def apply(self, femesh, field, time=None, singleFieldDef=False):
if singleFieldDef:
# The purpose of calling node.fieldDefCount is to ensure
# that we don't set the value of a field that is defined
# in more than one subproblem when that field gets defined
# on the second subproblem. Doing so would wipe out a
# value that might have been set by the first subproblem.
fniter = femesh.funcnode_iterator()
while not fniter.end():
node = fniter.node()
if node.fieldDefCount(field) == 1:
position = node.position()
for i in range(field.ndof()): # field component
field.setvalue(femesh, node, i,
self.func(position, time, i))
fniter.next()
else:
fniter = femesh.funcnode_iterator()
while not fniter.end():
node = fniter.node()
if node.hasField(field):
position = node.position()
for i in range(field.ndof()): # field component
field.setvalue(femesh, node, i,
self.func(position, time, i))
fniter.next()
def apply(self, femesh, field, time=None, singleFieldDef=False):
if singleFieldDef:
# The purpose of calling node.fieldDefCount is to ensure
# that we don't set the value of a field that is defined
# in more than one subproblem when that field gets defined
# on the second subproblem. Doing so would wipe out a
# value that might have been set by the first subproblem.
fniter = femesh.funcnode_iterator()
while not fniter.end():
node = fniter.node()
if node.fieldDefCount(field)==1:
position = node.position()
for i in range(field.ndof()): # field component
field.setvalue(femesh, node, i,
self.func(position, time, i))
fniter.next()
else:
fniter = femesh.funcnode_iterator()
while not fniter.end():
node = fniter.node()
if node.hasField(field):
position = node.position()
for i in range(field.ndof()): # field component
field.setvalue(femesh, node, i,
self.func(position, time, i))
fniter.next()
def _loadFieldValues(menuitem, mesh, fields, field_values):
meshctxt = ooflib.engine.mesh.meshes[mesh]
femesh = meshctxt.getObject()
fieldlist = [getFieldObj(fld) for fld in fields] # get objects from names
for fv in field_values:
index = fv[0]
node = femesh.getNode(index)
pointer = 1
for field in fieldlist:
for i in range(field.ndof()):
field.setvalue(femesh, node, i, fv[pointer])
pointer += 1
# Field values can change the appearance of a newly-loaded mesh.
switchboard.notify("mesh data changed", meshctxt)
switchboard.notify("redraw")
def _loadFieldValues(menuitem, mesh, fields, field_values):
meshctxt = ooflib.engine.mesh.meshes[mesh]
femesh = meshctxt.getObject()
fieldlist = [getFieldObj(fld) for fld in fields] # get objects from names
for fv in field_values:
index = fv[0]
node = femesh.getNode(index)
pointer = 1
for field in fieldlist:
for i in range(field.ndof()):
field.setvalue(femesh, node, i, fv[pointer])
pointer += 1
# Field values can change the appearance of a newly-loaded mesh.
switchboard.notify("mesh data changed", meshctxt)
switchboard.notify("redraw")
