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mathbox.primitives.rtt.compose


Composecljs

Full-screen render pass

:alpha false (bool) - Compose with alpha transparency :blending \"normal\" (blending) - Blending mode ('no, normal, add, subtract, multiply) :classes [] (string array) - Custom classes, e.g. [\"big\"] :color \"white\" (color) - Color :id null (nullable string) - Unique ID, e.g. \"sampler\" :opacity 1 (positive number) - Opacity :source \"<\" (select) - Input source :visible true (bool) - Visibility for rendering :zBias 0 (positive number) - Z-Bias (3D stacking) :zIndex 0 (positive int) - Z-Index (2D stacking) :zOrder null (nullable number) - Z-Order (drawing order), e.g. 2 :zTest false (bool) - Test Z buffer :zWrite false (bool) - Write Z buffer

*Full-screen render pass*

:alpha `false` (bool) - Compose with alpha transparency
:blending `\"normal\"` (blending) - Blending mode ('no, normal, add, subtract, multiply)
:classes `[]` (string array) - Custom classes, e.g. `[\"big\"]`
:color `\"white\"` (color) - Color
:id `null` (nullable string) - Unique ID, e.g. `\"sampler\"`
:opacity `1` (positive number) - Opacity
:source `\"<\"` (select) - Input source
:visible `true` (bool) - Visibility for rendering
:zBias `0` (positive number) - Z-Bias (3D stacking)
:zIndex `0` (positive int) - Z-Index (2D stacking)
:zOrder `null` (nullable number) - Z-Order (drawing order), e.g. `2`
:zTest `false` (bool) - Test Z buffer
:zWrite `false` (bool) - Write Z buffer
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