bool StDiagnostics::open() {
if(!StApplication::open()) {
myMsgQueue->popAll();
return false;
}
// initialize GL context
myContext = myWindow->getContext();
myContext->setMessagesQueue(myMsgQueue);
if(!myContext->isGlGreaterEqual(2, 0)) {
myMsgQueue->pushError(stCString("OpenGL 2.0 is required by StDiagnostics!"));
myMsgQueue->popAll();
return false;
}
myGUI->setContext(myContext);
myWindow->setTargetFps(50.0);
myWindow->setStereoOutput(true);
if(!myGUI->stglInit()) {
myMsgQueue->pushError(stCString("StDiagnostics - critical error:\nGUI initialization failed!"));
myMsgQueue->popAll();
myGUI.nullify();
return false;
}
myGUI->stglResize(myWindow->stglViewport(ST_WIN_MASTER));
registerHotKeys();
return true;
}
bool StPlayList::saveM3U(const StCString& thePath) {
StRawFile aFile;
if(thePath.isEmpty()
|| !aFile.openFile(StRawFile::WRITE, thePath)) {
return false;
}
StMutexAuto anAutoLock(myMutex);
aFile.write(stCString("#EXTM3U"));
for(StPlayItem* anItem = myFirst; anItem != NULL; anItem = anItem->getNext()) {
const StFileNode* aNode = anItem->getFileNode();
if(aNode == NULL) {
continue;
} else if(aNode->size() < 2) {
aFile.write(stCString("\n#EXTINF:0,"));
if(anItem->hasCustomTitle()) {
aFile.write(anItem->getTitle());
}
aFile.write(stCString("\n"));
aFile.write(aNode->getPath());
}
}
aFile.write(stCString("\n"));
return true;
}
StDiagnostics::StDiagnostics(const StHandle<StResourceManager>& theResMgr,
const StNativeWin_t theParentWin,
const StHandle<StOpenInfo>& theOpenInfo)
: StApplication(theResMgr, theParentWin, theOpenInfo) {
myTitle = "sView - Stereoscopic Device Diagnostics";
params.IsFullscreen = new StBoolParam(false);
params.IsFullscreen->signals.onChanged.connect(this, &StDiagnostics::doFullscreen);
myGUI = new StDiagnosticsGUI(this);
#if defined(__ANDROID__)
addRenderer(new StOutInterlace (myResMgr, theParentWin));
addRenderer(new StOutAnaglyph (myResMgr, theParentWin));
addRenderer(new StOutDistorted (myResMgr, theParentWin));
#else
addRenderer(new StOutAnaglyph (myResMgr, theParentWin));
addRenderer(new StOutDual (myResMgr, theParentWin));
addRenderer(new StOutIZ3D (myResMgr, theParentWin));
addRenderer(new StOutInterlace (myResMgr, theParentWin));
addRenderer(new StOutDistorted (myResMgr, theParentWin));
addRenderer(new StOutPageFlipExt(myResMgr, theParentWin));
#endif
// create actions
StHandle<StAction> anAction;
anAction = new StActionBool(stCString("DoFullscreen"), params.IsFullscreen);
addAction(Action_Fullscreen, anAction, ST_VK_F, ST_VK_RETURN);
anAction = new StActionIntSlot(stCString("DoStereoModeOn"), stSlot(this, &StDiagnostics::doStereoMode), 1);
addAction(Action_StereoModeOn, anAction, ST_VK_S);
anAction = new StActionIntSlot(stCString("DoStereoModeOff"), stSlot(this, &StDiagnostics::doStereoMode), 0);
addAction(Action_StereoModeOff, anAction, ST_VK_M);
}
int StActiveXCtrl::OnCreate(LPCREATESTRUCT theCreateStruct) {
myBackBrush.CreateSolidBrush(RGB(0, 0, 0));
if(COleControl::OnCreate(theCreateStruct) == -1) {
return -1;
}
const StString ST_ASTERIX = '*';
StMIME aMime(StString(myMimeType), ST_ASTERIX, ST_ASTERIX);
myOpenInfo.setMIME(aMime);
StArgumentsMap aDrawerArgs;
const StString ST_SETTING_SRCFORMAT = stCString("srcFormat");
const StString ST_SETTING_COMPRESS = stCString("toCompress");
const StString ST_SETTING_ESCAPENOQUIT = stCString("escNoQuit");
const StMIME ST_MIME_X_JPS("image/x-jps", ST_ASTERIX, ST_ASTERIX);
const StMIME ST_MIME_JPS ("image/jps", ST_ASTERIX, ST_ASTERIX);
const StMIME ST_MIME_X_PNS("image/x-pns", ST_ASTERIX, ST_ASTERIX);
const StMIME ST_MIME_PNS ("image/pns", ST_ASTERIX, ST_ASTERIX);
StArgument anArgSrcFormat = aDrawerArgs[ST_SETTING_SRCFORMAT];
if(!anArgSrcFormat.isValid()) {
anArgSrcFormat.setKey(ST_SETTING_SRCFORMAT);
if(aMime == ST_MIME_X_JPS
|| aMime == ST_MIME_JPS
|| aMime == ST_MIME_X_PNS
|| aMime == ST_MIME_PNS) {
anArgSrcFormat.setValue(st::formatToString(StFormat_SideBySide_RL));
aDrawerArgs.add(anArgSrcFormat);
}
}
aDrawerArgs.add(StArgument(ST_SETTING_COMPRESS, "true")); // optimize memory usage
aDrawerArgs.add(StArgument(ST_SETTING_ESCAPENOQUIT, "true")); // do not close plugin instance by Escape key
myOpenInfo.setArgumentsMap(aDrawerArgs);
// set window
myParentWin = m_hWnd;
// starts out plugin main loop in another thread
myThread = new StThread(stThreadFunction, (void* )this, "StActiveXCtrl");
// load URL
StString aFilePath = loadURL(myHasPreview ? myUrlPreview : myUrlFull);
if(aFilePath.isEmpty()) {
if(!myHasPreview) {
return 0;
}
if(myHasPreview) {
// if we have 2 URLs - try to load another one
aFilePath = loadURL(myUrlFull);
if(aFilePath.isEmpty()) {
return 0;
}
myHasPreview = false;
}
}
myOpenInfo.setPath(aFilePath);
myOpenEvent.set();
return 0;
}
StTranslations::StTranslations(const StHandle<StResourceManager>& theResMgr,
const StString& theModuleName)
: myResMgr(theResMgr),
myModuleName(theModuleName),
myWasReloaded(false) {
params.language = new StEnumParam(0, stCString("language"), stCString("Language"));
reload();
}
StBrowserPlugin::StBrowserPlugin(NSPluginCreateData* theCreateDataStruct)
: nppInstance(theCreateDataStruct->instance),
myResMgr(new StResourceManager()),
myParentWin((StNativeWin_t )NULL),
#ifdef _WIN32
myProcOrig(NULL),
myBackBrush(CreateSolidBrush(RGB(0, 0, 0))),
#endif
myToLoadFull(false),
myIsActive(false),
myToQuit(false) {
if(ST_PLUGIN_INSTANCES.increment() == 1) {
StSearchMonitors aMonitors;
aMonitors.init(true); // force update of cached state
}
StArgumentsMap aDrawerArgs;
for(int aParamId = 0; aParamId < theCreateDataStruct->argc; ++aParamId) {
StString aParamName = StString(theCreateDataStruct->argn[aParamId]);
StString aParamValue = StString(theCreateDataStruct->argv[aParamId]);
StArgument stArg(aParamName, aParamValue);
aDrawerArgs.add(stArg);
if(aParamName.isEqualsIgnoreCase(stCString("data-prv-url"))) {
myPreviewUrl = aParamValue;
myPreviewUrlUtf8.fromUrl(aParamValue);
}
}
const StString ST_ASTERIX = '*';
StMIME stMIME(StString(theCreateDataStruct->type), ST_ASTERIX, ST_ASTERIX);
myOpenInfo.setMIME(stMIME);
const StString ST_SETTING_SRCFORMAT = stCString("srcFormat");
const StString ST_SETTING_COMPRESS = stCString("toCompress");
const StString ST_SETTING_ESCAPENOQUIT = stCString("escNoQuit");
const StMIME ST_MIME_X_JPS("image/x-jps", ST_ASTERIX, ST_ASTERIX);
const StMIME ST_MIME_JPS ("image/jps", ST_ASTERIX, ST_ASTERIX);
const StMIME ST_MIME_X_PNS("image/x-pns", ST_ASTERIX, ST_ASTERIX);
const StMIME ST_MIME_PNS ("image/pns", ST_ASTERIX, ST_ASTERIX);
StArgument anArgSrcFormat = aDrawerArgs[ST_SETTING_SRCFORMAT];
if(!anArgSrcFormat.isValid()) {
anArgSrcFormat.setKey(ST_SETTING_SRCFORMAT);
if(stMIME == ST_MIME_X_JPS
|| stMIME == ST_MIME_JPS
|| stMIME == ST_MIME_X_PNS
|| stMIME == ST_MIME_PNS) {
anArgSrcFormat.setValue(st::formatToString(StFormat_SideBySide_RL));
aDrawerArgs.add(anArgSrcFormat);
}
}
aDrawerArgs.add(StArgument(ST_SETTING_COMPRESS, "true")); // optimize memory usage
aDrawerArgs.add(StArgument(ST_SETTING_ESCAPENOQUIT, "true")); // do not close plugin instance by Escape key
myOpenInfo.setArgumentsMap(aDrawerArgs);
}
StOutIZ3D::StOutIZ3D(const StHandle<StResourceManager>& theResMgr,
const StNativeWin_t theParentWindow)
: StWindow(theResMgr, theParentWindow),
mySettings(new StSettings(theResMgr, ST_OUT_PLUGIN_NAME)),
myFrBuffer(new StGLStereoFrameBuffer()),
myToCompressMem(myInstancesNb.increment() > 1),
myIsBroken(false) {
const StSearchMonitors& aMonitors = StWindow::getMonitors();
// detect connected displays
int aSupportLevel = ST_DEVICE_SUPPORT_NONE;
for(size_t aMonIter = 0; aMonIter < aMonitors.size(); ++aMonIter) {
const StMonitor& aMon = aMonitors[aMonIter];
if(isFrontDisplay(aMon.getPnPId())
|| isBackDisplay (aMon.getPnPId())) {
aSupportLevel = ST_DEVICE_SUPPORT_PREFER; // we sure that iZ3D connected
break;
}/* else if(aMon.getPnPId() == IZ3D_MODEL_MATROXTH2GO0
|| aMon.getPnPId() == IZ3D_MODEL_MATROXTH2GO1) {
aSupportLevel = ST_DEVICE_SUPPORT_FULL; // is it possible
}*/
}
// devices list
StHandle<StOutDevice> aDevice = new StOutDevice();
aDevice->PluginId = ST_OUT_PLUGIN_NAME;
aDevice->DeviceId = stCString("iZ3D");
aDevice->Priority = aSupportLevel;
aDevice->Name = stCString("IZ3D Display");
myDevices.add(aDevice);
// shader switch option
params.Glasses = new StEnumParam(myShaders.getMode(), stCString("tableId"), stCString("tableId"));
params.Glasses->signals.onChanged.connect(&myShaders, &StOutIZ3DShaders::doSetMode);
// load window position
if(isMovable()) {
StRect<int32_t> aRect;
if(!mySettings->loadInt32Rect(ST_SETTING_WINDOWPOS, aRect)) {
aRect = defaultRect();
}
StWindow::setPlacement(aRect, true);
}
updateStrings();
StWindow::setTitle("sView - iZ3D Renderer");
// load parameters
mySettings->loadParam(params.Glasses);
// request slave window
StWindow::setAttribute(StWinAttr_SlaveCfg, StWinSlave_slaveSync);
}
bool StJpegParser::setupJps(const StFormatEnum theFormat) {
if(myBuffer == NULL) {
return false;
}
if(myOffsets[Offset_Jps] == 0) {
if(myOffsets[Offset_Dqt] == 0) {
return false;
}
// insert section right after DQT
const StCString THE_APP_DESC = stCString("Written by sView");
const uint16_t aDqtLen = StAlienData::Get16uBE(myBuffer + myOffsets[Offset_Dqt] + 2);
const ptrdiff_t anOffset = myOffsets[Offset_Dqt] + aDqtLen + 2;
const uint16_t aJpsLen = 16 + 2 + ((uint16_t )THE_APP_DESC.Size + 1);
if(!insertSection(M_APP3, aJpsLen, anOffset)) {
return false;
}
myOffsets[Offset_Jps] = anOffset;
stUByte_t* aData = myBuffer + anOffset + 2;
stMemCpy(aData + 2, "_JPSJPS_", 8);
StAlienData::Set16uBE(aData + 10, 4);
StAlienData::Set32uBE(aData + 12, 0);
StAlienData::Set16uBE(aData + 16, (uint16_t )THE_APP_DESC.Size);
stMemCpy(aData + 18, THE_APP_DESC.String, THE_APP_DESC.Size + 1);
} else if(myStFormat == theFormat) {
return false;
}
myStFormat = theFormat;
uint32_t aStereoDesc = 0x00000001;
switch(theFormat) {
case ST_V_SRC_PARALLEL_PAIR:
aStereoDesc |= SD_LAYOUT_SIDEBYSIDE | SD_LEFT_FIELD_FIRST;
break;
case ST_V_SRC_SIDE_BY_SIDE:
aStereoDesc |= SD_LAYOUT_SIDEBYSIDE;
break;
case ST_V_SRC_OVER_UNDER_LR:
aStereoDesc |= SD_LAYOUT_OVERUNDER | SD_LEFT_FIELD_FIRST;
break;
case ST_V_SRC_OVER_UNDER_RL:
aStereoDesc |= SD_LAYOUT_OVERUNDER;
break;
case ST_V_SRC_ROW_INTERLACE:
aStereoDesc |= SD_LAYOUT_INTERLEAVED;
break;
case ST_V_SRC_ANAGLYPH_RED_CYAN:
aStereoDesc |= SD_LAYOUT_ANAGLYPH;
break;
case ST_V_SRC_MONO:
default:
aStereoDesc = 0x00000000;
break;
}
StAlienData::Set32uBE(myBuffer + myOffsets[Offset_Jps] + 2 + 8 + 2 + 2, aStereoDesc);
return true;
}
bool StOutAnaglyph::create() {
StWindow::show();
if(!StWindow::create()) {
return false;
}
// initialize GL context
myContext = StWindow::getContext();
myContext->setMessagesQueue(myMsgQueue);
if(!myContext->isGlGreaterEqual(2, 0)) {
myMsgQueue->pushError(stCString("OpenGL 2.0 is required by Anaglyph Output"));
myIsBroken = true;
return true;
}
myContext->stglSetVSync((StGLContext::VSync_Mode )StWindow::params.VSyncMode->getValue());
StWindow::params.VSyncMode->signals.onChanged += stSlot(this, &StOutAnaglyph::doSwitchVSync);
// INIT shaders
const StString aShadersRoot = StProcess::getStShareFolder() + "shaders" + SYS_FS_SPLITTER
+ ST_OUT_PLUGIN_NAME + SYS_FS_SPLITTER;
StGLVertexShader aVertShader("Anaglyph"); // common vertex shader
if(!aVertShader.initFile(*myContext, aShadersRoot + VSHADER)
|| !initProgram(*myContext, mySimpleAnaglyph, aVertShader,
aShadersRoot + FSHADER_SIMPLE)
|| !initProgram(*myContext, myGrayAnaglyph, aVertShader,
aShadersRoot + FSHADER_GRAY)
|| !initProgram(*myContext, myTrueAnaglyph, aVertShader,
aShadersRoot + FSHADER_TRUE)
|| !initProgram(*myContext, myOptimAnaglyph, aVertShader,
aShadersRoot + FSHADER_OPTIM)
|| !initProgram(*myContext, myYellowAnaglyph, aVertShader,
aShadersRoot + FSHADER_YELLOW)
|| !initProgram(*myContext, myYellowDubiosAnaglyph, aVertShader,
aShadersRoot + FSHADER_YELLOWD)
|| !initProgram(*myContext, myGreenAnaglyph, aVertShader,
aShadersRoot + FSHADER_GREEN)) {
aVertShader.release(*myContext);
myMsgQueue->pushError(stCString("Anaglyph output - critical error:\nShaders initialization failed!"));
myIsBroken = true;
return true;
}
aVertShader.release(*myContext);
myIsBroken = false;
return true;
}
void StPlayList::setExtensions(const StArrayList<StString>& theExtensions) {
myExtensions = theExtensions;
for(size_t anExtId = 0; anExtId < myExtensions.size(); ++anExtId) {
if(myExtensions[anExtId].isEqualsIgnoreCase(stCString("m3u"))) {
myExtensions.remove(anExtId); // playlist files are treated in special way
--anExtId;
}
}
}
StGLRangeFieldFloat32::StGLRangeFieldFloat32(StGLWidget* theParent,
const StHandle<StFloat32Param>& theTrackedValue,
const int theLeft, const int theTop,
const StGLCorner theCorner)
: StGLWidget(theParent, theLeft, theTop, theCorner),
myTrackValue(theTrackedValue),
myValueText(NULL),
myFormat(stCString("%+01.3f")) {
myTrackValue->signals.onChanged += stSlot(this, &StGLRangeFieldFloat32::onValueChange);
StGLWidget::signals.onMouseUnclick = stSlot(this, &StGLRangeFieldFloat32::doMouseUnclick);
}
StImageFile::ImageClass StImageFile::imgLibFromString(const StString& thePreferred) {
StImageFile::ImageClass aPreferred = ST_LIBAV;
if(thePreferred.isEqualsIgnoreCase(stCString("LibAV")) ||
thePreferred.isEqualsIgnoreCase(stCString("FFmpeg")) ||
thePreferred.isEqualsIgnoreCase(stCString("StAVImage"))) {
aPreferred = ST_LIBAV;
} else if(thePreferred.isEqualsIgnoreCase(stCString("FreeImage")) ||
thePreferred.isEqualsIgnoreCase(stCString("StFreeImage"))) {
aPreferred = ST_FREEIMAGE;
} else if(thePreferred.isEqualsIgnoreCase(stCString("DevIL")) ||
thePreferred.isEqualsIgnoreCase(stCString("StDevILImage"))) {
aPreferred = ST_DEVIL;
} else if(thePreferred.isEqualsIgnoreCase(stCString("WebP")) ||
thePreferred.isEqualsIgnoreCase(stCString("StWebPImage"))) {
aPreferred = ST_WEBP;
}
return aPreferred;
}
void StWindow::copySignals() {
params.VSyncMode = new StEnumParam(0, stCString("vsyncMode"), stCString("VSync mode"));
params.VSyncMode->changeValues().add("Off");
params.VSyncMode->changeValues().add("On");
params.VSyncMode->changeValues().add("Mixed");
myWin->signals.onClose = &signals.onClose;
myWin->signals.onPause = &signals.onPause;
myWin->signals.onResize = &signals.onResize;
myWin->signals.onAnotherMonitor = &signals.onAnotherMonitor;
myWin->signals.onKeyUp = &signals.onKeyUp;
myWin->signals.onKeyDown = &signals.onKeyDown;
myWin->signals.onKeyHold = &signals.onKeyHold;
myWin->signals.onMouseUp = &signals.onMouseUp;
myWin->signals.onMouseDown = &signals.onMouseDown;
myWin->signals.onTouch = &signals.onTouch;
myWin->signals.onGesture = &signals.onGesture;
myWin->signals.onScroll = &signals.onScroll;
myWin->signals.onFileDrop = &signals.onFileDrop;
myWin->signals.onNavigate = &signals.onNavigate;
myWin->signals.onAction = &signals.onAction;
}
void StOutAnaglyph::stglDraw() {
myFPSControl.setTargetFPS(StWindow::getTargetFps());
const StGLBoxPx aVPort = StWindow::stglViewport(ST_WIN_MASTER);
if(!StWindow::isStereoOutput() || myIsBroken) {
StWindow::stglMakeCurrent(ST_WIN_MASTER);
myContext->stglResizeViewport(aVPort);
if(myToCompressMem) {
myFrBuffer->release(*myContext);
}
StWindow::signals.onRedraw(ST_DRAW_LEFT);
myFPSControl.sleepToTarget(); // decrease FPS to target by thread sleeps
StWindow::stglSwap(ST_WIN_MASTER);
++myFPSControl;
return;
}
StWindow::stglMakeCurrent(ST_WIN_MASTER);
// resize FBO
if(!myFrBuffer->initLazy(*myContext, aVPort.width(), aVPort.height(), StWindow::hasDepthBuffer())) {
myMsgQueue->pushError(stCString("Anaglyph output - critical error:\nFrame Buffer Object resize failed!"));
myIsBroken = true;
return;
}
// draw into virtual frame buffers (textures)
myFrBuffer->setupViewPort(*myContext); // we set TEXTURE sizes here
myFrBuffer->bindBufferLeft(*myContext);
StWindow::signals.onRedraw(ST_DRAW_LEFT);
myFrBuffer->bindBufferRight(*myContext);
StWindow::signals.onRedraw(ST_DRAW_RIGHT);
myFrBuffer->unbindBufferRight(*myContext);
// now draw to real screen buffer
// clear the screen and the depth buffer
myContext->stglResizeViewport(aVPort);
myContext->core20fwd->glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
myContext->core20fwd->glDisable(GL_DEPTH_TEST);
myContext->core20fwd->glDisable(GL_BLEND);
myFrBuffer->bindMultiTexture(*myContext);
myFrBuffer->drawQuad(*myContext, myStereoProgram);
myFrBuffer->unbindMultiTexture(*myContext);
myFPSControl.sleepToTarget(); // decrease FPS to target by thread sleeps
StWindow::stglSwap(ST_WIN_MASTER);
++myFPSControl;
}
StOutPageFlipExt::StOutPageFlipExt(const StHandle<StResourceManager>& theResMgr,
const StNativeWin_t theParentWindow)
: StOutPageFlip(theResMgr, theParentWindow),
myVpSizeY(0),
myVpSizeX(0),
myIsQuiting(false) {
myWinRect.left() = 0;
myWinRect.right() = 0;
myWinRect.top() = 0;
myWinRect.bottom() = 0;
// Control Code option
params.ControlCode = new StEnumParam(DEVICE_CONTROL_NONE, stCString("deviceControl"), stCString("deviceControl"));
params.ControlCode->defineOption(DEVICE_CONTROL_NONE, stCString("noCodes"));
params.ControlCode->defineOption(DEVICE_CONTROL_BLUELINE, stCString("blueLine"));
params.ControlCode->defineOption(DEVICE_CONTROL_WHITELINE, stCString("whiteLine"));
params.ControlCode->defineOption(DEVICE_CONTROL_ED_ON_OFF, stCString("eD"));
params.ControlCode->signals.onChanged.connect(this, &StOutPageFlipExt::doSetDeviceControl);
// load shutter glasses controller
updateStringsExt();
mySettings->loadParam(params.ControlCode);
myToResetDevice = false;
}
bool StPlayList::checkExtension(const StString& thePath) {
if(StFolder::isFolder(thePath)) {
// just folder
return true;
}
StString anExtension = StFileNode::getExtension(thePath);
for(size_t anExtId = 0; anExtId < myExtensions.size(); ++anExtId) {
if(anExtension.isEqualsIgnoreCase(myExtensions[anExtId])) {
return true;
}
}
if(anExtension.isEqualsIgnoreCase(stCString("m3u"))) {
return true;
}
return false;
}
void StTranslations::updateLangCode(const int32_t theNewLang) {
const StString& aLang = params.language->getValues()[theNewLang];
if(aLang == stCString("русский")) {
myLangCode = "rus";
} else if(aLang == stCString("français")) {
myLangCode = "fre";
//myLangCode = "fra";
} else if(aLang == stCString("Deutsch")) {
myLangCode = "ger";
//myLangCode = "deu";
} else if(aLang == stCString("한국어")) {
myLangCode = "kor";
} else if(aLang == stCString("简体中文")) {
myLangCode = "chi";
} else if(aLang == stCString("Čeština")) {
myLangCode = "cze";
} else if(aLang == stCString("English")) {
myLangCode = "eng";
} else {
myLangCode.clear();
}
}
StFormatEnum st::formatFromName(const StString& theFileName,
bool& theIsAnamorph) {
StString aName, anExt;
StFileNode::getNameAndExtension(theFileName, aName, anExt);
aName.toLowerCase();
anExt.toLowerCase();
if(anExt == stCString("pns")
|| anExt == stCString("jps")) {
theIsAnamorph = false;
return ST_V_SRC_SIDE_BY_SIDE;
}
// this is not optimized search, but should be OK for most use cases
if(aName.isContains(stCString("halfou"))
|| aName.isContains(stCString("half-ou"))
|| aName.isContains(stCString("half_ou"))
|| aName.isContains(stCString("half.ou"))
|| aName.isContains(stCString("half ou"))
|| aName.isEndsWith(stCString("-hou"))
|| aName.isEndsWith(stCString("_hou"))
|| aName.isEndsWith(stCString(".hou"))
|| aName.isEndsWith(stCString(" hou"))
|| aName.isEndsWith(stCString("-abq"))) {
theIsAnamorph = true;
return ST_V_SRC_OVER_UNDER_LR;
} else if(aName.isEndsWith(stCString("-baq"))) {
theIsAnamorph = true;
return ST_V_SRC_OVER_UNDER_RL;
} else if(aName.isEndsWith(stCString("-ab"))
//|| aName.isContains(stCString("-ou")) // too ambiguous
//|| aName.isContains(stCString("_ou"))
//|| aName.isContains(stCString(".ou"))
//|| aName.isContains(stCString(" ou"))
) {
theIsAnamorph = false;
return ST_V_SRC_OVER_UNDER_LR;
} else if(aName.isEndsWith(stCString("-ba"))) {
theIsAnamorph = false;
return ST_V_SRC_OVER_UNDER_RL;
} else if(aName.isContains(stCString("halfsbs"))
|| aName.isContains(stCString("half-sbs"))
|| aName.isContains(stCString("half_sbs"))
|| aName.isContains(stCString("half.sbs"))
|| aName.isContains(stCString("half sbs"))
|| aName.isContains(stCString(".hsbs"))
|| aName.isContains(stCString("-hsbs"))
|| aName.isContains(stCString("_hsbs"))
|| aName.isContains(stCString(" hsbs"))
|| aName.isEndsWith(stCString("-lrq"))) {
theIsAnamorph = true;
return ST_V_SRC_PARALLEL_PAIR;
} else if(aName.isEndsWith(stCString("-rlq"))) {
theIsAnamorph = true;
return ST_V_SRC_SIDE_BY_SIDE;
} else if(aName.isContains(stCString("-sbs"))
|| aName.isContains(stCString(".sbs"))
|| aName.isContains(stCString(" sbs"))
|| aName.isEndsWith(stCString("-lr"))) {
theIsAnamorph = false;
return ST_V_SRC_PARALLEL_PAIR;
} else if(aName.isEndsWith(stCString("-rl"))) {
theIsAnamorph = false;
return ST_V_SRC_SIDE_BY_SIDE;
} else if(aName.isEndsWith(stCString("-2d"))) {
theIsAnamorph = false;
return ST_V_SRC_MONO;
}
theIsAnamorph = false;
return ST_V_SRC_AUTODETECT;
}
StFolder::StFolder()
: StFileNode(stCString(""), NULL, NODE_TYPE_FOLDER) {
//
}
StFileNode::StFileNode()
: StNode(stCString(""), NULL, NODE_TYPE_FILE) {
//
}
StImageFile::ImageType StImageFile::guessImageType(const StString& theFileName,
const StMIME& theMIMEType) {
StString anExt = !theMIMEType.isEmpty() ? theMIMEType.getExtension() : StFileNode::getExtension(theFileName);
if(anExt.isEqualsIgnoreCase(stCString("mpo"))
|| theMIMEType.getMIMEType().isEquals(stCString("image/mpo"))
|| theMIMEType.getMIMEType().isEquals(stCString("image/x-mpo"))) {
return StImageFile::ST_TYPE_MPO;
} else if(anExt.isEqualsIgnoreCase(stCString("jps"))
|| theMIMEType.getMIMEType().isEquals(stCString("image/jps"))
|| theMIMEType.getMIMEType().isEquals(stCString("image/x-jps"))) {
return StImageFile::ST_TYPE_JPS;
} else if(anExt.isEqualsIgnoreCase(stCString("pns"))
|| theMIMEType.getMIMEType().isEquals(stCString("image/pns"))
|| theMIMEType.getMIMEType().isEquals(stCString("image/x-pns"))) {
return StImageFile::ST_TYPE_PNS;
} else if(anExt.isEqualsIgnoreCase(stCString("jpg"))
|| anExt.isEqualsIgnoreCase(stCString("jpeg"))
|| anExt.isEqualsIgnoreCase(stCString("jpe"))
|| theMIMEType.getMIMEType().isEquals(stCString("image/jpg"))
|| theMIMEType.getMIMEType().isEquals(stCString("image/jpeg"))) {
return StImageFile::ST_TYPE_JPEG;
} else if(anExt.isEqualsIgnoreCase(stCString("png"))
|| theMIMEType.getMIMEType().isEquals(stCString("image/png"))) {
return StImageFile::ST_TYPE_PNG;
} else if(anExt.isEqualsIgnoreCase(stCString("exr"))) {
return StImageFile::ST_TYPE_EXR;
} else if(anExt.isEqualsIgnoreCase(stCString("psd"))) {
return StImageFile::ST_TYPE_PSD;
} else if(anExt.isEqualsIgnoreCase(stCString("ico"))) {
return StImageFile::ST_TYPE_ICO;
} else if(anExt.isEqualsIgnoreCase(stCString("hdr"))) {
return StImageFile::ST_TYPE_HDR;
} else if(anExt.isEqualsIgnoreCase(stCString("webp"))
|| theMIMEType.getMIMEType().isEquals(stCString("image/webp"))) {
return StImageFile::ST_TYPE_WEBP;
} else if(anExt.isEqualsIgnoreCase(stCString("webpll"))
|| theMIMEType.getMIMEType().isEquals(stCString("image/webpll"))) {
return StImageFile::ST_TYPE_WEBPLL;
}
return StImageFile::ST_TYPE_NONE;
}
void StTranslations::reload() {
params.language->changeValues().clear();
// detect available translations
StArrayList<StString> aFolders;
myResMgr->listSubFolders("lang", aFolders);
for(size_t aNodeId = 0; aNodeId < aFolders.size(); ++aNodeId) {
myLangFolderList.add(aFolders[aNodeId]);
const StString aNameFile = StString("lang" ST_FILE_SPLITTER) + aFolders[aNodeId] + ST_FILE_SPLITTER "language.lng";
StHandle<StResource> aRes = myResMgr->getResource(aNameFile);
StString aName;
if(!aRes.isNull()
&& aRes->read()) {
const char* aSrc = (const char* )aRes->getData();
const size_t aLen = (size_t )aRes->getSize();
aName = StString(aSrc, aLen);
}
params.language->changeValues().add(aName.isEmpty() ? aFolders[aNodeId] : aName);
}
#if defined(__ANDROID__)
if(params.language->getValues().isEmpty()) {
// no way to list sub-folder on Android - check known translations
if(myResMgr->isResourceExist(StString("lang" ST_FILE_SPLITTER "English" ST_FILE_SPLITTER) + myModuleName + StTranslations::DEFAULT_SUFFIX)) {
params.language->changeValues().add("English");
myLangFolderList.add("English");
}
if(myResMgr->isResourceExist(StString("lang" ST_FILE_SPLITTER "Russian" ST_FILE_SPLITTER) + myModuleName + StTranslations::DEFAULT_SUFFIX)) {
params.language->changeValues().add("русский");
myLangFolderList.add("Russian");
}
if(myResMgr->isResourceExist(StString("lang" ST_FILE_SPLITTER "French" ST_FILE_SPLITTER) + myModuleName + StTranslations::DEFAULT_SUFFIX)) {
params.language->changeValues().add("français");
myLangFolderList.add("French");
}
if(myResMgr->isResourceExist(StString("lang" ST_FILE_SPLITTER "German" ST_FILE_SPLITTER) + myModuleName + StTranslations::DEFAULT_SUFFIX)) {
params.language->changeValues().add("Deutsch");
myLangFolderList.add("German");
}
if(myResMgr->isResourceExist(StString("lang" ST_FILE_SPLITTER "Korean" ST_FILE_SPLITTER) + myModuleName + StTranslations::DEFAULT_SUFFIX)) {
params.language->changeValues().add("한국어");
myLangFolderList.add("Korean");
}
if(myResMgr->isResourceExist(StString("lang" ST_FILE_SPLITTER "ChineseS" ST_FILE_SPLITTER) + myModuleName + StTranslations::DEFAULT_SUFFIX)) {
params.language->changeValues().add("简体中文");
myLangFolderList.add("ChineseS");
}
if(myResMgr->isResourceExist(StString("lang" ST_FILE_SPLITTER "Czech" ST_FILE_SPLITTER) + myModuleName + StTranslations::DEFAULT_SUFFIX)) {
params.language->changeValues().add("Čeština");
myLangFolderList.add("Czech");
}
}
#endif
if(params.language->getValues().isEmpty()) {
// add built-in language
params.language->changeValues().add("English");
myLangFolderList.add("English");
}
size_t anIdInList = 0;
StString aLangParam("English");
StSettings aGlobalSettings(myResMgr, ST_GLOBAL_SETTINGS_GROUP);
bool isLangSet = false;
if(!aGlobalSettings.loadString(ST_SETTING_LANGUAGE, aLangParam)) {
// try to use system-wide language settings
const StString& aLang = myResMgr->getSystemLanguage();
if(aLang.isEqualsIgnoreCase(stCString("ru"))) {
if(myLangFolderList.contains(stCString("Russian"), anIdInList)
|| myLangFolderList.contains(stCString("русский"), anIdInList)) {
params.language->setValue(int32_t(anIdInList));
isLangSet = true;
}
} else if(aLang.isEqualsIgnoreCase(stCString("de"))) {
if(myLangFolderList.contains(stCString("German"), anIdInList)
|| myLangFolderList.contains(stCString("Deutsch"), anIdInList)) {
params.language->setValue(int32_t(anIdInList));
isLangSet = true;
}
} else if(aLang.isEqualsIgnoreCase(stCString("fr"))) {
if(myLangFolderList.contains(stCString("French"), anIdInList)
|| myLangFolderList.contains(stCString("français"), anIdInList)) {
params.language->setValue(int32_t(anIdInList));
isLangSet = true;
}
} else if(aLang.isEqualsIgnoreCase(stCString("ko"))) {
if(myLangFolderList.contains(stCString("Korean"), anIdInList)) {
params.language->setValue(int32_t(anIdInList));
isLangSet = true;
}
} else if(aLang.isEqualsIgnoreCase(stCString("zh"))) {
if(myLangFolderList.contains(stCString("ChineseS"), anIdInList)) {
params.language->setValue(int32_t(anIdInList));
isLangSet = true;
}
} else if(aLang.isEqualsIgnoreCase(stCString("cs"))) {
if(myLangFolderList.contains(stCString("Čeština"), anIdInList)) {
params.language->setValue(int32_t(anIdInList));
isLangSet = true;
}
}
}
if(!isLangSet) {
if(myLangFolderList.contains(aLangParam, anIdInList)
|| myLangFolderList.contains(stCString("English"), anIdInList)) {
params.language->setValue(int32_t(anIdInList));
}
}
updateLangCode(int32_t(anIdInList));
const StString& aFolderName = myLangFolderList[anIdInList];
const StString aResName = StString()
+ "lang" + SYS_FS_SPLITTER
+ aFolderName + SYS_FS_SPLITTER
+ myModuleName + StTranslations::DEFAULT_SUFFIX;
StHandle<StResource> aRes = myResMgr->getResource(aResName);
if(!aRes.isNull()
&& aRes->read()) {
const char* aSrc = (const char* )aRes->getData();
const int aLen = aRes->getSize();
read(aSrc, aLen);
}
// connect signal
params.language->signals.onChanged.connect(this, &StTranslations::setLanguage);
}
void StPlayList::open(const StCString& thePath,
const StCString& theItem) {
StMutexAuto anAutoLock(myMutex);
// check if it is recently played playlist
bool hasTarget = !theItem.isEmpty();
StString aTarget = hasTarget ? theItem : thePath;
if(!hasTarget) {
for(size_t anIter = 0; anIter < myRecent.size(); ++anIter) {
const StHandle<StRecentItem>& aRecent = myRecent[anIter];
const StHandle<StFileNode>& aFile = aRecent->File;
if(aFile->size() != 1) {
continue;
}
if(thePath.isEquals(aFile->getPath())) {
hasTarget = true;
aTarget = aFile->getValue(0)->getSubPath();
break;
}
}
}
clear();
int aSearchDeep = myRecursionDeep;
StString aFolderPath;
StString aFileName;
if(StFolder::isFolder(thePath)) {
// add all files from the folder and subfolders
aFolderPath = thePath;
aSearchDeep = myRecursionDeep;
myPlsFile = addRecentFile(StFileNode(thePath)); // append to recent files list
} else if(StFileNode::isFileExists(thePath)) {
// search only current folder
StFileNode::getFolderAndFile(thePath, aFolderPath, aFileName);
aSearchDeep = 1;
bool hasSupportedExt = false;
StString anExt = StFileNode::getExtension(aFileName);
for(size_t anExtId = 0; anExtId < myExtensions.size() && !hasSupportedExt; ++anExtId) {
hasSupportedExt = anExt.isEqualsIgnoreCase(myExtensions[anExtId]);
}
// parse m3u playlist
if(anExt.isEqualsIgnoreCase(stCString("m3u"))) {
StRawFile aRawFile(thePath);
if(aRawFile.readFile()) {
StString aTitle;
char* anIter = (char* )aRawFile.getBuffer();
if(anIter[0] == '\xEF' && anIter[1] == '\xBB' && anIter[2] == '\xBF') {
// skip BOM for UTF8 written by some stupid programs
anIter += 3;
}
while(anIter != NULL) {
anIter = parseM3UIter(anIter, aTitle);
}
myPlsFile = addRecentFile(StFileNode(thePath)); // append to recent files list
if(hasTarget) {
// set current item
for(StPlayItem* anItem = myFirst; anItem != NULL; anItem = anItem->getNext()) {
if(anItem->getPath() == aTarget) {
myCurrent = anItem;
break;
}
}
}
anAutoLock.unlock();
signals.onPlaylistChange();
return;
}
}
if(!hasSupportedExt) {
// file with unsupported extension?
StFileNode* aFileNode = new StFileNode(thePath, &myFoldersRoot);
myFoldersRoot.add(aFileNode);
addPlayItem(new StPlayItem(aFileNode, myDefStParams));
}
} else {
// not a filesystem element - probably url or invalid path
StFileNode* aFileNode = new StFileNode(thePath, &myFoldersRoot);
myFoldersRoot.add(aFileNode);
addRecentFile(*aFileNode); // append to recent files list
addPlayItem(new StPlayItem(aFileNode, myDefStParams));
anAutoLock.unlock();
signals.onPlaylistChange();
return;
}
StFolder* aSubFolder = new StFolder(aFolderPath, &myFoldersRoot);
aSubFolder->init(myExtensions, aSearchDeep);
myFoldersRoot.add(aSubFolder);
addToPlayList(aSubFolder);
myCurrent = myFirst;
if(hasTarget || !aFileName.isEmpty()) {
// set current item
for(StPlayItem* anItem = myFirst; anItem != NULL; anItem = anItem->getNext()) {
if(anItem->getPath() == aTarget) {
myCurrent = anItem;
if(myPlsFile.isNull()) {
addRecentFile(*anItem->getFileNode()); // append to recent files list
}
break;
}
}
}
anAutoLock.unlock();
signals.onPlaylistChange();
}
bool StOutIZ3D::create() {
StWindow::show();
if(!StWindow::create()) {
return false;
}
// initialize GL context
myContext = StWindow::getContext();
myContext->setMessagesQueue(myMsgQueue);
const StHandle<StResourceManager>& aResMgr = getResourceManager();
if(!myContext->isGlGreaterEqual(2, 0)) {
myMsgQueue->pushError(stCString("OpenGL 2.0 is required by iZ3D Output"));
myIsBroken = true;
return true;
}
StWindow::stglMakeCurrent(ST_WIN_MASTER);
myContext->stglSetVSync((StGLContext::VSync_Mode )StWindow::params.VSyncMode->getValue());
StWindow::params.VSyncMode->signals.onChanged += stSlot(this, &StOutIZ3D::doSwitchVSync);
// INIT iZ3D tables textures
StAVImage aTableImg;
StHandle<StResource> aTableOld = aResMgr->getResource(StString("textures") + SYS_FS_SPLITTER + "iz3dTableOld.png");
uint8_t* aData = NULL;
int aDataSize = 0;
if(!aTableOld.isNull()
&& !aTableOld->isFile()
&& aTableOld->read()) {
aData = (uint8_t* )aTableOld->getData();
aDataSize = aTableOld->getSize();
}
if(!aTableImg.load(!aTableOld.isNull() ? aTableOld->getPath() : StString(), StImageFile::ST_TYPE_PNG, aData, aDataSize)) {
myMsgQueue->pushError(StString("iZ3D output - critical error:\n") + aTableImg.getState());
myIsBroken = true;
return true;
}
myTexTableOld.setMinMagFilter(*myContext, GL_NEAREST); // we need not linear filtrating for lookup-table!
if(!myTexTableOld.init(*myContext, aTableImg.getPlane())) {
myMsgQueue->pushError(stCString("iZ3D output - critical error:\nLookup-table initalization failed!"));
myIsBroken = true;
return true;
}
StHandle<StResource> aTableNew = aResMgr->getResource(StString("textures") + SYS_FS_SPLITTER + "iz3dTableNew.png");
aData = NULL;
aDataSize = 0;
if(!aTableNew.isNull()
&& !aTableNew->isFile()
&& aTableNew->read()) {
aData = (uint8_t* )aTableNew->getData();
aDataSize = aTableNew->getSize();
}
if(!aTableImg.load(!aTableNew.isNull() ? aTableNew->getPath() : StString(), StImageFile::ST_TYPE_PNG, aData, aDataSize)) {
myMsgQueue->pushError(StString("iZ3D output - critical error:\n") + aTableImg.getState());
myIsBroken = true;
return true;
}
myTexTableNew.setMinMagFilter(*myContext, GL_NEAREST); // we need not linear filtrating for lookup-table!
if(!myTexTableNew.init(*myContext, aTableImg.getPlane())) {
myMsgQueue->pushError(stCString("iZ3D output - critical error:\nLookup-table initalization failed!"));
myIsBroken = true;
return true;
}
// INIT shaders
if(!myShaders.init(*myContext)) {
myMsgQueue->pushError(stCString("iZ3D output - critical error:\nShaders initialization failed!"));
myIsBroken = true;
return true;
}
myIsBroken = false;
return true;
}
StCString StAndroidGlue::getCommandIdName(StAndroidGlue::CommandId theCmd) {
switch(theCmd) {
case StAndroidGlue::CommandId_InputChanged: return stCString("InputChanged");
case StAndroidGlue::CommandId_WindowInit: return stCString("WindowInit");
case StAndroidGlue::CommandId_WindowTerm: return stCString("WindowTerm");
case StAndroidGlue::CommandId_WindowResize: return stCString("WindowResize");
case StAndroidGlue::CommandId_WindowRedraw: return stCString("WindowRedraw");
case StAndroidGlue::CommandId_FocusGained: return stCString("FocusGained");
case StAndroidGlue::CommandId_FocusLost: return stCString("FocusLost");
case StAndroidGlue::CommandId_ConfigChanged: return stCString("ConfigChanged");
case StAndroidGlue::CommandId_LowMemory: return stCString("LowMemory");
case StAndroidGlue::CommandId_Start: return stCString("Start");
case StAndroidGlue::CommandId_Resume: return stCString("Resume");
case StAndroidGlue::CommandId_SaveState: return stCString("SaveState");
case StAndroidGlue::CommandId_Pause: return stCString("Pause");
case StAndroidGlue::CommandId_Stop: return stCString("Stop");
case StAndroidGlue::CommandId_Destroy: return stCString("Destroy");
case StAndroidGlue::CommandId_BackPressed: return stCString("BackPressed");
case StAndroidGlue::CommandId_WindowChanged: return stCString("WindowChanged");
}
return stCString("UNKNOWN");
}
void StOutIZ3D::stglDraw() {
if(!StWindow::stglMakeCurrent(ST_WIN_MASTER)) {
StWindow::signals.onRedraw(ST_DRAW_MONO);
StThread::sleep(10);
return;
}
myFPSControl.setTargetFPS(StWindow::getTargetFps());
const StGLBoxPx aVPMaster = StWindow::stglViewport(ST_WIN_MASTER);
const StGLBoxPx aVPSlave = StWindow::stglViewport(ST_WIN_SLAVE);
if(!StWindow::isStereoOutput() || myIsBroken) {
if(myToCompressMem) {
myFrBuffer->release(*myContext);
}
myContext->stglResizeViewport(aVPMaster);
myContext->stglSetScissorRect(aVPMaster, false);
StWindow::signals.onRedraw(ST_DRAW_LEFT);
myContext->stglResetScissorRect();
StWindow::stglMakeCurrent(ST_WIN_SLAVE);
myContext->stglResizeViewport(aVPSlave);
myContext->stglSetScissorRect(aVPSlave, false);
myContext->core20fwd->glClearColor(0.729740052840723f, 0.729740052840723f, 0.729740052840723f, 0.0f);
// clear the screen and the depth buffer
myContext->core20fwd->glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
myContext->core20fwd->glClearColor(0, 0, 0, 0);
myContext->stglResetScissorRect();
myFPSControl.sleepToTarget(); // decrease FPS to target by thread sleeps
StWindow::stglSwap(ST_WIN_ALL);
++myFPSControl;
return;
}
// resize FBO
if(!myFrBuffer->initLazy(*myContext, aVPMaster.width(), aVPMaster.height(), StWindow::hasDepthBuffer())) {
myMsgQueue->pushError(stCString("iZ3D output - critical error:\nFrame Buffer Object resize failed!"));
myIsBroken = true;
return;
}
// draw into virtual frame buffers (textures)
myFrBuffer->setupViewPort(*myContext); // we set TEXTURE sizes here
myFrBuffer->bindBufferLeft(*myContext);
StWindow::signals.onRedraw(ST_DRAW_LEFT);
myFrBuffer->bindBufferRight(*myContext);
StWindow::signals.onRedraw(ST_DRAW_RIGHT);
myFrBuffer->unbindBufferRight(*myContext);
// now draw to real screen buffer
// clear the screen and the depth buffer
myContext->stglResizeViewport(aVPMaster);
myContext->stglSetScissorRect(aVPMaster, false);
myContext->core20fwd->glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
myContext->core20fwd->glDisable(GL_DEPTH_TEST);
myContext->core20fwd->glDisable(GL_BLEND);
StGLTexture& stTexTable = (myShaders.getMode() == StOutIZ3DShaders::IZ3D_TABLE_NEW) ? myTexTableNew : myTexTableOld;
myShaders.master()->use(*myContext);
myFrBuffer->bindMultiTexture(*myContext);
stTexTable.bind(*myContext, GL_TEXTURE2);
myFrBuffer->drawQuad(*myContext, myShaders.master());
stTexTable.unbind(*myContext);
myFrBuffer->unbindMultiTexture(*myContext);
myShaders.master()->unuse(*myContext);
myContext->stglResetScissorRect();
StWindow::stglMakeCurrent(ST_WIN_SLAVE);
myContext->stglResizeViewport(aVPSlave);
myContext->stglSetScissorRect(aVPSlave, false);
myContext->core20fwd->glClearColor(0.729740052840723f, 0.729740052840723f, 0.729740052840723f, 0.0f);
// clear the screen and the depth buffer
myContext->core20fwd->glClear(GL_COLOR_BUFFER_BIT | GL_DEPTH_BUFFER_BIT);
myContext->core20fwd->glClearColor(0, 0, 0, 0);
myShaders.slave()->use(*myContext);
myFrBuffer->bindMultiTexture(*myContext);
stTexTable.bind(*myContext, GL_TEXTURE2);
myFrBuffer->drawQuad(*myContext, myShaders.slave());
stTexTable.unbind(*myContext);
myFrBuffer->unbindMultiTexture(*myContext);
myShaders.slave()->unuse(*myContext);
myContext->stglResetScissorRect();
myFPSControl.sleepToTarget(); // decrease FPS to target by thread sleeps
StWindow::stglSwap(ST_WIN_ALL);
++myFPSControl;
// make sure all GL changes in callback (in StDrawer) will fine
StWindow::stglMakeCurrent(ST_WIN_MASTER);
}