diff --git a/mcstas-comps/contrib/Fermi_chop2a.comp b/mcstas-comps/contrib/Fermi_chop2a.comp index 1657bd472..f585ec6d4 100644 --- a/mcstas-comps/contrib/Fermi_chop2a.comp +++ b/mcstas-comps/contrib/Fermi_chop2a.comp @@ -51,7 +51,7 @@ SHARE /*routine to calculate x and y positions of a neutron in a fermi chopper */ #pragma acc routine - void neutxypos(double *x, double *y, double phi, double inrad,double c[]) + void neutxypos(double *x, double *y, double phi, double inrad, double* c) { *x=c[0]+inrad*cos(phi); *y=c[1]+inrad*sin(phi); @@ -59,7 +59,7 @@ SHARE /* routine to calculate the origin of a circle that describes the neutron path through the chopper */ #pragma acc routine - void calccenter(double c[],double zr[], double xr[]){ + void calccenter(double* c, double* zr, double* xr){ double denom, A,B,C,D,a,b; denom=2*(-zr[0]*xr[2] +zr[0]*xr[1]+ zr[1]*xr[2]+xr[0]*zr[2]-xr[0]*zr[1] - xr[1]*zr[2]); A=xr[1]-xr[2];B=xr[0]-xr[1];C=zr[2]-zr[1];D=zr[1]-zr[0]; @@ -85,7 +85,7 @@ SHARE * return 0 if neutron does not transmit return 1 with channel number if neutron will pass*/ #pragma acc routine int checkabsorb(double phi,int *chan_num, double inrad,double inw, double insw, - double inbw, double blader, double off, double c[]){ + double inbw, double blader, double off, double* c){ double xtmp,neuzr,neuxr; neutxypos(&neuzr,&neuxr,phi,inrad,c); // printf("xr:%g zr:%g phi: %g r: %g c[0]: %g c[1]: %g\n",neuxr,neuzr,phi,inrad,c[0],c[1]); diff --git a/mcstas-comps/contrib/FlatEllipse_finite_mirror.comp b/mcstas-comps/contrib/FlatEllipse_finite_mirror.comp index 0e2e3d7d3..affb19909 100644 --- a/mcstas-comps/contrib/FlatEllipse_finite_mirror.comp +++ b/mcstas-comps/contrib/FlatEllipse_finite_mirror.comp @@ -126,7 +126,6 @@ DECLARE //point structure Point p1; //Function to handle Conic-Neutron collisions with reflectivity from McStas Tables - void traceNeutronConicWithTables(_class_particle* p, ConicSurf c); double *rfront_inner;//all r-distances at lStart for all mirror surfaces int silicon; // +1: neutron in silicon, -1: neutron in air, 0: mirrorwidth is 0; neutron cannot be in silicon and also does not track mirror transitions t_Table rsTable; diff --git a/mcstas-comps/contrib/GISANS_sample.comp b/mcstas-comps/contrib/GISANS_sample.comp index 88657f96b..793602898 100644 --- a/mcstas-comps/contrib/GISANS_sample.comp +++ b/mcstas-comps/contrib/GISANS_sample.comp @@ -113,11 +113,11 @@ double complsqrt(double re, double im, double *imsqrt) { }; double calclayers(double xiref, double bref, double vz, double vzi, double v, - double zt[8], - double xi[8], double beta[8], - double v2re[8], double v2im[8], - double Ot1[8], double Ot2[8], - double In1[8], double In2[8] + double* zt, + double* xi, double* beta, + double* v2re, double* v2im, + double* Ot1, double* Ot2, + double* In1, double* In2 ) { /* vz und vzi haben beide das Vorzeichen der Richtung */ int i; @@ -540,8 +540,8 @@ return 0; DECLARE %{ -double phase[10][10]; /* Table of different orientations in bulk phase */ -double SigB[21][182]; /* Table of total cross sections from integral */ +DArray2d phase; /* Table of different orientations in bulk phase */ +DArray2d SigB; /* Table of total cross sections from integral */ double z1[8]; double z2[8]; double zt[8]; @@ -585,6 +585,9 @@ double phirrr; double dvx,dvy,dvz,dvzi; double Qx,Qy,Qz; +phase = create_darr2d(10,10); +SigB = create_darr2d(21,182); + Qmin = 1e-5; /* reasonable smallest SANS Q, should be close to zero, but finite */ Qminl= log10(1e-5); /* logarithm of Qmin */ l10 = log(10.0); /* constant ln(10) */ @@ -1716,6 +1719,11 @@ outsample: %} +FINALLY %{ + destroy_darr2d(phase); + destroy_darr2d(SigB); +%} + MCDISPLAY %{ double radius = 0; diff --git a/mcstas-comps/contrib/SANS_benchmark2.comp b/mcstas-comps/contrib/SANS_benchmark2.comp index fad692db4..d661e3f99 100644 --- a/mcstas-comps/contrib/SANS_benchmark2.comp +++ b/mcstas-comps/contrib/SANS_benchmark2.comp @@ -200,7 +200,7 @@ return J1o; }; -double dSigdW(int sw, double Q, double Qtab[], double Itab[]) { +double dSigdW(int sw, double Q, double* Qtab, double* Itab) { int i; @@ -514,7 +514,7 @@ return out; DECLARE %{ - double Idsdw[31][19]; + DArray2d Idsdw; double Qmind; /* AA-1 somehow SANS limit -- the total range should be reasonably large, so Qmind close enough to ZERO */ double Qmaxd; /* AA-1 approx. model Q-limit, where coh. scatt. becomes zero -- practical limit -- 1.0 for most SANS problems */ @@ -528,6 +528,7 @@ DECLARE INITIALIZE %{ + Idsdw=create_darr2d(31,19); Qmind = 0.0001; Qmaxd = 2.1544346900319; @@ -826,6 +827,10 @@ TRACE %} +FINALLY %{ + destroy_darr2d(Idsdw); +%} + MCDISPLAY %{ double radius = 0; diff --git a/mcstas-comps/contrib/SNS_source.comp b/mcstas-comps/contrib/SNS_source.comp index d2c3d6bf1..474635960 100644 --- a/mcstas-comps/contrib/SNS_source.comp +++ b/mcstas-comps/contrib/SNS_source.comp @@ -58,7 +58,7 @@ SHARE %{ /* ---------------------------------------------------------------- routine to load E, I and t I data from SNS source files -----------------------------------------------------------------*/ - void sns_source_load(char fname[], double *xvec, double *yvec, int xcol, int ycol, + void sns_source_load(char* fname, double *xvec, double *yvec, int xcol, int ycol, int *veclenptr, double *tcol, double *Ecol, double **Imat,int *ntvals, int *nEvals) { FILE *fp; diff --git a/mcstas-comps/contrib/Vertical_T0a.comp b/mcstas-comps/contrib/Vertical_T0a.comp index b582c5c13..ada2396ae 100644 --- a/mcstas-comps/contrib/Vertical_T0a.comp +++ b/mcstas-comps/contrib/Vertical_T0a.comp @@ -44,7 +44,7 @@ SHARE /*routine to calculate x and y positions of a neutron in a fermi chopper */ #pragma acc routine - void neutxypos(double *x, double *y, double phi, double inrad,double c[]) + void neutxypos(double *x, double *y, double phi, double inrad, double* c) { *x=c[0]+inrad*cos(phi); *y=c[1]+inrad*sin(phi); @@ -52,7 +52,7 @@ SHARE /* routine to calculate the origin of a circle that describes the neutron path through the chopper */ #pragma acc routine - void calccenter(double c[],double zr[], double xr[]){ + void calccenter(double* c, double* zr, double* xr){ double denom, A,B,C,D,a,b; denom=2*(-zr[0]*xr[2] +zr[0]*xr[1]+ zr[1]*xr[2]+xr[0]*zr[2]-xr[0]*zr[1] - xr[1]*zr[2]); A=xr[1]-xr[2];B=xr[0]-xr[1];C=zr[2]-zr[1];D=zr[1]-zr[0]; @@ -65,7 +65,7 @@ SHARE #endif /* function to calculate if the neutron is in the channel or not * return 0 if neutron does not transmit return 1 if neutron will pass*/ - int t0checkabsorb(double phi, double inrad,double inw1, double inw2, double c[]){ + int t0checkabsorb(double phi, double inrad,double inw1, double inw2, double* c){ double xtmp,neuzr,neuxr; neutxypos(&neuzr,&neuxr,phi,inrad,c); // printf("xr:%g zr:%g phi: %g r: %g c[0]: %g c[1]: %g\n",neuxr,neuzr,phi,inrad,c[0],c[1]); diff --git a/mcstas-comps/examples/SNS/SNS_ARCS/SNS_ARCS.instr b/mcstas-comps/examples/SNS/SNS_ARCS/SNS_ARCS.instr index 779e5fbe4..5757cde79 100644 --- a/mcstas-comps/examples/SNS/SNS_ARCS/SNS_ARCS.instr +++ b/mcstas-comps/examples/SNS/SNS_ARCS/SNS_ARCS.instr @@ -119,15 +119,7 @@ COMPONENT mod=SNS_source(filename=filename, Emin=Emin, Emax=Emax) AT(0,0,-13.61) ABSOLUTE -// COMPONENT mod=SNS_source(S_filename="source_sct521_bu_17_1.dat", -// width=0.1, -// height=0.12, -// dist=2.5, -// xw=0.1, -// yh=0.12, -// Emin=Emin, -// Emax=Emax) -// AT(0,0,0) ABSOLUTE + COMPONENT sourceMantid=Arm() AT(0,0,0) RELATIVE mod COMPONENT core_ves=Guide_channeled(w1=0.094285,h1=0.11323,w2=0.084684,h2=0.102362,l=1.2444, @@ -186,8 +178,6 @@ COMPONENT Guide_1_3_3=Guide_channeled(w1=0.06440,h1=0.07609,w2=0.06342,h2=0.0744 W=Gu_W,nslit=1,d=0.0,alphax=Gu_alpha,alphay=Gu_alpha) AT(0,0,8.04145) RELATIVE mod -/*COMPONENT T0_chopp=Arm()*/ - COMPONENT t0_chopp=Vertical_T0a(len=0.474,w1=0.08,w2=0.101,nu=T0_nu,delta=0.0,tc=phase_T0, ymin=-0.045,ymax=0.045) AT(0,0,LT0)RELATIVE mod @@ -219,10 +209,9 @@ COMPONENT Guide_2_1_5=Guide_channeled(w1=0.05745,h1=0.06417,w2=0.05637,h2=0.0622 W=Gu_W,nslit=1,d=0.0,alphax=Gu_alpha,alphay=Gu_alpha) AT(0,0,11.08340) RELATIVE mod -COMPONENT fermi_chopp=Fermi_chop2a(len=0.10,w=0.06,ymin=-.0325,ymax=.0325, + COMPONENT fermi_chopp=Fermi_chop2a(len=0.10,w=0.06,ymin=-.0325,ymax=.0325, nu=Fermi_nu,delta=0.0,tc=phasefc1 ,nchan=nchans,bw=0.0005,blader=nrad) -/*COMPONENT fermi_chopp=Arm()*/ AT (0,0,LF) RELATIVE mod /* COMPONENT Monitor1=TOF_monitor(xmin=-0.035,xmax=0.035,ymin=-0.035,ymax=0.035, */ /* tmin=tplotmin, */ diff --git a/mcstas-comps/optics/Elliptic_guide_gravity.comp b/mcstas-comps/optics/Elliptic_guide_gravity.comp index 235ea5a0e..4b4434cde 100644 --- a/mcstas-comps/optics/Elliptic_guide_gravity.comp +++ b/mcstas-comps/optics/Elliptic_guide_gravity.comp @@ -34,41 +34,41 @@ * Example 1, Elliptical definition using focal points: * * Elliptic_guide_gravity( -*     l=50, -*     linxw=5,linyh=5,loutxw=10,loutyh=10, -*     xwidth=0.05,yheight=0.05, -*     R0=0.99,Qc=0.0219,alpha=6.07,m=1.0,W=0.003 +* l=50, +* linxw=5,linyh=5,loutxw=10,loutyh=10, +* xwidth=0.05,yheight=0.05, +* R0=0.99,Qc=0.0219,alpha=6.07,m=1.0,W=0.003 * ) * * Example 2: Half elliptical definition: * * Elliptic_guide_gravity( -*     l=50, -*     linxw=5,linyh=5,loutxw=10,loutyh=10, -*     xwidth=0.1,yheight=0.1, -*     R0=0.99,Qc=0.0219,alpha=6.07,m=1.0,W=0.003, -*     option = "halfEllipse", -*     dimensionsAt = "entrance" +* l=50, +* linxw=5,linyh=5,loutxw=10,loutyh=10, +* xwidth=0.1,yheight=0.1, +* R0=0.99,Qc=0.0219,alpha=6.07,m=1.0,W=0.003, +* option = "halfEllipse", +* dimensionsAt = "entrance" * ) * * Example 3: Parabolic approximation: * * Elliptic_guide_gravity( -*     l=50, -*     linxw=5,linyh=5,loutxw=1e6,loutyh=1e6, // values larger than 1e8 may cause erroneous results -*     xwidth=0.1,yheight=0.1, -*     R0 = 0.99,Qc=0.0219,alpha=6.07,m=1.0,W=0.003, -*     dimensionsAt = "exit" +* l=50, +* linxw=5,linyh=5,loutxw=1e6,loutyh=1e6, // values larger than 1e8 may cause erroneous results +* xwidth=0.1,yheight=0.1, +* R0 = 0.99,Qc=0.0219,alpha=6.07,m=1.0,W=0.003, +* dimensionsAt = "exit" * ) * * Example 4: Elliptical definition with varying m-values: * * Elliptic_guide_gravity( -*     l=50, -*     linxw=5,linyh=5,loutxw=10,loutyh=10, -*     xwidth=0.1,yheight=0.1, -*     R0 = 0.99,Qc=0.0219,alpha=6.07,m=1.0,W=0.003, -*     mvaluesright=marray,mvaluesleft=marray,mvaluestop=marray,mvaluesbottom=marray +* l=50, +* linxw=5,linyh=5,loutxw=10,loutyh=10, +* xwidth=0.1,yheight=0.1, +* R0 = 0.99,Qc=0.0219,alpha=6.07,m=1.0,W=0.003, +* mvaluesright=marray,mvaluesleft=marray,mvaluestop=marray,mvaluesbottom=marray * ) * * where marray is initialized as @@ -244,7 +244,7 @@ struct SGI define geomtric of the guide or physical values for mirrors @param var is the input varible there the error occurred [text] */ -int guide_elliptical_illegalInputLessThanZero(char var[],int verbose){ +int guide_elliptical_illegalInputLessThanZero(char* var,int verbose){ if (verbose) printf("The user defined variable %s in %s has an illegal value" " less than zero\n",var,"Elliptic_guide_gravity"); @@ -258,7 +258,7 @@ int guide_elliptical_illegalInputLessThanZero(char var[],int verbose){ @param in,out is the input varible there the error occurred [text] */ int guide_elliptical_illegalInputFocalPointsHyperbola( - char in[],char out[], + char* in,char* out, double inValue,double outValue, int verbose){ if (verbose){ printf("The user defined length of the guide, length \ @@ -277,7 +277,7 @@ int guide_elliptical_illegalInputFocalPointsHyperbola( should not be accessible if the algoritmes are working correctly Most likely errors are floating points and ill-defined cases */ -void guide_elliptical_callCriticalWarning(char func[],int verbose){ +void guide_elliptical_callCriticalWarning(char* func,int verbose){ if (verbose) printf("A CRITICAL WARNING has been called inside %s by function %s." "This is most likely due to a programming error \ @@ -526,62 +526,6 @@ int guide_elliptical_handleGuideIntersection( return boolean; } -/** - Check if the neutron is within the guide using the sign - of the crossproduct between the two points, - on each of the enclosing box surface and neutrons position. - - @param x,y,z; position of the neutron. [m] - @param guideInfo; pointer to the guide infomation holding structure. - @return; return 1 if the neutron is inside the guide [boolean] -*/ - -/* -int guide_elliptical_InsideEnclosingBox(double x,double y,double z,struct SGI *guideInfo){ - int guide_elliptical_IsPointInVolume( - double *x,double *y,double *z, - double px,double py,double pz){ - int guide_elliptical_WhichSide( double p1x,double p1y,double p1z, - double p2x,double p2y,double p2z, - double p3x,double p3y,double p3z, - double px ,double py ,double pz ){ - - double v1x = p1x - p2x, v1y = p1y-p2y, v1z = p1z-p2z; - double v2x = p3x - p2x, v2y = p3y-p2y, v2z = p3z-p2z; - double v3x = v2y*v1z-v2z*v1y; - double v3y = v2z*v1x-v2x*v1z; - double v3z = v2x*v1y-v2y*v1x; - - return 0 >= v3x*(px-p1x)+v3y*(py-p1y)+v3z*(pz-p1z); - } - - if( //front - guide_elliptical_WhichSide(x[3],y[3],z[3],x[2],y[2],z[2],x[1],y[1],z[1],px,py,pz) && - guide_elliptical_WhichSide(x[1],y[1],z[1],x[0],y[0],z[0],x[3],y[3],z[3],px,py,pz) && - //back - guide_elliptical_WhichSide(x[5],y[5],z[5],x[6],y[6],z[6],x[7],y[7],z[7],px,py,pz) && - guide_elliptical_WhichSide(x[7],y[7],z[7],x[4],y[4],z[4],x[5],y[5],z[5],px,py,pz) && - //right - guide_elliptical_WhichSide(x[7],y[7],z[7],x[3],y[3],z[3],x[0],y[0],z[0],px,py,pz) && - guide_elliptical_WhichSide(x[0],y[0],z[0],x[4],y[4],z[4],x[7],y[7],z[7],px,py,pz) && - //left - guide_elliptical_WhichSide(x[1],y[1],z[1],x[2],y[2],z[2],x[6],y[6],z[6],px,py,pz) && - guide_elliptical_WhichSide(x[6],y[6],z[6],x[5],y[5],z[5],x[1],y[1],z[1],px,py,pz) && - //top - guide_elliptical_WhichSide(x[0],y[0],z[0],x[1],y[1],z[1],x[5],y[5],z[5],px,py,pz) && - guide_elliptical_WhichSide(x[5],y[5],z[5],x[4],y[4],z[4],x[0],y[0],z[0],px,py,pz) && - //bottom - guide_elliptical_WhichSide(x[6],y[6],z[6],x[2],y[2],z[2],x[3],y[3],z[3],px,py,pz) && - guide_elliptical_WhichSide(x[3],y[3],z[3],x[7],y[7],z[7],x[6],y[6],z[6],px,py,pz) ) - return 1; - else return 0; - } - return guide_elliptical_IsPointInVolume( - guideInfo->xArray,guideInfo->yArray,guideInfo->zArray,x,y,z); -} -*/ - - /////////////////////////////////////////////////////////////////////////// /////////////// reflection functions /////////////////////////////////////////////////////////////////////////// @@ -1124,29 +1068,6 @@ INITIALIZE // Applies the properties of the mirrors in the guide given by the user. // These variables are used in the reflection functions. - - // Sets the mirror type of the guides mirrors - // These variables are used in the collision functions - // to find the type of collision - - // guideInfo.OuterSide[RightSide] = - // guide_elliptical_getMirrorTypeFromInput(outer_right_side_mirror,guideInfo.verboseSetting); - // guideInfo.OuterSide[TopSide] = - // guide_elliptical_getMirrorTypeFromInput(outer_top_side_mirror,guideInfo.verboseSetting); - // guideInfo.OuterSide[LeftSide] = - // guide_elliptical_getMirrorTypeFromInput(outer_left_side_mirror,guideInfo.verboseSetting); - // guideInfo.OuterSide[BottomSide] = - // guide_elliptical_getMirrorTypeFromInput(outer_bottom_side_mirror,guideInfo.verboseSetting); - - // guideInfo.InnerSide[RightSide] = - // guide_elliptical_getMirrorTypeFromInput(inner_right_side_mirror,guideInfo.verboseSetting); - // guideInfo.InnerSide[TopSide] = - // guide_elliptical_getMirrorTypeFromInput(inner_top_side_mirror,guideInfo.verboseSetting); - // guideInfo.InnerSide[LeftSide] = - // guide_elliptical_getMirrorTypeFromInput(inner_left_side_mirror,guideInfo.verboseSetting); - // guideInfo.InnerSide[BottomSide] = - // guide_elliptical_getMirrorTypeFromInput(inner_bottom_side_mirror,guideInfo.verboseSetting); - // Give a warning if all side of the guide is turned off, // as the guide is essentially turned off if( guideInfo.OuterSide[RightSide] == 1 @@ -1170,10 +1091,6 @@ INITIALIZE MirrorTypeabsorption; if(guideInfo.mArr[BottomSide] <= 0) guideInfo.InnerSide[BottomSide] = MirrorTypeabsorption; - /* if(directDefination == 0){ */ - /* guideInfo.entranceHorizontalWidth = xwidth; */ - /* guideInfo.entranceVerticalWidth = yheight; */ - /* } */ if( strcmp(option,"halfellipse") == 0 && directDefination == 0 ){ guideInfo.entranceHorizontalWidth = @@ -1195,56 +1112,6 @@ INITIALIZE guideInfo.EnclosingBoxOn = 0; - /* - double DefaultArray1[8] = { 1.0,-1.0,-1.0, 1.0, 1.0,-1.0,-1.0, 1.0}; - double DefaultArray2[8] = { 1.0, 1.0,-1.0,-1.0, 1.0, 1.0,-1.0,-1.0}; - double DefaultArray3[8] = {-1.0,-1.0,-1.0,-1.0, 1.0, 1.0, 1.0, 1.0}; - - guideInfo.EnclosingBoxOn = 0; - double *xinput; - if ( xInput != NULL ){ xinput = xInput; guideInfo.EnclosingBoxOn = 1; } - else { xinput = DefaultArray1; } - double *yinput; - if ( yInput != NULL ){ yinput = yInput; guideInfo.EnclosingBoxOn = 1;} - else { yinput = DefaultArray2; } - double *zinput; - if ( zInput != NULL ){ zinput = zInput; guideInfo.EnclosingBoxOn = 1;} - else { zinput = DefaultArray3; } - */ - - /* - double xarray[8] ={ guideInfo.ellipseMinorAxis[0]*xinput[0], - guideInfo.ellipseMinorAxis[2]*xinput[1], - guideInfo.ellipseMinorAxis[2]*xinput[2], - guideInfo.ellipseMinorAxis[0]*xinput[3], - guideInfo.ellipseMinorAxis[0]*xinput[4], - guideInfo.ellipseMinorAxis[2]*xinput[5], - guideInfo.ellipseMinorAxis[2]*xinput[6], - guideInfo.ellipseMinorAxis[0]*xinput[7] }; - double yarray[8] ={ guideInfo.ellipseMinorAxis[1]*yinput[0], - guideInfo.ellipseMinorAxis[1]*yinput[1], - guideInfo.ellipseMinorAxis[3]*yinput[2], - guideInfo.ellipseMinorAxis[3]*yinput[3], - guideInfo.ellipseMinorAxis[1]*yinput[4], - guideInfo.ellipseMinorAxis[1]*yinput[5], - guideInfo.ellipseMinorAxis[3]*yinput[6], - guideInfo.ellipseMinorAxis[3]*yinput[7] }; - double zarray[8] ={ guideInfo.Length/2*zinput[0]+guideInfo.Length/2, - guideInfo.Length/2*zinput[1]+guideInfo.Length/2, - guideInfo.Length/2*zinput[2]+guideInfo.Length/2, - guideInfo.Length/2*zinput[3]+guideInfo.Length/2, - guideInfo.Length/2*zinput[4]+guideInfo.Length/2, - guideInfo.Length/2*zinput[5]+guideInfo.Length/2, - guideInfo.Length/2*zinput[6]+guideInfo.Length/2, - guideInfo.Length/2*zinput[7]+guideInfo.Length/2 }; - int i = 0; - for(i = 0; i < 8; i++){ - guideInfo.xArray[i] = xarray[i]; - guideInfo.yArray[i] = yarray[i]; - guideInfo.zArray[i] = zarray[i]; - } - */ - guideInfo.exitVerticalWidth = 2*sqrt(1 - ( (guideInfo.Length-guideInfo.ellipseMajorOffset[BottomSide]) *(guideInfo.Length-guideInfo.ellipseMajorOffset[BottomSide]) @@ -1295,61 +1162,6 @@ INITIALIZE } else guideInfo.segLength = seglength; - /* if( guideInfo.numberOfSegments != sizeof(mvaluesright)/sizeof(mvaluesright[0]) */ - /* || guideInfo.numberOfSegments != sizeof(mvaluesleft)/sizeof(mvaluesleft[0]) */ - /* || guideInfo.numberOfSegments != sizeof(mvaluestop)/sizeof(mvaluestop[0]) */ - /* || guideInfo.numberOfSegments != sizeof(mvaluesbottom)/sizeof(mvaluesbottom[0]) */ - /* || (guideInfo.segLength == NULL */ - /* & guideInfo.numberOfSegments != sizeof(seglength)/sizeof(guideInfo.segLength[0]) */ - /* ) ) { */ - - /* printf("Error in userinput inside %s, the length of the arrays" */ - /* " mvalues and seglength are not equal\n",NAME_CURRENT_COMP); */ - /* printf("The length of the arrays are: mValuesright is %lu," */ - /* " mvaluesleft is %lu, mvaluestop is %lu, mvaluesbottom is" */ - /* " %lu and seglength is %lu and should be %d \n; Above assume that the arrays are using double \n", */ - /* sizeof(mvaluesright)/sizeof(double), */ - /* sizeof(mvaluesleft)/sizeof(double), */ - /* sizeof(mvaluestop)/sizeof(double), */ - /* sizeof(mvaluesbottom)/sizeof(double), */ - /* sizeof(guideInfo.segLength)/sizeof(double), */ - /* guideInfo.numberOfSegments */ - /* ); */ - - /* if ( guideInfo.verboseSetting ) { */ - /* int i; */ - - /* printf("The Values of mvaluesright is: ["); */ - /* for(i=0; i < sizeof(mvaluesright)/sizeof(mvaluesright[0]); i++) */ - /* printf("%e,",guideInfo.mValuesright[i] ); */ - /* printf("]\n"); */ - - /* printf("The Values of mvaluesleft is: ["); */ - /* for(i=0; i < sizeof(mvaluesleft)/sizeof(mvaluesleft[0]); i++) */ - /* printf("%e,",guideInfo.mValuesleft[i] ); */ - /* printf("]\n"); */ - - /* printf("The Values of mvaluestop is: ["); */ - /* for(i=0; i < sizeof(mvaluestop)/sizeof(mvaluestop[0]); i++) */ - /* printf("%e,",guideInfo.mValuestop[i] ); */ - /* printf("]\n"); */ - - /* printf("The Values of mvaluesbottom is: ["); */ - /* for(i=0; i < sizeof(mvaluesbottom)/sizeof(mvaluesbottom[0]); i++) */ - /* printf("%e,",guideInfo.mValuesbottom[i] ); */ - /* printf("]\n"); */ - - /* printf("The Values of seglength is: ["); */ - /* for(i=0; i < sizeof(guideInfo.segLength)/sizeof(guideInfo.segLength[0]); i++) */ - /* printf("%e,",guideInfo.segLength[i]); */ - /* printf("]\n"); */ - /* } */ - /* exit( printf("Exit due to critical error in userinput for the" */ - /* " component %s, consider having a look at the input" */ - /* " for following: mvaluesright,mvaluesleft,mvaluestop," */ - /* "mvaluesbottom and/or seglength.",NAME_CURRENT_COMP) ); */ - /* } */ - // double sumOfelements=0; int i; for(i=0;i< guideInfo.numberOfSegments; i++) {