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copy-ocsTools.hh File Reference

#include <unistd.h>
#include "cfftw.hh"
#include <iostream.h>
#include <string.h>
#include <math.h>
#include <fstream.h>
#include <complex.h>
#include <stdlib.h>
#include <stdio.h>
#include <strstream>
#include <string>
#include "ocsConst.hh"

Go to the source code of this file.

Defines
#define	NEAR_ZERO   2.2e-13
Functions
template<classT> T	sq (T)
template<classT> T	cube (T)
int	sgn (double x)
double	min (double a, double b)
void	CrossProduct (double Left[4], double Right[4], int FirstCoord)
double	lin_map (double x, double a1, double diff_a, double b1, double diff_b)
int	lin_map (double x, double a1, double diff_a, int b1, int num_b)
double	lin_map (int x, int a1, int num_a, double b1, double diff_b)
double	lin_map (int x, int a1, int num_a, int b1, int num_b)
double	lin_interpolate (double x, double a1, double diff_a, int b1, int num_b, double *data)
cplx	lin_interpolate (double x, double a1, double diff_a, int b1, int num_b, cplx *data)
double	dB_to_factor (double G_dB)
double	factor_to_dB (double factor)
double	gaussian (double t, double t0, double FWHM_norm)
double	soliton (double t, double t0, double eta)
void	my_error (char *spruch)
void	fftshift (cplx *v, int datlen_l)
void	ifftshift (cplx *v, int datlen_l)

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Define Documentation

#define NEAR_ZERO   2.2e-13

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Function Documentation

void CrossProduct ( double Left[4], double Right[4], int FirstCoord )

template<classT> T cube ( T in ) [inline]

double dB_to_factor ( double G_dB ) [inline]

double factor_to_dB ( double factor ) [inline]

void fftshift ( cplx * v, int datlen_l )

double gaussian ( double t, double t0, double FWHM_norm )

void ifftshift ( cplx * v, int datlen_l )

cplx lin_interpolate ( double x, double a1, double diff_a, int b1, int num_b, cplx * data ) [inline]

double lin_interpolate ( double x, double a1, double diff_a, int b1, int num_b, double * data ) [inline]

double lin_map ( int x, int a1, int num_a, int b1, int num_b ) [inline]

double lin_map ( int x, int a1, int num_a, double b1, double diff_b ) [inline]

int lin_map ( double x, double a1, double diff_a, int b1, int num_b ) [inline]

double lin_map ( double x, double a1, double diff_a, double b1, double diff_b ) [inline]

double min ( double a, double b ) [inline]

void my_error ( char * spruch )

int sgn ( double x ) [inline]

double soliton ( double t, double t0, double eta ) [inline]

template<classT> T sq ( T in ) [inline]

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