WIP

Author: PaintYourDragon

fancyled.py renamed to adafruit_fancyled.py

@@ -1,7 +1,7 @@
-# Simple fancyled example for Circuit Playground Express
+# Simple FancyLED example for Circuit Playground Express
 
 from adafruit_circuitplayground.express import cpx
-import fancyled
+import adafruit_fancyled as fancy
 
 # A dynamic gradient palette is a compact representation of a color palette
 # that lists only the key points (specific positions and colors), which are
@@ -17,19 +17,19 @@
 # Here's where we convert the dynamic gradient palette to a full normal
 # palette.  First we need a list to hold the resulting palette...it can be
 # filled with nonsense but the list length needs to match the desired
-# palette length (in FastLED, after which fancyled is modeled, color
+# palette length (in FastLED, after which FancyLED is modeled, color
 # palettes always have 16, 32 or 256 entries...we can actually use whatever
 # length we want in CircuitPython, but for the sake of consistency, let's
 # make it a 16-element palette...
 palette = [0] * 16
-fancyled.loadDynamicGradientPalette(blackbody, palette)
+fancy.loadDynamicGradientPalette(blackbody, palette)
 
 # The dynamic gradient step is optional...some projects will just specify
 # a whole color palette directly on their own, not expand it from bytes.
 
 # This function fills the Circuit Playground Express NeoPixels from a
 # color palette plus an offset to allow us to 'spin' the colors.  In
-# fancyled (a la FastLED), palette indices are multiples of 16 (e.g.
+# FancyLED (a la FastLED), palette indices are multiples of 16 (e.g.
 # first palette entry is index 0, second is index 16, third is 32, etc)
 # and indices between these values will interpolate color between the
 # two nearest palette entries.
@@ -38,10 +38,10 @@ def FillLEDsFromPaletteColors(palette, offset):
 		# This looks up the color in the palette, scaling from
 		# 'palette space' (16 colors * 16 interp position = 256)
 		# to 'pixel space' (10 NeoPixels):
-		c = fancyled.ColorFromPalette(palette,
+		c = fancy.ColorFromPalette(palette,
 		  int(i * len(palette) * 16 / 10 + offset), 255, True)
 		# Gamma correction gives more sensible-looking colors
-		cpx.pixels[i] = fancyled.applyGamma_video(c)
+		cpx.pixels[i] = fancy.applyGamma_video(c)
 
 # This is an offset (0-255) into the color palette to get it to 'spin'
 adjust = 0