EntityPrefabRoot CreatePrefab(EntityRef entityRef, EntityPrefab prefab, Transform2D *transform)
{
var asset = UnityDB.FindAsset <EntityPrefabAsset>(prefab.Id);
if (asset)
{
EntityPrefabRoot instance;
instance = transform == null?Instantiate(asset.Prefab) : Instantiate(asset.Prefab, transform->Position.ToUnityVector2(), transform->Rotation.ToUnityQuaternion());
instance.AssetGuid = prefab.Guid;
instance.EntityRef = entityRef;
if (transform != null)
{
instance.transform.position = transform->Position.ToUnityVector3();
instance.transform.rotation = transform->Rotation.ToUnityQuaternion();
}
// add to lookup
_activePrefabs.Add(entityRef, instance);
// return instance
return(instance);
}
return(null);
}
void Start()
{
// init runtime
QuantumRunner.Init();
// init database
UnityDB.Init();
}
public override void OnShowScreen(bool first)
{
_started = false;
MapSelect.ClearOptions();
MapSelect.AddOptions(UnityDB.AllOf <MapAsset>().Select(x => x.Settings.Scene).ToList());
MapSelect.value = 0;
}
void OnDamage(EventCharacterDamage e)
{
var c = QuantumGame.Frame.GetCharacter(e.Character);
var spec = UnityDB.FindAsset <CharacterSpecAsset>(c->CharacterSpec) as MageSpecAsset;
if (spec != null)
{
Debug.Log("Damage from mage: " + e.Damage);
}
else
{
Debug.Log("Damage otherwise: " + e.Damage);
}
Debug.Log("Hit for " + e.Damage + " to " + e.Character.ToString());
}
public QuantumGame(Quantum.RuntimeConfig runtimeConfig)
{
// init debug
QuantumRunner.Init();
// initialize db
UnityDB.Init();
_runtimeConfig = RuntimeConfig = runtimeConfig;
_simulationConfig = SimulationConfig = SimulationConfigAsset.Instance.Configuration;
_systems = Quantum.SystemSetup.CreateSystems(_runtimeConfig, _simulationConfig);
IsReplay = runtimeConfig.GameMode == DeterministicGameMode.Replay;
IsReplayFinished = false;
// set system runtime indices
for (Int32 i = 0; i < _systems.Length; ++i)
{
_systems[i].RuntimeIndex = i;
}
}
public void Animate(Quantum.Animator *a)
{
var asset = UnityDB.FindAsset <AnimatorGraphAsset>(a->id);
if (asset)
{
// load clips
LoadClips(asset.clips);
// clear old blend data
_blendData.Clear();
// calculate blend data
asset.Settings.GenerateBlendList(a, _blendData);
// update animation state
SetAnimationData(asset.Settings, _blendData);
// Debug.Log(Quantum.Animator.GetFixedPoint(a, "Forward") +" "+ Quantum.Animator.GetFixedPoint(a, "Turn"));
// Debug.Log(Quantum.Animator.GetBoolean(a, "Dead") +" "+ Quantum.Animator.GetFixedPoint(a, "Speed"));
// Debug.Log(a->current_state_id+" "+a->from_state_id+" "+a->to_state_id+" "+a->transition_time+" "+a->transition_index);
}
}
void CheckForGameStart()
{
if (_started)
{
return;
}
var start = false;
var map = default(String);
if (TryGetRoomProperty <Boolean>("START", out start) && TryGetRoomProperty <String>("MAP", out map))
{
if (start && String.IsNullOrEmpty(map) == false)
{
_started = true;
RuntimeConfig config;
config = new RuntimeConfig();
config.Players = new RuntimePlayer[PhotonNetwork.room.MaxPlayers];
for (Int32 i = 0; i < config.Players.Length; ++i)
{
config.Players[i] = new RuntimePlayer();
config.Players[i].CharacterSpec.Guid = "mage";
}
config.Map.Guid = UnityDB.AllOf <MapAsset>().First(x => x.Settings.Scene == map).Settings.Guid;
config.GameMode = Photon.Deterministic.DeterministicGameMode.Multiplayer;
QuantumRunner.StartGame(config);
UIRoom.HideScreen();
UILeaveGame.ShowScreen();
}
}
}
