def equilibreGlouton(words, textEquilibre, n):
if(words == []):
return textEquilibre
else:
if(textEquilibre == []):
textEquilibre = [[words[0][:]]]
words.pop(0)
return equilibreGlouton(words, textEquilibre, n)
textWithTransfer = textEquilibre[:]
textWithTransfer.append([words[0][:]])
print "WT", textWithTransfer
if(possibleString(textEquilibre[-1] + [words[0]], n)):
lastString = textEquilibre[-1][:] + [words[0][:]]
textWoTransfer = textEquilibre[:]
textWoTransfer.pop(-1)
textWoTransfer.append(lastString)
words.pop(0)
print "WoT", textWoTransfer
maxMinWoT = longShortDistance(textWoTransfer)
distanceWoT = maxMinWoT[0]-maxMinWoT[1]
maxMinWT = longShortDistance(textWithTransfer)
distanceWT = maxMinWT[0]-maxMinWT[1]
if(distanceWoT < distanceWT):
return equilibreGlouton(words, textWoTransfer, n)
else:
return equilibreGlouton(words, textWithTransfer, n)
else:
words.pop(0)
return equilibreGlouton(words, textWithTransfer, n)
def bruteForceWoTransition(words, text, measure, strl):
if(words == []):
return [],text,measure,strl
else:
wordToJoin = words[0][:]
lastString = text[-1][:]
lastString.append(wordToJoin)
if(possibleString(lastString , strl)):
text.pop(-1)
text.append(lastString)
newText = text[:]
newText2 = text[:]
newMeasure = measureOfTextEquilibrium(newText, strl)
newWords = words[:]
if(type(newWords) is str):
newWords = []
else:
newWords.pop(0)
a = bruteForceWithTransition(newWords, newText, newMeasure, strl)
b = bruteForceWoTransition(newWords, newText2, newMeasure, strl)
if(a[2] < b[2]):
return a
else:
return b
else:
return [],[],sys.maxint,strl
def fusionTextes(text1, text2, textm1, textm2, stringLength): #O(1)
fusionedString = text1[-1][:] + text2[0][:] #O(1)
if(possibleString(fusionedString, stringLength)):
t1 = text1[:] #O(1)
t2 = text2[:] #O(1)
fm = blancLigne(fusionedString ,stringLength)
m1 = blancLigne(text1[-1], stringLength)
m2 = blancLigne(text2[0], stringLength)
newM = (textm1 - m1) + (textm2 - m2) + fm
if(len(text1)>0):
text1.pop() #O(1)
if(len(text2)>0):
text2.pop(0) #O(1)
resultText = text1 + [fusionedString] + text2 #O(1)
return True, newM, resultText #O(1)
else:
return False,0,[]
def fusionTextsMinMax(text1, text2, stringLength):
#print "Try to fusion"
fusionedString = text1[-1][:] + text2[0][:]
if(possibleString(fusionedString, stringLength)):
#print "Fusioned string: ", fusionedString
#print "is possible"
fusionedLength = longueur(fusionedString)
#print "with length", fusionedLength
if(len(text1)>0):
text1.pop()
if(len(text2)>0):
text2.pop(0)
resultText = text1 + [fusionedString] + text2
#print "minmax for fusioned text:", longShortDistance(resultText)
return True, longShortDistance(resultText), resultText
else:
#print "Fusion impossible"
return False,[0,0],[]
def equilibreGloutonBl(words, textEquilibre, n):
if(words == []):
return textEquilibre
else:
if(textEquilibre == []):
textEquilibre = [[words[0][:]]]
words.pop(0)
return equilibreGloutonBl(words, textEquilibre, n)
if(possibleString(textEquilibre[-1] + [words[0]], n)):
lastString = textEquilibre[-1][:] + [words[0][:]]
textEquilibre.pop(-1)
textEquilibre.append(lastString)
words.pop(0)
return equilibreGloutonBl(words, textEquilibre, n)
else:
lastString = [words[0][:]]
words.pop(0)
textEquilibre = textEquilibre[:]
textEquilibre.append(lastString)
return equilibreGloutonBl(words, textEquilibre, n)
