using System.Collections; using System.Collections.Generic; using UnityEngine; using HeavenStudio.Util; using DG.Tweening; namespace HeavenStudio.Games.Loaders { using static Minigames; public static class AgbTossBoysLoader { public static Minigame AddGame(EventCaller eventCaller) { return new Minigame("tossBoys", "Toss Boys", "9cfff7", false, false, new List() { new GameAction("dispense", "Dispense") { function = delegate { var e = eventCaller.currentEntity; TossBoys.instance.Dispense(e.beat, e.length, e["who"], e["call"]); }, defaultLength = 2f, resizable = true, parameters = new List() { new Param("who", TossBoys.KidChoice.Akachan, "Receiver", "Who will receive the ball?"), new Param("call", false, "Name Call", "Should the other kids than the receiver call their name?") } }, new GameAction("pass", "Normal Toss") { defaultLength = 2f, resizable = true, parameters = new List() { new Param("who", TossBoys.KidChoice.Aokun, "Receiver", "Who will receive the ball?") } }, new GameAction("dual", "Dual Toss") { defaultLength = 1f, resizable = true, parameters = new List() { new Param("who", TossBoys.KidChoice.Akachan, "Receiver", "Who will receive the ball?") } }, new GameAction("high", "High Toss") { defaultLength = 3f, resizable = true, parameters = new List() { new Param("who", TossBoys.KidChoice.Kiiyan, "Receiver", "Who will receive the ball?") } }, new GameAction("lightning", "Lightning Toss") { defaultLength = 2f, resizable = true, parameters = new List() { new Param("who", TossBoys.KidChoice.Aokun, "Receiver", "Who will receive the ball?") } }, new GameAction("blur", "Blur Toss") { defaultLength = 2f }, new GameAction("pop", "Pop Ball") { defaultLength = 1f, }, new GameAction("bop", "Bop") { function = delegate { var e = eventCaller.currentEntity; TossBoys.instance.Bop(e.beat, e.length, e["auto"], e["bop"]); }, resizable = true, parameters = new List() { new Param("bop", true, "Bop", "Should the toss boys bop to the beat?"), new Param("auto", false, "Bop (Auto)", "Should the toss boys auto bop to the beat?") } }, new GameAction("changeBG", "Change Background Color") { function = delegate {var e = eventCaller.currentEntity; TossBoys.instance.FadeBackgroundColor(e["start"], e["end"], e.length, e["toggle"]); }, defaultLength = 1f, resizable = true, parameters = new List() { new Param("start", TossBoys.defaultBGColor, "Start Color", "The start color for the fade or the color that will be switched to if -instant- is ticked on."), new Param("end", TossBoys.defaultBGColor, "End Color", "The end color for the fade."), new Param("toggle", false, "Instant", "Should the background instantly change color?") } }, }, new List() {"agb", "normal"}, "agbtoss", "en", new List() {} ); } } } namespace HeavenStudio.Games { using Scripts_TossBoys; public class TossBoys : Minigame { private static Color _defaultBGColor; public static Color defaultBGColor { get { ColorUtility.TryParseHtmlString("#62FDBB", out _defaultBGColor); return _defaultBGColor; } } public enum KidChoice { Akachan = 0, Aokun = 1, Kiiyan = 2 } public enum WhichTossKid { None = -1, Akachan = 0, Aokun = 1, Kiiyan = 2 } [Header("Components")] [SerializeField] TossKid akachan; [SerializeField] TossKid aokun; [SerializeField] TossKid kiiyan; [SerializeField] Animator hatchAnim; [SerializeField] TossBoysBall ballPrefab; [SerializeField] GameObject specialAka; [SerializeField] GameObject specialAo; [SerializeField] GameObject specialKii; [SerializeField] TossKid currentSpecialKid; [SerializeField] SpriteRenderer bg; [Header("Properties")] Tween bgColorTween; [SerializeField] SuperCurveObject.Path[] ballPaths; WhichTossKid lastReceiver = WhichTossKid.None; WhichTossKid currentReceiver = WhichTossKid.None; public TossBoysBall currentBall = null; Dictionary passBallDict = new Dictionary(); string currentPassType; public static TossBoys instance; bool shouldBop = true; public GameEvent bop = new GameEvent(); float currentEventLength; private void Awake() { instance = this; } new void OnDrawGizmos() { base.OnDrawGizmos(); foreach (SuperCurveObject.Path path in ballPaths) { if (path.preview) { ballPrefab.DrawEditorGizmo(path); } } } public SuperCurveObject.Path GetPath(string name) { foreach (SuperCurveObject.Path path in ballPaths) { if (path.name == name) { return path; } } return default(SuperCurveObject.Path); } private void Update() { var cond = Conductor.instance; if (cond.isPlaying && !cond.isPaused) { if (cond.ReportBeat(ref bop.lastReportedBeat, bop.startBeat % 1)) { if (shouldBop) { SingleBop(); } } if (PlayerInput.Pressed() && !IsExpectingInputNow(InputType.STANDARD_DOWN)) { akachan.HitBall(false); } if (PlayerInput.AltPressed() && !IsExpectingInputNow(InputType.STANDARD_ALT_DOWN)) { aokun.HitBall(false); } if (PlayerInput.GetAnyDirectionDown() && !IsExpectingInputNow(InputType.DIRECTION_DOWN)) { kiiyan.HitBall(false); } } } public void ChangeBackgroundColor(Color color, float beats) { var seconds = Conductor.instance.secPerBeat * beats; if (bgColorTween != null) bgColorTween.Kill(true); if (seconds == 0) { bg.color = color; } else { bgColorTween = bg.DOColor(color, seconds); } } public void FadeBackgroundColor(Color start, Color end, float beats, bool instant) { ChangeBackgroundColor(start, 0f); if (!instant) ChangeBackgroundColor(end, beats); } #region Bop void SingleBop() { akachan.Bop(); aokun.Bop(); kiiyan.Bop(); } public void Bop(float beat, float length, bool auto, bool goBop) { shouldBop = auto; if (goBop) { List bops = new List(); for (int i = 0; i < length; i++) { bops.Add(new BeatAction.Action(beat + i, delegate { SingleBop(); })); } BeatAction.New(instance.gameObject, bops); } } #endregion public void Dispense(float beat, float length, int who, bool call) { if (currentBall != null) return; SetPassBallEvents(); SetReceiver(who); GetCurrentReceiver().ShowArrow(beat, length - 1); Jukebox.PlayOneShotGame("tossBoys/ballStart" + GetColorBasedOnTossKid(currentReceiver, true)); hatchAnim.Play("HatchOpen", 0, 0); currentBall = Instantiate(ballPrefab, transform); currentBall.gameObject.SetActive(true); switch (who) { case (int)WhichTossKid.Akachan: currentBall.SetState(TossBoysBall.State.RedDispense, beat, length); break; case (int)WhichTossKid.Aokun: currentBall.SetState(TossBoysBall.State.BlueDispense, beat, length); break; case (int)WhichTossKid.Kiiyan: currentBall.SetState(TossBoysBall.State.YellowDispense, beat, length); break; default: break; } if (call) { float callBeat = beat; switch (who) { case (int)WhichTossKid.Akachan: MultiSound.Play(new MultiSound.Sound[] { new MultiSound.Sound("tossBoys/blueRedHigh1", callBeat), new MultiSound.Sound("tossBoys/yellowRedHigh1", callBeat), new MultiSound.Sound("tossBoys/blueRedHigh2", callBeat + 0.25f), new MultiSound.Sound("tossBoys/yellowRedHigh2", callBeat + 0.25f), new MultiSound.Sound("tossBoys/blueRedHigh3", callBeat + 0.5f), new MultiSound.Sound("tossBoys/yellowRedHigh3", callBeat + 0.5f), }); break; case (int)WhichTossKid.Aokun: MultiSound.Play(new MultiSound.Sound[] { new MultiSound.Sound("tossBoys/redBlueHigh1", callBeat), new MultiSound.Sound("tossBoys/yellowBlueHigh1", callBeat), new MultiSound.Sound("tossBoys/redBlueHigh2", callBeat + 0.5f), new MultiSound.Sound("tossBoys/yellowBlueHigh2", callBeat + 0.5f), }); break; case (int)WhichTossKid.Kiiyan: MultiSound.Play(new MultiSound.Sound[] { new MultiSound.Sound("tossBoys/redYellowHigh1", callBeat), new MultiSound.Sound("tossBoys/blueYellowHigh1", callBeat), new MultiSound.Sound("tossBoys/redYellowHigh2", callBeat + 0.5f), new MultiSound.Sound("tossBoys/blueYellowHigh2", callBeat + 0.5f), }); break; default: break; } } if (passBallDict.ContainsKey(beat + length)) { ScheduleInput(beat, length, GetInputTypeBasedOnCurrentReceiver(), JustHitBall, Miss, Empty); if (passBallDict[beat + length].datamodel == "tossBoys/dual" || passBallDict[beat + length].datamodel == "tossBoys/lightning" || passBallDict[beat + length].datamodel == "tossBoys/blur") { BeatAction.New(instance.gameObject, new List() { new BeatAction.Action(beat + length - 1, delegate { DoSpecialBasedOnReceiver(beat + length - 1); }) }); } else if (passBallDict[beat + length].datamodel == "tossBoys/pop") { BeatAction.New(instance.gameObject, new List() { new BeatAction.Action(beat + length - 1, delegate { GetCurrentReceiver().PopBallPrepare(); }) }); } } else { BeatAction.New(instance.gameObject, new List() { new BeatAction.Action(beat + length, delegate { Miss(null); }) }); } } void SetPassBallEvents() { passBallDict.Clear(); var passBallEvents = EventCaller.GetAllInGameManagerList("tossBoys", new string[] { "pass", "dual", "pop", "high", "lightning", "blur" }); for (int i = 0; i < passBallEvents.Count; i++) { if (passBallEvents[i].beat >= Conductor.instance.songPositionInBeats) { if (passBallDict.ContainsKey(passBallEvents[i].beat)) continue; passBallDict.Add(passBallEvents[i].beat, passBallEvents[i]); } } } void DeterminePass(float beat, bool barely) { var tempLastReceiver = lastReceiver; lastReceiver = currentReceiver; if (passBallDict.TryGetValue(beat, out var receiver)) { currentReceiver = (WhichTossKid)receiver["who"]; currentPassType = receiver.datamodel; currentEventLength = receiver.length; } else { /* DynamicBeatmap.DynamicEntity spawnedEntity = new DynamicBeatmap.DynamicEntity(); spawnedEntity.DynamicData.Add("who", (int)tempLastReceiver); spawnedEntity.datamodel = currentPassType; passBallDict.Add(beat, spawnedEntity); */ currentReceiver = tempLastReceiver; } switch (currentPassType) { case "tossBoys/pass": PassBall(beat, currentEventLength); break; case "tossBoys/dual": DualToss(beat, currentEventLength); break; case "tossBoys/high": HighToss(beat, currentEventLength); break; case "tossBoys/lightning": LightningToss(beat, currentEventLength); break; default: break; } if (barely) { currentBall.anim.DoScaledAnimationAsync("WiggleBall", 0.5f); } else { currentBall.anim.DoScaledAnimationAsync("Hit", 0.5f); } if (passBallDict.ContainsKey(beat + currentEventLength) && passBallDict[beat + currentEventLength].datamodel == "tossBoys/pop") { BeatAction.New(instance.gameObject, new List() { new BeatAction.Action(beat + currentEventLength - 1, delegate { GetCurrentReceiver().PopBallPrepare(); }) }); } } void PassBall(float beat, float length) { string last = GetColorBasedOnTossKid(lastReceiver, false); string current = GetColorBasedOnTossKid(currentReceiver, true); float secondBeat = 1f; float secondOffset = 0; float thirdOffset = 0; if (currentBall != null) { switch (last + current) { case "redBlue": currentBall.SetState(TossBoysBall.State.RedBlue, beat, length); break; case "blueRed": secondBeat = 0.5f; currentBall.SetState(TossBoysBall.State.BlueRed, beat, length); break; case "blueYellow": currentBall.SetState(TossBoysBall.State.BlueYellow, beat, length); break; case "yellowRed": secondBeat = 0.5f; currentBall.SetState(TossBoysBall.State.YellowRed, beat, length); break; case "redYellow": secondBeat = 0.5f; thirdOffset = 0.060f; currentBall.SetState(TossBoysBall.State.RedYellow, beat, length); break; case "yellowBlue": currentBall.SetState(TossBoysBall.State.YellowBlue, beat, length); break; default: break; } } List soundsToPlay = new List() { new MultiSound.Sound("tossBoys/" + last + current + 1, beat), new MultiSound.Sound("tossBoys/" + last + current + 2, beat + secondBeat, 1, 1, false, secondOffset), }; if (passBallDict.ContainsKey(beat + length) && (passBallDict[beat + length].datamodel is "tossBoys/dual" or "tossBoys/lightning" or "tossBoys/blur")) { BeatAction.New(instance.gameObject, new List() { new BeatAction.Action(beat + length - 1, delegate { DoSpecialBasedOnReceiver(beat + length - 1); }) }); } if (secondBeat == 0.5f) soundsToPlay.Add(new MultiSound.Sound("tossBoys/" + last + current + 3, beat + 1, 1, 1, false, thirdOffset)); MultiSound.Play(soundsToPlay.ToArray()); ScheduleInput(beat, length, GetInputTypeBasedOnCurrentReceiver(), JustHitBall, Miss, Empty); } void DualToss(float beat, float length) { string last = GetColorBasedOnTossKid(lastReceiver, false); string current = GetColorBasedOnTossKid(currentReceiver, true); float secondBeat = 0.5f; float secondOffset = 0; float thirdOffset = 0; if (currentBall != null) { switch (last + current) { case "redBlue": currentBall.SetState(TossBoysBall.State.RedBlueDual, beat, length); break; case "blueYellow": currentBall.SetState(TossBoysBall.State.BlueYellowDual, beat, length); break; case "yellowBlue": currentBall.SetState(TossBoysBall.State.YellowBlueDual, beat, length); break; case "blueRed": secondBeat = 0.25f; thirdOffset = 0.020f; currentBall.SetState(TossBoysBall.State.BlueRedDual, beat, length); break; case "yellowRed": secondBeat = 0.25f; currentBall.SetState(TossBoysBall.State.YellowRedDual, beat, length); break; case "redYellow": secondOffset = 0.060f; currentBall.SetState(TossBoysBall.State.RedYellowDual, beat, length); break; default: break; } } List soundsToPlay = new List() { new MultiSound.Sound("tossBoys/" + last + current + "Low" + 1, beat), new MultiSound.Sound("tossBoys/" + last + current + "Low" + 2, beat + secondBeat, 1, 1, false, secondOffset), }; if (passBallDict.ContainsKey(beat + length) && (passBallDict[beat + length].datamodel is "tossBoys/lightning" or "tossBoys/blur")) { BeatAction.New(instance.gameObject, new List() { new BeatAction.Action(beat + length - 1, delegate { DoSpecialBasedOnReceiver(beat + length - 1); }) }); } if (secondBeat == 0.25f) soundsToPlay.Add(new MultiSound.Sound("tossBoys/" + last + current + "Low" + 3, beat + 0.5f, 1, 1, false, thirdOffset)); MultiSound.Play(soundsToPlay.ToArray()); bool stopSpecial = passBallDict.ContainsKey(beat + length) && passBallDict[beat + length].datamodel is "tossBoys/pass" or "tossBoys/high" or "tossBoys/pop"; ScheduleInput(beat, length, GetInputTypeBasedOnCurrentReceiver(), stopSpecial ? JustHitBallUnSpecial : JustHitBall, Miss, Empty); } void HighToss(float beat, float length) { string last = GetColorBasedOnTossKid(lastReceiver, false); string current = GetColorBasedOnTossKid(currentReceiver, true); float secondBeat = 0.5f; float secondOffset = 0; float thirdOffset = 0; if (currentBall != null) { switch (last + current) { case "redBlue": currentBall.SetState(TossBoysBall.State.RedBlueHigh, beat, length); break; case "redYellow": currentBall.SetState(TossBoysBall.State.RedYellowHigh, beat, length); break; case "blueYellow": currentBall.SetState(TossBoysBall.State.BlueYellowHigh, beat, length); break; case "yellowBlue": currentBall.SetState(TossBoysBall.State.YellowBlueHigh, beat, length); break; case "yellowRed": secondBeat = 0.25f; currentBall.SetState(TossBoysBall.State.YellowRedHigh, beat, length); break; case "blueRed": secondBeat = 0.25f; currentBall.SetState(TossBoysBall.State.BlueRedHigh, beat, length); break; default: break; } } List soundsToPlay = new List() { new MultiSound.Sound("tossBoys/" + last + current + "High" + 1, beat), new MultiSound.Sound("tossBoys/" + last + current + "High" + 2, beat + secondBeat, 1, 1, false, secondOffset), }; if (passBallDict.ContainsKey(beat + length) && (passBallDict[beat + length].datamodel is "tossBoys/dual" or "tossBoys/lightning" or "tossBoys/blur")) { BeatAction.New(instance.gameObject, new List() { new BeatAction.Action(beat + length - 1, delegate { DoSpecialBasedOnReceiver(beat + length - 1); }) }); } if (secondBeat == 0.25f) soundsToPlay.Add(new MultiSound.Sound("tossBoys/" + last + current + "High" + 3, beat + 0.5f, 1, 1, false, thirdOffset)); MultiSound.Play(soundsToPlay.ToArray()); ScheduleInput(beat, length, GetInputTypeBasedOnCurrentReceiver(), JustHitBall, Miss, Empty); } void LightningToss(float beat, float length) { string last = GetColorBasedOnTossKid(lastReceiver, false); string current = GetColorBasedOnTossKid(currentReceiver, true); float secondBeat = 0.5f; float secondOffset = 0; float thirdOffset = 0; switch (last + current) { case "blueRed": secondBeat = 0.25f; thirdOffset = 0.020f; break; case "yellowRed": secondBeat = 0.25f; break; case "redYellow": secondOffset = 0.060f; break; default: secondBeat = 0.5f; break; } if (currentBall != null) { switch (last) { case "blue": currentBall.SetState(TossBoysBall.State.BlueKeep, beat, length / 2); break; case "red": currentBall.SetState(TossBoysBall.State.RedKeep, beat, length / 2); break; case "yellow": currentBall.SetState(TossBoysBall.State.YellowKeep, beat, length / 2); break; } } List soundsToPlay = new List() { new MultiSound.Sound("tossBoys/" + last + current + "Low" + 1, beat), new MultiSound.Sound("tossBoys/" + last + current + "Low" + 2, beat + secondBeat, 1, 1, false, secondOffset), }; if (secondBeat == 0.25f) soundsToPlay.Add(new MultiSound.Sound("tossBoys/" + last + current + "Low" + 3, beat + 0.5f, 1, 1, false, thirdOffset)); if (passBallDict.ContainsKey(beat + length) && (passBallDict[beat + length].datamodel is "tossBoys/dual" or "tossBoys/blur")) { BeatAction.New(instance.gameObject, new List() { new BeatAction.Action(beat + length - 1, delegate { DoSpecialBasedOnReceiver(beat + length - 1); }) }); } MultiSound.Play(soundsToPlay.ToArray()); bool stopSpecial = passBallDict.ContainsKey(beat + length) && passBallDict[beat + length].datamodel is "tossBoys/pass" or "tossBoys/high" or "tossBoys/pop"; ScheduleInput(beat, length / 2, GetInputBasedOnTossKid(lastReceiver), stopSpecial ? JustKeepUnSpecial : JustKeep, Miss, Empty); ScheduleInput(beat, length, GetInputTypeBasedOnCurrentReceiver(), JustHitBall, Miss, Empty); } void BlurToss(float beat) { string current = GetColorBasedOnTossKid(currentReceiver, false); if (currentBall != null) { switch (current) { case "blue": currentBall.SetState(TossBoysBall.State.BlueBlur, beat); break; case "red": currentBall.SetState(TossBoysBall.State.RedBlur, beat); break; case "yellow": currentBall.SetState(TossBoysBall.State.YellowBlur, beat); break; } } ScheduleInput(beat, 2f, GetInputTypeBasedOnCurrentReceiver(), JustKeepContinue, Miss, Empty); } #region Inputs void JustHitBall(PlayerActionEvent caller, float state) { if (currentBall == null) return; if (passBallDict.ContainsKey(caller.startBeat + caller.timer)) { if (passBallDict[caller.startBeat + caller.timer].datamodel == "tossBoys/pop") { GetCurrentReceiver().PopBall(); Destroy(currentBall.gameObject); currentBall = null; switch (currentReceiver) { case WhichTossKid.Akachan: Jukebox.PlayOneShotGame("tossBoys/redPop"); break; case WhichTossKid.Aokun: Jukebox.PlayOneShotGame("tossBoys/bluePop"); break; case WhichTossKid.Kiiyan: Jukebox.PlayOneShotGame("tossBoys/yellowPop"); break; default: break; } return; } if (passBallDict[caller.startBeat + caller.timer].datamodel == "tossBoys/blur") { JustKeepCurrent(caller, state); BlurToss(caller.startBeat + caller.timer); return; } if ((WhichTossKid)passBallDict[caller.startBeat + caller.timer]["who"] == currentReceiver) { Miss(null); return; } } if (state >= 1f || state <= -1f) { GetCurrentReceiver().Barely(); DeterminePass(caller.timer + caller.startBeat, true); return; } GetCurrentReceiver().HitBall(); DeterminePass(caller.timer + caller.startBeat, false); } void JustHitBallUnSpecial(PlayerActionEvent caller, float state) { if (currentBall == null) return; specialAo.SetActive(false); specialAka.SetActive(false); specialKii.SetActive(false); currentSpecialKid.crouch = false; if (passBallDict.ContainsKey(caller.startBeat + caller.timer)) { if (passBallDict[caller.startBeat + caller.timer].datamodel == "tossBoys/pop") { GetCurrentReceiver().PopBall(); Destroy(currentBall.gameObject); currentBall = null; switch (currentReceiver) { case WhichTossKid.Akachan: Jukebox.PlayOneShotGame("tossBoys/redPop"); break; case WhichTossKid.Aokun: Jukebox.PlayOneShotGame("tossBoys/bluePop"); break; case WhichTossKid.Kiiyan: Jukebox.PlayOneShotGame("tossBoys/yellowPop"); break; default: break; } return; } if (passBallDict[caller.startBeat + caller.timer].datamodel == "tossBoys/blur") { JustKeepCurrentUnSpecial(caller, state); BlurToss(caller.startBeat + caller.timer); return; } if ((WhichTossKid)passBallDict[caller.startBeat + caller.timer]["who"] == currentReceiver) { Miss(null); return; } } if (state >= 1f || state <= -1f) { GetCurrentReceiver().Barely(); DeterminePass(caller.timer + caller.startBeat, true); return; } GetCurrentReceiver().HitBall(); DeterminePass(caller.timer + caller.startBeat, false); } void JustKeepContinue(PlayerActionEvent caller, float state) { if (currentBall == null) return; if (passBallDict.ContainsKey(caller.timer + caller.startBeat)) { if (passBallDict[caller.timer + caller.startBeat].datamodel is "tossBoys/pass" or "tossBoys/high" or "tossBoys/pop") { JustHitBallUnSpecial(caller, state); } else { JustHitBall(caller, state); } } else { JustKeepCurrent(caller, state); ScheduleInput(caller.timer + caller.startBeat, 1f, GetInputTypeBasedOnCurrentReceiver(), JustKeepContinue, Miss, Empty); } } void JustKeepCurrent(PlayerActionEvent caller, float state) { if (currentBall == null) return; Jukebox.PlayOneShotGame("tossBoys/" + GetColorBasedOnTossKid(currentReceiver, false) + "Keep"); string current = GetColorBasedOnTossKid(currentReceiver, false); float beat = caller.timer + caller.startBeat; if (currentBall != null) { switch (current) { case "blue": currentBall.SetState(TossBoysBall.State.BlueKeep, beat); break; case "red": currentBall.SetState(TossBoysBall.State.RedKeep, beat); break; case "yellow": currentBall.SetState(TossBoysBall.State.YellowKeep, beat); break; } } if (state >= 1f || state <= -1f) { currentBall.anim.DoScaledAnimationAsync("WiggleBall", 0.5f); GetCurrentReceiver().Barely(); return; } GetCurrentReceiver().HitBall(); currentBall.anim.DoScaledAnimationAsync("Hit", 0.5f); } void JustKeepCurrentUnSpecial(PlayerActionEvent caller, float state) { if (currentBall == null) return; specialAo.SetActive(false); specialAka.SetActive(false); specialKii.SetActive(false); currentSpecialKid.crouch = false; Jukebox.PlayOneShotGame("tossBoys/" + GetColorBasedOnTossKid(currentReceiver, false) + "Keep"); if (state >= 1f || state <= -1f) { currentBall.anim.DoScaledAnimationAsync("WiggleBall", 0.5f); GetCurrentReceiver().Barely(); return; } GetCurrentReceiver().HitBall(); currentBall.anim.DoScaledAnimationAsync("Hit", 0.5f); } void JustKeep(PlayerActionEvent caller, float state) { if (currentBall == null) return; Jukebox.PlayOneShotGame("tossBoys/" + GetColorBasedOnTossKid(lastReceiver, false) + "Keep"); string last = GetColorBasedOnTossKid(lastReceiver, false); string current = GetColorBasedOnTossKid(currentReceiver, true); float beat = caller.timer + caller.startBeat; if (currentBall != null) { switch (last + current) { case "redBlue": currentBall.SetState(TossBoysBall.State.RedBlueDual, beat); break; case "blueYellow": currentBall.SetState(TossBoysBall.State.BlueYellowDual, beat); break; case "yellowBlue": currentBall.SetState(TossBoysBall.State.YellowBlueDual, beat); break; case "blueRed": currentBall.SetState(TossBoysBall.State.BlueRedDual, beat); break; case "yellowRed": currentBall.SetState(TossBoysBall.State.YellowRedDual, beat); break; case "redYellow": currentBall.SetState(TossBoysBall.State.RedYellowDual, beat); break; default: break; } } if (state >= 1f || state <= -1f) { currentBall.anim.DoScaledAnimationAsync("WiggleBall", 0.5f); GetReceiver(lastReceiver).Barely(); return; } GetReceiver(lastReceiver).HitBall(); currentBall.anim.DoScaledAnimationAsync("Hit", 0.5f); } void JustKeepUnSpecial(PlayerActionEvent caller, float state) { if (currentBall == null) return; specialAo.SetActive(false); specialAka.SetActive(false); specialKii.SetActive(false); currentSpecialKid.crouch = false; Jukebox.PlayOneShotGame("tossBoys/" + GetColorBasedOnTossKid(lastReceiver, false) + "Keep"); string last = GetColorBasedOnTossKid(lastReceiver, false); string current = GetColorBasedOnTossKid(currentReceiver, true); float beat = caller.timer + caller.startBeat; if (currentBall != null) { switch (last + current) { case "redBlue": currentBall.SetState(TossBoysBall.State.RedBlueDual, beat); break; case "blueYellow": currentBall.SetState(TossBoysBall.State.BlueYellowDual, beat); break; case "yellowBlue": currentBall.SetState(TossBoysBall.State.YellowBlueDual, beat); break; case "blueRed": currentBall.SetState(TossBoysBall.State.BlueRedDual, beat); break; case "yellowRed": currentBall.SetState(TossBoysBall.State.YellowRedDual, beat); break; case "redYellow": currentBall.SetState(TossBoysBall.State.RedYellowDual, beat); break; default: break; } } if (state >= 1f || state <= -1f) { currentBall.anim.DoScaledAnimationAsync("WiggleBall", 0.5f); GetReceiver(lastReceiver).Barely(); return; } GetReceiver(lastReceiver).HitBall(); currentBall.anim.DoScaledAnimationAsync("Hit", 0.5f); } void Miss(PlayerActionEvent caller) { if (currentBall == null) return; GetCurrentReceiver().Miss(); aokun.crouch = false; akachan.crouch = false; kiiyan.crouch = false; specialAo.SetActive(false); specialAka.SetActive(false); specialKii.SetActive(false); Destroy(currentBall.gameObject); currentBall = null; Jukebox.PlayOneShotGame("tossBoys/misshit"); } void Empty(PlayerActionEvent caller) { } #endregion #region HelperFunctions void DoSpecialBasedOnReceiver(float beat) { specialAo.SetActive(false); specialAka.SetActive(false); specialKii.SetActive(false); if (currentSpecialKid != null) currentSpecialKid.crouch = false; currentSpecialKid = GetCurrentReceiver(); GetCurrentReceiver().Crouch(); GetSpecialBasedOnReceiver().SetActive(true); switch (currentReceiver) { case WhichTossKid.Akachan: MultiSound.Play(new MultiSound.Sound[] { new MultiSound.Sound("tossBoys/redSpecial1", beat), new MultiSound.Sound("tossBoys/redSpecial2", beat + 0.25f), new MultiSound.Sound("tossBoys/redSpecialCharge", beat + 0.25f, 1, 1, false, 0.085f), }); break; case WhichTossKid.Aokun: MultiSound.Play(new MultiSound.Sound[] { new MultiSound.Sound("tossBoys/blueSpecial1", beat), new MultiSound.Sound("tossBoys/blueSpecial2", beat + 0.25f), }); break; case WhichTossKid.Kiiyan: Jukebox.PlayOneShotGame("tossBoys/yellowSpecial", beat); break; default: break; } } public TossKid GetCurrentReceiver() { return GetReceiver(currentReceiver); } public TossKid GetReceiver(WhichTossKid receiver) { switch (receiver) { case WhichTossKid.Akachan: return akachan; case WhichTossKid.Aokun: return aokun; case WhichTossKid.Kiiyan: return kiiyan; default: return null; } } string GetColorBasedOnTossKid(WhichTossKid tossKid, bool capital) { switch (tossKid) { case WhichTossKid.Akachan: return capital ? "Red" : "red"; case WhichTossKid.Aokun: return capital ? "Blue" : "blue"; case WhichTossKid.Kiiyan: return capital ? "Yellow" : "yellow"; default: return ""; } } public void SetReceiver(int who) { currentReceiver = (WhichTossKid)who; } InputType GetInputTypeBasedOnCurrentReceiver() { return GetInputBasedOnTossKid(currentReceiver); } InputType GetInputBasedOnTossKid(WhichTossKid tossKid) { switch (tossKid) { case WhichTossKid.Akachan: return InputType.STANDARD_DOWN; case WhichTossKid.Aokun: return InputType.STANDARD_ALT_DOWN; case WhichTossKid.Kiiyan: return InputType.DIRECTION_DOWN; default: return InputType.ANY; } } GameObject GetSpecialBasedOnReceiver() { switch (currentReceiver) { case WhichTossKid.Akachan: return specialAka; case WhichTossKid.Aokun: return specialAo; case WhichTossKid.Kiiyan: return specialKii; default: return null; } } #endregion } }