import sys

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

fielddef = [
	("Amb",                "RGB"),
	("Amb_Obj",            "RGB"),
	("Amb_bl",             "RGB"),
	("Amb_Obj_bl",         "RGB"),
	("Dir",                "RGB"),
	("Sky top",            "RGB"),
	("Sky bot",            "RGB"),
	("SunCore",            "RGB"),
	("SunCorona",          "RGB"),
	("SunSz",              "float"),
	("SprSz",              "float"),
	("SprBght",            "float"),
	("Shdw",               "int"),
	("LightShd",           "int"),
	("PoleShd",            "int"),
	("FarClp",             "float"),
	("FogSt",              "float"),
	("radiosityIntensity", "int"),
	("radiosityLimit",     "int"),
	("LightOnGround",      "float"),
	("LowCloudsRGB",       "RGB"),
	("TopCloudRGB",        "RGB"),
	("BottomCloudRGB",     "RGB"),
	("BlurRGB",            "RGB"),
	("WaterRGBA",          "RGBA"),
	("blurAlpha",          "float"),
	("blurOffset",         "float"),
]

fieldnames = [d[0] for d in fielddef]

weathernames = ["SUNNY", "CLOUDY", "RAINY", "FOGGY",
"EXTRASUNNY", "RAINY", "EXTRACOLOURS", "ULTRASUNNY"]
NWEATHER = len(weathernames)

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"]
NHOUR = len(timenames)

def toNumbers(f):
	def getval(i, t):
		if t == 'int':
			try:
				return (int(f[i]), i+1)
			except:
				return (-1000, i+i)
		elif t == 'float':
			try:
				return (float(f[i]), i+1)
			except:
				return (1.0, i+i)
		elif t == 'RGB':
			try:
				return ([int(f[i]), int(f[i+1]), int(f[i+2])], i+3)
			except:
				return ([-100, -100, -100], i+3)
		elif t == 'RGBA':
			try:
				return ([int(f[i]), int(f[i+1]), int(f[i+2]), int(f[i+3])], i+4)
			except:
				return ([-100, -100, -100, -100], i)
	i = 0
	dict = {}
	for d in fielddef:
		(dict[d[0]], i) = getval(i, d[1])
	return dict

def toStrings(weather):
	s = []
	for d in fielddef:
		if d[1] == 'RGB' or d[1] == 'RGBA':
			s += [str(x) for x in weather[d[0]]]
		else:
			s += [str(weather[d[0]])]
	return s

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)]
		x = []
		i = 0
		for d in fielddef:
			if d[1] == 'RGB':
				x.append(" ".join(l[i:i+3]))
				i += 3
			elif d[1] == 'RGBA':
				x.append(" ".join(l[i:i+4]))
				i += 4
			else:
				x.append(l[i])
				i += 1
		newlines.append(x)
	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 = False

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 % NHOUR == 0:
		print("//")
		print("/////////////////////////////////////////// " + weathernames[i//NHOUR])
		print("//")
	if NHOUR == 24 and i % 12 == 0 or \
	   i % NHOUR == 0:
		if not compact or i % NHOUR == 0:
			print("// " + alignLineR(fieldnames, widths))
#	if not compact or i % 24 == 0 or i % 24 == 12:
	if not compact:
		print("// "+timenames[i%NHOUR])
	print("   " + alignLineR(l, widths))
	i += 1