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96 lines
3.6 KiB
Python
96 lines
3.6 KiB
Python
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import os, pytest
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from netgen.meshing import meshsize, MeshingParameters, SetMessageImportance
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import netgen.csg as csg
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import netgen.stl as stl
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try:
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import netgen.occ as occ
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has_occ = True
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except ImportError:
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has_occ = False
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from results import *
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SetMessageImportance(0)
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def getFiles(fileEnding):
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r, d, files = next(os.walk(os.path.join("..","..","tutorials")))
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return (f for f in files if f.endswith(fileEnding))
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def getCheckFunc(filename):
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def func(mesh,i):
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if filename in number_elements:
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# number of elements should be in 2% range of expected value
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assert mesh.ne == pytest.approx(number_elements[filename][i], rel=0.02)
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return func
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def getResultFunc(filename):
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def resultFunc(mesh):
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results = {}
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results["number_elements"] = mesh.ne
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return results
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return resultFunc
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def getMeshingparameters(filename):
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standard = [{}] + [{ "mp" : ms } for ms in (meshsize.very_coarse, meshsize.coarse, meshsize.moderate, meshsize.fine, meshsize.very_fine)]
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if filename == "shell.geo":
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return [] # do not test this example cause it needs so long...
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if filename == "extrusion.geo":
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return [] # this segfaults right now
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if filename == "manyholes2.geo":
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return [standard[1]] # this gets too big for finer meshsizes
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if filename in ("manyholes.geo", "frame.step"):
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return standard[:3] # this gets too big for finer meshsizes
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if filename == "screw.step":
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return standard[3:] # coarser meshes don't work here
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return standard
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_geofiles = [f for f in getFiles(".geo")] + [f for f in getFiles(".stl")]
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if has_occ:
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_geofiles += [f for f in getFiles(".step")]
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def generateMesh(filename, mp):
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if filename.endswith(".geo"):
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geo = csg.CSGeometry(os.path.join("..","..","tutorials", filename))
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elif filename.endswith(".stl"):
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geo = stl.STLGeometry(os.path.join("..","..","tutorials", filename))
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elif filename.endswith(".step"):
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geo = occ.OCCGeometry(os.path.join("..","..","tutorials", filename))
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return geo.GenerateMesh(**mp)
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def isSlowTest(filename):
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return filename in ["cubemcyl.geo", "frame.step", "revolution.geo", "manyholes.geo", "torus.geo",
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"cubemsphere.geo", "manyholes2.geo", "matrix.geo", "trafo.geo", "ellipticcone.geo",
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"period.geo", "shaft.geo", "cubeandring.geo", "ellipticcyl.geo",
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"ellipsoid.geo", "cone.geo"]
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def getParamForTest(filename):
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return pytest.param(filename, getCheckFunc(filename), marks=pytest.mark.slow) if isSlowTest(filename) \
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else (filename, getCheckFunc(filename))
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@pytest.mark.parametrize(("filename, checkFunc"), [getParamForTest(f) for f in _geofiles])
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def test_geoFiles(filename, checkFunc):
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for i, mp in enumerate(getMeshingparameters(filename)):
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print("load geo", filename)
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mesh = generateMesh(filename, mp)
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if checkFunc is not None:
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checkFunc(mesh,i)
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import time
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def generateResultFile():
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with open("results.py", "w") as f:
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print("number_elements = {}", file=f)
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for _file, _func in ((gf, getResultFunc(gf)) for gf in _geofiles):
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start = time.time()
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print("write", _file)
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mps = getMeshingparameters(_file)
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if not mps:
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continue
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results = [_func(generateMesh(_file, mp)) for mp in mps]
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print("number_elements['{}'] = {}".format(_file, "(" + ",".join((str(r["number_elements"]) for r in results)) + ")"), file=f)
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print("needed", time.time() - start, "seconds")
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if __name__ == "__main__":
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generateResultFile()
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