import sys,random,math
from pnoise import pnoise
import rv
import cgkit.noise
    
def writePoint(xyzList):
	print('Points "P" [')
	for xyz in xyzList:
		print('%s %s %s \n'% (xyz[0],xyz[1],xyz[2]))
	print(']"constantwidth" [0.01]')

def addNoise(p,frq,noiseAmount):
	noise = cgkit.noise
	
	noiseAmount *= noise.noise([p[0]*frq,p[1]*frq,p[2]*frq])
	noiseAmount *= random.random()
	vn = noise.vsnoise([p[0]*frq,p[1]*frq,p[2]*frq])
	
	new_x = p[0] + (vn[0] * noiseAmount)
	new_y = p[1] + (vn[1] * noiseAmount)
	new_z = p[2] + (vn[2] * noiseAmount)
	
	return [new_x,new_y,new_z]
	#return vn

def geRandomPoint(num,radius,noiseAmount,seed):
	data = []
	n=0.0
	for e in range(num):
		random.seed(n+seed)
		theta = (n)/num * math.pi*2
		distance = random.random()
		p = (rv.on_sphere([0,0,0],radius))
		p = addNoise(p,3,noiseAmount)
		data.append(p)
		n = n+1
	return data



args = sys.stdin.readline()

while args:
	values = args.split()
	pixels = float(values[0])
	num = int(values[1])
	radius = float(values[2])
	noiseAmount = float(values[3])
	seed = float (values[4])
	#print 'TransformBegin'
	#print 'Sphere %s %s %s 360' % (rad, -rad, rad)
	#print 'TransformEnd'
	writePoint(geRandomPoint(num,radius,noiseAmount,seed))
	sys.stdout.write('\377')
	sys.stdout.flush()
	
	# read the next set of inputs
	args = sys.stdin.readline()