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Put some duplicate code into for loops

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root
2020-04-18 14:48:29 -06:00
parent 89f05018c3
commit 624b2f24df
1 changed files with 18 additions and 22 deletions
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40
plugins/Disintegrator/Disintegrator.cpp
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@@ -151,20 +151,18 @@ bool DisintegratorEffect::processAudioBuffer(sampleFrame* buf, const fpp_t frame
}
case 1:// Stereo Noise
{
newInBufLoc[0] = fast_rand() / (float)FAST_RAND_MAX;
newInBufLoc[1] = fast_rand() / (float)FAST_RAND_MAX;
for (int i = 0; i < 2; ++i)
{
newInBufLoc[i] = fast_rand() / (float)FAST_RAND_MAX;
newInBufLoc[0] = m_hp.update(newInBufLoc[0], 0);
newInBufLoc[0] = m_lp.update(newInBufLoc[0], 0);
newInBufLoc[1] = m_hp.update(newInBufLoc[1], 1);
newInBufLoc[1] = m_lp.update(newInBufLoc[1], 1);
newInBufLoc[i] = m_hp.update(newInBufLoc[i], 0);
newInBufLoc[i] = m_lp.update(newInBufLoc[i], 0);
newInBufLoc[0] = realfmod(m_inBufLoc - newInBufLoc[0] * amount, DISINTEGRATOR_BUFFER_SIZE);
newInBufLoc[1] = realfmod(m_inBufLoc - newInBufLoc[1] * amount, DISINTEGRATOR_BUFFER_SIZE);
newInBufLoc[i] = realfmod(m_inBufLoc - newInBufLoc[i] * amount, DISINTEGRATOR_BUFFER_SIZE);
// Distance between samples
newInBufLocFrac[0] = fmod(newInBufLoc[0], 1);
newInBufLocFrac[1] = fmod(newInBufLoc[1], 1);
// Distance between samples
newInBufLocFrac[i] = fmod(newInBufLoc[i], 1);
}
break;
}
@@ -185,20 +183,18 @@ bool DisintegratorEffect::processAudioBuffer(sampleFrame* buf, const fpp_t frame
}
case 3:// Self-Modulation
{
newInBufLoc[0] = (qBound(-1.f, s[0], 1.f) + 1) * 0.5f;
newInBufLoc[1] = (qBound(-1.f, s[1], 1.f) + 1) * 0.5f;
for (int i = 0; i < 2; ++i)
{
newInBufLoc[i] = (qBound(-1.f, s[i], 1.f) + 1) * 0.5f;
newInBufLoc[0] = m_hp.update(newInBufLoc[0], 0);
newInBufLoc[0] = m_lp.update(newInBufLoc[0], 0);
newInBufLoc[1] = m_hp.update(newInBufLoc[1], 1);
newInBufLoc[1] = m_lp.update(newInBufLoc[1], 1);
newInBufLoc[i] = m_hp.update(newInBufLoc[i], 0);
newInBufLoc[i] = m_lp.update(newInBufLoc[i], 0);
newInBufLoc[0] = realfmod(m_inBufLoc - newInBufLoc[0] * amount, DISINTEGRATOR_BUFFER_SIZE);
newInBufLoc[1] = realfmod(m_inBufLoc - newInBufLoc[1] * amount, DISINTEGRATOR_BUFFER_SIZE);
newInBufLoc[i] = realfmod(m_inBufLoc - newInBufLoc[i] * amount, DISINTEGRATOR_BUFFER_SIZE);
// Distance between samples
newInBufLocFrac[0] = fmod(newInBufLoc[0], 1);
newInBufLocFrac[1] = fmod(newInBufLoc[1], 1);
// Distance between samples
newInBufLocFrac[i] = fmod(newInBufLoc[i], 1);
}
break;
}