void BWSepiaFilter::applyInfraredFilter(DImg& img, int sensibility)
{
InfraredContainer settings;
settings.sensibility = sensibility;
settings.redGain = d->redMult + d->redMult * d->redAttn;
settings.greenGain = d->greenMult + d->greenMult * d->greenAttn;
settings.blueGain = d->blueMult + d->blueMult * d->blueAttn;
InfraredFilter infra(&img, 0L, settings);
infra.startFilterDirectly();
img.putImageData(infra.getTargetImage().bits());
}
void BWSepiaFilter::applyToneFilter(DImg& img, TonalityContainer& settings)
{
// Value to multiply RGB 8 bits component of mask used by TonalityFilter.
int mul = img.sixteenBit() ? 255 : 1;
settings.redMask = settings.redMask * mul;
settings.greenMask = settings.greenMask * mul;
settings.blueMask = settings.blueMask * mul;
TonalityFilter tone(&img, 0L, settings);
tone.startFilterDirectly();
img.putImageData(tone.getTargetImage().bits());
}
void BWSepiaFilter::applyChannelMixer(DImg& img)
{
MixerContainer settings;
settings.bMonochrome = true;
settings.blackRedGain = d->redMult + d->redMult * d->redAttn;
settings.blackGreenGain = d->greenMult + d->greenMult * d->greenAttn;
settings.blackBlueGain = d->blueMult + d->blueMult * d->blueAttn;
MixerFilter mixer(&img, 0L, settings);
mixer.startFilterDirectly();
img.putImageData(mixer.getTargetImage().bits());
}