MetronomeWindow::MetronomeWindow(MetronomeConf* conf)
{
setupUi(this);
this->statusBar()->showMessage("Stopped");
timer = new QTimer(this);
this->setTimerInterval();
this->conf = conf;
ticker = new Ticker( this->conf );
this->tickIndex = 0;
this->setAccents( this->accentsBox->value() );
connect( this->timer, SIGNAL(timeout()), this, SLOT(doTick()) );
connect( this->startStopTickingButton, SIGNAL(clicked()), this, SLOT(startStopTicking()) );
connect( this->setBpmButton, SIGNAL(clicked()), this, SLOT(setBPM()) );
connect( this->accentsBox, SIGNAL(valueChanged(int)), this, SLOT(setAccents(int)) );
connect( this->quitAction, SIGNAL(triggered()), qApp, SLOT(quit()) );
connect( this->aboutAction, SIGNAL(triggered()), this, SLOT(showAboutBox()) );
connect( this->bpm60, SIGNAL(clicked()), this, SLOT(bpmPreset60()) );
connect( this->bpm70, SIGNAL(clicked()), this, SLOT(bpmPreset70()) );
connect( this->bpm80, SIGNAL(clicked()), this, SLOT(bpmPreset80()) );
connect( this->bpm90, SIGNAL(clicked()), this, SLOT(bpmPreset90()) );
connect( this->bpm100, SIGNAL(clicked()), this, SLOT(bpmPreset100()) );
connect( this->bpm110, SIGNAL(clicked()), this, SLOT(bpmPreset110()) );
connect( this->bpm120, SIGNAL(clicked()), this, SLOT(bpmPreset120()) );
}
void Seq::loadPattern_1()
{
if(seqInit)
{
setBPM(120.00);
p[2].note[0] = true;
p[2].note[16] = true;
p[2].note[48] = true;
p[2].note[112] = true;
p[2].note[144] = true;
p[2].note[152] = true;
p[2].note[192] = true;
p[2].note[208] = true;
p[2].note[240] = true;
p[3].note[32] = true;
p[3].note[96] = true;
p[3].note[160] = true;
p[3].note[224] = true;
p[1].note[0] = true;
p[1].note[48] = true;
p[1].note[112] = true;
p[1].note[192] = true;
for(int i = 0; i < NUMBER_OF_NOTES_PER_BEAT*NUMBER_OF_BEATS; i= i + 16){
p[7].note[i] = true;
}
p[10].note[16] = true;
p[10].note[144] = true;
p[10].note[240] = true;
}
}
//--------------------------------------------------------------
void testApp::setup(){
ofSoundStreamSetup(2,0,this, 44100, 512, 4);
ofSetColor(255, 255, 255);
ofSetFrameRate(60);
//set up the notes
for(int i=0;i<24;i++){
notePlayer[23-i].setup();
notePlayer[23-i].setVolume(1.0);
notePlayer[23-i].setFrequency(midi.getFreqForNote(48+i));
}
resetSequencer();
setBPM(220); // set the bpm to 220
length = 32;
xPos = 0;
yPos = ofGetHeight()-length;
xVel = 5;
yVel = 0;
gravity = 0.3;
checkXpos = 0;
checkYpos = 0;
}
void initGroovebox() {
seqPreview = false;
metronomeMode = METRONOME_MODE_OFF;
lastBPMReading = sampledAnalogRead(BPM_POT);
unsigned int newBPM = (unsigned int)map(lastBPMReading, 0, 1023, MIN_BPM, MAX_BPM);
setBPM(newBPM);
for(byte t=0;t<SEQ_NUM_TRACKS;t++) {
settings[t].volumeReading = sampledAnalogRead(TRACK_FADER_POT);
settings[t].sustainVolLevel = 1.0;
track[t].noteSeqIndex = 0;
track[t].state = SEQ_PLAY;
track[t].volumeScale = 1.0;
faderPotTolerance = POT_LOCK_TOLERANCE;
for(byte s=0;s<SEQ_LENGTH;s++) {
seq[s][t].midiVal = UNSET;
seq[s][t].transpose = 0;
seq[s][t].velocity = 0;
seq[s][t].duration = 0;
seq[s][t].noteIndex = 0;
seq[s][t].startPulse = 0;
}
}
}
//--------------------------------------------------------------
void Device::loadXMLBPM(ofxXmlSettings& settings)
{
bool bpmEnable = settings.getValue("device:bpm:enable",0) > 0 ? true : false;
int bpm = settings.getValue("device:bpm:value",90);
if (bpm<=0) bpm = 100;
setBPMEnable(bpmEnable);
setBPM(bpm);
}
void SoundSource::processBpmString(QString tagName, QString sBpm) {
if (s_bDebugMetadata)
qDebug() << tagName << "BPM" << sBpm;
if (sBpm.length() > 0) {
float fBpm = str2bpm(sBpm);
if (fBpm > 0)
setBPM(fBpm);
}
}
void ofxTLBeatTicker::setup() {
bpmScreenPoints.clear();
ofxTLTicker::setup();
(*(getTimeline()->getPages().begin()))->setTicker(this);
getTimeline()->setTicker(this);
setBPM(getTimeline()->getBPM());
isSetup = true;
refreshTickMarks();
bMouseCursorInside = false;
disabled = false;
}
xsync::xsync() : Thread (T("Sync thread"))
{
setPriority (7);
updateAsync = 0;
timeBPM = 120;
timeElapsed = 0;
timeNow = 0;
setBPM (120);
midiQuarterNote = midiTicks = midiEighthNote = midiSixteenthNote = 0;
Logger::writeToLog (T("xsync created"));
}
void Seq::loadDaFunkPattern()
{
if(seqInit)
{
setBPM(111.00);
p[2].note[0] = true;
p[2].note[63] = true;
p[2].note[127] = true;
p[2].note[192] = true;
p[1].note[63] = true;
p[1].note[192] = true;
p[3].note[32] = true;
p[6].note[32] = true;
p[3].note[96] = true;
p[6].note[96] = true;
p[3].note[160] = true;
p[6].note[160] = true;
p[3].note[224] = true;
p[6].note[224] = true;
p[0].note[0] = true;
p[0].note[15] = true;
p[0].note[31] = true;
p[0].note[47] = true;
p[0].note[55] = true;
p[0].note[64] = true;
p[0].note[64+15] = true;
p[0].note[64+31] = true;
p[0].note[64+47] = true;
p[0].note[64+55] = true;
p[0].note[2*64] = true;
p[0].note[2*64+15] = true;
p[0].note[2*64+31] = true;
p[0].note[2*64+47] = true;
p[0].note[2*64+55] = true;
p[0].note[3*64] = true;
p[0].note[3*64+15] = true;
p[0].note[3*64+31] = true;
p[0].note[3*64+47] = true;
p[0].note[3*64+55] = true;
}
}
void initializeEverything()
{
int i, j, k;
uint32_t increment;
LCDInitialize();
SPI_Initialize();
//* setup oscs
initializeOscillators();
// Setup the keyboard usb
SynthStationUsbInitialize();
//calculate the note frequencies
WaveformTablesInitialize();
/** Calculate frequency increments */
for(i = 0; i < 120; i++)
{
increment = noteTable[i];
noteTable[i] = getIncrement(increment);
}
/** Initialize sequencer layerw */
for(i = 0; i < 8; i++)
{
for(j = 0; j < SEQUENCER_STEPS; j++)
{
synthLayers[i].sequenceNotes[j] = 0xFFFF;
}
synthLayers[i].waveType = currentSelectedWaveForm;
}
synthLayers[0].layerFlags |= LAYER_FLAGS_ENABLED;
synthLayers[1].layerFlags |= LAYER_FLAGS_ENABLED;
noteListHead = (noteListItem *)malloc(sizeof(noteListItem));
noteListHead->pNextItem = NULL;
noteListHead->pNote = NULL;
noteListTail = noteListHead;
currentSelectedMode = SYNTH_RECORDING;
setBPM(DEFAULT_BPM);
BEAT_LED_START_DD = BEAT_LED_DD = 1;
BEAT_LED_START = BEAT_LED = 0;
//listTest();
}
CustomPlayHead::CustomPlayHead (AudioProcessor* audioProcessor) :
AudioProcessorCallback (audioProcessor),
sampleRate (0),
bpm (120),
timeSigNumerator (4),
timeSigDenominator (4),
timeInSeconds (0),
ppqPosition (0),
ppqPositionOfLastBarStart (0),
playing (false),
recording (false),
timeInSecondsOffset (0),
ppqPositionOffset (0),
timeInSecondsSinceLastBPMChange (0)
{
setBPM (bpm);
}
//-------------------------------------------------
// DDSパラメータの初期化
//
// parameter: track: 計算するトラックデータ
//
void initDDSParameter(struct track* tracks)
{
uint8_t i;
setBPM(INITIAL_BPM);
for (i = 0; i < TRACK_N; i++) {
// 波形
//tracks[i].waveTuningWord = tracks[i].waveFrequency * POW_2_32 / SAMPLE_CLOCK;
setWaveDDSParameter(&tracks[i]);
tracks[i].wavePhaseRegister = 0;
// モジュレーション
setModDDSParameter(&tracks[i]);
tracks[i].decayPhaseRegister = 0;
tracks[i].decayStop = 0;
}
}
//=================================================
// シーケンサー基板からのパラメーターの設定
// parameter: track: トラックデータの配列
// track_n: 設定するトラック番号
// pram: シーケンサーパラメータ
//
//=================================================
void setTrack(struct track *tracks, int track_n, struct sequencer_parameter *param)
{
int i;
if (param->update & (UPDATE_POT1 | UPDATE_POT2)) {
setBPM((param->pot2 << 4) | param->pot1);
for (i = 0; i < TRACK_N; i++) {
setModDDSParameter(&tracks[i]);
}
}
if (param->update & UPDATE_SEQUENCE1) {
for (i = 0; i < 8; i++) {
tracks[track_n].sequence[i] = (param->sequence1 & (1 << i)) >> i;
}
}
if (param->update & UPDATE_SEQUENCE2) {
for (i = 0; i < 8; i++) {
tracks[track_n].sequence[i + 8] = (param->sequence2 & (1 << i)) >> i;
}
}
}
void OsuUISongBrowserInfoLabel::setFromBeatmap(OsuBeatmap *beatmap, OsuBeatmapDifficulty *diff)
{
m_iBeatmapId = diff->beatmapId;
setArtist(diff->artist);
setTitle(diff->title);
setDiff(diff->name);
setMapper(diff->creator);
setLengthMS(beatmap->getLength());
setBPM(diff->minBPM, diff->maxBPM);
setNumObjects(diff->numObjects);
setCS(diff->CS);
setAR(diff->AR);
setOD(diff->OD);
setHP(diff->HP);
setStars(diff->starsNoMod);
setLocalOffset(diff->localoffset);
setOnlineOffset(diff->onlineOffset);
}
void OsuUISongBrowserInfoLabel::setFromMissingBeatmap(long beatmapId)
{
m_iBeatmapId = beatmapId;
setArtist(m_iBeatmapId > 0 ? "CLICK HERE TO DOWNLOAD" : "MISSING BEATMAP!");
setTitle("");
setDiff("no map");
setMapper("MISSING BEATMAP!");
setLengthMS(0);
setBPM(0, 0);
setNumObjects(0);
setCS(0);
setAR(0);
setOD(0);
setHP(0);
setStars(0);
setLocalOffset(0);
setOnlineOffset(0);
}
void Seq::loadPattern_2()
{
if(seqInit){
setBPM(90);
p[3].note[32] = true;
p[3].note[96] = true;
p[3].note[160] = true;
p[3].note[224] = true;
p[2].note[0] = true;
p[2].note[16] = true;
p[2].note[48] = true;
p[2].note[64] = true;
p[2].note[128] = true;
p[2].note[152] = true;
p[2].note[192] = true;
p[0].note[0] = true;
p[0].note[64] = true;
p[0].note[128] = true;
}
}
//--------------------------------------------------------------
void testApp::keyPressed(int key){
if(key=='c')
bpmInt+=10;
else if(key == 'z')
bpmInt-=10;
if(key=='x')
resetSequencer();
setBPM(bpmInt);
if (key==OF_KEY_LEFT || key=='a' || key=='A') {
moveL = true;
}
if (key==OF_KEY_RIGHT || key=='d' || key=='D') {
moveR = true;
}
if (key=='w') {
jumpTime = ofGetElapsedTimef();
jump = true;
}
}
int
MidiFile::read(const char *fileName) {
if (fileName == NULL)
return 1;
setFileName(fileName);
_target = openFile(fileName);
if (!_target)
return 1;
readFileHeader();
setType();
setTrackCount();
setBPM();
for (int i = 0; i < _fileHeader._tracks; i++) {
_curTrack = i;
readTrack();
printContour();
}
fclose(_target);
return 0;
}
void Beats::start(float _bpm) {
setBPM(_bpm);
lastTime = (float) millis() / 1000;
beatsTime = 0;
triggerBeat();
}
