foreach (QScreen *screen, QGuiApplication::screens()) {
/* pixelHeight = screen->virtualGeometry().height();
pixelWidth = screen->virtualGeometry().width();
physicalDPI = screen->physicalDotsPerInch();
*/
// qDebug() << " Orientation:" << Orientation(screen->orientation());
setPixelHeight(screen->virtualGeometry().height());
setPixelWidth(screen->virtualGeometry().width());
setPhysicalDPI(screen->physicalDotsPerInch());
// qDebug() << pixelHeight << pixelWidth << physicalDPI;
}
///////////////////////////////////////////////////////////////////////////////
/// @fn hapticAPI::hapticAPI(const hapticPtr& plugin, const FB::BrowserHostPtr host)
///
/// @brief Constructor for your JSAPI object. You should register your methods, properties, and events
/// that should be accessible to Javascript from here.
///
/// @see FB::JSAPIAuto::registerMethod
/// @see FB::JSAPIAuto::registerProperty
/// @see FB::JSAPIAuto::registerEvent
///////////////////////////////////////////////////////////////////////////////
hapticAPI::hapticAPI(const hapticPtr& plugin, const FB::BrowserHostPtr& host) : m_plugin(plugin), m_host(host)
{
registerMethod("echo", make_method(this, &hapticAPI::echo));
registerMethod("testEvent", make_method(this, &hapticAPI::testEvent));
//Register JHaptic library properties
registerProperty("numDevice", make_property(this, &hapticAPI::getNumDevice));
registerProperty("initialized", make_property(this, &hapticAPI::getStatus));
registerProperty("deviceType", make_property(this, &hapticAPI::getDeviceType));
registerProperty("maxForce", make_property(this, &hapticAPI::getMaxForce));
registerProperty("workspaceSize", make_property(this, &hapticAPI::getWorkspaceSize));
registerProperty("position", make_property(this, &hapticAPI::getPosition));
registerProperty("pixel", make_property(this, &hapticAPI::getPixelWidth));
//Register JHaptic library methods
registerMethod("startDevice", make_method(this, &hapticAPI::startDevice));
registerMethod("stopDevice", make_method(this, &hapticAPI::stopDevice));
registerMethod("sendForce", make_method(this, &hapticAPI::sendForce));
registerMethod("setContext", make_method(this, &hapticAPI::setContext));
// Read-write property
registerProperty("testString",
make_property(this,
&hapticAPI::get_testString,
&hapticAPI::set_testString));
// Read-only property
registerProperty("version",
make_property(this,
&hapticAPI::get_version));
//State variables initialization
initialized = false;
deviceID = getNumDevice()-1;
InitializedString = "Initialized";
NotInitializedString = "Not initialized";
ConnectionString = "Connection opened";
DisconnectionString = "Connection closed";
setPixelWidth();
}
TTFB_NewsArticle::TTFB_NewsArticle(Shader * _shader, std::string _play, int _score) :
NodeUI(nullptr),
soundPlayed(false),
scale(1.0f)
{
if(_score <= ONE_STAR) {
_score = 1;
}else if(_score > ONE_STAR && _score < THREE_STARS){
_score = 2;
}else {
_score = 3;
}
if(_play == SPAMALOT) {
switch(_score) {
case 1:
article = TTFB_ResourceManager::scenario->getTextureSampler("spamalot_one_star")->textureSampler->texture;
sound = TTFB_ResourceManager::scenario->getAudio("spamalot_one_star_sound")->sound;
break;
case 2:
article = TTFB_ResourceManager::scenario->getTextureSampler("spamalot_two_stars")->textureSampler->texture;
sound = TTFB_ResourceManager::scenario->getAudio("spamalot_two_stars_sound")->sound;
break;
case 3:
article = TTFB_ResourceManager::scenario->getTextureSampler("spamalot_three_stars")->textureSampler->texture;
sound = TTFB_ResourceManager::scenario->getAudio("spamalot_three_stars_sound")->sound;
break;
default:
throw "Bad score";
}
}else if(_play == GRINCH) {
switch(_score) {
case 1:
article = TTFB_ResourceManager::scenario->getTextureSampler("grinch_one_star")->textureSampler->texture;
sound = TTFB_ResourceManager::scenario->getAudio("grinch_one_star_sound")->sound;
break;
case 2:
article = TTFB_ResourceManager::scenario->getTextureSampler("grinch_two_stars")->textureSampler->texture;
sound = TTFB_ResourceManager::scenario->getAudio("grinch_two_stars_sound")->sound;
break;
case 3:
article = TTFB_ResourceManager::scenario->getTextureSampler("grinch_three_stars")->textureSampler->texture;
sound = TTFB_ResourceManager::scenario->getAudio("grinch_two_stars_sound")->sound;
break;
default:
throw "Bad score";
}
}else if(_play == DRACULA) {
switch(_score) {
case 1:
article = TTFB_ResourceManager::scenario->getTextureSampler("dracula_one_star")->textureSampler->texture;
sound = TTFB_ResourceManager::scenario->getAudio("dracula_one_star_sound")->sound;
break;
case 2:
article = TTFB_ResourceManager::scenario->getTextureSampler("dracula_two_stars")->textureSampler->texture;
sound = TTFB_ResourceManager::scenario->getAudio("dracula_two_stars_sound")->sound;
break;
case 3:
article = TTFB_ResourceManager::scenario->getTextureSampler("dracula_three_stars")->textureSampler->texture;
sound = TTFB_ResourceManager::scenario->getAudio("dracula_three_stars_sound")->sound;
break;
default:
throw "Bad score";
}
}else {
throw "Bad play name";
}
container = new Transform();
container->addChild(this);
background->mesh->pushTexture2D(article);
setPixelWidth(800);
setPixelHeight(1000);
firstParent()->translate(-350, -650, 0.f);
}
