TPresError
TTargetView::Initialize( ParamList *inParamList,
const TGUIRect &inRect )
{
{
Param *targetFontPtr;
PARAM_GET_PTR_SUFFIX( inParamList, PRTargetFont, targetCode, targetFontPtr );
TPresError err = TTextProperties::SetTextProperties( targetFontPtr );
if( err != presNoError )
{
gPresErrors.AddError( err, PARAM_NAME_SUFFIX( PRTargetFont, targetCode ) );
return err;
}
}
if( targetCode == 0 )
{
viewRect = inRect;
TGUIView::Resized();
PARAM_GET_NUM_SUFFIX( inParamList, PRVisResultMode, targetCode, visResultMode );
PARAM_GET_NUM_SUFFIX( inParamList, PRVisTaskMode, targetCode, visTaskMode );
}
else
{
float xLower,
xUpper,
yLower,
yUpper;
{
int xChannel,
yChannel;
PARAM_GET_NUM_BY_INDEX( inParamList, PRFBCoordChannels, 0, xChannel );
PARAM_GET_NUM_BY_INDEX( inParamList, PRFBCoordChannels, 1, yChannel );
if( xChannel >= 0 )
{
PARAM_GET_NUM_SUFFIX_BY_INDEX( inParamList, FBCh__RS__L, xChannel, targetCode - 1, xLower );
PARAM_GET_NUM_SUFFIX_BY_INDEX( inParamList, FBCh__RS__U, xChannel, targetCode - 1, xUpper );
}
else
{
xLower = -100.0;
xUpper = 100.0;
}
if( yChannel >= 0 )
{
PARAM_GET_NUM_SUFFIX_BY_INDEX( inParamList, FBCh__RS__L, yChannel, targetCode - 1, yLower );
PARAM_GET_NUM_SUFFIX_BY_INDEX( inParamList, FBCh__RS__U, yChannel, targetCode - 1, yUpper );
}
else
{
yLower = -100.0;
yUpper = 100.0;
}
xLower = MIN( xLower, 100.0 );
xLower = MAX( xLower, -100.0 );
xUpper = MIN( xUpper, 100.0 );
xUpper = MAX( xUpper, -100.0 );
yLower = MIN( yLower, 100.0 );
yLower = MAX( yLower, -100.0 );
yUpper = MIN( yUpper, 100.0 );
yUpper = MAX( yUpper, -100.0 );
xLower = MIN( xLower, xUpper );
yLower = MIN( yLower, yUpper );
}
float inRectWidth = inRect.right - inRect.left,
inRectHeight = inRect.bottom - inRect.top;
viewRect.left = inRect.left + ( xLower + 100.0 ) / 200.0 * inRectWidth;
viewRect.right = inRect.left + ( xUpper + 100.0 ) / 200.0 * inRectWidth;
viewRect.top = inRect.top + ( yLower + 100.0 ) / 200.0 * inRectHeight;
viewRect.bottom = inRect.top + ( yUpper + 100.0 ) / 200.0 * inRectHeight;
TGUIView::Resized();
if( xLower < xUpper && yLower < yUpper )
{
PARAM_GET_NUM_SUFFIX( inParamList, PRVisTaskMode, targetCode, visTaskMode );
PARAM_GET_NUM_SUFFIX( inParamList, PRVisResultMode, targetCode, visResultMode );
}
}
PARAM_GET_NUM_SUFFIX( inParamList, PRAudTaskMode, targetCode, audTaskMode );
PARAM_GET_NUM_SUFFIX( inParamList, PRAudResultMode, targetCode, audResultMode );
switch( audTaskMode )
{
case 0: // no auditory task
break;
case 1: // MIDI
PARAM_ENABLE_SUFFIX( inParamList, PRGMTaskInstrument, targetCode );
PARAM_ENABLE_SUFFIX( inParamList, PRGMTaskVolume, targetCode );
PARAM_ENABLE_SUFFIX( inParamList, PRGMTaskNote, targetCode );
{
int gmInstrument,
gmVolume,
gmNote;
PARAM_GET_NUM_SUFFIX( inParamList, PRGMTaskInstrument, targetCode, gmInstrument );
PARAM_GET_NUM_SUFFIX( inParamList, PRGMTaskVolume, targetCode, gmVolume );
PARAM_GET_NUM_SUFFIX( inParamList, PRGMTaskNote, targetCode, gmNote );
taskMidiPlayer = new MidiPlayer( gmInstrument, gmVolume, gmNote );
}
break;
case 2: // WAV
{
const char *taskSound;
Util::TPath curPath;
PARAM_ENABLE_SUFFIX( inParamList, PRTaskSound, targetCode );
PARAM_GET_STRING_SUFFIX( inParamList, PRTaskSound, targetCode, taskSound );
taskWavePlayer = new WavePlayer;
if( taskWavePlayer->SetFile( ( curPath + taskSound ).c_str() ).ErrorState()
!= WavePlayer::noError )
return presFileOpeningError;
}
break;
default:
assert( false );
}
PARAM_GET_NUM( inParamList, PRContinuousAudResult, continuousAudResult );
switch( audResultMode )
{
case 0: // no auditory result
break;
case 1: // MIDI
PARAM_ENABLE_SUFFIX( inParamList, PRGMResultInstrument, targetCode );
PARAM_ENABLE_SUFFIX( inParamList, PRGMResultVolume, targetCode );
PARAM_ENABLE_SUFFIX( inParamList, PRGMResultNote, targetCode );
{
int gmInstrument,
gmVolume,
gmNote;
PARAM_GET_NUM_SUFFIX( inParamList, PRGMResultInstrument, targetCode, gmInstrument );
PARAM_GET_NUM_SUFFIX( inParamList, PRGMResultVolume, targetCode, gmVolume );
PARAM_GET_NUM_SUFFIX( inParamList, PRGMResultNote, targetCode, gmNote );
resultMidiPlayer = new MidiPlayer( gmInstrument, gmVolume, gmNote );
}
break;
case 2: // WAV
{
const char *resultSound;
Util::TPath curPath;
PARAM_ENABLE_SUFFIX( inParamList, PRResultSound, targetCode );
PARAM_GET_STRING_SUFFIX( inParamList, PRResultSound, targetCode, resultSound );
if( continuousAudResult )
{
std::string contResultSound = "C";
contResultSound += resultSound;
contResultWavePlayer = new WavePlayer;
if( contResultWavePlayer->SetFile( ( curPath + contResultSound ).c_str() ).ErrorState()
!= WavePlayer::noError )
return presFileOpeningError;
}
resultWavePlayer = new WavePlayer;
if( resultWavePlayer->SetFile( ( curPath + resultSound ).c_str() ).ErrorState()
!= WavePlayer::noError )
return presFileOpeningError;
}
break;
default:
assert( false );
}
visGoal = ( visTaskMode == 1 || visResultMode == 1 );
if( visGoal )
{
TPresError err = TGUITargetView::InitGoal();
if( err != presNoError )
return err;
}
return presNoError;
}
TPresError
TFeedbackView::Initialize( ParamList *inParamList, const TGUIRect &inRect )
{
viewRect = inRect;
TGUIView::Resized();
PARAM_GET_NUM_BY_INDEX( inParamList, PRFBCoordChannels, 0, xChannel );
PARAM_GET_NUM_BY_INDEX( inParamList, PRFBCoordChannels, 1, yChannel );
PARAM_GET_NUM( inParamList, PRFBBrightnessChannel, bChannel );
PARAM_GET_NUM( inParamList, PRVisFBMode, visFBMode );
TPresError err;
const char* fbCursorImg = NULL;
switch( visFBMode )
{
case 0: // none
break;
case 1: // cursor from file
PARAM_ENABLE( inParamList, PRFBCursorImg );
PARAM_GET_STRING( inParamList, PRFBCursorImg, fbCursorImg );
// fallthrough
case 2: // ball cursor
err = TGUIFeedbackView::InitCursor( fbCursorImg );
if( err != presNoError )
return err;
break;
#ifdef PERUVIAN_BRIGHTNESS_HACK
case 3: // brightness
err = TGUIFeedbackView::InitCursor( PERUVIAN_CURSOR );
if( err != presNoError )
return err;
break;
#endif // PERUVIAN_BRIGHTNESS_HACK
default:
assert( false );
}
PARAM_GET_NUM( inParamList, PRAudFBMode, audFBMode );
switch( audFBMode )
{
case 0: // none
break;
case 1: // MIDI
{
int gmFBScale,
gmFBInstrument,
gmFBVolume;
PARAM_ENABLE( inParamList, PRGMFBInterval );
PARAM_ENABLE( inParamList, PRGMFBScale );
PARAM_ENABLE( inParamList, PRGMFBInstrument );
PARAM_ENABLE( inParamList, PRGMFBVolume );
PARAM_ENABLE( inParamList, PRGMFBCenterNote );
PARAM_GET_NUM( inParamList, PRGMFBInterval, gmFBInterval );
PARAM_GET_NUM( inParamList, PRGMFBScale, gmFBScale );
switch( gmFBScale )
{
case 0: // null scale
upScale = downScale = nullScale;
scaleLength = nullScaleLength;
break;
case 1: // chromatic
upScale = downScale = chromaticScale;
scaleLength = chromaticScaleLength;
break;
case 2: // major
upScale = downScale = majorScale;
scaleLength = majorScaleLength;
break;
case 3: // melodic minor
upScale = melodicMinorUpScale;
downScale = melodicMinorDownScale;
scaleLength = minorScaleLength;
break;
case 4: // harmonic minor
upScale = downScale = harmonicMinorScale;
scaleLength = minorScaleLength;
break;
case 5: // pentatonic
upScale = downScale = pentatonicScale;
scaleLength = pentatonicScaleLength;
break;
case 6: // diatonic
upScale = downScale = diatonicScale;
scaleLength = diatonicScaleLength;
break;
default:
return presParamOutOfRangeError;
}
PARAM_GET_NUM( inParamList, PRGMFBInstrument, gmFBInstrument );
PARAM_GET_NUM( inParamList, PRGMFBVolume, gmFBVolume );
PARAM_GET_NUM( inParamList, PRGMFBCenterNote, gmFBCenterNote );
midiPlayer = new MidiPlayer( gmFBInstrument, gmFBVolume );
}
break;
#ifdef USE_WAVE_SYNTH
case 2: // continuous synth
{
int gmFBVolume;
PARAM_ENABLE( inParamList, PRGMFBInterval );
PARAM_ENABLE( inParamList, PRGMFBVolume );
PARAM_ENABLE( inParamList, PRGMFBCenterNote );
PARAM_GET_NUM( inParamList, PRGMFBInterval, gmFBInterval );
PARAM_GET_NUM( inParamList, PRGMFBVolume, gmFBVolume );
PARAM_GET_NUM( inParamList, PRGMFBCenterNote, gmFBCenterNote );
waveSynth = new TWaveSynth;
waveSynth->SetVolume( gmFBVolume / 128.0 );
float samplingRate,
sampleBlockSize;
PARAM_GET_NUM( inParamList, SamplingRate, samplingRate );
PARAM_GET_NUM( inParamList, SampleBlockSize, sampleBlockSize );
waveSynth->SetTimeConstant( 10 * sampleBlockSize / samplingRate );
}
break;
#endif // USE_WAVE_SYNTH
default:
assert( false );
}
PARAM_GET_NUM( inParamList, PRFBAlwaysOn, fbAlwaysOn );
return presNoError;
}