def buildColorMap(lilImgDir, mapFile):
st = time.time()
colorMap = {}
lilImgs = remoji.getLittleImgs(lilImgDir)
os.system('rm '+ mapFile)
f = open(mapFile, 'w+')
i = 0
for r in range(0, 64):
for g in range(0, 64):
for b in range(0, 64):
closestImg = remoji.getClosestImg((r*4, g*4, b*4), lilImgs, colorMap, lilImgDir, oneColor = True)
i += 1
print i / float(262144)
nt = time.time()
print str(nt - st), 'seconds'
pickle.dump(colorMap, f)
def buildColorMap(lilImgDir, mapFile):
st = time.time()
colorMap = {}
lilImgs = remoji.getLittleImgs(lilImgDir)
os.system('rm '+ mapFile)
f = open(mapFile, 'w+')
i = 0
# pool = Pool(processes = 4)
for r in range(0, 64):
for g in range(0, 64):
for b in range(0, 64):
closestImg = remoji.getClosestImg((r*4, g*4, b*4), lilImgs, colorMap, lilImgDir, oneColor = True)
#closestImg = pool.apply_async(remoji.getClosestImg, [(r, g, b), lilImgs, colorMap, lilImgDir, True]).get()
#f.write(str((r, g, b)) + ':' + closestImg + '\n')
i += 1
print i / float(262144)
nt = time.time()
print str(nt - st), 'seconds'
pickle.dump(colorMap, f)
def buildColorMap(lilImgDir, mapFile):
st = time.time()
colorMap = {}
lilImgs = remoji.getLittleImgs(lilImgDir)
os.system('rm ' + mapFile)
f = open(mapFile, 'w+')
i = 0
# pool = Pool(processes = 4)
for r in range(0, 64):
for g in range(0, 64):
for b in range(0, 64):
closestImg = remoji.getClosestImg((r * 4, g * 4, b * 4),
lilImgs,
colorMap,
lilImgDir,
oneColor=True)
#closestImg = pool.apply_async(remoji.getClosestImg, [(r, g, b), lilImgs, colorMap, lilImgDir, True]).get()
#f.write(str((r, g, b)) + ':' + closestImg + '\n')
i += 1
print i / float(262144)
nt = time.time()
print str(nt - st), 'seconds'
pickle.dump(colorMap, f)
def readFile(instructionsFile, movDir, outputName, colorMap = {}, mp4Bool = False, secondsRange = (0, 60)):
movieMaker.wipeDir('unique/')
frameMap = {}
specMap = {} # { (PIVOTCOLORS, LEVELSPERPIVOTCOLOR, LILIMGDIR) : SPECTRUMDIR }
# colorMap = {} # { (COLOR TUPLE, LILIMGDIR) : LILIMGPATH }
definedSequences = {}
lilImgMap = {}
gifMap = {}
seqOrder = []
dbFrame = 1
f = open(instructionsFile)
frame = 1
lines = f.readlines()
curLine = 0
#EVENTUALLY CHANGE THIS TO ROLLING I VALUE
while curLine < len(lines):
lineWords = getWords(lines[curLine])
if lineWords is None:
curLine += 1
continue
if '#' in lineWords[0]:
curLine += 1
continue
if lineWords[0] == 'Sequence':
seqLines = []
seqName = lineWords[1]
seqType = lineWords[2][1:-1]
seq = Sequence(seqName)
#SPECTRUM MODE LINE PARSING
if seqType == 'spec':
lilImgDir = ''
baseDir = lineWords[3]
loopFrame = int(lineWords[4])
whiteSquare = False
if baseDir[-1] == 'w':
baseDir = baseDir[:-1]
whiteSquare = True
anims = []
j = curLine + 1
while getWords(lines[j])[0] != 'endSeq':
seqLines.append(lines[j])
if '#' in lines[j]:
curLine += 1
continue
j += 1
seqLines.append(lines[j])
curSeqLine = 0
while curSeqLine < len(seqLines):
s = re.search('^\t{1}\S', seqLines[curSeqLine])
try:
match = s.group(0)
except:
s = re.search('^\t{2}\S', seqLines[curSeqLine])
try:
match = s.group(0)
except:
s = re.search('^\t{3}\S', seqLines[curSeqLine])
try:
match = s.group(0)
seqLineWords = getWords(seqLines[curSeqLine])
if len(seqLineWords) is 4:
anim = [gifName, lilImgDir, seqLineWords[0], seqLineWords[1], seqLineWords[2], seqLineWords[3]]
anims.append(anim)
if len(seqLineWords) is 3:
anim = [gifName, lilImgDir, seqLineWords[0], seqLineWords[1], seqLineWords[2]]
anims.append(anim)
except:
curSeqLine += 1
continue
curSeqLine += 1
continue
gifName = getWords(seqLines[curSeqLine])[0]
curSeqLine += 1
continue
spectrumNums = getNums(seqLines[curSeqLine])
anims.append(spectrumNums)
curSeqLine += 1
print 'anims:', anims
(anims, specDirOrder) = modifySpecAnims(anims, colorMap, whiteSquare, baseDir)
[dbFrame, loopFrame] = getMosFrames(anims, colorMap, gifMap, frameMap, movDir, outputName, seq, dbFrame, loopFrame, specDirOrder, secondsRange = secondsRange)
#MOSAIC MODE LINE PARSING
if seqType == 'mos':
#ANIMS DESCRIBE SEGMENTS OF THE SEQUENCE
loopFrame = int(lineWords[3])
anims = []
j = curLine + 1
while getWords(lines[j])[0] != 'endSeq':
seqLines.append(lines[j])
if '#' in lines[j]:
curLine += 1
continue
j += 1
seqLines.append(lines[j])
curSeqLine = 0
while curSeqLine < len(seqLines):
#MATCH SINGLE TABBED LINE
s = re.search('^\t{1}\S', seqLines[curSeqLine])
try:
match = s.group(0)
except:
#MATCH DOUBLE TABBED LINE
s = re.search('^\t{2}\S', seqLines[curSeqLine])
try:
match = s.group(0)
seqLineWords = getWords(seqLines[curSeqLine])
if len(seqLineWords) is 4:
anim = (gifName, lilImgDir, seqLineWords[0], seqLineWords[1], seqLineWords[2], seqLineWords[3])
anims.append(anim)
if len(seqLineWords) is 3:
anim = (gifName, lilImgDir, seqLineWords[0], seqLineWords[1], seqLineWords[2])
anims.append(anim)
except:
curSeqLine += 1
continue
curSeqLine += 1
continue
seqLineWords = getWords(seqLines[curSeqLine])
(gifName, lilImgDir) = (seqLineWords[0], seqLineWords[1])
print gifName, lilImgDir
curSeqLine += 1
[dbFrame, loopFrame] = getMosFrames(anims, colorMap, gifMap, frameMap, movDir, outputName, seq, dbFrame, loopFrame, secondsRange = secondsRange)
definedSequences[seq.name] = seq
if lineWords[0] == 'makeAnim':
j = curLine + 1
while getWords(lines[j])[0] != 'endAnim':
if '#' in lines[j]:
curLine += 1
continue
seqOrder.append(getWords(lines[j])[0])
j += 1
frame = 1
pool = Pool(processes = 4)
inputFrameNames = []
print 'making mosaics for ' + str(len(frameMap)) + ' unique frames...'
for key in frameMap:
(gifName, lilImgDir, loopFrame, curRes) = key
if gifName not in gifMap:
gifInfo = GifInfo(gifName, mp4Bool, secondsRange)
print 'new gifInfo class'
gifMap[gifName] = gifInfo
if lilImgDir not in lilImgMap:
littleImgs = remoji.getLittleImgs(lilImgDir)
lilImgMap[lilImgDir] = littleImgs
else:
littleImgs = lilImgMap[lilImgDir]
for key in frameMap:
(gifName, lilImgDir, loopFrame, curRes) = key
inputFrameNames = os.listdir(gifMap[gifName].framesDir)
inputFrameNames.sort()
depthPix = curRes + 6
pool.apply_async(remoji.makeMosaic, [gifMap[gifName].framesDir + inputFrameNames[loopFrame], 'autoScale', depthPix, lilImgMap[lilImgDir], frameMap[key], colorMap, lilImgDir])
pool.close()
pool.join()
movieMaker.wipeDir(movDir)
for seqName in seqOrder:
seq = definedSequences[seqName]
for framePath in seq.framePaths:
frameStr = movieMaker.getFrameStr(frame, 4)
os.system('cp ' + framePath + ' ' + movDir + outputName + frameStr + '.png')
frame += 1
break
curLine += 1
def modifySpecAnims(anims, colorMap, whiteSquare, lilImgDBDir = 'emoji/'):
littleImgs = remoji.getLittleImgs(lilImgDBDir)
newAnims = []
i = 0
j = 0 #Runner
curSpec = None
specDirOrder = [] #DIRECTORY NAMES IN ORDER CORRESPONDING 1:1 TO FRAMES IN THE ANIMATION
while i < len(anims):
if curSpec == None:
pivotColors = []
steps = anims[i].pop()
for p in range(0, len(anims[i]) / 3):
r = int(anims[i].pop(0))
g = int(anims[i].pop(0))
b = int(anims[i].pop(0))
tempPivotColor = []
tempPivotColor.append(r)
tempPivotColor.append(g)
tempPivotColor.append(b)
pivotColors.append(tempPivotColor)
curSpec = spectrum.Spectrum(steps, pivotColors, lilImgDBDir, littleImgs, colorMap, whiteSquare)
j = i + 1
#JUMP TO NEXT SPECTRUM
while type(anims[j][0]) != int:
j += 1
steps = int(anims[j].pop())
pivotColors = []
for p in range(0, len(anims[j]) / 3):
r = int(anims[j].pop(0))
g = int(anims[j].pop(0))
b = int(anims[j].pop(0))
tempPivotColor = []
tempPivotColor.append(r)
tempPivotColor.append(g)
tempPivotColor.append(b)
pivotColors.append(tempPivotColor)
nextSpec = spectrum.Spectrum(steps, pivotColors, lilImgDBDir, littleImgs, colorMap, whiteSquare)
spec2d = spectrum.make2dSpectrum(20, curSpec, nextSpec, lilImgDBDir, littleImgs, colorMap)
transitionFrames = 0
tempNonSpecAnims = []
#COUNT TOTAL TRANSITION FRAMES IN THIS LOOP
while i < (j - 1):
i += 1
newAnims.append(anims[i])
tempNonSpecAnims.append(anims[i])
moreFrames = int(anims[i][2])
transitionFrames += moreFrames
i = j
totSpectrums = len(spec2d) - 1 # -1 so that last spectrum doesnt get re-used in next anim
floatStep = totSpectrums / float(transitionFrames)
specDirShortOrder = []
for frame in range(0, transitionFrames):
approxStep = floatStep * frame
roundStep = int(round(approxStep))
spec = spec2d[roundStep]
dirName = spec.namify()
specDirShortOrder.append(dirName)
#IF THERES A PATH TO SPEC/DIRNAME, DONT BOTHER, ELSE, MAKE IT
movieMaker.wipeDir('spec/' + dirName)
spec.copyImgsToDir('spec/' + dirName)
specDirOrder.append('spec/' + dirName)
if j == (len(anims) - 1):
break
curSpec = nextSpec
return [newAnims, specDirOrder]
def modifySpecAnims(anims, colorMap, whiteSquare, lilImgDBDir = 'emoji/'):
littleImgs = remoji.getLittleImgs(lilImgDBDir)
newAnims = []
i = 0
j = 0 #Runner
curSpec = None
specDirOrder = [] #DIRECTORY NAMES IN ORDER CORRESPONDING 1:1 TO FRAMES IN THE ANIMATION
#if 'spec' not os.path.isdir('../spec'):
# if not os.path.isdir('../spec'):
# movieMaker.wipeDir('spec/')
while i < len(anims):
# if type(anims[i][0]) == int:
if curSpec == None:
pivotColors = []
steps = anims[i].pop()
#print 'anims[' + str(i) + ']: ', anims[i]
for p in range(0, len(anims[i]) / 3):
r = int(anims[i].pop(0))
g = int(anims[i].pop(0))
b = int(anims[i].pop(0))
tempPivotColor = []
tempPivotColor.append(r)
tempPivotColor.append(g)
tempPivotColor.append(b)
pivotColors.append(tempPivotColor)
curSpec = spectrum.Spectrum(steps, pivotColors, lilImgDBDir, littleImgs, colorMap, whiteSquare)
#print curSpec.levelsPerColor, curSpec.pivotColors
j = i + 1
#JUMP TO NEXT SPECTRUM
while type(anims[j][0]) != int:
j += 1
steps = int(anims[j].pop())
pivotColors = []
for p in range(0, len(anims[j]) / 3):
#print 'p:',p
#print len(anims[j])
r = int(anims[j].pop(0))
g = int(anims[j].pop(0))
b = int(anims[j].pop(0))
tempPivotColor = []
tempPivotColor.append(r)
tempPivotColor.append(g)
tempPivotColor.append(b)
pivotColors.append(tempPivotColor)
#print 'pivotColors: ', pivotColors
nextSpec = spectrum.Spectrum(steps, pivotColors, lilImgDBDir, littleImgs, colorMap, whiteSquare)
#print type(nextSpec), type(curSpec)
spec2d = spectrum.make2dSpectrum(20, curSpec, nextSpec, lilImgDBDir, littleImgs, colorMap)
transitionFrames = 0
tempNonSpecAnims = []
#COUNT TOTAL TRANSITION FRAMES IN THIS LOOP
while i < (j - 1):
i += 1
#print i, anims[i]
newAnims.append(anims[i])
tempNonSpecAnims.append(anims[i])
moreFrames = int(anims[i][2])
transitionFrames += moreFrames
i = j
totSpectrums = len(spec2d) - 1 # -1 so that last spectrum doesnt get re-used in next anim
floatStep = totSpectrums / float(transitionFrames)
specDirShortOrder = []
for frame in range(0, transitionFrames):
approxStep = floatStep * frame
roundStep = int(round(approxStep))
spec = spec2d[roundStep]
dirName = spec.namify()
specDirShortOrder.append(dirName)
#IF THERES A PATH TO SPEC/DIRNAME, DONT BOTHER, ELSE, MAKE IT
#specDirs = os.listdir('spec/')
#if dirName[:-1] not in specDirs:
# os.system('mkdir spec/' + dirName[:-1])
# #print 'copyingImgsToDir ..'
# spec.copyImgsToDir('spec/' + dirName)
movieMaker.wipeDir('spec/' + dirName)
spec.copyImgsToDir('spec/' + dirName)
specDirOrder.append('spec/' + dirName)
#print specDirs
#print dirName
# print 'specDirOrder:', specDirOrder
if j == (len(anims) - 1):
break
curSpec = nextSpec
return [newAnims, specDirOrder]
def readFile(instructionsFile,
movDir,
outputName,
colorMap={},
mp4Bool=False,
secondsRange=(0, 60)):
movieMaker.wipeDir('unique/')
frameMap = {}
specMap = {
} # { (PIVOTCOLORS, LEVELSPERPIVOTCOLOR, LILIMGDIR) : SPECTRUMDIR }
# colorMap = {} # { (COLOR TUPLE, LILIMGDIR) : LILIMGPATH }
definedSequences = {}
lilImgMap = {}
gifMap = {}
seqOrder = []
dbFrame = 1
f = open(instructionsFile)
frame = 1
lines = f.readlines()
curLine = 0
#EVENTUALLY CHANGE THIS TO ROLLING I VALUE
while curLine < len(lines):
lineWords = getWords(lines[curLine])
if lineWords is None:
curLine += 1
continue
if '#' in lineWords[0]:
curLine += 1
continue
if lineWords[0] == 'Sequence':
seqLines = []
seqName = lineWords[1]
seqType = lineWords[2][1:-1]
seq = Sequence(seqName)
#SPECTRUM MODE LINE PARSING
if seqType == 'spec':
lilImgDir = ''
baseDir = lineWords[3]
#print lineWords
loopFrame = int(lineWords[4])
whiteSquare = False
if baseDir[-1] == 'w':
baseDir = baseDir[:-1]
whiteSquare = True
anims = []
j = curLine + 1
while getWords(lines[j])[0] != 'endSeq':
seqLines.append(lines[j])
if '#' in lines[j]:
curLine += 1
continue
j += 1
seqLines.append(lines[j])
curSeqLine = 0
while curSeqLine < len(seqLines):
s = re.search('^\t{1}\S', seqLines[curSeqLine])
try:
match = s.group(0)
except:
s = re.search('^\t{2}\S', seqLines[curSeqLine])
try:
match = s.group(0)
except:
s = re.search('^\t{3}\S', seqLines[curSeqLine])
try:
match = s.group(0)
seqLineWords = getWords(seqLines[curSeqLine])
if len(seqLineWords) is 4:
anim = [
gifName, lilImgDir, seqLineWords[0],
seqLineWords[1], seqLineWords[2],
seqLineWords[3]
]
#print anim
anims.append(anim)
if len(seqLineWords) is 3:
anim = [
gifName, lilImgDir, seqLineWords[0],
seqLineWords[1], seqLineWords[2]
]
anims.append(anim)
except:
curSeqLine += 1
continue
curSeqLine += 1
continue
gifName = getWords(seqLines[curSeqLine])[0]
curSeqLine += 1
continue
spectrumNums = getNums(seqLines[curSeqLine])
anims.append(spectrumNums)
curSeqLine += 1
print 'anims:', anims
(anims,
specDirOrder) = modifySpecAnims(anims, colorMap, whiteSquare,
baseDir)
#print 'anims:',anims
#print 'len(anims):',len(anims)
#print 'specDirOrder:',specDirOrder
#print 'len(specDirOrder):',len(specDirOrder)
[dbFrame, loopFrame] = getMosFrames(anims,
colorMap,
gifMap,
frameMap,
movDir,
outputName,
seq,
dbFrame,
loopFrame,
specDirOrder,
secondsRange=secondsRange)
#MOSAIC MODE LINE PARSING
if seqType == 'mos':
#ANIMS DESCRIBE SEGMENTS OF THE SEQUENCE
loopFrame = int(lineWords[3])
anims = []
j = curLine + 1
while getWords(lines[j])[0] != 'endSeq':
seqLines.append(lines[j])
if '#' in lines[j]:
curLine += 1
continue
j += 1
# print seqLines
seqLines.append(lines[j])
curSeqLine = 0
while curSeqLine < len(seqLines):
#print 'seqLines[curSeqLines]:', seqLines[curSeqLine]
#MATCH SINGLE TABBED LINE
s = re.search('^\t{1}\S', seqLines[curSeqLine])
try:
match = s.group(0)
except:
#MATCH DOUBLE TABBED LINE
s = re.search('^\t{2}\S', seqLines[curSeqLine])
try:
match = s.group(0)
seqLineWords = getWords(seqLines[curSeqLine])
if len(seqLineWords) is 4:
anim = (gifName, lilImgDir, seqLineWords[0],
seqLineWords[1], seqLineWords[2],
seqLineWords[3])
anims.append(anim)
if len(seqLineWords) is 3:
anim = (gifName, lilImgDir, seqLineWords[0],
seqLineWords[1], seqLineWords[2])
anims.append(anim)
except:
curSeqLine += 1
continue
curSeqLine += 1
continue
# print 'match: ',match
seqLineWords = getWords(seqLines[curSeqLine])
(gifName, lilImgDir) = (seqLineWords[0], seqLineWords[1])
#print 'gifName, lilImgDir): ', (gifName, lilImgDir)
curSeqLine += 1
[dbFrame, loopFrame] = getMosFrames(anims,
colorMap,
gifMap,
frameMap,
movDir,
outputName,
seq,
dbFrame,
loopFrame,
secondsRange=secondsRange)
definedSequences[seq.name] = seq
if lineWords[0] == 'makeAnim':
j = curLine + 1
while getWords(lines[j])[0] != 'endAnim':
if '#' in lines[j]:
curLine += 1
continue
seqOrder.append(getWords(lines[j])[0])
j += 1
#print seqOrder
frame = 1
pool = Pool(processes=4)
inputFrameNames = []
# print frameMap[('tunnel2', 'animalmini2/', 1, 17)]
print 'making mosaics for ' + str(
len(frameMap)) + ' unique frames...'
for key in frameMap:
#print 'key: ', key
#print 'frameMap[key]: ', frameMap[key]
(gifName, lilImgDir, loopFrame, curRes) = key
if gifName not in gifMap:
gifInfo = GifInfo(gifName, mp4Bool, secondsRange)
print 'new gifInfo class'
gifMap[gifName] = gifInfo
if lilImgDir not in lilImgMap:
#print lilImgDir
littleImgs = remoji.getLittleImgs(lilImgDir)
lilImgMap[lilImgDir] = littleImgs
else:
littleImgs = lilImgMap[lilImgDir]
# littleImgs = remoji.getLittleImgs(lilImgDir)
for key in frameMap:
(gifName, lilImgDir, loopFrame, curRes) = key
inputFrameNames = os.listdir(gifMap[gifName].framesDir)
inputFrameNames.sort()
depthPix = curRes + 6
# print ['unique/' + inputFrameNames[loopFrame], 'autoScale', depthPix, littleImgs, frameMap[key], 'arbitraryDir/']
#print 'lilImgMap:,',lilImgMap
#remoji.makeMosaic(gifMap[gifName].framesDir + inputFrameNames[loopFrame], 'autoScale', depthPix, lilImgMap[lilImgDir], frameMap[key], colorMap, lilImgDir, 'arbitraryDir/')
#print gifMap[gifName]
#print inputFrameNames
#print loopFrame
#print inputFrameNames[loopFrame]
#print lilImgMap[lilImgDir]
#print frameMap[key]
pool.apply_async(remoji.makeMosaic, [
gifMap[gifName].framesDir + inputFrameNames[loopFrame],
'autoScale', depthPix, lilImgMap[lilImgDir], frameMap[key],
colorMap, lilImgDir
])
pool.close()
pool.join()
movieMaker.wipeDir(movDir)
for seqName in seqOrder:
seq = definedSequences[seqName]
for framePath in seq.framePaths:
frameStr = movieMaker.getFrameStr(frame, 4)
os.system('cp ' + framePath + ' ' + movDir + outputName +
frameStr + '.png')
frame += 1
break
curLine += 1
def modifySpecAnims(anims, colorMap, whiteSquare, lilImgDBDir='emoji/'):
littleImgs = remoji.getLittleImgs(lilImgDBDir)
newAnims = []
i = 0
j = 0 #Runner
curSpec = None
specDirOrder = [
] #DIRECTORY NAMES IN ORDER CORRESPONDING 1:1 TO FRAMES IN THE ANIMATION
#if 'spec' not os.path.isdir('../spec'):
# if not os.path.isdir('../spec'):
# movieMaker.wipeDir('spec/')
while i < len(anims):
# if type(anims[i][0]) == int:
if curSpec == None:
pivotColors = []
steps = anims[i].pop()
#print 'anims[' + str(i) + ']: ', anims[i]
for p in range(0, len(anims[i]) / 3):
r = int(anims[i].pop(0))
g = int(anims[i].pop(0))
b = int(anims[i].pop(0))
tempPivotColor = []
tempPivotColor.append(r)
tempPivotColor.append(g)
tempPivotColor.append(b)
pivotColors.append(tempPivotColor)
curSpec = spectrum.Spectrum(steps, pivotColors, lilImgDBDir,
littleImgs, colorMap, whiteSquare)
#print curSpec.levelsPerColor, curSpec.pivotColors
j = i + 1
#JUMP TO NEXT SPECTRUM
while type(anims[j][0]) != int:
j += 1
steps = int(anims[j].pop())
pivotColors = []
for p in range(0, len(anims[j]) / 3):
#print 'p:',p
#print len(anims[j])
r = int(anims[j].pop(0))
g = int(anims[j].pop(0))
b = int(anims[j].pop(0))
tempPivotColor = []
tempPivotColor.append(r)
tempPivotColor.append(g)
tempPivotColor.append(b)
pivotColors.append(tempPivotColor)
#print 'pivotColors: ', pivotColors
nextSpec = spectrum.Spectrum(steps, pivotColors, lilImgDBDir,
littleImgs, colorMap, whiteSquare)
#print type(nextSpec), type(curSpec)
spec2d = spectrum.make2dSpectrum(20, curSpec, nextSpec, lilImgDBDir,
littleImgs, colorMap)
transitionFrames = 0
tempNonSpecAnims = []
#COUNT TOTAL TRANSITION FRAMES IN THIS LOOP
while i < (j - 1):
i += 1
#print i, anims[i]
newAnims.append(anims[i])
tempNonSpecAnims.append(anims[i])
moreFrames = int(anims[i][2])
transitionFrames += moreFrames
i = j
totSpectrums = len(
spec2d
) - 1 # -1 so that last spectrum doesnt get re-used in next anim
floatStep = totSpectrums / float(transitionFrames)
specDirShortOrder = []
for frame in range(0, transitionFrames):
approxStep = floatStep * frame
roundStep = int(round(approxStep))
spec = spec2d[roundStep]
dirName = spec.namify()
specDirShortOrder.append(dirName)
#IF THERES A PATH TO SPEC/DIRNAME, DONT BOTHER, ELSE, MAKE IT
#specDirs = os.listdir('spec/')
#if dirName[:-1] not in specDirs:
# os.system('mkdir spec/' + dirName[:-1])
# #print 'copyingImgsToDir ..'
# spec.copyImgsToDir('spec/' + dirName)
movieMaker.wipeDir('spec/' + dirName)
spec.copyImgsToDir('spec/' + dirName)
specDirOrder.append('spec/' + dirName)
#print specDirs
#print dirName
# print 'specDirOrder:', specDirOrder
if j == (len(anims) - 1):
break
curSpec = nextSpec
return [newAnims, specDirOrder]
