void EffectWahwah::PopulateOrExchange(ShuttleGui & S)
{
S.SetBorder(5);
S.AddSpace(0, 5);
S.StartMultiColumn(3, wxEXPAND);
{
S.SetStretchyCol(2);
FloatingPointValidator<double> vldfreq(5, &mFreq, NumValidatorStyle::ONE_TRAILING_ZERO);
vldfreq.SetRange(MIN_Freq, MAX_Freq);
mFreqT = S.Id(ID_Freq).AddTextBox(_("LFO Freq&uency (Hz):"), wxT(""), 12);
mFreqT->SetValidator(vldfreq);
S.SetStyle(wxSL_HORIZONTAL);
mFreqS = S.Id(ID_Freq).AddSlider( {}, DEF_Freq * SCL_Freq, MAX_Freq * SCL_Freq, MIN_Freq * SCL_Freq);
mFreqS->SetName(_("LFO frequency in hertz"));
mFreqS->SetMinSize(wxSize(100, -1));
FloatingPointValidator<double> vldphase(1, &mPhase);
vldphase.SetRange(MIN_Phase, MAX_Phase);
mPhaseT = S.Id(ID_Phase).AddTextBox(_("LFO Sta&rt Phase (deg.):"), wxT(""), 12);
mPhaseT->SetValidator(vldphase);
S.SetStyle(wxSL_HORIZONTAL);
mPhaseS = S.Id(ID_Phase).AddSlider( {}, DEF_Phase * SCL_Phase, MAX_Phase * SCL_Phase, MIN_Phase * SCL_Phase);
mPhaseS->SetName(_("LFO start phase in degrees"));
mPhaseS->SetLineSize(10);
mPhaseS->SetMinSize(wxSize(100, -1));
IntegerValidator<int> vlddepth(&mDepth);
vlddepth.SetRange(MIN_Depth, MAX_Depth);
mDepthT = S.Id(ID_Depth).AddTextBox(_("Dept&h (%):"), wxT(""), 12);
mDepthT->SetValidator(vlddepth);
S.SetStyle(wxSL_HORIZONTAL);
mDepthS = S.Id(ID_Depth).AddSlider( {}, DEF_Depth * SCL_Depth, MAX_Depth * SCL_Depth, MIN_Depth * SCL_Depth);
mDepthS->SetName(_("Depth in percent"));
mDepthS->SetMinSize(wxSize(100, -1));
FloatingPointValidator<double> vldres(1, &mRes);
vldres.SetRange(MIN_Res, MAX_Res);
mResT = S.Id(ID_Res).AddTextBox(_("Reso&nance:"), wxT(""), 12);
mResT->SetValidator(vldres);
S.SetStyle(wxSL_HORIZONTAL);
mResS = S.Id(ID_Res).AddSlider( {}, DEF_Res * SCL_Res, MAX_Res * SCL_Res, MIN_Res * SCL_Res);
mResS->SetName(_("Resonance"));
mResS->SetMinSize(wxSize(100, -1));
IntegerValidator<int> vldfreqoffset(&mFreqOfs);
vldfreqoffset.SetRange(MIN_FreqOfs, MAX_FreqOfs);
mFreqOfsT = S.Id(ID_FreqOfs).AddTextBox(_("Wah Frequency Offse&t (%):"), wxT(""), 12);
mFreqOfsT->SetValidator(vldfreqoffset);
S.SetStyle(wxSL_HORIZONTAL);
mFreqOfsS = S.Id(ID_FreqOfs).AddSlider( {}, DEF_FreqOfs * SCL_FreqOfs, MAX_FreqOfs * SCL_FreqOfs, MIN_FreqOfs * SCL_FreqOfs);
mFreqOfsT->SetName(_("Wah frequency offset in percent"));
mFreqOfsT->SetMinSize(wxSize(100, -1));
FloatingPointValidator<double> vldoutgain(1, &mOutGain);
vldoutgain.SetRange(MIN_OutGain, MAX_OutGain);
mOutGainT = S.Id(ID_OutGain).AddTextBox(_("&Output gain (dB):"), wxT(""), 12);
mOutGainT->SetValidator(vldoutgain);
S.SetStyle(wxSL_HORIZONTAL);
mOutGainS = S.Id(ID_OutGain).AddSlider( {}, DEF_OutGain * SCL_OutGain, MAX_OutGain * SCL_OutGain, MIN_OutGain * SCL_OutGain);
mOutGainS->SetName(_("Output gain (dB)"));
mOutGainS->SetMinSize(wxSize(100, -1));
}
S.EndMultiColumn();
}
void EffectPhaser::PopulateOrExchange(ShuttleGui & S)
{
S.SetBorder(5);
S.AddSpace(0, 5);
S.StartMultiColumn(3, wxEXPAND);
{
S.SetStretchyCol(2);
IntegerValidator<int> vldStages(&mStages);
vldStages.SetRange(MIN_Stages, MAX_Stages);
mStagesT = S.Id(ID_Stages).AddTextBox(_("&Stages:"), wxT(""), 15);
mStagesT->SetValidator(vldStages);
S.SetStyle(wxSL_HORIZONTAL);
mStagesS = S.Id(ID_Stages).AddSlider(wxT(""), DEF_Stages * SCL_Stages, MAX_Stages * SCL_Stages, MIN_Stages * SCL_Stages);
mStagesS->SetName(_("Stages"));
mStagesS->SetLineSize(2);
mStagesS->SetMinSize(wxSize(100, -1));
IntegerValidator<int> vldDryWet(&mDryWet);
vldDryWet.SetRange(MIN_DryWet, MAX_DryWet);
mDryWetT = S.Id(ID_DryWet).AddTextBox(_("&Dry/Wet:"), wxT(""), 15);
mDryWetT->SetValidator(vldDryWet);
S.SetStyle(wxSL_HORIZONTAL);
mDryWetS = S.Id(ID_DryWet).AddSlider(wxT(""), DEF_DryWet * SCL_DryWet, MAX_DryWet * SCL_DryWet, MIN_DryWet * SCL_DryWet);
mDryWetS->SetName(_("Dry Wet"));
mDryWetS->SetMinSize(wxSize(100, -1));
FloatingPointValidator<double> vldFreq(5, &mFreq, NUM_VAL_ONE_TRAILING_ZERO);
vldFreq.SetRange(MIN_Freq, MAX_Freq);
mFreqT = S.Id(ID_Freq).AddTextBox(_("LFO Freq&uency (Hz):"), wxT(""), 15);
mFreqT->SetValidator(vldFreq);
S.SetStyle(wxSL_HORIZONTAL);
mFreqS = S.Id(ID_Freq).AddSlider(wxT(""), DEF_Freq * SCL_Freq, MAX_Freq * SCL_Freq, 0.0);
mFreqS ->SetName(_("LFO frequency in hertz"));
mFreqS ->SetMinSize(wxSize(100, -1));
FloatingPointValidator<double> vldPhase(1, &mPhase);
vldPhase.SetRange(MIN_Phase, MAX_Phase);
mPhaseT = S.Id(ID_Phase).AddTextBox(_("LFO Sta&rt Phase (deg.):"), wxT(""), 15);
mPhaseT->SetValidator(vldPhase);
S.SetStyle(wxSL_HORIZONTAL);
mPhaseS = S.Id(ID_Phase).AddSlider(wxT(""), DEF_Phase * SCL_Phase, MAX_Phase * SCL_Phase, MIN_Phase * SCL_Phase);
mPhaseS->SetName(_("LFO start phase in degrees"));
mPhaseS->SetLineSize(10);
mPhaseS->SetMinSize(wxSize(100, -1));
IntegerValidator<int> vldDepth(&mDepth);
vldDepth.SetRange(MIN_Depth, MAX_Depth);
mDepthT = S.Id(ID_Depth).AddTextBox(_("Dept&h:"), wxT(""), 15);
mDepthT->SetValidator(vldDepth);
S.SetStyle(wxSL_HORIZONTAL);
mDepthS = S.Id(ID_Depth).AddSlider(wxT(""), DEF_Depth * SCL_Depth, MAX_Depth * SCL_Depth, MIN_Depth * SCL_Depth);
mDepthS->SetName(_("Depth in percent"));
mDepthS->SetMinSize(wxSize(100, -1));
IntegerValidator<int> vldFeedback(&mFeedback);
vldFeedback.SetRange(MIN_Feedback, MAX_Feedback);
mFeedbackT = S.Id(ID_Feedback).AddTextBox(_("Feedbac&k (%):"), wxT(""), 15);
mFeedbackT->SetValidator(vldFeedback);
S.SetStyle(wxSL_HORIZONTAL);
mFeedbackS = S.Id(ID_Feedback).AddSlider(wxT(""), DEF_Feedback * SCL_Feedback, MAX_Feedback * SCL_Feedback, MIN_Feedback * SCL_Feedback);
mFeedbackS->SetName(_("Feedback in percent"));
mFeedbackS->SetLineSize(10);
mFeedbackS->SetMinSize(wxSize(100, -1));
FloatingPointValidator<double> vldoutgain(1, &mOutGain);
vldoutgain.SetRange(MIN_OutGain, MAX_OutGain);
mOutGainT = S.Id(ID_OutGain).AddTextBox(_("&Output gain (dB):"), wxT(""), 12);
mOutGainT->SetValidator(vldoutgain);
S.SetStyle(wxSL_HORIZONTAL);
mOutGainS = S.Id(ID_OutGain).AddSlider(wxT(""), DEF_OutGain * SCL_OutGain, MAX_OutGain * SCL_OutGain, MIN_OutGain * SCL_OutGain);
mOutGainS->SetName(_("Output gain (dB)"));
mOutGainS->SetMinSize(wxSize(100, -1));
}
S.EndMultiColumn();
}