#include "algorithm"
#include "cmath"
#include "cpu_slope_limiters.hpp"

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Functions
void	compute_h6_face_values (Real values, uint n_cblocks, Real fv_l, Real *fv_r)
void	filter_extrema (Real values, uint n_cblocks, Real fv_l, Real *fv_r)
void	filter_boundedness (Real values, uint n_cblocks, Real fv_l, Real *fv_r)
void	compute_plm_coeff_explicit_column (Real *values, uint n_cblocks, Real a[][RECONSTRUCTION_ORDER+1])
void	compute_ppm_coeff_explicit_column (Real *values, uint n_cblocks, Real a[][RECONSTRUCTION_ORDER+1])

Function Documentation

◆ compute_h6_face_values()

void compute_h6_face_values	(	Real *	values,
		uint	n_cblocks,
		Real *	fv_l,
		Real *	fv_r )

inline

Definition at line 20 of file cpu_1d_column_interpolations.hpp.

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◆ compute_plm_coeff_explicit_column()

void compute_plm_coeff_explicit_column	(	Real *	values,
		uint	n_cblocks,
		Real	a[][RECONSTRUCTION_ORDER+1] )

inline

Compute PLM coefficients f(v) = a[0] + a[1]/2.0*t t=(v-v_{i-0.5})/dv where v_{i-0.5} is the left face of a cell The factor 2.0 is in the polynom to ease integration, then integral is a[0]*t + a[1]*t**2

Definition at line 72 of file cpu_1d_column_interpolations.hpp.

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