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LoadLFImages_Backup.py
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import numpy as np
import pandas as pd
import os
#--------------------------------------- 56 Views Work ----------------------------------------------------------------
# Depth0 reading
def LoadFiftySixViewsDepth0(TotLF,ctuPath,metaPath,rate,PRINT_STATUS,METHODOLOGY,DB):
Record=[]
sz1 = 256
sz2 = sz1 * 2
MVX_1 = np.zeros(sz2)
MVX_2 = np.zeros(sz2)
MVY_1 = np.zeros(sz2)
MVY_2 = np.zeros(sz2)
MVX_Arr = []
NonSparseD = [2, 4, 6, 8]
SparseD = [1, 3, 5, 7, 9]
SparseND = np.array(SparseD)
NonSparseND = np.array(NonSparseD)
rateValue=(int(rate)-8)/(45-8)
for lf in range(1, TotLF):
lfname = str(lf)
if (PRINT_STATUS):
print("Loading LF ", lf)
for lfR in range(1, 10):
for lfC in range(1, 10):
viewNumber = (lfC - 1) * 9 + (lfR - 1) + 1
#print("[%d,%d] %d",lfR,lfC,viewNumber)
for CTUno in range(0, 64):
CurrPU = 0
CurrSL = 0
pufilenameCurrInfo = metaPath + lfname + '\\'+ DB +'_' + lfname + '_' + rate + '_R' + str(
lfR) + '_C' + str(lfC) + '_ctuno' + str(CTUno) + '_d0' + '.txt'
pufilenameCurrInfo_CTU = ctuPath + lfname + '\\'+ DB +'_' + lfname + '_R' + str(lfR) + '_C' + str(
lfC) + '_ctuno' + str(CTUno) + '_d0' + '.png'
pufilename1_ctu = pufilenameCurrInfo_CTU
pufilename2_ctu = pufilenameCurrInfo_CTU
pufilename3_ctu = pufilenameCurrInfo_CTU
pufilename4_ctu = pufilenameCurrInfo_CTU
with open(pufilenameCurrInfo) as fpucurr:
CurrSL = (int(fpucurr.readline()))
CurrPU = (int(fpucurr.readline())) # / 1
# MVx1 = (int(fpucurr.readline())) + sz1
# MVy1 = (int(fpucurr.readline())) + sz1
# MVx2 = (int(fpucurr.readline())) + sz1
# MVy2 = (int(fpucurr.readline())) + sz1
testSR = (lfR == SparseND)
testNonR = (lfR == NonSparseND)
testSC = (lfC == SparseND)
testNonC = (lfC == NonSparseND)
# Defining Neighbours
N1PU = 0
N2PU = 0
N3PU = 0
N4PU = 0
N1SL = 0
N2SL = 0
N3SL = 0
N4SL = 0
if (METHODOLOGY): # IF we need to predict complete LF views
Record.append(
[pufilenameCurrInfo_CTU, lfname, lfR, lfC, rateValue, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU, N4PU,
N1SL, N2SL, N3SL, N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu,
viewNumber])
else:
# print("Waqas Test")
# Getting only 5x5 key views
if (testSR.any() and testSC.any()):
#print("DCV",lfR,lfC)
t = 10
elif (testNonR.any() and testNonC.any()):
#print("case Sparse", lfR, lfC)
N_Ver_LC = lfC - 1
N_Ver_LR = lfR - 1
N_Ver_RC = lfC + 1
N_Ver_RR = lfR + 1
N_Ver_LC2 = lfC + 1
N_Ver_LR2 = lfR - 1
N_Ver_RC2 = lfC - 1
N_Ver_RR2 = lfR + 1
#print("KSV[Row:%d ,Col: %d, Viewno: %d]" % (lfR, lfC,viewNumber), "NL (%d,%d)" % (N_Ver_LR, N_Ver_LC),"NR (%d,%d)" % (N_Ver_RR, N_Ver_RC),"NL2 (%d,%d)" % (N_Ver_LR2, N_Ver_LC2),"NR2 (%d,%d)" % (N_Ver_RR2, N_Ver_RC2))
pufilename1 = metaPath + lfname + '/'+ DB +'_' + lfname + '_' + rate + '_R' + str(
N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d0' + '.txt'
pufilename1_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d0' + '.png'
with open(pufilename1) as fpu1:
N1SL = (int(fpu1.readline()))
N1PU = (int(fpu1.readline())) / 10
# MVx1_N1 = (int(fpu1.readline()))
# MVy1_N1 = (int(fpu1.readline()))
# MVx2_N1 = (int(fpu1.readline()))
# MVy2_N1 = (int(fpu1.readline()))
pufilename2 = metaPath + lfname + '/'+ DB +'_' + lfname + '_' + rate + '_R' + str(
N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d0' + '.txt'
pufilename2_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d0' + '.png'
# print(pufilename2)
with open(pufilename2) as fpu2:
N2SL = (int(fpu2.readline()))
N2PU = (int(fpu2.readline())) / 10
# MVx1_N2 = (int(fpu2.readline()))
# MVy1_N2 = (int(fpu2.readline()))
# MVx2_N2 = (int(fpu2.readline()))
# MVy2_N2 = (int(fpu2.readline()))
pufilename3 = metaPath + lfname + '/'+ DB +'_' + lfname + '_' + rate + '_R' + str(
N_Ver_LR2) + '_C' + str(
N_Ver_LC2) + '_ctuno' + str(CTUno) + '_d0' + '.txt'
pufilename3_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_LR2) + '_C' + str(
N_Ver_LC2) + '_ctuno' + str(CTUno) + '_d0' + '.png'
# print(pufilename3)
with open(pufilename3) as fpu3:
N3SL = (int(fpu3.readline()))
N3PU = (int(fpu3.readline())) / 10
# MVx1_N3 = (int(fpu3.readline()))
# MVy1_N3 = (int(fpu3.readline()))
# MVx2_N3 = (int(fpu3.readline()))
# MVy2_N3 = (int(fpu3.readline()))
pufilename4 = metaPath + lfname + '/'+ DB +'_' + lfname + '_' + rate + '_R' + str(
N_Ver_RR2) + '_C' + str(
N_Ver_RC2) + '_ctuno' + str(CTUno) + '_d0' + '.txt'
pufilename4_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_RR2) + '_C' + str(
N_Ver_RC2) + '_ctuno' + str(CTUno) + '_d0' + '.png'
# print(pufilename4)
with open(pufilename4) as fpu4:
N4SL = (int(fpu4.readline()))
N4PU = (int(fpu4.readline())) / 10
# MVx1_N4 = (int(fpu4.readline()))
# MVy1_N4 = (int(fpu4.readline()))
# MVx2_N4 = (int(fpu4.readline()))
# MVy2_N4 = (int(fpu4.readline()))
#print('Viewno.: ' + str(viewNumber) + ' RC '+ str(lfR)+'-'+str(lfC) + ' N1: ' + pufilename1 + ' N2: '+ pufilename2 + ' N3: ' + pufilename3 + ' N4: ' + pufilename4)
Record.append([pufilenameCurrInfo_CTU, lfname, lfR, lfC, rateValue, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU,N4PU,
N1SL, N2SL, N3SL,N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu, viewNumber])
# Record.append(
# [pufilenameCurrInfo, lfname, lfR, lfC, rate, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU, N4PU,
# N1SL, N2SL, N3SL, N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu,
# pufilenameCurrInfo_CTU, MVx1_N1, MVy1_N1, MVx2_N1, MVy2_N1, MVx1_N2, MVy1_N2, MVx2_N2,
# MVy2_N2, MVx1_N3, MVy1_N3, MVx2_N3, MVy2_N3, MVx1_N4, MVy1_N4, MVx2_N4, MVy2_N4])
elif (testSR.any() and not testSC.any()):
N_Ver_LC = lfC - 1
N_Ver_LR = lfR
N_Ver_RC = lfC + 1
N_Ver_RR = lfR
pufilename1 = metaPath + lfname + '/'+ DB +'_' + lfname + '_' + rate + '_R' + str(
N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d0' + '.txt'
pufilename1_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d0' + '.png'
# print(pufilename1)
with open(pufilename1) as fpu1:
N1SL = (int(fpu1.readline()))
N1PU = (int(fpu1.readline())) / 10
MVx1_N1 = (int(fpu1.readline()))
MVy1_N1 = (int(fpu1.readline()))
MVx2_N1 = (int(fpu1.readline()))
MVy2_N1 = (int(fpu1.readline()))
pufilename2 = metaPath + lfname + '/'+ DB +'_' + lfname + '_' + rate + '_R' + str(
N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d0' + '.txt'
pufilename2_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d0' + '.png'
# print(pufilename2)
with open(pufilename2) as fpu2:
N2SL = (int(fpu2.readline()))
N2PU = (int(fpu2.readline())) / 10
MVx1_N2 = (int(fpu2.readline()))
MVy1_N2 = (int(fpu2.readline()))
MVx2_N2 = (int(fpu2.readline()))
MVy2_N2 = (int(fpu2.readline()))
N3PU = N1PU
N3SL = N1SL
N4PU = N2PU
N4SL = N2SL
#print("SSV [Row:%d ,Col: %d, Viewno: %d]" % (lfR, lfC,viewNumber),"NL (%d,%d)"% (N_Ver_LR,N_Ver_LC),"NR (%d,%d)" % (N_Ver_RR,N_Ver_RC))
#print('Viewno.: ' + str(viewNumber) + ' RC '+ str(lfR)+'-'+str(lfC) + ' N1: ' + pufilename1 + ' N2: '+ pufilename2 )
Record.append([pufilenameCurrInfo_CTU, lfname, lfR, lfC, rateValue, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU,N4PU,
N1SL, N2SL, N3SL,N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu, viewNumber])
elif (testSC.any() and not testSR.any()):
N_Ver_LC = lfC
N_Ver_LR = lfR - 1
N_Ver_RC = lfC
N_Ver_RR = lfR + 1
pufilename1 = metaPath + lfname + '/'+ DB +'_' + lfname + '_' + rate + '_R' + str(
N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d0' + '.txt'
pufilename1_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d0' + '.png'
# print(pufilename1)
with open(pufilename1) as fpu1:
N1SL = (int(fpu1.readline()))
N1PU = (int(fpu1.readline())) / 10
MVx1_N1 = (int(fpu1.readline()))
MVy1_N1 = (int(fpu1.readline()))
MVx2_N1 = (int(fpu1.readline()))
MVy2_N1 = (int(fpu1.readline()))
pufilename2 = metaPath + lfname + '/'+ DB +'_' + lfname + '_' + rate + '_R' + str(
N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d0' + '.txt'
pufilename2_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d0' + '.png'
# print(pufilename2)
with open(pufilename2) as fpu2:
N2SL = (int(fpu2.readline()))
N2PU = (int(fpu2.readline())) / 10
MVx1_N2 = (int(fpu2.readline()))
MVy1_N2 = (int(fpu2.readline()))
MVx2_N2 = (int(fpu2.readline()))
MVy2_N2 = (int(fpu2.readline()))
N3PU = N1PU
N3SL = N1SL
N4PU = N2PU
N4SL = N2SL
MVx1_N3 = MVx1_N1
MVy1_N3 = MVy1_N1
MVx2_N3 = MVx2_N1
MVy2_N3 = MVy2_N1
MVx1_N4 = MVx1_N2
MVy1_N4 = MVy1_N2
MVx2_N4 = MVx2_N2
MVy2_N4 = MVy2_N2
#print("SSV[Row:%d ,Col: %d, Viewno: %d]" % (lfR, lfC,viewNumber),"NL (%d,%d)"% (N_Ver_LR,N_Ver_LC),"NR (%d,%d)" % (N_Ver_RR,N_Ver_RC))
#print('Viewno.: ' + str(viewNumber) + ' RC '+ str(lfR)+'-'+str(lfC) + ' N1: ' + pufilename1 + ' N2: '+ pufilename2)
Record.append([pufilenameCurrInfo_CTU, lfname, lfR, lfC, rateValue, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU,N4PU,
N1SL, N2SL, N3SL,N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu, viewNumber])
# Record.append(
# [pufilenameCurrInfo, lfname, lfR, lfC, rate, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU, N4PU,
# N1SL, N2SL, N3SL, N4SL, pufilename1_ctu, pufilename2_ctu, pufilename4_ctu, pufilename4_ctu,
# pufilenameCurrInfo_CTU, MVx1_N1, MVy1_N1, MVx2_N1, MVy2_N1, MVx1_N2, MVy1_N2, MVx2_N2,
# MVy2_N2, MVx1_N3, MVy1_N3, MVx2_N3, MVy2_N3, MVx1_N4, MVy1_N4, MVx2_N4, MVy2_N4])
return Record
## Detph 1 reading
def LoadFiftySixViewsDepth1(TotLF,ctuPath,metaPath,rate,PRINT_STATUS,FULL_LF,DB):
Record_Depth1=[]
sz1 = 256
sz2 = sz1 * 2
MVX_1 = np.zeros(sz2)
MVX_2 = np.zeros(sz2)
MVY_1 = np.zeros(sz2)
MVY_2 = np.zeros(sz2)
MVX_Arr = []
NonSparseD = [2, 4, 6, 8]
SparseD = [1, 3, 5, 7, 9]
SparseND = np.array(SparseD)
NonSparseND = np.array(NonSparseD)
depthVal=1
rateValue=(int(rate)-8)/(45-8)
for lf in range(1, TotLF):
lfname = str(lf)
if (PRINT_STATUS):
print("Loading LF ", lf)
for lfR in range(1, 10):
for lfC in range(1, 10):
viewNumber = (lfC - 1) * 9 + (lfR - 1) + 1
#print("[%d,%d] %d", lfR, lfC, viewNumber)
for CTUno in range(0, 64):
for PartNo in range(0, 4):
CurrPU = 0
CurrSL = 0
pufilenameCurrInfo = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(lfR) + '_C' + str(
lfC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '.txt'
pufilenameCurrInfo_CTU = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(lfR) + '_C' + str(
lfC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '.png'
pufilename1_ctu = pufilenameCurrInfo_CTU
pufilename2_ctu = pufilenameCurrInfo_CTU
pufilename3_ctu = pufilenameCurrInfo_CTU
pufilename4_ctu = pufilenameCurrInfo_CTU
if (os.path.exists(pufilenameCurrInfo)):
with open(pufilenameCurrInfo) as fpucurr:
CurrSL = (int(fpucurr.readline()))
CurrPU = (int(fpucurr.readline())) # / 1
MVx1 = (int(fpucurr.readline())) + sz1
MVy1 = (int(fpucurr.readline())) + sz1
MVx2 = (int(fpucurr.readline())) + sz1
MVy2 = (int(fpucurr.readline())) + sz1
SparseMethod = 0
testSR = (lfR == SparseND)
testNonR = (lfR == NonSparseND)
testSC = (lfC == SparseND)
testNonC = (lfC == NonSparseND)
# Defining Neighbours
N1PU = 0
N2PU = 0
N3PU = 0
N4PU = 0
N1SL = 0
N2SL = 0
N3SL = 0
N4SL = 0
if (FULL_LF):
Record_Depth1.append(
[pufilenameCurrInfo_CTU, lfname, lfR, lfC, rateValue, CTUno, CurrPU, CurrSL, N1PU, N2PU,
N3PU, N4PU, N1SL, N2SL, N3SL, N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu,
pufilename4_ctu, viewNumber, PartNo])
else:
# print("Waqas Test")
# Getting only 5x5 key views
if (testSR.any() and testSC.any()):
# print("DCV",lfR,lfC)
t = 10
elif (testNonR.any() and testNonC.any()):
# print("case Sparse", lfR, lfC)
N_Ver_LC = lfC - 1
N_Ver_LR = lfR - 1
N_Ver_RC = lfC + 1
N_Ver_RR = lfR + 1
N_Ver_LC2 = lfC + 1
N_Ver_LR2 = lfR - 1
N_Ver_RC2 = lfC - 1
N_Ver_RR2 = lfR + 1
# print("KSV[Row:%d ,Col: %d, Viewno: %d]" % (lfR, lfC,viewNumber), "NL (%d,%d)" % (N_Ver_LR, N_Ver_LC),"NR (%d,%d)" % (N_Ver_RR, N_Ver_RC),"NL2 (%d,%d)" % (N_Ver_LR2, N_Ver_LC2),"NR2 (%d,%d)" % (N_Ver_RR2, N_Ver_RC2))
pufilename1 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '.txt'
if (os.path.exists(pufilename1)):
pufilename1_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '.png'
with open(pufilename1) as fpu1:
N1SL = (int(fpu1.readline()))
N1PU = (int(fpu1.readline())) / 10
# MVx1_N1 = (int(fpu1.readline()))
# MVy1_N1 = (int(fpu1.readline()))
# MVx2_N1 = (int(fpu1.readline()))
# MVy2_N1 = (int(fpu1.readline()))
pufilename2 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '.txt'
if (os.path.exists(pufilename2)):
pufilename2_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '.png'
with open(pufilename2) as fpu2:
N2SL = (int(fpu2.readline()))
N2PU = (int(fpu2.readline())) / 10
# MVx1_N2 = (int(fpu2.readline()))
# MVy1_N2 = (int(fpu2.readline()))
# MVx2_N2 = (int(fpu2.readline()))
# MVy2_N2 = (int(fpu2.readline()))
pufilename3 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_LR2) + '_C' + str(
N_Ver_LC2) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '.txt'
# print(pufilename3)
if (os.path.exists(pufilename3)):
pufilename3_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_LR2) + '_C' + str(
N_Ver_LC2) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '.png'
with open(pufilename3) as fpu3:
N3SL = (int(fpu3.readline()))
N3PU = (int(fpu3.readline())) / 10
# MVx1_N3 = (int(fpu3.readline()))
# MVy1_N3 = (int(fpu3.readline()))
# MVx2_N3 = (int(fpu3.readline()))
# MVy2_N3 = (int(fpu3.readline()))
pufilename4 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_RR2) + '_C' + str(
N_Ver_RC2) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '.txt'
# print(pufilename4)
if (os.path.exists(pufilename4)):
pufilename4_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_RR2) + '_C' + str(
N_Ver_RC2) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '.png'
with open(pufilename4) as fpu4:
N4SL = (int(fpu4.readline()))
N4PU = (int(fpu4.readline())) / 10
# MVx1_N4 = (int(fpu4.readline()))
# MVy1_N4 = (int(fpu4.readline()))
# MVx2_N4 = (int(fpu4.readline()))
# MVy2_N4 = (int(fpu4.readline()))
# Record.append([pufilenameCurrInfo_CTU, lfname, lfR, lfC, rate, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU,
# N4PU, N1SL, N2SL, N3SL, N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu,
# pufilename4_ctu,pufilenameCurrInfo_CTU])
# print('Viewno.: ' + str(viewNumber) + ' RC '+ str(lfR)+'-'+str(lfC) + ' N1: ' + pufilename1 + ' N2: '+ pufilename2 + ' N3: ' + pufilename3 + ' N4: ' + pufilename4)
Record_Depth1.append(
[pufilenameCurrInfo_CTU, lfname, lfR, lfC, rateValue, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU,
N4PU, N1SL, N2SL, N3SL,N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu, viewNumber,PartNo])
# Record.append(
# [pufilenameCurrInfo, lfname, lfR, lfC, rate, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU, N4PU,
# N1SL, N2SL, N3SL, N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu,
# pufilenameCurrInfo_CTU, MVx1_N1, MVy1_N1, MVx2_N1, MVy2_N1, MVx1_N2, MVy1_N2, MVx2_N2,
# MVy2_N2, MVx1_N3, MVy1_N3, MVx2_N3, MVy2_N3, MVx1_N4, MVy1_N4, MVx2_N4, MVy2_N4])
elif (testSR.any() and not testSC.any()):
N_Ver_LC = lfC - 1
N_Ver_LR = lfR
N_Ver_RC = lfC + 1
N_Ver_RR = lfR
pufilename1 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '.txt'
# print(pufilename1)
if (os.path.exists(pufilename1)):
pufilename1_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '.png'
with open(pufilename1) as fpu1:
N1SL = (int(fpu1.readline()))
N1PU = (int(fpu1.readline())) / 10
MVx1_N1 = (int(fpu1.readline()))
MVy1_N1 = (int(fpu1.readline()))
MVx2_N1 = (int(fpu1.readline()))
MVy2_N1 = (int(fpu1.readline()))
pufilename2 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '.txt'
# print(pufilename2)
if (os.path.exists(pufilename2)):
pufilename2_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '.png'
with open(pufilename2) as fpu2:
N2SL = (int(fpu2.readline()))
N2PU = (int(fpu2.readline())) / 10
MVx1_N2 = (int(fpu2.readline()))
MVy1_N2 = (int(fpu2.readline()))
MVx2_N2 = (int(fpu2.readline()))
MVy2_N2 = (int(fpu2.readline()))
N3PU = N1PU
N3SL = N1SL
N4PU = N2PU
N4SL = N2SL
# print("SSV [Row:%d ,Col: %d, Viewno: %d]" % (lfR, lfC,viewNumber),"NL (%d,%d)"% (N_Ver_LR,N_Ver_LC),"NR (%d,%d)" % (N_Ver_RR,N_Ver_RC))
# print('Viewno.: ' + str(viewNumber) + ' RC '+ str(lfR)+'-'+str(lfC) + ' N1: ' + pufilename1 + ' N2: '+ pufilename2 )
Record_Depth1.append(
[pufilenameCurrInfo_CTU, lfname, lfR, lfC, rateValue, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU,
N4PU, N1SL, N2SL, N3SL,N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu, viewNumber,PartNo])
elif (testSC.any() and not testSR.any()):
N_Ver_LC = lfC
N_Ver_LR = lfR - 1
N_Ver_RC = lfC
N_Ver_RR = lfR + 1
pufilename1 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '.txt'
# print(pufilename1)
if (os.path.exists(pufilename1)):
pufilename1_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '.png'
with open(pufilename1) as fpu1:
N1SL = (int(fpu1.readline()))
N1PU = (int(fpu1.readline())) / 10
MVx1_N1 = (int(fpu1.readline()))
MVy1_N1 = (int(fpu1.readline()))
MVx2_N1 = (int(fpu1.readline()))
MVy2_N1 = (int(fpu1.readline()))
pufilename2 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '.txt'
# print(pufilename2)
if (os.path.exists(pufilename2)):
pufilename2_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '.png'
with open(pufilename2) as fpu2:
N2SL = (int(fpu2.readline()))
N2PU = (int(fpu2.readline())) / 10
MVx1_N2 = (int(fpu2.readline()))
MVy1_N2 = (int(fpu2.readline()))
MVx2_N2 = (int(fpu2.readline()))
MVy2_N2 = (int(fpu2.readline()))
N3PU = N1PU
N3SL = N1SL
N4PU = N2PU
N4SL = N2SL
# MVx1_N3 = MVx1_N1
# MVy1_N3 = MVy1_N1
# MVx2_N3 = MVx2_N1
# MVy2_N3 = MVy2_N1
#
# MVx1_N4 = MVx1_N2
# MVy1_N4 = MVy1_N2
# MVx2_N4 = MVx2_N2
# MVy2_N4 = MVy2_N2
# print("SSV[Row:%d ,Col: %d, Viewno: %d]" % (lfR, lfC,viewNumber),"NL (%d,%d)"% (N_Ver_LR,N_Ver_LC),"NR (%d,%d)" % (N_Ver_RR,N_Ver_RC))
# print('Viewno.: ' + str(viewNumber) + ' RC '+ str(lfR)+'-'+str(lfC) + ' N1: ' + pufilename1 + ' N2: '+ pufilename2)
Record_Depth1.append(
[pufilenameCurrInfo_CTU, lfname, lfR, lfC, rateValue, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU,
N4PU, N1SL, N2SL, N3SL,N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu,viewNumber,PartNo])
# Record.append(
# [pufilenameCurrInfo, lfname, lfR, lfC, rate, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU, N4PU,
# N1SL, N2SL, N3SL, N4SL, pufilename1_ctu, pufilename2_ctu, pufilename4_ctu, pufilename4_ctu,
# pufilenameCurrInfo_CTU, MVx1_N1, MVy1_N1, MVx2_N1, MVy2_N1, MVx1_N2, MVy1_N2, MVx2_N2,
# MVy2_N2, MVx1_N3, MVy1_N3, MVx2_N3, MVy2_N3, MVx1_N4, MVy1_N4, MVx2_N4, MVy2_N4])
# df = pd.DataFrame(np.array(Record_Depth1),
# columns=['FileName', 'LFname', 'lfR', 'lfC', 'rate', 'CTUno', 'CurrPU', 'CurrSL', 'N1PU',
# 'N2PU', 'N3PU', 'N4PU', 'N1SL', 'N2SL', 'N3SL', 'N4SL', 'N1_CTU', 'N2_CTU', 'N3_CTU',
# 'N4_CTU', 'viewNumber','PartNo'])
return Record_Depth1
## Depth 2 reading
def LoadFiftySixViewsDepth2(TotLF,ctuPath,metaPath,rate,PRINT_STATUS,FULL_LF,DB):
Record_Depth2=[]
sz1 = 256
sz2 = sz1 * 2
MVX_1 = np.zeros(sz2)
MVX_2 = np.zeros(sz2)
MVY_1 = np.zeros(sz2)
MVY_2 = np.zeros(sz2)
MVX_Arr = []
NonSparseD = [2, 4, 6, 8]
SparseD = [1, 3, 5, 7, 9]
SparseND = np.array(SparseD)
NonSparseND = np.array(NonSparseD)
rateValue=(int(rate)-8)/(45-8)
depthVal=2
for lf in range(1, TotLF):
lfname = str(lf)
if (PRINT_STATUS):
print("Loading LF ", lf)
for lfR in range(1, 10):
for lfC in range(1, 10):
viewNumber = (lfC - 1) * 9 + (lfR - 1) + 1
#print("[%d,%d] %d", lfR, lfC, viewNumber)
for CTUno in range(0, 64):
for PartNo in range(0, 4):
for PartNo2 in range(0, 4):
CurrPU = 0
CurrSL = 0
pufilenameCurrInfo = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(lfR) + '_C' + str(
lfC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '_p' + str(PartNo2) + '.txt'
pufilenameCurrInfo_CTU = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(lfR) + '_C' + str(
lfC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo)+ '_p' + str(PartNo2) + '.png'
pufilename1_ctu = pufilenameCurrInfo_CTU
pufilename2_ctu = pufilenameCurrInfo_CTU
pufilename3_ctu = pufilenameCurrInfo_CTU
pufilename4_ctu = pufilenameCurrInfo_CTU
if (os.path.exists(pufilenameCurrInfo)):
with open(pufilenameCurrInfo) as fpucurr:
CurrSL = (int(fpucurr.readline()))
CurrPU = (int(fpucurr.readline())) / 10
# MVx1 = (int(fpucurr.readline())) + sz1
# MVy1 = (int(fpucurr.readline())) + sz1
# MVx2 = (int(fpucurr.readline())) + sz1
# MVy2 = (int(fpucurr.readline())) + sz1
SparseMethod = 0
testSR = (lfR == SparseND)
testNonR = (lfR == NonSparseND)
testSC = (lfC == SparseND)
testNonC = (lfC == NonSparseND)
# Defining Neighbours
N1PU = 0
N2PU = 0
N3PU = 0
N4PU = 0
N1SL = 0
N2SL = 0
N3SL = 0
N4SL = 0
if (FULL_LF):
Record_Depth2.append(
[pufilenameCurrInfo_CTU, lfname, lfR, lfC, rateValue, CTUno, CurrPU, CurrSL, N1PU, N2PU,
N3PU,
N4PU, N1SL, N2SL, N3SL, N4SL, pufilename1_ctu, pufilename2_ctu,
pufilename3_ctu, pufilename4_ctu, viewNumber, PartNo, PartNo2])
else:
# print("Waqas Test")
# Getting only 5x5 key views
if (testSR.any() and testSC.any()):
# print("DCV",lfR,lfC)
t = 10
elif (testNonR.any() and testNonC.any()):
# print("case Sparse", lfR, lfC)
N_Ver_LC = lfC - 1
N_Ver_LR = lfR - 1
N_Ver_RC = lfC + 1
N_Ver_RR = lfR + 1
N_Ver_LC2 = lfC + 1
N_Ver_LR2 = lfR - 1
N_Ver_RC2 = lfC - 1
N_Ver_RR2 = lfR + 1
# print("KSV[Row:%d ,Col: %d, Viewno: %d]" % (lfR, lfC,viewNumber), "NL (%d,%d)" % (N_Ver_LR, N_Ver_LC),"NR (%d,%d)" % (N_Ver_RR, N_Ver_RC),"NL2 (%d,%d)" % (N_Ver_LR2, N_Ver_LC2),"NR2 (%d,%d)" % (N_Ver_RR2, N_Ver_RC2))
pufilename1 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '_p' + str(PartNo2) + '.txt'
if (os.path.exists(pufilename1)):
pufilename1_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '_p' + str(PartNo2) + '.png'
with open(pufilename1) as fpu1:
N1SL = (int(fpu1.readline()))
N1PU = (int(fpu1.readline())) / 10
# MVx1_N1 = (int(fpu1.readline()))
# MVy1_N1 = (int(fpu1.readline()))
# MVx2_N1 = (int(fpu1.readline()))
# MVy2_N1 = (int(fpu1.readline()))
pufilename2 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '_p' + str(PartNo2) + '.txt'
# print(pufilename2)
if (os.path.exists(pufilename2)):
pufilename2_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '_p' + str(PartNo2) + '.png'
with open(pufilename2) as fpu2:
N2SL = (int(fpu2.readline()))
N2PU = (int(fpu2.readline())) / 10
# MVx1_N2 = (int(fpu2.readline()))
# MVy1_N2 = (int(fpu2.readline()))
# MVx2_N2 = (int(fpu2.readline()))
# MVy2_N2 = (int(fpu2.readline()))
pufilename3 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_LR2) + '_C' + str(
N_Ver_LC2) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '_p' + str(PartNo2) + '.txt'
# print(pufilename3)
if (os.path.exists(pufilename3)):
pufilename3_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_LR2) + '_C' + str(
N_Ver_LC2) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '_p' + str(PartNo2) + '.png'
with open(pufilename3) as fpu3:
N3SL = (int(fpu3.readline()))
N3PU = (int(fpu3.readline())) / 10
# MVx1_N3 = (int(fpu3.readline()))
# MVy1_N3 = (int(fpu3.readline()))
# MVx2_N3 = (int(fpu3.readline()))
# MVy2_N3 = (int(fpu3.readline()))
pufilename4 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_RR2) + '_C' + str(
N_Ver_RC2) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '_p' + str(PartNo2) + '.txt'
# print(pufilename4)
if (os.path.exists(pufilename4)):
pufilename4_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_RR2) + '_C' + str(
N_Ver_RC2) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '_p' + str(PartNo2) + '.png'
with open(pufilename4) as fpu4:
N4SL = (int(fpu4.readline()))
N4PU = (int(fpu4.readline())) / 10
# MVx1_N4 = (int(fpu4.readline()))
# MVy1_N4 = (int(fpu4.readline()))
# MVx2_N4 = (int(fpu4.readline()))
# MVy2_N4 = (int(fpu4.readline()))
Record_Depth2.append(
[pufilenameCurrInfo_CTU, lfname, lfR, lfC, rateValue, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU,
N4PU, N1SL, N2SL, N3SL,N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu, viewNumber,PartNo,PartNo2])
# Record.append(
# [pufilenameCurrInfo, lfname, lfR, lfC, rate, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU, N4PU,
# N1SL, N2SL, N3SL, N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu,
# pufilenameCurrInfo_CTU, MVx1_N1, MVy1_N1, MVx2_N1, MVy2_N1, MVx1_N2, MVy1_N2, MVx2_N2,
# MVy2_N2, MVx1_N3, MVy1_N3, MVx2_N3, MVy2_N3, MVx1_N4, MVy1_N4, MVx2_N4, MVy2_N4])
elif (testSR.any() and not testSC.any()):
N_Ver_LC = lfC - 1
N_Ver_LR = lfR
N_Ver_RC = lfC + 1
N_Ver_RR = lfR
pufilename1 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '_p' + str(PartNo2) + '.txt'
# print(pufilename1)
if (os.path.exists(pufilename1)):
pufilename1_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '_p' + str(PartNo2) + '.png'
with open(pufilename1) as fpu1:
N1SL = (int(fpu1.readline()))
N1PU = (int(fpu1.readline())) / 10
MVx1_N1 = (int(fpu1.readline()))
MVy1_N1 = (int(fpu1.readline()))
MVx2_N1 = (int(fpu1.readline()))
MVy2_N1 = (int(fpu1.readline()))
pufilename2 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '_p' + str(PartNo2) + '.txt'
# print(pufilename2)
if (os.path.exists(pufilename2)):
pufilename2_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '_p' + str(PartNo2) + '.png'
with open(pufilename2) as fpu2:
N2SL = (int(fpu2.readline()))
N2PU = (int(fpu2.readline())) / 10
MVx1_N2 = (int(fpu2.readline()))
MVy1_N2 = (int(fpu2.readline()))
MVx2_N2 = (int(fpu2.readline()))
MVy2_N2 = (int(fpu2.readline()))
N3PU = N1PU
N3SL = N1SL
N4PU = N2PU
N4SL = N2SL
# print("SSV [Row:%d ,Col: %d, Viewno: %d]" % (lfR, lfC,viewNumber),"NL (%d,%d)"% (N_Ver_LR,N_Ver_LC),"NR (%d,%d)" % (N_Ver_RR,N_Ver_RC))
# print('Viewno.: ' + str(viewNumber) + ' RC '+ str(lfR)+'-'+str(lfC) + ' N1: ' + pufilename1 + ' N2: '+ pufilename2 )
Record_Depth2.append(
[pufilenameCurrInfo_CTU, lfname, lfR, lfC, rateValue, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU,
N4PU, N1SL, N2SL, N3SL,N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu, viewNumber,PartNo,PartNo2])
elif (testSC.any() and not testSR.any()):
N_Ver_LC = lfC
N_Ver_LR = lfR - 1
N_Ver_RC = lfC
N_Ver_RR = lfR + 1
pufilename1 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '_p' + str(PartNo2) + '.txt'
# print(pufilename1)
if (os.path.exists(pufilename1)):
pufilename1_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_LR) + '_C' + str(
N_Ver_LC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '_p' + str(PartNo2) + '.png'
with open(pufilename1) as fpu1:
N1SL = (int(fpu1.readline()))
N1PU = (int(fpu1.readline())) / 10
MVx1_N1 = (int(fpu1.readline()))
MVy1_N1 = (int(fpu1.readline()))
MVx2_N1 = (int(fpu1.readline()))
MVy2_N1 = (int(fpu1.readline()))
pufilename2 = metaPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(PartNo) + '_p' + str(PartNo2) + '.txt'
# print(pufilename2)
if (os.path.exists(pufilename2)):
pufilename2_ctu = ctuPath + lfname + '/'+ DB +'_' + lfname + '_R' + str(
N_Ver_RR) + '_C' + str(
N_Ver_RC) + '_ctuno' + str(CTUno) + '_d' + str(depthVal) + '_p' + str(
PartNo) + '_p' + str(PartNo2) + '.png'
with open(pufilename2) as fpu2:
N2SL = (int(fpu2.readline()))
N2PU = (int(fpu2.readline())) / 10
MVx1_N2 = (int(fpu2.readline()))
MVy1_N2 = (int(fpu2.readline()))
MVx2_N2 = (int(fpu2.readline()))
MVy2_N2 = (int(fpu2.readline()))
N3PU = N1PU
N3SL = N1SL
N4PU = N2PU
N4SL = N2SL
# MVx1_N3 = MVx1_N1
# MVy1_N3 = MVy1_N1
# MVx2_N3 = MVx2_N1
# MVy2_N3 = MVy2_N1
#
# MVx1_N4 = MVx1_N2
# MVy1_N4 = MVy1_N2
# MVx2_N4 = MVx2_N2
# MVy2_N4 = MVy2_N2
# print("SSV[Row:%d ,Col: %d, Viewno: %d]" % (lfR, lfC,viewNumber),"NL (%d,%d)"% (N_Ver_LR,N_Ver_LC),"NR (%d,%d)" % (N_Ver_RR,N_Ver_RC))
# print('Viewno.: ' + str(viewNumber) + ' RC '+ str(lfR)+'-'+str(lfC) + ' N1: ' + pufilename1 + ' N2: '+ pufilename2)
Record_Depth2.append(
[pufilenameCurrInfo_CTU, lfname, lfR, lfC, rateValue, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU,
N4PU, N1SL, N2SL, N3SL,N4SL, pufilename1_ctu, pufilename2_ctu, pufilename3_ctu, pufilename4_ctu,viewNumber,PartNo,PartNo2])
# Record.append(
# [pufilenameCurrInfo, lfname, lfR, lfC, rate, CTUno, CurrPU, CurrSL, N1PU, N2PU, N3PU, N4PU,
# N1SL, N2SL, N3SL, N4SL, pufilename1_ctu, pufilename2_ctu, pufilename4_ctu, pufilename4_ctu,
# pufilenameCurrInfo_CTU, MVx1_N1, MVy1_N1, MVx2_N1, MVy2_N1, MVx1_N2, MVy1_N2, MVx2_N2,
# MVy2_N2, MVx1_N3, MVy1_N3, MVx2_N3, MVy2_N3, MVx1_N4, MVy1_N4, MVx2_N4, MVy2_N4])
# df = pd.DataFrame(np.array(Record_Depth2),
# columns=['FileName', 'LFname', 'lfR', 'lfC', 'rate', 'CTUno', 'CurrPU', 'CurrSL', 'N1PU',
# 'N2PU', 'N3PU', 'N4PU', 'N1SL', 'N2SL', 'N3SL', 'N4SL', 'N1_CTU', 'N2_CTU', 'N3_CTU',
# 'N4_CTU', 'viewNumber','PartNo','PartNo2'])
return Record_Depth2