source: sans/XOP_Dev/MonteCarlo/DebyeSpheres.h @ 996

/*
 *
 *  Created by Steve Kline on Tue Dec 15 2009.
 *  Copyright (c) 2009 NCNR. All rights reserved.
 *
 */

//#include <Carbon/Carbon.h>
#include <stdio.h>

// All structures passed to Igor are two-byte aligned.
#pragma pack(2)

// Parameters passed from Igor to the function, in reverse order of the parameter list
// result is the last parameter, always.
typedef struct AltiParams {
    double       grid;          // effective c-to-c distance between spheres = 0.62*Rprimary
    double   Rprimary;  //primary sphere radius
        waveHndl rhowavH;       // rho at xyz!!!
        waveHndl zwavH; // z coordinate. ALL are expected to be DP waves
        waveHndl ywavH; // y coordinate.
        waveHndl xwavH; // x coordinate.
    double qval;        // q-value.
        void* tp;                       //unused void for threadsafe functions
        double result;
}AltiParams, *AltiParamsPtr;   


// Parameters passed from Igor to the function, in reverse order of the parameter list
// result is the last parameter, always.
typedef struct DistParam {
        double p2;
        double p1;              // start and stop of the outer index
        waveHndl zwavH; // z coordinate. ALL are expected to be DP waves
        waveHndl ywavH; // y coordinate.
        waveHndl xwavH; // x coordinate.
        void* tp;                       //unused void for threadsafe functions
        double result;
}DistParam, *DistParamPtr;   

// Parameters passed from Igor to the function, in reverse order of the parameter list
// result is the last parameter, always.
typedef struct BinParam {
        double p2;
        double p1;              // start and stop of the outer index
        double binWidth;
        double grid;
        waveHndl bwavH; // bin wave
        waveHndl zwavH; // z coordinate. ALL are expected to be DP waves
        waveHndl ywavH; // y coordinate.
        waveHndl xwavH; // x coordinate.
        void* tp;                       //unused void for threadsafe functions
        double result;
}BinParam, *BinParamPtr;   

// Parameters passed from Igor to the function, in reverse order of the parameter list
// result is the last parameter, always.
typedef struct BinSLDParam {
        double p2;
        double p1;              // start and stop of the outer index
        double binWidth;
        double grid;
        double minSLD;
        waveHndl PSFidH;        // psf id matrix, this is 2D
        waveHndl SLDLookH;      // SLD lookup wave, this is 1D
        waveHndl bwavH; // bin wave, this is 2D
        waveHndl rhowavH;               //rho @ XYZ
        waveHndl zwavH; // z coordinate. ALL are expected to be DP waves
        waveHndl ywavH; // y coordinate.
        waveHndl xwavH; // x coordinate.
        void* tp;                       //unused void for threadsafe functions
        double result;
}BinSLDParam, *BinSLDParamPtr;   


// Parameters passed from Igor to the function, in reverse order of the parameter list
// result is the last parameter, always.
typedef struct SobolParam {
        waveHndl bwavH; // result wave
        double nIn;             // initialization, or dimension - this is really an int
        //      void* tp;                       //unused void for threadsafe functions
        double result;
}SobolParam, *SobolParamPtr;   



#pragma pack()          // return to default structure packing


double PhiQR(double qval, double rval);
double XYZDistance(double x1, double x2,double y1, double y2,double z1, double z2);
int DebyeSpheresX(AltiParamsPtr p);
int maxDistanceX(DistParamPtr p);
int binDistanceX(BinParamPtr p);
int binSLDDistanceX(BinSLDParamPtr p);
int SobolX(SobolParamPtr p);