/**
* @brief Finds the Cell for which a LocalCoords object resides.
* @details Finds the Cell that a LocalCoords object is located inside by
* checking each of this Universe's Cells. Returns NULL if the
* LocalCoords is not in any of the Cells.
* @param coords a pointer to the LocalCoords of interest
* @param universes a container of all of the Universes passed in by Geometry
* @return a pointer the Cell where the LocalCoords is located
*/
Cell* Universe::findCell(LocalCoords* coords,
std::map<int, Universe*> universes) {
Cell* return_cell = NULL;
std::map<int, Cell*>::iterator iter;
/* Sets the LocalCoord type to UNIV at this level */
coords->setType(UNIV);
/* Loop over all Cells in this Universe */
for (iter = _cells.begin(); iter != _cells.end(); ++iter) {
Cell* cell = iter->second;
if (cell->cellContainsCoords(coords)) {
/* Set the Cell on this level */
coords->setCell(cell->getId());
/* MATERIAL type Cell - lowest level, terminate search for Cell */
if (cell->getType() == MATERIAL) {
coords->setCell(cell->getId());
return_cell = cell;
return return_cell;
}
/* FILL type Cell - Cell contains a Universe at a lower level
* Update coords to next level and continue search */
else if (cell->getType() == FILL) {
LocalCoords* next_coords;
if (coords->getNext() == NULL)
next_coords = new LocalCoords(coords->getX(), coords->getY());
else
next_coords = coords->getNext();
CellFill* cell_fill = static_cast<CellFill*>(cell);
int universe_id = cell_fill->getUniverseFillId();
next_coords->setUniverse(universe_id);
Universe* univ = universes.at(universe_id);
coords->setCell(cell->getId());
coords->setNext(next_coords);
next_coords->setPrev(coords);
if (univ->getType() == SIMPLE)
return univ->findCell(next_coords, universes);
else
return static_cast<Lattice*>(univ)->findCell(next_coords, universes);
}
}
}
return return_cell;
}
// ----------------------------------------------------------------------------
//
void HttpRestServices::query_venue_describe( Venue* venue, DMXHttpSession* session, CString& response, LPCSTR data ) {
JsonBuilder json( response );
json.startObject();
json.add( "name", venue->getName() );
json.add( "description", venue->getDescription() );
json.add( "auto_blackout", venue->getAutoBlackoutMS() );
json.add( "audio_capture_device", venue->getAudioCaptureDevice() );
json.add( "audio_sample_size", venue->getAudioSampleSize() );
json.add( "audio_boost", venue->getAudioBoost() );
json.add( "audio_boost_floor", venue->getAudioBoostFloor() );
json.add( "track_fixtures", venue->isTrackFixtures() );
json.startArray( "ports" );
for ( int i=1; i <= 12; i++ ) {
CString com_port;
com_port.Format( "com%d", i );
json.add( com_port );
}
json.endArray( "ports" );
json.startArray("driver_types");
json.add( "Enttec USB Pro");
json.add( "Open DMX");
json.add( "Philips Hue");
json.endArray("driver_types");
json.startArray( "universes" );
UniversePtrArray universes = venue->getUniverses();
for ( UniversePtrArray::iterator it=universes.begin(); it != universes.end(); ++it ) {
Universe* universe = (*it);
json.startObject( );
json.add( "id", universe->getId() );
json.add( "type", universe->getType() );
json.add( "dmx_config", universe->getDmxConfig() );
json.add( "packet_delay_ms", universe->getDmxPacketDelayMS() );
json.add( "minimum_delay_ms", universe->getDmxMinimumDelayMS() );
json.endObject( );
}
json.endArray( "universes" );
json.startArray( "capture_devices" );
for ( AudioCaptureDeviceArray::iterator it=AudioInputStream::audioCaptureDevices.begin();
it != AudioInputStream::audioCaptureDevices.end(); ++it )
json.add( (*it).m_friendly_name );
json.endArray( "capture_devices" );
json.endObject();
}
