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PyTrilinos
Development
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Public Member Functions | |
| def | __init__ |
| def | setParameters |
| def | getCosts |
| def | compute |
| def | alreadyComputed |
| def | numProperties |
| def | numLocalProperties |
| def | numElemsWithProperty |
| def | elemsWithProperty |
| def | extractPropertiesCopy |
| def | extractPropertiesView |
Proxy of C++ Isorropia::Epetra::Operator class
| def PyTrilinos.Isorropia.NestedEpetra.Operator.alreadyComputed | ( | self, | |
| args | |||
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alreadyComputed(Operator self) -> bool virtual bool Isorropia::Operator::alreadyComputed() const =0 Query whether the computation has already been called. True if the computation has already been done, False otherwise.
| def PyTrilinos.Isorropia.NestedEpetra.Operator.compute | ( | self, | |
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compute(Operator self, bool force_compute) virtual void Isorropia::Operator::compute(bool forceRecomputing=false)=0 Method which does the work of computing a new partitioning/coloring/ordering, depending on the child class used. Parameters: ----------- forceRecomputing: Optional argument defaults to false. Depending on the implementation, compute() should only perform a computation the first time it is called, and subsequent repeated calls are no-ops. If the user's intent is to re- compute the results (e.g., if parameters or other inputs have been changed), then setting this flag to true will force a new result to be computed.
Reimplemented in PyTrilinos.Isorropia.NestedEpetra.LevelScheduler, PyTrilinos.Isorropia.NestedEpetra.Orderer, PyTrilinos.Isorropia.NestedEpetra.Partitioner, and PyTrilinos.Isorropia.NestedEpetra.Colorer.
| def PyTrilinos.Isorropia.NestedEpetra.Operator.elemsWithProperty | ( | self, | |
| args | |||
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elemsWithProperty(Operator self, int property, int * elementList) virtual void Isorropia::Operator::elemsWithProperty(int property, int *elementList, int len) const =0 Fill user-allocated list (of length len) with the local element ids of the LOCAL elements with the given property. Parameters: ----------- property: Value of the property to consider. elementList: User allocated array (of size at least len) of local ID that have the asked property. len: Maximum lenght for the array. If len is greater than the result of numElemsWithProperty() for property, only the first and relevant elements are filled. Memory space which is not useful in the array is not initialized or used in this method.
| def PyTrilinos.Isorropia.NestedEpetra.Operator.extractPropertiesCopy | ( | self, | |
| args | |||
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extractPropertiesCopy(Operator self, int len, int & size, int * array) -> int virtual int Isorropia::Operator::extractPropertiesCopy(int len, int &size, int *array) const =0 Copy a part of the property array. Parameters: ----------- len: of the array given by the user. size: Number of elements in the array. array: Array of properties. Allocated by the user with a size of at least len elements. Memory space which is not useful in the array is not initialized or used in this method. See: Isorropia::Operator::extractPropertiesView()
| def PyTrilinos.Isorropia.NestedEpetra.Operator.extractPropertiesView | ( | self, | |
| args | |||
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extractPropertiesView(Operator self, int & size, int const *& array) -> int virtual int Isorropia::Operator::extractPropertiesView(int &size, const int *&array) const =0 Give access of the property array that is owned by the current processor. Parameters: ----------- size: Number of elements in the array. array: Pointer to the the properties array inside the object. This pointer is only significant if the object still exists. Otherwise, you must use See: Isorropia::Operator::extractPropertiesCopy(). Isorropia::Operator::extractPropertiesCopy()
| def PyTrilinos.Isorropia.NestedEpetra.Operator.getCosts | ( | self, | |
| args | |||
| ) |
getCosts(Operator self) -> Teuchos::RCP< Isorropia::Epetra::CostDescriber > &
| def PyTrilinos.Isorropia.NestedEpetra.Operator.numElemsWithProperty | ( | self, | |
| args | |||
| ) |
numElemsWithProperty(Operator self, int property) -> int virtual int Isorropia::Operator::numElemsWithProperty(int property) const =0 Return the number of LOCAL elements with the given property. Parameters: ----------- property: Value of the property to consider. Number of local elems which have this property.
| def PyTrilinos.Isorropia.NestedEpetra.Operator.numLocalProperties | ( | self, | |
| args | |||
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numLocalProperties(Operator self) -> int virtual int Isorropia::Operator::numLocalProperties() const =0 Return the number of different values used for "properties" for this process only. Local number of values for properties
| def PyTrilinos.Isorropia.NestedEpetra.Operator.numProperties | ( | self, | |
| args | |||
| ) |
numProperties(Operator self) -> int virtual int Isorropia::Operator::numProperties() const =0 Return the number of different values used for "properties". For example, the number of colors or the number of parts used for the overall graph/matrix. Global number of values for properties Infact, it returns the upper bound of the interval of taken values. For example, for the colors "1,2,4" , it will return "4"
| def PyTrilinos.Isorropia.NestedEpetra.Operator.setParameters | ( | self, | |
| args | |||
| ) |
setParameters(Operator self, ParameterList paramlist) virtual void Isorropia::Operator::setParameters(const Teuchos::ParameterList ¶mlist)=0 Set parameters for the Operator instance. The contents of the input paramlist object are copied into an internal ParameterList attribute. Instances of this interface should not retain a reference to the input ParameterList after this method returns. Parameters: ----------- paramlist: List of parameters that the user wants to use.
1.7.6.1
