import string

#	print_saw_table()
#	prints a Csound ftable with saw harmonics thru numpartials
def print_saw_table(fn, numpartials, size = 16384):
	print "f",`fn`,"0",`size`,"10",
	for y in range(1,numpartials+1):
		print `1.0 / y`,
	print
	return

#	print_square_table()
#	prints a Csound ftable with square harmonics thru numpartials
def print_square_table(fn, numpartials, size = 16384):
	print "f",`fn`,"0",`size`,"10",
	for y in range(1,numpartials+1):
		if	(y%2==0):
			print "0.0",
		else:
			print `1.0 / y`,
	print
	return

#	print_squarish_saw_table()
#	prints a Csound ftable with saw harmonics thru numpartials
#	but ignores the even harmonics above ignoreabove
def print_squarish_saw_table(fn, numpartials, ignoreabove, size = 16384):
	print "f",`fn`,"0",`size`,"10",
	for y in range(1,numpartials+1):
		if	(y%2==0) and (y>ignoreabove):
			print "0.0",
		else:
			print `1.0 / y`,
	print
	return

#	print_ftables()
#	prints a series of tables for wavesequencing
def print_ftables(num, start = 1, size = 16384):
	for x in range(num):
		print_saw_table(start+x,x+1,size)
	for y in range(num):
		print_squarish_saw_table(num+start+y,num,num-y,size)
	for z in range(num):
		print_square_table(2*num+start+z,num-z,size)

print_ftables(16)