Pixie - A full-featured 2D graphics library for Nim

⚠️ WARNING: This library is still in heavy development. ⚠️

Pixie is a 2D graphics library similar to Cairo and Skia written (almost) entirely in Nim.

This library is being actively developed and is not yet ready for use. Since you've managed to stumble onto it, give it a star and check back soon!

nimble install pixie

Features:

• Drawing paths, shapes and curves, with even-odd and non-zero windings.
• Strokes with joins and caps.
• Shadows, glows and blurs.
• Complex masking: Subtract, Intersect, Exclude.
• Complex blends: Darken, Multiply, Color Dodge, Hue, Luminosity... etc.
• Pixel perfect AA quality.
• Supported file formats: PNG, BMP, JPG, SVG + more in development.

Testing

nimble test

Examples

Square

examples/square.nim

let
  pos = vec2(50, 50)
  wh = vec2(100, 100)

image.fillRect(rect(pos, wh), rgba(255, 0, 0, 255))

Line

examples/line.nim

let
  start = vec2(25, 25)
  stop = vec2(175, 175)
  color = parseHtmlColor("#FF5C00").rgba

image.strokeSegment(segment(start, stop), color, strokeWidth = 10)

Rounded rectangle

examples/rounded_rectangle.nim

let
  pos = vec2(50, 50)
  wh = vec2(100, 100)
  r = 25.0

image.fillRoundedRect(rect(pos, wh), r, rgba(0, 255, 0, 255))

Heart

examples/heart.nim

image.fillPath(
  """
    M 20 60
    A 40 40 90 0 1 100 60
    A 40 40 90 0 1 180 60
    Q 180 120 100 180
    Q 20 120 20 60
    z
  """,
  parseHtmlColor("#FC427B").rgba
)

Shadow

examples/shadow.nim

let polygonImage = newImage(200, 200)
polygonImage.fillPolygon(
  vec2(100, 100),
  70,
  sides = 8,
  rgba(255, 255, 255, 255)
)

let shadow = polygonImage.shadow(
  offset = vec2(2, 2),
  spread = 2,
  blur = 10,
  color = rgba(0, 0, 0, 200)
)

image.draw(shadow)
image.draw(polygonImage)

Blur

examples/blur.nim

let mask = newMask(200, 200)
mask.fillPolygon(vec2(100, 100), 70, sides = 6)

blur.blur(20)
blur.draw(mask, blendMode = bmMask)

image.draw(trees)
image.draw(blur)

Tiger

examples/tiger.nim

let tiger = readImage("examples/data/tiger.svg")

image.draw(
  tiger,
  translate(vec2(100, 100)) *
  scale(vec2(0.2, 0.2)) *
  translate(vec2(-450, -450))
)