/** Main program entry point. This routine configures the hardware required by the application, then
* enters a loop to run the application tasks in sequence.
*/
int main(void)
{
SetupHardware();
setOut(LED_PIN);
puts_P(PSTR( "Still Image Host Demo running.\r\n" ));
// LEDs_SetAllLEDs(LEDMASK_USB_NOTREADY);
sei();
uint32_t count = 0;
for (;;)
{
Camera_Task();
USB_USBTask();
if(count++ >= 1000)
{
count = 0;
if(isOut(LED_PIN) && !isHigh(LED_PIN))
{
setHigh(LED_PIN);
}
else
{
setLow(LED_PIN);
}
}
}
}
void Player::onShowFrame(int position, double fps, int in, int out, int length, bool isPlaying)
{
m_duration = length;
MLT.producer()->set("length", length);
m_durationLabel->setText(QString(MLT.producer()->get_length_time()).prepend(" / "));
m_scrubber->setFramerate(fps);
m_scrubber->setScale(m_duration);
if (position < m_duration) {
m_position = position;
m_positionSpinner->blockSignals(true);
m_positionSpinner->setValue(position);
m_positionSpinner->blockSignals(false);
m_scrubber->onSeek(position);
}
if (m_isMeltedPlaying == -1 || isPlaying != m_isMeltedPlaying) {
m_isMeltedPlaying = isPlaying;
if (isPlaying) {
actionPlay->setIcon(m_pauseIcon);
actionPlay->setText(tr("Pause"));
actionPlay->setToolTip(tr("Pause playback (K)"));
}
else {
actionPlay->setIcon(m_playIcon);
actionPlay->setText(tr("Play"));
actionPlay->setToolTip(tr("Start playback (L)"));
}
}
m_previousIn = in;
m_previousOut = out;
m_scrubber->blockSignals(true);
setIn(in);
setOut(out);
m_scrubber->blockSignals(false);
}
void Player::onMeltedUnitOpened()
{
m_isMeltedPlaying = -1; // unknown
m_duration = MLT.producer()->get_length();
m_isSeekable = true;
MLT.producer()->set("ignore_points", 1);
m_scrubber->setFramerate(MLT.profile().fps());
m_scrubber->setScale(m_duration);
m_scrubber->setMarkers(QList<int>());
m_inPointLabel->setText("--:--:--:-- / ");
m_selectedLabel->setText("--:--:--:--");
m_durationLabel->setText(QString(MLT.producer()->get_length_time()).prepend(" / "));
m_previousIn = MLT.producer()->get_in();
m_scrubber->setEnabled(true);
m_scrubber->setInPoint(m_previousIn);
m_previousOut = MLT.producer()->get_out();
m_scrubber->setOutPoint(m_previousOut);
m_positionSpinner->setEnabled(m_isSeekable);
onVolumeChanged(m_volumeSlider->value());
m_savedVolume = MLT.volume();
onMuteButtonToggled(Settings.playerMuted());
actionPlay->setEnabled(true);
actionSkipPrevious->setEnabled(m_isSeekable);
actionSkipNext->setEnabled(m_isSeekable);
actionRewind->setEnabled(m_isSeekable);
actionFastForward->setEnabled(m_isSeekable);
setIn(-1);
setOut(-1);
setFocus();
}
NConcept_(NConcept* o)
: o_(o){
setIn(true);
setOut(false);
setConst(false);
undefLength();
setPoly(false);
setEnabled(true);
}
void CrabSprite::update(Uint32 ticks){
advanceFrame(ticks);
Vector2f incr = getVelocity() * static_cast<float>(ticks) * 0.001;
setPosition(getPosition() + incr);
if (X() < 0)
setOut();
}
int DWF::f(ptime time, int dt) {
if (dwf_work.front().first == 0) {
dwf_work.pop_front();
if (dwf_work.empty())
dwf_work = dwf;
setOut();
}
dwf_work.front().first -= dt;
return dt;
}
bool DWF::init(ptime start, ptime end, int dt) {
(void) end;
(void) dt;
(void) start;
mdt = dt;
if (!load(dt)) {
return false;
}
dwf_work = dwf;
setOut();
return true;
}
char hardware_flashlight(char on)
{
setOut(LED_PIN);
if(on)
{
setLow(LED_PIN);
return 1;
}
setHigh(LED_PIN);
return 0;
}
void hardware_init(void)
{
setOut(POWER_HOLD_PIN); // Hold PWR on
setLow(POWER_HOLD_PIN);
#ifdef POWER_AUX_PIN
setOut(POWER_AUX_PIN); // Hold AUX PWR on
setLow(POWER_AUX_PIN);
#endif
#ifdef USB_ENABLE_PIN
setOut(USB_ENABLE_PIN); // Hold AUX PWR on
setLow(USB_ENABLE_PIN);
#endif
setOut(LED_PIN); // Red Flashlight
setHigh(LED_PIN); // off
setOut(IR_PIN); // IR Transmitter
setHigh(IR_PIN); // off
hardware_USB_Enable();
hardware_USB_SetDeviceMode();
}
// Initialization of parameters from R
void PBC::parametersInit(SEXP m_binMat, SEXP m_theta, SEXP m_x, SEXP m_root, SEXP m_f, SEXP m_nIteration,
SEXP m_dxf, SEXP m_dxdyf, SEXP m_graf, SEXP m_gradxf, SEXP m_gradxdyf, SEXP m_type, SEXP m_g, SEXP m_dxg, SEXP m_out) {
setType(m_type);
setNIteration(m_nIteration);
setFunction(m_f);
setDxf(m_dxf);
setDxdyf(m_dxdyf);
setGraf(m_graf);
setGradxf(m_gradxf);
setGradxdyf(m_gradxdyf);
setVector(m_x);
setTheta(m_theta);
setRoot(m_root);
setBinMat(m_binMat, m_x);
setMargins(m_g);
setDxg(m_dxg);
setOut(m_out);
}
void Loader::saveGame(AI_Manager *game)
{
ofstream teamOut(teamFile, ios::trunc);
if(!(teamOut.is_open()))
{
errorStatement();
return;
}
ofstream AIOut(AIFile, ios::trunc);
if(!(AIOut.is_open()))
{
errorStatement();
return;
}
ofstream brkOut(bracketFile, ios::trunc);
if(!(brkOut.is_open()))
{
errorStatement();
return;
}
ofstream setOut(setFile, ios::trunc);
if(!(setOut.is_open()))
{
errorStatement();
return;
}
ofstream masterOut(masterFile, ios::trunc);
if(!(masterOut.is_open()))
{
errorStatement();
return;
}
saveAI(game, AIOut);
saveMaster(game, masterOut);
saveSettings(game, setOut);
saveBrackets(game, brkOut);
saveTeams(game, teamOut);
}
double * layer::outputsOfLayer()
{
setOut();
return outs_;
}
void eSource::stamp()
{
m_ePin[0]->stampAdmitance( m_admit );
setOut( m_out );
}
void eSource::setVoltHigh( double v )
{
m_voltHigh = v;
if( m_out ) setOut( true );
}
void eSource::setVoltLow( double v )
{
m_voltLow = v;
if( !m_out ) setOut( false );
}
void Player::setIn(int pos)
{
m_scrubber->setInPoint(pos);
if (pos >= 0 && pos > m_previousOut)
setOut(m_duration - 1);
}
void TimersvSettings::set(int on,int off, int out, int flags) {
setTimeOn(on);
setTimeOff(off);
setOut(out);
setFlags(flags);
}
IR::IR()
{
setOut(IR_PIN);
setHigh(IR_PIN);
}
