def create_objects(self, test_directory):
"""Traverses the XML structure and creates test objects
Arguments:
test_directory - The test directory.
"""
for element in self.root:
if element.tag == 'maker':
self.tests.append(Maker(element, test_directory))
if element.tag == 'merge':
self.tests.append(Merge(element, test_directory))
def __init__(self):
# The actual workers
self.maker = Maker()
self.tex = Latex(self.maker)
self.maker.dep_append(self.tex)
# What to do
self.backend = "pdftex"
self.format = "pdf"
self.index_style = ""
self.batch = 1
self.encoding = "latin-1"
self.texpost = ""
self.options = ""
def main():
print()
if args.image:
print('1. Read image sheet')
print('Path : ' + args.image)
elif args.text:
print('1. Read text sheet')
print('Path : ' + args.text)
sheet_parser = Parser(args.text)
else:
print('Needs input')
exit(1)
print()
print('2. Parse sheet')
try:
sheet = sheet_parser.parse()
except SheetParserError as err:
expression, message = err.args
print()
print('!! Sheet Parser Error !!')
print(expression)
print(message)
print()
exit(1)
else:
print('parse success')
print('Print sheet...')
print(sheet)
print()
print('3. Load videos')
print()
print('4. Generate music video.')
music = Maker(sheet, args.output)
music.make()
print()
})
elif ds_name == 'three_fruits':
paths = easydict.EasyDict({
'datasetFile':
os.path.join(dirs_suffix, 'datasets',
'three_fruits'),
'textDir':
'text_c10',
'maxEpochs':
'1000'
})
maker = Maker(datasetFile=paths.datasetFile,
textDir=paths.textDir,
checking_folder=checking_folder,
lang=lang,
client_txt=desc,
pre_trained_gen=os.path.join(
dirs_suffix, 'checkpoints',
ds_name + '_cls_test',
'gen_' + paths.maxEpochs + '.pth'),
pre_trained_disc=os.path.join(
dirs_suffix, 'checkpoints',
ds_name + '_cls_test',
'disc_' + paths.maxEpochs + '.pth'),
ID=ID)
maker.generate()
os.remove(filepath)
time.sleep(0.5)
print('Listening folder ' + rootdir + '...')
#!/usr/bin/env python
#-*- coding:utf-8 -*-
from user import User
from maker import Maker
from shareInt import ShareInt
shareObject=ShareInt()
user1=User("user1",shareObject)
maker1=Maker("maker1",shareObject)
user1.start()
maker1.start()
user1.join()
maker1.join()
user1.display()
print "main threading over!"
from maker import Maker
from winner import Winner
pygame.init()
pygame.display.set_caption('Dreidel Blades')
screen = pygame.display.set_mode(
# size=(640, 480),
# size=(1280, 720),
size=(1366, 768),
# size=(1920, 1080),
# flags=pygame.FULLSCREEN,
)
maker = Maker(screen)
choose = Choose(screen)
clock = pygame.time.Clock()
active = choose
lastGameEndTime = None
gameOverTime = None
while True:
if isinstance(active, Choose):
if active.startGameWith is not None:
imgPath, stats = active.startGameWith
# game = Game(screen)
pairs = [{"Initsuccess": False, "pair": ' ', "maker": 0, "asset":'GDEX.BTC', "base":'CNY', "priceuplimit": 200000, "pricedownlimit": 10000, "Gaprate": 0.01, "spreadrate": 0.008, "size":4, "amount": 5000}]
pairs.append ({"Initsuccess": False, "pair": ' ', "maker": 0, "asset":'GDEX.ETH', "base":'CNY', "priceuplimit": 20000, "pricedownlimit": 1000, "Gaprate": 0.01, "spreadrate": 0.008, "size":4, "amount": 5000})
pairs.append({"Initsuccess": False, "pair": ' ', "maker": 0, "asset":'GDEX.EOS', "base":'CNY', "priceuplimit": 400, "pricedownlimit": 10, "Gaprate": 0.01, "spreadrate": 0.008, "size":4, "amount": 5000})
pairs.append({"Initsuccess": False, "pair": ' ', "maker": 0, "asset":'GDEX.NEO', "base":'CNY', "priceuplimit": 4000, "pricedownlimit": 100, "Gaprate": 0.011, "spreadrate": 0.0088, "size":6, "amount": 5000})
pairs.append({"Initsuccess": False, "pair": ' ', "maker": 0, "asset":'GDEX.GAS', "base":'CNY', "priceuplimit": 1000, "pricedownlimit": 70, "Gaprate": 0.01, "spreadrate": 0.008, "size":6, "amount": 5000})
pairs.append({"Initsuccess": False, "pair": ' ', "maker": 0, "asset":'GDEX.QTUM', "base":'CNY', "priceuplimit": 1000, "pricedownlimit": 50, "Gaprate": 0.01, "spreadrate": 0.008, "size":6, "amount": 5000})
pairs.append({"Initsuccess": False, "pair": ' ', "maker": 0, "asset":'GDEX.ATN', "base":'CNY', "priceuplimit": 40, "pricedownlimit": 1, "Gaprate": 0.01, "spreadrate": 0.008, "size":4, "amount": 5000})
maker = {}
for pair in pairs:
pair['pair'] = pair['base']+"/"+pair['asset']
print('pleae input the middle price for ' + pair['pair'] + ':')
inputprice = float(input())
pair['maker'] = Maker(globalconfig, inputprice, ex='dex', asset=pair['asset'], base=pair['base'], priceuplimit=pair['priceuplimit'], pricedownlimit=pair['pricedownlimit'],
Gaprate=pair['Gaprate'], spreadrate=pair['spreadrate'], size=pair['size'], amount=pair['amount'])
while True:
for pair in pairs:
if not pair['Initsuccess']:
try:
pair['Initsuccess'] = pair['maker'].InitOrderPlace()
except Exception as e:
print(pair['pair'] + "failed to initialize orders, error:", e)
pair['Initsuccess'] = False
time.sleep(5)
if pair['Initsuccess']:
today = datetime.now()
yesterday = today + timedelta(hours=-24)
from maker import Maker, Recipe, Player, Actions
if __name__ == '__main__':
r = Recipe(name='Crimson Cider')
r.update_fromdb()
p = Player(80, 1500, 1350, 300)
m = Maker(recipe=r, player=p)
print(m.step, m.durability, m.progress, m.quality, m.player.cp)
action_rotation = [
Actions.REFLECT,
Actions.GREAT_STRIDES,
Actions.INNOVATION,
Actions.OBSERVE,
Actions.BASIC_TOUCH,
Actions.STANDARD_TOUCH,
Actions.PREPARATORY_TOUCH,
Actions.BYREGOTS_BLESSING,
# Actions.CAREFUL_SYNTHESIS,
# Actions.VENERATION,
# Actions.GROUNDWORK
]
print(p.available_actions())
p.check_rotation(action_rotation)
for action in action_rotation:
getattr(m, action.value.function)()
import numpy as np
from copy import copy
space = np.random.randn(4) * 0.18 + 1
print space
img_all = []
label_all = []
for s in space:
require = copy(RE)
require[0] = [int(round(n * s)) for n in require[0]]
require[1] = [int(round(n * s)) for n in require[1]]
center_scale = np.random.choice(space, 1)
center = (int(round(128 * center_scale)), int(round(128 * center_scale)))
print center, require
m = Maker(require)
a = np.random.randint(360)
m.generate(5, a, center=center)
img = [i[None, None, None, :, :] for i in m.imgs]
label = [l[None, None, None, :, :] for l in m.labels]
img = np.concatenate(img, axis=0)
label = np.concatenate(label, axis=0)
img_all.append(img)
label_all.append(label)
img_all = np.concatenate(img_all, axis=1)
img_all = np.transpose(img_all, (1, 0, 2, 3, 4))
label_all = np.concatenate(label_all, axis=1)
label_all = np.transpose(label_all, (1, 0, 2, 3, 4))
