def post(self):
user = users.get_current_user()
minIndex = int(self.request.get("minIndex"))
maxIndex = int(self.request.get("maxIndex"))
userID = self.request.get("userID")
query = UserScreenshot.query(UserScreenshot.index >= minIndex,
UserScreenshot.index < maxIndex,
ancestor=ndb.Key('UserCollection',
userID)).order(
UserScreenshot.index)
results = query.fetch(None)
images = []
for entry in results:
blob_key = entry.blob_key
blobstore.get(blob_key)
reader = blobstore.BlobReader(blob_key)
image = Image.open(reader)
image.load()
images.append(image)
p = ScreenshotParser()
cards = p.getCardsFromImages(images)
for i in range(0, len(results)):
# Bit of a fudge here, could get the ScreenshotParser to give us how many cards per image
results[i].cards = ""
for j in range(i * 8, min(i * 8 + 8, len(cards))):
results[i].cards += str(cards[j].toDict()) + "\n"
results[i].cards = results[i].cards[:-1] # Remove last newline
blobstore.delete(results[i].blob_key)
results[i].processed = True
results[i].put()
return
def post(self):
user = users.get_current_user()
minIndex = int(self.request.get("minIndex"))
maxIndex = int(self.request.get("maxIndex"))
userID = self.request.get("userID")
query = UserScreenshot.query(UserScreenshot.index >= minIndex,
UserScreenshot.index < maxIndex,
ancestor=ndb.Key('UserCollection', userID)
).order(UserScreenshot.index)
results = query.fetch(None)
images = []
for entry in results:
blob_key = entry.blob_key
blobstore.get(blob_key)
reader = blobstore.BlobReader(blob_key)
image = Image.open(reader)
image.load()
images.append(image)
p = ScreenshotParser()
cards = p.getCardsFromImages(images)
for i in range(0, len(results)):
# Bit of a fudge here, could get the ScreenshotParser to give us how many cards per image
results[i].cards = ""
for j in range(i * 8, min(i*8 + 8, len(cards))):
results[i].cards += str(cards[j].toDict()) + "\n"
results[i].cards = results[i].cards[:-1] # Remove last newline
blobstore.delete(results[i].blob_key)
results[i].processed = True
results[i].put()
return
csv += str(card["golden"]) + ","
csv += str(card["overlaps"]) + "\n"
return csv
def reorderImages(imageNames):
imageNames.sort()
i = 0
sortedImageNames = []
while i < len(imageNames):
image = imageNames[i]
if image[-4:] == ".png":
if image[-6:-5] == " ":
sortedImageNames.append(imageNames[i+1])
i += 1
sortedImageNames.append(image)
i += 1
return sortedImageNames
if __name__ == "__main__":
images = []
for name in reorderImages(os.listdir("../screencaps/")):
if name[-4:] == ".png":
images.append(Image.open("../screencaps/" + name))
p = ScreenshotParser()
cards = p.getCardsFromImages(images)
analyser = Analyser(cards)
analyser.findPotentialCards()
print analyser.potentialCardsToCSV()
csv += str(card["overlaps"]) + "\n"
return csv
def reorderImages(imageNames):
imageNames.sort()
i = 0
sortedImageNames = []
while i < len(imageNames):
image = imageNames[i]
if image[-4:] == ".png":
if image[-6:-5] == " ":
sortedImageNames.append(imageNames[i + 1])
i += 1
sortedImageNames.append(image)
i += 1
return sortedImageNames
if __name__ == "__main__":
images = []
for name in reorderImages(os.listdir("../screencaps/")):
if name[-4:] == ".png":
images.append(Image.open("../screencaps/" + name))
p = ScreenshotParser()
cards = p.getCardsFromImages(images)
analyser = Analyser(cards)
analyser.findPotentialCards()
print analyser.potentialCardsToCSV()