def update(self, where):
debug.mainthreadTest()
microstructure = self.toolbox.findMicrostructure()
if microstructure and where is not None:
mat = material.getMaterialFromPoint(microstructure, where)
if mat:
self.materialtext.set_text(mat.name())
return
self.materialtext.set_text('<No material>')
def update(self, where):
debug.mainthreadTest()
microstructure = self.toolbox.findMicrostructure()
if microstructure and where is not None:
mat = material.getMaterialFromPoint(microstructure, where)
if mat:
self.materialtext.set_text(mat.name())
return
self.materialtext.set_text('<No material>')
def Delete2(self):
# Delete a Material without removing it from pixels, and check
# to see that it has been removed automatically.
self.redgroup()
OOF.Material.New(name="stuff")
OOF.Material.Assign(material="stuff", microstructure="mat_test",
pixels=all)
OOF.Material.Delete(name="stuff")
for c in self.ms.coords():
ms_mat = material.getMaterialFromPoint(self.ms, c)
self.assertEqual(ms_mat, None)
def Delete2(self):
# Delete a Material without removing it from pixels, and check
# to see that it has been removed automatically.
self.redgroup()
OOF.Material.New(name="stuff")
OOF.Material.Assign(material="stuff", microstructure="mat_test",
pixels=all)
OOF.Material.Delete(name="stuff")
for c in self.getMS().coords():
ms_mat = material.getMaterialFromPoint(self.getMS(), c)
self.assertEqual(ms_mat, None)
def AssignAll(self):
OOF.Material.New(name="stuff")
OOF.Material.Add_property(name="stuff",
property="Mechanical:Elasticity:Isotropic")
OOF.Material.Assign(material="stuff",
microstructure="mat_test",
pixels=every)
mat = self.mat_manager["stuff"].actual
for c in self.ms().coords():
ms_mat = material.getMaterialFromPoint(self.ms(), c)
self.assertEqual(ms_mat, mat)
OOF.Material.Delete(name="stuff")
def AssignAll(self):
OOF.Material.New(name="stuff")
OOF.Material.Add_property(name="stuff",
property="Mechanical:Elasticity:Isotropic")
OOF.Material.Assign(material="stuff",
microstructure="mat_test",
pixels=every)
mat = self.mat_manager["stuff"].actual
for c in self.ms().coords():
ms_mat = material.getMaterialFromPoint(self.ms(), c)
self.assertEqual(ms_mat, mat)
OOF.Material.Delete(name="stuff")
def Remove(self):
self.redgroup()
OOF.Material.New(name="stuff")
OOF.Material.Add_property(name="stuff",
property="Mechanical:Elasticity:Isotropic")
OOF.Material.Assign(material="stuff",
microstructure="mat_test",
pixels="red")
OOF.Material.Remove(microstructure="mat_test", pixels="red")
for c in self.ms().coords():
ms_mat = material.getMaterialFromPoint(self.ms(), c)
self.assertEqual(ms_mat, None)
OOF.Material.Delete(name="stuff")
def Remove(self):
self.redgroup()
OOF.Material.New(name="stuff")
OOF.Material.Add_property(name="stuff",
property="Mechanical:Elasticity:Isotropic")
OOF.Material.Assign(material="stuff",
microstructure="mat_test",
pixels="red")
OOF.Material.Remove(microstructure="mat_test",
pixels="red")
for c in self.ms().coords():
ms_mat = material.getMaterialFromPoint(self.ms(), c)
self.assertEqual(ms_mat, None)
OOF.Material.Delete(name="stuff")
def AssignGroup(self):
self.redgroup()
OOF.Material.New(name="stuff")
OOF.Material.Add_property(name="stuff",
property="Mechanical:Elasticity:Isotropic")
OOF.Material.Assign(material="stuff",
microstructure="mat_test",
pixels="red")
mat = self.mat_manager["stuff"].actual
# Then figure out if it worked. Check pixels for group
# membership and material assignment.
redgroup = set(self.ms().findGroup("red").members())
for c in self.ms().coords():
ms_mat = material.getMaterialFromPoint(self.ms(), c)
if c in redgroup:
self.assertEqual(ms_mat, mat)
else:
self.assertEqual(ms_mat, None)
OOF.Material.Delete(name="stuff")
def AssignGroup(self):
self.redgroup()
OOF.Material.New(name="stuff")
OOF.Material.Add_property(name="stuff",
property="Mechanical:Elasticity:Isotropic")
OOF.Material.Assign(material="stuff",
microstructure="mat_test",
pixels="red")
mat = self.mat_manager["stuff"].actual
# Then figure out if it worked. Check pixels for group
# membership and material assignment.
redgroup = set(self.ms().findGroup("red").members())
for c in self.ms().coords():
ms_mat = material.getMaterialFromPoint(self.ms(), c)
if c in redgroup:
self.assertEqual(ms_mat, mat)
else:
self.assertEqual(ms_mat, None)
OOF.Material.Delete(name="stuff")
