OpenAdapter12
printf(stack
printf(left
printf(right
printf(offset
global_record[ID].range.start = buildRecord->
start
printf(n
const uint start = current->
start
if (!(exp.x >
= -128 &
&
exp.x <
= 127)) printf(exp_x
if (!(exp.y >
= -128 &
&
exp.y <
= 127)) printf(exp_y
if (!(exp.z >
= -128 &
&
exp.z <
= 127)) printf(exp_z
offset_start = preBlocks*blockSize
outRight->
start = pos
printf(n
DBG(printf(partition
DBG(printf(taskID
src0_read_offset += INPUT0_FEATURE_PITCH - ( FILTER_SIZE_Y * INPUT0_Y_PITCH )
// reset to start of next slice of patch
src0_read_offset0 += INPUT0_FEATURE_PITCH - ( FILTER_SIZE_Y * INPUT0_Y_PITCH )
// reset to start of next slice of patch
src0_read_offset1 += INPUT0_FEATURE_PITCH - ( FILTER_SIZE_Y * INPUT0_Y_PITCH )
// reset to start of next slice of patch
start + 0,
start + 1,
primref,
const uint global_start = global_record[splitRecordID].range.start
if (!(exp.x >
= -128 &
&
exp.x <
= 127)) printf(exp_x
if (!(exp.y >
= -128 &
&
exp.y <
= 127)) printf(exp_y
if (!(exp.z >
= -128 &
&
exp.z <
= 127)) printf(exp_z
offset_start = 0
records[leftID].end = global_record[i].range.start + global_record[i].atomicCountLeft
records[leftID].start = global_record[i].range.start
records[rightID].start = global_record[i].range.start + global_record[i].atomicCountLeft
right.start = pos
uint offset = globals->
leaf_mem_allocator_start + start * leafSize
#error - not supported yet
#error IN_BLOCK_WIDTH must be multiple of SUB_GROUP_SIZE or half of SUB_GROUP_SIZE. Other scenarios are not currently implemented.
#pragma error - fix this path
// Each work item points to the start of a different patch.
DBG(printf(partition
DBG(printf(taskID
const uint leaf_start = back_pointer != 0
numBlocks += (global_record[i].range.end - global_record[i].range.start + blockSize - 1) / blockSize
out_addr += out_split_offset + feature_idx * OUTPUT_FEATURE_PITCH
// out_addr indices into start of 16 feature maps.
return nodes[nodeID].range.end - nodes[nodeID].range.start + 1
base->
backPointerDataStart = back_pointer_start/64
base->
leafDataStart = leaf_data_start/64
base->
nodeDataStart = node_data_start/64
base->
proceduralDataStart = procedural_data_start/64
bool error = false
buildRecord->
start = start
const uint leaf_prim = get_local_id(0) - sub_group_scan_inclusive_max(leaf_start ? get_local_id(0) : 0)
const uint leaf_start = geomIDprev != geomID
const uint start = min((j+0)*BLOCKSIZE,
N)
const uint start = min(startTriangle + (uint)(get_local_id(0)+0)*block_size,
numPrimitives)
globals->
back_pointer_start = back_pointer_start
globals->
leaf_mem_allocator_start = leaf_data_start
globals->
node_mem_allocator_start = node_data_start
globals->
procedural_mem_allocator_start = procedural_data_start
if (aabb->
lower.x >
aabb->
upper.x) error = true
if (aabb->
lower.x == (float)(INFINITY)) error = true
if (aabb->
lower.y >
aabb->
upper.y) error = true
if (aabb->
lower.y == (float)(INFINITY)) error = true
if (aabb->
lower.z >
aabb->
upper.z) error = true
if (aabb->
lower.z == (float)(INFINITY)) error = true
if (aabb->
upper.x == -(float)(INFINITY)) error = true
if (aabb->
upper.y == -(float)(INFINITY)) error = true
if (aabb->
upper.z == -(float)(INFINITY)) error = true
if (items >
BVH_LEAF_N_MAX) printf(error
if (range0->
start == range1->
start &
&
printf(start
record->
range.start = start
uint offset_start = 0
#error - not supported
#pragma OPENCL EXTENSION cl_khr_fp16 : enable
-cl-uniform-work-group-size -cl-std=CL2.0 -cl-mad-enable -cl-fast-relaxed-math -DINTEL_SUB_GROUPS_EXTENSION
Unable to copy PM regs configuration to escape buffer
Unable to copy Read regs configuration to escape buffer
__global bool debug_error = false