Difference between revisions of "EffectShader"

Let's look at a typical color-blending equation for painting a semi-transparent source color onto an opaque destination color: <math>C_o = \color{red}\alpha_s\color{black} C_s  \color{green}+\color{black}  \color{blue}(1-\alpha_s)\color{black}C_d</math>. Here, <math>C_o</math> is the output color &mdash; the final result of the whole process &mdash; while <math>C_s</math> and <math>C_d</math> are the source and destination colors, and <math>\alpha_s</math> is the source alpha. The parts of this equation that EffectShaders control have been marked with color: the Source Blend Mode is red, the Destination Blend Mode is blue, and the Blend Operation is green.

Let's look at a typical color-blending equation for painting a semi-transparent source color onto an opaque destination color: <math>C_o = \color{red}\alpha_s\color{black} C_s  \color{green}+\color{black}  \color{blue}(1-\alpha_s)\color{black}C_d</math>. Here, <math>C_o</math> is the output color &mdash; the final result of the whole process &mdash; while <math>C_s</math> and <math>C_d</math> are the source and destination colors, and <math>\alpha_s</math> is the source alpha. The parts of this equation that EffectShaders control have been marked with color: the Source Blend Mode is red, the Destination Blend Mode is blue, and the Blend Operation is green.

* The operation is Add: after we've multiplied the source and destination colors by various things, we add them together to get the output color.

* The operation is Add: after we've multiplied the source and destination colors by various things, we add them together to get the output color.