197         mask_width [plane] = 0;  in PyramidLayer()
377     this->mask_width[0] = this->blend_width;  in init_layer0()
378     uint32_t mask_size = this->mask_width[0] * sizeof (float);  in init_layer0()
387     for (uint32_t i_ptr = 0; i_ptr < this->mask_width[0]; ++i_ptr) {  in init_layer0()
388         if (i_ptr <= this->mask_width[0] / 2)  in init_layer0()
394     gauss_blur_buffer (this->blend_mask[0], this->mask_width[0], mask_radius, mask_sigma);  in init_layer0()
488     XCAM_ASSERT (this->mask_width[0]);  in copy_mask_from_y_to_uv()
491     this->mask_width[1] = (this->mask_width[0] + 1) / 2;  in copy_mask_from_y_to_uv()
492     this->blend_mask[1] = new CLBuffer (context, this->mask_width[1] * sizeof(float));  in copy_mask_from_y_to_uv()
497     ret = this->blend_mask[1]->enqueue_map ((void*&)to_ptr, 0, this->mask_width[1] * sizeof(float));  in copy_mask_from_y_to_uv()
499 …  ret = this->blend_mask[0]->enqueue_map((void*&)from_ptr, 0, this->mask_width[0] * sizeof(float));  in copy_mask_from_y_to_uv()
502     for (int i = 0; i < (int)this->mask_width[1]; ++i) {  in copy_mask_from_y_to_uv()
503         if (i * 2 + 1 >= (int)this->mask_width[0]) { // todo i* 2 + 1  in copy_mask_from_y_to_uv()
504             XCAM_ASSERT (i * 2 < (int)this->mask_width[0]);  in copy_mask_from_y_to_uv()
538 …r_layer.blend_mask[plane]->enqueue_map ((void*&)mask_ptr, 0, pyr_layer.mask_width[plane] * sizeof(…  in dump_layer_mask()
544 …printf ("layer(%d)(-%s) mask, width:%d\n", layer, (is_uv ? "UV" : "Y"), pyr_layer.mask_width[plane…  in dump_layer_mask()
545     for (uint32_t i = 0; i < pyr_layer.mask_width[plane]; ++i) {  in dump_layer_mask()
560     uint32_t prev_size = prev.mask_width[0] * sizeof (float);  in gauss_fill_mask()
565     to.mask_width[0] = to.blend_width;  in gauss_fill_mask()
576         if (i * 2 + 1 >= (int)prev.mask_width[0]) { // todo i* 2 + 1  in gauss_fill_mask()
577             XCAM_ASSERT (i * 2 < (int)prev.mask_width[0]);  in gauss_fill_mask()
586     gauss_blur_buffer (to.blend_mask[0], to.mask_width[0], mask_radius, mask_sigma);  in gauss_fill_mask()
697     uint32_t mask_width = XCAM_ALIGN_UP(_seam_width, XCAM_CL_BLENDER_ALIGNMENT_X);  in init_seam_buffers()  local
702         cl_desc.width = mask_width / 8;  in init_seam_buffers()
721         mask_width = XCAM_ALIGN_UP(mask_width / 2, XCAM_CL_BLENDER_ALIGNMENT_X);  in init_seam_buffers()