static void stateMachine3_cellCalculate(StateMachine *sM, double *current, double *lower, double *middle, double *upper,
Symbol cX, Symbol cY, void (*doTransition)(double *, double *, int64_t, int64_t, double, double, void *),
void *extraArgs) {
symbol_check(cX);
symbol_check(cY);
StateMachine3 *sM3 = (StateMachine3 *) sM;
if (lower != NULL) {
double eP = emission_getGapProb(sM3->EMISSION_GAP_X_PROBS, cX);
doTransition(lower, current, match, shortGapX, eP, sM3->TRANSITION_GAP_OPEN_X, extraArgs);
doTransition(lower, current, shortGapX, shortGapX, eP, sM3->TRANSITION_GAP_EXTEND_X, extraArgs);
doTransition(lower, current, shortGapY, shortGapX, eP, sM3->TRANSITION_GAP_SWITCH_TO_X, extraArgs);
}
if (middle != NULL) {
double eP = emission_getMatchProb(sM3->EMISSION_MATCH_PROBS, cX, cY); //symbol_matchProb(cX, cY);
doTransition(middle, current, match, match, eP, sM3->TRANSITION_MATCH_CONTINUE, extraArgs);
doTransition(middle, current, shortGapX, match, eP, sM3->TRANSITION_MATCH_FROM_GAP_X, extraArgs);
doTransition(middle, current, shortGapY, match, eP, sM3->TRANSITION_MATCH_FROM_GAP_Y, extraArgs);
}
if (upper != NULL) {
double eP = emission_getGapProb(sM3->EMISSION_GAP_Y_PROBS, cY);
doTransition(upper, current, match, shortGapY, eP, sM3->TRANSITION_GAP_OPEN_Y, extraArgs);
doTransition(upper, current, shortGapY, shortGapY, eP, sM3->TRANSITION_GAP_EXTEND_Y, extraArgs);
doTransition(upper, current, shortGapX, shortGapY, eP, sM3->TRANSITION_GAP_SWITCH_TO_Y, extraArgs);
}
}
void GfxTransitions::doit(Common::Rect picRect) {
const GfxTransitionTranslateEntry *translationEntry = _translationTable;
_picRect = picRect;
if (_translationTable) {
// We need to translate the ID
translationEntry = translateNumber(_number, _translationTable);
if (translationEntry) {
_number = translationEntry->newId;
_blackoutFlag = translationEntry->blackoutFlag;
} else {
warning("Transitions: old ID %d not supported", _number);
_number = SCI_TRANSITIONS_NONE;
_blackoutFlag = false;
}
}
if (_blackoutFlag) {
// We need to find out what transition we are supposed to use for
// blackout
translationEntry = translateNumber(_number, blackoutTransitionIDs);
if (translationEntry) {
doTransition(translationEntry->newId, true);
} else {
warning("Transitions: ID %d not listed in blackoutTransitionIDs", _number);
}
}
_palette->palVaryPrepareForTransition();
// Now we do the actual transition to the new screen
doTransition(_number, false);
if (picRect.bottom != _screen->getHeight()) {
// TODO: this is a workaround for lsl6 not showing menubar when playing
// There is some new code in the sierra sci in ShowPic that seems to do
// something similar to this
_screen->copyToScreen();
g_system->updateScreen();
}
_screen->_picNotValid = 0;
}
le_uint8 ThaiShaping::getNextState(LEUnicode ch, le_uint8 prevState, le_int32 inputIndex, le_uint8 glyphSet, LEUnicode errorChar,
le_uint8 &charClass, LEUnicode *output, LEGlyphStorage &glyphStorage, le_int32 &outputIndex)
{
StateTransition transition;
charClass = getCharClass(ch);
transition = getTransition(prevState, charClass);
return doTransition(transition, ch, inputIndex, glyphSet, errorChar, output, glyphStorage, outputIndex);
}
void Slide::draw(){
// cout << "DRAW 0" << endl;
// Set default alpha.
ofSetColor(255, 255, 255, 255);
// Draw background color.
ofBackground(backgroundColor);
// cout << "DRAW 1" << endl;
// Draw background image.
if(bgImage.isAllocated()){
bgImage.draw((ofGetWindowWidth() - bgImage.getWidth()) / 2, (ofGetWindowHeight() - bgImage.getHeight()) / 2);
}
// Draw background video.
#if defined(TARGET_RASPBERRY_PI)
// Load video on Raspberry Pi.
if(bgVideo.isPlaying()){
int vHeight = ofGetWindowWidth() / bgVideo.getWidth() * bgVideo.getHeight();
bgVideo.draw(0, 0, ofGetWindowWidth(), vHeight);
}
#else
if(bgVideo.isLoaded()){
int vHeight = ofGetWindowWidth() / bgVideo.getWidth() * bgVideo.getHeight();
bgVideo.draw(0, 0, ofGetWindowWidth(), vHeight);
}
#endif
// cout << "DRAW 2" << endl;
// Items.
if(items.size() > 0 && currentItem > -1){
items[currentItem]->draw();
}
// cout << "DRAW 3" << endl;
// Do slide transition.
if(transition != PRESENTER_TRANSITION_NONE){
ofImage screen;
screen.grabScreen(0, 0, ofGetWindowWidth(), ofGetWindowHeight());
doTransition(&screen);
}
// cout << "DRAW 4" << endl;
}
void GfxTransitions::doit(Common::Rect picRect) {
const GfxTransitionTranslateEntry *translationEntry = _translationTable;
_picRect = picRect;
if (_translationTable) {
// We need to translate the ID
translationEntry = translateNumber(_number, _translationTable);
if (translationEntry) {
_number = translationEntry->newId;
_blackoutFlag = translationEntry->blackoutFlag;
} else {
warning("Transitions: old ID %d not supported", _number);
_number = SCI_TRANSITIONS_NONE;
_blackoutFlag = false;
}
}
if (_blackoutFlag) {
// We need to find out what transition we are supposed to use for
// blackout
translationEntry = translateNumber(_number, blackoutTransitionIDs);
if (translationEntry) {
doTransition(translationEntry->newId, true);
} else {
warning("Transitions: ID %d not listed in blackoutTransitionIDs", _number);
}
}
_palette->palVaryPrepareForTransition();
// Now we do the actual transition to the new screen
doTransition(_number, false);
_screen->_picNotValid = 0;
}
