def main():
doCreateFolders = 0
if len(sys.argv) > 1:
doCreateFolders = int(sys.argv[1])
finalCombinations = removeCombinations(allCombinations)
print("Num combinations: " + str(len(finalCombinations)))
print("vs " + str(len(allCombinations)))
if doCreateFolders == 1:
createFolders(
finalCombinations,
templateFilepath,
kernelFilename,
dirToCopy,
outRootPath,
outBasename,
outKnobFilename,
logFilename)
else:
print("\nNote: To actually create the folders, run:\n" + sys.argv[0] + " 1\n")
def main():
doCreateFolders = 0
if len(sys.argv) > 1:
doCreateFolders = int(sys.argv[1])
#prob = Problem()
#prob.addVariable("KNOB_SIMD" , KNOB_SIMD )
#prob.addVariable("KNOB_COMPUTE_UNITS" , KNOB_COMPUTE_UNITS )
#prob.addVariable("KNOB_XYZ_TYPE" , KNOB_XYZ_TYPE )
#prob.addVariable("KNOB_ENTRYID_TYPE" , KNOB_ENTRYID_TYPE )
#prob.addVariable("KNOB_ENTRYID_NUM_WORK_ITEMS" , KNOB_ENTRYID_NUM_WORK_ITEMS)
#prob.addVariable("KNOB_HARDCODE_DEPTH_SIZE" , KNOB_HARDCODE_DEPTH_SIZE )
#prob.addVariable("KNOB_VOXEL_BLOCK_MEM" , KNOB_VOXEL_BLOCK_MEM )
#prob.addVariable("KNOB_XYZ_FLATTEN_LOOP" , KNOB_XYZ_FLATTEN_LOOP )
#prob.addVariable("KNOB_UNROLL_XYZ" , KNOB_UNROLL_XYZ )
#prob.addVariable("KNOB_UNROLL_ENTRYID" , KNOB_UNROLL_ENTRYID )
#prob.addVariable("KNOB_UNROLL_VOXEL_BLOCK" , KNOB_UNROLL_VOXEL_BLOCK )
#prob.addVariable("KNOB_UNROLL_VOXEL_BLOCK_OUT" , KNOB_UNROLL_VOXEL_BLOCK_OUT)
#prob.addVariable("KNOB_DEPTH_LOCAL" , KNOB_DEPTH_LOCAL )
#prob.addVariable("KNOB_MAX_W_CHECK_POSITION" , KNOB_MAX_W_CHECK_POSITION )
#prob.addVariable("KNOB2_INTERPOLATE" , KNOB2_INTERPOLATE )
#prob.addVariable("KNOB2_RAYCAST_REFINE" , KNOB2_RAYCAST_REFINE )
#prob.addVariable("KNOB2_USE_INDEX_CACHE" , KNOB2_USE_INDEX_CACHE )
#prob.addVariable("KNOB2_CACHE_HASH_ENTRY" , KNOB2_CACHE_HASH_ENTRY )
#prob.addVariable("KNOB2_CACHE_VOXEL_DATA" , KNOB2_CACHE_VOXEL_DATA )
#prob.addVariable("KNOB2_HARDCODE_IMG_SIZE" , KNOB2_HARDCODE_IMG_SIZE)
#prob.addVariable("KNOB2_USE_ND_RANGE" , KNOB2_USE_ND_RANGE )
#prob.addVariable("KNOB2_USE_MINMAXIMG" , KNOB2_USE_MINMAXIMG )
#prob.addVariable("KNOB4_INTERPOLATE_POINT" , KNOB4_INTERPOLATE_POINT )
#prob.addVariable("KNOB4_INTERPOLATE_NORMAL" , KNOB4_INTERPOLATE_NORMAL )
#prob.addVariable("KNOB4_UNROLL_NABLA" , KNOB4_UNROLL_NABLA )
#prob.addVariable("KNOB4_UNROLL_HESSIAN" , KNOB4_UNROLL_HESSIAN )
#prob.addVariable("KNOB4_SHORT_ITERATION_BRANCH", KNOB4_SHORT_ITERATION_BRANCH )
#prob.addVariable("KNOB4_SUM_NABLA_TYPE" , KNOB4_SUM_NABLA_TYPE )
#prob.addVariable("KNOB4_SUM_HESSIAN_TYPE" , KNOB4_SUM_HESSIAN_TYPE )
#prob.addVariable("KNOB4_SHIFT_REG_SIZE" , KNOB4_SHIFT_REG_SIZE )
#prob.addVariable("KNOB4_FLATTEN_LOOP" , KNOB4_FLATTEN_LOOP )
#prob.addVariable("KNOB4_USE_ND_RANGE" , KNOB4_USE_ND_RANGE )
#prob.addVariable("KNOB4_PIPE_DEPTH" , KNOB4_PIPE_DEPTH )
#prob.addVariable("KNOB4_COMPUTE_UNITS" , KNOB4_COMPUTE_UNITS )
#prob.addConstraint(lambda a1, a2: not ((a1==1) and (a2==1)), ["KNOB_XYZ_TYPE", "KNOB_ENTRYID_TYPE"])
#prob.addConstraint(lambda a1, a2, a3: not ((a1>1) and (a2==0) and (a3==0)), ["KNOB_SIMD", "KNOB_XYZ_TYPE", "KNOB_ENTRYID_TYPE"])
#prob.addConstraint(lambda a1, a2: not ((a1>1) and (a2<2)), ["KNOB_COMPUTE_UNITS", "KNOB_ENTRYID_TYPE"])
#prob.addConstraint(lambda a1, a2: not ((a1!=1) and (a2!=KNOB_ENTRYID_NUM_WORK_ITEMS[0])), ["KNOB_ENTRYID_TYPE", "KNOB_ENTRYID_NUM_WORK_ITEMS"])
#prob.addConstraint(lambda a1, a2: not ((a1==0) and (a2!=0)), ["KNOB_HARDCODE_DEPTH_SIZE", "KNOB_DEPTH_LOCAL"])
#prob.addConstraint(lambda a1, a2: not ((a1!=1) and (a2!=0)), ["KNOB_XYZ_FLATTEN_LOOP", "KNOB_XYZ_TYPE"])
#prob.addConstraint(lambda a1, a2: not ((a1>1) and (a2!=0)), ["KNOB_UNROLL_XYZ", "KNOB_XYZ_TYPE"])
#prob.addConstraint(lambda a1, a2: not ((a1>1) and (a2!=0)), ["KNOB_UNROLL_ENTRYID", "KNOB_ENTRYID_NUM_WORK_ITEMS"])
#prob.addConstraint(lambda a1, a2, a3: not ((a1>1) and ((a2!=0) or (a3!=0))), ["KNOB_UNROLL_VOXEL_BLOCK", "KNOB_XYZ_TYPE", "KNOB_VOXEL_BLOCK_MEM"])
#prob.addConstraint(lambda a1, a2, a3: not ((a1>1) and ((a2!=0) or (a3!=0))), ["KNOB_UNROLL_VOXEL_BLOCK_OUT", "KNOB_XYZ_TYPE", "KNOB_VOXEL_BLOCK_MEM"])
#prob.addConstraint(lambda a1, a2, a3: not ((a1!=2) and (a2!=2) and (a3!=2)), ["KNOB4_SUM_NABLA_TYPE", "KNOB4_SUM_HESSIAN_TYPE", "KNOB4_SHIFT_REG_SIZE"])
#prob.addConstraint(lambda a1, a2: not ((a1==1) and (a2!=0)), ["KNOB4_USE_ND_RANGE", "KNOB4_FLATTEN_LOOP"])
#prob.addConstraint(lambda a1, a2: not ((a1==0) and (a2!=2)), ["KNOB4_USE_ND_RANGE", "KNOB4_PIPE_DEPTH"])
#print(sum(1 for _ in prob.getSolutionIter()))
#for i,sol in enumerate(prob.getSolutionIter()):
# if i%100000 == 0: print(i)
finalCombinations = []
for c in itertools.product(KNOB_COMBS, KNOB2_COMBS, KNOB4_COMBS):
finalCombinations.append(list(itertools.chain(*c)))
#finalCombinations = removeCombinations(allCombinations)
print("Num combinations: " + str(len(finalCombinations)))
#print("vs " + str(len(allCombinations)))
if doCreateFolders == 1:
createFolders(finalCombinations, templateFilepath, kernelFilename,
dirToCopy, outRootPath, outBasename, outKnobFilename,
logFilename)
else:
print("\nNote: To actually create the folders, run:\n" + sys.argv[0] +
" 1\n")