def matChanged(self, materialname):
# The given material has changed. Look through the materials
# in our Microstructure to see if we care.
matl = materialmanager.getMaterial(materialname)
#Interface branch
##TODO: Should we look at the material associated with the
##edgements instead?
if config.dimension() == 2 and runtimeflags.surface_mode:
interfacemsplugin = self.microstructure.getPlugIn("Interfaces")
interfacemats = interfacemsplugin.getInterfaceMaterials()
# elif config.dimension() == 3:
else:
interfacemats = []
if matl in material.getMaterials(self.microstructure) or \
materialname in interfacemats:
# We *do* care. Really. Tell all the SubProblems
# belonging to the microstructure that the material has
# changed.
msname = self.microstructure.name()
subppaths = subproblemcontext.subproblems.keys(base=msname)
for subppath in subppaths:
subpctxt = subproblemcontext.subproblems[[msname] + subppath]
subpctxt.changed("Material properties changed.")
def matChanged(self, materialname):
# The given material has changed. Look through the materials
# in our Microstructure to see if we care.
matl = materialmanager.getMaterial(materialname)
#Interface branch
if config.dimension() == 2 and runtimeflags.surface_mode:
interfacemsplugin = self.microstructure.getPlugIn("Interfaces")
interfacemats = interfacemsplugin.getInterfaceMaterials()
# elif config.dimension() == 3:
else:
interfacemats = []
if matl in material.getMaterials(self.microstructure) or \
materialname in interfacemats:
# We *do* care. Really. Tell all the SubProblems
# belonging to the microstructure that the material has
# changed.
msname = self.microstructure.name()
subppaths = subproblemcontext.subproblems.keys(base=msname)
for subppath in subppaths:
subpctxt = subproblemcontext.subproblems[[msname] + subppath]
subpctxt.changed("Material properties changed.")
# Also tell everything that cares whether the mesh data
# has changed. This includes PropertyOutputs that may be
# displayed in a mesh data viewer.
meshpaths = mesh.meshes.keys(base=msname)
for meshpath in meshpaths:
meshctxt = mesh.meshes[[msname] + meshpath]
switchboard.notify("mesh data changed", meshctxt)
def new_material(self,
name,
materialtype=material.MATERIALTYPE_BULK,
*props):
# If a Material already exists with the same name, just
# redefine it by deleting its old Properties and adding the
# new ones. *Don't* try deleting the Material entirely and
# recreating it from scratch, which seems like the easy way to
# go. Deleting the Material would delete it from any
# Microstructures and Meshes that use it.
try:
matprop = self.materials[name]
except KeyError:
matprop = MaterialProps(name, materialtype)
self.materials[name] = matprop
else:
matprop.delete_all_props()
mat = matprop.actual
for p in props:
mat.addProperty(p)
reg = p.registration()
path = AllProperties.data.reverse_dict[reg].path()
matprop.add_prop_ref(path, reg)
reg.materials[name] = (matprop, p)
switchboard.notify("new_material", name)
for ms in microStructures.actualMembers():
if mat in material.getMaterials(ms.getObject()):
switchboard.notify("materials changed in microstructure",
ms.getObject())
def new_material(self, name,
materialtype=material.MATERIALTYPE_BULK,
*props):
# If a Material already exists with the same name, just
# redefine it by deleting its old Properties and adding the
# new ones. *Don't* try deleting the Material entirely and
# recreating it from scratch, which seems like the easy way to
# go. Deleting the Material would delete it from any
# Microstructures and Meshes that use it.
try:
matprop = self.materials[name]
except KeyError:
matprop = MaterialProps(name, materialtype)
self.materials[name] = matprop
else:
matprop.delete_all_props()
mat = matprop.actual
for p in props:
mat.addProperty(p)
reg = p.registration()
path = AllProperties.data.reverse_dict[reg].path()
matprop.add_prop_ref(path, reg)
reg.materials[name]=(matprop, p)
switchboard.notify("new_material", name)
for ms in microStructures.actualMembers():
if mat in material.getMaterials(ms.getObject()):
switchboard.notify("materials changed in microstructure",
ms.getObject())
def matChangedCB(self, materialname):
context = self.who()
if context:
ms = context.getObject(self.gfxwindow)
if ms:
mnames = [m.name() for m in material.getMaterials(ms)]
if materialname in mnames:
self.whoChanged()
def matChanged(self, materialname):
# The given material has changed. Look through the materials
# in our Microstructure to see if we care.
matl = materialmanager.getMaterial(materialname)
#Interface branch
##TODO: Should we look at the material associated with the
##edgements instead?
if config.dimension() == 2 and runtimeflags.surface_mode:
interfacemsplugin=self.microstructure.getPlugIn("Interfaces")
interfacemats=interfacemsplugin.getInterfaceMaterials()
# elif config.dimension() == 3:
else:
interfacemats = []
if matl in material.getMaterials(self.microstructure) or \
materialname in interfacemats:
# We *do* care. Really. Tell all the SubProblems
# belonging to the microstructure that the material has
# changed.
msname = self.microstructure.name()
subppaths = subproblemcontext.subproblems.keys(base=msname)
for subppath in subppaths:
subpctxt = subproblemcontext.subproblems[[msname]+subppath]
subpctxt.changed("Material properties changed.")