private static bool onSwitchActivate(On.Celeste.Switch.orig_Activate orig, Switch self)
{
if (self.Entity.GetType().ToString() == "Celeste.Mod.OutbackHelper.MovingTouchSwitch")
{
DynData <TouchSwitch> selfData = new DynData <TouchSwitch>((TouchSwitch)self.Entity);
if (selfData.Data.ContainsKey("flag"))
{
DynData <Switch> selfSwitch = new DynData <Switch>(self);
string flag = selfData.Get <string>("flag");
Level level = self.Entity.SceneAs <Level>();
// do what the regular Switch.Activate() method does
if (self.Finished || self.Activated)
{
return(false);
}
selfSwitch["Activated"] = true;
if (self.OnActivate != null)
{
self.OnActivate();
}
// use the same logic as flag touch switches to determine if the group is complete.
return(FlagTouchSwitch.HandleCollectedFlagTouchSwitch(flag, inverted: false, selfData.Get <bool>("persistent"), level, selfData.Get <int>("id"),
selfData.Get <List <FlagTouchSwitch> >("allTouchSwitchesInRoom"), selfData.Get <List <TouchSwitch> >("allMovingFlagTouchSwitchesInRoom"), () => { }));
}
}
// if we are here, it means we aren't dealing with a flag moving touch switch.
// so, we want regular behavior!
return(orig(self));
}
public static Entity Load(Level level, LevelData levelData, Vector2 offset, EntityData entityData)
{
string flag = entityData.Attr("flag");
if (level.Session.GetFlag(flag) || level.Session.GetFlag(flag + "_switch" + entityData.ID))
{
// moving touch switches can't be persistent, but we can very much spawn a flag touch switch instead!
Vector2[] nodes = entityData.Nodes;
Vector2 origPosition = entityData.Position;
entityData.Position = nodes[nodes.Length - 1];
FlagTouchSwitch flagTouchSwitch = new FlagTouchSwitch(entityData, offset);
entityData.Position = origPosition;
return(flagTouchSwitch);
}
else
{
// build the moving touch switch
TouchSwitch movingTouchSwitch = (TouchSwitch)Activator.CreateInstance(movingTouchSwitchType,
new object[] { entityData.NodesOffset(offset), entityData, offset });
// save its attributes as DynData
DynData <TouchSwitch> switchData = new DynData <TouchSwitch>(movingTouchSwitch);
switchData["flag"] = entityData.Attr("flag");
switchData["id"] = entityData.ID;
switchData["persistent"] = entityData.Bool("persistent", false);
switchData["movingColor"] = Calc.HexToColor(entityData.Attr("movingColor", "FF8080"));
// these attributes actually exist in TouchSwitch and as such, they work!
switchData["inactiveColor"] = Calc.HexToColor(entityData.Attr("inactiveColor", "5FCDE4"));
switchData["activeColor"] = Calc.HexToColor(entityData.Attr("activeColor", "FFFFFF"));
switchData["finishColor"] = Calc.HexToColor(entityData.Attr("finishColor", "F141DF"));
switchData["P_RecoloredFire"] = new ParticleType(TouchSwitch.P_Fire)
{
Color = switchData.Get <Color>("finishColor")
};
// set up the icon
string iconAttribute = entityData.Attr("icon", "vanilla");
Sprite icon = new Sprite(GFX.Game, iconAttribute == "vanilla" ? "objects/touchswitch/icon" : $"objects/MaxHelpingHand/flagTouchSwitch/{iconAttribute}/icon");
icon.Add("idle", "", 0f, default(int));
icon.Add("spin", "", 0.1f, new Chooser <string>("spin", 1f), 0, 1, 2, 3, 4, 5);
icon.Play("spin");
icon.Color = switchData.Get <Color>("inactiveColor");
icon.CenterOrigin();
movingTouchSwitch.Remove(movingTouchSwitch.Get <Sprite>());
movingTouchSwitch.Add(icon);
movingTouchSwitchIcon.SetValue(movingTouchSwitch, icon);
switchData["icon"] = icon;
// collect the list of flag touch switches in the room as soon as the entity is awake, like regular flag touch switches.
movingTouchSwitch.Add(new TouchSwitchListAttacher(entityData.Attr("flag")));
return(movingTouchSwitch);
}
}
