public static bool Prefix(ref Saber.SaberType type, ref Color __result)
{
if (ColourManager.TechnicolourSabers)
{
__result = ColourManager.GetTechnicolour(type == Saber.SaberType.SaberA, Time.time, ChromaConfig.TechnicolourSabersStyle);
return(false);
}
if (type == Saber.SaberType.SaberA)
{
if (ColourManager.A != Color.clear)
{
__result = ColourManager.A;
return(false);
}
}
else
{
if (ColourManager.B != Color.clear)
{
__result = ColourManager.B;
return(false);
}
}
return(true);
}
public static void ActivateTechnicolour(BeatmapEventData baseData, LightSwitchEventEffect lse, BeatmapEventType type)
{
BSLight[] lights = lse.GetField <BSLight[]>("_lights");
for (int i = 0; i < lights.Length; i++)
{
lights[i].color = ColourManager.GetTechnicolour(baseData.value > 3, baseData.time + lights[i].GetInstanceID(), ColourManager.TechnicolourStyle.PURE_RANDOM);
}
}
// Colour Events
// - Stores two colour values, A and B
// - These events have two purposes
// - Used to recolour any lighting events placed after them, unless...
// - if used immediately after a "data event", their values will influence the data event.
// 1,900,000,001 = 1900000001 = A/B
// 1,900,000,002 = 1900000002 = AltA/AltB
// 1,900,000,003 = 1900000003 = White/Half White
// 1,900,000,004 = 1900000004 = Technicolor/Technicolor
// 1,900,000,005 = 1900000005 = RandomColor/RandomColor
// Data Events
// - Require Colour Events before them
// - Remember Unity colour uses 0-1, not 0-255
// 1,950,000,001 = 1950000001 = Note Scale Event - Scales all future spawned notes by (A.red * 1.5f)
// 1,950,000,002 = 1950000002 = Health Event - Alters the player's health by ((A.red - 0.5f) * 2)
// 1,950,000,003 = 1950000003 = Rotate Event - Rotates the player on all three axes by (A.red * 360 on x axis, A.green * 360 on y axis, A.blue * 360 on z axis)
// 1,950,000,004 = 1950000004 = Ambient Light Event - Immediately changes the colour of ambient lights to (A)
// 1,950,000,005 = 1950000005 = Barrier Colour Event - Changes all future spawned barrier colours to (A)
// > 2,000,000,000 = >2000000000 = RGB (see ColourManager.ColourFromInt)
public static ChromaEvent ApplyCustomEvent(BeatmapEventData bev, ref ChromaColourEvent unfilledColourEvent)
{
//ChromaLogger.Log("Checking BEV ||| " + bev.time + "s : " + bev.value + "v");
Color a, b;
if (bev.value >= ColourManager.RGB_INT_OFFSET) // > 2,000,000,000 = >2000000000 = RGB (see ColourManager.ColourFromInt)
{
a = ColourManager.ColourFromInt(bev.value);
b = a;
if (FillColourEvent(bev, ref unfilledColourEvent, a))
{
return(unfilledColourEvent);
}
}
else
{
switch (bev.value)
{
case ChromaLightEvent.CHROMA_LIGHT_OFFSET + 1: // 1,900,000,001 = 1900000001 = A/B
a = ColourManager.LightA;
b = ColourManager.LightB;
break;
case ChromaLightEvent.CHROMA_LIGHT_OFFSET + 2: // 1,900,000,002 = 1900000002 = AltA/AltB
a = ColourManager.LightAltA;
b = ColourManager.LightAltB;
break;
case ChromaLightEvent.CHROMA_LIGHT_OFFSET + 3: // 1,900,000,003 = 1900000003 = White/Half White
a = ColourManager.LightWhite;
b = ColourManager.LightGrey;
break;
case ChromaLightEvent.CHROMA_LIGHT_OFFSET + 4: // 1,900,000,004 = 1900000004 = Technicolor/Technicolor
a = ColourManager.GetTechnicolour(true, bev.time, ColourManager.TechnicolourStyle.WARM_COLD);
b = ColourManager.GetTechnicolour(false, bev.time, ColourManager.TechnicolourStyle.WARM_COLD);
break;
case ChromaLightEvent.CHROMA_LIGHT_OFFSET + 5: // 1,900,000,005 = 1900000005 = RandomColor/RandomColor
a = UnityEngine.Random.ColorHSV(); a.a = 1;
b = UnityEngine.Random.ColorHSV(); b.a = 1;
break;
/*
*
*/
case ChromaEvent.CHROMA_EVENT_SCALE: //1,950,000,001 = 1950000001 = Note Scale Event
unfilledColourEvent = new ChromaNoteScaleEvent(bev);
return(null);
case ChromaEvent.CHROMA_EVENT_HEALTH: //1,950,000,002 = 1950000002 = Health Event
unfilledColourEvent = new ChromaHealthEvent(bev);
return(null);
case ChromaEvent.CHROMA_EVENT_ROTATE: //1,950,000,003 = 1950000003 = Rotate Event
unfilledColourEvent = new ChromaRotateEvent(bev);
return(null);
case ChromaEvent.CHROMA_EVENT_AMBIENT_LIGHT: //1,950,000,004 = 1950000004 = Ambient Light Event
unfilledColourEvent = new ChromaAmbientLightEvent(bev);
return(null);
case ChromaEvent.CHROMA_EVENT_BARRIER_COLOUR: //1,950,000,005 = 1950000005 = Barrier Colour Event
unfilledColourEvent = new ChromaBarrierColourEvent(bev);
return(null);
case ChromaEvent.CHROMA_EVENT_RING_SPEED_MULT: //1,950,000,006 = 1950000006 = Ring Speed Event
unfilledColourEvent = new ChromaRingSpeedEvent(bev);
return(null);
case ChromaEvent.CHROMA_EVENT_RING_PROPAGATION_MULT: //1,950,000,007 = 1950000007 = Ring Prop Event
unfilledColourEvent = new ChromaRingPropagationEvent(bev);
return(null);
case ChromaEvent.CHROMA_EVENT_RING_STEP_MULT: //1,950,000,008 = 1950000008 = Ring Step Event
unfilledColourEvent = new ChromaRingStepEvent(bev);
return(null);
default: return(null);
}
if (FillColourEvent(bev, ref unfilledColourEvent, a, b))
{
return(unfilledColourEvent);
}
}
if (unfilledColourEvent != null)
{
unfilledColourEvent = null;
}
return(ChromaEvent.SetChromaEvent(bev, new ChromaLightEvent(bev, a, b)));
}
static void Prefix(ref NoteController noteController)
{
if (ColourManager.TechnicolourBlocks)
{
ColourManager.SetNoteTypeColourOverride(noteController.noteData.noteType, ColourManager.GetTechnicolour(noteController.noteData.noteType == NoteType.NoteA, noteController.noteData.time, ChromaConfig.TechnicolourBlocksStyle));
}
}
static bool Prefix(LightSwitchEventEffect __instance, ref BeatmapEventData beatmapEventData, ref BeatmapEventType ____event)
{
if (beatmapEventData.value == ChromaJSONEventData.GLOBAL_DO_NOTHING_VALUE)
{
return(false);
}
try {
// https://docs.google.com/spreadsheets/d/1vCTlDvx0ZW8NkkZBYW6ecvXaVRxDUKX7QIoah9PCp_c/edit#gid=0
if (ColourManager.TechnicolourLights && (int)____event <= 4) //0-4 are actual lighting events, we don't want to bother with anything else like ring spins or custom events
//System.Random noteRandom = new System.Random(Mathf.FloorToInt(beatmapEventData.time * 408));
{
if (techniLightRandom.NextDouble() < ChromaConfig.TechnicolourLightsFrequency)
{
if (beatmapEventData.value <= 3) //Blue events are 1, 2 and 3
{
switch (ChromaConfig.TechnicolourLightsGrouping)
{
case ColourManager.TechnicolourLightsGrouping.ISOLATED:
//LightsIsolatedTechnicolour.Activate(__instance, ____event, ChromaConfig.TechnicolourLightsStyle, false, beatmapEventData.time);
MayhemEvent.ActivateTechnicolour(beatmapEventData, __instance, ____event);
return(false);
case ColourManager.TechnicolourLightsGrouping.ISOLATED_GROUP:
__instance.SetLightingColourB(ColourManager.GetTechnicolour(false, beatmapEventData.time, ChromaConfig.TechnicolourLightsStyle));
break;
default:
ColourManager.RecolourAllLights(Color.clear, ColourManager.GetTechnicolour(false, beatmapEventData.time, ChromaConfig.TechnicolourLightsStyle));
break;
}
}
else
{
switch (ChromaConfig.TechnicolourLightsGrouping)
{
case ColourManager.TechnicolourLightsGrouping.ISOLATED:
//LightsIsolatedTechnicolour.Activate(__instance, ____event, ChromaConfig.TechnicolourLightsStyle, true, beatmapEventData.time);
MayhemEvent.ActivateTechnicolour(beatmapEventData, __instance, ____event);
return(false);
case ColourManager.TechnicolourLightsGrouping.ISOLATED_GROUP:
__instance.SetLightingColourA(ColourManager.GetTechnicolour(true, beatmapEventData.time, ChromaConfig.TechnicolourLightsStyle));
break;
default:
ColourManager.RecolourAllLights(ColourManager.GetTechnicolour(true, beatmapEventData.time, ChromaConfig.TechnicolourLightsStyle), Color.clear);
break;
}
}
}
}
} catch (Exception e) {
ChromaLogger.Log("Exception handling technicolour lights!", ChromaLogger.Level.WARNING);
ChromaLogger.Log(e);
}
try {
if (ChromaEvent.SimpleEventActivate(__instance, ref beatmapEventData, ref ____event))
{
return(false);
}
if (beatmapEventData.type == ____event)
{
//CustomLightBehaviour customLight = CustomLightBehaviour.GetCustomLightColour(beatmapEventData);
ChromaEvent customEvent = ChromaEvent.GetChromaEvent(beatmapEventData);
if (customEvent != null)
{
if (customEvent.RequiresColourEventsEnabled && !ChromaConfig.CustomColourEventsEnabled)
{
return(false);
}
if (customEvent.RequiresSpecialEventsEnabled && !ChromaConfig.CustomSpecialEventsEnabled)
{
return(false);
}
customEvent.Activate(ref __instance, ref beatmapEventData, ref ____event);
return(false);
}
ChromaJSONEventData chromaEvent = ChromaJSONEventData.GetChromaEvent(beatmapEventData);
if (chromaEvent != null)
{
chromaEvent.Activate(beatmapEventData, __instance, ____event);
}
}
} catch (Exception e) {
ChromaLogger.Log("Exception handling lights!", ChromaLogger.Level.WARNING);
ChromaLogger.Log(e);
}
return(true);
}
static void Prefix(ref NoteController noteController)
{
if (ColourManager.TechnicolourBlocks)
{
try {
//ColourManager.SetNoteTypeColourOverride(noteController.noteData.noteType, Color.green);
ColourManager.SetNoteTypeColourOverride(noteController.noteData.noteType, ColourManager.GetTechnicolour(noteController.noteData, ChromaConfig.TechnicolourBlocksStyle));
} catch (Exception e) {
ChromaLogger.Log(e);
}
}
}