bool EffectTruncSilence::SetAutomationParameters(EffectAutomationParameters & parms)
{
wxArrayString actions(kNumActions, kActionStrings);
actions.Insert(wxT("0"), 0); // Compatible with 2.1.0 and before
actions.Insert(wxT("1"), 1); // Compatible with 2.1.0 and before
ReadAndVerifyDouble(Minimum);
ReadAndVerifyDouble(Truncate);
ReadAndVerifyDouble(Compress);
ReadAndVerifyEnum(DbIndex, mDbChoices);
ReadAndVerifyEnum(ActIndex, actions);
ReadAndVerifyBool(Independent);
mInitialAllowedSilence = Minimum;
mTruncLongestAllowedSilence = Truncate;
mSilenceCompressPercent = Compress;
mTruncDbChoiceIndex = DbIndex;
mActionIndex = ActIndex;
mbIndependent = Independent;
// Readjust for 2.1.0 or before
if (mActionIndex >= kNumActions)
{
mActionIndex -= kNumActions;
}
return true;
}
bool EffectPhaser::SetAutomationParameters(EffectAutomationParameters & parms)
{
ReadAndVerifyInt(Stages);
ReadAndVerifyInt(DryWet);
ReadAndVerifyDouble(Freq);
ReadAndVerifyDouble(Phase);
ReadAndVerifyInt(Depth);
ReadAndVerifyInt(Feedback);
ReadAndVerifyDouble(OutGain);
if (Stages & 1) // must be even, but don't complain about it
{
Stages &= ~1;
}
mFreq = Freq;
mFeedback = Feedback;
mStages = Stages;
mDryWet = DryWet;
mDepth = Depth;
mPhase = Phase;
mOutGain = OutGain;
return true;
}
bool EffectDtmf::SetAutomationParameters(CommandParameters & parms)
{
ReadAndVerifyDouble(DutyCycle);
ReadAndVerifyDouble(Amplitude);
ReadAndVerifyString(Sequence);
wxString symbols;
for (unsigned int i = 0; i < WXSIZEOF(kSymbols); i++)
{
symbols += kSymbols[i];
}
if (Sequence.find_first_not_of(symbols) != wxString::npos)
{
return false;
}
dtmfDutyCycle = DutyCycle;
dtmfAmplitude = Amplitude;
dtmfSequence = Sequence;
Recalculate();
return true;
}
bool EffectTruncSilence::SetAutomationParameters(CommandParameters & parms)
{
ReadAndVerifyDouble(Minimum);
ReadAndVerifyDouble(Truncate);
ReadAndVerifyDouble(Compress);
// This control migrated from a choice to a text box in version 2.3.0
double myThreshold {};
bool newParams = [&] {
ReadAndVerifyDouble(Threshold); // macro may return false
myThreshold = Threshold;
return true;
} ();
if ( !newParams ) {
// Use legacy param:
ReadAndVerifyEnum(DbIndex, Enums::DbChoices, Enums::NumDbChoices);
myThreshold = enumToDB( DbIndex );
}
ReadAndVerifyEnumWithObsoletes(ActIndex, kActionStrings, nActions,
kObsoleteActions, nObsoleteActions);
ReadAndVerifyBool(Independent);
mInitialAllowedSilence = Minimum;
mTruncLongestAllowedSilence = Truncate;
mSilenceCompressPercent = Compress;
mThresholdDB = myThreshold;
mActionIndex = ActIndex;
mbIndependent = Independent;
return true;
}
bool EffectReverb::SetAutomationParameters(EffectAutomationParameters & parms)
{
ReadAndVerifyDouble(RoomSize);
ReadAndVerifyDouble(PreDelay);
ReadAndVerifyDouble(Reverberance);
ReadAndVerifyDouble(HfDamping);
ReadAndVerifyDouble(ToneLow);
ReadAndVerifyDouble(ToneHigh);
ReadAndVerifyDouble(WetGain);
ReadAndVerifyDouble(DryGain);
ReadAndVerifyDouble(StereoWidth);
ReadAndVerifyBool(WetOnly);
mParams.mRoomSize = RoomSize;
mParams.mPreDelay = PreDelay;
mParams.mReverberance = Reverberance;
mParams.mHfDamping = HfDamping;
mParams.mToneLow = ToneLow;
mParams.mToneHigh = ToneHigh;
mParams.mWetGain = WetGain;
mParams.mDryGain = DryGain;
mParams.mStereoWidth = StereoWidth;
mParams.mWetOnly = WetOnly;
return true;
}
bool EffectBassTreble::SetAutomationParameters(CommandParameters & parms)
{
ReadAndVerifyDouble(Bass);
ReadAndVerifyDouble(Treble);
ReadAndVerifyDouble(Gain);
ReadAndVerifyBool(Link);
mBass = Bass;
mTreble = Treble;
mGain = Gain;
mLink = Link;
return true;
}
bool EffectChangeSpeed::SetAutomationParameters(EffectAutomationParameters & parms)
{
ReadAndVerifyDouble(Percentage);
m_PercentChange = Percentage;
return true;
}
bool EffectWahwah::SetAutomationParameters(CommandParameters & parms)
{
ReadAndVerifyDouble(Freq);
ReadAndVerifyDouble(Phase);
ReadAndVerifyInt(Depth);
ReadAndVerifyDouble(Res);
ReadAndVerifyInt(FreqOfs);
ReadAndVerifyDouble(OutGain);
mFreq = Freq;
mPhase = Phase;
mDepth = Depth;
mRes = Res;
mFreqOfs = FreqOfs;
mOutGain = OutGain;
return true;
}
bool EffectChangePitch::SetAutomationParameters(EffectAutomationParameters & parms)
{
// Vaughan, 2013-06: Long lost to history, I don't see why m_dPercentChange was chosen to be shuttled.
// Only m_dSemitonesChange is used in Process().
ReadAndVerifyDouble(Percentage);
m_dPercentChange = Percentage;
return true;
}
bool EffectNoise::SetAutomationParameters(CommandParameters & parms)
{
ReadAndVerifyEnum(Type, kTypeStrings, nTypes);
ReadAndVerifyDouble(Amp);
mType = Type;
mAmp = Amp;
return true;
}
bool EffectNoise::SetAutomationParameters(EffectAutomationParameters & parms)
{
ReadAndVerifyEnum(Type, wxArrayString(kNumTypes, kTypeStrings));
ReadAndVerifyDouble(Amp);
mType = Type;
mAmp = Amp;
return true;
}
bool EffectCompressor::SetAutomationParameters(EffectAutomationParameters & parms)
{
ReadAndVerifyDouble(Threshold);
ReadAndVerifyDouble(NoiseFloor);
ReadAndVerifyDouble(Ratio);
ReadAndVerifyDouble(AttackTime);
ReadAndVerifyDouble(ReleaseTime);
ReadAndVerifyBool(Normalize);
ReadAndVerifyBool(UsePeak);
mThresholdDB = Threshold;
mNoiseFloorDB = NoiseFloor;
mRatio = Ratio;
mAttackTime = AttackTime;
mDecayTime = ReleaseTime;
mNormalize = Normalize;
mUsePeak = UsePeak;
return true;
}
bool EffectDistortion::SetAutomationParameters(EffectAutomationParameters & parms)
{
ReadAndVerifyEnum(TableTypeIndx, wxArrayString(kNumTableTypes, kTableTypeStrings));
ReadAndVerifyBool(DCBlock);
ReadAndVerifyDouble(Threshold_dB);
ReadAndVerifyDouble(NoiseFloor);
ReadAndVerifyDouble(Param1);
ReadAndVerifyDouble(Param2);
ReadAndVerifyInt(Repeats);
mParams.mTableChoiceIndx = TableTypeIndx;
mParams.mDCBlock = DCBlock;
mParams.mThreshold_dB = Threshold_dB;
mParams.mNoiseFloor = NoiseFloor;
mParams.mParam1 = Param1;
mParams.mParam2 = Param2;
mParams.mRepeats = Repeats;
return true;
}
bool EffectToneGen::SetAutomationParameters(EffectAutomationParameters & parms)
{
ReadAndVerifyEnum(Waveform, mWaveforms);
ReadAndVerifyEnum(Interp, mInterpolations);
if (mChirp)
{
ReadAndVerifyDouble(StartFreq);
ReadAndVerifyDouble(EndFreq);
ReadAndVerifyDouble(StartAmp);
ReadAndVerifyDouble(EndAmp);
mFrequency[0] = StartFreq;
mFrequency[1] = EndFreq;
mAmplitude[0] = StartAmp;
mAmplitude[1] = EndAmp;
}
else
{
ReadAndVerifyDouble(Frequency);
ReadAndVerifyDouble(Amplitude);
mFrequency[0] = Frequency;
mFrequency[1] = Frequency;
mAmplitude[0] = Amplitude;
mAmplitude[1] = Amplitude;
}
mWaveform = Waveform;
mInterpolation = Interp;
double freqMax = (GetActiveProject() ? GetActiveProject()->GetRate() : 44100.0) / 2.0;
mFrequency[1] = TrapDouble(mFrequency[1], MIN_EndFreq, freqMax);
return true;
}
bool EffectChangePitch::SetAutomationParameters(CommandParameters & parms)
{
// Vaughan, 2013-06: Long lost to history, I don't see why m_dPercentChange was chosen to be shuttled.
// Only m_dSemitonesChange is used in Process().
ReadAndVerifyDouble(Percentage);
m_dPercentChange = Percentage;
Calc_SemitonesChange_fromPercentChange();
#if USE_SBSMS
ReadAndVerifyBool(UseSBSMS);
mUseSBSMS = UseSBSMS;
#else
mUseSBSMS = false;
#endif
return true;
}
bool EffectAutoDuck::SetAutomationParameters(EffectAutomationParameters & parms)
{
ReadAndVerifyDouble(DuckAmountDb);
ReadAndVerifyDouble(InnerFadeDownLen);
ReadAndVerifyDouble(InnerFadeUpLen);
ReadAndVerifyDouble(OuterFadeDownLen);
ReadAndVerifyDouble(OuterFadeUpLen);
ReadAndVerifyDouble(ThresholdDb);
ReadAndVerifyDouble(MaximumPause);
mDuckAmountDb = DuckAmountDb;
mInnerFadeDownLen = InnerFadeDownLen;
mInnerFadeUpLen = InnerFadeUpLen;
mOuterFadeDownLen = OuterFadeDownLen;
mOuterFadeUpLen = OuterFadeUpLen;
mThresholdDb = ThresholdDb;
mMaximumPause = MaximumPause;
return true;
}