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Fix for parameter values, and host parameter modulation by LFO

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Fixes not being able to dial in certain parameter values.
Also fixes way hosts (e.g. Reaper) Parameter modulation by LFO works with dexed.

bug 
-Middle C Transpose not displaying 'C5'. 

bug
-Cannot dial in certain parameter values. Float rounding error, value rounded down where it becomes int.
e.g. 	Parameters that go from 0-99 skip values: 53,59
	Middle C Transpose skips value D#3

bug
- Host Reaper Parameter Modulation by LFO not modulating correctly with dexed. 
e.g. LFO triangle shape stays on max and min value too long when modulating a dexed parameter.
 
 Lowering 'steps' values by one corrects LFO duration at max value. Rounding to nearest int corrects LFO duration on min value. Also the hosts UI, better displays the max value to be at the far right of the slider and doesn't leave extra space for one more step.
  With 'steps' reduced by one, some lines of code that were no longer needed were removed.
pull/1/head
Sentinel77 9 years ago
parent d016da2c27
commit 6f4692aa1e
1 changed files with 29 additions and 38 deletions
Show all changes Ignore whitespace when comparing lines Ignore changes in amount of whitespace Ignore changes in whitespace at EOL
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  1. 67
      Source/PluginParam.cpp

67
Source/PluginParam.cpp
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@ -49,8 +49,6 @@ public:
String getValueDisplay() {
String ret;
int value = getValue();
if ( value == 48 )
value = 47;
switch(value % 12) {
case 0: ret << "C"; break;
@ -256,17 +254,11 @@ float CtrlDX::getValueHost() {
}
void CtrlDX::setValueHost(float f) {
if ( f == 1 )
f = 0.999;
setValue((f * steps));
setValue(roundToInt(f * steps));
}
void CtrlDX::setValue(int v) {
TRACE("setting value %d %d", dxOffset, v);
if (v >= steps) {
TRACE("WARNING: value too big %s : %d", label.toRawUTF8(), v);
v = steps - 1;
}
dxValue = v;
if (dxOffset >= 0) {
if (parent != NULL)
@ -361,28 +353,28 @@ void DexedAudioProcessor::initCtrl() {
tune = new CtrlTune("MASTER TUNE ADJ", this);
ctrl.add(tune);
algo = new CtrlDX("ALGORITHM", 32, 134, 1);
algo = new CtrlDX("ALGORITHM", 31, 134, 1);
ctrl.add(algo);
feedback = new CtrlDX("FEEDBACK", 8, 135);
feedback = new CtrlDX("FEEDBACK", 7, 135);
ctrl.add(feedback);
oscSync = new CtrlDX("OSC KEY SYNC", 2, 136);
oscSync = new CtrlDX("OSC KEY SYNC", 1, 136);
ctrl.add(oscSync);
lfoRate = new CtrlDX("LFO SPEED", 100, 137);
lfoRate = new CtrlDX("LFO SPEED", 99, 137);
ctrl.add(lfoRate);
lfoDelay = new CtrlDX("LFO DELAY", 100, 138);
lfoDelay = new CtrlDX("LFO DELAY", 99, 138);
ctrl.add(lfoDelay);
lfoPitchDepth = new CtrlDX("LFO PM DEPTH", 100, 139);
lfoPitchDepth = new CtrlDX("LFO PM DEPTH", 99, 139);
ctrl.add(lfoPitchDepth);
lfoAmpDepth = new CtrlDX("LFO AM DEPTH", 100, 140);
lfoAmpDepth = new CtrlDX("LFO AM DEPTH", 99, 140);
ctrl.add(lfoAmpDepth);
lfoSync = new CtrlDX("LFO KEY SYNC", 2, 141);
lfoSync = new CtrlDX("LFO KEY SYNC", 1, 141);
ctrl.add(lfoSync);
StringArray lbl;
@ -393,26 +385,26 @@ void DexedAudioProcessor::initCtrl() {
lbl.add("SINE");
lbl.add("S&HOLD");
lfoWaveform = new CtrlDXLabel("LFO WAVE", 6, 142, lbl);
lfoWaveform = new CtrlDXLabel("LFO WAVE", 5, 142, lbl);
ctrl.add(lfoWaveform);
transpose = new CtrlDXTranspose("MIDDLE C", 49, 144);
transpose = new CtrlDXTranspose("MIDDLE C", 48, 144);
ctrl.add(transpose);
pitchModSens = new CtrlDX("P MODE SENS.", 8, 143);
pitchModSens = new CtrlDX("P MODE SENS.", 7, 143);
ctrl.add(pitchModSens);
for (int i=0;i<4;i++) {
String rate;
rate << "PITCH EG RATE " << (i+1);
pitchEgRate[i] = new CtrlDX(rate, 100, 126+i);
pitchEgRate[i] = new CtrlDX(rate, 99, 126+i);
ctrl.add(pitchEgRate[i]);
}
for (int i=0;i<4;i++) {
String level;
level << "PITCH EG LEVEL " << (i+1);
pitchEgLevel[i] = new CtrlDX(level, 100, 130+i);
pitchEgLevel[i] = new CtrlDX(level, 99, 130+i);
ctrl.add(pitchEgLevel[i]);
}
@ -433,80 +425,80 @@ void DexedAudioProcessor::initCtrl() {
for (int j = 0; j < 4; j++) {
String opRate;
opRate << opName << " EG RATE " << (j + 1);
opCtrl[opVal].egRate[j] = new CtrlDX(opRate, 100, opTarget + j);
opCtrl[opVal].egRate[j] = new CtrlDX(opRate, 99, opTarget + j);
ctrl.add(opCtrl[opVal].egRate[j]);
}
for (int j = 0; j < 4; j++) {
String opLevel;
opLevel << opName << " EG LEVEL " << (j + 1);
opCtrl[opVal].egLevel[j] = new CtrlDX(opLevel, 100, opTarget + j + 4);
opCtrl[opVal].egLevel[j] = new CtrlDX(opLevel, 99, opTarget + j + 4);
ctrl.add(opCtrl[opVal].egLevel[j]);
}
String opVol;
opVol << opName << " OUTPUT LEVEL";
opCtrl[opVal].level = new CtrlDX(opVol, 100, opTarget + 16);
opCtrl[opVal].level = new CtrlDX(opVol, 99, opTarget + 16);
ctrl.add(opCtrl[opVal].level);
String opMode;
opMode << opName << " MODE";
opCtrl[opVal].opMode = new CtrlDX(opMode, 2, opTarget + 17);
opCtrl[opVal].opMode = new CtrlDX(opMode, 1, opTarget + 17);
ctrl.add(opCtrl[opVal].opMode);
String coarse;
coarse << opName << " F COARSE";
opCtrl[opVal].coarse = new CtrlDX(coarse, 32, opTarget + 18);
opCtrl[opVal].coarse = new CtrlDX(coarse, 31, opTarget + 18);
ctrl.add(opCtrl[opVal].coarse);
String fine;
fine << opName << " F FINE";
opCtrl[opVal].fine = new CtrlDX(fine, 100, opTarget + 19);
opCtrl[opVal].fine = new CtrlDX(fine, 99, opTarget + 19);
ctrl.add(opCtrl[opVal].fine);
String detune;
detune << opName << " OSC DETUNE";
opCtrl[opVal].detune = new CtrlDX(detune, 15, opTarget + 20, -7);
opCtrl[opVal].detune = new CtrlDX(detune, 14, opTarget + 20, -7);
ctrl.add(opCtrl[opVal].detune);
String sclBrkPt;
sclBrkPt << opName << " BREAK POINT";
opCtrl[opVal].sclBrkPt = new CtrlDX(sclBrkPt, 100, opTarget + 8);
opCtrl[opVal].sclBrkPt = new CtrlDX(sclBrkPt, 99, opTarget + 8);
ctrl.add(opCtrl[opVal].sclBrkPt);
String sclLeftDepth;
sclLeftDepth << opName << " L SCALE DEPTH";
opCtrl[opVal].sclLeftDepth = new CtrlDX(sclLeftDepth, 100, opTarget + 9);
opCtrl[opVal].sclLeftDepth = new CtrlDX(sclLeftDepth, 99, opTarget + 9);
ctrl.add(opCtrl[opVal].sclLeftDepth);
String sclRightDepth;
sclRightDepth << opName << " R SCALE DEPTH";
opCtrl[opVal].sclRightDepth = new CtrlDX(sclRightDepth, 100, opTarget + 10);
opCtrl[opVal].sclRightDepth = new CtrlDX(sclRightDepth, 99, opTarget + 10);
ctrl.add(opCtrl[opVal].sclRightDepth);
String sclLeftCurve;
sclLeftCurve << opName << " L KEY SCALE";
opCtrl[opVal].sclLeftCurve = new CtrlDXLabel(sclLeftCurve, 4, opTarget + 11, keyScaleLabels);
opCtrl[opVal].sclLeftCurve = new CtrlDXLabel(sclLeftCurve, 3, opTarget + 11, keyScaleLabels);
ctrl.add(opCtrl[opVal].sclLeftCurve);
String sclRightCurve;
sclRightCurve << opName << " R KEY SCALE";
opCtrl[opVal].sclRightCurve = new CtrlDXLabel(sclRightCurve, 4, opTarget + 12, keyScaleLabels);
opCtrl[opVal].sclRightCurve = new CtrlDXLabel(sclRightCurve, 3, opTarget + 12, keyScaleLabels);
ctrl.add(opCtrl[opVal].sclRightCurve);
String sclRate;
sclRate << opName << " RATE SCALING";
opCtrl[opVal].sclRate = new CtrlDX(sclRate, 8, opTarget + 13);
opCtrl[opVal].sclRate = new CtrlDX(sclRate, 7, opTarget + 13);
ctrl.add(opCtrl[opVal].sclRate);
String ampModSens;
ampModSens << opName << " A MOD SENS.";
opCtrl[opVal].ampModSens = new CtrlDX(ampModSens, 4, opTarget + 14);
opCtrl[opVal].ampModSens = new CtrlDX(ampModSens, 3, opTarget + 14);
ctrl.add(opCtrl[opVal].ampModSens);
String velModSens;
velModSens << opName << " KEY VELOCITY";
opCtrl[opVal].velModSens = new CtrlDX(velModSens, 8, opTarget + 15);
opCtrl[opVal].velModSens = new CtrlDX(velModSens, 7, opTarget + 15);
ctrl.add(opCtrl[opVal].velModSens);
String opSwitchLabel;
@ -711,4 +703,3 @@ void DexedAudioProcessor::savePreference() {
prop.save();
}

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