processPixelWideQ16()

void fl::processPixelWideQ16	(	const StreamingPipelineQ16 &	pipeline,
		u8	r,
		u8	g,
		u8	b,
		i32(&)	drives[5] )

Like processPixelQ16, but solves the physical 4/5-emitter hull.

The first three drives are RGB, followed by W or warm/cool W. Unused slots are zero; call only when wide is present.

Definition at line 358 of file pipeline.cpp.hpp.

                                                              {
    processPixelWideLinearQ16(pipeline, r, g, b, drives);
    if (!pipeline.wide) return;
    const bool rgbww = pipeline.wide && pipeline.wide->topology ==
        colorimetric_response::EmitterTopology::RGBWW;
    const int count = rgbww ? 5 : 4;
    applyFluxScalar(pipeline.flux, span<i32>(drives, count));
    if (pipeline.response) {
        drives[0] = inverseResponseQ16(drives[0], pipeline.response->red);
        drives[1] = inverseResponseQ16(drives[1], pipeline.response->green);
        drives[2] = inverseResponseQ16(drives[2], pipeline.response->blue);
        drives[3] = inverseResponseQ16(drives[3],
                                        pipeline.wide->white1_response);
        if (rgbww) {
            drives[4] = inverseResponseQ16(drives[4],
                                            pipeline.wide->white2_response);
        }
    }
}

References applyFluxScalar(), FL_NO_EXCEPT, fl::StreamingPipelineQ16::flux, g, processPixelWideLinearQ16(), fl::StreamingPipelineQ16::response, fl::colorimetric_response::RGBWW, and fl::StreamingPipelineQ16::wide.

Referenced by fl::ColorManagedPixelSource::loadAndScaleRGBW(), and fl::ColorManagedPixelSource::loadAndScaleRGBWW().

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