def solveIndividualRiddles(detectionFolder, prefix, allSeedsDictionary,
inferenceFolder, seedsCentralityFile, pipelineStage,
imageNum, API_USED):
import pslModelOneNewOptimization_v2 as pslOne
from misc import WordWeightsOptimization2
sumIndividualAccuracy = 0
trainingImage = detectionFolder + prefix + "_" + str(imageNum) + ".txt"
WordWeightsOptimization2.VERBOSE = False
reorderedSeedsFiles = WordWeightsOptimization2.reorderWeightsBasedOnPopularity(allSeedsDictionary, \
detectionFolder, prefix, int(imageNum), int(imageNum), inferenceFolder, API_USED)
reweightedSeedsFileName = reorderedSeedsFiles[0]
print("\treweighting seeds completed..")
if pipelineStage == "clarifai":
## Note: We will not do parallel processing for this
centroid = conceptnet_util.calculateWord2vecCentroidAndHighestAcc(
allSeedsDictionary, reweightedSeedsFileName)
return [centroid, reweightedSeedsFileName]
#### Step 1: Merge targets from different seeds.
mergeTargets.VERBOSE = False
[sortedScoreAndIndexList, targetWordsList, targetWordsDictonary,seedsDetected_weights,\
orderedSeedWordsList,allSeedsDictionary] = mergeTargets.mergeTargetsFromDetectedSeeds(\
reweightedSeedsFileName, seedsCentralityFile,1500)
print("\tmerging targets completed..")
if pipelineStage == "merge":
## Note: We will not do parallel processing for this
return [
sortedScoreAndIndexList, targetWordsList, targetWordsDictonary
]
#### Step 2: cluster the merged set of targets
[sortedScoreAndIndexList,pairwiseDistancesTargetWords] = clusterTargets.returnClustersFast(\
sortedScoreAndIndexList, targetWordsList, targetWordsDictonary, orderedSeedWordsList, 2500)
print(pairwiseDistancesTargetWords.shape)
print("\tclustering targets completed..")
#### Step 3: create 1-word and 2-word model
pslOne.VERBOSE = False
finalReorderedTargetsFileName = pslOne.optimizeAndInferConceptsModelOneNew(\
allSeedsDictionary,seedsDetected_weights,\
orderedSeedWordsList,reweightedSeedsFileName,sortedScoreAndIndexList, targetWordsList, targetWordsDictonary, \
pairwiseDistancesTargetWords)
[acc,
simWord] = calculateRelativeAccuracy(prefix,
finalReorderedTargetsFileName, 20)
print('\taccuracy %g' % acc)
sumIndividualAccuracy = sumIndividualAccuracy + acc
return sumIndividualAccuracy
def solveIndividualRiddles(detectionFolder,prefix,allSeedsDictionary,inferenceFolder,seedsCentralityFile,
pipelineStage, imageNum, API_USED, vocab=None):
sumIndividualAccuracy = 0;
trainingImage = detectionFolder+prefix+"_"+str(imageNum)+".txt";
WordWeightsOptimization2.VERBOSE = False;
reweightedSeedsFileName = normalizeSeedsAndWeights(allSeedsDictionary,\
detectionFolder,prefix,int(imageNum),inferenceFolder,API_USED);
print("\treweighting seeds completed..");
if reweightedSeedsFileName == None:
if pipelineStage == "clarifai":
return [None, None];
elif pipelineStage == "merge":
return [None,None, None];
else:
return None;
if pipelineStage == "clarifai":
## Note: We will not do parallel processing for this
centroid = conceptnet_util.calculateWord2vecCentroidAndHighestAcc(allSeedsDictionary,reweightedSeedsFileName, vocab);
return [centroid,reweightedSeedsFileName];
#### Step 1: Merge targets from different seeds.
mergeTargets.VERBOSE= False;
[sortedScoreAndIndexList, targetWordsList, targetWordsDictonary,seedsDetected_weights,\
orderedSeedWordsList,allSeedsDictionary] = mergeTargets.mergeTargetsFromDetectedSeeds(\
reweightedSeedsFileName, seedsCentralityFile,1500);
print("\tmerging targets completed..");
if pipelineStage == "merge":
## Note: We will not do parallel processing for this
return [sortedScoreAndIndexList, targetWordsList, targetWordsDictonary];
#### Step 2: cluster the merged set of targets
[sortedScoreAndIndexList,pairwiseDistancesTargetWords] = clusterTargets.returnClustersFast(\
sortedScoreAndIndexList, targetWordsList, targetWordsDictonary, orderedSeedWordsList, 2500);
print(pairwiseDistancesTargetWords.shape);
print("\tclustering targets completed..");
#### Step 3: create 1-word and 2-word model
pslOne.VERBOSE = False;
finalReorderedTargetsFileName = pslOne.optimizeAndInferConceptsModelOneNew(\
allSeedsDictionary,seedsDetected_weights,\
orderedSeedWordsList,reweightedSeedsFileName,sortedScoreAndIndexList, targetWordsList, targetWordsDictonary, \
pairwiseDistancesTargetWords);
[acc,simWord]= calculateRelativeAccuracy(prefix, finalReorderedTargetsFileName, 20);
print('\taccuracy %g' % acc);
sumIndividualAccuracy = sumIndividualAccuracy+acc;
return sumIndividualAccuracy;
def solveIndividualRiddles(detectionFolder, prefix, allSeedsDictionary,
inferenceFolder, seedsCentralityFile, part):
sumIndividualAccuracy = 0
#for part in range(1,5):
trainingImage = detectionFolder + prefix + "_" + str(part) + ".txt"
WordWeightsOptimization2.VERBOSE = False
reorderedSeedsFiles = WordWeightsOptimization2.reorderWeightsBasedOnPopularity(allSeedsDictionary, \
detectionFolder, prefix, int(part), int(part), inferenceFolder)
reweightedSeedsFileName = reorderedSeedsFiles[0]
print("\tmerging targets completed..")
#### Step 1: Merge targets from different seeds.
mergeTargets.VERBOSE = False
[sortedScoreAndIndexList, targetWordsList, targetWordsDictonary,seedsDetected_weights,\
orderedSeedWordsList,allSeedsDictionary] = mergeTargets.mergeTargetsFromDetectedSeeds(\
reweightedSeedsFileName, seedsCentralityFile,1500)
print("\tmerging targets completed..")
#### Step 2: cluster the merged set of targets
[sortedScoreAndIndexList,pairwiseDistancesTargetWords] = clusterTargets.returnClustersFast(\
sortedScoreAndIndexList, targetWordsList, targetWordsDictonary, orderedSeedWordsList, 2500)
print(pairwiseDistancesTargetWords.shape)
print("\tclustering targets completed..")
#### Step 3: create 1-word and 2-word model
pslOne.VERBOSE = False
finalReorderedTargetsFileName = pslOne.optimizeAndInferConceptsModelOneNew(\
allSeedsDictionary,seedsDetected_weights,\
orderedSeedWordsList,reweightedSeedsFileName,sortedScoreAndIndexList, targetWordsList, targetWordsDictonary, \
pairwiseDistancesTargetWords)
[acc,
simWord] = calculateRelativeAccuracy(prefix,
finalReorderedTargetsFileName, 20)
print('\taccuracy %g' % acc)
sumIndividualAccuracy = sumIndividualAccuracy + acc
return sumIndividualAccuracy
mergeTargets.VERBOSE = False
[sortedScoreAndIndexList, targetWordsList, targetWordsDictonary,seedsDetected_weights,\
orderedSeedWordsList,allSeedsDictionary] = mergeTargets.mergeTargetsFromDetectedSeeds(\
reweightedSeedsFileName, seedsCentralityFile,1500)
print("\tmerging targets completed..")
#### Step 2: cluster the merged set of targets
[sortedScoreAndIndexList,pairwiseDistancesTargetWords] = clusterTargets.returnClustersFast(\
sortedScoreAndIndexList, targetWordsList, targetWordsDictonary, orderedSeedWordsList, 2500)
print(pairwiseDistancesTargetWords.shape)
print("\tclustering targets completed..")
#### Step 3: create 1-word and 2-word model
pslModelOneNewOptimization_v2.VERBOSE = False
finalReorderedTargetsFileName = pslModelOneNewOptimization_v2.optimizeAndInferConceptsModelOneNew(\
allSeedsDictionary,seedsDetected_weights,\
orderedSeedWordsList,reweightedSeedsFileName,sortedScoreAndIndexList, targetWordsList, targetWordsDictonary, \
pairwiseDistancesTargetWords)
acc = calculateRelativeAccuracy(prefix,
finalReorderedTargetsFileName,
100)
print('\taccuracy %g' % acc)
sumAccuracy = sumAccuracy + acc
i = i + 1
#except Exception as e:
# raise e
if i % 50 == 0:
string = choiceString + "\t" + str(sumAccuracy) + "\n"
accuracyFile.write(string)
accuracyFile.flush()