def analyze_povray_images(f_name):
power = [0]*8
shadowPercentageSolarPanel = [0]*16
longeron_condition = [0]*8
for i in range(8):
shadowPercentageSolarPanel[2*i] = pixel_reader.analyze_solar_panel(2*i,f_name)
shadowPercentageSolarPanel[2*i+1] = pixel_reader.analyze_solar_panel(2*i+1,f_name)
power[i] += power_calc(shadowPercentageSolarPanel[2*i],thetas[i+4]) + power_calc(shadowPercentageSolarPanel[2*i+1],thetas[i+4])
for i in range(16, 24):
longeron_condition[i-16] = pixel_reader.analyze_rect_prism(i,f_name)
for i in range(8):
theta = (thetas[i*2+4]+thetas[i*2+4+1])/2.0
longeron_condition[i] = int(longeron_condition[i] or check_self_shadowing(theta)) #TODO check we're using the proper theta
return power,longeron_condition,thetas,shadowPercentageSolarPanel
def analyze_povray_images(f_name):
shadowPercentageSolarPanel = list()
shadowPercentageRectPrism = list()
for i in range(0, 16):
# if(i<10):
# fname = "0" + str(i)
# else:
fname = str(i)
shadowPercentageSolarPanel.append(pixel_reader.analyze_solar_panel("iss" + fname))
for i in range(16, 48):
# if(i<10):
# fname = "0" + str(i)
# else:
fname = str(i)
shadowPercentageRectPrism.append(pixel_reader.analyze_rect_prism("iss" + fname))
a = sum(shadowPercentageRectPrism) + sum(shadowPercentageSolarPanel)
return a
