def __init__(self, *args, **KWs):
localKWs = self.extractLocalKWs(['staticNoise'], KWs)
VectorElement.__init__(self, *args, **KWs)
self.static = localKWs['staticNoise']
args = []
if not self.static:
args.append(('real', '_step'))
else:
self.isComputed = True
evaluateFunctionName = ''.join(['_', self.id, '_evaluate'])
evaluateFunction = Function(
name = evaluateFunctionName,
args = args,
implementation = self.evaluateFunctionContents
)
self.functions['evaluate'] = evaluateFunction
if not self.static:
splitFunctionName = ''.join(['_', self.id, '_split'])
splitFunction = Function(
name = splitFunctionName,
args = [('real', '_new_step'), ('real', '_old_step'), (self.type + '*', '_old_array')],
implementation = self.splitFunctionContents
)
self.functions['split'] = splitFunction
self.basesNeeded.add(self.initialBasis)
self.needsInitialisation = False
def __init__(self, *args, **KWs):
VectorElement.__init__(self, *args, **KWs)
# Set default variables
# Computed vectors don't need explicit initialisation. If we're integrating over components, VectorElement will automatically set the vector to zero.
self._integratingComponents = False
self.initialiser = None
evaluateFunctionName = "".join(["_", self.id, "_evaluate"])
evaluateFunction = Function(name=evaluateFunctionName, args=[], implementation=self.evaluateFunctionContents)
self.functions["evaluate"] = evaluateFunction