def instruct(self):
counter = 0
for i in range(0, len(abc.list)):
if abc.list[i] in self.tags_dict.keys():
key = abc.list[i]
print "Enter " + c().printBlue(key) + " to tag as " + c().printGreen(self.tags_dict[key])
counter = counter + 1
print
def init(self):
for d in self.data:
if "tags" not in d.keys():
self.untagged.append(d)
else:
self.tagged.append(d)
print
print c().printGreen(str(len(self.untagged))) + " comments left to tag out of " + c().printGreen(str(len(self.data)))
print
print "Begin tagging..."
print "\n"*3
def __init__(self, xPos, yPos, Size):
self.size = Size
self.color = random.choice(c().Muted)
# self.color = WHITE
self.x = int(xPos)
self.y = int(yPos)
self.Xorigin = int(self.x - self.size / 2)
self.Yorigin = int(self.y - self.size / 2)
self.squaresX = 6
self.squaresY = 6
self.segments = []
self.symmetryV = 1
numI = int(self.squaresX / 2) if self.symmetryV else self.squaresX
for i in range(numI):
for j in range(squaresY):
UpRti = self.Xorigin + (i + 1) * lineLen
UpRtj = self.Yorigin + (j + 1) * lineLen
UpLti = self.Xorigin + (self.squaresX - i) * lineLen
UpRtj = self.Yorigin + (j + 1) * lineLen
if random.randint(0, 100) < 50: #Hori Line
self.segments.append([(UpRti, UpRtj),
(UpRti + lineLen, UpRtj)])
if self.symmetryV:
self.segments.append([(UpLti, UpRtj),
(UpLti - lineLen, UpRtj)])
if random.randint(0, 100) < 65: #Vert Line
self.segments.append([(UpRti, UpRtj),
(UpRti, UpRtj + lineLen)])
if self.symmetryV:
self.segments.append([(UpLti, UpRtj),
(UpLti, UpRtj + lineLen)])
def edit(self):
self.init()
print c().printBlue("Edit message? Enter \'q\' to exit and save.")
print c().printHeader("Enter any key to continue.")
while raw_input().strip() != "q":
print c().printHeader("Enter the ID of the message you want to edit.")
search = raw_input().strip()
relevant = []
for u in self.untagged:
relevant.append(u)
for t in self.tagged:
relevant.append(t)
find = [m for m in relevant if m['id'] == search]
if len(find) > 0:
edit_msg(find[0])
print c().printBlue("Edit another? Enter \'q\' to exit and save.")
print c().printHeader("Enter any key to continue.")
print
self.merge_data()
def __init__(self,xPos,yPos,Size):
self.Eyes = ['Open','Wow','Small']
self.Pupils = [0.3,0.5,0.5,0.9,0.5]
self.size = Size
self.color = random.choice(c().Colors)
self.x = int(xPos)
self.y = int(yPos)
self.eyeType = random.choice(self.Eyes)
self.eyeSize = int(self.size/10)
self.eyePupil = int(self.eyeSize*random.choice(self.Pupils))
if self.size < 20:
self.eyeType = 'Small'
self.eyeSize = 1
self.eyePupil = 1
def choose_file(self):
# List data files in directory
files = []
for (dirpath, dirnames, filenames) in os.walk(self.directory):
for f in filenames:
if ".js" in f:
files.append(f)
# Instruct user to choose a file
for i, f in enumerate(files):
print c().printHeader("Enter " + c().printBlue(str(i)) + " for file: ") + c().printBlue(f)
# Allow user to enter number
index = int(raw_input().strip())
while index >= len(files):
print c().printWarn("Index out of bounds. Enter a valid number.")
index = int(raw_input().strip())
# Open up data file and return
self.file_path = self.directory + files[index]
print self.file_path
js_data = open(self.file_path).read()
data = json.loads(js_data)['data']
self.data = data
def check(self):
self.init_check()
print c().printBlue("This loop edits comments with invalid tagging.")
for i in self.invalid:
self.edit_msg(i)
print c().printBlue("Enter \'q\' to exit and save.")
print c().printHeader("Enter any key to continue.")
print
if raw_input().strip() == "q":
self.merge_data_check()
break
def main(self):
self.init()
print c().printBlue("This loop edits untagged comments.")
for u in self.untagged:
self.edit_msg(u)
print c().printBlue("Enter \'q\' to exit and save.")
print c().printHeader("Enter any key to continue.")
print
if raw_input().strip() == "q":
self.merge_data()
break
################################################################################ ### Code Begin ################################################################################ numCol = 5 numRow = 5 ScrWid = numCol * CellSize ScrHeight = numRow * CellSize import pygame import random import time # from Face import squareFace as Cell from Glyphs import glyph as Cell from colors import c WHITE = c().WHITE BLACK = c().BLACK ################################################################################ ### Define colors ################################################################################ from pygame.locals import DOUBLEBUF, FULLSCREEN flags = pygame.locals.DOUBLEBUF # FULLSCREEN | DOUBLEBUF #screen = pygame.display.set_mode(resolution, flags, bpp) ################################################################################ ### Main Code ################################################################################ def main():
def __init__(self, xPos, yPos, Size):
self.color = random.choice(c().Colors)
self.x = int(xPos)
self.y = int(yPos)
self.size = Size
def clear_all_tags(self):
self.init()
print c().printBlue("Are you sure you want to clear all tags?")
print c().printHeader("Type \'yes\' to clear all tags.")
print c().printWarn("WARNING: This cannot be reverted.")
print c().printHeader("Enter any other key to quit.")
print
if raw_input().strip() == "yes":
for u in self.untagged:
u.pop('tags', None)
for t in self.tagged:
t.pop('tags', None)
else:
return
print c().printBlue("Ready to save. Are you sure?")
print c().printHeader("Type \'yes\' to clear all tags.")
print c().printWarn("WARNING: This cannot be reverted.")
print c().printHeader("Enter any other key to quit.")
print
if raw_input().strip() == "yes":
self.merge_data()
else:
return
def write_data(self, obj):
print c().printGreen("Data merging...")
assert self.file_path is not None, "FILE NOT SET"
with open(self.file_path, 'wt') as out:
res = json.dump(obj, out, sort_keys=True, indent=2, separators=(',', ': '))
print c().printGreen("Data merged into ") + c().printHeader(self.file_path)
def prompt_msg(self, msg):
print "id: " + c().printHeader(msg['id'])
print "time: " + c().printBlue(msg['created_time'])
print "message: " + c().printGreen(msg['message'])
print
