Changeset 943
- Timestamp:
- Jun 25, 2014 6:58:27 AM (9 years ago)
- Location:
- sans/Dev/trunk
- Files:
-
- 5 edited
Legend:
- Unmodified
- Added
- Removed
-
sans/Dev/trunk/NCNR_User_Procedures/Analysis/Alpha/Tinker/FFT_FillMatrixShapes.ipf
r942 r943 798 798 End 799 799 800 801 // takes XYZV values such as output from Ken Rubinson's converter 802 // where xyz may take negative values, and tries to put it into 803 // mat, shifting XYZ as needed 804 // 805 // now the xyz center is passed in (for a single object) that is treated as the center of that object 806 // 807 Function XYZV_FillMat_Centered(xx,yy,zz,xc,yc,zc,rad,len,val,erase) 808 Wave xx,yy,zz 809 Variable xc,yc,zc,rad,len 810 Wave val 811 Variable erase 812 813 Variable x1,x2,y1,y2,z1,z2,ii,jj,kk,num,npt,minp,maxp 814 815 WAVE mat = root:mat 816 NVAR solventSLD = root:FFT_SolventSLD 817 NVAR FFT_T=root:FFT_T 818 819 if(erase) 820 mat = solventSLD 821 endif 822 823 num=numpnts(xx) 824 825 for(ii=0;ii<num;ii+=1) 826 mat[xx[ii]][yy[ii]][zz[ii]] = val[ii] 827 endfor 828 829 return(0) 830 End 831 832 833 834 835 ///// replaced by XYZV_FillMat_Centered() after using Ken's routines, but may have some use in the future 836 // 800 837 // takes XYZV values such as output from Ken Rubinson's converter 801 838 // where xyz may take negative values, and tries to put it into -
sans/Dev/trunk/NCNR_User_Procedures/Analysis/Alpha/Tinker/FFT_KR_Parser.ipf
r941 r943 2 2 3 3 4 5 6 4 Proc testAddRotCyl() 5 6 Variable ii,zval,rotx,roty,fill,rad 7 8 FFT_T=root:FFT_T 9 10 rotx=0 11 roty=90 12 zval = 0 13 rad=20 14 fill=20 15 16 ii=rad/FFT_T+1 17 // print ii 18 do 19 zval=ii 20 FFTDrawRotCylinder("mat",rad,200,64,64,zval,rotx,roty,fill) 21 ii+=(2*rad)/FFT_T 22 rotx += 12 23 while(ii<(127-(rad/FFT_T))) 24 25 // print ii 26 End 27 28 29 // draws a single cylinder with the specified center and rotation. does not clear the matrix 30 // 31 // x-rotation is done first, then the y-rotation 32 // 33 Proc FFTDrawRotCylinder(matStr,rad,len,xc,yc,zc,xrot,yrot,fill) 34 String matStr="mat" 35 Variable rad=25,len=300,xc=50,yc=50,zc=50,xrot=10,yrot=90,fill=10 36 Prompt matStr,"the wave" //,popup,WaveList("*",";","") 37 Prompt rad,"enter real radius (A)" 38 Prompt len,"enter length (A)" 39 Prompt xc,"enter the X-center" 40 Prompt yc,"enter the Y-center" 41 Prompt zc,"enter the Z-center" 42 Prompt xrot,"x-rotation (degrees)" 43 Prompt yrot,"y-rotation (degrees)" 44 Prompt fill,"fill SLD value" 45 46 Make/O/D/N=1 xx,yy,zz,rri,hti,rotx,roty,sld 47 48 xx[0] = xc 49 yy[0] = yc 50 zz[0] = zc 51 rri[0] = rad 52 hti[0] = len 53 rotx[0] = xrot 54 roty[0] = yrot 55 sld[0] = fill 56 57 Duplicate/O xx, sbp 58 59 // parse 60 // KR_MultiCylinder(xx,yy,zz,rri,hti,sbp,rotx,roty,sld) 61 KR_MultiCylinder_Units(xx,yy,zz,rri,hti,sbp,rotx,roty,sld) 62 63 XYZV_FillMat_Centered(xoutW,youtW,ZoutW,xc,yc,zc,rad,len,sldW,0) //last 1 will erase the matrix, 0 retains matrix 64 65 //force a redraw (re-coloring) of the gizmo window 66 FFTMakeGizmoButtonProc("") 67 68 End 69 70 71 // -- now this will put the cylinders properly at the specified centers, in the units of "mat" 72 // 7 73 /// seems to work - but what do I do about fractional positions? when converting to a matrix? 8 74 // 9 // 10 11 Function KR_Load() 75 // the wave "gg" has been dropped, since it's only used as a flag in an old file loader 76 // 77 // NOW - SBP is FORCED to the value of FFT_T - no matter what is in the file. 78 // 79 Function KR_MultiCylinder_Units(xx,yy,zz,rri,hti,sbp,rotx,roty,sld) 80 Wave xx,yy,zz,rri,hti,sbp,rotx,roty,sld 81 12 82 Variable I, J, K, L, PT //integer indices loops, num cylinders, include or exclude sphere in circle 13 83 Variable STH, SPH, CTH, CPH, FTR //sine and cosines and deg-->rad conversion: x rotn theta & y rotn phi … … 18 88 Variable PI2 19 89 Variable ix,nptW 20 21 22 LoadWave /G /N 23 Print S_filename 24 Print S_wavenames 25 26 //Make / O /N=0 OutputPoints 27 // wave out=OutputPoints 28 // variable num=numpnts(out) 29 30 KillWaves/Z xx,yy,zz,rri,hti,sbp,rotx,roty,sld,gg 31 32 Rename wave0, xx 33 Rename wave1, yy 34 Rename wave2, zz 35 Rename wave3, RRI 36 Rename wave4, HTI 37 Rename wave5, SBP 38 Rename wave6, ROTX 39 Rename wave7, ROTY 40 Rename wave8, SLD 41 Rename wave9, GG 42 43 //print NUM,xx,yy,zz,rri,hti,sbp,rotx,roty,sld,gg 44 45 46 wave gg = gg 47 variable nn =-1,npts,cyl 48 npts = numpnts(GG) 49 50 for (i=0;i<=npts;i+=1) 51 if (gg[i]==2) 52 cyl = i+1 53 break 54 print "gg[i],i=",gg,i 55 endif 56 endfor 57 print"cyl=",cyl 58 59 60 wave xx=xx 61 wave yy=yy 62 wave zz=zz 63 wave rri=rri 64 wave hti=hti 65 wave sbp=sbp 66 wave rotx=rotx 67 wave roty=roty 68 wave sld=sld 69 70 // SBP = diameter of the spheres 90 71 91 NVAR FFT_T = root:FFT_T 72 FFT_T = SBP[0] 73 // 74 92 // FFT_T = sbp[0] 93 // sbp[0] = FFT_T 94 sbp = FFT_T 95 96 variable npts,cyl 97 npts = numpnts(xx) 98 cyl = npts 99 75 100 Make/O/D/N=0 xoutW,youtW,zoutW,sbpW,sldW 76 101 77 102 PI2=pi*2 78 103 FTR=PI2/360 79 // print "ftr=", ftr 104 105 nptW = 0 106 107 for(l=0;l<(cyl);L+=1) //only change from run4 108 //for each cylinder of loop use index NUM 109 //calculate x & y rotation cos and sin 110 STH=SIN(Rotx[L]*FTR) 111 SPH=sin(roty[L]*FTR) 112 CTH=cos(rotx[L]*FTR) 113 CPH=cos(roty[L]*FTR) 114 //print "sth",sth 115 //print"L=",L 116 P5=SBP[L]/2 //set sphere centers' half-diameter displacement from grid (avoids glitches) 117 // print "p5 & sbp[L]",p5,sbp[L] 118 119 RR=(RRI[L]/SBP[L])//as an index, Igor truncates the number to an integer....does NOT round it 120 RR=RR+1 //rr is the loop limit for square around final circle 121 HH=(HTI[L]/(2*SBP[L])) //as an index, Igor truncates the number to an integer....does NOT round it 122 for(k=-HH;k<HH;k+=1) // should have +1 for HH to complete to k=HH????? 123 for(i=-RR;i<RR;i+=1) //should this have i<RR+1 or in above RR=RR+2???? 124 for(j=-RR;j<RR;J+=1) 125 x0=sbp[L]*i+P5 126 y0=SBP[L]*j+P5 127 z0=SBP[L]*k+p5 128 if((((y0^2)/(RRI[L]^2))+((x0^2)/(RRI[L]^2)))<=1) 129 IX=-1 130 else 131 IX=0 132 endif 133 xmid=x0 134 ymid=y0*cth+z0*sth 135 zmid=-y0*sth+z0*cth 136 // end rotation about x begin rotn about y on rotated pts 137 // 138 xout=xmid*cph-zmid*sph 139 xout=xx[L]+xout/SBP[L] 140 yout=ymid 141 yout=yy[L]+yout/SBP[L] 142 zout=xmid*sph+zmid*cph 143 zout=zz[L]+zout/SBP[L] 144 145 // now print to wave file the point or not depending on whether ix<0 or not 146 147 if (ix<0) 148 //write to wave file 149 InsertPoints nptW,1,xoutW,youtW,zoutW,sbpW,sldW 150 xoutW[nptW] = xout 151 youtW[nptW] = yout 152 zoutW[nptW] = zout 153 sbpW[nptW] = sbp[L] 154 sldW[nptW] = sld[L] 155 156 nptW +=1 157 158 //print xout,yout,zout,sbp[L],sld[L] 159 //else 160 //continue 161 endif //for write or not 162 endfor // for j 163 endfor // for i 164 endfor //for k 165 endfor // for L 166 167 168 // rescale to the sphere size 169 // xoutW /= FFT_T 170 // youtW /= FFT_T 171 // zoutW /= FFT_T 172 173 xoutW = trunc(xoutW) 174 youtW = trunc(youtW) 175 zoutW = trunc(zoutW) 176 177 return(0) // end do loop cycle for cylinders 178 end 179 180 181 182 183 184 /// 185 /// -- replaced by KR_MultiCylinder_Units() 186 /// 187 /// seems to work - but what do I do about fractional positions? when converting to a matrix? 188 // 189 // the wave "gg" has been dropped, since it's only used as a flag in an old file loader 190 // 191 // NOW - SBP is FORCED to the value of FFT_T - no matter what is in the file. 192 // 193 Function KR_MultiCylinder(xx,yy,zz,rri,hti,sbp,rotx,roty,sld) 194 Wave xx,yy,zz,rri,hti,sbp,rotx,roty,sld 195 196 Variable I, J, K, L, PT //integer indices loops, num cylinders, include or exclude sphere in circle 197 Variable STH, SPH, CTH, CPH, FTR //sine and cosines and deg-->rad conversion: x rotn theta & y rotn phi 198 Variable XMID, YMID, ZMID, XOUT, YOUT, ZOUT //cartesian positions used in various calculations 199 Variable RR,HH //RR is limit of loops, GG used as end of read param files--exit=2, NUM of cylinder 200 Variable P5 //spheres half diameter shift from grid points (avoids zeros) 201 Variable X0, Y0,Z0 202 Variable PI2 203 Variable ix,nptW 204 205 NVAR FFT_T = root:FFT_T 206 // FFT_T = sbp[0] 207 // sbp[0] = FFT_T 208 sbp = FFT_T 209 210 variable npts,cyl 211 npts = numpnts(xx) 212 cyl = npts 213 214 Make/O/D/N=0 xoutW,youtW,zoutW,sbpW,sldW 215 216 PI2=pi*2 217 FTR=PI2/360 80 218 81 219 nptW = 0 … … 141 279 endfor // for L 142 280 281 143 282 // rescale to the sphere size 144 283 xoutW /= FFT_T … … 151 290 152 291 153 /// seems to work - but what do I do about fractional positions? when converting to a matrix? 154 // 155 // the wave "gg" has been dropped, since it's only used as a flag in an old file loader 156 // 157 // NOW - SBP is FORCED to the value of FFT_T - no matter what is in the file. 158 // 159 Function KR_MultiCylinder(xx,yy,zz,rri,hti,sbp,rotx,roty,sld) 160 Wave xx,yy,zz,rri,hti,sbp,rotx,roty,sld 161 162 Variable I, J, K, L, PT //integer indices loops, num cylinders, include or exclude sphere in circle 163 Variable STH, SPH, CTH, CPH, FTR //sine and cosines and deg-->rad conversion: x rotn theta & y rotn phi 164 Variable XMID, YMID, ZMID, XOUT, YOUT, ZOUT //cartesian positions used in various calculations 165 Variable RR,HH //RR is limit of loops, GG used as end of read param files--exit=2, NUM of cylinder 166 Variable P5 //spheres half diameter shift from grid points (avoids zeros) 167 Variable X0, Y0,Z0 168 Variable PI2 169 Variable ix,nptW 170 171 NVAR FFT_T = root:FFT_T 172 // FFT_T = sbp[0] 173 // sbp[0] = FFT_T 174 sbp = FFT_T 175 176 variable npts,cyl 177 npts = numpnts(xx) 178 cyl = npts 179 180 Make/O/D/N=0 xoutW,youtW,zoutW,sbpW,sldW 181 182 PI2=pi*2 183 FTR=PI2/360 184 185 nptW = 0 186 187 for(l=0;l<(cyl);L+=1) //only change from run4 188 //for each cylinder of loop use index NUM 189 //calculate x & y rotation cos and sin 190 STH=SIN(Rotx[L]*FTR) 191 SPH=sin(roty[L]*FTR) 192 CTH=cos(rotx[L]*FTR) 193 CPH=cos(roty[L]*FTR) 194 //print "sth",sth 195 //print"L=",L 196 P5=SBP[L]/2 //set sphere centers' half-diameter displacement from grid (avoids glitches) 197 // print "p5 & sbp[L]",p5,sbp[L] 198 199 RR=(RRI[L]/SBP[L])//as an index, Igor truncates the number to an integer....does NOT round it 200 RR=RR+1 //rr is the loop limit for square around final circle 201 HH=(HTI[L]/(2*SBP[L])) //as an index, Igor truncates the number to an integer....does NOT round it 202 for(k=-HH;k<HH;k+=1) // should have +1 for HH to complete to k=HH????? 203 for(i=-RR;i<RR;i+=1) //should this have i<RR+1 or in above RR=RR+2???? 204 for(j=-RR;j<RR;J+=1) 205 x0=sbp*i+P5 206 y0=SBP*j+P5 207 z0=SBP*k+p5 208 if((((y0^2)/(RRI[L]^2))+((x0^2)/(RRI[L]^2)))<=1) 209 IX=-1 210 else 211 IX=0 212 endif 213 xmid=x0 214 ymid=y0*cth+z0*sth 215 zmid=-y0*sth+z0*cth 216 // end rotation about x begin rotn about y on rotated pts 217 // 218 xout=xmid*cph-zmid*sph 219 xout=xx[L]+xout 220 yout=ymid 221 yout=yy[L]+yout 222 zout=xmid*sph+zmid*cph 223 zout=zz[L]+zout 224 225 // now print to wave file the point or not depending on whether ix<0 or not 226 227 if (ix<0) 228 //write to wave file 229 InsertPoints nptW,1,xoutW,youtW,zoutW,sbpW,sldW 230 xoutW[nptW] = xout 231 youtW[nptW] = yout 232 zoutW[nptW] = zout 233 sbpW[nptW] = sbp[L] 234 sldW[nptW] = sld[L] 235 236 nptW +=1 237 238 //print xout,yout,zout,sbp[L],sld[L] 239 //else 240 //continue 241 endif //for write or not 242 endfor // for j 243 endfor // for i 244 endfor //for k 245 endfor // for L 246 247 248 // rescale to the sphere size 249 xoutW /= FFT_T 250 youtW /= FFT_T 251 zoutW /= FFT_T 252 253 return(0) // end do loop cycle for cylinders 254 end 292 293 255 294 256 295 // triplet to display as a scatter plot in Gizmo … … 919 958 Label left "test values" 920 959 end 960 961 962 963 // 964 ///// seems to work - but what do I do about fractional positions? when converting to a matrix? 965 //// 966 //// 967 // 968 //Function KR_Load() 969 // Variable I, J, K, L, PT //integer indices loops, num cylinders, include or exclude sphere in circle 970 // Variable STH, SPH, CTH, CPH, FTR //sine and cosines and deg-->rad conversion: x rotn theta & y rotn phi 971 // Variable XMID, YMID, ZMID, XOUT, YOUT, ZOUT //cartesian positions used in various calculations 972 // Variable RR,HH //RR is limit of loops, GG used as end of read param files--exit=2, NUM of cylinder 973 // Variable P5 //spheres half diameter shift from grid points (avoids zeros) 974 // Variable X0, Y0,Z0 975 // Variable PI2 976 // Variable ix,nptW 977 // 978 // 979 // LoadWave /G /N 980 // Print S_filename 981 // Print S_wavenames 982 // 983 // //Make / O /N=0 OutputPoints 984 // // wave out=OutputPoints 985 // // variable num=numpnts(out) 986 // 987 // KillWaves/Z xx,yy,zz,rri,hti,sbp,rotx,roty,sld,gg 988 // 989 // Rename wave0, xx 990 // Rename wave1, yy 991 // Rename wave2, zz 992 // Rename wave3, RRI 993 // Rename wave4, HTI 994 // Rename wave5, SBP 995 // Rename wave6, ROTX 996 // Rename wave7, ROTY 997 // Rename wave8, SLD 998 // Rename wave9, GG 999 // 1000 // //print NUM,xx,yy,zz,rri,hti,sbp,rotx,roty,sld,gg 1001 // 1002 // 1003 // wave gg = gg 1004 // variable nn =-1,npts,cyl 1005 // npts = numpnts(GG) 1006 // 1007 // for (i=0;i<=npts;i+=1) 1008 // if (gg[i]==2) 1009 // cyl = i+1 1010 // break 1011 // print "gg[i],i=",gg,i 1012 // endif 1013 // endfor 1014 // print"cyl=",cyl 1015 // 1016 // 1017 // wave xx=xx 1018 // wave yy=yy 1019 // wave zz=zz 1020 // wave rri=rri 1021 // wave hti=hti 1022 // wave sbp=sbp 1023 // wave rotx=rotx 1024 // wave roty=roty 1025 // wave sld=sld 1026 // 1027 // // SBP = diameter of the spheres 1028 // NVAR FFT_T = root:FFT_T 1029 // FFT_T = SBP[0] 1030 // // 1031 // 1032 // Make/O/D/N=0 xoutW,youtW,zoutW,sbpW,sldW 1033 // 1034 // PI2=pi*2 1035 // FTR=PI2/360 1036 // // print "ftr=", ftr 1037 // 1038 // nptW = 0 1039 // 1040 // for(l=0;l<(cyl);L+=1) //only change from run4 1041 // //for each cylinder of loop use index NUM 1042 // //calculate x & y rotation cos and sin 1043 // STH=SIN(Rotx[L]*FTR) 1044 // SPH=sin(roty[L]*FTR) 1045 // CTH=cos(rotx[L]*FTR) 1046 // CPH=cos(roty[L]*FTR) 1047 // //print "sth",sth 1048 // //print"L=",L 1049 // P5=SBP[L]/2 //set sphere centers' half-diameter displacement from grid (avoids glitches) 1050 // // print "p5 & sbp[L]",p5,sbp[L] 1051 // 1052 // RR=(RRI[L]/SBP[L])//as an index, Igor truncates the number to an integer....does NOT round it 1053 // RR=RR+1 //rr is the loop limit for square around final circle 1054 // HH=(HTI[L]/(2*SBP[L])) //as an index, Igor truncates the number to an integer....does NOT round it 1055 // for(k=-HH;k<HH;k+=1) // should have +1 for HH to complete to k=HH????? 1056 // for(i=-RR;i<RR;i+=1) //should this have i<RR+1 or in above RR=RR+2???? 1057 // for(j=-RR;j<RR;J+=1) 1058 // x0=sbp*i+P5 1059 // y0=SBP*j+P5 1060 // z0=SBP*k+p5 1061 // if((((y0^2)/(RRI[L]^2))+((x0^2)/(RRI[L]^2)))<=1) 1062 // IX=-1 1063 // else 1064 // IX=0 1065 // endif 1066 // xmid=x0 1067 // ymid=y0*cth+z0*sth 1068 // zmid=-y0*sth+z0*cth 1069 // // end rotation about x begin rotn about y on rotated pts 1070 // // 1071 // xout=xmid*cph-zmid*sph 1072 // xout=xx[L]+xout 1073 // yout=ymid 1074 // yout=yy[L]+yout 1075 // zout=xmid*sph+zmid*cph 1076 // zout=zz[L]+zout 1077 // 1078 // // now print to wave file the point or not depending on whether ix<0 or not 1079 // 1080 // if (ix<0) 1081 // //write to wave file 1082 // InsertPoints nptW,1,xoutW,youtW,zoutW,sbpW,sldW 1083 // xoutW[nptW] = xout 1084 // youtW[nptW] = yout 1085 // zoutW[nptW] = zout 1086 // sbpW[nptW] = sbp[L] 1087 // sldW[nptW] = sld[L] 1088 // 1089 // nptW +=1 1090 // 1091 // //print xout,yout,zout,sbp[L],sld[L] 1092 // //else 1093 // //continue 1094 // endif //for write or not 1095 // endfor // for j 1096 // endfor // for i 1097 // endfor //for k 1098 // endfor // for L 1099 // 1100 // // rescale to the sphere size 1101 // xoutW /= FFT_T 1102 // youtW /= FFT_T 1103 // zoutW /= FFT_T 1104 // 1105 // return(0) // end do loop cycle for cylinders 1106 //end -
sans/Dev/trunk/NCNR_User_Procedures/Analysis/Alpha/Tinker/FFT_Panel.ipf
r942 r943 89 89 SetVariable FFTSetVar_6,limits={0,0,0},value= FFT_Qmin,noedit= 1,live= 1 90 90 Button FFTButton_0,pos={15,79},size={90,20},proc=FFT_MakeMatrixButtonProc,title="Make Matrix" 91 Button FFTButton_1,pos={14,157},size={90,20},proc=FFTMakeGizmoButtonProc,title="Make Gizmo" 92 Button FFTButton_2,pos={14,187},size={100,20},proc=FFTDrawSphereButtonProc,title="Draw Sphere" 91 93 92 Button FFTButton_3,pos={14,265},size={70,20},proc=DoTheFFT_ButtonProc,title="Do FFT" 94 93 Button FFTButton_4,pos={180,264},size={130,20},proc=FFT_PlotResultsButtonProc,title="Plot FFT Results" 95 Button FFTButton_5,pos={13,218},size={120,20},proc=FFTDrawZCylinderButtonProc,title="Draw Cylinder" 94 95 Button FFTButton_1,pos={14,150},size={90,20},proc=FFTMakeGizmoButtonProc,title="Make Gizmo" 96 Button FFTButton_2,pos={14,175},size={100,20},proc=FFTDrawSphereButtonProc,title="Draw Sphere" 97 Button FFTButton_5,pos={14,200},size={130,20},proc=FFTDrawZCylinderButtonProc,title="Draw XYZ Cylinder" 98 Button FFTButton_20,pos={14,225},size={130,20},proc=FFTDrawRotCylinderButton,title="Draw Rot Cylinder" 99 96 100 // Button FFTButton_6,pos={134,79},size={90,20},proc=FFTEraseMatrixButtonProc,title="Erase Matrix" 97 101 Button FFTButton_6a,pos={140,79},size={50,20},proc=FFTSaveMatrixButtonProc,title="Save" … … 126 130 127 131 EndMacro 132 133 // Save a matrix wave, plus the N, T, and solvent values in the wave note for reloading 134 Function FFTDrawRotCylinderButton(ba) : ButtonControl 135 STRUCT WMButtonAction &ba 136 137 String win = ba.win 138 139 switch (ba.eventCode) 140 case 2: 141 // click code here 142 Execute "FFTDrawRotCylinder()" 143 144 break 145 endswitch 146 147 return 0 148 End 128 149 129 150 // Save a matrix wave, plus the N, T, and solvent values in the wave note for reloading -
sans/Dev/trunk/NCNR_User_Procedures/Common/Packages/PlotManager/PlotUtilsMacro_v40.ipf
r942 r943 1306 1306 list = RemoveFromList("FillSphere;FillSphere3;FillSphereRadius;FillSphereRadiusNoOverlap;FillXCylinder;FillXYCircle;FillXZCircle;FillYCylinder;",list,";") 1307 1307 list = RemoveFromList("FillYZCircle;FillZCylinder;PadMatrix;RandomFill3DMat;RandomPoints2D;SobolFill3DMat;SphereAtEachPoint;UnConnectedRodFill;XYZV_toByteVoxels;",list,";") 1308 list = RemoveFromList("MakeTriplet;SobolPoints2D;X_CylindersAtPoints;X_CylindersHexagonalGrid;X_CylindersSquareGrid;maxDistance_Threaded;KR_MultiCylinder; ",list,";")1308 list = RemoveFromList("MakeTriplet;SobolPoints2D;X_CylindersAtPoints;X_CylindersHexagonalGrid;X_CylindersSquareGrid;maxDistance_Threaded;KR_MultiCylinder;KR_MultiCylinder_Units;",list,";") 1309 1309 list = RemoveFromList("X_CoreShellCylinderHexGrid;FillPlaneHexagonal;FillPlaneSquareGrid;FillSphereRadiusPeriodic;",list,";") 1310 1310 list = RemoveFromList("Setup_Ur;M_energy;DoRotation;Copy_xyz_to_xyz3d;MultiCyl_Loop;",list,";") … … 1321 1321 // from 2013 Simulation 1322 1322 // list = RemoveFromList("EC_Empirical;SmearedEC_Empirical;",list,";") 1323 list = RemoveFromList("SAS_XS_Sphere; ",list,";")1323 list = RemoveFromList("SAS_XS_Sphere;Generate_UofR;Setup_Ur_HS;",list,";") 1324 1324 1325 1325 list = SortList(list)
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