void DialogVideoPlayer::resizeEvent (QResizeEvent *event) {
QDialog::resizeEvent(event);
qDebug() << " resize event ";
repaintAll();
}
void TransFunc1DRampEditor::causeVolumeRenderingRepaint() {
// this informs the owner about change in transfer function texture
property_->notifyChange();
// this signal causes a repaint of the volume rendering
emit transferFunctionChanged();
repaintAll();
}
void ThumbnailAsideEffect::addThumbnail( EffectWindow* w )
{
repaintAll(); // repaint old areas
Data d;
d.window = w;
d.index = windows.count();
windows[ w ] = d;
arrange();
}
void TransFunc1DKeysEditor::updateFromProperty() {
tgtAssert(property_, "No property");
// check whether new transfer function object has been assigned
if (property_->get() != transferFuncIntensity_) {
transferFuncIntensity_ = dynamic_cast<TransFunc1DKeys*>(property_->get());
// propagate transfer function to mapping canvas and texture painter
texturePainter_->setTransFunc(transferFuncIntensity_);
transCanvas_->setTransFunc(transferFuncIntensity_);
updateDataBounds();
updateMappingSpin(true);
updateThresholdFromProperty();
if (property_->get() && !transferFuncIntensity_) {
if (isEnabled()) {
LWARNING("Current transfer function not supported by this editor. Disabling.");
setEnabled(false);
}
}
}
// check whether the volume associated with the TransFuncProperty has changed
const VolumeBase* newHandle = property_->getVolumeHandle();
if (newHandle != volume_) {
volume_ = newHandle;
volumeChanged();
}
alwaysFit_->blockSignals(true);
if(property_->getAlwaysFitToDomain())
alwaysFit_->setCheckState(Qt::Checked);
else
alwaysFit_->setCheckState(Qt::Unchecked);
alwaysFit_->blockSignals(false);
if (transferFuncIntensity_) {
setEnabled(true);
// update treshold widgets from tf
updateDataBounds();
updateMappingSpin(true);
updateThresholdFromProperty();
// repaint control elements
repaintAll();
}
else {
setEnabled(false);
}
}
void ThumbnailAsideEffect::removeThumbnail( EffectWindow* w )
{
if( !windows.contains( w ))
return;
repaintAll(); // repaint old areas
int index = windows[ w ].index;
windows.remove( w );
for( QHash< EffectWindow*, Data >::Iterator it = windows.begin();
it != windows.end();
++it )
{
Data& d = *it;
if( d.index > index )
--d.index;
}
arrange();
}
void TransFunc1DRampEditor::updateFromProperty() {
// check whether new transfer function object has been assigned
if (property_->get() != transferFuncIntensity_) {
transferFuncIntensity_ = dynamic_cast<TransFunc1DKeys*>(property_->get());
// ramp only applicable for two keys
if (transferFuncIntensity_ && transferFuncIntensity_->getNumKeys() > 2)
transferFuncIntensity_ = 0;
// propagate transfer function to mapping canvas and texture painter
texturePainter_->setTransFunc(transferFuncIntensity_);
transCanvas_->setTransFunc(transferFuncIntensity_);
// disable, if tf type unsupported
if (property_->get() && !transferFuncIntensity_) {
if (isEnabled()) {
LWARNING("Current transfer function not supported by this editor. Disabling.");
setEnabled(false);
}
}
}
// check whether the volume associated with the TransFuncProperty has changed
const VolumeBase* newHandle = property_->getVolumeHandle();
if (newHandle != volumeHandle_) {
volumeHandle_ = newHandle;
volumeChanged();
}
if (transferFuncIntensity_) {
setEnabled(true);
// update treshold widgets from tf
restoreThresholds();
// repaint control elements
repaintAll();
}
else {
setEnabled(false);
}
}
void TransFuncEditorIntensityPet::updateFromProperty() {
// check whether the volume associated with the TransFuncProperty has changed
const VolumeHandleBase* newHandle = property_->getVolumeHandle();
if (newHandle != volumeHandle_) {
volumeHandle_ = newHandle;
volumeChanged();
}
if (transferFuncGradient_) {
transferFuncGradient_->resize(maximumIntensity_ + 1);
bool emitRepaint = false;
// adjust tf when not all keys have maximum alpha
if (!transferFunctionCorrect()) {
LINFO("The transfer function contains keys that don't have maximum alpha. "
<< "The alpha value of these keys is set to 255.");
rectifyTransferFunction();
emitRepaint = true;
}
// update threshold control elements when necessary
if (transferFuncIntensity_->getThresholds() != tgt::vec2(0.f, 1.f)) {
restoreThresholds();
emitRepaint = true;
}
if (emitRepaint) {
property_->notifyChange();
emit transferFunctionChanged();
}
// repaint control elements
repaintAll();
}
else
resetEditor();
}
//----------------------------------------------------------------------------------------------
// small functions
//----------------------------------------------------------------------------------------------
void TransFunc1DKeysEditor::causeVolumeRenderingRepaint() {
// this informs the owner about change in transfer function texture
property_->notifyChange();
repaintAll();
emit transferFunctionChanged();
}
void DialogVideoPlayer::sliderDotSizeChanged() {
dotSizePercentage = (double)ui->sliderDotSize->value() / (double)10;
resizeDisplay();
repaintAll();
}
void DialogVideoPlayer::spinBoxTimeOffsetChanged(int value) {
movieOffsetMS = value;
repaintAll();
}
MRESULT EXPENTRY threadTimerMgrProc(HWND hwnd, ULONG msg, MPARAM mp1, MPARAM mp2) {
if (msg == WM_TIMER) {
switch (LONGFROMMP(mp1)) {
// scadenza ritardo sparizione puntatore mouse ---------------------
case TID_MOUSEPTR:
g.is.hidePtrTmr = 0;
WinStopTimer(g.timerThrd.hab, g.timerThrd.hwnd, TID_MOUSEPTR);
msg = _sysValue(SV_POINTERLEVEL);
if (!msg) {
WinShowPointer(HWND_DESKTOP, FALSE);
WinShowPointer(HWND_DESKTOP, FALSE);
} else if (msg > 0x7fff) {
do {
WinShowPointer(HWND_DESKTOP, FALSE);
} while (_sysValue(SV_POINTERLEVEL) > 0x7fff);
WinShowPointer(HWND_DESKTOP, FALSE);
} /* endif */
g.is.ptrHidden = 1;
break;
// scadenza ritardo attivazione automatica finestre ----------------
case TID_AUTOFOCUS:
_resetTimer(g.hwnd.autoFocus, TID_AUTOFOCUS);
break;
// scadenza ritardo sparizione barra titolo ------------------------
case TID_HIDETITLE:
_resetTimer(g.hwnd.hideTitle, TID_HIDETITLE);
break;
// scadenza ritardo apparizione barra titolo -----------------------
case TID_UNHIDETITLE:
_resetTimer(g.hwnd.unhideTitle, TID_UNHIDETITLE);
break;
// scadenza ritardo attivazione automatica barra menu --------------
// case TID_MENUACTIVATE:
// _resetTimer(g.hwndActMenu, TID_MENUACTIVATE);
// break;
} /* endswitch */
return (MRESULT)FALSE;
} /* endif */
// reset all the bitmaps
if (msg == SMWM_RESETBITMAPS) {
HINI hini;
if (o.tb.on || o.tb.htbar || o.tb.roll) {
if (freeBitmapResources() &&
(NULLHANDLE != (hini = stlrOpenProfile()))) {
initResources(hini, FALSE);
repaintAll();
PrfCloseProfile(hini);
} /* endif */
} /* endif */
return (MRESULT)FALSE;
} /* endif */
if ((msg == SMWM_DISABLE) && ((HWND)mp2 == hwnd)) {
if ((BOOL)mp1) { // disabilita tutte le funzioni
o.gen.disabled = 1;
g.hwnd.menu = 0;
g.is.cinitmenu = 0;
freeBitmapResources();
stlrStopHitTestCheck();
} else if (!g.is.expired) { // riabilita funzioni
HINI hini;
o.gen.disabled = 0;
if (NULLHANDLE != (hini = stlrOpenProfile()))
initResources(hini, FALSE);
} /* endif */
WinBroadcastMsg(HWND_DESKTOP, WM_STYLER2, (MPARAM)STLR_DISABLED,
(MPARAM)o.gen.disabled,
BMSG_POST | BMSG_FRAMEONLY | BMSG_DESCENDANTS);
return (MRESULT)FALSE;
} // end if
if (msg == WM_STYLER2) {
if ((ULONG)mp1 == STLR_HIDEALL) {
g.is.hideall = !g.is.hideall;
_stlrMsgPostAll(STLR_HIDEALL, 0);
} else if ((ULONG)mp1 == STLR_ROLLALL) {
g.is.rollall = !g.is.rollall;
_stlrMsgPostAll(STLR_ROLLALL, 0);
} /* endif */
return (MRESULT)FALSE;
} /* endif */
return WinDefWindowProc(hwnd, msg, mp1, mp2);
}
