void MenuTimer::Stop()
{
/* Don't call SetSeconds if we're already at 0: let the existing tweens finish. */
if( m_fSecondsLeft >= 1 )
SetSeconds( 0 );
Pause();
}
void CCrossDlg::SetInfo(const INFO& Info)
{
SetPos(Info.Pos);
SetSeconds(Info.Seconds);
Loop(Info.Loop);
SetWaveform(Info.Waveform);
}
// constructor, specifying stream and buffer size in seconds
pablioBuffer(
unsigned int framesPerSecond,
unsigned char bytesPerSample,
unsigned char samplesPerFrame,
double seconds) :
_buffer(0),PCMsound(framesPerSecond, bytesPerSample, samplesPerFrame) {
SetSeconds(seconds);
_reallocateBuffer();
}
MenuTimer::MenuTimer() :
WARNING_COMMAND("MenuTimer", WARNING_COMMAND_NAME, WARNING_START+1)
{
m_fStallSeconds = 0;
m_fStallSecondsLeft = MAX_STALL_SECONDS;
m_bPaused = false;
for( int i=0; i<NUM_MENU_TIMER_TEXTS; i++ )
{
m_text[i].LoadFromFont( THEME->GetPathF("MenuTimer","numbers") );
m_text[i].SetName( ssprintf("Text%d",i+1) );
ActorUtil::OnCommand( m_text[i], "MenuTimer" );
this->AddChild( &m_text[i] );
m_exprFormatText[i].SetFromExpression( i==0 ? TEXT1_FORMAT_FUNCTION : TEXT2_FORMAT_FUNCTION );
}
SetSeconds( TIMER_PAUSE_SECONDS );
m_soundBeep.Load( THEME->GetPathS("MenuTimer","tick") );
}
bool CCrossDlg::FadeTo(const CPatch& Patch, LPCTSTR Name, double Secs, bool RandPhase)
{
if (!m_Frm->IsVeejay() && !SaveCheck())
return(FALSE);
m_Play = FALSE; // halt fader first, without updating UI
double Pos = GetPos();
bool Fwd = Pos <= .5; // set fade direction
int Src = SEL_A + !Fwd; // index of source
int Dst = SEL_A + Fwd; // index of destination
if (Pos > 0 && Pos < 1) { // if fader is between A and B
SetInfo(Src, GetInfo(SEL_MIX)); // copy mix to source
SetName(Src, m_MixName); // set source name to mix
m_Frm->OnNewParms(Src); // update parameters dialog
}
SetPos(!Fwd); // move fader to source
SetInfo(Dst, Patch); // copy arg to destination
SetName(Dst, Name); // set destination file name
SetSeconds(Secs);
if (Secs)
Play(TRUE); // start fading to new patch
else {
Play(FALSE);
SetPos(Fwd); // jump to new patch
m_Frm->GetView()->FlushHistory(); // prevent glitch
}
if (RandPhase) {
TimerHook(); // make mod freqs non-zero so randomize phase works
for (int i = 0; i < ROWS; i++) {
// if modulator is unused in source, but active in destination
if (!m_Info[Src].m_Row[i].Freq && m_Info[Dst].m_Row[i].Freq)
m_Frm->GetView()->SetPhase(i, double(rand()) / RAND_MAX); // randomize phase
}
}
if (m_Frm->GetPatchMode() == CMainFrame::PM_FULL)
m_Frm->SetPatch(Patch); // restore master and main settings
m_Frm->OnNewParms(Dst); // update parameters dialog
return(TRUE);
}
void MenuTimer::Disable()
{
SetSeconds( TIMER_PAUSE_SECONDS );
Pause();
}
void CCrossDlg::OnChangedSecsEdit(NMHDR* pNMHDR, LRESULT* pResult)
{
SetSeconds(m_SecsEdit.GetVal());
}
