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Code Issues Releases Wiki Activity

Use wxPrintf not printf

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This commit is contained in:
Paul Licameli
2017-10-09 00:37:10 -04:00
parent cd06c04fa0
commit 4d978bcefb
25 changed files with 134 additions and 132 deletions
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48
src/AudioIO.cpp
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@@ -1611,7 +1611,7 @@ void AudioIO::HandleDeviceChange()
#if 0
printf("PortMixer: Playback: %s Recording: %s\n",
wxPrintf("PortMixer: Playback: %s Recording: %s\n",
mEmulateMixerOutputVol? "emulated": "native",
mInputMixerWorks? "hardware": "no control");
#endif
@@ -2399,7 +2399,7 @@ bool AudioIO::StartPortMidiStream()
if (nTracks == 0)
return false;
//printf("StartPortMidiStream: mT0 %g mTime %g\n",
//wxPrintf("StartPortMidiStream: mT0 %g mTime %g\n",
// gAudioIO->mT0, gAudioIO->mTime);
/* get midi playback device */
@@ -4212,7 +4212,7 @@ void AudioIO::OutputEvent()
Pm_WriteShort(mMidiStream, timestamp,
Pm_Message((int) (command + channel),
(long) data1, (long) data2));
/* printf("Pm_WriteShort %lx (%p) @ %d, advance %d\n",
/* wxPrintf("Pm_WriteShort %lx (%p) @ %d, advance %d\n",
Pm_Message((int) (command + channel),
(long) data1, (long) data2),
mNextEvent, timestamp, timestamp - Pt_Time()); */
@@ -4362,7 +4362,7 @@ PmTimestamp AudioIO::MidiTime()
ts = (PmTimestamp) ((unsigned long)
(1000 * (now + 1.0005 -
mSystemMinusAudioTimePlusLatency)));
// printf("AudioIO::MidiTime() %d time %g sys-aud %g\n",
// wxPrintf("AudioIO::MidiTime() %d time %g sys-aud %g\n",
// ts, now, mSystemMinusAudioTime);
return ts + MIDI_MINIMAL_LATENCY_MS;
}
@@ -4454,7 +4454,7 @@ bool AudioIO::AILAIsActive() {
void AudioIO::AILASetStartTime() {
mAILAAbsolutStartTime = Pa_GetStreamTime(mPortStreamV19);
printf("START TIME %f\n\n", mAILAAbsolutStartTime);
wxPrintf("START TIME %f\n\n", mAILAAbsolutStartTime);
}
double AudioIO::AILAGetLastDecisionTime() {
@@ -4466,7 +4466,7 @@ void AudioIO::AILAProcess(double maxPeak) {
if (proj && mAILAActive) {
if (mInputMeter->IsClipping()) {
mAILAClipped = true;
printf("clipped");
wxPrintf("clipped");
}
mAILAMax = max(mAILAMax, maxPeak);
@@ -4476,17 +4476,17 @@ void AudioIO::AILAProcess(double maxPeak) {
mAILAMax = mInputMeter->ToLinearIfDB(mAILAMax);
double iv = (double) Px_GetInputVolume(mPortMixer);
unsigned short changetype = 0; //0 - no change, 1 - increase change, 2 - decrease change
printf("mAILAAnalysisCounter:%d\n", mAILAAnalysisCounter);
printf("\tmAILAClipped:%d\n", mAILAClipped);
printf("\tmAILAMax (linear):%f\n", mAILAMax);
printf("\tmAILAGoalPoint:%f\n", mAILAGoalPoint);
printf("\tmAILAGoalDelta:%f\n", mAILAGoalDelta);
printf("\tiv:%f\n", iv);
printf("\tmAILAChangeFactor:%f\n", mAILAChangeFactor);
wxPrintf("mAILAAnalysisCounter:%d\n", mAILAAnalysisCounter);
wxPrintf("\tmAILAClipped:%d\n", mAILAClipped);
wxPrintf("\tmAILAMax (linear):%f\n", mAILAMax);
wxPrintf("\tmAILAGoalPoint:%f\n", mAILAGoalPoint);
wxPrintf("\tmAILAGoalDelta:%f\n", mAILAGoalDelta);
wxPrintf("\tiv:%f\n", iv);
wxPrintf("\tmAILAChangeFactor:%f\n", mAILAChangeFactor);
if (mAILAClipped || mAILAMax > mAILAGoalPoint + mAILAGoalDelta) {
printf("too high:\n");
wxPrintf("too high:\n");
mAILATopLevel = min(mAILATopLevel, iv);
printf("\tmAILATopLevel:%f\n", mAILATopLevel);
wxPrintf("\tmAILATopLevel:%f\n", mAILATopLevel);
//if clipped or too high
if (iv <= LOWER_BOUND) {
//we can't improve it more now
@@ -4494,7 +4494,7 @@ void AudioIO::AILAProcess(double maxPeak) {
mAILAActive = false;
proj->TP_DisplayStatusMessage(_("Automated Recording Level Adjustment stopped. It was not possible to optimize it more. Still too high."));
}
printf("\talready min vol:%f\n", iv);
wxPrintf("\talready min vol:%f\n", iv);
}
else {
float vol = (float) max(LOWER_BOUND, iv+(mAILAGoalPoint-mAILAMax)*mAILAChangeFactor);
@@ -4503,36 +4503,36 @@ void AudioIO::AILAProcess(double maxPeak) {
msg.Printf(_("Automated Recording Level Adjustment decreased the volume to %f."), vol);
proj->TP_DisplayStatusMessage(msg);
changetype = 1;
printf("\tnew vol:%f\n", vol);
wxPrintf("\tnew vol:%f\n", vol);
float check = Px_GetInputVolume(mPortMixer);
printf("\tverified %f\n", check);
wxPrintf("\tverified %f\n", check);
}
}
else if ( mAILAMax < mAILAGoalPoint - mAILAGoalDelta ) {
//if too low
printf("too low:\n");
wxPrintf("too low:\n");
if (iv >= UPPER_BOUND || iv + 0.005 > mAILATopLevel) { //condition for too low volumes and/or variable volumes that cause mAILATopLevel to decrease too much
//we can't improve it more
if (mAILATotalAnalysis != 0) {
mAILAActive = false;
proj->TP_DisplayStatusMessage(_("Automated Recording Level Adjustment stopped. It was not possible to optimize it more. Still too low."));
}
printf("\talready max vol:%f\n", iv);
wxPrintf("\talready max vol:%f\n", iv);
}
else {
float vol = (float) min(UPPER_BOUND, iv+(mAILAGoalPoint-mAILAMax)*mAILAChangeFactor);
if (vol > mAILATopLevel) {
vol = (iv + mAILATopLevel)/2.0;
printf("\tTruncated vol:%f\n", vol);
wxPrintf("\tTruncated vol:%f\n", vol);
}
Px_SetInputVolume(mPortMixer, vol);
wxString msg;
msg.Printf(_("Automated Recording Level Adjustment increased the volume to %.2f."), vol);
proj->TP_DisplayStatusMessage(msg);
changetype = 2;
printf("\tnew vol:%f\n", vol);
wxPrintf("\tnew vol:%f\n", vol);
float check = Px_GetInputVolume(mPortMixer);
printf("\tverified %f\n", check);
wxPrintf("\tverified %f\n", check);
}
}
@@ -4544,7 +4544,7 @@ void AudioIO::AILAProcess(double maxPeak) {
//mAILAAnalysisEndTime = mTime+latency;
mAILAAnalysisEndTime = Pa_GetStreamTime(mPortStreamV19) - mAILAAbsolutStartTime;
mAILAMax = 0;
printf("\tA decision was made @ %f\n", mAILAAnalysisEndTime);
wxPrintf("\tA decision was made @ %f\n", mAILAAnalysisEndTime);
mAILAClipped = false;
mAILALastStartTime = mTime;