# The argument `color` should be an array of up to 4 floats (RGBA).
# If `color` has less than 4 items, the missing items are replaced by 1.0.
#
- # Require: `not loaded and x < width.to_i and y < height.to_i`
+ # Require: `x < width.to_i and y < height.to_i`
fun []=(x, y: Int, color: Array[Float])
do
- assert not loaded else print_error "{class_name}::[]= already loaded"
assert x < width.to_i and y < height.to_i else print_error "{class_name}::[] out of bounds"
# Simple conversion from [0.0..1.0] to [0..255]
var offset = 4*(x + y*width.to_i)
for i in [0..4[ do cpixels[offset+i] = bytes[i]
+
+ loaded = false
end
# Overwrite all pixels with `color`, return `self`
#
# The argument `color` should be an array of up to 4 floats (RGBA).
# If `color` has less than 4 items, the missing items are replaced by 1.0.
- #
- # Require: `not loaded`
fun fill(color: Array[Float]): SELF
do
- assert not loaded else print_error "{class_name}::fill already loaded"
-
# Simple conversion from [0.0..1.0] to [0..255]
var bytes = [for c in color do (c*255.0).round.to_i.clamp(0, 255).to_bytes.last]
while bytes.length < 4 do bytes.add 255u8
end
end
+ loaded = false
return self
end