def selectSentences():
global picks, SECTIONS, pickedDict, dataDict
# iterate how many picks to do in each section
for howmany, section in zip(picks, SECTIONS):
pickedList = []
howmany = int(howmany)
while howmany > 0:
pick = randint(0, len(dataDict[section]) - 1)
if pick in pickedList:
continue
else:
if not section in pickedDict:
pickedDict[section] = []
pickedDict[section].append(dataDict[section][pick])
pickedList.append(pick)
howmany -= 1
del dataDict[section][pick]
# check if we have snetences left
if len(dataDict[section]) == 0:
reskinPrint(
'Picked all sentences from section ' + section + '...',
'w')
break
def replaceWords():
global picks, description
# prepare a bucket dict to count how many times we used each keyword
totalReplacementsLeft = len(
keywords
) * MAX_REPITATIONS_PER_KEYWORD # count how many replacements were done since we don't care which word to choose if all words replaced max times
bucketDict = OrderedDict()
for word in keywords:
bucketDict[word] = 0
while PLACEHOLDER in description:
# draw a word
random.seed(time.time())
word = keywords[randint(0, len(keywords) - 1)]
while (totalReplacementsLeft > 0) and (bucketDict[word]
== MAX_REPITATIONS_PER_KEYWORD):
word = keywords[randint(0, len(keywords) - 1)]
description = description.replace(PLACEHOLDER, word, 1)
bucketDict[word] += 1
totalReplacementsLeft -= 1
if totalReplacementsLeft == 0:
reskinPrint("All keywords were placed " +
str(MAX_REPITATIONS_PER_KEYWORD) +
" times... randomly placing.")
def selectSentences():
global picks, SECTIONS, pickedDict, dataDict
# iterate how many picks to do in each section
for howmany, section in zip(picks, SECTIONS):
pickedList = []
howmany = int(howmany)
while howmany > 0:
pick = randint(0, len(dataDict[section])-1)
if pick in pickedList:
continue
else:
if not section in pickedDict:
pickedDict[section] = []
pickedDict[section].append(dataDict[section][pick])
pickedList.append(pick)
howmany-=1
del dataDict[section][pick]
# check if we have snetences left
if len(dataDict[section]) == 0:
reskinPrint('Picked all sentences from section ' + section + '...', 'w')
break
def outputDescription():
global output, description
reskinPrint("Printing description...")
if output == "":
print(description)
else:
outputFile = open(output, "w")
outputFile.write(description)
outputFile.close()
def outputDescription():
global output, description
reskinPrint("Printing description...")
if output == "":
print(description)
else:
outputFile = open(output, "w")
outputFile.write(description)
outputFile.close()
def replaceWords():
global picks, description
# prepare a bucket dict to count how many times we used each keyword
totalReplacementsLeft = len(keywords) * MAX_REPITATIONS_PER_KEYWORD # count how many replacements were done since we don't care which word to choose if all words replaced max times
bucketDict = OrderedDict();
for word in keywords:
bucketDict[word] = 0
while PLACEHOLDER in description:
# draw a word
random.seed(time.time())
word = keywords[randint(0, len(keywords) - 1)]
while (totalReplacementsLeft > 0) and (bucketDict[word] == MAX_REPITATIONS_PER_KEYWORD):
word = keywords[randint(0, len(keywords) - 1)]
description = description.replace(PLACEHOLDER, word, 1)
bucketDict[word] += 1
totalReplacementsLeft -= 1
if totalReplacementsLeft == 0:
reskinPrint("All keywords were placed " + str(MAX_REPITATIONS_PER_KEYWORD) + " times... randomly placing.")
def readDict(lang=""):
global SECTIONS, dataDict
dictFile = "aldg." + lang + ".dict"
# dictFile = "tmp.py"
if not os.path.isfile(dictFile):
reskinPrint("Cannot load dictionary, file not exists: " + dictFile,
"e")
return False
else:
reskinPrint("Found dictionary file " + dictFile)
with open(dictFile) as inFile:
sectionName = ""
sentences = []
for line in inFile:
if line == "\n":
continue
# Check for section begin
if line.startswith('['):
# If we started a new section (or come up with "end"), store the previous one
if not (sectionName == ''):
dataDict[sectionName] = sentences
sectionName = line.replace('[',
'').replace(']',
'').replace('\n', '')
sentences = []
# Verify section name is valid
if not sectionName in SECTIONS:
reskinPrint(
"Invalid section " + sectionName + ", skipping...",
"w")
sectionName = ''
continue
# If not a new section, store sentence
sentences.append(line.replace('\n', ''))
return True
def readDict(lang=""):
global SECTIONS, dataDict
dictFile = "aldg." + lang + ".dict"
# dictFile = "tmp.py"
if not os.path.isfile(dictFile):
reskinPrint("Cannot load dictionary, file not exists: " + dictFile , "e")
return False
else:
reskinPrint("Found dictionary file " + dictFile)
with open(dictFile) as inFile:
sectionName = ""
sentences = []
for line in inFile:
if line=="\n":
continue
# Check for section begin
if line.startswith('['):
# If we started a new section (or come up with "end"), store the previous one
if not (sectionName == ''):
dataDict[sectionName] = sentences;
sectionName = line.replace('[','').replace(']','').replace('\n','')
sentences = []
# Verify section name is valid
if not sectionName in SECTIONS:
reskinPrint("Invalid section " + sectionName + ", skipping..." , "w")
sectionName = ''
continue
# If not a new section, store sentence
sentences.append(line.replace('\n',''))
return True
4 * 20 + 2 * 2 * 4 + 2, 103, 104
])
print("Done.")
# replace simpleslots/artwork/feature_overlay*
print("Replacing feature overlay in artwork...")
dirToCopy = "/SimpleSlots/artwork"
if len(
glob.glob(trgDir + dirToCopy +
"reskin/LevelSelect/feature_overlay*.png")) > 0:
reskinutils.copyFilesByGlob(
trgDir + dirToCopy + "reskin/LevelSelect/feature_overlay*.png",
trgDir + dirToCopy)
reskinutils.checkCopy(2)
else:
reskinPrint("Couldn't find feature_overlay files...", "w")
print("Done.")
# replace simpleslots/artwork/icon*
print("Replacing icons on assets dir...")
srcIconFiles = [
"/AppIcon57x57.png", "/[email protected]", "/AppIcon72x72.png",
"/[email protected]"
]
trgIconFiles = [
"/SimpleSlots/artwork/icon.png", "/SimpleSlots/artwork/[email protected]",
"/SimpleSlots/artwork/icon-ipad.png",
"/SimpleSlots/artwork/[email protected]"
]
dirToCopy = "/SimpleSlots/artwork/reskin"
subdirs = ["/LevelSelect", "/lvl1", "/lvl2", "/lvl3", "/lvl4"]
for i in range(0, len(subdirs)):
reskinutils.copyFilesByGlob(assets + subdirs[i] + "/*.png", trgDir + dirToCopy + subdirs[i])
reskinutils.checkCopy([4 * 20 + 2 * 2 * 4 + 4, 4 * 20 + 2 * 2 * 4 + 3, 4 * 20 + 2 * 2 * 4, 4 * 20 + 2 * 2 * 4 + 2, 103, 104])
print("Done.")
# replace simpleslots/artwork/feature_overlay*
print("Replacing feature overlay in artwork...")
dirToCopy = "/SimpleSlots/artwork"
if len(glob.glob(trgDir + dirToCopy + "reskin/LevelSelect/feature_overlay*.png"))>0:
reskinutils.copyFilesByGlob(trgDir + dirToCopy + "reskin/LevelSelect/feature_overlay*.png", trgDir + dirToCopy)
reskinutils.checkCopy(2)
else:
reskinPrint("Couldn't find feature_overlay files...", "w")
print("Done.")
# replace simpleslots/artwork/icon*
print("Replacing icons on assets dir...")
srcIconFiles = ["/AppIcon57x57.png", "/[email protected]", "/AppIcon72x72.png", "/[email protected]"]
trgIconFiles = ["/SimpleSlots/artwork/icon.png", "/SimpleSlots/artwork/[email protected]", "/SimpleSlots/artwork/icon-ipad.png", "/SimpleSlots/artwork/[email protected]"]
for i in range(0, len(srcIconFiles)):
reskinutils.copyFilesByName(icons + srcIconFiles[i], trgDir + trgIconFiles[i])
reskinutils.checkCopy(4)
print("Done.")
# END OF FILES REPLACEMENT