bool EffectChangePitch::GetAutomationParameters(CommandParameters & parms)
{
parms.Write(KEY_Percentage, m_dPercentChange);
parms.Write(KEY_UseSBSMS, mUseSBSMS);
return true;
}
bool EffectNoise::GetAutomationParameters(CommandParameters & parms)
{
parms.Write(KEY_Type, kTypeStrings[mType].Internal());
parms.Write(KEY_Amp, mAmp);
return true;
}
bool EffectDtmf::GetAutomationParameters(CommandParameters & parms)
{
parms.Write(KEY_Sequence, dtmfSequence);
parms.Write(KEY_DutyCycle, dtmfDutyCycle);
parms.Write(KEY_Amplitude, dtmfAmplitude);
return true;
}
bool EffectBassTreble::GetAutomationParameters(CommandParameters & parms)
{
parms.Write(KEY_Bass, mBass);
parms.Write(KEY_Treble, mTreble);
parms.Write(KEY_Gain, mGain);
parms.Write(KEY_Link, mLink);
return true;
}
bool EffectWahwah::GetAutomationParameters(CommandParameters & parms)
{
parms.Write(KEY_Freq, mFreq);
parms.Write(KEY_Phase, mPhase);
parms.Write(KEY_Depth, mDepth);
parms.Write(KEY_Res, mRes);
parms.Write(KEY_FreqOfs, mFreqOfs);
parms.Write(KEY_OutGain, mOutGain);
return true;
}
bool EffectScienFilter::GetAutomationParameters(CommandParameters & parms)
{
parms.Write(KEY_Type, kTypeStrings[mFilterType].Internal());
parms.Write(KEY_Subtype, kSubTypeStrings[mFilterSubtype].Internal());
parms.Write(KEY_Order, mOrder);
parms.WriteFloat(KEY_Cutoff, mCutoff);
parms.WriteFloat(KEY_Passband, mRipple);
parms.WriteFloat(KEY_Stopband, mStopbandRipple);
return true;
}
bool VampEffect::GetAutomationParameters(CommandParameters & parms)
{
for (size_t p = 0, paramCount = mParameters.size(); p < paramCount; p++)
{
wxString key = wxString::FromUTF8(mParameters[p].identifier.c_str());
float value = mPlugin->getParameter(mParameters[p].identifier);
float lower = mParameters[p].minValue;
float upper = mParameters[p].maxValue;
if (mParameters[p].isQuantized &&
mParameters[p].quantizeStep == 1.0 &&
lower == 0.0 &&
upper == 1.0)
{
bool val = value > 0.5;
parms.Write(key, val);
}
else if (mParameters[p].isQuantized &&
mParameters[p].quantizeStep == 1.0 &&
!mParameters[p].valueNames.empty())
{
std::vector<EnumValueSymbol> choices;
int val = 0;
for (size_t i = 0, choiceCount = mParameters[p].valueNames.size(); i < choiceCount; i++)
{
wxString choice = wxString::FromUTF8(mParameters[p].valueNames[i].c_str());
if (size_t(value - mParameters[p].minValue + 0.5) == i)
{
val = i;
}
choices.push_back(choice);
}
parms.WriteEnum(key, val, choices.data(), choices.size());
}
else
{
parms.Write(key, value);
}
}
return true;
}
bool EffectAutoDuck::GetAutomationParameters(CommandParameters & parms)
{
parms.Write(KEY_DuckAmountDb, mDuckAmountDb);
parms.Write(KEY_InnerFadeDownLen, mInnerFadeDownLen);
parms.Write(KEY_InnerFadeUpLen, mInnerFadeUpLen);
parms.Write(KEY_OuterFadeDownLen, mOuterFadeDownLen);
parms.Write(KEY_OuterFadeUpLen, mOuterFadeUpLen);
parms.Write(KEY_ThresholdDb, mThresholdDb);
parms.Write(KEY_MaximumPause, mMaximumPause);
return true;
}
bool EffectTruncSilence::GetAutomationParameters(CommandParameters & parms)
{
parms.Write(KEY_Threshold, mThresholdDB);
parms.Write(KEY_ActIndex, kActionStrings[mActionIndex].Internal());
parms.Write(KEY_Minimum, mInitialAllowedSilence);
parms.Write(KEY_Truncate, mTruncLongestAllowedSilence);
parms.Write(KEY_Compress, mSilenceCompressPercent);
parms.Write(KEY_Independent, mbIndependent);
return true;
}
bool EffectChangeSpeed::GetAutomationParameters(CommandParameters & parms)
{
parms.Write(KEY_Percentage, m_PercentChange);
return true;
}
bool EffectRepeat::GetAutomationParameters(CommandParameters & parms)
{
parms.Write(KEY_Count, repeatCount);
return true;
}
