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greg |
2.1 |
#ifndef lint |
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static const char RCSid[] = "$Id$"; |
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#endif |
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/* |
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* General component matrix operations. |
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*/ |
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#include <stdio.h> |
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#include <stdlib.h> |
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#include "rtio.h" |
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#include "resolu.h" |
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#include "rmatrix.h" |
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#define MAXCOMP 50 /* #components we support */ |
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typedef struct { |
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double sca[MAXCOMP]; /* scalar coefficients */ |
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int nsf; /* number of scalars */ |
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double cmat[MAXCOMP*MAXCOMP]; /* component transformation */ |
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int clen; /* number of coefficients */ |
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int transpose; /* do transpose? (<0 first) */ |
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int op; /* '*' or '+' */ |
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} ROPERAT; /* matrix operation */ |
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int outfmt = DTascii; /* output format */ |
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int verbose = 0; /* verbose reporting? */ |
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static void |
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op_default(ROPERAT *op) |
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{ |
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memset(op, 0, sizeof(ROPERAT)); |
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op->op = '*'; |
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} |
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static RMATRIX * |
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operate(RMATRIX *mleft, ROPERAT *op, const char *fname) |
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{ |
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RMATRIX *mright = rmx_load(fname); |
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int i; |
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if (fname == NULL) |
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fname = "<stdin>"; |
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if (mright == NULL) { |
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fputs(fname, stderr); |
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fputs(": cannot load matrix\n", stderr); |
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return(NULL); |
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} |
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if (op->transpose < 0) { /* transpose first? */ |
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if (!rmx_transpose(mright)) { |
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fputs(fname, stderr); |
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fputs(": transpose failed\n", stderr); |
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rmx_free(mright); |
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return(NULL); |
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} |
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if (verbose) { |
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fputs(fname, stderr); |
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fputs(": transposed rows and columns\n", stderr); |
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} |
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} |
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if (op->nsf > 0) { /* apply scalar(s) */ |
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if (op->clen > 0) { |
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fputs("Options -s and -c are exclusive\n", stderr); |
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rmx_free(mright); |
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return(NULL); |
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} |
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if (op->nsf == 1) { |
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for (i = mright->ncomp; --i; ) |
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op->sca[i] = op->sca[0]; |
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} else if (op->nsf != mright->ncomp) { |
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fprintf(stderr, "%s: -s must have one or %d factors\n", |
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fname, mright->ncomp); |
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rmx_free(mright); |
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return(NULL); |
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} |
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if ((mleft == NULL) | (op->op != '+') && |
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!rmx_scale(mright, op->sca)) { |
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fputs(fname, stderr); |
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fputs(": scalar operation failed\n", stderr); |
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rmx_free(mright); |
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return(NULL); |
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} |
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if (verbose) { |
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fputs(fname, stderr); |
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fputs(": applied scalar (", stderr); |
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for (i = 0; i < op->nsf; i++) |
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fprintf(stderr, " %f", op->sca[i]); |
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fputs(" )\n", stderr); |
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} |
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} |
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if (op->clen > 0) { /* apply transform */ |
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RMATRIX *mtmp; |
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if (op->clen % mright->ncomp) { |
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fprintf(stderr, "%s: -c must have N x %d coefficients\n", |
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fname, mright->ncomp); |
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rmx_free(mright); |
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return(NULL); |
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} |
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mtmp = rmx_transform(mright, op->clen/mright->ncomp, op->cmat); |
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if (mtmp == NULL) { |
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fprintf(stderr, "%s: matrix transform failed\n", fname); |
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rmx_free(mright); |
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return(NULL); |
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} |
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if (verbose) |
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fprintf(stderr, "%s: applied %d x %d transform\n", |
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fname, mtmp->ncomp, mright->ncomp); |
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rmx_free(mright); |
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mright = mtmp; |
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} |
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if (op->transpose > 0) { /* transpose after? */ |
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if (!rmx_transpose(mright)) { |
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fputs(fname, stderr); |
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fputs(": transpose failed\n", stderr); |
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rmx_free(mright); |
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return(NULL); |
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} |
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if (verbose) { |
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fputs(fname, stderr); |
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fputs(": transposed rows and columns\n", stderr); |
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} |
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} |
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if (mleft == NULL) /* just one matrix */ |
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return(mright); |
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if (op->op == '*') { /* concatenate */ |
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RMATRIX *mres = rmx_multiply(mleft, mright); |
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if (mres == NULL) { |
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fputs(fname, stderr); |
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if (mleft->ncols != mright->nrows) |
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fputs(": mismatched dimensions for multiply\n", |
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stderr); |
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else |
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fputs(": concatenation failed\n", stderr); |
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rmx_free(mright); |
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return(NULL); |
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} |
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if (verbose) { |
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fputs(fname, stderr); |
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fputs(": concatenated matrix\n", stderr); |
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} |
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rmx_free(mright); |
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rmx_free(mleft); |
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mleft = mres; |
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} else if (op->op == '+') { |
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if (!rmx_sum(mleft, mright, op->nsf ? op->sca : (double *)NULL)) { |
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fputs(fname, stderr); |
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fputs(": matrix sum failed\n", stderr); |
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rmx_free(mright); |
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return(NULL); |
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} |
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if (verbose) { |
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fputs(fname, stderr); |
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fputs(": added in matrix\n", stderr); |
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} |
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rmx_free(mright); |
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} else { |
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fprintf(stderr, "%s: unknown operation '%c'\n", fname, op->op); |
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rmx_free(mright); |
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return(NULL); |
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} |
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return(mleft); |
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} |
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static int |
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get_factors(double da[], int n, char *av[]) |
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{ |
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int ac; |
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for (ac = 0; ac < n && isflt(av[ac]); ac++) |
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da[ac] = atof(av[ac]); |
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return(ac); |
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} |
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/* Load one or more matrices and operate on them, sending results to stdout */ |
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int |
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main(int argc, char *argv[]) |
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{ |
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RMATRIX *mres = NULL; |
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ROPERAT op; |
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long nbw; |
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int i; |
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/* initialize */ |
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op_default(&op); |
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/* get options and arguments */ |
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for (i = 1; i < argc; i++) |
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if (argv[i][0] == '+' && !argv[i][1]) { |
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op.op = '+'; |
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} else if (argv[i][0] != '-' || !argv[i][1]) { |
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char *fname = NULL; /* load matrix */ |
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if (argv[i][0] != '-') |
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fname = argv[i]; |
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mres = operate(mres, &op, fname); |
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if (mres == NULL) { |
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fprintf(stderr, "%s: operation failed on '%s'\n", |
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argv[0], argv[i]); |
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return(0); |
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} |
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op_default(&op); /* reset operator */ |
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} else { |
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int n = argc-1 - i; |
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switch (argv[i][1]) { /* get option */ |
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case 'v': |
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verbose = !verbose; |
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break; |
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case 'f': |
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switch (argv[i][2]) { |
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case 'd': |
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outfmt = DTdouble; |
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break; |
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case 'f': |
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outfmt = DTfloat; |
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break; |
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case 'a': |
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outfmt = DTascii; |
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break; |
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case 'c': |
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outfmt = DTrgbe; |
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break; |
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default: |
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goto userr; |
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} |
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break; |
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case 't': |
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if (!op.nsf & !op.clen) |
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op.transpose = -1; |
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else |
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op.transpose = 1; |
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break; |
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case 's': |
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if (n > MAXCOMP) n = MAXCOMP; |
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op.nsf = get_factors(op.sca, n, argv+i+1); |
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i += op.nsf; |
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break; |
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case 'c': |
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if (n > MAXCOMP*MAXCOMP) n = MAXCOMP*MAXCOMP; |
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op.clen = get_factors(op.cmat, n, argv+i+1); |
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i += op.clen; |
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break; |
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default: |
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fprintf(stderr, "%s: unknown operation '%s'\n", |
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argv[0], argv[i]); |
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goto userr; |
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} |
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} |
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if (mres == NULL) /* check that we got something */ |
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goto userr; |
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/* write result to stdout */ |
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newheader("RADIANCE", stdout); |
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printargs(argc, argv, stdout); |
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nbw = rmx_write(mres, outfmt, stdout); |
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/* rmx_free(mres); mres = NULL; */ |
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if (nbw <= 0) { |
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fprintf(stderr, "%s: error writing result matrix\n", argv[0]); |
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return(1); |
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} |
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if (verbose) |
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fprintf(stderr, "%s: %ld bytes written\n", argv[0], nbw); |
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return(0); |
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userr: |
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fprintf(stderr, |
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"Usage: %s [-v][-f[adfc][-t][-s sf ..][-c ce ..] m1 [+] .. > mres\n", |
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argv[0]); |
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return(1); |
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} |
