mirror of
https://github.com/cosmo-sims/monofonIC.git
synced 2024-09-19 17:03:45 +02:00
99 lines
3.1 KiB
C++
99 lines
3.1 KiB
C++
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/////////////////////////////////////////////////
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// By default Panphasia is computed at single
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// precision. To override this define PAN_DOUBLE
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#pragma once
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#ifndef USE_PRECISION_FLOAT
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#define PAN_DOUBLE_PRECISION 8
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#endif
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#ifndef PAN_DOUBLE_PRECISION
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#define PAN_REAL float
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#define PAN_COMPLEX float complex
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#else
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#define PAN_REAL double
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#define PAN_COMPLEX double complex
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#endif
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#include "PAN_FFTW3.h"
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/////////////////////////////////////////////////////////////////////
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void return_uniform_pseudo_rands_threefry4x64_(size_t l,size_t j1,size_t j2,size_t j3,
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PAN_REAL *panphasia_randoms, size_t seed_value,
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size_t allow_non_zero_seed_safety_catch);
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void box_muller_(PAN_REAL *unif_real,PAN_REAL *gvar);
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void solve_panphasia_cell_(PAN_REAL *input_vec_parent, PAN_REAL *input_vec_children, PAN_REAL *output_cell_vec, int control_flag);
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void threefry4x64_test_(int verbose);
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void inverse_threefry4x64_test_(int verbose);
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void set_panphasia_key_(int verbose);
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void check_panphasia_key_(int verbose);
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void PANPHASIA_init_descriptor_checks();
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void speed_test_();
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void speed_test2_();
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void check_randoms_();
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void test_random_dist_(size_t shift);
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void compute_all_properties_of_a_panphasia_cell_(size_t *level, size_t *j1, size_t *j2, size_t *j3,
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PAN_REAL *gauss_rand_parent, PAN_REAL *legendre_rand);
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void return_root_legendre_coefficients_(PAN_REAL *root);
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int parse_and_validate_descriptor_(const char *, int *);
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int demo_descriptor_();
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long long int compute_check_digit_();
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int PANPHASIA_init_descriptor_(const char *descriptor, int *verbose);
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int PANPHASIA_init_level_(size_t *oct_level, size_t *rel_orig_x, size_t *rel_orig_y,size_t *rel_orig_z,int *verbose);
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int PANPHASIA_compute_coefficients_(size_t *xstart, size_t *ystart, size_t*zstart,
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size_t *xextent, size_t *yextent, size_t *zextend,
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size_t *copy_list,
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size_t *ncopy, void *output_values, int *flag_output_mode, int *verbose);
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void test_moments_();
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void test_propogation_of_moments_(int iterations);
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void test_cell_moments(const char*,size_t, size_t, size_t, size_t, size_t, double *);
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void spherical_bessel_(int *, double *, double *);
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void calc_absolute_coordinates(size_t xrel, size_t yrel, size_t zrel,size_t *xabs, size_t *yabs,size_t *zabs);
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int cell_information(size_t cell_id, size_t *cumulative_cell_index, size_t *cuboid_x_dimen,
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size_t *cuboid_y_dimen,size_t *cuboid_z_dimen, size_t *cell_lev,
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size_t *cell_x, size_t *cell_y, size_t *cell_z, size_t number_children,
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size_t *child_cell_indices);
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int return_binary_tree_cell_lists(size_t level_max, size_t *list_cell_coordinates,
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size_t extent, size_t *return_tree_list_coordinates,
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size_t nreturn,
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long long int *child_pointer, size_t *level_count, size_t *level_begin, size_t *index_perm);
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#ifdef __cplusplus
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void compute_sph_bessel_coeffs(int, int, int, int, std::complex<double>* *);
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#else
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void compute_sph_bessel_coeffs(int, int, int, int, double complex *);
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#endif
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int PANPHASIA_compute_kspace_field_(size_t, ptrdiff_t, ptrdiff_t, ptrdiff_t, FFTW_COMPLEX *);
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