import sys

if len(sys.argv) <= 1:
	exit(0)

# Amb            RGB
# Dir            RGB
# Sky top        RGB
# Sky bot        RGB
# SunCore        RGB
# SunCorona      RGB
# SunSz          float
# SprSz	         float
# SprBght        float
# Shdw           int
# LightShd       int
# TreeShd        int
# FarClp         float
# FogSt          float
# LightOnGround  float
# LowCloudsRGB   RGB
# TopCloudRGB    RGB
# BottomCloudRGB RGB
# BlurRGBA       RGBA

fieldnames = ["Amb", "Dir", "Sky top", "Sky bot", "SunCore", "SunCorona",
"SunSz", "SprSz", "SprBght", "Shdw", "LightShd", "TreeShd", "FarClp", "FogSt",
"LightOnGround", "LowCloudsRGB", "TopCloudRGB", "BottomCloudRGB", "BlurRGBA"]

weathernames = ["SUNNY", "CLOUDY", "RAINY", "FOGGY"]

timenames = ["Midnight", "1AM", "2AM", "3AM", "4AM", "5AM", "6AM", "7AM", "8AM", "9AM", "10AM", "11AM", "Midday",
"1PM", "2PM", "3PM", "4PM", "5PM", "6PM", "7PM", "8PM", "9PM", "10PM", "11PM"]

def toNumbers(f):
	return {'Amb': [int(f[0]), int(f[1]), int(f[2])],\
                'Dir': [int(f[3]), int(f[4]), int(f[5])],\
                'SkyTop': [int(f[6]), int(f[7]), int(f[8])],\
                'SkyBot': [int(f[9]), int(f[10]), int(f[11])],\
                'SunCore': [int(f[12]), int(f[13]), int(f[14])],\
                'SunCorona': [int(f[15]), int(f[16]), int(f[17])],\
                'SunSz': float(f[18]),\
                'SprSz': float(f[19]),\
                'SprBght': float(f[20]),\
                'Shdw': int(f[21]),\
                'LightShd': int(f[22]),\
                'TreeShd': int(f[23]),\
                'FarClp': float(f[24]),\
                'FogSt': float(f[25]),\
                'LightOnGround': float(f[26]),\
                'LowClouds': [int(f[27]), int(f[28]), int(f[29])],\
                'TopClouds': [int(f[30]), int(f[31]), int(f[32])],\
                'BottomClouds': [int(f[33]), int(f[34]), int(f[35])],\
                'Blur': [int(f[36]), int(f[37]), int(f[38]), int(f[39])]}

def liststr(l):
	return [str(x) for x in l]

def toStrings(weather):
	return liststr(weather['Amb']) +\
               liststr(weather['Dir']) +\
               liststr(weather['SkyTop']) +\
               liststr(weather['SkyBot']) +\
               liststr(weather['SunCore']) +\
               liststr(weather['SunCorona']) +\
               [str(weather['SunSz'])] +\
               [str(weather['SprSz'])] +\
               [str(weather['SprBght'])] +\
               [str(weather['Shdw'])] +\
               [str(weather['LightShd'])] +\
               [str(weather['TreeShd'])] +\
               [str(weather['FarClp'])] +\
               [str(weather['FogSt'])] +\
               [str(weather['LightOnGround'])] +\
               liststr(weather['LowClouds']) +\
               liststr(weather['TopClouds']) +\
               liststr(weather['BottomClouds']) +\
               liststr(weather['Blur'])

def getFieldWidths(lines):
	widths = []
	for i in range(len(lines[0])):
		width = 0
		for l in lines:
			if len(l[i]) > width:
				width = len(l[i])
		widths.append(width)
	return widths

def alignLine(fields, widths):
	return " ".join([f.rjust(w) for f, w in zip(fields, widths)])

def alignLineR(fields, widths):
	return "    ".join([f.ljust(w) for f, w in zip(fields, widths)])

def combineTuples(lines, widths):
	newlines = []
	for line in lines:
		l = [f.rjust(w) for f, w in zip(line, widths)]
		l = [" ".join(l[0:3]), " ".join(l[3:6]), " ".join(l[6:9]), " ".join(l[9:12]),\
		     " ".join(l[12:15]), " ".join(l[15:18]), l[18], l[19], l[20],\
		     l[21], l[22], l[23], l[24], l[25], l[26],\
		     " ".join(l[27:30]),  " ".join(l[30:33]),  " ".join(l[33:36]),  " ".join(l[36:40])]
		newlines.append(l)
	return newlines

path = sys.argv[1];
f = open(path, 'r')
lines = [toNumbers(l.strip('\n').split()) for l in f.readlines() if l[0:2] != '//']
f.close()

## print
compact = True

lines = [toStrings(l) for l in lines]
widths = getFieldWidths(lines)
lines = combineTuples(lines, widths)
widths = getFieldWidths([fieldnames] + lines)
i = 0
for l in lines:
	if i % 24 == 0:
		print("//")
		print("/////////////////////////////////////////// " + weathernames[i//24])
		print("//")
	if i % 12 == 0:
		if not compact or i % 24 == 0:
			print("// " + alignLineR(fieldnames, widths))
#	if not compact or i % 24 == 0 or i % 24 == 12:
	if not compact or i % 3 == 0:
		print("// "+timenames[i%24])
	print("   " + alignLineR(l, widths))
	i += 1