void LCDScreen::seeSamplingEdge(ticks_t time)
{
++edgeCounter;
// TODO According to the AT043TN24 datasheet data should be sampled on the
// falling edge. However the sc_lcd code drives on the falling edge so for
// the moment sample on the rising to match that.
if (DETracker.getSignal().getValue(time)) {
// Thb
const unsigned minHorizontalClks = 40;
// Th * tvb
const unsigned minVerticalClks = 5 * 520;
ticks_t lowEdges = edgeCounter - (lastDEHighEdge + 1);
if (lowEdges >= minVerticalClks) {
// VSync
x = y = 0;
screen.flip();
} else if (lowEdges >= minHorizontalClks) {
// HSync
x = 0;
++y;
}
if (x < screen.getWidth() && y < screen.getHeigth()) {
screen.writePixel(x++, y, DataTracker.getSignal().getValue(time));
}
lastDEHighEdge = edgeCounter;
}
}
WaitActivity::WaitActivity(SDLScreen & screen):Activity(screen)
{
waitView = new WaitView("waitting","gameover","winner","alert");
waitView->setStateWait();
ViewGroup* viewGroup = new ViewGroup(0, 0, screen.getWidth(), screen.getHeight());
viewGroup->add(waitView);
this->setContentView(viewGroup);
}
void WaitView::draw(SDLScreen & screen)
{
TextureManager::Instance().drawBackground(imageId.c_str(),
screen.getRenderer());
if (this->state == WAIT_VIEW_ALERT)
{
this->text.draw(screen.getRenderer(), 250,300, 0, 0);
}
}
void PowerView::draw(SDLScreen & screen){
int margin = 5;
int heightBarProgress = 15;
rect.x = getX();
rect.y = getY() + 20;
rect.h = heightBarProgress - margin;
TextureManager::Instance().drawFillRect(screen.getRenderer(), rect, 255,0,0, 255);
this->label.draw(screen.getRenderer(), getX() , getY());
}
void LCDScreen::run(ticks_t time)
{
switch (scheduleReason) {
case SCHEDULE_SAMPLING_EDGE:
assert(CLKSignal.isClock());
seeSamplingEdge(time);
if (time - lastPollForEvents >= minUpdateTicks) {
if (screen.pollForEvents()) {
throw ExitException(time, 0);
}
lastPollForEvents = time;
}
scheduleSamplingEdge(time + CLKSignal.getPeriod());
break;
case SCHEDULE_POLL_FOR_EVENTS:
if (screen.pollForEvents()) {
throw ExitException(time, 0);
}
schedulePollForEvents(time + minUpdateTicks);
lastPollForEvents = time;
break;
}
}
void HolyView::draw(SDLScreen & screen)
{
TextureManager::Instance().drawFrame(currentSprite->getImageId(),
this->getXCenter(),
this->getYCenter(),
currentSprite->getWidth(),
currentSprite->getHeight(),
currentSprite->getCurrentRow(),
currentSprite->getCurrentFrame(),
screen.getRenderer(),
false,
this->flip,
true);
if (!this->detonated) {
SDL_Rect rect;
rect.x = this->getX()-10;
rect.y = this->getY()-22;
rect.w = this->widhtLifeCurrent;
rect.h = 5;
TextureManager::Instance().drawFillRect(screen.getRenderer(),rect, 255, 0, 0, 255,true);
}
}
void RectangleView::draw(SDLScreen & screen)
{
vertexX[0] = vertexA.x;
vertexX[1] = vertexB.x;
vertexX[2] = vertexC.x;
vertexX[3] = vertexD.x;
vertexY[0] = vertexA.y;
vertexY[1] = vertexB.y;
vertexY[2] = vertexC.y;
vertexY[3] = vertexD.y;
TextureManager::Instance().drawPolygon(screen.getRenderer(),
vertexX,
vertexY,
4,
this->getColorCod(),
this->getBorderColorCod());
}
void PentagonView::draw(SDLScreen & screen)
{
vertexX[0] = vertexA.x;
vertexX[1] = vertexB.x;
vertexX[2] = vertexC.x;
vertexX[3] = vertexD.x;
vertexX[4] = vertexE.x;
vertexY[0] = vertexA.y;
vertexY[1] = vertexB.y;
vertexY[2] = vertexC.y;
vertexY[3] = vertexD.y;
vertexY[4] = vertexE.y;
TextureManager::Instance().drawPolygon(screen.getRenderer(),
vertexX,
vertexY,
countPoint,
this->getColorCod(),
this->getBorderColorCod());
}
/*
void TimerView::start(){
this->timmer.start();
this->finished = false;
this->timerView = 60;
this->updateTimer = 0;
}
void TimerView::reset(){
this->start();
}
bool TimerView::isFinished(){
return this->finished;
}
*/
void TimerView::draw(SDLScreen & screen){
int margin_left = 10;
TextureManager::Instance().draw("reloj", 5, 5, screen.getRenderer());
this->label.draw(screen.getRenderer(), getX() + margin_left , getY());
this->numberLabel.draw(screen.getRenderer(), getX() + margin_left + 20, getY() + 30);
}
