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Revert to hard pan law for L/R split.

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This commit is contained in:
Robin E. R. Davies
2026-01-17 13:37:40 -05:00
parent 1afbcc30f0
commit 7cc2c084ca
1 changed files with 19 additions and 20 deletions
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src/SplitEffect.cpp
+19 -20
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@@ -327,27 +327,26 @@ void SplitEffect::mixTo(float value)
this->targetBlendLBottom = this->targetBlendRBottom = blend; this->targetBlendLBottom = this->targetBlendRBottom = blend;
mixToTarget(); mixToTarget();
} }
static inline void applyPan(float pan, float*left, float*right) { static inline void applyHardPan(float pan, float*left, float*right) {
// linear panning law.
// float panClipped = pan;
// if (panClipped < -1) panClipped = -1;
// if (panClipped > 1) panClipped = 1;
// panClipped = (panClipped + 1) * 0.5f; // 0..1
// *left = 1.0f - panClipped;
// *right = panClipped;
// Hard pan law
float panClipped = pan; float panClipped = pan;
if (panClipped < -1) panClipped = -1; if (panClipped < -1) panClipped = -1;
if (panClipped > 1) panClipped = 1; if (panClipped > 1) panClipped = 1;
panClipped = (panClipped + 1) * 0.5f; // 0..1 if (pan <= 0) {
// linear panning law. *left = 1.0f;
*left = 1.0f - panClipped; *right = 1.0f + panClipped;
*right = panClipped; } else {
*left = 1.0f - panClipped;
// float panClipped = pan; *right = 1.0f;
// if (panClipped < -1) panClipped = -1; }
// if (panClipped > 1) panClipped = 1;
// if (pan <= 0) {
// *left = 1.0f;
// *right = 1.0f + panClipped;
// } else {
// *left = 1.0f - panClipped;
// *right = 1.0f;
// }
// return panClipped;
} }
void SplitEffect::mixTo(float panL, float volL, float panR, float volR) void SplitEffect::mixTo(float panL, float volL, float panR, float volR)
@@ -363,9 +362,9 @@ void SplitEffect::mixTo(float panL, float volL, float panR, float volR)
else else
{ {
float panTopL, panTopR; float panTopL, panTopR;
applyPan(panL,&panTopL, &panTopR); applyHardPan(panL,&panTopL, &panTopR);
float panBottomL, panBottomR; float panBottomL, panBottomR;
applyPan(panR,&panBottomL, &panBottomR); applyHardPan(panR,&panBottomL, &panBottomR);
this->targetBlendLTop = panTopL * aTop; this->targetBlendLTop = panTopL * aTop;
this->targetBlendRTop = panTopR*aTop; this->targetBlendRTop = panTopR*aTop;