Lines Matching refs:k_red
207 __shared__ T k_red[BS][3]; in evaluateHybridSplineReal_kernel() local
259 k_red[0][i*BS+tid] = k_reduced[off]; in evaluateHybridSplineReal_kernel()
262 T sign = cos(-(k_red[tid][0]*myData.img[0]+ in evaluateHybridSplineReal_kernel()
263 k_red[tid][1]*myData.img[1]+ in evaluateHybridSplineReal_kernel()
264 k_red[tid][2]*myData.img[2])); in evaluateHybridSplineReal_kernel()
301 __shared__ T k_red[BS][3]; in evaluateHybridPolyReal_kernel() local
332 k_red[0][i*BS+tid] = k_reduced[off]; in evaluateHybridPolyReal_kernel()
335 T sign = cos(-(k_red[tid][0]*myData.img[0]+ in evaluateHybridPolyReal_kernel()
336 k_red[tid][1]*myData.img[1]+ in evaluateHybridPolyReal_kernel()
337 k_red[tid][2]*myData.img[2])); in evaluateHybridPolyReal_kernel()
454 __shared__ T k_red[BS][3]; in evaluateHybridSplineReal_kernel() local
546 k_red[0][i*BS+tid] = k_reduced[off]; in evaluateHybridSplineReal_kernel()
549 T sign = cos(-(k_red[tid][0]*myData.img[0]+ in evaluateHybridSplineReal_kernel()
550 k_red[tid][1]*myData.img[1]+ in evaluateHybridSplineReal_kernel()
551 k_red[tid][2]*myData.img[2])); in evaluateHybridSplineReal_kernel()
618 __shared__ T k_red[BS][3]; in evaluateHybridPolyReal_kernel() local
700 k_red[0][i*BS+tid] = k_reduced[off]; in evaluateHybridPolyReal_kernel()
703 T sign = cos(-(k_red[tid][0]*myData.img[0]+ in evaluateHybridPolyReal_kernel()
704 k_red[tid][1]*myData.img[1]+ in evaluateHybridPolyReal_kernel()
705 k_red[tid][2]*myData.img[2])); in evaluateHybridPolyReal_kernel()
874 __shared__ T k_red[BS][3]; in evaluateHybridSplineComplexToReal_kernel() local
929 k_red[0][i*BS+tid] = k_reduced[off]; in evaluateHybridSplineComplexToReal_kernel()
935 sincos(-(k_red[tid][0]*myData.img[0]+ in evaluateHybridSplineComplexToReal_kernel()
936 k_red[tid][1]*myData.img[1]+ in evaluateHybridSplineComplexToReal_kernel()
937 k_red[tid][2]*myData.img[2]), in evaluateHybridSplineComplexToReal_kernel()
1025 __shared__ T k_red[BS][3]; in evaluateHybridPolyComplexToReal_kernel() local
1059 k_red[0][i*BS+tid] = k_reduced[off]; in evaluateHybridPolyComplexToReal_kernel()
1065 sincos(-(k_red[tid][0]*myData.img[0]+ in evaluateHybridPolyComplexToReal_kernel()
1066 k_red[tid][1]*myData.img[1]+ in evaluateHybridPolyComplexToReal_kernel()
1067 k_red[tid][2]*myData.img[2]), in evaluateHybridPolyComplexToReal_kernel()
1229 __shared__ T k_red[BS][3]; in evaluateHybridSplineComplexToReal_kernel() local
1325 k_red[0][i*BS+tid] = k_reduced[off]; in evaluateHybridSplineComplexToReal_kernel()
1331 sincos(-(k_red[tid][0]*myData.img[0]+ in evaluateHybridSplineComplexToReal_kernel()
1332 k_red[tid][1]*myData.img[1]+ in evaluateHybridSplineComplexToReal_kernel()
1333 k_red[tid][2]*myData.img[2]), in evaluateHybridSplineComplexToReal_kernel()
1505 __shared__ T k_red[BS][3]; in evaluateHybridPolyComplexToReal_kernel() local
1579 k_red[0][i*BS+tid] = k_reduced[off]; in evaluateHybridPolyComplexToReal_kernel()
1585 sincos(-(k_red[tid][0]*myData.img[0]+ in evaluateHybridPolyComplexToReal_kernel()
1586 k_red[tid][1]*myData.img[1]+ in evaluateHybridPolyComplexToReal_kernel()
1587 k_red[tid][2]*myData.img[2]), in evaluateHybridPolyComplexToReal_kernel()
2476 __shared__ T k_red[BS][3]; in evaluate3DSplineReal_kernel() local
2496 k_red[0][i*BS+tid] = k_reduced[off]; in evaluate3DSplineReal_kernel()
2506 T sign = cos(-(k_red[tid][0]*img[0]+ in evaluate3DSplineReal_kernel()
2507 k_red[tid][1]*img[1]+ in evaluate3DSplineReal_kernel()
2508 k_red[tid][2]*img[2])); in evaluate3DSplineReal_kernel()
2650 __shared__ T k_red[BS][3]; in evaluate3DSplineReal_kernel() local
2661 k_red[0][i*BS+tid] = kpoints_reduced[off]; in evaluate3DSplineReal_kernel()
2671 sign = cos(-(k_red[tid][0]*img[0]+ in evaluate3DSplineReal_kernel()
2672 k_red[tid][1]*img[1]+ in evaluate3DSplineReal_kernel()
2673 k_red[tid][2]*img[2])); in evaluate3DSplineReal_kernel()