internal static void OnActiveSceneChanged(Scene current, Scene _)
{
if (current.name == "GameCore")
{
LightColorizer.ClearLSEColorManagers();
ObstacleColorizer.ClearOCColorManagers();
BombColorizer.ClearBNCColorManagers();
NoteColorizer.ClearCNVColorManagers();
SaberColorizer.ClearBSMColorManagers();
}
}
#pragma warning disable SA1313 // Parameter names should begin with lower-case letter
internal static void OnActiveSceneChanged(Scene current, Scene _)
#pragma warning restore SA1313 // Parameter names should begin with lower-case letter
{
if (current.name == "GameCore")
{
LightColorizer.ClearLSEColorManagers();
ObstacleColorizer.ClearOCColorManagers();
BombColorizer.ClearBNCColorManagers();
NoteColorizer.ClearCNVColorManagers();
SaberColorizer.ClearBSMColorManagers();
}
}
internal static void OnActiveSceneChanged(Scene current, Scene _)
{
if (current.name == "GameCore")
{
BombColorizer.Reset();
LightColorizer.Reset();
NoteColorizer.Reset();
ObstacleColorizer.Reset();
SaberColorizer.Reset();
TrackLaneRingsManagerAwake.RingManagers.Clear();
}
}
private bool Colorize(ChromaLightSwitchEventEffect __instance, BasicBeatmapEventData beatmapEventData)
{
if (!TechnicolorConfig.Instance.TechnicolorEnabled)
{
return(true);
}
LightColorizer lightColorizer = __instance.Colorizer;
bool warm = !ChromaLightSwitchEventEffect.IsColor0(beatmapEventData.value);
if (TechnicolorConfig.Instance.TechnicolorLightsGrouping == TechnicolorLightsGrouping.ISOLATED)
{
foreach (ILightWithId light in lightColorizer.Lights)
{
Color color = TechnicolorController.GetTechnicolor(warm, beatmapEventData.time + light.GetHashCode(), TechnicolorConfig.Instance.TechnicolorLightsStyle);
lightColorizer.Colorize(false, color, color, color, color);
__instance.Refresh(true, new[] { light }, beatmapEventData);
}
return(false);
}
if (!(TechnicolorController.TechniLightRandom.NextDouble() <
TechnicolorConfig.Instance.TechnicolorLightsFrequency))
{
return(true);
}
{
Color color = TechnicolorController.GetTechnicolor(warm, beatmapEventData.time, TechnicolorConfig.Instance.TechnicolorLightsStyle);
switch (TechnicolorConfig.Instance.TechnicolorLightsGrouping)
{
case TechnicolorLightsGrouping.ISOLATED_GROUP:
lightColorizer.Colorize(false, color, color, color, color);
break;
default:
_manager.GlobalColorize(false, color, color, color, color);
break;
}
}
return(true);
}
#pragma warning disable SA1313 // Parameter names should begin with lower-case letter
private static bool Prefix(LightSwitchEventEffect __instance, BeatmapEventData beatmapEventData, BeatmapEventType ____event, LightWithIdManager ____lightManager)
#pragma warning restore SA1313 // Parameter names should begin with lower-case letter
{
if (TechnicolorConfig.Instance.TechnicolorEnabled && beatmapEventData.type == ____event &&
beatmapEventData.value > 0 && beatmapEventData.value <= 7)
{
if (TechnicolorConfig.Instance.TechnicolorLightsGrouping == TechnicolorLightsGrouping.ISOLATED)
{
____lightManager.SetColorForId(__instance.lightsId, TechnicolorController.GetTechnicolor(beatmapEventData.value > 3, beatmapEventData.time, TechnicolorConfig.Instance.TechnicolorLightsStyle));
List <LightWithId>[] lightManagerLights = _lightsWithIdAccessor(ref ____lightManager);
List <LightWithId> lights = lightManagerLights[__instance.lightsId];
for (int i = 0; i < lights.Count; i++)
{
lights[i].ColorWasSet(TechnicolorController.GetTechnicolor(beatmapEventData.value > 3, beatmapEventData.time + lights[i].GetInstanceID(), TechnicolorConfig.Instance.TechnicolorLightsStyle));
}
return(false);
}
else if (TechnicolorController.TechniLightRandom.NextDouble() < TechnicolorConfig.Instance.TechnicolorLightsFrequency)
{
bool blue = beatmapEventData.value <= 3;
switch (TechnicolorConfig.Instance.TechnicolorLightsGrouping)
{
case TechnicolorLightsGrouping.ISOLATED_GROUP:
// ternary operator gore
____event.SetLightingColors(
blue ? (Color?)TechnicolorController.GetTechnicolor(false, beatmapEventData.time, TechnicolorConfig.Instance.TechnicolorLightsStyle) : null,
blue ? null : (Color?)TechnicolorController.GetTechnicolor(true, beatmapEventData.time, TechnicolorConfig.Instance.TechnicolorLightsStyle));
break;
case TechnicolorLightsGrouping.STANDARD:
default:
Color?t = TechnicolorController.GetTechnicolor(!blue, beatmapEventData.time, TechnicolorConfig.Instance.TechnicolorLightsStyle);
LightColorizer.SetAllLightingColors(blue ? null : t, blue ? t : null);
break;
}
}
}
return(true);
}
internal static void OnActiveSceneChanged(Scene prevScene, Scene current)
{
if (current.name == "GameCore")
{
LightColorizer.ClearLSEColorManagers();
ObstacleColorizer.ClearOCColorManagers();
BombColorizer.ClearBNCColorManagers();
NoteColorizer.ClearCNVColorManagers();
SaberColorizer.ClearBSMColorManagers();
}
if (current.name == "MenuViewControllers" && ChromaConfig.Instance.HueEnabled == true)
{
HueManager.Disconnect(LightInfo.client);
}
if (current.name == "EmptyTransition" && prevScene.name == "MenuViewControllers" && ChromaConfig.Instance.HueEnabled == true)
{
hueCts.Cancel();
hueCts = new System.Threading.CancellationTokenSource();
HueManager.connect(hueCts.Token);
}
}
private void RainbowLights()
{
if (TechnicolorConfig.Instance.TechnicolorLightsGrouping == TechnicolorLightsGrouping.ISOLATED)
{
LightColorizer.GlobalColorize(false, _gradientLeftColor, _gradientRightColor, _gradientLeftColor, _gradientRightColor);
foreach (LightColorizer lightColorizer in LightColorizer.Colorizers.Values)
{
foreach (ILightWithId light in lightColorizer.Lights)
{
float seed = Math.Abs(light.GetHashCode()) % 1000;
seed *= 0.001f;
Color colorLeft = Color.HSVToRGB(Mathf.Repeat((Time.time * TimeMult) + _mismatchSpeedOffset + seed, 1f), 1f, 1f);
Color colorRight = Color.HSVToRGB(Mathf.Repeat((Time.time * TimeMult) + seed, 1f), 1f, 1f);
lightColorizer.Colorize(new ILightWithId[] { light }, colorLeft, colorRight, colorLeft, colorRight);
}
}
}
else
{
LightColorizer.GlobalColorize(true, _gradientLeftColor, _gradientRightColor, _gradientLeftColor, _gradientRightColor);
}
}
private static bool Prefix(ChromaLightSwitchEventEffect __instance, BeatmapEventData beatmapEventData, BeatmapEventType ____event)
{
if (TechnicolorConfig.Instance.TechnicolorEnabled && beatmapEventData.type == ____event &&
beatmapEventData.value > 0 && beatmapEventData.value <= 7)
{
bool warm = !__instance.IsColor0(beatmapEventData.value);
if (TechnicolorConfig.Instance.TechnicolorLightsGrouping == TechnicolorLightsGrouping.ISOLATED)
{
LightColorizer lightColorizer = __instance.LightColorizer;
foreach (ILightWithId light in lightColorizer.Lights)
{
Color color = TechnicolorController.GetTechnicolor(warm, beatmapEventData.time + light.GetHashCode(), TechnicolorConfig.Instance.TechnicolorLightsStyle);
lightColorizer.Colorize(false, color, color, color, color);
__instance.Refresh(true, new ILightWithId[] { light }, beatmapEventData);
}
return(false);
}
else if (TechnicolorController.TechniLightRandom.NextDouble() < TechnicolorConfig.Instance.TechnicolorLightsFrequency)
{
Color color = TechnicolorController.GetTechnicolor(warm, beatmapEventData.time, TechnicolorConfig.Instance.TechnicolorLightsStyle);
switch (TechnicolorConfig.Instance.TechnicolorLightsGrouping)
{
case TechnicolorLightsGrouping.ISOLATED_GROUP:
____event.ColorizeLight(false, color, color, color, color);
break;
case TechnicolorLightsGrouping.STANDARD:
default:
LightColorizer.GlobalColorize(false, color, color, color, color);
break;
}
}
}
return(true);
}
private static IEnumerator WaitThenStart(ParticleSystemEventEffect instance, BeatmapEventType eventType)
{
yield return(new WaitForEndOfFrame());
LightColorizer.LSEStart(instance, eventType);
}
private void RainbowLights()
{
LightColorizer.SetAllLightingColors(_gradientLeftColor, _gradientRightColor);
LightColorizer.SetAllActiveColors();
}
internal static void InitializeComponents(Transform root, Transform original, List <GameObjectInfo> gameObjectInfos, List <IComponentData> componentDatas, int?lightID)
{
void GetComponentAndOriginal <T>(Action <T, T> initializeDelegate)
{
T[] rootComponents = root.GetComponents <T>();
T[] originalComponents = original.GetComponents <T>();
for (int i = 0; i < rootComponents.Length; i++)
{
initializeDelegate(rootComponents[i], originalComponents[i]);
if (Settings.ChromaConfig.Instance !.PrintEnvironmentEnhancementDebug)
{
Plugin.Logger.Log($"Initialized {typeof(T).Name}");
}
}
}
GetComponentAndOriginal <LightWithIdMonoBehaviour>((rootComponent, originalComponent) =>
{
_lightWithIdMonoBehaviourManagerAccessor(ref rootComponent) = _lightWithIdMonoBehaviourManagerAccessor(ref originalComponent);
LightColorizer.RegisterLight(rootComponent, lightID);
});
GetComponentAndOriginal <LightWithIds>((rootComponent, originalComponent) =>
{
_lightWithIdsManagerAccessor(ref rootComponent) = _lightWithIdsManagerAccessor(ref originalComponent);
LightColorizer.RegisterLight(rootComponent, lightID);
});
GetComponentAndOriginal <TrackLaneRing>((rootComponent, originalComponent) =>
{
if (EnvironmentEnhancementManager.RingRotationOffsets.TryGetValue(originalComponent, out Quaternion offset))
{
EnvironmentEnhancementManager.RingRotationOffsets.Add(rootComponent, offset);
}
_ringTransformAccessor(ref rootComponent) = root;
_positionOffsetAccessor(ref rootComponent) = _positionOffsetAccessor(ref originalComponent);
_posZAccessor(ref rootComponent) = _posZAccessor(ref originalComponent);
TrackLaneRingsManager?managerToAdd = null;
foreach (TrackLaneRingsManager manager in HarmonyPatches.TrackLaneRingsManagerAwake.RingManagers)
{
TrackLaneRingsManagerComponentData componentData = componentDatas.OfType <TrackLaneRingsManagerComponentData>().Where(n => n.OldTrackLaneRingsManager == manager).FirstOrDefault();
if (componentData != null)
{
managerToAdd = componentData.NewTrackLaneRingsManager;
}
else
{
TrackLaneRingsManager managerRef = manager;
TrackLaneRing[] rings = _ringsAccessor(ref managerRef);
if (rings.Contains(originalComponent))
{
managerToAdd = manager;
}
}
if (managerToAdd != null)
{
// ToList() to add and then back ToArray()
TrackLaneRing[] rings = _ringsAccessor(ref managerToAdd);
List <TrackLaneRing> ringsList = rings?.ToList() ?? new List <TrackLaneRing>();
ringsList.Add(rootComponent);
_ringsAccessor(ref managerToAdd) = ringsList.ToArray();
break;
}
}
});
GetComponentAndOriginal <TrackLaneRingsPositionStepEffectSpawner>((rootComponent, originalComponent) =>
{
foreach (TrackLaneRingsManager manager in HarmonyPatches.TrackLaneRingsManagerAwake.RingManagers)
{
TrackLaneRingsManagerComponentData?componentData = componentDatas.OfType <TrackLaneRingsManagerComponentData>().Where(n => n.OldTrackLaneRingsManager == manager).FirstOrDefault();
if (componentData != null)
{
_stepSpawnerRingsManagerAccessor(ref rootComponent) = componentData.NewTrackLaneRingsManager !;
break;
}
}
});
GetComponentAndOriginal <ChromaRingsRotationEffect>((rootComponent, originalComponent) =>
{
foreach (TrackLaneRingsManager manager in HarmonyPatches.TrackLaneRingsManagerAwake.RingManagers)
{
TrackLaneRingsManagerComponentData?componentData = componentDatas.OfType <TrackLaneRingsManagerComponentData>().Where(n => n.OldTrackLaneRingsManager == manager).FirstOrDefault();
if (componentData != null)
{
rootComponent.SetNewRingManager(componentData.NewTrackLaneRingsManager !);
break;
}
}
});
GetComponentAndOriginal <TrackLaneRingsRotationEffectSpawner>((rootComponent, originalComponent) =>
{
_rotationEffectSpawnerCallbackControllerAccessor(ref rootComponent) = _rotationEffectSpawnerCallbackControllerAccessor(ref originalComponent);
_trackLaneRingsRotationEffectAccessor(ref rootComponent) = rootComponent.GetComponent <ChromaRingsRotationEffect>();
});
GetComponentAndOriginal <Spectrogram>((rootComponent, originalComponent) => _spectrogramDataAccessor(ref rootComponent) = _spectrogramDataAccessor(ref originalComponent));
GetComponentAndOriginal <LightRotationEventEffect>((rootComponent, originalComponent) => _lightCallbackControllerAccessor(ref rootComponent) = _lightCallbackControllerAccessor(ref originalComponent));
GetComponentAndOriginal <LightPairRotationEventEffect>((rootComponent, originalComponent) =>
{
_lightPairCallbackControllerAccessor(ref rootComponent) = _lightPairCallbackControllerAccessor(ref originalComponent);
Transform transformL = _transformLAccessor(ref originalComponent);
Transform transformR = _transformRAccessor(ref originalComponent);
_transformLAccessor(ref rootComponent) = root.GetChild(transformL.GetSiblingIndex());
_transformRAccessor(ref rootComponent) = root.GetChild(transformR.GetSiblingIndex());
// We have to enable the object to tell unity to run Start
rootComponent.enabled = true;
});
GetComponentAndOriginal <ParticleSystemEventEffect>((rootComponent, originalComponent) =>
{
_particleCallbackControllerAccessor(ref rootComponent) = _particleCallbackControllerAccessor(ref originalComponent);
_particleSystemAccessor(ref rootComponent) = root.GetComponent <ParticleSystem>();
rootComponent.enabled = true;
});
GetComponentAndOriginal <Mirror>((rootComponent, originalComponent) =>
{
_mirrorRendererAccessor(ref rootComponent) = UnityEngine.Object.Instantiate(_mirrorRendererAccessor(ref originalComponent));
_mirrorMaterialAccessor(ref rootComponent) = UnityEngine.Object.Instantiate(_mirrorMaterialAccessor(ref originalComponent));
});
GameObjectInfo newGameObjectInfo = new GameObjectInfo(root.gameObject);
gameObjectInfos.Add(newGameObjectInfo);
foreach (Transform transform in root)
{
int index = transform.GetSiblingIndex();
InitializeComponents(transform, original.GetChild(index), gameObjectInfos, componentDatas, lightID);
}
}
