RenderObject Renderer::createObject(glm::vec3 position, std::vector<glm::vec3> shape)
{
RenderObject newObject = RenderObject(position, shape);
addToObject(newObject);
addToRender(newObject.shape);
return newObject;
}
void QDeclarativeBinding::setEnabled(bool e, QDeclarativePropertyPrivate::WriteFlags flags)
{
Q_D(QDeclarativeBinding);
d->enabled = e;
setNotifyOnValueChanged(e);
QDeclarativeAbstractBinding::setEnabled(e, flags);
if (e) {
addToObject(d->property.object());
update(flags);
} else {
removeFromObject();
}
}
void QDeclarativeValueTypeProxyBinding::setEnabled(bool e, QDeclarativePropertyPrivate::WriteFlags flags)
{
if (e) {
addToObject(m_object);
QDeclarativeAbstractBinding *bindings = m_bindings;
m_bindings = 0;
recursiveEnable(bindings, flags);
} else {
removeFromObject();
QDeclarativeAbstractBinding *bindings = m_bindings;
m_bindings = 0;
recursiveDisable(bindings);
}
}
/*! \internal
\a signal MUST be in the signal index range (see QObjectPrivate::signalIndex()).
This is different from QMetaMethod::methodIndex().
*/
QQmlBoundSignal::QQmlBoundSignal(QObject *target, int signal, QObject *owner,
QQmlEngine *engine)
: m_expression(0), m_index(signal), m_isEvaluating(false)
{
addToObject(owner);
setCallback(QQmlNotifierEndpoint::QQmlBoundSignal);
/*
If this is a cloned method, connect to the 'original'. For example,
for the signal 'void aSignal(int parameter = 0)', if the method
index refers to 'aSignal()', get the index of 'aSignal(int)'.
This ensures that 'parameter' will be available from QML.
*/
m_index = QQmlPropertyCache::originalClone(target, m_index);
QQmlNotifierEndpoint::connect(target, m_index, engine);
}
