void CardDisplay::init(MTGGameZone * zone)
{
resetObjects();
if (!zone) return;
start_item = 0;
for (int i = 0; i < zone->nb_cards; i++)
{
AddCard(zone->cards[i]);
}
if (mObjects.size()) mObjects[0]->Entering();
}
void ObjectGenerator::initializeMessage()
{
polysync::datamodel::SensorDescriptor descriptor;
descriptor.setId( _sensorID );
descriptor.setTransformParentId( PSYNC_COORDINATE_FRAME_LOCAL );
descriptor.setType( PSYNC_SENSOR_KIND_NOT_AVAILABLE );
_message.setSensorDescriptor( descriptor );
_message.setHeaderTimestamp( polysync::getTimestamp() );
resetObjects();
_message.setObjects( _objectVector );
}
void ObjectGenerator::updateObjects()
{
auto time = polysync::getTimestamp();
// for each target
for( auto index = 0; index < _objectCount; ++index )
{
// Get time difference from last update
auto timeDelta = time - _message.getTimestamp();
// Convert to seconds
auto timeDeltaSeconds = static_cast< double >( timeDelta )/ 1000000.0;
auto position = _objectVector[ index ].getPosition();
// update position using p = p_0 + v * dt
_objectVector[ index ].setPosition(
{ position[ 0 ] + _velocityX * timeDeltaSeconds,
position[ 1 ] + _velocityY * timeDeltaSeconds,
0.0 } );
// set timestamp
_objectVector[ index ].setTimestamp( time );
if( _objectVector[ index ].getPosition()[ 0 ] > 30.0 )
{
_reset = true;
}
}
// if reset flag set
if( _reset )
{
resetObjects();
}
_message.setObjects( _objectVector );
// set header timestamp
_message.setHeaderTimestamp( time );
}
void init() {
buildFont();
resetObjects(); // Set Player / Enemy Starting Positions
timerInit();
}
