def write(self, group, sparse=False):
super().write(group, sparse)
self.parameters.write(group.require_group('parameters'))
meta = group.require_group('meta')
for key, value in self.meta.items():
util.to_dataset(value, meta, key)
def write(self, group, name):
sub = group.require_group(name)
data = {key: getattr(self, key) for key in ['_code', '_defaults', '_kwargs', '_evaluator', 'shape']}
util.to_dataset(data, sub, 'data')
sub.attrs['type'] = 'NutilsDelayedIntegrand'
self.write_props(sub)
return sub
def write(self, group, name):
sub = group.require_group(name)
datagrp = sub.require_group('data')
util.to_dataset(self.indices[0], datagrp, 'indices-i')
util.to_dataset(self.indices[1], datagrp, 'indices-j')
util.to_dataset(self.indices[2], datagrp, 'indices-k')
util.to_dataset(self.data, datagrp, 'data')
datagrp.attrs['shape'] = self.shape
sub.attrs['type'] = 'COOTensorIntegrand'
assemblers = datagrp.require_group('assemblers')
for key, assembler in self.assemblers.items():
name = ','.join(str(s) for s in key)
ass_grp = assemblers.require_group(name)
assembler.write(ass_grp)
return sub
def write(self, group):
super().write(group)
util.to_dataset(np.array(self.shape), group, 'shape')
util.to_dataset(self.deps, group, 'deps')
util.to_dataset(self.scale, group, 'scale')
liftgrp = group.require_group('lifts')
for axes, lift in self.lifts.items():
name = ','.join(str(s) for s in sorted(axes))
targetgrp = liftgrp.require_group(name)
lift.write(targetgrp)
def write(self, group, name):
sub = group.require_group(name)
util.to_dataset(self.obj, sub, 'data')
sub.attrs['type'] = self.__class__.__name__
self.write_props(sub)
return sub
def write_props(self, group):
group = group.require_group('properties')
for key, value in self._properties.items():
util.to_dataset(value, group, key)
def write(self, group):
super().write(group)
util.to_dataset(self.basisname, group, 'basisname')
def write(self, group):
super().write(group)
util.to_dataset(self.sourcefunc, group, 'sourcefunc')
def write(self, group):
super().write(group)
util.to_dataset(self.obj, group, 'obj')
def write(self, group, sparse=False):
super().write(group, sparse)
util.to_dataset(self.domain, group, 'domain')
util.to_dataset(self.refgeom, group, 'refgeom')
if hasattr(self, '_exact_solutions'):
util.to_dataset(self._exact_solutions, group, 'exact_solutions')
def write(self, group, name):
dataset = util.to_dataset(self.obj, group, name)
dataset.attrs['name'] = self.name
dataset.attrs['dofs'] = [self.start, self.end]
