Color #

posterize #

posterize( bins = 3, gamma = 0.6 )

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// static gradient posterized, varying binsgradient(0).posterize( [1, 5, 15, 30] , 0.5 ).out(o0)

shift #

shift( r = 0.5, g, b, a )

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// defaultosc().shift(0.1,0.9,0.3).out()

invert #

invert( amount = 1 )

Invert color.

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// defaultsolid(1,1,1).invert([0,1]).out(o0)

contrast #

contrast( amount = 1.6 )

Larger amount value makes higher contrast.

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// 20Hz oscillator with contrast interpolating between 0.0-5.0osc(20).contrast( () => Math.sin(time) * 5 ).out(o0)

brightness #

brightness( amount = 0.4 )

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// defaultosc(20,0,2)  .brightness( () => Math.sin(time) )  .out(o0)

luma #

luma( threshold = 0.5, tolerance = 0.1 )

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// defaultosc(10,0,1).luma(0.5,0.1).out(o0)

thresh #

thresh( threshold = 0.5, tolerance = 0.04 )

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// defaultnoise(3,0.1).thresh(0.5,0.04).out(o0)

color #

color( r = 1, g = 1, b = 1, a = 1 )

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// defaultosc().color(1,0,3).out(o0)

saturate #

saturate( amount = 2 )

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// defaultosc(10,0,1).saturate( () => Math.sin(time) * 10 ).out(o0)

hue #

hue( hue = 0.4 )

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// defaultosc(30,0.1,1).hue(() => Math.sin(time)).out(o0)

colorama #

colorama( amount = 0.005 )

Shift HSV values.

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// // 20Hz oscillator source// // color sequence of Red, Green, Blue, White, Black// // colorama sequence of 0.005, 0.5, 1.0 at 1/8 speed// // output to buffer o0osc(20)  .color([1,0,0,1,0],[0,1,0,1,0],[0,0,1,1,0])  .colorama([0.005,0.33,0.66,1.0].fast(0.125))  .out(o0)

sum #

sum( scale = 1 )

r #

r( scale = 1, offset )

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// defaultosc(60,0.1,1.5).layer(gradient().r()).out(o0)

g #

g( scale = 1, offset )

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// defaultosc(60,0.1,1.5).layer(gradient().g()).out(o0)

b #

b( scale = 1, offset )

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// defaultosc(60,0.1,1.5).layer(gradient().colorama(1).b()).out(o0)

a #

a( scale = 1, offset )