This is a class that defines an abstract function of one variable, whose specific implementation is deferred. The purpose is to use this abstract function in some bspline-related routines which require a user-defined function as a parameters.
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| generic, public | eval wp_eval |
| | This must be used in all routines using this object to evaluate the function. This symbol is resolved into one of wp_eval, ep_eval depending on the floating point type of X on input.
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| generic, public | eval ep_eval |
| | This must be used in all routines using this object to evaluate the function. This symbol is resolved into one of wp_eval, ep_eval depending on the floating point type of X on input.
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| procedure(wp_user_function_interface), deferred | wp_eval (data, x) |
| procedure(ep_user_function_interface), deferred | ep_eval (data, x) |
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| integer | neval = 0 |
| | Number of function evaulation, number of subdivisions (applicable for adaptive quadratures).
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| integer | ndiv = 0 |
| integer | max_div = 2*limit |
| | Maximum number of sub-divisions of the area to integrate over.
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This is a class that defines an abstract function of one variable, whose specific implementation is deferred. The purpose is to use this abstract function in some bspline-related routines which require a user-defined function as a parameters.
◆ ep_eval()
| procedure(ep_user_function_interface), deferred ep_eval |
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class(function_1d) | data, |
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real(kind=ep1), intent(in) | x ) |
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pure virtual |
◆ eval() [1/2]
| generic, public general_quadrature_gbl::function_1d::eval |
This must be used in all routines using this object to evaluate the function. This symbol is resolved into one of wp_eval, ep_eval depending on the floating point type of X on input.
◆ eval() [2/2]
| generic, public general_quadrature_gbl::function_1d::eval |
This must be used in all routines using this object to evaluate the function. This symbol is resolved into one of wp_eval, ep_eval depending on the floating point type of X on input.
◆ wp_eval()
◆ max_div
| integer general_quadrature_gbl::function_1d::max_div = 2*limit |
Maximum number of sub-divisions of the area to integrate over.
◆ ndiv
| integer general_quadrature_gbl::function_1d::ndiv = 0 |
◆ neval
| integer general_quadrature_gbl::function_1d::neval = 0 |
Number of function evaulation, number of subdivisions (applicable for adaptive quadratures).
The documentation for this module was generated from the following file:
1.14.0