UFL value: Create a trial function argument to a form. Tuple with the function components corresponding to the subelements. UFL value: Create a TestFunction in a mixed space, and return a UFL value: Create a test function argument to a form. UFL value: Create an Argument in a mixed space, and return a Signature data for form arguments depend on the global numbering of the form arguments and domains. number ( ) ¶ part ( ) ¶ reconstruct ( element=None, number=None, part=None ) ¶ shape ( ) ¶ signature_data ( domain_numbering ) ¶ Return whether this expression is spatially constant over each cell. Return tuple of domains related to this terminal object. UFL value: Representation of an argument to a form.
Argument ( element, number, part=None ) ¶ This module defines the class Argument and a number of relatedĬlasses (functions), including TestFunction and TrialFunction. Sum ( a, b ) ¶īases: evaluate ( x, mapping, component, index_values ) ¶ free_indices ( ) ¶ index_dimensions ( ) ¶ operands ( ) ¶ shape ( ) ¶ evaluate ( x, mapping, component, index_values ) ¶ free_indices ( ) ¶ index_dimensions ( ) ¶ operands ( ) ¶ shape ( ) ¶ class ufl.algebra. Power ( a, b ) ¶īases: evaluate ( x, mapping, component, index_values ) ¶ free_indices ( ) ¶ index_dimensions ( ) ¶ operands ( ) ¶ shape ( ) ¶ class ufl.algebra. Division ( a, b ) ¶īases: evaluate ( x, mapping, component, index_values ) ¶ free_indices ( ) ¶ index_dimensions ( ) ¶ operands ( ) ¶ shape ( ) ¶ class ufl.algebra. Abs ( a ) ¶īases: evaluate ( x, mapping, component, index_values ) ¶ free_indices ( ) ¶ index_dimensions ( ) ¶ operands ( ) ¶ shape ( ) ¶ class ufl.algebra.
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