompy::SubShapeAllSortedIDs" ref="3ec1c8c1b29886820d2080b104ec9b29" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::SubShapeAllSortedIDs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aType< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Sub-shapes will be sorted by coordinates of their gravity centers. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to be exploded. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > Type of sub-shapes to be retrieved. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of IDs of sub-shapes. < / dd > < / dl >
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< / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "ef8fc014b776a059acd08d0a29c15522" > < / a > <!-- doxytag: member="geompy::SubShape" ref="ef8fc014b776a059acd08d0a29c15522" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::SubShape < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListOfInd< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Each index is in range [1, Nb_Sub-Shapes_Of_Given_Type]< / p > < p >
Example: see GEOM_TestAll.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "1c2fbf3a2c0cb1f9efb5e1af1c5e63a7" > < / a > <!-- doxytag: member="geompy::SubShapeSorted" ref="1c2fbf3a2c0cb1f9efb5e1af1c5e63a7" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::SubShapeSorted < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListOfInd< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Each index is in range [1, Nb_Sub-Shapes_Of_Given_Type]< / p > < p >
Example: see GEOM_TestAll.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "fbc024b3f27a925f2cb7778fd67bef0e" > < / a > <!-- doxytag: member="geompy::ProcessShape" ref="fbc024b3f27a925f2cb7778fd67bef0e" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::ProcessShape < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theOperators< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theParameters< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theValues< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to be processed. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theOperators< / em > <EFBFBD> < / td > < td > List of names of operators ("FixShape", "SplitClosedFaces", etc.). < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theParameters< / em > <EFBFBD> < / td > < td > List of names of parameters ("FixShape.Tolerance3d", "SplitClosedFaces.NbSplitPoints", etc.). < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theValues< / em > <EFBFBD> < / td > < td > List of values of parameters, in the same order as parameters are listed in < em > theParameters< / em > list. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing processed shape.< / dd > < / dl >
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Example: see GEOM_TestHealing.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "0019b7a2e9e0f0372f68df128d46934b" > < / a > <!-- doxytag: member="geompy::SuppressFaces" ref="0019b7a2e9e0f0372f68df128d46934b" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::SuppressFaces < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFaces< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > Shape to be processed. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theFaces< / em > <EFBFBD> < / td > < td > Indices of faces to be removed, if EMPTY then the method removes ALL faces of the given object. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing processed shape.< / dd > < / dl >
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Example: see GEOM_TestHealing.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "c26f58f9a326b53a077e36e46b30bc9f" > < / a > <!-- doxytag: member="geompy::MakeSewing" ref="c26f58f9a326b53a077e36e46b30bc9f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeSewing < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTolerance< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestHealing.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "dd9c6daee3813b9566f1623e30b55a57" > < / a > <!-- doxytag: member="geompy::Sew" ref="dd9c6daee3813b9566f1623e30b55a57" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::Sew < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTolerance< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > Shape to be processed. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theTolerance< / em > <EFBFBD> < / td > < td > Required tolerance value. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing processed shape.< / dd > < / dl >
Example: see < a class = "el" href = "namespacegeompy.html#c26f58f9a326b53a077e36e46b30bc9f" > MakeSewing()< / a > above < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "c18254da55d14caddeb258dfd5a231ef" > < / a > <!-- doxytag: member="geompy::SuppressInternalWires" ref="c18254da55d14caddeb258dfd5a231ef" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::SuppressInternalWires < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWires< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > Shape to be processed. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theWires< / em > <EFBFBD> < / td > < td > Indices of wires to be removed, if EMPTY then the method removes ALL internal wires of the given object. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing processed shape.< / dd > < / dl >
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Example: see GEOM_TestHealing.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "24328a427220152e095d191fd33dd728" > < / a > <!-- doxytag: member="geompy::SuppressHoles" ref="24328a427220152e095d191fd33dd728" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::SuppressHoles < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWires< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > Shape to be processed. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theWires< / em > <EFBFBD> < / td > < td > Indices of wires to be removed, if EMPTY then the method removes ALL internal holes of the given object < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing processed shape.< / dd > < / dl >
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Example: see GEOM_TestHealing.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "4d1b43044445af6036153e52cbc9d929" > < / a > <!-- doxytag: member="geompy::CloseContour" ref="4d1b43044445af6036153e52cbc9d929" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::CloseContour < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWires< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > isCommonVertex< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > Shape to be processed. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theWires< / em > <EFBFBD> < / td > < td > Indexes of edge(s) and wire(s) to be closed within < em > theObject< / em > 's shape, if -1, then theObject itself is a wire. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > isCommonVertex< / em > <EFBFBD> < / td > < td > If TRUE : closure by creation of a common vertex, If FALS : closure by creation of an edge between ends. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing processed shape.< / dd > < / dl >
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Example: see GEOM_TestHealing.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "ce399105705363a0f5bc7969e9bf692a" > < / a > <!-- doxytag: member="geompy::DivideEdge" ref="ce399105705363a0f5bc7969e9bf692a" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::DivideEdge < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theEdgeIndex< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theValue< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > isByParameter< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > Shape to be processed. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theEdgeIndex< / em > <EFBFBD> < / td > < td > Index of edge to be divided within theObject's shape, if -1, then theObject itself is the edge. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theValue< / em > <EFBFBD> < / td > < td > Value of parameter on edge or length parameter, depending on < em > isByParameter< / em > . < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > isByParameter< / em > <EFBFBD> < / td > < td > If TRUE : < em > theValue< / em > is treated as a curve parameter [0..1], if FALSE : < em > theValue< / em > is treated as a length parameter [0..1] < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing processed shape.< / dd > < / dl >
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Example: see GEOM_TestHealing.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "53c2bbd71549d4577174c6d22280719f" > < / a > <!-- doxytag: member="geompy::ChangeOrientationShell" ref="53c2bbd71549d4577174c6d22280719f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::ChangeOrientationShell < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theObject< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > Shape to be processed. given shape < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
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< / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "fe5d7503642685b28ebc7e82a9dd804b" > < / a > <!-- doxytag: member="geompy::ChangeOrientationShellCopy" ref="fe5d7503642685b28ebc7e82a9dd804b" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::ChangeOrientationShellCopy < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theObject< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > Shape to be processed. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing processed shape. < / dd > < / dl >
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< / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "3d56ce0cc1c378e8ab2b00941884fa10" > < / a > <!-- doxytag: member="geompy::GetFreeBoundary" ref="3d56ce0cc1c378e8ab2b00941884fa10" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetFreeBoundary < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theObject< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > Shape to get free boundary of. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > [status, theClosedWires,
theOpenWires] status: FALSE, if an error(s) occured during the method execution.
theClosedWires: Closed wires on the free boundary of the given shape. theOpenWires:
Open wires on the free boundary of the given shape.< / dd > < / dl >
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Example: see GEOM_TestHealing.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "db3f9edcc23870a9e83ae392304e6b24" > < / a > <!-- doxytag: member="geompy::MakeCopy" ref="db3f9edcc23870a9e83ae392304e6b24" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeCopy < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theOriginal< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestAll.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "8e47ed859d0d368b00245d74dcdfd42d" > < / a > <!-- doxytag: member="geompy::MakeFilling" ref="8e47ed859d0d368b00245d74dcdfd42d" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeFilling < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theMinDeg< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theMaxDeg< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTol2D< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTol3D< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theNbIter< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > the compound of contours < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theMinDeg< / em > <EFBFBD> < / td > < td > a minimal degree < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theMaxDeg< / em > <EFBFBD> < / td > < td > a maximal degree < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theTol2D< / em > <EFBFBD> < / td > < td > a 2d tolerance < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theTol3D< / em > <EFBFBD> < / td > < td > a 3d tolerance < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theNbIter< / em > <EFBFBD> < / td > < td > a number of iteration < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created filling surface.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "b70377c45c9f55186e16756db1345c65" > < / a > <!-- doxytag: member="geompy::MakeGlueFaces" ref="b70377c45c9f55186e16756db1345c65" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeGlueFaces < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTolerance< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Initial shape. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theTolerance< / em > <EFBFBD> < / td > < td > Maximum distance between faces, which can be considered as coincident. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing a copy of theShape without coincident faces.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "8e649c3d1d2e9386e4adfed888887752" > < / a > <!-- doxytag: member="geompy::GetGlueFaces" ref="8e649c3d1d2e9386e4adfed888887752" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetGlueFaces < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTolerance< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Initial shape. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theTolerance< / em > <EFBFBD> < / td > < td > Maximum distance between faces, which can be considered as coincident. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > ListOfGO.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "e83deee23198e2f357245ba13fe5d44b" > < / a > <!-- doxytag: member="geompy::MakeGlueFacesByList" ref="e83deee23198e2f357245ba13fe5d44b" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeGlueFacesByList < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theTolerance< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFaces< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Initial shape. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theTolerance< / em > <EFBFBD> < / td > < td > Maximum distance between faces, which can be considered as coincident. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theFaces< / em > <EFBFBD> < / td > < td > List of faces for gluing. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing a copy of theShape without some faces.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "0f9a69a71910cd412f5c49f898a7d6af" > < / a > <!-- doxytag: member="geompy::MakeBoolean" ref="0f9a69a71910cd412f5c49f898a7d6af" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeBoolean < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theOperation< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape1< / em > <EFBFBD> < / td > < td > First argument for boolean operation. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape2< / em > <EFBFBD> < / td > < td > Second argument for boolean operation. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theOperation< / em > <EFBFBD> < / td > < td > Indicates the operation to be done: 1 - Common, 2 - Cut, 3 - Fuse, 4 - Section. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the result shape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "365da931f285d67c74b2daaf368e56a8" > < / a > <!-- doxytag: member="geompy::MakeCommon" ref="365da931f285d67c74b2daaf368e56a8" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeCommon < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > s1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > s2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "e17443d5a1fdfcf96b383cb4db63e03d" > < / a > <!-- doxytag: member="geompy::MakeCut" ref="e17443d5a1fdfcf96b383cb4db63e03d" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeCut < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > s1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > s2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "a7817be3d6a7bf3be8d6ef046571e87f" > < / a > <!-- doxytag: member="geompy::MakeFuse" ref="a7817be3d6a7bf3be8d6ef046571e87f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeFuse < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > s1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > s2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "3906e915f7d854e860589b33da2b15bb" > < / a > <!-- doxytag: member="geompy::MakeSection" ref="3906e915f7d854e860589b33da2b15bb" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeSection < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > s1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > s2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "201d325e667c194842961e3a032b1ef6" > < / a > <!-- doxytag: member="geompy::MakePartition" ref="201d325e667c194842961e3a032b1ef6" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakePartition < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListShapes< / em > , < / td >
< / tr >
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< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
< td class = "md" > < / td >
< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListTools< / em > = < code > []< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListKeepInside< / em > = < code > []< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListRemoveInside< / em > = < code > []< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > Limit< / em > = < code > < a class = "el" href = "namespacegeompy.html#f0f3ab975eeef3f4edfc30de5290081d" > ShapeType< / a > ["SHAPE"]< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > RemoveWebs< / em > = < code > 0< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListMaterials< / em > = < code > []< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > KeepNonlimitShapes< / em > = < code > 0< / code > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > ListShapes< / em > <EFBFBD> < / td > < td > Shapes to be intersected. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > ListTools< / em > <EFBFBD> < / td > < td > Shapes
to intersect theShapes. !!!NOTE: Each compound from ListShapes and ListTools
will be exploded in order to avoid possible intersection between shapes from
this compound. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > Limit< / em > <EFBFBD> < / td > < td > Type of resulting shapes (corresponding to TopAbs_ShapeEnum). < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > KeepNonlimitShapes,:< / em > <EFBFBD> < / td > < td > if
this parameter == 0 - only shapes with type < = Limit are kept in the result,
else - shapes with type > Limit are kept also (if they exist)< / td > < / tr >
< / tbody > < / table >
< / dd > < / dl > After implementation new version of PartitionAlgo (October 2006)
other parameters are ignored by current functionality. They are kept in this
function only for support old versions. Ignored parameters: < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > ListKeepInside< / em > <EFBFBD> < / td > < td > Shapes, outside which the results will be deleted. Each shape from theKeepInside must belong to theShapes also. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > ListRemoveInside< / em > <EFBFBD> < / td > < td > Shapes, inside which the results will be deleted. Each shape from theRemoveInside must belong to theShapes also. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > RemoveWebs< / em > <EFBFBD> < / td > < td > If TRUE, perform Glue 3D algorithm. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > ListMaterials< / em > <EFBFBD> < / td > < td > Material indices for each shape. Make sence, only if theRemoveWebs is TRUE.< / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the result shapes.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "c8a483199e105727b82cfd3338427f04" > < / a > <!-- doxytag: member="geompy::MakePartitionNonSelfIntersectedShape" ref="c8a483199e105727b82cfd3338427f04" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakePartitionNonSelfIntersectedShape < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListShapes< / em > , < / td >
< / tr >
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< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
< td class = "md" > < / td >
< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListTools< / em > = < code > []< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListKeepInside< / em > = < code > []< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListRemoveInside< / em > = < code > []< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > Limit< / em > = < code > < a class = "el" href = "namespacegeompy.html#f0f3ab975eeef3f4edfc30de5290081d" > ShapeType< / a > ["SHAPE"]< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > RemoveWebs< / em > = < code > 0< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListMaterials< / em > = < code > []< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > KeepNonlimitShapes< / em > = < code > 0< / code > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
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< p > This method may be useful if it is needed to make a partition for compound
contains nonintersected shapes. Performance will be better since intersection
between shapes from compound is not performed.< / p > < p >
Description of all parameters as in previous method < a class = "el" href = "namespacegeompy.html#201d325e667c194842961e3a032b1ef6" > MakePartition()< / a > < / p > < p >
!!!NOTE: Passed compounds (via ListShapes or via ListTools) have to consist of nonintersecting shapes.< / p > < p >
< / p > < dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the result shapes. < / dd > < / dl >
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< / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "5ec7f7db13b53ffe166f4dc9d7ede444" > < / a > <!-- doxytag: member="geompy::Partition" ref="5ec7f7db13b53ffe166f4dc9d7ede444" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::Partition < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListShapes< / em > , < / td >
< / tr >
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< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
< td class = "md" > < / td >
< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListTools< / em > = < code > []< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListKeepInside< / em > = < code > []< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListRemoveInside< / em > = < code > []< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > Limit< / em > = < code > < a class = "el" href = "namespacegeompy.html#f0f3ab975eeef3f4edfc30de5290081d" > ShapeType< / a > ["SHAPE"]< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > RemoveWebs< / em > = < code > 0< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListMaterials< / em > = < code > []< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > KeepNonlimitShapes< / em > = < code > 0< / code > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "a47eba165c4af7ead01c24b57206a4bd" > < / a > <!-- doxytag: member="geompy::MakeHalfPartition" ref="a47eba165c4af7ead01c24b57206a4bd" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeHalfPartition < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePlane< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to be intersected. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePlane< / em > <EFBFBD> < / td > < td > Tool shape, to intersect theShape. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the result shape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "66b5a338582c51468283e7397c4beac5" > < / a > <!-- doxytag: member="geompy::MakeTranslationTwoPoints" ref="66b5a338582c51468283e7397c4beac5" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeTranslationTwoPoints < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be translated. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoint1< / em > <EFBFBD> < / td > < td > Start point of translation vector. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoint2< / em > <EFBFBD> < / td > < td > End point of translation vector. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the translated object.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "ac45ba582b4cc22f8931fde09e62a760" > < / a > <!-- doxytag: member="geompy::MakeTranslation" ref="ac45ba582b4cc22f8931fde09e62a760" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeTranslation < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theDX< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theDY< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theDZ< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be translated. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theDX,theDY,theDZ< / em > <EFBFBD> < / td > < td > Components of translation vector. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the translated object.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "fa33fb178de4b5859bbbbac29e644e7c" > < / a > <!-- doxytag: member="geompy::MakeTranslationVector" ref="fa33fb178de4b5859bbbbac29e644e7c" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeTranslationVector < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theVector< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be translated. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theVector< / em > <EFBFBD> < / td > < td > The translation vector. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the translated object.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "a73e468054eb967b1cc9ae2501662f9f" > < / a > <!-- doxytag: member="geompy::MakeRotation" ref="a73e468054eb967b1cc9ae2501662f9f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeRotation < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAxis< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAngle< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be rotated. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAxis< / em > <EFBFBD> < / td > < td > Rotation axis. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAngle< / em > <EFBFBD> < / td > < td > Rotation angle in radians. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the rotated object.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "f8ce188378f39c2f77a8e5d8ea947ec3" > < / a > <!-- doxytag: member="geompy::MakeRotationThreePoints" ref="f8ce188378f39c2f77a8e5d8ea947ec3" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeRotationThreePoints < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theCentPoint< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint2< / em > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be rotated. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theCentPoint< / em > <EFBFBD> < / td > < td > central point - the axis is the vector perpendicular to the plane containing the three points. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoint1< / em > <EFBFBD> < / td > < td > and thePoint2 - in a perpendicular plan of the axis. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the rotated object.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "ea0fe675eae4334f237e56071638d20e" > < / a > <!-- doxytag: member="geompy::MakeScaleTransform" ref="ea0fe675eae4334f237e56071638d20e" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeScaleTransform < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFactor< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be scaled. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoint< / em > <EFBFBD> < / td > < td > Center point for scaling. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theFactor< / em > <EFBFBD> < / td > < td > Scaling factor value. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the scaled shape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "6bf580db8833e3127cb094c808236e42" > < / a > <!-- doxytag: member="geompy::MakeMirrorByPlane" ref="6bf580db8833e3127cb094c808236e42" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeMirrorByPlane < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePlane< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be mirrored. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePlane< / em > <EFBFBD> < / td > < td > Plane of symmetry. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the mirrored shape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "1bd1fbd8dda7f58cb56be97512f4e53d" > < / a > <!-- doxytag: member="geompy::MakeMirrorByAxis" ref="1bd1fbd8dda7f58cb56be97512f4e53d" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeMirrorByAxis < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAxis< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be mirrored. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAxis< / em > <EFBFBD> < / td > < td > Axis of symmetry. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the mirrored shape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "109d38fe29db56824f63792cc7801944" > < / a > <!-- doxytag: member="geompy::MakeMirrorByPoint" ref="109d38fe29db56824f63792cc7801944" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeMirrorByPoint < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be mirrored. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoint< / em > <EFBFBD> < / td > < td > Point of symmetry. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the mirrored shape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "fa2e8e645d4654b89c3103140ae07a8b" > < / a > <!-- doxytag: member="geompy::MakePosition" ref="fa2e8e645d4654b89c3103140ae07a8b" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakePosition < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theStartLCS< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theEndLCS< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be displaced. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theStartLCS< / em > <EFBFBD> < / td > < td > Coordinate system to perform displacement from it. If < em > theStartLCS< / em > is NULL, displacement will be performed from global CS. If < em > theObject< / em > itself is used as < em > theStartLCS< / em > , its location will be changed to < em > theEndLCS< / em > . < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theEndLCS< / em > <EFBFBD> < / td > < td > Coordinate system to perform displacement to it. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the displaced shape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "1e5bded92d60e1d895c8edf91b8c8979" > < / a > <!-- doxytag: member="geompy::MakeOffset" ref="1e5bded92d60e1d895c8edf91b8c8979" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeOffset < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theOffset< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The base object for the offset. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theOffset< / em > <EFBFBD> < / td > < td > Offset value. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the offset object.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "cc22f9130fd17febb19fae1752744c97" > < / a > <!-- doxytag: member="geompy::MakeMultiTranslation1D" ref="cc22f9130fd17febb19fae1752744c97" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeMultiTranslation1D < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theVector< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theStep< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theNbTimes< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be translated. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theVector< / em > <EFBFBD> < / td > < td > Direction of the translation. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theStep< / em > <EFBFBD> < / td > < td > Distance to translate on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theNbTimes< / em > <EFBFBD> < / td > < td > Quantity of translations to be done. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing compound of all the shapes, obtained after each translation.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "165565d2fb3a5f0a11ebe94910320d34" > < / a > <!-- doxytag: member="geompy::MakeMultiTranslation2D" ref="165565d2fb3a5f0a11ebe94910320d34" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeMultiTranslation2D < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theVector1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theStep1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theNbTimes1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theVector2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theStep2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theNbTimes2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be translated. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theVector1< / em > <EFBFBD> < / td > < td > Direction of the first translation. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theStep1< / em > <EFBFBD> < / td > < td > Step of the first translation. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theNbTimes1< / em > <EFBFBD> < / td > < td > Quantity of translations to be done along theVector1. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theVector2< / em > <EFBFBD> < / td > < td > Direction of the second translation. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theStep2< / em > <EFBFBD> < / td > < td > Step of the second translation. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theNbTimes2< / em > <EFBFBD> < / td > < td > Quantity of translations to be done along theVector2. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing compound of all the shapes, obtained after each translation.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "44d4df9e5894007bb75a7e9520f4040f" > < / a > <!-- doxytag: member="geompy::MultiRotate1D" ref="44d4df9e5894007bb75a7e9520f4040f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MultiRotate1D < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAxis< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theNbTimes< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Rotation angle will be 2*PI/theNbTimes. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be rotated. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAxis< / em > <EFBFBD> < / td > < td > The rotation axis. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theNbTimes< / em > <EFBFBD> < / td > < td > Quantity of rotations to be done. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing compound of all the shapes, obtained after each rotation.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "2be56452e932817ca59f813294e44dab" > < / a > <!-- doxytag: member="geompy::MultiRotate2D" ref="2be56452e932817ca59f813294e44dab" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MultiRotate2D < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAxis< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theAngle< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theNbTimes1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theStep< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theNbTimes2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Translation direction passes through center of gravity of rotated shape and its projection on the rotation axis. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > The object to be rotated. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAxis< / em > <EFBFBD> < / td > < td > Rotation axis. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theAngle< / em > <EFBFBD> < / td > < td > Rotation angle in graduces. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theNbTimes1< / em > <EFBFBD> < / td > < td > Quantity of rotations to be done. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theStep< / em > <EFBFBD> < / td > < td > Translation distance. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theNbTimes2< / em > <EFBFBD> < / td > < td > Quantity of translations to be done. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing compound of all the shapes, obtained after each transformation.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "d5a6e7c2069296123fc60bbc504c9448" > < / a > <!-- doxytag: member="geompy::MakeMultiRotation1D" ref="d5a6e7c2069296123fc60bbc504c9448" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeMultiRotation1D < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aDir< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aPoint< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aNbTimes< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "c78fc5a41134e023812262cdbdffa145" > < / a > <!-- doxytag: member="geompy::MakeMultiRotation2D" ref="c78fc5a41134e023812262cdbdffa145" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeMultiRotation2D < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aDir< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aPoint< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > anAngle< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > nbtimes1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aStep< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > nbtimes2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "e8014d75d0f226defdd86ea082b1ed17" > < / a > <!-- doxytag: member="geompy::MakeFilletAll" ref="e8014d75d0f226defdd86ea082b1ed17" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeFilletAll < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theR< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape, to perform fillet on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theR< / em > <EFBFBD> < / td > < td > Fillet radius. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the result shape.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "7587299dbaa02be83c4036910bf4ad25" > < / a > <!-- doxytag: member="geompy::MakeFillet" ref="7587299dbaa02be83c4036910bf4ad25" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeFillet < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theR< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theListShapes< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape, to perform fillet on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theR< / em > <EFBFBD> < / td > < td > Fillet radius. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > Type of shapes in < theListShapes> . < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theListShapes< / em > <EFBFBD> < / td > < td > Global indices of edges/faces to perform fillet on. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Note:< / b > < / dt > < dd > Global index of sub-shape can be obtained, using method < a class = "el" href = "namespacegeompy.html#edfcf3276717a3430ced991091e15c8a" > geompy.GetSubShapeID()< / a > . < / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the result shape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "c5baa80d1e6564faf8f68bc62ee98383" > < / a > <!-- doxytag: member="geompy::MakeChamferAll" ref="c5baa80d1e6564faf8f68bc62ee98383" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeChamferAll < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theD< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape, to perform chamfer on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theD< / em > <EFBFBD> < / td > < td > Chamfer size along each face. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the result shape.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "f0975f5cc9513dc0fc8ab96996487b04" > < / a > <!-- doxytag: member="geompy::MakeChamferEdge" ref="f0975f5cc9513dc0fc8ab96996487b04" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeChamferEdge < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theD1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theD2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFace1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFace2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape, to perform chamfer on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theD1< / em > <EFBFBD> < / td > < td > Chamfer size along < em > theFace1< / em > . < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theD2< / em > <EFBFBD> < / td > < td > Chamfer size along < em > theFace2< / em > . < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theFace1,theFace2< / em > <EFBFBD> < / td > < td > Global indices of two faces of < em > theShape< / em > . < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Note:< / b > < / dt > < dd > Global index of sub-shape can be obtained, using method < a class = "el" href = "namespacegeompy.html#edfcf3276717a3430ced991091e15c8a" > geompy.GetSubShapeID()< / a > . < / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the result shape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "357c20ac79c2f6267f742e1007a5c3db" > < / a > <!-- doxytag: member="geompy::MakeChamferFaces" ref="357c20ac79c2f6267f742e1007a5c3db" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeChamferFaces < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theD1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theD2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFaces< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape, to perform chamfer on. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theD1< / em > <EFBFBD> < / td > < td > Chamfer size along face from < em > theFaces< / em > . If both faces, connected to the edge, are in < em > theFaces< / em > , < em > theD1< / em > will be get along face, which is nearer to < em > theFaces< / em > beginning. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theD2< / em > <EFBFBD> < / td > < td > Chamfer size along another of two faces, connected to the edge. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theFaces< / em > <EFBFBD> < / td > < td > Sequence of global indices of faces of < em > theShape< / em > . < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Note:< / b > < / dt > < dd > Global index of sub-shape can be obtained, using method < a class = "el" href = "namespacegeompy.html#edfcf3276717a3430ced991091e15c8a" > geompy.GetSubShapeID()< / a > . < / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the result shape.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "8664ef66ca90ef29941880d34a0a589d" > < / a > <!-- doxytag: member="geompy::MakeChamfer" ref="8664ef66ca90ef29941880d34a0a589d" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeChamfer < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > d1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > d2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > aShapeType< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > ListShape< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "a9d393134d81274beb39062547fa7d5c" > < / a > <!-- doxytag: member="geompy::Archimede" ref="a9d393134d81274beb39062547fa7d5c" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::Archimede < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWeight< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theWaterDensity< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theMeshDeflection< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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The object presenting the resulting face is returned. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to be put in water. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theWeight< / em > <EFBFBD> < / td > < td > Weight og the shape. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theWaterDensity< / em > <EFBFBD> < / td > < td > Density of the water. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theMeshDeflection< / em > <EFBFBD> < / td > < td > Deflection of the mesh, using to compute the section. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing a section of < em > theShape< / em > by a plane, corresponding to water level.< / dd > < / dl >
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Example: see GEOM_TestAll.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "b9ecf90afd96ef4b7ec6e4f7347a64af" > < / a > <!-- doxytag: member="geompy::PointCoordinates" ref="b9ecf90afd96ef4b7ec6e4f7347a64af" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::PointCoordinates < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > Point< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > [x, y, z]< / dd > < / dl >
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Example: see GEOM_TestMeasures.py < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "4abdf5c8c09277803d04b12913ace161" > < / a > <!-- doxytag: member="geompy::BasicProperties" ref="4abdf5c8c09277803d04b12913ace161" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::BasicProperties < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to define properties of. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > [theLength, theSurfArea,
theVolume] theLength: Summarized length of all wires of the given shape.
theSurfArea: Area of surface of the given shape. theVolume: Volume of the
given shape.< / dd > < / dl >
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Example: see GEOM_TestMeasures.py < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "c66920d7c41c13223c411b61c811945f" > < / a > <!-- doxytag: member="geompy::BoundingBox" ref="c66920d7c41c13223c411b61c811945f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::BoundingBox < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to obtain bounding box of. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > [Xmin,Xmax, Ymin,Ymax,
Zmin,Zmax] Xmin,Xmax: Limits of shape along OX axis. Ymin,Ymax: Limits of
shape along OY axis. Zmin,Zmax: Limits of shape along OZ axis.< / dd > < / dl >
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Example: see GEOM_TestMeasures.py < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "2f94fe0ea141c86040b6d52d870aaba7" > < / a > <!-- doxytag: member="geompy::Inertia" ref="2f94fe0ea141c86040b6d52d870aaba7" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::Inertia < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to calculate inertia of. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > [I11,I12,I13, I21,I22,I23,
I31,I32,I33, Ix,Iy,Iz] I(1-3)(1-3): Components of the inertia matrix of the
given shape. Ix,Iy,Iz: Moments of inertia of the given shape.< / dd > < / dl >
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Example: see GEOM_TestMeasures.py < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "3892c9020865949198051f7b9eb036fb" > < / a > <!-- doxytag: member="geompy::MinDistance" ref="3892c9020865949198051f7b9eb036fb" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MinDistance < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape1,theShape2< / em > <EFBFBD> < / td > < td > Shapes to find minimal distance between. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > Value of the minimal distance between the given shapes.< / dd > < / dl >
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Example: see GEOM_TestMeasures.py < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "a38e726fbabe2ad37c172b7e9265cbf6" > < / a > <!-- doxytag: member="geompy::Tolerance" ref="a38e726fbabe2ad37c172b7e9265cbf6" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::Tolerance < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape, to get tolerances of. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > [FaceMin,FaceMax, EdgeMin,EdgeMax,
VertMin,VertMax] FaceMin,FaceMax: Min and max tolerances of the faces. EdgeMin,EdgeMax:
Min and max tolerances of the edges. VertMin,VertMax: Min and max tolerances
of the vertices.< / dd > < / dl >
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Example: see GEOM_TestMeasures.py < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "47b1b0b8270386a68b10a56f60c21ce7" > < / a > <!-- doxytag: member="geompy::WhatIs" ref="47b1b0b8270386a68b10a56f60c21ce7" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::WhatIs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to be described. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > Description of the given shape.< / dd > < / dl >
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Example: see GEOM_TestMeasures.py < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "06f611a781edaf234a81a5cc36179f4f" > < / a > <!-- doxytag: member="geompy::MakeCDG" ref="06f611a781edaf234a81a5cc36179f4f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeCDG < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to define centre of mass of. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created point.< / dd > < / dl >
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Example: see GEOM_TestMeasures.py < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "f3c23aa4c569bd791b7847486fc8d737" > < / a > <!-- doxytag: member="geompy::CheckShape" ref="f3c23aa4c569bd791b7847486fc8d737" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::CheckShape < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theIsCheckGeom< / em > = < code > 0< / code > < / td >
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< / tr >
< tr >
< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to check validity of. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theIsCheckGeom< / em > <EFBFBD> < / td > < td > If FALSE, only the shape's topology will be checked, if TRUE, the shape's geometry will be checked also. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > TRUE, if the shape "seems to be valid". If theShape is invalid, prints a description of problem.< / dd > < / dl >
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Example: see GEOM_TestMeasures.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "afe6367235e843ee821e44a777cac33e" > < / a > <!-- doxytag: member="geompy::GetPosition" ref="afe6367235e843ee821e44a777cac33e" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetPosition < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
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< p > Origin of the LCS is situated at the shape's center of mass. Axes of
the LCS are obtained from shape's location or, if the shape is a planar face,
from position of its plane.< / p > < p >
< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to calculate position of. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > [Ox,Oy,Oz, Zx,Zy,Zz, Xx,Xy,Xz].
Ox,Oy,Oz: Coordinates of shape's LCS origin. Zx,Zy,Zz: Coordinates of shape's
LCS normal(main) direction. Xx,Xy,Xz: Coordinates of shape's LCS X direction.< / dd > < / dl >
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Example: see GEOM_TestMeasures.py < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "baaec38a827652f5a94380a206d0102a" > < / a > <!-- doxytag: member="geompy::KindOfShape" ref="baaec38a827652f5a94380a206d0102a" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::KindOfShape < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to get a kind of. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > Returns a kind of shape in terms of GEOM_IKindOfShape.shape_kind enumeration and a list of parameters, describing the shape. < / dd > < / dl >
< dl compact = "compact" > < dt > < b > Note:< / b > < / dt > < dd > Concrete meaning of each value, returned via < em > theIntegers< / em > or < em > theDoubles< / em > list depends on the kind of the shape. The full list of possible outputs is:< / dd > < / dl >
geompy.kind.COMPOUND nb_solids nb_faces nb_edges nb_vertices < p >
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geompy.kind.COMPSOLID nb_solids nb_faces nb_edges nb_vertices< p >
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geompy.kind.SHELL geompy.info.CLOSED nb_faces nb_edges nb_vertices < p >
geompy.kind.SHELL geompy.info.UNCLOSED nb_faces nb_edges nb_vertices< / p > < p >
geompy.kind.WIRE geompy.info.CLOSED nb_edges nb_vertices < p >
geompy.kind.WIRE geompy.info.UNCLOSED nb_edges nb_vertices< / p > < p >
geompy.kind.SPHERE xc yc zc R < p >
geompy.kind.CYLINDER xb yb zb dx dy dz R H< p >
geompy.kind.BOX xc yc zc ax ay az < p >
geompy.kind.ROTATED_BOX xc yc zc zx zy zz xx xy xz ax ay az < p >
geompy.kind.TORUS xc yc zc dx dy dz R_1 R_2 < p >
geompy.kind.CONE xb yb zb dx dy dz R_1 R_2 H < p >
geompy.kind.POLYHEDRON nb_faces nb_edges nb_vertices< p >
geompy.kind.SOLID nb_faces nb_edges nb_vertices< / p >
geompy.kind.SPHERE2D xc yc zc R < p >
geompy.kind.CYLINDER2D xb yb zb dx dy dz R H < p >
geompy.kind.TORUS2D xc yc zc dx dy dz R_1 R_2 < p >
geompy.kind.CONE2D xc yc zc dx dy dz R_1 R_2 H < p >
geompy.kind.DISK_CIRCLE xc yc zc dx dy dz R < p >
geompy.kind.DISK_ELLIPSE xc yc zc dx dy dz R_1 R_2 < p >
geompy.kind.POLYGON xo yo zo dx dy dz nb_edges nb_vertices < p >
geompy.kind.PLANE xo yo zo dx dy dz < p >
geompy.kind.PLANAR xo yo zo dx dy dz nb_edges nb_vertices < p >
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geompy.kind.FACE nb_edges nb_vertices< p >
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geompy.kind.CIRCLE xc yc zc dx dy dz R < p >
geompy.kind.ARC_CIRCLE xc yc zc dx dy dz R x1 y1 z1 x2 y2 z2 < p >
geompy.kind.ELLIPSE xc yc zc dx dy dz R_1 R_2 < p >
geompy.kind.ARC_ELLIPSE xc yc zc dx dy dz R_1 R_2 x1 y1 z1 x2 y2 z2 < p >
geompy.kind.LINE xo yo zo dx dy dz < p >
geompy.kind.SEGMENT x1 y1 z1 x2 y2 z2 < p >
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geompy.kind.EDGE nb_vertices< p >
geompy.kind.VERTEX x y z< p >
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Example: see GEOM_TestMeasures.py < p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "fc585cf7dc661b2c52a6ccf5427a483c" > < / a > <!-- doxytag: member="geompy::Import" ref="fc585cf7dc661b2c52a6ccf5427a483c" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::Import < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFileName< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFormatName< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theFileName< / em > <EFBFBD> < / td > < td > The file, containing the shape. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theFormatName< / em > <EFBFBD> < / td > < td > Specify format for the file reading. Available formats can be obtained with InsertOp.ImportTranslators() method. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the imported shape.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "b10ab1a240b29ca73b42b138adfbd8ba" > < / a > <!-- doxytag: member="geompy::ImportBREP" ref="b10ab1a240b29ca73b42b138adfbd8ba" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::ImportBREP < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theFileName< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "1e6274dae49ebcff05adc274c3923bfd" > < / a > <!-- doxytag: member="geompy::ImportIGES" ref="1e6274dae49ebcff05adc274c3923bfd" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::ImportIGES < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theFileName< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "c266bace6fd2b4c869d0fc7583918423" > < / a > <!-- doxytag: member="geompy::ImportSTEP" ref="c266bace6fd2b4c869d0fc7583918423" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::ImportSTEP < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theFileName< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "71cfcda0fd224b3a7b5a32660cf5aadf" > < / a > <!-- doxytag: member="geompy::Export" ref="71cfcda0fd224b3a7b5a32660cf5aadf" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::Export < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFileName< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFormatName< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theObject< / em > <EFBFBD> < / td > < td > Shape to be stored in the file. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theFileName< / em > <EFBFBD> < / td > < td > Name of the file to store the given shape in. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theFormatName< / em > <EFBFBD> < / td > < td > Specify format for the shape storage. Available formats can be obtained with InsertOp.ImportTranslators() method.< / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "1a418a783ad307d4c7b0b69f93f7631b" > < / a > <!-- doxytag: member="geompy::ExportBREP" ref="1a418a783ad307d4c7b0b69f93f7631b" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::ExportBREP < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFileName< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "7fcbac84a6c3cb0cbab6563ab1f9d124" > < / a > <!-- doxytag: member="geompy::ExportIGES" ref="7fcbac84a6c3cb0cbab6563ab1f9d124" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::ExportIGES < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFileName< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "a36d3a362381e535dfef58306e67d0b5" > < / a > <!-- doxytag: member="geompy::ExportSTEP" ref="a36d3a362381e535dfef58306e67d0b5" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::ExportSTEP < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theObject< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFileName< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "396b8c44d741142332d20ded899a05cd" > < / a > <!-- doxytag: member="geompy::MakeQuad" ref="396b8c44d741142332d20ded899a05cd" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeQuad < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > E1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > E2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > E3< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > E4< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Order of Edges is not important. It is not necessary that edges share the same vertex. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > E1,E2,E3,E4< / em > <EFBFBD> < / td > < td > Edges for the face bound. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created face.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "91e1d158622d46d15ca54c84f100ef3c" > < / a > <!-- doxytag: member="geompy::MakeQuad2Edges" ref="91e1d158622d46d15ca54c84f100ef3c" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeQuad2Edges < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > E1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > E2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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The missing edges will be built by creating the shortest ones. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > E1,E2< / em > <EFBFBD> < / td > < td > Two opposite edges for the face. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created face.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "d49188c140ddd06d68fa1030cebfb0a7" > < / a > <!-- doxytag: member="geompy::MakeQuad4Vertices" ref="d49188c140ddd06d68fa1030cebfb0a7" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeQuad4Vertices < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > V1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > V2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > V3< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > V4< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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The missing edges will be built by creating the shortest ones. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > V1,V2,V3,V4< / em > <EFBFBD> < / td > < td > Corner vertices for the face. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created face.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "ae934203928fdda88e35dfb351c0272c" > < / a > <!-- doxytag: member="geompy::MakeHexa" ref="ae934203928fdda88e35dfb351c0272c" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeHexa < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > F1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > F2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > F3< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > F4< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > F5< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > F6< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Order of faces is not important. It is not necessary that Faces share the same edge. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > F1,F2,F3,F4,F5,F6< / em > <EFBFBD> < / td > < td > Faces for the hexahedral solid. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created solid.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "ee95150a816bdef59d04daa227066eb0" > < / a > <!-- doxytag: member="geompy::MakeHexa2Faces" ref="ee95150a816bdef59d04daa227066eb0" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeHexa2Faces < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > F1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > F2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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The missing faces will be built by creating the smallest ones. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > F1,F2< / em > <EFBFBD> < / td > < td > Two opposite faces for the hexahedral solid. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the created solid.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "e06968a3888b997ccfbd95278b750db0" > < / a > <!-- doxytag: member="geompy::GetPoint" ref="e06968a3888b997ccfbd95278b750db0" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetPoint < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theX< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theY< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theZ< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theEpsilon< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Block or a compound of blocks. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theX,theY,theZ< / em > <EFBFBD> < / td > < td > Coordinates of the sought vertex. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theEpsilon< / em > <EFBFBD> < / td > < td > Maximum allowed distance between the resulting vertex and point with the given coordinates. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the found vertex.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "e1fe82d96796eb38d6d374e69b177080" > < / a > <!-- doxytag: member="geompy::GetEdge" ref="e1fe82d96796eb38d6d374e69b177080" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetEdge < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Block or a compound of blocks. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoint1,thePoint2< / em > <EFBFBD> < / td > < td > Points, close to the ends of the desired edge. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the found edge.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "dc23e7808768bf32db8fd1ed70318265" > < / a > <!-- doxytag: member="geompy::GetEdgeNearPoint" ref="dc23e7808768bf32db8fd1ed70318265" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetEdgeNearPoint < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Block or a compound of blocks. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoint< / em > <EFBFBD> < / td > < td > Point, close to the desired edge. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the found edge.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "4cbe2be840a7acccfc5ab597d3eb2c0f" > < / a > <!-- doxytag: member="geompy::GetFaceByPoints" ref="4cbe2be840a7acccfc5ab597d3eb2c0f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetFaceByPoints < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint3< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint4< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Block or a compound of blocks. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoint1-thePoint4< / em > <EFBFBD> < / td > < td > Points, close to the corners of the desired face. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the found face.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "40a6fd76e95ab6085ffbb22309a0b61f" > < / a > <!-- doxytag: member="geompy::GetFaceByEdges" ref="40a6fd76e95ab6085ffbb22309a0b61f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetFaceByEdges < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theEdge1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theEdge2< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Block or a compound of blocks. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theEdge1,theEdge2< / em > <EFBFBD> < / td > < td > Edges, close to the edges of the desired face. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the found face.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "5948ab753bfd62ec3ca7f655c53678dd" > < / a > <!-- doxytag: member="geompy::GetOppositeFace" ref="5948ab753bfd62ec3ca7f655c53678dd" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetOppositeFace < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theBlock< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theFace< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theBlock< / em > <EFBFBD> < / td > < td > Must be a hexahedral solid. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theFace< / em > <EFBFBD> < / td > < td > Face of < em > theBlock< / em > , opposite to the desired face. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the found face.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "d31453440a637763c8aa6715d4abead4" > < / a > <!-- doxytag: member="geompy::GetFaceNearPoint" ref="d31453440a637763c8aa6715d4abead4" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetFaceNearPoint < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Block or a compound of blocks. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoint< / em > <EFBFBD> < / td > < td > Point, close to the desired face. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the found face.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "209422da9dbc942b420e96443ac40f3e" > < / a > <!-- doxytag: member="geompy::GetFaceByNormale" ref="209422da9dbc942b420e96443ac40f3e" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetFaceByNormale < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theBlock< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theVector< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Block or a compound of blocks. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theVector< / em > <EFBFBD> < / td > < td > Vector, close to the normale of the desired face. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the found face.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "95e731320c8ce6039d56655dbef706d9" > < / a > <!-- doxytag: member="geompy::CheckCompoundOfBlocks" ref="95e731320c8ce6039d56655dbef706d9" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::CheckCompoundOfBlocks < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theCompound< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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To be considered as a compound of blocks, the given shape must satisfy the following conditions:< / p > < ul >
< li > Each element of the compound should be a Block (6 faces and 12 edges).< / li > < li > A connection between two Blocks should be an entire quadrangle face or an entire edge.< / li > < li > The compound should be connexe.< / li > < li > The glue between two quadrangle faces should be applied. < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theCompound< / em > <EFBFBD> < / td > < td > The compound to check. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > TRUE, if the given shape is a compound of blocks. If theCompound is not valid, prints all discovered errors.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / li > < / ul >
< / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "64b8b6f870cff27c78df12262459129e" > < / a > <!-- doxytag: member="geompy::RemoveExtraEdges" ref="64b8b6f870cff27c78df12262459129e" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::RemoveExtraEdges < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Unite faces and edges, sharing one surface. It means that this faces must have references to one C++ surface object (handle). < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > The compound or single solid to remove irregular edges from. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > Improved shape.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "84dbb84bf592ba9522632e5991e1a5f0" > < / a > <!-- doxytag: member="geompy::CheckAndImprove" ref="84dbb84bf592ba9522632e5991e1a5f0" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::CheckAndImprove < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Fix all detected errors. < / p > < dl compact = "compact" > < dt > < b > Note:< / b > < / dt > < dd > Single block can be also fixed by this method. < / dd > < / dl >
< dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theCompound< / em > <EFBFBD> < / td > < td > The compound to check and improve. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > Improved compound.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "a2fa6285ab7b6068336b5513c2a34f2d" > < / a > <!-- doxytag: member="geompy::MakeBlockExplode" ref="a2fa6285ab7b6068336b5513c2a34f2d" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeBlockExplode < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theCompound< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theMinNbFaces< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theMaxNbFaces< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theCompound< / em > <EFBFBD> < / td > < td > The compound to explode. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theMinNbFaces< / em > <EFBFBD> < / td > < td > If solid has lower number of faces, it is not a block. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theMaxNbFaces< / em > <EFBFBD> < / td > < td > If solid has higher number of faces, it is not a block. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Note:< / b > < / dt > < dd > If theMaxNbFaces = 0, the maximum number of faces is not restricted. < / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of GEOM_Objects, containing the retrieved blocks.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "99f7b6d0cc2298fb9b8ab4ae91172e69" > < / a > <!-- doxytag: member="geompy::GetBlockNearPoint" ref="99f7b6d0cc2298fb9b8ab4ae91172e69" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetBlockNearPoint < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theCompound< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > thePoint< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theCompound< / em > <EFBFBD> < / td > < td > Compound, to find block in. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > thePoint< / em > <EFBFBD> < / td > < td > Point, close to the desired block. If the point lays on boundary between some blocks, we return block with nearest center. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the found block.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "05ff3af384f41b0db46c2dde960dcd96" > < / a > <!-- doxytag: member="geompy::GetBlockByParts" ref="05ff3af384f41b0db46c2dde960dcd96" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetBlockByParts < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theCompound< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theParts< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theCompound< / em > <EFBFBD> < / td > < td > Compound, to find block in. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theParts< / em > <EFBFBD> < / td > < td > List of faces and/or edges and/or vertices to be parts of the found block. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the found block.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "3767d6413551733ee1ddb6ea65adae62" > < / a > <!-- doxytag: member="geompy::GetBlocksByParts" ref="3767d6413551733ee1ddb6ea65adae62" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetBlocksByParts < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theCompound< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theParts< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theCompound< / em > <EFBFBD> < / td > < td > Compound, to find blocks in. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theParts< / em > <EFBFBD> < / td > < td > List of faces and/or edges and/or vertices to be parts of the found blocks. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of GEOM_Objects, containing the found blocks.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "6d0a22bdb824465e195cde09e5e58621" > < / a > <!-- doxytag: member="geompy::MakeMultiTransformation1D" ref="6d0a22bdb824465e195cde09e5e58621" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeMultiTransformation1D < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > Block< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > DirFace1< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > DirFace2< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > NbTimes< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Transformation is defined so, as to superpose direction faces. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > Block< / em > <EFBFBD> < / td > < td > Hexahedral solid to be multi-transformed. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > DirFace1< / em > <EFBFBD> < / td > < td > ID of First direction face. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > DirFace2< / em > <EFBFBD> < / td > < td > ID of Second direction face. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > NbTimes< / em > <EFBFBD> < / td > < td > Quantity of transformations to be done. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Note:< / b > < / dt > < dd > Unique ID of sub-shape can be obtained, using method < a class = "el" href = "namespacegeompy.html#edfcf3276717a3430ced991091e15c8a" > GetSubShapeID()< / a > . < / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the result shape.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "6a3300bb71e0994274559d338cd7c13c" > < / a > <!-- doxytag: member="geompy::MakeMultiTransformation2D" ref="6a3300bb71e0994274559d338cd7c13c" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::MakeMultiTransformation2D < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > Block< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > DirFace1U< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > DirFace2U< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > NbTimesU< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > DirFace1V< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > DirFace2V< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > NbTimesV< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > Block< / em > <EFBFBD> < / td > < td > Hexahedral solid to be multi-transformed. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > DirFace1U,DirFace2U< / em > <EFBFBD> < / td > < td > IDs of Direction faces for the first transformation. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > DirFace1V,DirFace2V< / em > <EFBFBD> < / td > < td > IDs of Direction faces for the second transformation. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > NbTimesU,NbTimesV< / em > <EFBFBD> < / td > < td > Quantity of transformations to be done. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > New GEOM_Object, containing the result shape.< / dd > < / dl >
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Example: see GEOM_Spanner.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "9478c13b0bb5a23a56e29e244d87a59c" > < / a > <!-- doxytag: member="geompy::Propagate" ref="9478c13b0bb5a23a56e29e244d87a59c" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::Propagate < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theShape< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
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< p > Propagation group is a set of all edges, opposite to one (main) edge
of this group directly or through other opposite edges. Notion of Opposite
Edge make sence only on quadrangle face. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShape< / em > <EFBFBD> < / td > < td > Shape to build propagation groups on. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > List of GEOM_Objects, each of them is a propagation group.< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "fed6e3d3c2d45b0bef0057f506f2d07c" > < / a > <!-- doxytag: member="geompy::CreateGroup" ref="fed6e3d3c2d45b0bef0057f506f2d07c" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::CreateGroup < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theMainShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShapeType< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theMainShape< / em > <EFBFBD> < / td > < td > is a GEOM object on which the group is selected < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theShapeType< / em > <EFBFBD> < / td > < td > defines a shape type of the group < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > a newly created GEOM group< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "ffb08c34543fca67dd52bf203dd776dd" > < / a > <!-- doxytag: member="geompy::AddObject" ref="ffb08c34543fca67dd52bf203dd776dd" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::AddObject < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theGroup< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theSubShapeID< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theGroup< / em > <EFBFBD> < / td > < td > is a GEOM group to which the new sub shape is added < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theSubShapeID< / em > <EFBFBD> < / td > < td > is a sub shape ID in the main object. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Note:< / b > < / dt > < dd > Use method < a class = "el" href = "namespacegeompy.html#edfcf3276717a3430ced991091e15c8a" > GetSubShapeID()< / a > to get an unique ID of the sub shape< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "6e58fa5d0b9529d251bd2ddcd5d8a57d" > < / a > <!-- doxytag: member="geompy::RemoveObject" ref="6e58fa5d0b9529d251bd2ddcd5d8a57d" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::RemoveObject < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theGroup< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theSubShapeID< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theGroup< / em > <EFBFBD> < / td > < td > is a GEOM group from which the new sub shape is removed < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theSubShapeID< / em > <EFBFBD> < / td > < td > is a sub shape ID in the main object. < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Note:< / b > < / dt > < dd > Use method < a class = "el" href = "namespacegeompy.html#edfcf3276717a3430ced991091e15c8a" > GetSubShapeID()< / a > to get an unique ID of the sub shape< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "122cacb79fa8a84a40b8d91e7f3df11b" > < / a > <!-- doxytag: member="geompy::UnionList" ref="122cacb79fa8a84a40b8d91e7f3df11b" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::UnionList < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theGroup< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theSubShapes< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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No errors, if some shapes are alredy included. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theGroup< / em > <EFBFBD> < / td > < td > is a GEOM group to which the new sub shapes are added. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theSubShapes< / em > <EFBFBD> < / td > < td > is a list of sub shapes to be added.< / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "0211ba67e527c86df77eb51850399310" > < / a > <!-- doxytag: member="geompy::UnionIDs" ref="0211ba67e527c86df77eb51850399310" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::UnionIDs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theGroup< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theSubShapes< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "7e3caf4b9da32ca58a846178ed629af1" > < / a > <!-- doxytag: member="geompy::DifferenceList" ref="7e3caf4b9da32ca58a846178ed629af1" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::DifferenceList < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theGroup< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theSubShapes< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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No errors, if some shapes are not included. < / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theGroup< / em > <EFBFBD> < / td > < td > is a GEOM group from which the sub-shapes are removed. < / td > < / tr >
< tr > < td valign = "top" > < / td > < td valign = "top" > < em > theSubShapes< / em > <EFBFBD> < / td > < td > is a list of sub-shapes to be removed.< / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "8f8f8ed6dac71e19998f53d36f997b6d" > < / a > <!-- doxytag: member="geompy::DifferenceIDs" ref="8f8f8ed6dac71e19998f53d36f997b6d" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::DifferenceIDs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theGroup< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theSubShapes< / em > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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Example: see GEOM_TestOthers.py < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "52ac4892f083bc767b21faafd1d9a32a" > < / a > <!-- doxytag: member="geompy::GetObjectIDs" ref="52ac4892f083bc767b21faafd1d9a32a" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetObjectIDs < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theGroup< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theGroup< / em > <EFBFBD> < / td > < td > is a GEOM group for which a list of IDs is requested< / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "e3c5fcdd5c765d13392268cbb4f5e746" > < / a > <!-- doxytag: member="geompy::GetType" ref="e3c5fcdd5c765d13392268cbb4f5e746" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetType < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theGroup< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theGroup< / em > <EFBFBD> < / td > < td > is a GEOM group which type is returned.< / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "0f49de0e5d7930d1c7f800e1c2ee7870" > < / a > <!-- doxytag: member="geompy::GetMainShape" ref="0f49de0e5d7930d1c7f800e1c2ee7870" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetMainShape < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > theGroup< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < dl compact = "compact" > < dt > < b > Parameters:< / b > < / dt > < dd >
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< table border = "0" cellspacing = "2" cellpadding = "0" >
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< tbody > < tr > < td valign = "top" > < / td > < td valign = "top" > < em > theGroup< / em > <EFBFBD> < / td > < td > is a GEOM group for which a main shape object is requested < / td > < / tr >
< / tbody > < / table >
< / dd > < / dl >
< dl compact = "compact" > < dt > < b > Returns:< / b > < / dt > < dd > a GEOM object which is a main shape for theGroup< / dd > < / dl >
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Example: see GEOM_TestOthers.py < / td >
< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "f698d426c061298692b0a737f4409faf" > < / a > <!-- doxytag: member="geompy::GetEdgesByLength" ref="f698d426c061298692b0a737f4409faf" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::GetEdgesByLength < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > theShape< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > min_length< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > max_length< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > include_min< / em > = < code > 1< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > include_max< / em > = < code > 1< / code > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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If include_min/max == 0, edges with length == min/max_length will not be included in result. < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "3430ba5c9d6f091355c005f9275e7f05" > < / a > <!-- doxytag: member="geompy::SelectEdges" ref="3430ba5c9d6f091355c005f9275e7f05" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::SelectEdges < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > min_length< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > max_length< / em > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > include_min< / em > = < code > 1< / code > , < / td >
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< / tr >
< tr >
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< td class = "md" nowrap = "nowrap" align = "right" > < / td >
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< td class = "md" > < / td >
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< td class = "md" nowrap = "nowrap" > <EFBFBD> < / td >
< td class = "mdname" nowrap = "nowrap" > < em > include_max< / em > = < code > 1< / code > < / td >
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< / tr >
< tr >
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< td class = "md" > < / td >
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< td class = "md" > )<29> < / td >
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< td class = "md" colspan = "2" > < / td >
< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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If include_min/max == 0, edges with length == min/max_length will not be included in result. < / p > < / td >
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< / tr >
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< / tbody > < / table >
< a class = "anchor" name = "b5fd9715ec306c6c2a367024e8cce7bc" > < / a > <!-- doxytag: member="geompy::addPath" ref="b5fd9715ec306c6c2a367024e8cce7bc" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > def geompy::addPath < / td >
< td class = "md" valign = "top" > (<28> < / td >
< td class = "md" nowrap = "nowrap" valign = "top" > <EFBFBD> < / td >
< td class = "mdname1" valign = "top" nowrap = "nowrap" > < em > Path< / em > < / td >
< td class = "md" valign = "top" > <EFBFBD> )<29> < / td >
< td class = "md" nowrap = "nowrap" > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
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< / tr >
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< / tbody > < / table >
< / p > < hr > < h2 > Variable Documentation< / h2 >
< a class = "anchor" name = "16b03440ff0dc2b4f98c49defdddc196" > < / a > <!-- doxytag: member="geompy::g" ref="16b03440ff0dc2b4f98c49defdddc196" args="" --> < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > tuple < a class = "el" href = "namespacegeompy.html#16b03440ff0dc2b4f98c49defdddc196" > geompy.g< / a > = lcc.FindOrLoadComponent("FactoryServer", "GEOM")< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "aa87e1471a85c5b3992b176742b8c6e0" > < / a > <!-- doxytag: member="geompy::geom" ref="aa87e1471a85c5b3992b176742b8c6e0" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > tuple < a class = "el" href = "namespacegeompy.html#aa87e1471a85c5b3992b176742b8c6e0" > geompy.geom< / a > = g._narrow( GEOM.GEOM_Gen )< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "b3360bb193a03282c1b0e0cb8e667848" > < / a > <!-- doxytag: member="geompy::myBuilder" ref="b3360bb193a03282c1b0e0cb8e667848" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#b3360bb193a03282c1b0e0cb8e667848" > geompy.myBuilder< / a > = None< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "ded249553dda7cb09b902b820b2f334c" > < / a > <!-- doxytag: member="geompy::myStudyId" ref="ded249553dda7cb09b902b820b2f334c" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > int < a class = "el" href = "namespacegeompy.html#ded249553dda7cb09b902b820b2f334c" > geompy.myStudyId< / a > = 0< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "89d2356d9f946e69d8c1e13409ebe130" > < / a > <!-- doxytag: member="geompy::father" ref="89d2356d9f946e69d8c1e13409ebe130" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#89d2356d9f946e69d8c1e13409ebe130" > geompy.father< / a > = None< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "f31b3c81c18af56bb02fef298ac826a2" > < / a > <!-- doxytag: member="geompy::BasicOp" ref="f31b3c81c18af56bb02fef298ac826a2" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#f31b3c81c18af56bb02fef298ac826a2" > geompy.BasicOp< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "bc9d5d5274f395f9244e84f1cc3fc66b" > < / a > <!-- doxytag: member="geompy::CurvesOp" ref="bc9d5d5274f395f9244e84f1cc3fc66b" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#bc9d5d5274f395f9244e84f1cc3fc66b" > geompy.CurvesOp< / a > = None< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "e4893ea9139abee846d9b30196922b85" > < / a > <!-- doxytag: member="geompy::PrimOp" ref="e4893ea9139abee846d9b30196922b85" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#e4893ea9139abee846d9b30196922b85" > geompy.PrimOp< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "0a113be68e976501c8fe66d57e411f6f" > < / a > <!-- doxytag: member="geompy::ShapesOp" ref="0a113be68e976501c8fe66d57e411f6f" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#0a113be68e976501c8fe66d57e411f6f" > geompy.ShapesOp< / a > = None< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "d858eba27dbfde091a3ed734bac64e41" > < / a > <!-- doxytag: member="geompy::HealOp" ref="d858eba27dbfde091a3ed734bac64e41" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#d858eba27dbfde091a3ed734bac64e41" > geompy.HealOp< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "c11b0cf274cdff3bf951effda8246832" > < / a > <!-- doxytag: member="geompy::InsertOp" ref="c11b0cf274cdff3bf951effda8246832" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#c11b0cf274cdff3bf951effda8246832" > geompy.InsertOp< / a > = None< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "f674100aebf9eef91c92faa8a413fa20" > < / a > <!-- doxytag: member="geompy::BoolOp" ref="f674100aebf9eef91c92faa8a413fa20" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#f674100aebf9eef91c92faa8a413fa20" > geompy.BoolOp< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "47a98b22e3eea47a9935ee83c34766ab" > < / a > <!-- doxytag: member="geompy::TrsfOp" ref="47a98b22e3eea47a9935ee83c34766ab" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#47a98b22e3eea47a9935ee83c34766ab" > geompy.TrsfOp< / a > = None< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "31683e96165a971bd18e54c56796cf3c" > < / a > <!-- doxytag: member="geompy::LocalOp" ref="31683e96165a971bd18e54c56796cf3c" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#31683e96165a971bd18e54c56796cf3c" > geompy.LocalOp< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "a0dccbd7852dbace1e556f841683671c" > < / a > <!-- doxytag: member="geompy::MeasuOp" ref="a0dccbd7852dbace1e556f841683671c" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#a0dccbd7852dbace1e556f841683671c" > geompy.MeasuOp< / a > = None< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "2881771636c0216a43b028c37692d43a" > < / a > <!-- doxytag: member="geompy::BlocksOp" ref="2881771636c0216a43b028c37692d43a" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#2881771636c0216a43b028c37692d43a" > geompy.BlocksOp< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "f696da247b09c04dad96d8a0b334b7ad" > < / a > <!-- doxytag: member="geompy::GroupOp" ref="f696da247b09c04dad96d8a0b334b7ad" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#f696da247b09c04dad96d8a0b334b7ad" > geompy.GroupOp< / a > = None< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "f0f3ab975eeef3f4edfc30de5290081d" > < / a > <!-- doxytag: member="geompy::ShapeType" ref="f0f3ab975eeef3f4edfc30de5290081d" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > dictionary < a class = "el" href = "namespacegeompy.html#f0f3ab975eeef3f4edfc30de5290081d" > geompy.ShapeType< / a > = {"COMPOUND":0, "COMPSOLID":1, "SOLID":2, "SHELL":3, "FACE":4, "WIRE":5, "EDGE":6, "VERTEX":7, "SHAPE":8}< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "be882f3fba2889e91437fa465896b265" > < / a > <!-- doxytag: member="geompy::kind" ref="be882f3fba2889e91437fa465896b265" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#be882f3fba2889e91437fa465896b265" > geompy.kind< / a > = GEOM.GEOM_IKindOfShape< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "16b03440ff0dc2b4f98c49defdddc196" > < / a > <!-- doxytag: member="geompy::g" ref="16b03440ff0dc2b4f98c49defdddc196" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > tuple < a class = "el" href = "namespacegeompy.html#16b03440ff0dc2b4f98c49defdddc196" > geompy.g< / a > = lcc.FindOrLoadComponent("FactoryServer", "GEOM")< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "aa87e1471a85c5b3992b176742b8c6e0" > < / a > <!-- doxytag: member="geompy::geom" ref="aa87e1471a85c5b3992b176742b8c6e0" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > tuple < a class = "el" href = "namespacegeompy.html#aa87e1471a85c5b3992b176742b8c6e0" > geompy.geom< / a > = g._narrow( GEOM__Gen.html">GEOM.GEOM_Gen )< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "b3360bb193a03282c1b0e0cb8e667848" > < / a > <!-- doxytag: member="geompy::myBuilder" ref="b3360bb193a03282c1b0e0cb8e667848" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#b3360bb193a03282c1b0e0cb8e667848" > geompy.myBuilder< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "ded249553dda7cb09b902b820b2f334c" > < / a > <!-- doxytag: member="geompy::myStudyId" ref="ded249553dda7cb09b902b820b2f334c" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > int < a class = "el" href = "namespacegeompy.html#ded249553dda7cb09b902b820b2f334c" > geompy.myStudyId< / a > = 0< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "89d2356d9f946e69d8c1e13409ebe130" > < / a > <!-- doxytag: member="geompy::father" ref="89d2356d9f946e69d8c1e13409ebe130" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#89d2356d9f946e69d8c1e13409ebe130" > geompy.father< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "f31b3c81c18af56bb02fef298ac826a2" > < / a > <!-- doxytag: member="geompy::BasicOp" ref="f31b3c81c18af56bb02fef298ac826a2" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#f31b3c81c18af56bb02fef298ac826a2" > geompy.BasicOp< / a > = None< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "bc9d5d5274f395f9244e84f1cc3fc66b" > < / a > <!-- doxytag: member="geompy::CurvesOp" ref="bc9d5d5274f395f9244e84f1cc3fc66b" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#bc9d5d5274f395f9244e84f1cc3fc66b" > geompy.CurvesOp< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "e4893ea9139abee846d9b30196922b85" > < / a > <!-- doxytag: member="geompy::PrimOp" ref="e4893ea9139abee846d9b30196922b85" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#e4893ea9139abee846d9b30196922b85" > geompy.PrimOp< / a > = None< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
2006-06-01 11:32:40 +00:00
< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
2006-06-01 11:32:40 +00:00
< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "0a113be68e976501c8fe66d57e411f6f" > < / a > <!-- doxytag: member="geompy::ShapesOp" ref="0a113be68e976501c8fe66d57e411f6f" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#0a113be68e976501c8fe66d57e411f6f" > geompy.ShapesOp< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "d858eba27dbfde091a3ed734bac64e41" > < / a > <!-- doxytag: member="geompy::HealOp" ref="d858eba27dbfde091a3ed734bac64e41" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
2007-06-18 13:44:02 +00:00
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#d858eba27dbfde091a3ed734bac64e41" > geompy.HealOp< / a > = None< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
2006-06-01 11:32:40 +00:00
< / td >
< / tr >
2007-06-18 13:44:02 +00:00
< / tbody > < / table >
2006-06-01 11:32:40 +00:00
< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
2006-06-01 11:32:40 +00:00
< td >
2007-06-18 13:44:02 +00:00
<20>
2006-06-01 11:32:40 +00:00
< / td >
< td >
< p >
2007-06-18 13:44:02 +00:00
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "c11b0cf274cdff3bf951effda8246832" > < / a > <!-- doxytag: member="geompy::InsertOp" ref="c11b0cf274cdff3bf951effda8246832" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#c11b0cf274cdff3bf951effda8246832" > geompy.InsertOp< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
2007-06-18 13:44:02 +00:00
< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "f674100aebf9eef91c92faa8a413fa20" > < / a > <!-- doxytag: member="geompy::BoolOp" ref="f674100aebf9eef91c92faa8a413fa20" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
2007-06-18 13:44:02 +00:00
< tbody > < tr >
2006-06-01 11:32:40 +00:00
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
2007-06-18 13:44:02 +00:00
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#f674100aebf9eef91c92faa8a413fa20" > geompy.BoolOp< / a > = None< code > [static]< / code > < / td >
2006-06-01 11:32:40 +00:00
< / tr >
2007-06-18 13:44:02 +00:00
< / tbody > < / table >
2006-06-01 11:32:40 +00:00
< / td >
< / tr >
2007-06-18 13:44:02 +00:00
< / tbody > < / table >
2006-06-01 11:32:40 +00:00
< table cellspacing = "5" cellpadding = "0" border = "0" >
2007-06-18 13:44:02 +00:00
< tbody > < tr >
2006-06-01 11:32:40 +00:00
< td >
2007-06-18 13:44:02 +00:00
<20>
2006-06-01 11:32:40 +00:00
< / td >
< td >
< p >
2007-06-18 13:44:02 +00:00
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "47a98b22e3eea47a9935ee83c34766ab" > < / a > <!-- doxytag: member="geompy::TrsfOp" ref="47a98b22e3eea47a9935ee83c34766ab" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#47a98b22e3eea47a9935ee83c34766ab" > geompy.TrsfOp< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
2006-06-01 11:32:40 +00:00
< / td >
< / tr >
2007-06-18 13:44:02 +00:00
< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "31683e96165a971bd18e54c56796cf3c" > < / a > <!-- doxytag: member="geompy::LocalOp" ref="31683e96165a971bd18e54c56796cf3c" args="" --> < / p > < p >
2006-06-01 11:32:40 +00:00
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
2007-06-18 13:44:02 +00:00
< tbody > < tr >
2006-06-01 11:32:40 +00:00
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
2007-06-18 13:44:02 +00:00
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#31683e96165a971bd18e54c56796cf3c" > geompy.LocalOp< / a > = None< code > [static]< / code > < / td >
2006-06-01 11:32:40 +00:00
< / tr >
2007-06-18 13:44:02 +00:00
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "a0dccbd7852dbace1e556f841683671c" > < / a > <!-- doxytag: member="geompy::MeasuOp" ref="a0dccbd7852dbace1e556f841683671c" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#a0dccbd7852dbace1e556f841683671c" > geompy.MeasuOp< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "2881771636c0216a43b028c37692d43a" > < / a > <!-- doxytag: member="geompy::BlocksOp" ref="2881771636c0216a43b028c37692d43a" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#2881771636c0216a43b028c37692d43a" > geompy.BlocksOp< / a > = None< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "f696da247b09c04dad96d8a0b334b7ad" > < / a > <!-- doxytag: member="geompy::GroupOp" ref="f696da247b09c04dad96d8a0b334b7ad" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#f696da247b09c04dad96d8a0b334b7ad" > geompy.GroupOp< / a > = None< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
< / td >
< td >
< p >
< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "f0f3ab975eeef3f4edfc30de5290081d" > < / a > <!-- doxytag: member="geompy::ShapeType" ref="f0f3ab975eeef3f4edfc30de5290081d" args="" --> < / p > < p >
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< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
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< tbody > < tr >
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< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
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< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > dictionary < a class = "el" href = "namespacegeompy.html#f0f3ab975eeef3f4edfc30de5290081d" > geompy.ShapeType< / a > = {"COMPOUND":0, "COMPSOLID":1, "SOLID":2, "SHELL":3, "FACE":4, "WIRE":5, "EDGE":6, "VERTEX":7, "SHAPE":8}< code > [static]< / code > < / td >
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< / tr >
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< / tbody > < / table >
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< / td >
< / tr >
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< / tbody > < / table >
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< table cellspacing = "5" cellpadding = "0" border = "0" >
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< tbody > < tr >
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< td >
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<20>
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< / td >
< td >
< p >
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< / p > < / td >
< / tr >
< / tbody > < / table >
< a class = "anchor" name = "be882f3fba2889e91437fa465896b265" > < / a > <!-- doxytag: member="geompy::kind" ref="be882f3fba2889e91437fa465896b265" args="" --> < / p > < p >
< table class = "mdTable" cellpadding = "2" cellspacing = "0" >
< tbody > < tr >
< td class = "mdRow" >
< table cellpadding = "0" cellspacing = "0" border = "0" >
< tbody > < tr >
< td class = "md" nowrap = "nowrap" valign = "top" > < a class = "el" href = "namespacegeompy.html#be882f3fba2889e91437fa465896b265" > geompy.kind< / a > = GEOM.GEOM_IKindOfShape< code > [static]< / code > < / td >
< / tr >
< / tbody > < / table >
< / td >
< / tr >
< / tbody > < / table >
< table cellspacing = "5" cellpadding = "0" border = "0" >
< tbody > < tr >
< td >
<20>
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< / td >
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< td >
< p >
< / p > < / td >
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< / tr >
< / table >
< / DIV >
< / BODY >
< / HTML >
