def Main():
open("Parameters.in.template", "w").write("""TEST
X1 = 1.0
X2 = 1.2
""")
spec = {}
execfile("Opti.chain", globals(), spec)
assert (spec["Type"] == "MultiLevel")
chain = MultiLevelChain(spec)
Mothership.Initialize(chain)
print "CHAIN PROPS"
print chain.Parameters
print chain.Responses
print chain.SuccessFlags
print "NEW EXPERIMENT"
exp = Experiment(1, chain)
print exp.Parameters
print exp.Responses
print exp.SuccessFlags
global DONE
DONE = threading.Event()
Mothership.QueueExperiment(exp, [Done, exp])
DONE.wait()
print exp.Responses
print exp.SuccessFlags
print exp.Context
print exp.Status
plan = ExperimentPlan(chain)
plan.append(exp)
plan.Export(open("test.plan", "w"))
Mothership.Finalize()
def Main(chainFileName, doeType, sampleCount, planFile):
chain = Mothership.LoadChain(chainFileName)
plan = ExperimentPlan(chain)
add_ref = True
if os.path.isfile(planFile):
plan.Import(open(planFile))
add_ref = False
if add_ref:
# Add the reference point as Experiment 0.
exp = Experiment(0, chain)
plan.append(exp)
sampleCount -= 1
print "Added the reference sample as Experiment 0"
# Generate sampleCount - 1 samples by a DOE method.
if doeType == "LHS":
normalized = LHS(sampleCount, len(chain.Parameters))
print "Generated %d samples by LHS" % sampleCount
else:
raise ValueError
for i in range(sampleCount):
expID = plan.NextAvailableID()
exp = Experiment(expID, chain)
p = normalized[i]
print p
for j in range(len(chain.Parameters)):
xi = p[j]
vmin = chain.Parameters[j]["Min"]
vmax = chain.Parameters[j]["Max"]
v = (1.0 - xi) * vmin + xi * vmax
exp.Parameters[j]["Value"] = v
plan.append(exp)
plan.Export(open(planFile, "w"))
# BALAS JUGADOR
direccion_imagen_bala_jugador = "/home/jorge/github/Proyecto1_CG/Sprites/Proyecto1/Efectos/bullets_blue.png"
# direccion_imagen_bala_jugador="/home/nicolas/github/Proyecto1_CG/Sprites/Proyecto1/Efectos/bullets_blue.png"
imagen_bala_jugador = pg.image.load(direccion_imagen_bala_jugador)
matriz_bala_jugador = matriz_sprites(imagen_bala_jugador, 304, 38, 38, 38)
# BALAS ENEMIGO
direccion_imagen_bala_enemigo = "/home/jorge/github/Proyecto1_CG/Sprites/Proyecto1/Efectos/bullets_red.png"
# direccion_imagen_bala_enemigo="/home/nicolas/github/Proyecto1_CG/Sprites/Proyecto1/Efectos/bullets_red.png"
imagen_bala_enemigo = pg.image.load(direccion_imagen_bala_enemigo)
matriz_bala_enemigo = matriz_sprites(imagen_bala_enemigo, 304, 38, 38, 38)
# CREACION DE JUGADOR
j = Jugador(matriz_jugador)
jugadores.add(j)
# CREACION NAVE NODRIZA
mothership = Mothership(imagen_naveM)
nodriza_a.add(mothership)
mothership2 = Mothership_E(imagen_naveME)
nodriza_e.add(mothership2)
# CONSTANTES
i = 240
salud = 1000
reloj = pg.time.Clock()
fin_de_juego = False
fin = False
while (not fin) and (not fin_de_juego):
# IMPRESION PARA PRUEBAS LIGERAS
# print(j.rect.top)
for event in pg.event.get():
#EVENTOS