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assignModule.py
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assignModule.py
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#
# Copyright (c) University of Luxembourg 2019-2020.
# Created by Hazem FAHMY, [email protected], SNT, 2019.
# Modified by Mojtaba Bagherzadeh, [email protected], University of Ottawa, 2019.
#
import HeatmapModule
import testModule
import dataSupplier as DS
from imports import sys, Variable, pd, torch, time, os, itemgetter, random, np, setupTransformer, math, join, exists, \
basename, dirname, isfile
def run(caseFile_):
global caseFile, centroidHMs, centroidRadius, clusterIDX
caseFile = caseFile_
start = time.time()
outputPath = caseFile["filesPath"]
dnn = caseFile["DNN"]
dnn.eval()
datasetName = caseFile["datasetName"]
selectedLayer = caseFile["selectedLayer"]
assignMode = caseFile["assignMode"]
area = caseFile["faceSubset"]
imgExt = caseFile["imgExt"]
improveNpy = caseFile["improveDataNpy"]
FLD = caseFile["FLD"]
#print("FLD", FLD)
TPtotal = 0
FPtotal = 0
FNtotal = 0
TestCounter = 0
TrainClusters = 0
TestClusters = 0
TestTrainClusters = 0
retrainHMPath = join(caseFile["outputPath"], "trainHeatmaps", selectedLayer)
makeFolder(retrainHMPath)
RemainingTime = "N/A"
numClusters = 0
if not isfile(caseFile["assignPTFile"]):
print("Loading HM distance file for the selected layer.")
heatMapDistanceExecl = pd.read_excel(join(outputPath, str(selectedLayer) + "HMDistance.xlsx"))
heatMapDistanceExecl.drop(
heatMapDistanceExecl.columns[heatMapDistanceExecl.columns.str.contains('unnamed', case=False)],
axis=1, inplace=True)
caseFile["assImages"] = []
caseFile["notAssImages"] = []
caseFile["actualCluster"] = []
caseFile["expctedCluster"] = []
TestSetCheck = False
x = 0
totalCounter = 0
getClusterData(heatMapDistanceExecl)
clsWithAssImages = torch.load(caseFile["clsPath"])
print("numClusters:", len(clsWithAssImages['clusters']))
loadBar = 0.0
start = time.time()
TestClusters = 0
retrainLength = len(caseFile["retrainList"])
for trainImage in caseFile["retrainList"]:
errImage, fileName, retrainImage = nameMapper(trainImage)
candidateClusterID = -1
for clusterID in clsWithAssImages['clusters']:
if 'selected' not in clsWithAssImages['clusters'][clusterID]:
clsWithAssImages['clusters'][clusterID]['selected'] = []
if 'assigned' not in clsWithAssImages['clusters'][clusterID]:
clsWithAssImages['clusters'][clusterID]['assigned'] = []
for testImage in clsWithAssImages['clusters'][clusterID]['members']:
if testImage == fileName:
candidateClusterID = clusterID
caseFile["expctedCluster"].append(candidateClusterID)
for trainImage in caseFile["retrainList"]:
totalCounter += 1
if x / int(retrainLength * 0.01) == 1:
end = time.time()
RemainingTime = str(math.ceil(((100.0*(end - start) / 60.0) * (100 - loadBar)))) + " mins."
loadBar += 1.0
layerIndex = caseFile["layerIndex"]
errImage, fileName, retrainImage = nameMapper(trainImage)
heatMap = HeatmapModule.safeHM(join(retrainHMPath, errImage), layerIndex, trainImage,
dnn, datasetName, "", False, area, improveNpy, imgExt, FLD)
clsWithAssImages, breakFlag = assign(trainImage, heatMap)
if breakFlag:
break
else:
print("Checked:", str(loadBar) + "%", "Assigned:", str(len(caseFile["assImages"])) + " ETA: <" +
str(RemainingTime), end="\r")
totalError = 0
TrainClusters = 0
TestTrainClusters = 0
TestTrainAssigned = 0
TestAssigned = 0
TrainAssigned = 0
clustCounter = 0
clustersDetails = {}
for clusterID in clusterIDX:
TestCounter = 0
TrainCounter = 0
clustersDetails[clusterID] = {}
trainflag = False
testflag = False
for member in clsWithAssImages['clusters'][clusterID]['members']:
totalError += 1
if member.startswith("Test_"):
testflag = True
TestCounter += 1
else:
trainflag = True
TrainCounter += 1
clustCounter += 1
if 'assigned' in clsWithAssImages['clusters'][clusterID]:
clustersDetails[clusterID]['#assigned'] = len(clsWithAssImages['clusters'][clusterID]['assigned'])
else:
clustersDetails[clusterID]['#assigned'] = 0
if clustersDetails[clusterID]['#assigned'] > 0:
clustersDetails[clusterID]["ass/notass"] = True
else:
clustersDetails[clusterID]["ass/notass"] = False
if testflag and trainflag:
clustersDetails[clusterID]['type'] = "TestTrain"
clustersDetails[clusterID]['#test'] = TestCounter
clustersDetails[clusterID]['#train'] = TrainCounter
if clustersDetails[clusterID]["ass/notass"]:
TestTrainAssigned += 1
TestTrainClusters += 1
elif testflag:
clustersDetails[clusterID]['type'] = "Test"
clustersDetails[clusterID]['#test'] = TestCounter
clustersDetails[clusterID]['#train'] = 0
if clustersDetails[clusterID]["ass/notass"]:
TestAssigned += 1
TestClusters += 1
elif trainflag:
clustersDetails[clusterID]['type'] = "Train"
clustersDetails[clusterID]['#test'] = 0
clustersDetails[clusterID]['#train'] = TrainCounter
if clustersDetails[clusterID]["ass/notass"]:
TrainAssigned += 1
TrainClusters += 1
print("Clust:" + str(clusterID), "type: " + str(clustersDetails[clusterID]['type']),
"#test: " + str(clustersDetails[clusterID]['#test']),
"#train: " + str(clustersDetails[clusterID]['#train']),
"#assigned: " + str(clustersDetails[clusterID]['#assigned']))
print("Total Clusters", clustCounter)
assignedImageCluster1 = pd.DataFrame.from_dict(data=clsWithAssImages['clusters'], orient='index')
assignedImageCluster3 = pd.DataFrame.from_dict(data=clsWithAssImages, orient='index')
makeFolder(basename(caseFile["assignXLFile"]))
writer = pd.ExcelWriter(caseFile["assignXLFile"], engine='xlsxwriter')
assignedImageCluster1.to_excel(writer, sheet_name="Assignment Result Summary")
assignedImageCluster3.to_excel(writer, sheet_name="Assignment Result Clusters")
writer.close()
torch.save(clsWithAssImages, join(caseFile["assignPTFile"]))
clsters = list()
clusterDistrib = list()
for clusterID in clsWithAssImages['clusters']:
clusterDistrib.append(clsters)
if 'assigned' in clsWithAssImages['clusters'][clusterID]:
clustLen = len(clsWithAssImages['clusters'][clusterID]['assigned'])
clusterDistrib.append(clustLen)
else:
clusterDistrib.append(0)
print("Clusters Distribution", clusterDistrib)
print("Total Clusters", len(clsWithAssImages['clusters']))
clusterList = list()
for clusterID in clsWithAssImages['clusters']:
clusterList.append(clusterID)
clusterList.append(-1)
TPtotal = 0
FPtotal = 0
FNtotal = 0
if TestSetCheck:
for clusterID in clsWithAssImages['clusters']:
TP = 0
FP = 0
FN = 0
x = 0
for aCluster in caseFile["actualCluster"]:
eCluster = caseFile["expctedCluster"][x]
x += 1
if eCluster == clusterID:
if aCluster == clusterID:
TP += 1
TPtotal += 1
else:
FN += 1
FNtotal += 1
else:
if aCluster == clusterID:
FP += 1
FPtotal += 1
print(TPtotal, FPtotal, FNtotal)
print("TrainClusters:", TrainClusters, TrainClusters / len(clsWithAssImages['clusters']))
print("TestClusters:", TestClusters, TestClusters / len(clsWithAssImages['clusters']))
print("TestTrainClusters:", TestTrainClusters, TestTrainClusters / len(clsWithAssImages['clusters']))
caseFile[assignMode] = {}
caseFile[assignMode]["assImages"] = []
clsWithAssImages = torch.load(caseFile["assignPTFile"])
#for clusterID in clsWithAssImages['clusters']:
# for img in clsWithAssImages['clusters'][clusterID]['assigned']:
# caseFile[assignMode]["assImages"].append(img)
if len(caseFile["retrainList"]) == 0:
caseFile[assignMode]["%Assigned"] = 0.0
else:
caseFile[assignMode]["%Assigned"] = 100.00 * (len(caseFile[assignMode]["assImages"]) / len(caseFile["retrainList"]))
#print(caseFile[assignMode]["%Assigned"])
caseFile[assignMode]["TP"] = TPtotal
caseFile[assignMode]["FP"] = FPtotal
caseFile[assignMode]["FN"] = FNtotal
caseFile[assignMode]["totalErrImgs"] = TestCounter
caseFile[assignMode]["trainClusters"] = TrainClusters
caseFile[assignMode]["testClusters"] = TestClusters
caseFile[assignMode]["ttClusters"] = TestTrainClusters
caseFile[assignMode]["numClusters"] = numClusters
#print("INFO-assImages-caseFile:", len(caseFile[assignMode]["assImages"]))
torch.save(caseFile, caseFile["caseFile"])
end = time.time()
#print("Assigned " + str(caseFile[assignMode]["%Assigned"]) + " % of ImprovementSet")
#print("Assigning images into clutsres is finished \n")
#print("Total time consumption of operation Assigning Images is " + str((end - start) / 60.0) + " minutes.")
return caseFile
def nameMapper(trainImage):
global caseFile
retrainImage = basename(dirname(trainImage)) + "_" + basename(trainImage).split(".")[0]
if caseFile["datasetName"] == "FLD":
fileName = retrainImage.split("_")[1]
fileName = fileName.split("I")[1]
fileName = int(fileName.split(".")[0])
errImage = str(retrainImage.split("_")[1]).split(".")[0] + ".pt"
if int(caseFile["FLD"]) == 1:
fileName = str(fileName + 23041)
if int(caseFile["FLD"]) == 2:
fileName = str(fileName + 16013)
fileName = "Test_" + str(fileName)
else:
fileName = retrainImage.split("_")[1]
fileClass = retrainImage.split("_")[0]
errImage = fileName.split(".")[0] + "_" + fileClass + ".pt"
fileName = "Test_" + fileName.split(".")[0] + "_" + fileClass
return errImage, fileName, retrainImage
def assign(trainImage, heatMap):
global caseFile, errImage, clusterIDX, centroidHMs, centroidRadius
testHMX, imgList = HeatmapModule.collectHeatmaps(caseFile["filesPath"], caseFile["selectedLayer"])
#caseFile = torch.load(caseFile["caseFile"])
print("Assigning..")
retrainList = caseFile["retrainList"]
retrainHMPath = join(caseFile["outputPath"], "trainHeatmaps", caseFile["selectedLayer"])
selection = caseFile["assignMode"]
selectedLayerClusters = torch.load(caseFile["clsPath"])
metric = caseFile["metric"]
datasetName = caseFile["datasetName"]
area = caseFile["faceSubset"]
dnn = caseFile["DNN"]
improveNpy = caseFile["improveDataNpy"]
imgExt = caseFile["imgExt"]
breakFlag = False
if selection == "Centroid":
trainCentroidDist = []
for clusterID in clusterIDX:
trainDist = HeatmapModule.doDistance(centroidHMs[clusterID], heatMap, metric)
trainCentroidDist.append(trainDist)
indx = min(enumerate(trainCentroidDist), key=itemgetter(1))[0]
if centroidRadius[clusterIDX[indx]] - trainCentroidDist[indx] > 0:
clusterID = clusterIDX[indx]
sumDistanceWithNewMember = 0
for testImage in selectedLayerClusters['clusters'][clusterID]['members']:
sumDistanceWithNewMember += HeatmapModule.doDistance(heatMap, testHM[testImage], metric)
length = len(selectedLayerClusters['clusters'][clusterID]['members'])
sumDistance = selectedLayerClusters['clusters'][clusterID]['sumDistance']
numPairs = ((length * (length - 1)) / 2)
if length == 1:
avgDisCandidateCluster = 0
else:
avgDisCandidateCluster = sumDistance / numPairs
sumDisCandidateClusterWitNewMem = sumDistance + sumDistanceWithNewMember
length = length + 1
numPairs = ((length * (length - 1)) / 2)
avgDisCandidateClusterWitNewMem = sumDisCandidateClusterWitNewMem / numPairs
if avgDisCandidateClusterWitNewMem <= avgDisCandidateCluster:
if not 'assigned' in selectedLayerClusters['clusters'][clusterID]:
selectedLayerClusters['clusters'][clusterID]['assigned'] = []
selectedLayerClusters['clusters'][clusterID]['assigned'].append(trainImage)
caseFile["assImages"].append(trainImage)
caseFile["actualCluster"].append(clusterID)
else:
if not 'selected' in selectedLayerClusters['clusters'][clusterID]:
selectedLayerClusters['clusters'][clusterID]['selected'] = []
# print(avgDisCandidateClusterWitNewMem, avgDisCandidateCluster)
selectedLayerClusters['clusters'][clusterID]['selected'].append(trainImage)
caseFile["notAssImages"].append(trainImage)
caseFile["actualCluster"].append(-1)
else:
if not 'selected' in selectedLayerClusters['clusters'][clusterIDX[indx]]:
selectedLayerClusters['clusters'][clusterIDX[indx]]['selected'] = []
# print(avgDisCandidateClusterWitNewMem, avgDisCandidateCluster)
selectedLayerClusters['clusters'][clusterIDX[indx]]['selected'].append(trainImage)
caseFile["notAssImages"].append(trainImage)
caseFile["actualCluster"].append(-1)
elif selection == "ClosestICD":
sumDistanceWithNewMember = {}
distWithMembers = []
clusterIDX = []
for clusterID in selectedLayerClusters['clusters']:
sumDistanceWithNewMember[clusterID] = 0
minDist = []
for testImage in selectedLayerClusters['clusters'][clusterID]['members']:
Diff = HeatmapModule.doDistance(heatMap, testHM[testImage], metric)
minDist.append(Diff)
sumDistanceWithNewMember[clusterID] += Diff
# indx = min(enumerate(minDist), key=itemgetter(1))[0]
distWithMembers.append(min(minDist))
clusterIDX.append(clusterID)
indx = min(enumerate(distWithMembers), key=itemgetter(1))[0]
candidateClusterID = clusterIDX[indx]
if not 'selected' in selectedLayerClusters['clusters'][candidateClusterID]:
selectedLayerClusters['clusters'][candidateClusterID]['selected'] = []
length = len(selectedLayerClusters['clusters'][candidateClusterID]['members'])
if length == 1:
avgDisCandidateCluster = 0
else:
avgDisCandidateCluster = selectedLayerClusters['clusters'][candidateClusterID][
'sumDistance'] / (
(length * (length - 1)) / 2)
sumDisCandidateClusterWitNewMem = selectedLayerClusters['clusters'][candidateClusterID][
'sumDistance'] + sumDistanceWithNewMember[candidateClusterID]
avgDisCandidateClusterWitNewMem = sumDisCandidateClusterWitNewMem / (((length + 1) * ((length + 1) - 1)) / 2)
if not 'assigned' in selectedLayerClusters['clusters'][candidateClusterID]:
selectedLayerClusters['clusters'][candidateClusterID]['assigned'] = []
# if avgDisCandidateClusterWitNewMem <= (avgDisCandidateCluster + (avgDisCandidateCluster*0.01)): # + 1%
if avgDisCandidateClusterWitNewMem <= (avgDisCandidateCluster): # + 0%
selectedLayerClusters['clusters'][candidateClusterID]['assigned'].append(trainImage)
caseFile["assImages"].append(trainImage)
caseFile["actualCluster"].append(candidateClusterID)
else:
caseFile["notAssImages"].append(trainImage)
selectedLayerClusters['clusters'][candidateClusterID]['selected'].append(trainImage)
caseFile["actualCluster"].append(-1)
elif selection == "jICD":
deltaICD = {}
for clusterID in selectedLayerClusters['clusters']:
sumDistanceWithNewMember = 0
for testImage in selectedLayerClusters['clusters'][clusterID]['members']:
sumDistanceWithNewMember += HeatmapModule.doDistance(heatMap, testHM[testImage], metric)
sumDistance = selectedLayerClusters['clusters'][clusterID]['sumDistance']
length = len(selectedLayerClusters['clusters'][clusterID]['members'])
numPairs = ((length * (length - 1)) / 2)
if numPairs == 0:
deltaICD[clusterID] = -1
else:
oldICD = sumDistance / numPairs
# oldICD = (oldICD*0.05) + oldICD
# oldICD = (oldICD*0.01) + oldICD
length = length + 1
numPairs = ((length * (length - 1)) / 2)
newICD = (sumDistance + sumDistanceWithNewMember) / numPairs
deltaICD[clusterID] = oldICD - newICD
candidateClusterID = max(deltaICD.keys(), key=(lambda k: deltaICD[k]))
if not 'assigned' in selectedLayerClusters['clusters'][candidateClusterID]:
selectedLayerClusters['clusters'][candidateClusterID]['assigned'] = []
selectedLayerClusters['clusters'][candidateClusterID]['selected'] = []
length = len(selectedLayerClusters['clusters'][candidateClusterID]['members'])
if length == 1:
caseFile["notAssImages"].append(trainImage)
caseFile["actualCluster"].append(-1)
else:
if deltaICD[candidateClusterID] >= 0:
selectedLayerClusters['clusters'][candidateClusterID]['assigned'].append(trainImage)
caseFile["assImages"].append(trainImage)
caseFile["actualCluster"].append(candidateClusterID)
else:
caseFile["notAssImages"].append(trainImage)
caseFile["actualCluster"].append(-1)
elif selection == 'ClosestMem':
distWithMembers = []
clusterIDX = []
for clusterID in selectedLayerClusters['clusters']:
minDist = []
for testImage in selectedLayerClusters['clusters'][clusterID]['members']:
Diff = HeatmapModule.doDistance(heatMap, testHM[testImage], metric)
minDist.append(Diff)
# indx = min(enumerate(minDist), key=itemgetter(1))[0]
distWithMembers.append(min(minDist))
clusterIDX.append(clusterID)
indx = min(enumerate(distWithMembers), key=itemgetter(1))[0]
candidateClusterID = clusterIDX[indx]
if not 'selected' in selectedLayerClusters['clusters'][candidateClusterID]:
selectedLayerClusters['clusters'][candidateClusterID]['selected'] = []
if not 'assigned' in selectedLayerClusters['clusters'][candidateClusterID]:
selectedLayerClusters['clusters'][candidateClusterID]['assigned'] = []
selectedLayerClusters['clusters'][candidateClusterID]['assigned'].append(trainImage)
caseFile["assImages"].append(trainImage)
caseFile["actualCluster"].append(candidateClusterID)
elif selection == 'Entropy':
improveRCCDists = caseFile["improveRCCDists"]
if not isfile(join(improveRCCDists, "closestClusterDist.pt")):
closestClusterDist = {}
torch.save(closestClusterDist, join(improveRCCDists, "closestClusterDist.pt"))
else:
closestClusterDist = torch.load(join(improveRCCDists, "closestClusterDist.pt"))
x = 0
print("\n")
loadBar = 0
RemainingTime = "N/A"
start = time.time()
random.shuffle(retrainList)
if len(closestClusterDist) < len(retrainList):
for trainImage in retrainList:
if trainImage not in closestClusterDist:
heatMap, E = HeatmapModule.generateHeatMap(trainImage, dnn, datasetName, "", False, area, improveNpy
, imgExt, caseFile["FLD"])
closestClusterDist[trainImage] = E
x += 1
if x / int(len(retrainList) * 0.01) == 1:
loadBar += 1.0
spentTime = ((time.time() - start) / 60.0)
timePerLoadBar = spentTime/loadBar
spentTime = timePerLoadBar * loadBar
fullTime = timePerLoadBar * 100
remTime = math.ceil(fullTime - spentTime)
if remTime > 60:
RemainingTime = str(remTime/60)[0:4] + "hs."
else:
RemainingTime = str(remTime) + " mins."
x = 0
try:
closestClusterDist_local = torch.load(join(improveRCCDists, "closestClusterDist.pt"))
for img in closestClusterDist_local:
if img not in closestClusterDist:
closestClusterDist[img] = closestClusterDist_local[img]
except EOFError as error:
print("EOFError")
except TypeError as error:
print("TypeError")
torch.save(closestClusterDist, join(improveRCCDists, "closestClusterDist.pt"))
else:
print("Checked:", str(loadBar) + "%", "ETA: <" + str(RemainingTime), "Collected: " +
str(int(100.00 * len(closestClusterDist)/len(retrainList))) + "%", end="\r")
assignedList = []
orderLength = len(selectedLayerClusters['clusters']) * len(retrainList)
start = time.time()
loadBar = 0
x = 0
clusterUCs, totalAssigned, totalUc, totalUb, Ub = DS.getUCs(caseFile, 2)
toAssign = totalUc
for _ in retrainList:
candidateImage = max(closestClusterDist, key=closestClusterDist.get)
E = closestClusterDist[candidateImage]
closestClusterDist[candidateImage] = 1e9
if assignedList.count(candidateImage) < 1:
if E != 1e9:
if len(assignedList) < toAssign:
assignedList.append(candidateImage)
caseFile["assImages"] = assignedList
else:
break
x += 1
if x / (orderLength * 0.01) == 1:
loadBar += 1.0
spentTime = ((time.time() - start) / 60.0)
timePerLoadBar = spentTime/loadBar
spentTime = timePerLoadBar * loadBar
fullTime = timePerLoadBar * 100
remTime = math.ceil(fullTime - spentTime)
if remTime > 60:
RemainingTime = str(remTime/60)[0:4] + "hs."
else:
RemainingTime = str(remTime) + " mins."
x = 0
else:
print("Checked:", str(loadBar) + "%", " ETA: <" + str(RemainingTime),
"Assigned: ", str(int(100.00 * len(assignedList) / toAssign)) + "%", end="\r")
if len(assignedList) == toAssign:
break
for _ in retrainList:
candidateClusterID = -1
caseFile["actualCluster"].append(candidateClusterID)
torch.save(caseFile, caseFile["caseFile"])
breakFlag = True
elif selection == 'ClosestU':
improveRCCDists = caseFile["improveRCCDists"]
if not isfile(join(improveRCCDists, "closestClusterName.pt")):
closestClusterName = {}
for order in range(0, len(selectedLayerClusters['clusters'])):
closestClusterName[order] = {}
torch.save(closestClusterName, join(improveRCCDists, "closestClusterName.pt"))
else:
closestClusterName = torch.load(join(improveRCCDists, "closestClusterName.pt"))
if not isfile(join(improveRCCDists, "closestClusterDist.pt")):
closestClusterDist = {}
for order in range(0, len(selectedLayerClusters['clusters'])):
closestClusterDist[order] = {}
torch.save(closestClusterDist, join(improveRCCDists, "closestClusterDist.pt"))
else:
closestClusterDist = torch.load(join(improveRCCDists, "closestClusterDist.pt"))
if not isfile(join(improveRCCDists, "imagesEntropy.pt")):
imagesEntropy = {}
torch.save(imagesEntropy, join(improveRCCDists, "imagesEntropy.pt"))
else:
imagesEntropy = torch.load(join(improveRCCDists, "imagesEntropy.pt"))
clustCounter = {}
x = 0
dictResult = {}
print("\n")
loadBar = 0
RemainingTime = "N/A"
start = time.time()
random.shuffle(retrainList)
layerIndex = int(caseFile["selectedLayer"].replace("Layer", ""))
if len(closestClusterDist[0]) < len(retrainList):
for trainImage in retrainList:
if trainImage not in closestClusterDist[0]:
heatMap, E = HeatmapModule.generateHeatMap(trainImage, dnn, datasetName, "", False, area, improveNpy
, imgExt, caseFile["FLD"])
imagesEntropy[trainImage] = E
#errImagex, fileName, retrainImage = nameMapper(trainImage)
#heatMap, E = HeatmapModule.safeHM(join(retrainHMPath, errImagex), caseFile["layerIndex"],
# trainImage, dnn, datasetName, "", False, area, improveNpy, imgExt,
# caseFile["FLD"])
clusterIDX = []
clusterDists = []
for clusterID in selectedLayerClusters['clusters']:
if len(selectedLayerClusters['clusters'][clusterID]['members']) > 1:
dictResult[clusterID] = []
minDist = []
for testImage in selectedLayerClusters['clusters'][clusterID]['members']:
Diff = HeatmapModule.doDistance(testHMX[testImage], heatMap[layerIndex], metric)
minDist.append(Diff)
clusterDists.append(min(minDist))
clusterIDX.append(clusterID)
if len(clusterDists) > 0:
for order in range(0, len(selectedLayerClusters['clusters'])):
indx = min(enumerate(clusterDists), key=itemgetter(1))[0]
closestClusterDist[order][trainImage] = clusterDists[indx]
closestClusterName[order][trainImage] = clusterIDX[indx]
clusterDists[indx] = 1e9
x += 1
if x / int(len(retrainList) * 0.01) == 1:
loadBar += 1.0
spentTime = ((time.time() - start) / 60.0)
timePerLoadBar = spentTime/loadBar
spentTime = timePerLoadBar * loadBar
fullTime = timePerLoadBar * 100
remTime = math.ceil(fullTime - spentTime)
if remTime > 60:
RemainingTime = str(remTime/60)[0:4] + "hs."
else:
RemainingTime = str(remTime) + " mins."
x = 0
try:
closestClusterDist_local = torch.load(join(improveRCCDists, "closestClusterDist.pt"))
closestClusterName_local = torch.load(join(improveRCCDists, "closestClusterName.pt"))
for img in closestClusterDist_local[0]:
if img not in closestClusterDist[0]:
for order in range(0, len(selectedLayerClusters['clusters'])):
closestClusterDist[order][img] = closestClusterDist_local[order][img]
closestClusterName[order][img] = closestClusterName_local[order][img]
except EOFError as error:
print("EOFError")
except TypeError as error:
print("TypeError")
torch.save(closestClusterDist, join(improveRCCDists, "closestClusterDist.pt"))
torch.save(closestClusterName, join(improveRCCDists, "closestClusterName.pt"))
torch.save(imagesEntropy, join(improveRCCDists, "imagesEntropy.pt"))
else:
print("Checked:", str(loadBar) + "%", "ETA: <" + str(RemainingTime), "Collected: " +
str(int(100.00 * len(closestClusterDist[0])/len(retrainList))) + "%", end="\r")
assignedList = []
orderLength = len(selectedLayerClusters['clusters']) * len(retrainList)
start = time.time()
loadBar = 0
x = 0
clusterUCs, totalAssigned, totalUc, totalUb, Ub = DS.getUCs(caseFile, 2)
toAssign = totalUc
for clusterID in selectedLayerClusters['clusters']:
if not 'selected' in selectedLayerClusters['clusters'][clusterID]:
selectedLayerClusters['clusters'][clusterID]['selected'] = []
if not 'assigned' in selectedLayerClusters['clusters'][clusterID]:
selectedLayerClusters['clusters'][clusterID]['assigned'] = []
clustCounter[clusterID] = 0
dictResult[clusterID] = []
entropyList = list()
for _ in imagesEntropy:
candidateImage = max(imagesEntropy.keys(), key=(lambda k: imagesEntropy[k]))
imagesEntropy[candidateImage] = 0
entropyList.append(candidateImage)
entropyList = entropyList[0:math.ceil(totalAssigned)]
for order in range(0, len(selectedLayerClusters['clusters'])):
for _ in closestClusterDist[order]:
candidateImage = min(closestClusterDist[order].keys(), key=(lambda k: closestClusterDist[order][k]))
candidateClusterID = closestClusterName[order][candidateImage]
distance = closestClusterDist[order][candidateImage]
closestClusterDist[order][candidateImage] = 1000
if caseFile["retrainMode"] == "HUDDE":
if entropyList.count(candidateImage) == 0:
continue
if assignedList.count(candidateImage) < 1:
if distance < 1000:
if dictResult[candidateClusterID].count(candidateImage) < 1:
if len(dictResult[candidateClusterID]) < clusterUCs[candidateClusterID]:
dictResult[candidateClusterID].append(candidateImage)
selectedLayerClusters['clusters'][candidateClusterID]['assigned'].append(candidateImage)
assignedList.append(candidateImage)
caseFile["assImages"] = assignedList
clustCounter[candidateClusterID] += 1
else:
break
x += 1
if x / (orderLength * 0.01) == 1:
loadBar += 1.0
spentTime = ((time.time() - start) / 60.0)
timePerLoadBar = spentTime/loadBar
spentTime = timePerLoadBar * loadBar
fullTime = timePerLoadBar * 100
remTime = math.ceil(fullTime - spentTime)
if remTime > 60:
RemainingTime = str(remTime/60)[0:4] + "hs."
else:
RemainingTime = str(remTime) + " mins."
x = 0
else:
print("Checked:", str(loadBar) + "%", " ETA: <" + str(RemainingTime),
"Assigned: ", str(int(100.00 * len(assignedList) / toAssign)) + "%", "order:", order, end="\r")
if len(assignedList) == toAssign:
break
for trainImage in retrainList:
candidateClusterID = -1
for clusterID in dictResult:
if dictResult[clusterID].count(trainImage) > 0:
candidateClusterID = clusterID
caseFile["actualCluster"].append(candidateClusterID)
torch.save(caseFile, caseFile["caseFile"])
#print("Identical Assigned Cluster Images:", y)
#print("Total Identical:", hh)
breakFlag = True
elif selection == "SSEICD":
sumSquareWithNewMember = {}
sumDistanceWithNewMember = {}
errorSumWithNewMember = {}
diffSumWithNewMember = {}
for clusterID in selectedLayerClusters['clusters']:
errorSumWithNewMember[clusterID] = 0
sumDistanceWithNewMember[clusterID] = 0
sumSquareWithNewMember[clusterID] = 0
for testImage in selectedLayerClusters['clusters'][clusterID]['members']:
sumSquareWithNewMember[clusterID] += HeatmapModule.doDistance(heatMap, testHM[testImage], metric) ** 2
sumDistanceWithNewMember[clusterID] += HeatmapModule.doDistance(heatMap, testHM[testImage], metric)
errorSumWithNewMember[clusterID] = (sumSquareWithNewMember[clusterID] +
selectedLayerClusters['clusters'][clusterID]['variance']) / (len(
selectedLayerClusters['clusters'][clusterID]['members']) + 1)
diffSumWithNewMember[clusterID] = errorSumWithNewMember[clusterID] - \
selectedLayerClusters['clusters'][clusterID]['errorSum']
candidateClusterID = min(diffSumWithNewMember.keys(), key=(lambda k: diffSumWithNewMember[k]))
length = len(selectedLayerClusters['clusters'][candidateClusterID]['members'])
if length == 1:
avgDisCandidateCluster = 0
else:
avgDisCandidateCluster = selectedLayerClusters['clusters'][candidateClusterID]['sumDistance'] / (
(length * (length - 1)) / 2)
sumDisCandidateClusterWitNewMem = selectedLayerClusters['clusters'][candidateClusterID]['sumDistance'] + \
sumDistanceWithNewMember[candidateClusterID]
avgDisCandidateClusterWitNewMem = sumDisCandidateClusterWitNewMem / (((length + 1) * ((length + 1) - 1)) / 2)
if not 'assigned' in selectedLayerClusters['clusters'][candidateClusterID]:
selectedLayerClusters['clusters'][candidateClusterID]['assigned'] = []
selectedLayerClusters['clusters'][candidateClusterID]['selected'] = []
if avgDisCandidateClusterWitNewMem <= avgDisCandidateCluster:
selectedLayerClusters['clusters'][candidateClusterID]['assigned'].append(trainImage)
caseFile["assImages"].append(trainImage)
caseFile["actualCluster"].append(candidateClusterID)
else:
selectedLayerClusters['clusters'][candidateClusterID]['selected'].append(trainImage)
caseFile["notAssImages"].append(trainImage)
caseFile["actualCluster"].append(-1)
elif selection == 'jSSE':
sumSquareWithNewMember = {}
sumDistanceWithNewMember = {}
errorSumWithNewMember = {}
diffSumWithNewMember = {}
for clusterID in selectedLayerClusters['clusters']:
errorSumWithNewMember[clusterID] = 0
sumDistanceWithNewMember[clusterID] = 0
sumSquareWithNewMember[clusterID] = 0
for testImage in selectedLayerClusters['clusters'][clusterID]['members']:
sumSquareWithNewMember[clusterID] += HeatmapModule.doDistance(heatMap, testHM[testImage], metric) ** 2
sumDistanceWithNewMember[clusterID] += HeatmapModule.doDistance(heatMap, testHM[testImage], metric)
errorSumWithNewMember[clusterID] = (sumSquareWithNewMember[clusterID] +
selectedLayerClusters['clusters'][clusterID]['variance']) / (len(
selectedLayerClusters['clusters'][clusterID]['members']) + 1)
diffSumWithNewMember[clusterID] = errorSumWithNewMember[clusterID] - \
selectedLayerClusters['clusters'][clusterID]['errorSum']
candidateClusterID = min(diffSumWithNewMember.keys(), key=(lambda k: diffSumWithNewMember[k]))
if not 'assigned' in selectedLayerClusters['clusters'][candidateClusterID]:
selectedLayerClusters['clusters'][candidateClusterID]['assigned'] = []
selectedLayerClusters['clusters'][candidateClusterID]['selected'] = []
if diffSumWithNewMember[candidateClusterID] <= 0:
selectedLayerClusters['clusters'][candidateClusterID]['assigned'].append(trainImage)
caseFile["assImages"].append(trainImage)
caseFile["actualCluster"].append(candidateClusterID)
else:
selectedLayerClusters['clusters'][candidateClusterID]['selected'].append(trainImage)
caseFile["notAssImages"].append(trainImage)
caseFile["actualCluster"].append(-1)
#elif selection == 'HMEntropy':
torch.save(caseFile, caseFile["caseFile"])
return selectedLayerClusters, breakFlag
def calculate_pixel_distance(coord1, coord2):
diff = np.square(coord1 - coord2)
sum_diff = np.sqrt(diff[:, :, 0] + diff[:, :, 1])
avg = sum_diff.mean()
return avg, sum_diff
def saveRetrainHM():
global caseFile
model = caseFile["DNN"]
print("Saving retrain Heatmaps")
if caseFile["datasetName"] == "FLD":
KParray = getKParray()
counter = 1
index = 0
makeFolder(caseFile["outputPath"])
dataset = np.load(caseFile["improveDataNpy"], allow_pickle=True)
dataset = dataset.item()
x_data = dataset["data"]
x_data = x_data.astype(np.float32)
x_data = x_data / 255.
x_data = x_data[:, np.newaxis]
for inputs in x_data:
imageName = "I" + str(counter) + ".pt"
savePath = join(caseFile["outputPath"], imageName)
if not isfile(savePath):
transformer = setupTransformer(caseFile["datasetName"])
inputs = transformer(inputs)
if torch.cuda.is_available():
inputs = Variable(inputs.cuda())
model = model.cuda()
else:
inputs = Variable(inputs)
model = HeatmapModule.ieeRegister(model)
predict = model(inputs.unsqueeze(0).float())
predict_cpu = predict.cpu()
predict_cpu = predict_cpu.detach().numpy()
predict_xy1 = DS.transfer_target(predict_cpu, n_points=DS.n_points)
# labels_gt = dataset["label"][0]
# print(labels_gt)
labels_gt = dataset["label"][index]
labels_msk = np.ones(labels_gt.shape)
labels_msk[labels_gt <= 1e-5] = 0
predict_xy = np.multiply(predict_xy1, labels_msk)
avg, sum_diff = calculate_pixel_distance(labels_gt, predict_xy)
label = 0
worst_label = 0
worst_KP = 0
for KP in sum_diff[0]:
if KParray.count(label) > 0:
if KP > worst_KP:
worst_KP = KP
worst_label = label
label += 1
# print(worst_label)
# KPindex = int(row["worst_KP"][2::])
predict_cpu = HeatmapModule.ieeBackKP(predict_cpu, worst_label)
# predict_cpu = HeatmapModule.ieeBackParts(predict_cpu, area)
tAF = torch.from_numpy(predict_cpu[0]).type(torch.FloatTensor)
if torch.cuda.is_available():
tAF = Variable(tAF).cuda()
else:
tAF = Variable(tAF).cpu()
model.relprop(tAF)
heatmaps = HeatmapModule.returnHeatmap(model)
torch.save(heatmaps[caseFile["layerIndex"]], savePath)
del heatmaps
counter += 1
index += 1
if counter % 10000 == 0:
print("Checked {} images".format(counter), end="\r")
else:
counter = 0
retrainList, retrainLength = getFolderSize(caseFile["improveDataPath"])
fileList = retrainList
random.shuffle(fileList)
for file in fileList:
if file.endswith(".jpg") or file.endswith(".png") or file.endswith(".ppm"):
fileName = str(basename(file).split(".")[0]) + ".pt"
savePath = join(caseFile["outputPath"], basename(dirname(file)) + "_" + fileName)
filePath = file
# heatmaps = generateActivations(inputImage, model, datasetName, outputPath, True)
if not isfile(savePath):
heatmaps = HeatmapModule.generateHeatMap(filePath, caseFile["DNN"], caseFile["datasetName"],
caseFile["outputPath"], False, caseFile["imgExt"])
torch.save(heatmaps[caseFile["layerIndex"]], savePath)
del heatmaps
counter = counter + 1
if counter % 10000 == 0:
print("Checked and Saved " + str(counter) + " improvement images.")
print("Checked and Saved " + str(counter) + " improvement images.")
return
def getFolderSize(inputPath):
Counter = 0
imgList = []
for src_dir, dirs, files in os.walk(inputPath):
for file in files:
if (file.endswith(".png") or file.endswith(".jpg") or file.endswith(".ppm")):
Counter = Counter + 1
imgList.append(join(src_dir, file))
return imgList, Counter
def makeFolder(inputPath):
if not exists(inputPath):
os.makedirs(inputPath)
def classifyImprov(datasetName, dnn, fileName, filePath, labelPath, CC, MC):
resStr = testModule.testDNN(datasetName, dnn, fileName, filePath, labelPath)
if resStr == 'M':
MC.append(fileName)
else:
CC.append(fileName)
return CC, MC
def getClusterData(caseFile, heatmapsDistance):
global testHM, centroidHMs, centroidRadius, clusterIDX
if torch.cuda.is_available():
selectedLayerClusters = torch.load(caseFile["clsPath"])
else:
selectedLayerClusters = torch.load(caseFile["clsPath"], map_location=torch.device('cpu'))
metric = caseFile["metric"]
layer = caseFile["selectedLayer"]
print("Collecting cluster data")
centroidHMs = {}
medoidHMs = {}
centroidRadius = {}
medoidRadius = {}
clusterIDX = []
testHM = {}
cls = len(selectedLayerClusters['clusters'])
cls2 = 0
testHM, imgList = HeatmapModule.collectHeatmaps(caseFile["filesPath"], layer)
for clusterID in selectedLayerClusters['clusters']:
SSE = 0
cls2 += 1
sumDistance = selectedLayerClusters['clusters'][clusterID]['sumDistance']
length = len(selectedLayerClusters['clusters'][clusterID]['members'])
numPairs = ((length * (length - 1)) / 2)
print(str(cls2 / cls * 100.00)[0:5] + "%", end="\r")
if not 'Distances' in selectedLayerClusters['clusters'][clusterID]:
selectedLayerClusters['clusters'][clusterID]['Distances'] = []
if numPairs == 0:
selectedLayerClusters['clusters'][clusterID]['ICD'] = 0
else:
selectedLayerClusters['clusters'][clusterID]['ICD'] = sumDistance / numPairs
clusterMember = selectedLayerClusters['clusters'][clusterID]['members']
i = 0
for errImage in os.listdir(join(caseFile["filesPath"], "Heatmaps", layer)):
errImage = errImage.split(".")[0]
if i == 0:
sumHM = torch.add(testHM[errImage], 0)
else:
sumHM = torch.add(testHM[errImage], sumHM)
i = i + 1
centroidHMs[clusterID] = torch.div(sumHM, length)
#if 'SSE' not in selectedLayerClusters['clusters'][clusterID]:
#if 'Medoid-Farthest-Dist' not in selectedLayerClusters['clusters'][clusterID]:
if True:
selectedLayerClusters['clusters'][clusterID]['Centroid-HM'] = centroidHMs[clusterID]
maxDist = 0
maxDist2 = 0
minDist = 1e9
maxRadius = 0
minRadius = 1e9
maxCentMember = clusterMember[0]
maxMedMember = clusterMember[0]
minCentMember = clusterMember[0]
maxMember1 = clusterMember[0]
maxMember2 = clusterMember[0]
minMember1 = clusterMember[0]
minMember2 = clusterMember[0]
heatMapDistanceExecl = pd.read_excel(heatmapsDistance)
heatMapDistanceExecl.drop(heatMapDistanceExecl.columns[heatMapDistanceExecl.columns.str.contains('unnamed',
case=False)],
axis=1, inplace=True)
distance = heatMapDistanceExecl.values
clusterMembersName = heatMapDistanceExecl.columns
distDict = {}
for m1 in range(0, len(clusterMember)):
list_ = []
for m2 in range(0, len(clusterMember)):
if m1 != m2:
indexM1 = clusterMembersName.get_loc(clusterMember[m1])
indexM2 = clusterMembersName.get_loc(clusterMember[m2])
dist = distance[indexM1][indexM2]
list_.append(dist)
distDict[str(m1)] = sum(list_)/len(list_)
newDict = dict(sorted(distDict.items(), key=lambda item: item[1]))
members = []
#medoidMember = clusterMember[int(newDict[0])] #1st medoid
#medoidMember = clusterMember[int(newDict[1])] #2nd medoid
for medoidNumber in newDict:
members.append(clusterMember[int(medoidNumber)])
medoidMember = members[0]
medoidHMs[clusterID] = testHM[medoidMember]
for m1 in range(0, len(clusterMember)):
indexM1 = clusterMembersName.get_loc(clusterMember[m1])
Diff = HeatmapModule.doDistance(centroidHMs[clusterID], testHM[clusterMember[m1]], metric)
Diff2 = HeatmapModule.doDistance(medoidHMs[clusterID], testHM[clusterMember[m1]], metric)
if Diff2 > maxDist2:
maxDist2 = Diff2
maxMedMember = clusterMember[m1]
if Diff > maxDist:
maxDist = Diff
maxCentMember = clusterMember[m1]
if Diff < minDist:
minDist = Diff
minCentMember = clusterMember[m1]
for m2 in range(m1 + 1, len(clusterMember)):
indexM2 = clusterMembersName.get_loc(clusterMember[m2])
dist = distance[indexM1][indexM2]
SSE += dist ** 2
selectedLayerClusters['clusters'][clusterID]['Distances'].append(dist)
if dist > maxRadius:
maxRadius = dist
maxMember1 = clusterMember[m1]
maxMember2 = clusterMember[m2]
if dist < minRadius:
minRadius = dist
minMember1 = clusterMember[m1]
minMember2 = clusterMember[m2]
selectedLayerClusters['clusters'][clusterID]['SSE'] = SSE
selectedLayerClusters['clusters'][clusterID]['SSE/Len'] = SSE / length
selectedLayerClusters['clusters'][clusterID]['minMem1'] = minMember1
selectedLayerClusters['clusters'][clusterID]['minMem2'] = minMember2
selectedLayerClusters['clusters'][clusterID]['maxMem1'] = maxMember1
selectedLayerClusters['clusters'][clusterID]['maxMem2'] = maxMember2
selectedLayerClusters['clusters'][clusterID]['Centroid-Farthest-Dist'] = maxDist
selectedLayerClusters['clusters'][clusterID]['Centroid-Farthest-Member'] = maxCentMember
selectedLayerClusters['clusters'][clusterID]['Centroid-Closest-Dist'] = minDist
selectedLayerClusters['clusters'][clusterID]['Centroid-Closest-Member'] = minCentMember
selectedLayerClusters['clusters'][clusterID]['Medoid-Member'] = medoidMember
selectedLayerClusters['clusters'][clusterID]['Medoid-Farthest-Dist'] = maxDist2
selectedLayerClusters['clusters'][clusterID]['Medoid-Farthest-Member'] = maxMedMember
centroidRadius[clusterID] = selectedLayerClusters['clusters'][clusterID]['Centroid-Farthest-Dist']
medoidRadius[clusterID] = selectedLayerClusters['clusters'][clusterID]['Medoid-Farthest-Dist']
medoidHMs[clusterID] = testHM[selectedLayerClusters['clusters'][clusterID]['Medoid-Member']]
clusterIDX.append(clusterID)
print(clusterID, medoidMember, maxMedMember)
torch.save(selectedLayerClusters, caseFile["clsPath"])
#return centroidRadius, centroidHMs, testHM
return medoidRadius, medoidHMs, testHM
def getKParray():
global caseFile
area = caseFile["faceSubset"]
rightbrow = [2, 3]
leftbrow = [0, 1]
mouth = [23, 24, 25, 26]
righteye = [16, 17, 18, 19, 20, 21, 22]
lefteye = [9, 10, 11, 12, 13, 14, 15]
noseridge = [4, 5]
nose = [6, 7, 8]
KParray = [0, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26]
if area == "rightbrow":
KParray = rightbrow
elif area == "leftbrow":
KParray = leftbrow
elif area == "righteye":
KParray = righteye
elif area == "lefteye":
KParray = lefteye
elif area == "nose":
KParray = nose