version 0.6.0
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mod_finite_differences_weno_scheme_first_o2z Module Reference

Finite Difference Weno Scheme for first derivative at order 2Z.

Functions/Subroutines

subroutine t_fd_weno_scheme_first_o2z_centered_init (self)
 Init the corresponding scheme.
 
double precision function t_fd_weno_scheme_first_o2z_centered_apply (self, step, steps, values)
 Fill the corresponding scheme.
 

Variables

type(t_fd_weno_scheme_first_o2z_centered), target fd_weno_scheme_first_o2z_centered
 

Function/Subroutine Documentation

◆ t_fd_weno_scheme_first_o2z_centered_apply()

double precision function mod_finite_differences_weno_scheme_first_o2z::t_fd_weno_scheme_first_o2z_centered_apply ( class(t_fd_weno_scheme_first_o2z_centered), intent(inout) self,
double precision, intent(in) step,
double precision, dimension(:), intent(in) steps,
double precision, dimension(:), intent(in) values )
Parameters
[in,out]selfThe scheme to apply to
[in]stepthe step where to evaluate the scheme (starting from the reference node)
[in]stepsThe spatial disc. steps between x(i-2) and x(i+2)
[in]valuesThe values of the function at the disc. points
Precondition
The scheme has already been initialized

◆ t_fd_weno_scheme_first_o2z_centered_init()

subroutine mod_finite_differences_weno_scheme_first_o2z::t_fd_weno_scheme_first_o2z_centered_init ( class(t_fd_weno_scheme_first_o2z_centered), intent(inout) self)
Parameters
[in,out]selfThe element