def getGame1():
myGame = Profiling.game()
myGame.board.setContent([3,3], Profiling.cellStatus.LIGHT)
myGame.board.setContent([3,4], Profiling.cellStatus.LIGHT)
myGame.board.setContent([3,5], Profiling.cellStatus.LIGHT)
myGame.board.setContent([3,6], Profiling.cellStatus.LIGHT)
myGame.board.setContent([3,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([3,8], Profiling.cellStatus.LIGHT)
myGame.board.setContent([3,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([3,10], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,10], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,11], Profiling.cellStatus.LIGHT)
myGame.board.setContent([3,11], Profiling.cellStatus.LIGHT)
myGame.board.setContent([3,12], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,12], Profiling.cellStatus.LIGHT)
myGame.board.setContent([5,12], Profiling.cellStatus.LIGHT)
myGame.board.setContent([6,12], Profiling.cellStatus.LIGHT)
myGame.board.setContent([7,12], Profiling.cellStatus.LIGHT)
myGame.board.setContent([8,12], Profiling.cellStatus.LIGHT)
myGame.board.setContent([9,12], Profiling.cellStatus.LIGHT)
myGame.board.setContent([9,13], Profiling.cellStatus.LIGHT)
myGame.board.setContent([9,14], Profiling.cellStatus.LIGHT)
myGame.board.setContent([9,14], Profiling.cellStatus.LIGHT)
myGame.board.setContent([10,14], Profiling.cellStatus.LIGHT)
myGame.board.setContent([10,3], Profiling.cellStatus.LIGHT)
myGame.board.setContent([10,4], Profiling.cellStatus.LIGHT)
myGame.board.setContent([10,5], Profiling.cellStatus.LIGHT)
myGame.board.setContent([10,6], Profiling.cellStatus.LIGHT)
myGame.board.setContent([10,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([10,8], Profiling.cellStatus.LIGHT)
myGame.board.setContent([9,3], Profiling.cellStatus.LIGHT)
myGame.board.setContent([9,4], Profiling.cellStatus.LIGHT)
myGame.board.setContent([9,5], Profiling.cellStatus.LIGHT)
myGame.board.setContent([9,6], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,3], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,4], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,5], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,6], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,8], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,10], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,11], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,12], Profiling.cellStatus.LIGHT)
myGame.board.setContent([21,12], Profiling.cellStatus.LIGHT)
myGame.board.setContent([21,13], Profiling.cellStatus.LIGHT)
myGame.board.setContent([21,14], Profiling.cellStatus.LIGHT)
return myGame
def getGame2():
myGame = Profiling.game()
myGame.board.setContent([2,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([2,1], Profiling.cellStatus.LIGHT)
myGame.board.setContent([2,2], Profiling.cellStatus.LIGHT)
myGame.board.setContent([2,3], Profiling.cellStatus.LIGHT)
myGame.board.setContent([2,4], Profiling.cellStatus.LIGHT)
myGame.board.setContent([2,5], Profiling.cellStatus.LIGHT)
myGame.board.setContent([2,6], Profiling.cellStatus.LIGHT)
myGame.board.setContent([2,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([2,8], Profiling.cellStatus.LIGHT)
myGame.board.setContent([2,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([2,10], Profiling.cellStatus.LIGHT)
myGame.board.setContent([2,11], Profiling.cellStatus.LIGHT)
myGame.board.setContent([2,12], Profiling.cellStatus.LIGHT)
myGame.board.setContent([3,13], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,14], Profiling.cellStatus.LIGHT)
myGame.board.setContent([5,14], Profiling.cellStatus.LIGHT)
myGame.board.setContent([5,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([6,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([7,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([8,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([9,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([10,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([11,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([12,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([13,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([14,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([15,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([16,0], Profiling.cellStatus.LIGHT)
myGame.board.setContent([17,1], Profiling.cellStatus.LIGHT)
myGame.board.setContent([18,2], Profiling.cellStatus.LIGHT)
myGame.board.setContent([19,3], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,4], Profiling.cellStatus.LIGHT)
myGame.board.setContent([21,5], Profiling.cellStatus.LIGHT)
myGame.board.setContent([22,6], Profiling.cellStatus.LIGHT)
myGame.board.setContent([23,6], Profiling.cellStatus.LIGHT)
myGame.board.setContent([23,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([23,8], Profiling.cellStatus.LIGHT)
myGame.board.setContent([23,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([24,6], Profiling.cellStatus.LIGHT)
myGame.board.setContent([24,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([24,8], Profiling.cellStatus.LIGHT)
myGame.board.setContent([24,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([25,6], Profiling.cellStatus.LIGHT)
myGame.board.setContent([25,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([25,8], Profiling.cellStatus.LIGHT)
myGame.board.setContent([25,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([24,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([23,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([22,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([21,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([19,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([18,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([17,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([16,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([15,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([14,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([13,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([12,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([11,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([10,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([9,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([8,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([7,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([6,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([5,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,9], Profiling.cellStatus.LIGHT)
myGame.board.setContent([25,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([24,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([23,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([22,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([21,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([20,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([19,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([18,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([17,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([16,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([15,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([14,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([13,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([12,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([11,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([10,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([9,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([8,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([7,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([6,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([5,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,8], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,7], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,6], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,5], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,4], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,3], Profiling.cellStatus.LIGHT)
myGame.board.setContent([4,2], Profiling.cellStatus.LIGHT)
return myGame
# if x > -1:
# real player have x,y > 0
# if i == my_id:
# myGame.setMyPosition(x, y)
# else:
# myGame.refreshPosition(x, y)
#removal_count = int(raw_input())
#for i in xrange(removal_count):
# remove_x, remove_y = [int(j) for j in raw_input().split()]
# myGame.refreshRemovePosition([remove_x, remove_y])
myGame.applyPosition()
myGame.board.printObject()
aGameProxy = Profiling.gameProxy(myGame)
aGameProxy.setStateFromGame(myGame)
retour = Profiling.miniMax.miniMax(aGameProxy, 500)
#print >> sys.stderr, "Debug messages...", retour
#theWinMove = miniMax.miniMax(myGame)
end_time = time.time()
print("Debug messages...", end_time-start_time)
if not retour:
print "BLOCKED: GAME OVER"
break
help='square zero test')
parser.add_argument('-anti_commute',
action='store_true',
help='test anti-commutativity of differentials')
parser.add_argument('-commute',
action='store_true',
help='test commutativity of differentials')
parser.add_argument(
'-plot_info',
action='store_true',
help='plot information about vector spaces and operator matrices')
args = parser.parse_args()
@Profiling.cond_decorator(args.profile, Profiling.profile(Parameters.log_dir))
def build_basis(graph_complex):
logger.warn("\n----- Build Basis -----\n")
graph_complex.build_basis(ignore_existing_files=args.ignore_ex,
n_jobs=args.n_jobs,
progress_bar=args.pbar,
info_tracker=args.info)
@Profiling.cond_decorator(args.profile, Profiling.profile(Parameters.log_dir))
def build_operator(graph_complex):
logger.warn("\n----- Build Matrix -----\n")
graph_complex.build_matrix(ignore_existing_files=args.ignore_ex,
n_jobs=args.n_jobs,
progress_bar=args.pbar,
info_tracker=args.info)
img = im.open(imageName)
img.save(temp_image_name[0] + '.png')
imageName = temp_image_name[0] + '.png'
#loading Image
image = cv2.imread(imageName)
#Rotating Image
RotatedImage = Skew_Correction.Correct_skew(imageName)
#smoothening Image
SmoothImage = PreProcessing.smoothening(RotatedImage)
#Binarizing Image
BinarizedImage = PreProcessing.Binarization(SmoothImage)
#Creating Chunks of images so that information can be extracted
FINAL_CROP_IMAGES_COORDINATES = Profiling.H_Profiling(BinarizedImage)
#Saving All Chunks into a Folder(Name = 'Cropped_Images')
Save_Images(FINAL_CROP_IMAGES_COORDINATES)
OCR_information = OCR.OCR_DICT()
Handwritten_info = handwrittenOCR.get_handwritten_dict()
#Merging Dictionaries
OCR_information.update(Handwritten_info)
#Saving Data as json in File
with open('data_5.txt', 'w') as outfile:
json.dump(OCR_information, outfile)
save = 1
if do_prof == True:
print('\t Profiling...')
import cProfile
import Profiling as Prof
import os
file_name = "Profile_Output\ " + str(
os.path.basename(__file__)) + '_Profile_Output'
cProfile.runctx('frac_and_M(Delta_t)', {
'frac_and_M': frac_and_M,
'Delta_t': Delta_t
}, {},
filename=file_name)
Prof.save_profiling(file_name, sort='cumtime')
if do_plots == True:
print('Plotting...')
fm = free.F_totstable_vs_M(sig, T0, B0)
print('\nMinimums\n',
argrelmin(fm)[0], sig[argrelmin(fm)], argrelmax(fm),
sig[argrelmax(fm)])
plt.figure()
plt.plot(sig, fm, label='T=' + str(T0) + 'K, B=' + str(B0) + 'T')
plt.plot(sig,
free.F_totstable_vs_M(sig, T0, 0.),
label='T=' + str(T0) + 'K, B= 0T')
