def run(self):
start = time.time()
self.environment.set_total_intensity(0)
self.environment.set_blue_intensity(0)
array = Array()
water = Array()
wheel = {}
array.randomize()
t = 0
while t < 350:
if t < 7:
wheel[t] = Array()
array.calculate_next(self.environment, water, wheel[t % 7], t)
else:
array.calculate_next(self.environment, water, wheel[(t - 6) % 7], t)
paint_array(array, str(t))
self.record_data(t, array)
if t == 20:
self.environment.set_total_intensity(800)
#if t == 200:
# self.environment.set_blue_intensity(5)
t += 1
end = time.time()
runtime = end - start
print("This simulation took " + str(round(runtime / 60)) + " minutes.")
t = 0
time = []
temp = []
avg_temp = []
wue = []
avg_wue = []
array.randomize()
env.set_total_intensity(0)
env.set_blue_intensity(0)
env.set_ambient_water(10)
while t < 300:
temp.clear()
wue.clear()
wheel[t % 7] = Array()
if t >= 7:
array.calculate_next(env, water, wheel[(t - 6) % 7], t)
else:
array.calculate_next(env, water, wheel[t], t)
if t == 20:
env.set_total_intensity(900)
if t == 200:
env.set_blue_intensity(5)
for i in range(5):
for unit in array[i]:
temp.append(unit.get_temperature())
wue.append((env.get_ambient_carbon() - unit.get_carbon_dioxide()) /
(unit.get_es_water_vapor() - env.get_ambient_water()))
avg_temp.append(sum(temp) / len(temp))
avg_wue.append(sum(wue) / len(wue))
