def initializeVersusAIVariables():
global playerOne
global playerTwo
global current
global nextMove
global board
global agent
P1 = 0
P2 = 1
# multiprocess computaion
print "board", agent
board = mancala_board.Board()
playerOne = Human(P1)
# ai Player
print agent, 'sdddddddddddddddddddddddddddd'
if agent == "Minimax":
playerTwo = minimax.AI(P2, 8)
elif agent == "Genesis":
playerTwo = genesis.genesis(P2, 3)
elif agent == "MonteCarlo":
playerTwo = mcts.MCTS(P2, mancala_board.Board())
print "Versus AI Agent:", agent
# starting player is random
# current = random.randint(0,1) # todo this line is a f*****g problem......
current = None
nextMove = random.randint(0,1)
return jsonify({'initialized' : True})
def main():
Parameters = []
Parameters.append(float(
sys.argv[1])) #I - Percentage Probable (PP) Infectivity
Parameters.append(int(sys.argv[2])) #InfP - Mean (M) Infectious Period
Parameters.append(float(sys.argv[3])) #Mob - PP Mobility
Parameters.append(int(sys.argv[4])) #IncP - M Incubation Period
Parameters.append(float(sys.argv[5])) #Mor - PP Mortality
Parameters.append(float(sys.argv[6])) #Imn - PP Immunity
Parameters.append(int(sys.argv[7])) #RecP - M Recovery Period
PImmune = 0.0 #Pre-Immune can also be viewed as Population Density
xDimension = int(sys.argv[8])
yDimension = int(sys.argv[9])
tElapsed = int(sys.argv[10])
move_range = float(sys.argv[11]) #PP of switching places
PLOT = sys.argv[12]
I = Parameters[0] #Percentage
InfP = range(int(Parameters[1]) - 3, int(Parameters[1]) + 4)
Mob = Parameters[2] #Percentage
IncP = range(int(Parameters[3]) - 3, int(Parameters[3]) + 4)
Mor = Parameters[4] #Percentage
Imn = Parameters[5] #Percentage
RecP = range(int(Parameters[6]) - 3, int(Parameters[6]) + 4)
Population = xDimension * yDimension
Dossier, Record, Pos2Pat, ID = genesis.genesis(Parameters, xDimension,
yDimension)
Trends = genesis.initial()
for t in range(tElapsed):
if len(sys.argv) >= 13:
plot.matrix(Dossier, Population, t)
for P in range(1, ID + 1):
status.StatusUpdate(Dossier, Record, Pos2Pat, xDimension,
yDimension, P, Mob, I, Imn, Mor)
flux.flux(xDimension, yDimension, Pos2Pat, Dossier, move_range)
plot.update(Dossier, Trends, ID, t)
print Pos2Pat
Record = copy.deepcopy(Dossier)
if len(sys.argv) >= 13:
plot.plotTrend(Trends)
plot.Print(Dossier, ID, Population)
elif args.rd == "sf":
if (args.file == "console"):
print(
"must specify a local --FILE to write the serial flash file's contents into"
)
else:
umd = umd(cartType)
umd.sfReadFile(args.sfile, args.file)
print("read {0} from serial flash to {1} in {2:.3f} s".format(
args.sfile, args.file, umd.opTime))
# read the ROM header of the cartridge, output formatted in the console
elif args.rd == "header":
# Genesis Header
if args.mode == "gen":
genesis = genesis()
# header from file or from UMD?
if args.file != "console":
extractHeader(genesis.headerAddress, genesis.headerSize,
args.file, "_header.bin")
else:
umd = umd(cartType)
umd.read(genesis.headerAddress, genesis.headerSize,
args.rd, "_header.bin")
# display
for item in sorted(
genesis.formatHeader("_header.bin").items()):
print(item)
# cleanup
try:
os.remove("_header.bin")