void compute_fixed_weight(int *weight, const double *pbSize, const int *dmask, const int *bCumprod, const int ND, const int diffdim){
	int i, j;
	int *eff_cumprod, *subv, *diffsize, *diff_cumprod;

	subv = malloc(diffdim * sizeof(int));
	eff_cumprod = malloc(diffdim * sizeof(int));
	diffsize = malloc(diffdim * sizeof(int));
	diff_cumprod = malloc(diffdim * sizeof(int));
	for(i=0; i<diffdim; i++){
		eff_cumprod[i] = bCumprod[dmask[i]];
		diffsize[i] = (int)pbSize[dmask[i]];
	}
	diff_cumprod[0] = 1;
	for(i=0; i<diffdim-1; i++){
		diff_cumprod[i+1] = diff_cumprod[i] * diffsize[i];
	}
	for(i=0; i<ND; i++){
		ind_subv(i, diff_cumprod, diffdim, subv);
		weight[i] = 0;
		for(j=0; j<diffdim; j++){
			weight[i] += eff_cumprod[j] * subv[j];
		}
	}
	free(eff_cumprod);
	free(subv);
	free(diffsize);
	free(diff_cumprod);
}
void multiply_spPot_by_spPot(mxArray *bigPot, const mxArray *smallPot){
	int     i, j, count, bdim, sdim, NB, NZB, NZS, position, bindex, sindex, nzCounts=0;
	int     *mask, *index, *result, *bir, *sir, *bjc, *sjc, *bCumprod, *sCumprod, *bsubv, *ssubv;
	double  *bigTable, *pbDomain, *psDomain, *pbSize, *psSize, *bpr, *spr, value;
	mxArray *pTemp;

	pTemp = mxGetField(bigPot, 0, "domain");
	pbDomain = mxGetPr(pTemp);
	bdim = mxGetNumberOfElements(pTemp);
	pTemp = mxGetField(smallPot, 0, "domain");
	psDomain = mxGetPr(pTemp);
	sdim = mxGetNumberOfElements(pTemp);

	pTemp = mxGetField(bigPot, 0, "sizes");
	pbSize = mxGetPr(pTemp);
	pTemp = mxGetField(smallPot, 0, "sizes");
	psSize = mxGetPr(pTemp);

	NB = 1;
	for(i=0; i<bdim; i++){
		NB *= (int)pbSize[i];
	}

	pTemp = mxGetField(bigPot, 0, "T");
	bpr = mxGetPr(pTemp);
	bir = mxGetIr(pTemp);
	bjc = mxGetJc(pTemp);
	NZB = bjc[1];

	pTemp = mxGetField(smallPot, 0, "T");
	spr = mxGetPr(pTemp);
	sir = mxGetIr(pTemp);
	sjc = mxGetJc(pTemp);
	NZS = sjc[1];

	bigTable = malloc(NZB * sizeof(double));
	index = malloc(NZB * sizeof(double));
	mask = malloc(sdim * sizeof(int));
	bCumprod = malloc(bdim * sizeof(int));
	sCumprod = malloc(sdim * sizeof(int));
	bsubv = malloc(bdim * sizeof(int));
	ssubv = malloc(sdim * sizeof(int));

	for(i=0; i<NZB; i++){
		bigTable[i] = 0;
	}
	count = 0;
	for(i=0; i<sdim; i++){
		for(j=0; j<bdim; j++){
			if(psDomain[i] == pbDomain[j]){
				mask[count] = j;
				count++;
				break;
			}
		}
	}
	
	bCumprod[0] = 1;
	for(i=0; i<bdim-1; i++){
		bCumprod[i+1] = bCumprod[i] * (int)pbSize[i];
	}
	sCumprod[0] = 1;
	for(i=0; i<sdim-1; i++){
		sCumprod[i+1] = sCumprod[i] * (int)psSize[i];
	}

	for(i=0; i<NZB; i++){
		value = bpr[i];
		bindex = bir[i];
		ind_subv(bindex, bCumprod, bdim, bsubv);
		for(j=0; j<sdim; j++){
			ssubv[j] = bsubv[mask[j]];
		}
		sindex = subv_ind(sdim, sCumprod, ssubv);
		result = (int *) bsearch(&sindex, sir, NZS, sizeof(int), compare);
		if(result){
			position = result - sir;
			value *= spr[position];
			bigTable[nzCounts] = value;
			index[nzCounts] = bindex;
			nzCounts++;
		}
	}

	pTemp = mxGetField(bigPot, 0, "T");
	if(pTemp)mxDestroyArray(pTemp);
	pTemp = convert_table_to_sparse(bigTable, index, nzCounts, NB);
	mxSetField(bigPot, 0, "T", pTemp);

	free(bigTable);
	free(index);
	free(mask);
	free(bCumprod);
	free(sCumprod);
	free(bsubv);
	free(ssubv);
}
Exemplo n.º 3
0
void mexFunction(int nlhs, mxArray *plhs[], int nrhs, const mxArray *prhs[]){
	int     i, j, NS, NZB, count, bdim, match, domain, bindex, sindex, nzCounts=0;
	int     *observed, *bsubv, *ssubv, *bir, *sir, *bjc, *sjc, *mask, *ssize, *bcumprod, *scumprod;
	double  *pDomain, *pSize, *bpr, *spr;
	mxArray *pTemp;

	pTemp = mxGetField(prhs[0], 0, "CPT");
	bpr = mxGetPr(pTemp);
	bir = mxGetIr(pTemp);
	bjc = mxGetJc(pTemp);
	NZB = bjc[1];
	pTemp = mxGetField(prhs[0], 0, "sizes");
	pSize = mxGetPr(pTemp);

	pDomain = mxGetPr(prhs[1]);
	bdim = mxGetNumberOfElements(prhs[1]);

	mask = malloc(bdim * sizeof(int));
	ssize = malloc(bdim * sizeof(int));
	observed = malloc(bdim * sizeof(int));

	for(i=0; i<bdim; i++){
		ssize[i] = (int)pSize[i];
	}

	count = 0;
	for(i=0; i<bdim; i++){
		domain = (int)pDomain[i] - 1;
		pTemp = mxGetCell(prhs[2], domain);
		if(pTemp){
			mask[count] = i;
			ssize[i] = 1;
			observed[count] = (int)mxGetScalar(pTemp) - 1;
			count++;
		}
	}

	if(count == 0){
		pTemp = mxGetField(prhs[0], 0, "CPT");
		plhs[0] = mxDuplicateArray(pTemp);
		free(mask);
		free(ssize);
		free(observed);
		return;
	}

	bsubv = malloc(bdim * sizeof(int));
	ssubv = malloc(count * sizeof(int));
	bcumprod = malloc(bdim * sizeof(int));
	scumprod = malloc(bdim * sizeof(int));

	NS = 1;
	for(i=0; i<bdim; i++){
		NS *= ssize[i];
	}

	plhs[0] = mxCreateSparse(NS, 1, NS, mxREAL);
	spr = mxGetPr(plhs[0]);
	sir = mxGetIr(plhs[0]);
	sjc = mxGetJc(plhs[0]);
	sjc[0] = 0;
	sjc[1] = NS;

	bcumprod[0] = 1;
	scumprod[0] = 1;
	for(i=0; i<bdim-1; i++){
		bcumprod[i+1] = bcumprod[i] * (int)pSize[i];
		scumprod[i+1] = scumprod[i] * ssize[i];
	}

	nzCounts = 0;
	for(i=0; i<NZB; i++){
		bindex = bir[i];
		ind_subv(bindex, bcumprod, bdim, bsubv);
		for(j=0; j<count; j++){
			ssubv[j] = bsubv[mask[j]];
		}
		match = 1;
		for(j=0; j<count; j++){
			if((ssubv[j]) != observed[j]){
				match = 0;
				break;
			}
		}
		if(match){
			spr[nzCounts] = bpr[i];
			sindex = subv_ind(bdim, scumprod, bsubv);
			sir[nzCounts] = sindex;
			nzCounts++;
		}
	}

	reset_nzmax(plhs[0], NS, nzCounts);
	free(mask);
	free(ssize);
	free(observed);
	free(bsubv);
	free(ssubv);
	free(bcumprod);
	free(scumprod);
}
void multiply_null_by_spPot(mxArray *bigPot, const mxArray *smallPot){
	int     i, j, count, count1, match, temp, bdim, sdim, diffdim, NB, NS, ND, NZB, NZS, bindex, sindex, nzCounts=0;
	int     *samemask, *diffmask, *sir, *sjc, *bCumprod, *sCumprod, *ssubv, *sequence, *weight;
	double  *bigTable, *pbDomain, *psDomain, *pbSize, *psSize, *spr;
	mxArray *pTemp, *pTemp1;

	pTemp = mxGetField(bigPot, 0, "domain");
	pbDomain = mxGetPr(pTemp);
	bdim = mxGetNumberOfElements(pTemp);
	pTemp = mxGetField(smallPot, 0, "domain");
	psDomain = mxGetPr(pTemp);
	sdim = mxGetNumberOfElements(pTemp);

	pTemp = mxGetField(bigPot, 0, "sizes");
	pbSize = mxGetPr(pTemp);
	pTemp = mxGetField(smallPot, 0, "sizes");
	psSize = mxGetPr(pTemp);

	NB = 1;
	for(i=0; i<bdim; i++){
		NB *= (int)pbSize[i];
	}
	NS = 1;
	for(i=0; i<sdim; i++){
		NS *= (int)psSize[i];
	}
	ND = NB / NS;

	if(ND == 1){
		pTemp = mxGetField(bigPot, 0, "T");
		if(pTemp)mxDestroyArray(pTemp);
		pTemp1 = mxGetField(smallPot, 0, "T");
		pTemp = mxDuplicateArray(pTemp1);
		mxSetField(bigPot, 0, "T", pTemp);
		return;
	}

	pTemp = mxGetField(smallPot, 0, "T");
	spr = mxGetPr(pTemp);
	sir = mxGetIr(pTemp);
	sjc = mxGetJc(pTemp);
	NZS = sjc[1];

	NZB = ND * NZS;

	diffdim = bdim - sdim;
	sequence = malloc(NZB * 2 * sizeof(int));
	bigTable = malloc(NZB * sizeof(double));
	samemask = malloc(sdim * sizeof(int));
	diffmask = malloc(diffdim * sizeof(int));
	bCumprod = malloc(bdim * sizeof(int));
	sCumprod = malloc(sdim * sizeof(int));
	weight = malloc(ND * sizeof(int));
	ssubv = malloc(sdim * sizeof(int));

	count = 0;
	count1 = 0;
	for(i=0; i<bdim; i++){
		match = 0;
		for(j=0; j<sdim; j++){
			if(pbDomain[i] == psDomain[j]){
				samemask[count] = i;
				match = 1;
				count++;
				break;
			}
		}
		if(match == 0){
			diffmask[count1] = i; 
			count1++;
		}
	}

	bCumprod[0] = 1;
	for(i=0; i<bdim-1; i++){
		bCumprod[i+1] = bCumprod[i] * (int)pbSize[i];
	}
	sCumprod[0] = 1;
	for(i=0; i<sdim-1; i++){
		sCumprod[i+1] = sCumprod[i] * (int)psSize[i];
	}

	count = 0;
	compute_fixed_weight(weight, pbSize, diffmask, bCumprod, ND, diffdim);
	for(i=0; i<NZS; i++){
		sindex = sir[i];
		ind_subv(sindex, sCumprod, sdim, ssubv);
		temp = 0;
		for(j=0; j<sdim; j++){
			temp += ssubv[j] * bCumprod[samemask[j]];
		}
		for(j=0; j<ND; j++){
			bindex = weight[j] + temp;
			bigTable[nzCounts] = spr[i];
			sequence[count] = bindex;
			count++;
			sequence[count] = nzCounts;
			nzCounts++;
			count++;
		}
	}

	pTemp = mxGetField(bigPot, 0, "T");
	if(pTemp)mxDestroyArray(pTemp);
	qsort(sequence, nzCounts, sizeof(int) * 2, compare);
	pTemp = convert_ill_table_to_sparse(bigTable, sequence, nzCounts, NB);
	mxSetField(bigPot, 0, "T", pTemp);

	free(sequence); 
	free(bigTable);
	free(samemask);
	free(diffmask);
	free(bCumprod);
	free(sCumprod);
	free(weight);
	free(ssubv);
}
Exemplo n.º 5
0
void multiply_spPot_by_fuPot(mxArray *bigPot, const mxArray *smallPot){
	int     i, j, count, bdim, sdim, NB, NZB, bindex, sindex, nzCounts=0;
	int     *mask, *bir, *bjc, *rir, *rjc, *bCumprod, *sCumprod, *bsubv, *ssubv;
	double  *pbDomain, *psDomain, *pbSize, *psSize, *bpr, *spr, *rpr, value;
	mxArray *pTemp, *pTemp1;

	pTemp = mxGetField(bigPot, 0, "domain");
	pbDomain = mxGetPr(pTemp);
	bdim = mxGetNumberOfElements(pTemp);
	pTemp = mxGetField(smallPot, 0, "domain");
	psDomain = mxGetPr(pTemp);
	sdim = mxGetNumberOfElements(pTemp);

	pTemp = mxGetField(bigPot, 0, "sizes");
	pbSize = mxGetPr(pTemp);
	pTemp = mxGetField(smallPot, 0, "sizes");
	psSize = mxGetPr(pTemp);

	NB = 1;
	for(i=0; i<bdim; i++){
		NB *= (int)pbSize[i];
	}

	pTemp = mxGetField(bigPot, 0, "T");
	bpr = mxGetPr(pTemp);
	bir = mxGetIr(pTemp);
	bjc = mxGetJc(pTemp);
	NZB = bjc[1];

	pTemp = mxGetField(smallPot, 0, "T");
	spr = mxGetPr(pTemp);

	pTemp1 = mxCreateSparse(NB, 1, NZB, mxREAL);
	rpr = mxGetPr(pTemp1);
	rir = mxGetIr(pTemp1);
	rjc = mxGetJc(pTemp1);
	rjc[0] = 0;
	rjc[1] = NZB;

	mask = malloc(sdim * sizeof(int));
	bCumprod = malloc(bdim * sizeof(int));
	sCumprod = malloc(sdim * sizeof(int));
	bsubv = malloc(bdim * sizeof(int));
	ssubv = malloc(sdim * sizeof(int));

	count = 0;
	for(i=0; i<sdim; i++){
		for(j=0; j<bdim; j++){
			if(psDomain[i] == pbDomain[j]){
				mask[count] = j;
				count++;
				break;
			}
		}
	}
	
	bCumprod[0] = 1;
	for(i=0; i<bdim-1; i++){
		bCumprod[i+1] = bCumprod[i] * (int)pbSize[i];
	}
	sCumprod[0] = 1;
	for(i=0; i<sdim-1; i++){
		sCumprod[i+1] = sCumprod[i] * (int)psSize[i];
	}

	for(i=0; i<NZB; i++){
		bindex = bir[i];
		ind_subv(bindex, bCumprod, bdim, bsubv);
		for(j=0; j<sdim; j++){
			ssubv[j] = bsubv[mask[j]];
		}
		sindex = subv_ind(sdim, sCumprod, ssubv);
		value = spr[sindex];
		if(value != 0){
			rpr[nzCounts] = bpr[i] * value;
			rir[nzCounts] = bindex;
			nzCounts++;
		}
	}

	pTemp = mxGetField(bigPot, 0, "T");
	if(pTemp)mxDestroyArray(pTemp);
	reset_nzmax(pTemp1, NZB, nzCounts);
	mxSetField(bigPot, 0, "T", pTemp1);

	free(mask);
	free(bCumprod);
	free(sCumprod);
	free(bsubv);
	free(ssubv);
}