| /phasta/phSolver/common/ |
| H A D | symtri.c | 85 int triIntPnt(int nint, DARR3 **bcord, double **wt) in triIntPnt() argument
88 if( nint == 3 ) {*bcord = rst3 ; *wt = wt3; } in triIntPnt()
89 else if( nint == 1 ){*bcord = rst1 ; *wt = wt1; } in triIntPnt()
90 else if( nint == 4 ){*bcord = rst4 ; *wt = wt4; } in triIntPnt()
91 else if( nint == 6 ){*bcord = rst6 ; *wt = wt6; } in triIntPnt()
92 else if( nint == 7 ){*bcord = rst7 ; *wt = wt7; } in triIntPnt()
93 else if( nint == 12){*bcord = rst12; *wt = wt12;} in triIntPnt()
96 fprintf(stderr,"\n%d integration points unsupported in symtri.c; give {1,3,4,6,7,12}\n",nint); in triIntPnt()
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| H A D | symline.c | 49 int lineIntPnt(int nint, DARR2 **bcord, double **wt) in lineIntPnt() argument
52 if( nint == 1 ) {*bcord = rst1 ; *wt = wt1; } in lineIntPnt()
53 else if( nint == 2 ){*bcord = rst2 ; *wt = wt2; } in lineIntPnt()
54 else if( nint == 3 ){*bcord = rst3 ; *wt = wt3; } in lineIntPnt()
59 fprintf(stderr,"\n%d integration points unsupported in symline.c; give {1,2,3}\n",nint); in lineIntPnt()
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| H A D | symtripyr.c | 124 int triIntPntPyr(int nint, DARR3 **bcord, double **wt) in triIntPntPyr() argument
127 if( nint == 1 ){*bcord = rst1 ; *wt = wt1; } in triIntPntPyr()
128 else if( nint == 4 ){*bcord = rst4 ; *wt = wt4; } in triIntPntPyr()
129 else if( nint == 9 ){*bcord = rst9 ; *wt = wt9; } in triIntPntPyr()
133 fprintf(stderr,"\n%d integration points unsupported in symtri.c; give {1,4}\n",nint); in triIntPntPyr()
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| H A D | symquad.c | 77 int quadIntPnt(int nint, DARR3 **bcord, double **wt) in quadIntPnt() argument
91 if( nint == 4 ){*bcord = rstw4 ; *wt = twt4; } in quadIntPnt()
92 else if (nint == 9){*bcord = rstw9 ; *wt = twt9; } in quadIntPnt()
93 else if (nint == 16){ in quadIntPnt()
109 }else if(nint == 25){ in quadIntPnt()
127 fprintf(stderr,"\n%d integration points unsupported in symquad.c; give {4,9,16,25}\n",nint); in quadIntPnt()
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| H A D | symhex.c | 144 int hexIntPnt(int nint, DARR4 **bcord, double **wt) in hexIntPnt() argument
159 if( nint == 1){ *bcord = rstw1; *wt = twt1;} in hexIntPnt()
161 else if( nint == 8 ){*bcord = rstw8 ; *wt = twt8; } in hexIntPnt()
163 else if( nint == 27 ) {*bcord = rstw27 ; *wt = twt27; } in hexIntPnt()
165 else if( nint == 64 ) { in hexIntPnt()
186 } else if( nint == 125) { in hexIntPnt()
209 fprintf(stderr,"\n%d integration points unsupported; give {8,27,64,125,.}\n",nint); in hexIntPnt()
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| H A D | symquadw.c | 136 int quadwIntPnt(int nint, DARR3 **bcord, double **wt) in quadwIntPnt() argument
140 if( nint == 4 ){*bcord = rstw4 ; *wt = twt4; } in quadwIntPnt()
141 else if( nint == 9 ){*bcord = rstw9 ; *wt = twt9; } in quadwIntPnt()
142 else if( nint == 16){*bcord = rstw16 ; *wt = twt16;} in quadwIntPnt()
145 fprintf(stderr,"\n%d integration points unsupported in symquadw.c; give {4,9,16}\n",nint); in quadwIntPnt()
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| H A D | symtet.c | 175 int tetIntPnt(int nint, DARR4 **bcord, double **wt) in tetIntPnt() argument
179 if( nint == 1 ) {*bcord = rstw1 ; *wt = twt1; } in tetIntPnt()
180 else if( nint == 4 ){*bcord = rstw4 ; *wt = twt4; } in tetIntPnt()
181 else if( nint == 5 ){*bcord = rstw5 ; *wt = twt5; } in tetIntPnt()
182 else if( nint == 16 ){*bcord = rstw16 ; *wt = twt16; } in tetIntPnt()
183 else if( nint == 17 ){*bcord = rstw17 ; *wt = twt17; } in tetIntPnt()
184 else if( nint == 29 ){*bcord = rstw29 ; *wt = twt29; } in tetIntPnt()
187 fprintf(stderr,"\n%d integration points unsupported in symtet.c; give {1,4,5,16,17,29}\n",nint); in tetIntPnt()
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| H A D | symwdg.c | 211 int wdgIntPnt(int nint, DARR4 **bcord, double **wt) in wdgIntPnt() argument
215 if( nint == 6 ){*bcord = rstw6 ; *wt = twt6; } in wdgIntPnt()
216 else if( nint == 1 ){*bcord = rstw1 ; *wt = twt1; } in wdgIntPnt()
217 else if( nint == 18 ){*bcord = rstw18 ; *wt = twt18; } in wdgIntPnt()
218 else if( nint == 48 ){*bcord = rstw48 ; *wt = twt48; } in wdgIntPnt()
221 fprintf(stderr,"\n%d integration points unsupported symwdg.c; give {6,18,48}\n",nint); in wdgIntPnt()
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| H A D | sympyr.c | 227 int pyrIntPnt(int nint, DARR4 **bcord, double **wt) in pyrIntPnt() argument
240 if( nint == 1){ *bcord = rstw1; *wt = twt1;} in pyrIntPnt()
242 else if( nint == 8 ){*bcord = rstw8 ; *wt = twt8; } in pyrIntPnt()
244 else if( nint == 27 ) {*bcord = rstw27 ; *wt = twt27; } in pyrIntPnt()
246 else if( nint == 64 ) { in pyrIntPnt()
263 } else if( nint == 125) { in pyrIntPnt()
286 fprintf(stderr,"\n%d integration points unsupported; give {8,27,64,125,.}\n",nint); in pyrIntPnt()
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| H A D | common.h | 94 & nint(MAXTOP), nintb(MAXTOP),
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| /phasta/phSolver/compressible/ |
| H A D | get_h.c | 41 int nint; in length() local
48 nint = intersect(x,u,points); in length()
55 if(nint > 1){ /* vecEqual returns 1 if in length()
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| /phasta/M2NFixBnd/include/ |
| H A D | commonM2NFixBnd.h | 83 & nint(MAXTOP), nintb(MAXTOP),
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| /phasta/M2N/include/ |
| H A D | commonM2N.h | 83 & nint(MAXTOP), nintb(MAXTOP),
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| /phasta/AcuStat/include/ |
| H A D | commonAcuStat.h | 83 & nint(MAXTOP), nintb(MAXTOP),
|