#include <stdio.h>
#include <vector>
#include <limits>
#include "mm_limit_table.h"
#include "matrix_norm.h"
#include "template_blas_basicmath.h"

Classes
struct	interaction_matrix_limit_struct

struct	interaction_matrix_limit_range_struct

class	MMLimitTable

Functions
void	mm_limits_init (ergo_real maxDistance)

ergo_real	mm_limits_get_max_abs_mm_contrib (int degree1, const ergo_real maxMomentVectorNormList1, int degree2, const ergo_real maxMomentVectorNormList2, ergo_real distance)

int	mm_limits_get_minimum_multipole_degree_needed (ergo_real distance, const multipole_struct_large boxMultipole, int maxDegreeForDistrs, const ergo_real maxMomentVectorNormForDistrsList, ergo_real threshold)

Variables
const ergo_real	HUGE_REAL_NUMBER = template_blas_sqrt(std::numeric_limits<ergo_real>::max()) / 100

const int	NO_OF_STEPS_PER_RANGE = 5

const ergo_real	INITIAL_STEP = 0.5

const ergo_real	RANGE_STEP_DIFF_FACTOR = 0.15

const int	NO_OF_RANGES = 40

static MMLimitTable	global_mmLimitTable

Function Documentation

ergo_real mm_limits_get_max_abs_mm_contrib	(	int	degree1,
		const ergo_real *	maxMomentVectorNormList1,
		int	degree2,
		const ergo_real *	maxMomentVectorNormList2,
		ergo_real	distance
	)

References MMLimitTable::get_max_abs_mm_contrib().

Referenced by create_joblist_exchange_for_two_boxes_recursive(), and get_K_contribs_from_2_interacting_boxes().

int mm_limits_get_minimum_multipole_degree_needed	(	ergo_real	distance,
		const multipole_struct_large *	boxMultipole,
		int	maxDegreeForDistrs,
		const ergo_real *	maxMomentVectorNormForDistrsList,
		ergo_real	threshold
	)