self.begin_writing()
try:
microStructures.remove(self.name())
ms.destroy()
finally:
self.end_writing()
finally:
self.cancel_reservation()
## microsctructures is an instance of the WhoClass, which hosts
## a set of MicrostructureContext objects. The MicrostructureContext
## class was subclassed from the Who class, and it contains
## a Microstructure object.
microStructures = whoville.WhoClass('Microstructure',
150,
instanceClass=MicrostructureContext,
proxyClasses=['<topmost>', '<top bitmap>'])
# Handy utility function, returns the microstructure object, not the
# context, and so is not equivalent to microStructures[name].
def getMicrostructure(name):
try:
return microStructures[name].getObject()
except KeyError:
return None
def getMSContextFromMS(microstructure):
return microStructures[microstructure.name()]
return data.linsys.static_residual_ind_part('K')
def compute_jacobian(self, data, nlsolver):
# debug.fmsg()
return data.linsys.J_submatrix('K', 'K')
def compute_linear_coef_mtx(self, data, nlsolver):
# debug.fmsg()
return data.linsys.K_submatrix('K', 'K')
#####################################################
subproblems = whoville.WhoClass(
'SubProblem',
instanceClass=SubProblemContext,
ordering=400,
secret=True,
parentClass=mesh.meshes)
#####################################################
# SubProblemParameters are used instead of WhoParameters in cases in
# which only the subproblem name, and not its full path, needs to be
# specified. The associated gui widget lists only the subproblems
# belonging to the mesh that's in the same scope.
# TODO: It would be good to use a variant of the WhoParameter for
# this. The difficulty with that is that its checker() method would
# have to find the correct Mesh to know which SubProblem names were
# valid. But for creating compound subproblems, the Mesh is given not
# in the SubProblem constructor arguments, but one level up:
# the WhoClass.
from ooflib.common.IO import whoville
class TopBitmap(whoville.WhoProxyClass):
def resolve(self, proxy, gfxwindow):
return gfxwindow.topwho('Microstructure', 'Image')
def getTimeStamp(self, proxy, gfxwindow):
return gfxwindow.getLayerChangeTimeStamp()
TopBitmap('<top bitmap>')
whoville.WhoClass('Top Bitmap', ordering=20000, proxyClasses=['<top bitmap>'])
def predefinedPixelInfoLayer():
## if config.dimension() == 2:
return pixelInfoDisplay(color=defaultPixelInfoColor,
line_width=defaultLineWidth)
## if config.dimension() == 3:
## return pixelInfoDisplay(color=defaultPixelInfoColor,
## opacity=defaultOpacity)
ghostgfxwindow.PredefinedLayer('Top Bitmap', '<top bitmap>',
predefinedPixelInfoLayer)