Branch Coverage

lib/PDL/Transform.pd

Criterion	Covered	Total	%
branch	400	2034	19.6

line	true	false	branch
429	922	170	if (slimit < 6.0)
435	2013	2347	for (i=0; i
436	3684	1842	for (j=0; j
442	1421	921	while (RotCount != 0 && SweepCount <= slimit)
	1421	0	while (RotCount != 0 && SweepCount <= slimit)
446	1421	1421	for (j=0; j
448	1436	1430	for (k=j+1; k
451	2842	1445	for (i=0; i
457	921	524	if (q >= r)
459	921	0	if (q<=e2*Z[0] || fabs(p)<=tol*q) RotCount--;
	922	29	if (q<=e2*Z[0] || fabs(p)<=tol*q) RotCount--;
464	0	30	for (i=0; i
475	345	185	if (p<0) s0 = -s0;
477	2001	509	for (i=0; i
485	10	1421	while (EstColRank>=3 && Z[(EstColRank-1)]<=Z[0]*tol+tol*tol)
	19	10	while (EstColRank>=3 && Z[(EstColRank-1)]<=Z[0]*tol+tol*tol)
525	1842	950	for( i=offset=0; i
530	1842	950	for( i=0; i
533	1652	207	char symmetric = !(bot || top);
	1430	235	char symmetric = !(bot || top);
536	1654	217	ohi = ((PDL_Double *)map->data) + ( offset + ( top ? 0 : diff ));
537	1640	207	olo = ((PDL_Double *)map->data) + ( offset - ( bot ? 0 : diff ));
539	3689	1866	for( j=0; j
545	2861	847	if(symmetric)
562	1865	921	for (i=0;i
568	1842	950	for(i=0; i
570	3689	1866	for(j=0;j
577	1842	950	for(i=0;i
579	1000	871	if(*aptr < sv_min)
581	932	939	if(*aptr > max_sv )
594	1842	930	for(i=0;i
595	3693	1842	for(j=0;j
598	7368	3684	for(k=0;k
659	0	0	PDL_RETERROR(PDL_err, PDL->make_physical(in));
	0	0	PDL_RETERROR(PDL_err, PDL->make_physical(in));
	0	5	PDL_RETERROR(PDL_err, PDL->make_physical(in));
	5	1	PDL_RETERROR(PDL_err, PDL->make_physical(in));
	1	5	PDL_RETERROR(PDL_err, PDL->make_physical(in));
	8	1	PDL_RETERROR(PDL_err, PDL->make_physical(in));
	0	0	PDL_RETERROR(PDL_err, PDL->make_physical(in));
	0	0	PDL_RETERROR(PDL_err, PDL->make_physical(in));
	0	0	PDL_RETERROR(PDL_err, PDL->make_physical(in));
	0	9	PDL_RETERROR(PDL_err, PDL->make_physical(in));
	0	16	PDL_RETERROR(PDL_err, PDL->make_physical(in));
	0	9	PDL_RETERROR(PDL_err, PDL->make_physical(in));
660	0	9	PDL_RETERROR(PDL_err, PDL->make_physical(out));
	0	8	PDL_RETERROR(PDL_err, PDL->make_physical(out));
	0	1	PDL_RETERROR(PDL_err, PDL->make_physical(out));
	0	1	PDL_RETERROR(PDL_err, PDL->make_physical(out));
	0	6	PDL_RETERROR(PDL_err, PDL->make_physical(out));
	0	1	PDL_RETERROR(PDL_err, PDL->make_physical(out));
	0	1	PDL_RETERROR(PDL_err, PDL->make_physical(out));
	0	2	PDL_RETERROR(PDL_err, PDL->make_physical(out));
	0	4	PDL_RETERROR(PDL_err, PDL->make_physical(out));
	8	1	PDL_RETERROR(PDL_err, PDL->make_physical(out));
	9	27	PDL_RETERROR(PDL_err, PDL->make_physical(out));
	10	19	PDL_RETERROR(PDL_err, PDL->make_physical(out));
661	0	29	PDL_RETERROR(PDL_err, PDL->make_physical(map));
	24	5	PDL_RETERROR(PDL_err, PDL->make_physical(map));
	17	12	PDL_RETERROR(PDL_err, PDL->make_physical(map));
	0	12	PDL_RETERROR(PDL_err, PDL->make_physical(map));
	12	5	PDL_RETERROR(PDL_err, PDL->make_physical(map));
	0	0	PDL_RETERROR(PDL_err, PDL->make_physical(map));
	0	12	PDL_RETERROR(PDL_err, PDL->make_physical(map));
	0	23	PDL_RETERROR(PDL_err, PDL->make_physical(map));
	12	0	PDL_RETERROR(PDL_err, PDL->make_physical(map));
	0	12	PDL_RETERROR(PDL_err, PDL->make_physical(map));
	0	19	PDL_RETERROR(PDL_err, PDL->make_physical(map));
	1	11	PDL_RETERROR(PDL_err, PDL->make_physical(map));
674	0	12	for (i=0;i
	0	12	for (i=0;i
	0	0	for (i=0;i
	0	18	for (i=0;i
	0	30	for (i=0;i
	24	37	for (i=0;i
	24	37	for (i=0;i
	0	10	for (i=0;i
	10	51	for (i=0;i
	0	40	for (i=0;i
	0	40	for (i=0;i
	0	30	for (i=0;i
678	0	30	for(i=0;i
	0	29	for(i=0;i
	0	0	for(i=0;i
	0	0	for(i=0;i
	10	5	for(i=0;i
	0	0	for(i=0;i
	0	0	for(i=0;i
	0	0	for(i=0;i
	0	0	for(i=0;i
	0	0	for(i=0;i
	14	7	for(i=0;i
	0	0	for(i=0;i
679	0	0	switch(bstr[i < blen ? i : blen-1 ]) {
	0	0	switch(bstr[i < blen ? i : blen-1 ]) {
	0	0	switch(bstr[i < blen ? i : blen-1 ]) {
	0	0	switch(bstr[i < blen ? i : blen-1 ]) {
	8	38	switch(bstr[i < blen ? i : blen-1 ]) {
	12	24	switch(bstr[i < blen ? i : blen-1 ]) {
	36	0	switch(bstr[i < blen ? i : blen-1 ]) {
	36	0	switch(bstr[i < blen ? i : blen-1 ]) {
	25	11	switch(bstr[i < blen ? i : blen-1 ]) {
	2	34	switch(bstr[i < blen ? i : blen-1 ]) {
	13	37	switch(bstr[i < blen ? i : blen-1 ]) {
	10	1	switch(bstr[i < blen ? i : blen-1 ]) {
707	1	10	if(big <= 0)
	11	0	if(big <= 0)
	0	2	if(big <= 0)
	5	6	if(big <= 0)
	3	8	if(big <= 0)
	0	3	if(big <= 0)
	0	3	if(big <= 0)
	1	2	if(big <= 0)
	25	11	if(big <= 0)
	0	3	if(big <= 0)
	0	8	if(big <= 0)
	1	0	if(big <= 0)
711	0	35	if(blur < 0)
	1	35	if(blur < 0)
	36	0	if(blur < 0)
	7	29	if(blur < 0)
	36	5	if(blur < 0)
	140	4	if(blur < 0)
	0	35	if(blur < 0)
	1	34	if(blur < 0)
	0	11	if(blur < 0)
	0	11	if(blur < 0)
	36	7	if(blur < 0)
	0	0	if(blur < 0)
715	0	0	if(sv_min < 0)
	0	0	if(sv_min < 0)
	0	0	if(sv_min < 0)
	0	0	if(sv_min < 0)
	0	5	if(sv_min < 0)
	0	0	if(sv_min < 0)
	0	0	if(sv_min < 0)
	0	0	if(sv_min < 0)
	0	2	if(sv_min < 0)
	0	0	if(sv_min < 0)
	0	8	if(sv_min < 0)
	0	2	if(sv_min < 0)
728	2	21	case 'h': // h - lookup-table hanning window
	23	0	case 'h': // h - lookup-table hanning window
	0	23	case 'h': // h - lookup-table hanning window
	0	23	case 'h': // h - lookup-table hanning window
	1	21	case 'h': // h - lookup-table hanning window
	0	1	case 'h': // h - lookup-table hanning window
	0	0	case 'h': // h - lookup-table hanning window
	0	0	case 'h': // h - lookup-table hanning window
	0	22	case 'h': // h - lookup-table hanning window
	0	22	case 'h': // h - lookup-table hanning window
	1	27	case 'h': // h - lookup-table hanning window
	1	22	case 'h': // h - lookup-table hanning window
730	46	0	int i;
	0	0	int i;
	0	0	int i;
	0	0	int i;
	2500	1	int i;
	0	0	int i;
	0	0	int i;
	0	0	int i;
	0	0	int i;
	0	0	int i;
	2500	1	int i;
	0	0	int i;
739	0	0	case 'H': // H - rigorous hanning window
	0	0	case 'H': // H - rigorous hanning window
	0	0	case 'H': // H - rigorous hanning window
	0	0	case 'H': // H - rigorous hanning window
	2	0	case 'H': // H - rigorous hanning window
	0	0	case 'H': // H - rigorous hanning window
	0	0	case 'H': // H - rigorous hanning window
	0	0	case 'H': // H - rigorous hanning window
	0	0	case 'H': // H - rigorous hanning window
	0	0	case 'H': // H - rigorous hanning window
	6	0	case 'H': // H - rigorous hanning window
	0	0	case 'H': // H - rigorous hanning window
745	0	0	method = 'g';
	0	0	method = 'g';
	0	0	method = 'g';
	0	0	method = 'g';
	1	1	method = 'g';
	0	0	method = 'g';
	0	0	method = 'g';
	0	0	method = 'g';
	0	0	method = 'g';
	0	0	method = 'g';
	1	0	method = 'g';
	0	0	method = 'g';
747	0	0
	0	0
	0	0
	0	0
	4000	1
	0	0
	0	0
	0	0
	0	0
	0	0
	4000	1
	0	0
771	0	0	/* Start of Real Work */
	0	0	/* Start of Real Work */
	0	0	/* Start of Real Work */
	0	0	/* Start of Real Work */
	10	5	/* Start of Real Work */
	0	0	/* Start of Real Work */
	0	0	/* Start of Real Work */
	0	0	/* Start of Real Work */
	0	0	/* Start of Real Work */
	0	0	/* Start of Real Work */
	14	7	/* Start of Real Work */
	0	0	/* Start of Real Work */
776	0	0	ovec[i] = 0;
	0	0	ovec[i] = 0;
	0	0	ovec[i] = 0;
	0	0	ovec[i] = 0;
	5	5	ovec[i] = 0;
	0	0	ovec[i] = 0;
	0	0	ovec[i] = 0;
	0	0	ovec[i] = 0;
	0	0	ovec[i] = 0;
	0	0	ovec[i] = 0;
	7	7	ovec[i] = 0;
	0	0	ovec[i] = 0;
777	0	0
	0	0
	0	0
	0	0
	10	5
	0	0
	0	0
	0	0
	0	0
	0	0
	14	7
	0	0
810	0	0	#endif
	0	0	#endif
	0	0	#endif
	0	0	#endif
	1000	500	#endif
	0	0	#endif
	0	0	#endif
	0	0	#endif
	0	0	#endif
	0	0	#endif
	842	421	#endif
	0	0	#endif
817	0	0	{
	0	0	{
	0	0	{
	0	0	{
	1000	500	{
	0	0	{
	0	0	{
	0	0	{
	0	0	{
	0	0	{
	842	421	{
	0	0	{
823	0	0	}
	0	0	}
	0	0	}
	0	0	}
	500	500	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	421	421	}
	0	0	}
829	0	0	/* Initialize accumulators */
	0	0	/* Initialize accumulators */
	0	0	/* Initialize accumulators */
	0	0	/* Initialize accumulators */
	500	500	/* Initialize accumulators */
	0	0	/* Initialize accumulators */
	0	0	/* Initialize accumulators */
	0	0	/* Initialize accumulators */
	0	0	/* Initialize accumulators */
	0	0	/* Initialize accumulators */
	421	421	/* Initialize accumulators */
	0	0	/* Initialize accumulators */
834	0	0
	0	0
	0	0
	0	0
	500	500
	0	0
	0	0
	0	0
	0	0
	0	0
	421	421
	0	0
851	0	0	*
	0	0	*
	0	0	*
	0	0	*
	1000	500	*
	0	0	*
	0	0	*
	0	0	*
	0	0	*
	0	0	*
	842	421	*
	0	0	*
853	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	600	400	* current dim.
	0	600	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	0	0	* current dim.
	594	248	* current dim.
	120	474	* current dim.
	0	0	* current dim.
	0	0	* current dim.
862	0	0	if(j<0 || j >= in->dims[i]) {
	0	0	if(j<0 || j >= in->dims[i]) {
	0	0	if(j<0 || j >= in->dims[i]) {
	0	0	if(j<0 || j >= in->dims[i]) {
	400	0	if(j<0 || j >= in->dims[i]) {
	0	0	if(j<0 || j >= in->dims[i]) {
	0	0	if(j<0 || j >= in->dims[i]) {
	0	0	if(j<0 || j >= in->dims[i]) {
	0	0	if(j<0 || j >= in->dims[i]) {
	0	0	if(j<0 || j >= in->dims[i]) {
	208	60	if(j<0 || j >= in->dims[i]) {
	0	0	if(j<0 || j >= in->dims[i]) {
868	0	0	t_vio++;
	0	0	t_vio++;
	0	0	t_vio++;
	0	0	t_vio++;
	0	0	t_vio++;
	0	0	t_vio++;
	0	0	t_vio++;
	0	0	t_vio++;
	0	0	t_vio++;
	0	0	t_vio++;
	20	30	t_vio++;
	0	0	t_vio++;
874	0	0	j = in->dims[i] - 1;
	0	0	j = in->dims[i] - 1;
	0	0	j = in->dims[i] - 1;
	0	0	j = in->dims[i] - 1;
	0	0	j = in->dims[i] - 1;
	0	0	j = in->dims[i] - 1;
	0	0	j = in->dims[i] - 1;
	0	0	j = in->dims[i] - 1;
	0	0	j = in->dims[i] - 1;
	0	0	j = in->dims[i] - 1;
	0	50	j = in->dims[i] - 1;
	0	0	j = in->dims[i] - 1;
877	0	0	j %= in->dims[i];
	0	0	j %= in->dims[i];
	0	0	j %= in->dims[i];
	0	0	j %= in->dims[i];
	0	0	j %= in->dims[i];
	0	0	j %= in->dims[i];
	0	0	j %= in->dims[i];
	0	0	j %= in->dims[i];
	0	0	j %= in->dims[i];
	0	0	j %= in->dims[i];
	50	0	j %= in->dims[i];
	0	0	j %= in->dims[i];
895	0	0	}
	0	0	}
	0	0	}
	0	0	}
	1000	500	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	842	421	}
	0	0	}
918	0	0	/* we walk through the array using dimincs and the old offset. This saves */
	0	0	/* we walk through the array using dimincs and the old offset. This saves */
	0	0	/* we walk through the array using dimincs and the old offset. This saves */
	0	0	/* we walk through the array using dimincs and the old offset. This saves */
	9250	3250	/* we walk through the array using dimincs and the old offset. This saves */
	0	0	/* we walk through the array using dimincs and the old offset. This saves */
	0	0	/* we walk through the array using dimincs and the old offset. This saves */
	0	0	/* we walk through the array using dimincs and the old offset. This saves */
	0	0	/* we walk through the array using dimincs and the old offset. This saves */
	0	0	/* we walk through the array using dimincs and the old offset. This saves */
	7182	4519	/* we walk through the array using dimincs and the old offset. This saves */
	0	0	/* we walk through the array using dimincs and the old offset. This saves */
923	0	0	PDL_Double alpha; // weighting coefficient for the current point
	0	0	PDL_Double alpha; // weighting coefficient for the current point
	0	0	PDL_Double alpha; // weighting coefficient for the current point
	0	0	PDL_Double alpha; // weighting coefficient for the current point
	18500	9250	PDL_Double alpha; // weighting coefficient for the current point
	0	0	PDL_Double alpha; // weighting coefficient for the current point
	0	0	PDL_Double alpha; // weighting coefficient for the current point
	0	0	PDL_Double alpha; // weighting coefficient for the current point
	0	0	PDL_Double alpha; // weighting coefficient for the current point
	0	0	PDL_Double alpha; // weighting coefficient for the current point
	14364	7182	PDL_Double alpha; // weighting coefficient for the current point
	0	0	PDL_Double alpha; // weighting coefficient for the current point
937	0	0	switch(method) {
	0	0	switch(method) {
	0	0	switch(method) {
	0	0	switch(method) {
	2645	1850	switch(method) {
	0	0	switch(method) {
	0	0	switch(method) {
	0	0	switch(method) {
	0	0	switch(method) {
	0	0	switch(method) {
	8353	6341	switch(method) {
	0	0	switch(method) {
944	0	0	/* weighting calculation, so we do. Using 2500 entries and linear */
	0	0	/* weighting calculation, so we do. Using 2500 entries and linear */
	0	0	/* weighting calculation, so we do. Using 2500 entries and linear */
	0	0	/* weighting calculation, so we do. Using 2500 entries and linear */
	5290	2645	/* weighting calculation, so we do. Using 2500 entries and linear */
	0	0	/* weighting calculation, so we do. Using 2500 entries and linear */
	0	0	/* weighting calculation, so we do. Using 2500 entries and linear */
	0	0	/* weighting calculation, so we do. Using 2500 entries and linear */
	0	0	/* weighting calculation, so we do. Using 2500 entries and linear */
	0	0	/* weighting calculation, so we do. Using 2500 entries and linear */
	16706	8353	/* weighting calculation, so we do. Using 2500 entries and linear */
	0	0	/* weighting calculation, so we do. Using 2500 entries and linear */
954	0	0	ap = tvec;
	0	0	ap = tvec;
	0	0	ap = tvec;
	0	0	ap = tvec;
	2645	0	ap = tvec;
	0	0	ap = tvec;
	0	0	ap = tvec;
	0	0	ap = tvec;
	0	0	ap = tvec;
	0	0	ap = tvec;
	6875	1478	ap = tvec;
	0	0	ap = tvec;
955	0	0	/* Get the matrix-multiply element for this dimension */
	0	0	/* Get the matrix-multiply element for this dimension */
	0	0	/* Get the matrix-multiply element for this dimension */
	0	0	/* Get the matrix-multiply element for this dimension */
	1517	1128	/* Get the matrix-multiply element for this dimension */
	0	0	/* Get the matrix-multiply element for this dimension */
	0	0	/* Get the matrix-multiply element for this dimension */
	0	0	/* Get the matrix-multiply element for this dimension */
	0	0	/* Get the matrix-multiply element for this dimension */
	0	0	/* Get the matrix-multiply element for this dimension */
	5707	1168	/* Get the matrix-multiply element for this dimension */
	0	0	/* Get the matrix-multiply element for this dimension */
961	0	0	/* We scale the filter by the blur parameter -- but if blur is less */
	0	0	/* We scale the filter by the blur parameter -- but if blur is less */
	0	0	/* We scale the filter by the blur parameter -- but if blur is less */
	0	0	/* We scale the filter by the blur parameter -- but if blur is less */
	0	1128	/* We scale the filter by the blur parameter -- but if blur is less */
	0	0	/* We scale the filter by the blur parameter -- but if blur is less */
	0	0	/* We scale the filter by the blur parameter -- but if blur is less */
	0	0	/* We scale the filter by the blur parameter -- but if blur is less */
	0	0	/* We scale the filter by the blur parameter -- but if blur is less */
	0	0	/* We scale the filter by the blur parameter -- but if blur is less */
	0	1168	/* We scale the filter by the blur parameter -- but if blur is less */
	0	0	/* We scale the filter by the blur parameter -- but if blur is less */
975	0	0	lodex = HANNING_LOOKUP_SIZE;
	0	0	lodex = HANNING_LOOKUP_SIZE;
	0	0	lodex = HANNING_LOOKUP_SIZE;
	0	0	lodex = HANNING_LOOKUP_SIZE;
	2645	1850	lodex = HANNING_LOOKUP_SIZE;
	0	0	lodex = HANNING_LOOKUP_SIZE;
	0	0	lodex = HANNING_LOOKUP_SIZE;
	0	0	lodex = HANNING_LOOKUP_SIZE;
	0	0	lodex = HANNING_LOOKUP_SIZE;
	0	0	lodex = HANNING_LOOKUP_SIZE;
	0	0	lodex = HANNING_LOOKUP_SIZE;
	0	0	lodex = HANNING_LOOKUP_SIZE;
978	0	0	alpha *= hanning_lookup[hidex]*beta + hanning_lookup[lodex]*(1-beta);
	0	0	alpha *= hanning_lookup[hidex]*beta + hanning_lookup[lodex]*(1-beta);
	0	0	alpha *= hanning_lookup[hidex]*beta + hanning_lookup[lodex]*(1-beta);
	0	0	alpha *= hanning_lookup[hidex]*beta + hanning_lookup[lodex]*(1-beta);
	5290	2645	alpha *= hanning_lookup[hidex]*beta + hanning_lookup[lodex]*(1-beta);
	0	0	alpha *= hanning_lookup[hidex]*beta + hanning_lookup[lodex]*(1-beta);
	0	0	alpha *= hanning_lookup[hidex]*beta + hanning_lookup[lodex]*(1-beta);
	0	0	alpha *= hanning_lookup[hidex]*beta + hanning_lookup[lodex]*(1-beta);
	0	0	alpha *= hanning_lookup[hidex]*beta + hanning_lookup[lodex]*(1-beta);
	0	0	alpha *= hanning_lookup[hidex]*beta + hanning_lookup[lodex]*(1-beta);
	0	0	alpha *= hanning_lookup[hidex]*beta + hanning_lookup[lodex]*(1-beta);
	0	0	alpha *= hanning_lookup[hidex]*beta + hanning_lookup[lodex]*(1-beta);
981	0	0	} /* end of dimension loop */
	0	0	} /* end of dimension loop */
	0	0	} /* end of dimension loop */
	0	0	} /* end of dimension loop */
	1517	1128	} /* end of dimension loop */
	0	0	} /* end of dimension loop */
	0	0	} /* end of dimension loop */
	0	0	} /* end of dimension loop */
	0	0	} /* end of dimension loop */
	0	0	} /* end of dimension loop */
	0	0	} /* end of dimension loop */
	0	0	} /* end of dimension loop */
994	0	0	dd = (fabs(dd) - hanning_offset) / blur;
	0	0	dd = (fabs(dd) - hanning_offset) / blur;
	0	0	dd = (fabs(dd) - hanning_offset) / blur;
	0	0	dd = (fabs(dd) - hanning_offset) / blur;
	7198	3700	dd = (fabs(dd) - hanning_offset) / blur;
	0	0	dd = (fabs(dd) - hanning_offset) / blur;
	0	0	dd = (fabs(dd) - hanning_offset) / blur;
	0	0	dd = (fabs(dd) - hanning_offset) / blur;
	0	0	dd = (fabs(dd) - hanning_offset) / blur;
	0	0	dd = (fabs(dd) - hanning_offset) / blur;
	1682	841	dd = (fabs(dd) - hanning_offset) / blur;
	0	0	dd = (fabs(dd) - hanning_offset) / blur;
997	0	0	i = ndims;
	0	0	i = ndims;
	0	0	i = ndims;
	0	0	i = ndims;
	14396	7198	i = ndims;
	0	0	i = ndims;
	0	0	i = ndims;
	0	0	i = ndims;
	0	0	i = ndims;
	0	0	i = ndims;
	3364	1682	i = ndims;
	0	0	i = ndims;
1001	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	832	6366	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	100	1582	break;
	0	0	break;
1006	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	2868	832	PDL_Double sum = 0;
	2868	0	PDL_Double sum = 0;
	0	2868	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	741	100	PDL_Double sum = 0;
	741	0	PDL_Double sum = 0;
	0	741	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
	0	0	PDL_Double sum = 0;
1026	0	0	lodex = beta;
	0	0	lodex = beta;
	0	0	lodex = beta;
	0	0	lodex = beta;
	3348	1850	lodex = beta;
	0	0	lodex = beta;
	0	0	lodex = beta;
	0	0	lodex = beta;
	0	0	lodex = beta;
	0	0	lodex = beta;
	0	0	lodex = beta;
	0	0	lodex = beta;
1029	0	0	//do a linear interpolation between the two nearest values
	0	0	//do a linear interpolation between the two nearest values
	0	0	//do a linear interpolation between the two nearest values
	0	0	//do a linear interpolation between the two nearest values
	6696	3348	//do a linear interpolation between the two nearest values
	0	0	//do a linear interpolation between the two nearest values
	0	0	//do a linear interpolation between the two nearest values
	0	0	//do a linear interpolation between the two nearest values
	0	0	//do a linear interpolation between the two nearest values
	0	0	//do a linear interpolation between the two nearest values
	0	0	//do a linear interpolation between the two nearest values
	0	0	//do a linear interpolation between the two nearest values
1033	0	0	}
	0	0	}
	0	0	}
	0	0	}
	892	2456	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
1037	0	0	/* This is the Gaussian rolloff with explicit calculation, preserved */
	0	0	/* This is the Gaussian rolloff with explicit calculation, preserved */
	0	0	/* This is the Gaussian rolloff with explicit calculation, preserved */
	0	0	/* This is the Gaussian rolloff with explicit calculation, preserved */
	332	1518	/* This is the Gaussian rolloff with explicit calculation, preserved */
	0	0	/* This is the Gaussian rolloff with explicit calculation, preserved */
	0	0	/* This is the Gaussian rolloff with explicit calculation, preserved */
	0	0	/* This is the Gaussian rolloff with explicit calculation, preserved */
	0	0	/* This is the Gaussian rolloff with explicit calculation, preserved */
	0	0	/* This is the Gaussian rolloff with explicit calculation, preserved */
	0	0	/* This is the Gaussian rolloff with explicit calculation, preserved */
	0	0	/* This is the Gaussian rolloff with explicit calculation, preserved */
1052	0	0
	0	0
	0	0
	0	0
	9250	9250
	0	0
	0	0
	0	0
	0	0
	0	0
	7182	7182
	0	0
1053	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	9250	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	306	6876	if(sum > GAUSSIAN_MAXVAL)
	306	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
	0	0	if(sum > GAUSSIAN_MAXVAL)
1066	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	25000	2500	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	15000	10000	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	23402	2203	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	13904	9498	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
	0	0	$GENERIC() *dat = (($GENERIC() *)(in->data)) + i_off;
1072	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	14350	650	wgt[i] += alpha;
	14350	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	12626	1278	wgt[i] += alpha;
	7651	4975	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
	0	0	wgt[i] += alpha;
1080	0	0	/* Advance input accumulation loop. */
	0	0	/* Advance input accumulation loop. */
	0	0	/* Advance input accumulation loop. */
	0	0	/* Advance input accumulation loop. */
	400	250	/* Advance input accumulation loop. */
	0	0	/* Advance input accumulation loop. */
	0	0	/* Advance input accumulation loop. */
	0	0	/* Advance input accumulation loop. */
	0	0	/* Advance input accumulation loop. */
	0	0	/* Advance input accumulation loop. */
	642	3631	/* Advance input accumulation loop. */
	0	0	/* Advance input accumulation loop. */
1082	0	0	carry = 1;
	0	0	carry = 1;
	0	0	carry = 1;
	0	0	carry = 1;
	0	250	carry = 1;
	0	0	carry = 1;
	0	0	carry = 1;
	0	0	carry = 1;
	0	0	carry = 1;
	0	0	carry = 1;
	950	2681	carry = 1;
	0	0	carry = 1;
1088	0	0	/* Advance the offset into the data array */
	0	0	/* Advance the offset into the data array */
	0	0	/* Advance the offset into the data array */
	0	0	/* Advance the offset into the data array */
	0	0	/* Advance the offset into the data array */
	0	0	/* Advance the offset into the data array */
	0	0	/* Advance the offset into the data array */
	0	0	/* Advance the offset into the data array */
	0	0	/* Advance the offset into the data array */
	0	0	/* Advance the offset into the data array */
	100	230	/* Advance the offset into the data array */
	0	0	/* Advance the offset into the data array */
1098	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
	1400	250	t_vio--;
	1150	250	t_vio--;
	0	0	t_vio--;
	0	0	t_vio--;
1099	0	0	else if( j == in->dims[i] )
	0	0	else if( j == in->dims[i] )
	0	0	else if( j == in->dims[i] )
	0	0	else if( j == in->dims[i] )
	0	0	else if( j == in->dims[i] )
	0	0	else if( j == in->dims[i] )
	0	0	else if( j == in->dims[i] )
	0	0	else if( j == in->dims[i] )
	0	0	else if( j == in->dims[i] )
	0	0	else if( j == in->dims[i] )
	1000	150	else if( j == in->dims[i] )
	0	0	else if( j == in->dims[i] )
1109	0	0	}
	0	0	}
	0	0	}
	0	0	}
	12000	3000	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	11280	2624	}
	0	0	}
1112	0	0	j += in->dims[i];
	0	0	j += in->dims[i];
	0	0	j += in->dims[i];
	0	0	j += in->dims[i];
	2000	12000	j += in->dims[i];
	0	0	j += in->dims[i];
	0	0	j += in->dims[i];
	0	0	j += in->dims[i];
	0	0	j += in->dims[i];
	0	0	j += in->dims[i];
	1782	11280	j += in->dims[i];
	0	0	j += in->dims[i];
1119	0	0	i_off += in->dimincs[i];
	0	0	i_off += in->dimincs[i];
	0	0	i_off += in->dimincs[i];
	0	0	i_off += in->dimincs[i];
	3000	0	i_off += in->dimincs[i];
	0	0	i_off += in->dimincs[i];
	0	0	i_off += in->dimincs[i];
	0	0	i_off += in->dimincs[i];
	0	0	i_off += in->dimincs[i];
	0	0	i_off += in->dimincs[i];
	2024	600	i_off += in->dimincs[i];
	0	0	i_off += in->dimincs[i];
1121	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	3000	0	break;
	0	3000	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	0	0	break;
	2024	0	break;
	1130	894	break;
	0	0	break;
	0	0	break;
1125	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	2600	400	/* Now check for carry */
	0	2600	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
	1382	642	/* Now check for carry */
	180	1202	/* Now check for carry */
	0	0	/* Now check for carry */
	0	0	/* Now check for carry */
1133	0	0
	0	0
	0	0
	0	0
	12000	500
	0	0
	0	0
	0	0
	0	0
	0	0
	11280	421
	0	0
1142	0	0	if( j < 0 || j >= in->dims[i] )
	0	0	if( j < 0 || j >= in->dims[i] )
	0	0	if( j < 0 || j >= in->dims[i] )
	0	0	if( j < 0 || j >= in->dims[i] )
	1000	500	if( j < 0 || j >= in->dims[i] )
	0	0	if( j < 0 || j >= in->dims[i] )
	0	0	if( j < 0 || j >= in->dims[i] )
	0	0	if( j < 0 || j >= in->dims[i] )
	0	0	if( j < 0 || j >= in->dims[i] )
	0	0	if( j < 0 || j >= in->dims[i] )
	842	421	if( j < 0 || j >= in->dims[i] )
	0	0	if( j < 0 || j >= in->dims[i] )
1145	0	0	} else {
	0	0	} else {
	0	0	} else {
	0	0	} else {
	500	0	} else {
	0	0	} else {
	0	0	} else {
	0	0	} else {
	0	0	} else {
	0	0	} else {
	421	0	} else {
	0	0	} else {
1147	0	0	}
	0	0	}
	0	0	}
	0	0	}
	500	500	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	421	421	}
	0	0	}
1148	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	500	0	}
	500	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	0	0	}
	326	95	}
	326	0	}
	0	0	}
	0	0	}
1155	0	0	PDL_Double *wg2 = wgt2;
	0	0	PDL_Double *wg2 = wgt2;
	0	0	PDL_Double *wg2 = wgt2;
	0	0	PDL_Double *wg2 = wgt2;
	0	0	PDL_Double *wg2 = wgt2;
	0	0	PDL_Double *wg2 = wgt2;
	0	0	PDL_Double *wg2 = wgt2;
	0	0	PDL_Double *wg2 = wgt2;
	0	0	PDL_Double *wg2 = wgt2;
	0	0	PDL_Double *wg2 = wgt2;
	0	0	PDL_Double *wg2 = wgt2;
	0	0	PDL_Double *wg2 = wgt2;
1156	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
	0	0	$GENERIC() *dat = out->data;
1172	0	0	for(i=0; i < out->dims[ndims]; i++) {
	0	0	for(i=0; i < out->dims[ndims]; i++) {
	0	0	for(i=0; i < out->dims[ndims]; i++) {
	0	0	for(i=0; i < out->dims[ndims]; i++) {
	0	0	for(i=0; i < out->dims[ndims]; i++) {
	0	0	for(i=0; i < out->dims[ndims]; i++) {
	0	0	for(i=0; i < out->dims[ndims]; i++) {
	0	0	for(i=0; i < out->dims[ndims]; i++) {
	0	0	for(i=0; i < out->dims[ndims]; i++) {
	0	0	for(i=0; i < out->dims[ndims]; i++) {
	0	0	for(i=0; i < out->dims[ndims]; i++) {
	0	0	for(i=0; i < out->dims[ndims]; i++) {
1174	0	0	*dat = *(ac++) / *(wg++) * det;
	0	0	*dat = *(ac++) / *(wg++) * det;
	0	0	*dat = *(ac++) / *(wg++) * det;
	0	0	*dat = *(ac++) / *(wg++) * det;
	0	0	*dat = *(ac++) / *(wg++) * det;
	0	0	*dat = *(ac++) / *(wg++) * det;
	0	0	*dat = *(ac++) / *(wg++) * det;
	0	0	*dat = *(ac++) / *(wg++) * det;
	0	0	*dat = *(ac++) / *(wg++) * det;
	0	0	*dat = *(ac++) / *(wg++) * det;
	0	0	*dat = *(ac++) / *(wg++) * det;
	0	0	*dat = *(ac++) / *(wg++) * det;
1181	0	0	} /* end of for loop */
	0	0	} /* end of for loop */
	0	0	} /* end of for loop */
	0	0	} /* end of for loop */
	5	495	} /* end of for loop */
	0	0	} /* end of for loop */
	0	0	} /* end of for loop */
	0	0	} /* end of for loop */
	0	0	} /* end of for loop */
	0	0	} /* end of for loop */
	7	414	} /* end of for loop */
	0	0	} /* end of for loop */