void setTimeDivision(const double division) {
if(division <= 0) {
logError("Ignoring attempt to set division to %f", division);
return;
}
_getAudioSettings()->timeDivision = division;
}
void setTempo(const double tempo) {
if(tempo <= 0.0f) {
logError("Ignoring attempt to set tempo to %f", tempo);
return;
}
logInfo("Setting tempo to %d", tempo);
_getAudioSettings()->tempo = tempo;
}
void setSampleRate(const double sampleRate) {
if(sampleRate <= 0.0f) {
logError("Ignoring attempt to set sample rate to %f", sampleRate);
return;
}
logInfo("Setting sample rate to %gHz", sampleRate);
_getAudioSettings()->sampleRate = sampleRate;
}
void setNumChannels(const unsigned int numChannels) {
if(numChannels <= 0) {
logError("Ignoring attempt to set num channels to %d", numChannels);
return;
}
logInfo("Setting %d channels", numChannels);
_getAudioSettings()->numChannels = numChannels;
}
void setBlocksize(const unsigned long blocksize) {
if(blocksize <= 0) {
logError("Ignoring attempt to set invalid blocksize to %d", blocksize);
return;
}
logInfo("Setting blocksize to %ld", blocksize);
_getAudioSettings()->blocksize = blocksize;
}
boolByte setSampleRate(const SampleRate sampleRate) {
if (sampleRate <= 0.0f) {
logError("Can't set sample rate to %f", sampleRate);
return false;
}
logInfo("Setting sample rate to %gHz", sampleRate);
_getAudioSettings()->sampleRate = sampleRate;
return true;
}
boolByte setNumChannels(const ChannelCount numChannels) {
if (numChannels <= 0) {
logError("Can't set channel count to %d", numChannels);
return false;
}
logInfo("Setting %d channels", numChannels);
_getAudioSettings()->numChannels = numChannels;
return true;
}
boolByte setBlocksize(const SampleCount blocksize) {
if (blocksize <= 0) {
logError("Can't set invalid blocksize %d", blocksize);
return false;
}
logInfo("Setting blocksize to %ld", blocksize);
_getAudioSettings()->blocksize = blocksize;
return true;
}
boolByte setTempo(const Tempo tempo) {
if (tempo <= 0.0f) {
logError("Cannot set tempo to %f", tempo);
return false;
}
logInfo("Setting tempo to %d", tempo);
_getAudioSettings()->tempo = tempo;
return true;
}
void setTimeSignatureNoteValue(const short noteValue) {
// Bit of an easter egg :)
if(!(noteValue == 2 || noteValue == 4 || noteValue == 8 || noteValue == 16) || noteValue < 2 || noteValue > 16) {
logInfo("Interesting time signature you've chosen. I'm sure this piece is going to sound great...");
}
if(noteValue <= 0) {
logError("Ignoring attempt to set time signature denominator to %d", noteValue);
return;
}
_getAudioSettings()->timeSignatureNoteValue = noteValue;
}
void setTimeSignatureBeatsPerMeasure(const short beatsPerMeasure) {
// Bit of an easter egg :)
if(beatsPerMeasure < 2 || beatsPerMeasure > 12) {
logInfo("Freaky time signature, but whatever you say...");
}
if(beatsPerMeasure <= 0) {
logError("Ignoring attempt to set time signature numerator to %d", beatsPerMeasure);
return;
}
_getAudioSettings()->timeSignatureBeatsPerMeasure = beatsPerMeasure;
}
boolByte setBitDepth(const BitDepth bitDepth) {
switch (bitDepth) {
case kBitDepth8Bit:
case kBitDepth16Bit:
case kBitDepth24Bit:
case kBitDepth32Bit:
_getAudioSettings()->bitDepth = bitDepth;
return true;
default:
logError("Invalid bit depth %d", bitDepth);
return false;
}
}
ChannelCount getNumChannels(void) { return _getAudioSettings()->numChannels; }
short getTimeSignatureNoteValue(void) {
return _getAudioSettings()->timeSignatureNoteValue;
}
short getTimeSignatureBeatsPerMeasure(void) {
return _getAudioSettings()->timeSignatureBeatsPerMeasure;
}
double getTempo(void) {
return _getAudioSettings()->tempo;
}
double getTimeDivision(void) {
return _getAudioSettings()->timeDivision;
}
unsigned long getBlocksize(void) {
return _getAudioSettings()->blocksize;
}
unsigned int getNumChannels(void) {
return _getAudioSettings()->numChannels;
}
double getSampleRate(void) {
return _getAudioSettings()->sampleRate;
}
SampleCount getBlocksize(void) { return _getAudioSettings()->blocksize; }
BitDepth getBitDepth(void) { return _getAudioSettings()->bitDepth; }
