/// <summary> Builds instance responsible for composing object graph. </summary>
private static CompositionRoot BuildCompositionRoot(IContainer container, ITrace trace)
{
// create configuration from default overriding some properties
var config = ConfigBuilder.GetDefault()
.SetIndex("Index/")
.Build();
// create entry point for utymap functionallity
var compositionRoot = new CompositionRoot(container, config)
// override default services with unity specific implementation
.RegisterAction((c, _) => c.RegisterInstance <ITrace>(trace))
.RegisterAction((c, _) => c.Register(Component.For <IPathResolver>().Use <UnityPathResolver>()))
.RegisterAction((c, _) => c.Register(Component.For <INetworkService>().Use <UnityNetworkService>()))
.RegisterAction((c, _) => c.Register(Component.For <IMapDataLibrary>().Use <MapDataLibrary>()))
// register scene specific services (plugins)
.RegisterAction((c, _) => c.Register(Component.For <UnityModelBuilder>().Use <UnityModelBuilder>()))
.RegisterAction((c, _) => c.Register(Component.For <MaterialProvider>().Use <MaterialProvider>()))
// register default mapcss
.RegisterAction((c, _) => c.Register(Component.For <Stylesheet>().Use <Stylesheet>(@"MapCss/default/default.mapcss")));
// setup object graph
compositionRoot.Setup();
return(compositionRoot);
}
/// <summary> Builds instance responsible for composing object graph. </summary>
private static CompositionRoot BuildCompositionRoot(Action <IContainer, IConfigSection> action, ITrace trace)
{
// create entry point for library functionallity using default configuration overriding some properties
var root = new CompositionRoot(new Container(), ConfigBuilder.GetDefault().SetIndex("index").Build())
// override library's default services with demo specific implementations
.RegisterAction((container, config) =>
{
container
.RegisterInstance <ITrace>(trace)
.Register(Component.For <IPathResolver>().Use <UnityPathResolver>())
.Register(Component.For <INetworkService>().Use <UnityNetworkService>())
.Register(Component.For <IMapDataLibrary>().Use <MapDataLibrary>());
})
// override with scene specific implementations
.RegisterAction(action)
// setup object graph
.Setup();
// Register default data storages: one keeps data on disk, another one - in memory.
// You are not limited with these two: you can add more disk and/or memory storages.
// NOTE First registered storage will be used to save map data received from downloaded data
var mapDataStore = root.GetService <IMapDataStore>();
mapDataStore.Register(MapDataStorages.PersistentStorageKey, @"index/data");
mapDataStore.Register(MapDataStorages.TransientStorageKey);
// Enable mesh caching.
root.GetService <IMapDataLibrary>().EnableCache();
return(root);
}
void Start()
{
// init utymap library
_compositionRoot = InitTask.Run((container, config) =>
{
container
.Register(Component.For <Stylesheet>().Use <Stylesheet>(@"mapcss/ground/ground.mapcss"))
.Register(Component.For <MaterialProvider>().Use <MaterialProvider>())
.Register(Component.For <GameObjectBuilder>().Use <GameObjectBuilder>())
.Register(Component.For <IGeocoder>().Use <UtyMapGeocoder>())
.Register(Component.For <IElementBuilder>().Use <PlaceElementBuilder>().Named("place"));
});
// initial geo position and quad key of character
var coordinate = new GeoCoordinate(StartLatitude, StartLongitude);
var quadKey = GeoUtils.CreateQuadKey(coordinate, LevelOfDetail);
// init address controller which is responsible for searching address
_addressController = new AddressController(
_compositionRoot.GetService <IGeocoder>(),
Text.GetComponent <Text>());
// init tile controller which is responsible for tile processing
_tileController = new TileController(
_compositionRoot.GetService <IMapDataStore>(),
_compositionRoot.GetService <Stylesheet>(),
ElevationType,
coordinate,
LevelOfDetail);
// freeze target till initial tile is loaded
var rigidbody = CharacterTarget.transform.GetComponent <Rigidbody>();
rigidbody.isKinematic = true;
// TODO unsubscribe listener
_compositionRoot
.GetService <IMapDataStore>()
.ObserveOn <Tile>(Scheduler.MainThread)
.Subscribe(tile =>
{
if (!quadKey.Equals(tile.QuadKey))
{
return;
}
// get elevation at current position
var elevation = _compositionRoot
.GetService <IMapDataLibrary>()
.GetElevation(ElevationType, quadKey, coordinate);
// move character accordingly
CharacterTarget.transform.localPosition = new Vector3(
CharacterTarget.transform.localPosition.x,
(float)elevation + 5f,
CharacterTarget.transform.localPosition.z);
rigidbody.isKinematic = false;
});
}
/// <summary> Builds instance responsible for composing object graph. </summary>
private static CompositionRoot BuildCompositionRoot(Action <IContainer, IConfigSection> action, ITrace trace)
{
// create entry point for library functionallity using default configuration overriding some properties
return(new CompositionRoot(new Container(), ConfigBuilder.GetDefault().SetIndex("index/").Build())
// override library's default services with demo specific implementations
.RegisterAction((container, config) =>
{
container
.RegisterInstance <ITrace>(trace)
.Register(Component.For <IPathResolver>().Use <UnityPathResolver>())
.Register(Component.For <INetworkService>().Use <UnityNetworkService>())
.Register(Component.For <IMapDataLibrary>().Use <MapDataLibrary>());
})
// override with scene specific implementations
.RegisterAction(action)
// setup object graph
.Setup());
}
