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// grid.cc -- classes for a 2D uniform tensor-product grid
// $Id$
//
// grid_arrays::grid_arrays
//
// grid::grid
// grid::print_gridfn
//
#include <stdio.h>
#include <assert.h>
#include <math.h>
#include "jt/stdc.h"
#include "jt/util.hh" // jtutil::how_many_in_range(),
// round<fp>::, fuzzy<fp>::
#include "jt/array.hh"
#include "jt/linear_map.hh"
#include "fp.hh"
#include "coords.hh"
#include "grid.hh"
//*****************************************************************************
//*****************************************************************************
//*****************************************************************************
//
// This function constructs a grid_arrays object.
//
grid_arrays::grid_arrays(const grid_array_pars& grid_array_pars_in,
int N_gridfns_in)
: gridfn_data_(0, N_gridfns_in-1,
grid_array_pars_in.min_irho
- grid_array_pars_in.min_rho_N_ghost_zones,
grid_array_pars_in.max_irho
+ grid_array_pars_in.max_rho_N_ghost_zones,
grid_array_pars_in.min_isigma
- grid_array_pars_in.min_sigma_N_ghost_zones,
grid_array_pars_in.max_isigma
+ grid_array_pars_in.max_sigma_N_ghost_zones),
N_gridfns_(N_gridfns_in),
min_irho_(grid_array_pars_in.min_irho),
max_irho_(grid_array_pars_in.max_irho),
min_isigma_(grid_array_pars_in.min_isigma),
max_isigma_(grid_array_pars_in.max_isigma),
full_grid__min_irho_(grid_array_pars_in.min_irho
- grid_array_pars_in.min_rho_N_ghost_zones),
full_grid__max_irho_(grid_array_pars_in.max_irho
+ grid_array_pars_in.max_rho_N_ghost_zones),
full_grid__min_isigma_(grid_array_pars_in.min_isigma
- grid_array_pars_in.min_sigma_N_ghost_zones),
full_grid__max_isigma_(grid_array_pars_in.max_isigma
+ grid_array_pars_in.max_sigma_N_ghost_zones)
// no comma
{ }
//*****************************************************************************
//*****************************************************************************
//*****************************************************************************
//
// This function constructs a grid object.
//
grid::grid(const grid_array_pars& grid_array_pars_in,
const grid_pars& grid_pars_in,
int N_gridfns_in)
: grid_arrays(grid_array_pars_in,
N_gridfns_in),
rho_map_(grid_array_pars_in.min_irho
- grid_array_pars_in.min_rho_N_ghost_zones,
grid_array_pars_in.max_irho
+ grid_array_pars_in.max_rho_N_ghost_zones,
jtutil::radians_of_degrees(
grid_pars_in.min_drho
- grid_array_pars_in.min_rho_N_ghost_zones
* grid_pars_in.delta_drho
),
jtutil::radians_of_degrees(grid_pars_in.delta_drho),
jtutil::radians_of_degrees(
grid_pars_in.max_drho
+ grid_array_pars_in.max_rho_N_ghost_zones
* grid_pars_in.delta_drho
)),
sigma_map_(grid_array_pars_in.min_isigma
- grid_array_pars_in.min_sigma_N_ghost_zones,
grid_array_pars_in.max_isigma
+ grid_array_pars_in.max_sigma_N_ghost_zones,
jtutil::radians_of_degrees(
grid_pars_in.min_dsigma
- grid_array_pars_in.min_sigma_N_ghost_zones
* grid_pars_in.delta_dsigma
),
jtutil::radians_of_degrees(grid_pars_in.delta_dsigma),
jtutil::radians_of_degrees(
grid_pars_in.max_dsigma
+ grid_array_pars_in.max_sigma_N_ghost_zones
* grid_pars_in.delta_dsigma
)),
min_rho_(jtutil::radians_of_degrees(grid_pars_in.min_drho)),
max_rho_(jtutil::radians_of_degrees(grid_pars_in.max_drho)),
min_sigma_(jtutil::radians_of_degrees(grid_pars_in.min_dsigma)),
max_sigma_(jtutil::radians_of_degrees(grid_pars_in.max_dsigma))
// no comma
{ }
//******************************************************************************
//
// This function prints a gridfn in ASCII format to an already-open
// stdio stream. The output format is suitable for a gnuplot 'splot'
// command.
//
void grid::print_gridfn(int gfn, FILE *output_fp = stdout)
{
fprintf(output_fp, "# gfn=%d\n", gfn);
fprintf(output_fp, "# drho\t\tdsigma\t\tgridfn\n");
for (int irho = min_irho() ; irho <= max_irho() ; ++irho)
{
const fp drho = drho_of_irho(irho);
for (int isigma = min_isigma() ;
isigma <= max_isigma() ;
++isigma)
{
const fp dsigma = dsigma_of_isigma(isigma);
fprintf(output_fp,
"%g\t%g\t%.15g\n",
drho, dsigma, gridfn(gfn, irho,isigma));
}
printf("\n");
}
}
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