User:Godtone: Difference between revisions

Line 1,175:

# 29 colours is a fairly ideal rainbow; we use it for indexing into, so as to derive a 17-colour palette.

# note that i chose the +0.4 experimentally based on the colour palette that seemed most distinct to me.

def cols(cs, n, offset=0):

def cols(cs, n, offset=0.4):

return [ cs[round( k/n*len(cs) + offset~~/len(cs)~~ )%len(cs)] for k in range(n) ]

return [ cs[(round( i/n*len(cs) )+offset)%len(cs)] for i in range(n) ]

rb17v2 = [ rb29~~[round( k/~~17*29+0.4 )~~%29] for k in range(17) ]~~

rb17v2 = cols(rb29,17)

rb19 = [ rb29~~[round( k/~~19*29+0.4 )~~%29] for k in range(19) ]~~

rb19 = cols(rb29,19)

colmaps = { 12: rb12, 13: rb13, 16: cm16, 17: rb17, 18: rb18, 19: rb19, 29: rb29, 30: rb30, 31: rb31, 36: rb36 }

# TODO: add more colmaps

@@ Line 1,175: / Line 1,175: @@
 # 29 colours is a fairly ideal rainbow; we use it for indexing into, so as to derive a 17-colour palette.
 # note that i chose the +0.4 experimentally based on the colour palette that seemed most distinct to me.
-def cols(cs, n, offset=0):
+def cols(cs, n, offset=0.4):
-	return [ cs[round( k/n*len(cs) + offset/len(cs) )%len(cs)] for k in range(n) ]
+	return [ cs[(round( i/n*len(cs) )+offset)%len(cs)] for i in range(n) ]
-rb17v2 = [ rb29[round( k/17*29+0.4 )%29] for k in range(17) ]
+rb17v2 = cols(rb29,17)
-rb19 = [ rb29[round( k/19*29+0.4 )%29] for k in range(19) ]
+rb19 = cols(rb29,19)
 colmaps = { 12: rb12, 13: rb13, 16: cm16, 17: rb17, 18: rb18, 19: rb19, 29: rb29, 30: rb30, 31: rb31, 36: rb36 }
 # TODO: add more colmaps