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move implementation of CreateMPFromKwargs to cpp file
This commit is contained in:
Christopher Lackner
parent
4c69f45241
commit
0c828bb195
@ -21,6 +21,94 @@ namespace netgen
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extern shared_ptr<NetgenGeometry> ng_geometry;
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extern void Optimize2d (Mesh & mesh, MeshingParameters & mp);
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MeshingParameters CreateMPfromKwargs(py::kwargs kwargs)
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{
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MeshingParameters mp;
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if(kwargs.contains("optimize3d"))
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mp.optimize3d = py::cast<string>(kwargs["optimize3d"]);
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if(kwargs.contains("optsteps3d"))
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mp.optsteps3d = py::cast<int>(kwargs["optsteps3d"]);
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if(kwargs.contains("optimize2d"))
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mp.optimize2d = py::cast<string>(kwargs["optimize2d"]);
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if(kwargs.contains("optsteps2d"))
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mp.optsteps2d = py::cast<int>(kwargs["optsteps2d"]);
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if(kwargs.contains("opterrpow"))
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mp.opterrpow = py::cast<double>(kwargs["opterrpow"]);
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if(kwargs.contains("blockfill"))
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mp.blockfill = py::cast<bool>(kwargs["blockfill"]);
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if(kwargs.contains("filldist"))
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mp.filldist = py::cast<double>(kwargs["filldist"]);
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if(kwargs.contains("safety"))
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mp.safety = py::cast<double>(kwargs["safety"]);
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if(kwargs.contains("relinnersafety"))
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mp.relinnersafety = py::cast<double>(kwargs["relinnersafety"]);
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if(kwargs.contains("uselocalh"))
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mp.uselocalh = py::cast<bool>(kwargs["uselocalh"]);
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if(kwargs.contains("grading"))
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mp.grading = py::cast<double>(kwargs["grading"]);
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if(kwargs.contains("delaunay"))
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mp.delaunay = py::cast<bool>(kwargs["delaunay"]);
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if(kwargs.contains("maxh"))
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mp.maxh = py::cast<double>(kwargs["maxh"]);
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if(kwargs.contains("minh"))
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mp.minh = py::cast<double>(kwargs["minh"]);
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if(kwargs.contains("meshsizefilename"))
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mp.meshsizefilename = py::cast<string>(kwargs["meshsizefilename"]);
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if(kwargs.contains("startinsurface"))
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mp.startinsurface = py::cast<bool>(kwargs["startinsurface"]);
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if(kwargs.contains("checkoverlap"))
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mp.checkoverlap = py::cast<bool>(kwargs["checkoverlap"]);
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if(kwargs.contains("checkoverlappingboundary"))
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mp.checkoverlappingboundary = py::cast<bool>(kwargs["checkoverlappingboundary"]);
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if(kwargs.contains("checkchartboundary"))
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mp.checkchartboundary = py::cast<bool>(kwargs["checkchartboundary"]);
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if(kwargs.contains("curvaturesafety"))
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mp.curvaturesafety = py::cast<double>(kwargs["curvaturesafety"]);
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if(kwargs.contains("segmentsperedge"))
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mp.segmentsperedge = py::cast<double>(kwargs["segmentsperedge"]);
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if(kwargs.contains("parthread"))
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mp.parthread = py::cast<bool>(kwargs["parthread"]);
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if(kwargs.contains("elsizeweight"))
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mp.elsizeweight = py::cast<double>(kwargs["elsizeweight"]);
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if(kwargs.contains("perfstepsstart"))
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mp.perfstepsstart = py::cast<int>(kwargs["perfstepsstart"]);
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if(kwargs.contains("perfstepsend"))
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mp.perfstepsend = py::cast<int>(kwargs["perfstepsend"]);
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if(kwargs.contains("giveuptol2d"))
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mp.giveuptol2d = py::cast<int>(kwargs["giveuptol2d"]);
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if(kwargs.contains("giveuptol"))
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mp.giveuptol = py::cast<int>(kwargs["giveuptol"]);
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if(kwargs.contains("maxoutersteps"))
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mp.maxoutersteps = py::cast<int>(kwargs["maxoutersteps"]);
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if(kwargs.contains("starshapeclass"))
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mp.starshapeclass = py::cast<int>(kwargs["starshapeclass"]);
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if(kwargs.contains("baseelnp"))
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mp.baseelnp = py::cast<int>(kwargs["baseelnp"]);
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if(kwargs.contains("sloppy"))
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mp.sloppy = py::cast<bool>(kwargs["sloppy"]);
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if(kwargs.contains("badellimit"))
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mp.badellimit = py::cast<double>(kwargs["badellimit"]);
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if(kwargs.contains("check_impossible"))
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mp.check_impossible = py::cast<bool>(kwargs["check_impossible"]);
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if(kwargs.contains("only3D_domain_nr"))
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mp.only3D_domain_nr = py::cast<int>(kwargs["only3D_domain_nr"]);
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if(kwargs.contains("secondorder"))
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mp.secondorder = py::cast<bool>(kwargs["secondorder"]);
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if(kwargs.contains("elementorder"))
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mp.elementorder = py::cast<int>(kwargs["elementorder"]);
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if(kwargs.contains("quad"))
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mp.quad = py::cast<bool>(kwargs["quad"]);
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if(kwargs.contains("try_hexes"))
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mp.try_hexes = py::cast<bool>(kwargs["try_hexes"]);
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if(kwargs.contains("inverttets"))
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mp.inverttets = py::cast<bool>(kwargs["inverttets"]);
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if(kwargs.contains("inverttrigs"))
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mp.inverttrigs = py::cast<bool>(kwargs["inverttrigs"]);
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if(kwargs.contains("autozrefine"))
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mp.autozrefine = py::cast<bool>(kwargs["autozrefine"]);
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return mp;
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}
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#ifdef PARALLEL
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/** we need allreduce in python-wrapped communicators **/
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template <typename T>
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@ -80,91 +80,5 @@ elsizeweight: float = 0.2
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)delimiter";
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MeshingParameters CreateMPfromKwargs(py::kwargs kwargs)
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{
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MeshingParameters mp;
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if(kwargs.contains("optimize3d"))
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mp.optimize3d = py::cast<string>(kwargs["optimize3d"]);
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if(kwargs.contains("optsteps3d"))
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mp.optsteps3d = py::cast<int>(kwargs["optsteps3d"]);
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if(kwargs.contains("optimize2d"))
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mp.optimize2d = py::cast<string>(kwargs["optimize2d"]);
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if(kwargs.contains("optsteps2d"))
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mp.optsteps2d = py::cast<int>(kwargs["optsteps2d"]);
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if(kwargs.contains("opterrpow"))
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mp.opterrpow = py::cast<double>(kwargs["opterrpow"]);
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if(kwargs.contains("blockfill"))
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mp.blockfill = py::cast<bool>(kwargs["blockfill"]);
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if(kwargs.contains("filldist"))
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mp.filldist = py::cast<double>(kwargs["filldist"]);
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if(kwargs.contains("safety"))
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mp.safety = py::cast<double>(kwargs["safety"]);
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if(kwargs.contains("relinnersafety"))
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mp.relinnersafety = py::cast<double>(kwargs["relinnersafety"]);
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if(kwargs.contains("uselocalh"))
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mp.uselocalh = py::cast<bool>(kwargs["uselocalh"]);
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if(kwargs.contains("grading"))
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mp.grading = py::cast<double>(kwargs["grading"]);
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if(kwargs.contains("delaunay"))
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mp.delaunay = py::cast<bool>(kwargs["delaunay"]);
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if(kwargs.contains("maxh"))
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mp.maxh = py::cast<double>(kwargs["maxh"]);
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if(kwargs.contains("minh"))
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mp.minh = py::cast<double>(kwargs["minh"]);
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if(kwargs.contains("meshsizefilename"))
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mp.meshsizefilename = py::cast<string>(kwargs["meshsizefilename"]);
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if(kwargs.contains("startinsurface"))
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mp.startinsurface = py::cast<bool>(kwargs["startinsurface"]);
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if(kwargs.contains("checkoverlap"))
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mp.checkoverlap = py::cast<bool>(kwargs["checkoverlap"]);
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if(kwargs.contains("checkoverlappingboundary"))
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mp.checkoverlappingboundary = py::cast<bool>(kwargs["checkoverlappingboundary"]);
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if(kwargs.contains("checkchartboundary"))
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mp.checkchartboundary = py::cast<bool>(kwargs["checkchartboundary"]);
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if(kwargs.contains("curvaturesafety"))
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mp.curvaturesafety = py::cast<double>(kwargs["curvaturesafety"]);
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if(kwargs.contains("segmentsperedge"))
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mp.segmentsperedge = py::cast<double>(kwargs["segmentsperedge"]);
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if(kwargs.contains("parthread"))
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mp.parthread = py::cast<bool>(kwargs["parthread"]);
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if(kwargs.contains("elsizeweight"))
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mp.elsizeweight = py::cast<double>(kwargs["elsizeweight"]);
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if(kwargs.contains("perfstepsstart"))
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mp.perfstepsstart = py::cast<int>(kwargs["perfstepsstart"]);
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if(kwargs.contains("perfstepsend"))
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mp.perfstepsend = py::cast<int>(kwargs["perfstepsend"]);
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if(kwargs.contains("giveuptol2d"))
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mp.giveuptol2d = py::cast<int>(kwargs["giveuptol2d"]);
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if(kwargs.contains("giveuptol"))
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mp.giveuptol = py::cast<int>(kwargs["giveuptol"]);
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if(kwargs.contains("maxoutersteps"))
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mp.maxoutersteps = py::cast<int>(kwargs["maxoutersteps"]);
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if(kwargs.contains("starshapeclass"))
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mp.starshapeclass = py::cast<int>(kwargs["starshapeclass"]);
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if(kwargs.contains("baseelnp"))
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mp.baseelnp = py::cast<int>(kwargs["baseelnp"]);
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if(kwargs.contains("sloppy"))
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mp.sloppy = py::cast<bool>(kwargs["sloppy"]);
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if(kwargs.contains("badellimit"))
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mp.badellimit = py::cast<double>(kwargs["badellimit"]);
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if(kwargs.contains("check_impossible"))
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mp.check_impossible = py::cast<bool>(kwargs["check_impossible"]);
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if(kwargs.contains("only3D_domain_nr"))
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mp.only3D_domain_nr = py::cast<int>(kwargs["only3D_domain_nr"]);
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if(kwargs.contains("secondorder"))
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mp.secondorder = py::cast<bool>(kwargs["secondorder"]);
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if(kwargs.contains("elementorder"))
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mp.elementorder = py::cast<int>(kwargs["elementorder"]);
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if(kwargs.contains("quad"))
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mp.quad = py::cast<bool>(kwargs["quad"]);
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if(kwargs.contains("try_hexes"))
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mp.try_hexes = py::cast<bool>(kwargs["try_hexes"]);
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if(kwargs.contains("inverttets"))
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mp.inverttets = py::cast<bool>(kwargs["inverttets"]);
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if(kwargs.contains("inverttrigs"))
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mp.inverttrigs = py::cast<bool>(kwargs["inverttrigs"]);
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if(kwargs.contains("autozrefine"))
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mp.autozrefine = py::cast<bool>(kwargs["autozrefine"]);
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return mp;
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}
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MeshingParameters CreateMPfromKwargs(py::kwargs kwargs);
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} // namespace netgen
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