/dports/databases/grass7/grass-7.8.6/raster/r.to.vect/ |
H A D | global.h | 58 struct COOR struct 70 struct COOR *left; argument 71 struct COOR *right; 72 struct COOR *center; 75 #define NULPTR ((struct COOR *) NULL) 107 int write_line(struct COOR *); 115 int write_boundary(struct COOR *); 122 struct COOR *move(struct COOR *); 123 struct COOR *find_end(struct COOR *, int, int *, int *); 124 int at_end(struct COOR *); [all …]
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H A D | util.c | 23 struct COOR *move(struct COOR *point) in move() 44 struct COOR *find_end(struct COOR *seed, int dir, int *result, int *n) in find_end() 46 struct COOR *start; in find_end() 71 int at_end(struct COOR *ptr) in at_end() 161 int free_ptr(struct COOR *ptr) in free_ptr()
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H A D | lines.c | 41 static struct COOR *h_ptr; 50 static int join_lines(struct COOR *p, struct COOR *q); 51 static int extend_line(struct COOR *p, struct COOR *q); 54 static int stop_line(struct COOR *p, struct COOR *q); 59 static struct COOR *end_line(struct COOR *, int); 546 static struct COOR *end_line(struct COOR *ptr, int node) in end_line() 591 static int join_lines(struct COOR *p, struct COOR *q) in join_lines() 635 static int extend_line(struct COOR *p, struct COOR *q) in extend_line() 681 static int stop_line(struct COOR *p, struct COOR *q) 721 struct COOR *p; in get_ptr() [all …]
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H A D | areas_io.c | 28 static int write_bnd(struct COOR *, struct COOR *, int); 29 static int write_smooth_bnd(struct COOR *, struct COOR *, int); 34 int write_boundary(struct COOR *seed) in write_boundary() 36 struct COOR *point, *line_begin, *line_end, *last; in write_boundary() 129 static int write_bnd(struct COOR *line_begin, struct COOR *line_end, /* start and end point of line… in write_bnd() 136 struct COOR *p, *last; in write_bnd() 175 static int write_smooth_bnd(struct COOR *line_begin, struct COOR *line_end, /* start and end point … in write_smooth_bnd() 183 struct COOR *p, *last; in write_smooth_bnd()
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H A D | lines_io.c | 43 static int write_ln(struct COOR *, struct COOR *, int); 49 int write_line(struct COOR *seed) in write_line() 51 struct COOR *point, *begin, *end, *last; in write_line() 145 static int write_ln(struct COOR *begin, struct COOR *end, /* start and end point of line */ in write_ln() 150 struct COOR *p, *last; in write_ln()
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H A D | areas.c | 78 static struct COOR **v_list; 79 static struct COOR *h_ptr; 92 static struct COOR *get_ptr(); 171 struct COOR *new_ptr, *new_ptr1, *new_ptr2, *new_ptr3; in update_list() 361 struct COOR *new_ptr1, *new_ptr2; in start_vline() 375 struct COOR *new_ptr1, *new_ptr2; in start_hline() 389 static struct COOR *get_ptr(void) in get_ptr() 391 static struct COOR *ptr; in get_ptr() 393 ptr = (struct COOR *)G_malloc(sizeof(struct COOR)); in get_ptr() 514 v_list = (struct COOR **)G_malloc(size * sizeof(*v_list)); in alloc_areas_bufs()
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/dports/graphics/xd3d/xd3d-8.3.1/src/trad_nopo/ |
H A D | ecr_6nodes.f | 1 SUBROUTINE ECR_6NODES(IFIL,HED,NUMNP,NDIM,COOR,IREF argument 5 REAL*4 COOR(NDIM,*),XYZ(NDIM,*) local 30 XYZ(1,NODE(K)) = COOR(1,NP(K)) 31 XYZ(2,NODE(K)) = COOR(2,NP(K)) 33 XYZ(1,NODE(4)) = 0.5*(COOR(1,NP(1))+COOR(1,NP(2))) 34 XYZ(2,NODE(4)) = 0.5*(COOR(2,NP(1))+COOR(2,NP(2))) 35 XYZ(1,NODE(5)) = 0.5*(COOR(1,NP(2))+COOR(1,NP(3))) 36 XYZ(2,NODE(5)) = 0.5*(COOR(2,NP(2))+COOR(2,NP(3))) 37 XYZ(1,NODE(6)) = 0.5*(COOR(1,NP(3))+COOR(1,NP(1))) 38 XYZ(2,NODE(6)) = 0.5*(COOR(2,NP(3))+COOR(2,NP(1)))
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/dports/databases/grass7/grass-7.8.6/vector/v.qcount/ |
H A D | quaddefs.h | 12 } COOR; typedef 14 void count_sites(COOR *, int, int *, double, struct Map_info *, int); 15 COOR *find_quadrats(int, double, struct Cell_head);
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H A D | findquads.c | 21 COOR *find_quadrats(int n, double r, struct Cell_head window) in find_quadrats() 26 COOR *quads = NULL; in find_quadrats() 28 quads = (COOR *) G_malloc(n * sizeof(COOR)); in find_quadrats()
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/dports/science/dalton/dalton-66052b3af5ea7225e31178bf9a8b031913c72190/DALTON/dft/ |
H A D | dso_cb.F | 18 SUBROUTINE DSOCB(DSOMAT,NBLLEN,COOR,RHO,WGHT, argument 44 DIMENSION COOR(3,NBLLEN) 53 RVEC(K,1,IK) = COOR(1,K)-CORD(1,IK) 54 RVEC(K,2,IK) = COOR(2,K)-CORD(2,IK) 55 RVEC(K,3,IK) = COOR(3,K)-CORD(3,IK)
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H A D | dft_int.F | 108 DIMENSION COOR(3,NBUFLEN), WEIGHT(NBUFLEN) 131 CALL REAQUA(NSHELL,NSHLBLCK,NBUFLEN,COOR,WEIGHT,NLEN) ! C code 139 CALL BLGETSOS(NCURLEN,GAO,COOR(1,IPT),NSHELL,NSHLBLCK, 182 & GRADA,HESA,DST,VFA,XCPOT,COOR(1,IPT), 188 & GRADA,GRADB,COOR(1,IPT),WEIGHT(IPT),CBDATA) 191 & DST,VFA,XCPOT,COOR(1,IPT),WEIGHT(IPT),CBDATA)
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/dports/graphics/dataplot/dataplot-2c1b27601a3b7523449de612613eadeead9a8f70/lib/programs/ |
H A D | REFPLOT.DP | 12 FRAME CORNER COOR 15 20 65 90 44 LEGEND 1 COOR 17 87 45 LEGEND 2 COOR 17 84 46 LEGEND 3 COOR 17 81 142 FRAME CORNER COOR
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H A D | BOXAUTO.DP | 42 LEGEND 1 COOR 16 87 54 LEGEND 1 COOR 16 87 66 LEGEND 1 COOR 16 87
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H A D | PLOT25C.DP | 14 . . FRAME CORNER COOR 0 0 100 100 20 WINDOW CORNER COOR 30 30 70 65
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H A D | PLOT25.DP | 15 . . FRAME CORNER COOR 0 0 100 100 21 . WINDOW CORNER COOR 30 30 70 65 (USE THIS FOR MY COLOR PLOTS)
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/dports/databases/grass7/grass-7.8.6/vector/v.voronoi/ |
H A D | main.c | 53 } COOR; typedef 59 COOR *ca = (COOR *) a; in cmp() 60 COOR *cb = (COOR *) b; in cmp() 114 COOR *coor; in main() 258 coor = (COOR *) G_malloc(sizeof(COOR) * acoor); in main() 269 coor = (COOR *) G_realloc(coor, sizeof(COOR) * acoor); in main() 293 qsort(coor, ncoor, sizeof(COOR), cmp); in main()
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/dports/graphics/dataplot/dataplot-2c1b27601a3b7523449de612613eadeead9a8f70/lib/frmenus/plmo/ |
H A D | REFPLOT.DP | 16 FRAME CORNER COOR 15 20 65 90 48 LEGEND 1 COOR 17 87 49 LEGEND 2 COOR 17 84 50 LEGEND 3 COOR 17 81 146 FRAME CORNER COOR
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/dports/science/qwalk/mainline-1.0.1-300-g1b7e381/tests/h2/ |
H A D | qw.sys | 3 ATOM { H 1 COOR 0 0 -1.322808191 } 4 ATOM { H 1 COOR 0 0 1.322808191 }
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/dports/science/qwalk/mainline-1.0.1-300-g1b7e381/tests/n2/ |
H A D | qw.sys | 3 ATOM { N 5 COOR 0 0 -1.60626709 } 4 ATOM { N 5 COOR 0 0 1.60626709 }
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/dports/graphics/dataplot/dataplot-2c1b27601a3b7523449de612613eadeead9a8f70/lib/frmenus/clas/anov/ |
H A D | BOXAUTO.DP | 44 LEGEND 1 COOR 16 87 55 LEGEND 1 COOR 16 87 66 LEGEND 1 COOR 16 87
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/dports/science/qwalk/mainline-1.0.1-300-g1b7e381/docs/database/ |
H A D | molecule.yml | 17 the section is label charge COOR x y z . For example, a Lithium atom 18 with atomic charge 3 at (.5, 0, -.5) would be ATOM \{ Li 3 COOR .5 0 -.5 \}.
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H A D | periodic.yml | 17 the section is label charge COOR x y z . For example, a Lithium atom 18 with atomic charge 3 at (.5, 0, -.5) would be ATOM \{ Li 3 COOR .5 0 -.5 \}.
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/dports/science/xcrysden/xcrysden-1.6.2/F/ |
H A D | gengeom.f | 908 REAL*8 B33(3,*),A33(3,3),RA(3,3),COOR(3),X(NATR),Y(NATR),Z(NATR), local 919 COOR(J)=0.0d0 921 COOR(J)=COOR(J)+A33(I,J)*B33(I,BROW) 924 XC(NA,BROW)=X(NA)+COOR(1) 925 YC(NA,BROW)=Y(NA)+COOR(2) 926 ZC(NA,BROW)=Z(NA)+COOR(3)
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/dports/science/dalton/dalton-66052b3af5ea7225e31178bf9a8b031913c72190/DALTON/abacus/ |
H A D | abander.F | 778 & COOR(3*NCOOR), SYMCOR(NCOOR,NCOOR), 1855 CALL DCOPY(KDIM,CSTART,1,COOR,1) 1882 CALL STPCOR(COOR,COOR,SYMCOR,DISPLC,NCOOR,ICIN(IC), 2158 REAL*8 COOR(3,NCOOR/3) 2207 CRX = COOR(1,IATOM) 2208 CRY = COOR(2,IATOM) 2209 CRZ = COOR(3,IATOM) 6143 & COOR(NCOOR1), WORK(LWORK) 6178 CALL TRMTOC(TRAMAT,COOR,CRTPRG,NCOOR,IPRINT) 6278 CALL TRMTOC(TRAMAT,COOR,CRTPRG,NCOOR,IPRINT) [all …]
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/dports/science/qwalk/mainline-1.0.1-300-g1b7e381/tests/h/ |
H A D | qw.sys | 3 ATOM { H 1 COOR 0 0 0 }
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