using System.Collections; using System.Collections.Generic; using UnityEngine; using UnityEngine.UI; using Jukebox; using HeavenStudio.Util; namespace HeavenStudio.Games.Scripts_KarateMan { public class KarateManNoriController : MonoBehaviour { public GameObject NoriController; public GameObject NoriHeart; public Transform NoriHolderTengoku; public Transform NoriHolderMania00; public Transform NoriHolderMania01; public GameObject NoriManiaInk00; public GameObject NoriManiaInk01; public Material NoriMaterial; public Color[] NoriColorsTengoku; public Color[] NoriColorsMania; public float Nori; public int MaxNori; Animator[] NoriHeartAnimators; Material[] NoriHeartMaterials; Transform NoriHolder; static Vector2 HeartScale = new Vector2(60, 52); static float ScaleFactorTengoku = 1 / 46f; static float ScaleFactorMania = 1 / 72f; static float CameraOffset = 10; static float PeriodLow = 24 / 60f; static float PeriodHigh = 15 / 60f; int noriMode = (int)KarateMan.NoriMode.None; bool playedJust = false; int inputsToSwitch = 0; //takes 12% of inputs to fill the nori bar float hitNoriAdd { get { return MaxNori / (inputsToSwitch * 0.12f); } } void Start() { } public void SetNoriMode(double fromBeat, int mode, int startingNori = 0) { float scaleFactor = 0f; //clear all children of the holder if (NoriHolder != null) { foreach (Transform child in NoriHolder) { Destroy(child.gameObject); } } switch (mode) { case (int) KarateMan.NoriMode.Tengoku: MaxNori = 5; Nori = Mathf.Clamp(startingNori, 0, MaxNori); scaleFactor = ScaleFactorTengoku; NoriHolder = NoriHolderTengoku; NoriManiaInk00.SetActive(false); NoriManiaInk01.SetActive(false); playedJust = false; break; case (int) KarateMan.NoriMode.Mania: MaxNori = 10; Nori = Mathf.Clamp(startingNori, 0, MaxNori); scaleFactor = ScaleFactorMania; NoriHolder = NoriHolderMania00; NoriManiaInk00.SetActive(true); NoriManiaInk01.SetActive(false); playedJust = false; inputsToSwitch = CountHitsToEnd(fromBeat); break; case (int) KarateMan.NoriMode.ManiaHorizontal: MaxNori = 10; Nori = Mathf.Clamp(startingNori, 0, MaxNori); scaleFactor = ScaleFactorMania; NoriHolder = NoriHolderMania01; NoriManiaInk00.SetActive(true); NoriManiaInk01.SetActive(true); playedJust = false; inputsToSwitch = CountHitsToEnd(fromBeat); break; default: //KarateMan.NoriMode.None MaxNori = 0; Nori = 0; NoriManiaInk00.SetActive(false); NoriManiaInk01.SetActive(false); playedJust = false; return; } NoriHeartAnimators = new Animator[MaxNori]; NoriHeartMaterials = new Material[MaxNori]; noriMode = mode; if (mode == (int) KarateMan.NoriMode.None) return; //add the label? for (int i = 0; i < MaxNori; i++) { GameObject h = GameObject.Instantiate(NoriHeart, NoriHolder); h.SetActive(true); Material m_Material = Instantiate(NoriMaterial); NoriHeartMaterials[i] = m_Material; h.GetComponent().material = m_Material; RectTransform hrect = h.GetComponent(); hrect.SetSizeWithCurrentAnchors(RectTransform.Axis.Horizontal, HeartScale.x * scaleFactor); hrect.SetSizeWithCurrentAnchors(RectTransform.Axis.Vertical, HeartScale.y * scaleFactor); NoriHeartAnimators[i] = h.GetComponent(); NoriHeartAnimators[i].Play(i <= (int) (startingNori - 1) ? "NoriFull" : "NoriNone", -1, (Time.time * PeriodLow) % 1f); } } public void DoHit() { if (noriMode == (int) KarateMan.NoriMode.None) return; if (MaxNori <= 0) return; float oldNori = Nori; if (noriMode == (int) KarateMan.NoriMode.Tengoku) { Nori += 1; if (Nori > MaxNori) Nori = MaxNori; if (Nori - 1 >= 0) NoriHeartAnimators[(int) Nori - 1].Play("NoriFull", -1, (Time.time * PeriodHigh) % 1f); } else { Nori += hitNoriAdd; if (Nori > MaxNori) Nori = MaxNori; for (int i = 0; i < MaxNori; i++) { if (i <= (int) Nori && i >= (int) oldNori) NoriHeartAnimators[i].Play("NoriFull", -1, (Time.time * PeriodHigh) % 1f); } } if (KarateMan.instance.NoriPerformance >= 0.6f && oldNori / MaxNori < 0.6f && !playedJust) { playedJust = true; SoundByte.PlayOneShotGame("karateman/nori_just"); } UpdateHeartColours(); } public void DoNG() { if (noriMode == (int) KarateMan.NoriMode.None) return; if (MaxNori <= 0) return; float oldNori = Nori; if (noriMode == (int) KarateMan.NoriMode.Tengoku) { Nori -= 1; if (Nori < 0) Nori = 0; NoriHeartAnimators[(int)Nori].Play("NoriNone", -1, (Time.time * PeriodLow) % 1f); } else { Nori -= hitNoriAdd; if (Nori < 0) Nori = 0; if (Nori == 0) { foreach (Animator anim in NoriHeartAnimators) { anim.Play("NoriNone", -1, (Time.time * PeriodLow) % 1f); } } else { for (int i = 0; i < MaxNori; i++) { if (i > (int) Nori) NoriHeartAnimators[i].Play("NoriNone", -1, (Time.time * PeriodLow) % 1f); } } } if (KarateMan.instance.NoriPerformance < 0.6f && oldNori / MaxNori >= 0.6f) { playedJust = false; SoundByte.PlayOneShotGame("karateman/nori_ng"); } UpdateHeartColours(); } public void DoThrough() { if (noriMode == (int) KarateMan.NoriMode.None) return; if (MaxNori <= 0) return; if (noriMode == (int) KarateMan.NoriMode.Tengoku) { if (Nori >= MaxNori) SoundByte.PlayOneShotGame("karateman/nori_through"); playedJust = false; Nori = 0; foreach (Animator anim in NoriHeartAnimators) { anim.Play("NoriNone", -1, (Time.time * PeriodLow) % 1f); } } else { Nori -= hitNoriAdd * 2; if (Nori < 0) Nori = 0; if (Nori == 0) { foreach (Animator anim in NoriHeartAnimators) { anim.Play("NoriNone", -1, (Time.time * PeriodLow) % 1f); } } else { for (int i = 0; i < MaxNori; i++) { if (i > (int) Nori) NoriHeartAnimators[i].Play("NoriNone", -1, (Time.time * PeriodLow) % 1f); } } } if (KarateMan.instance.NoriPerformance < 0.6f) playedJust = false; UpdateHeartColours(); } void UpdateHeartColours() { var cond = Conductor.instance; if (noriMode == (int) KarateMan.NoriMode.None) return; if (MaxNori <= 0) return; float flashPeriod; for (int i = 0; i < NoriHeartMaterials.Length; i++) { Material mat = NoriHeartMaterials[i]; if (noriMode == (int) KarateMan.NoriMode.Tengoku) { if (Nori == MaxNori) { mat.SetColor("_ColorAlpha", NoriColorsTengoku[3]); } else if (KarateMan.instance.NoriPerformance < 0.6) { mat.SetColor("_ColorAlpha", NoriColorsTengoku[0]); } else if (i < 2) { mat.SetColor("_ColorAlpha", NoriColorsTengoku[1]); } else { mat.SetColor("_ColorAlpha", NoriColorsTengoku[2]); } } else { Color c = NoriColorsMania[0]; Color s = Color.black; if (Nori == MaxNori) { flashPeriod = Mathf.Sin((cond.songPositionInBeats - i / (float) MaxNori) * Mathf.PI); c = NoriColorsMania[2] + (NoriColorsMania[3] * ((1 - flashPeriod * 0.5f) + 0.5f)); s = Color.HSVToRGB(((cond.songPositionInBeats + 0.5f) * 4) % 1, 1, flashPeriod * 0.6f + 0.4f); } else { flashPeriod = Mathf.Sin(cond.songPositionInBeats * Mathf.PI); if (KarateMan.instance.NoriPerformance < 0.6) c = NoriColorsMania[0]; else if (i < MaxNori - 2) { c = NoriColorsMania[1]; } else { c = NoriColorsMania[2]; } c *= (flashPeriod * 0.5f) + 1f; } mat.SetColor("_ColorAlpha", c); mat.SetColor("_AddColor", s); } } } void Update() { Transform target = GameCamera.instance.transform; Vector3 displacement = target.forward * CameraOffset; transform.position = target.position + displacement; transform.rotation = target.rotation; UpdateHeartColours(); float inkRot = (Conductor.instance.songPositionInBeats / 8f) % 1f; NoriManiaInk00.transform.localRotation = Quaternion.Euler(0, 0, inkRot * 360); NoriManiaInk01.transform.localRotation = Quaternion.Euler(0, 0, inkRot * 360); } public int CountHitsToEnd(double fromBeat) { List allHits = EventCaller.GetAllInGameManagerList("karateman", new string[] { "hit", "bulb", "kick", "combo" }); List allEnds = EventCaller.GetAllInGameManagerList("gameManager", new string[] { "switchGame", "end" }); allHits.Sort((x, y) => x.beat.CompareTo(y.beat)); allEnds.Sort((x, y) => x.beat.CompareTo(y.beat)); double endBeat = double.MaxValue; //get the beat of the closest end event foreach (var end in allEnds) { if (end.beat > fromBeat) { endBeat = end.beat; break; } } //count each hit event beginning from our current beat to the beat of the closest game switch or end int count = 0; string type; for (int i = 0; i < allHits.Count; i++) { RiqEntity h = allHits[i]; if (h.beat >= fromBeat) { if (h.beat < endBeat) { //kicks and combos count for 2 hits type = h.datamodel.Split('/')[1]; count += (type is "kick" or "combo") ? 2 : 1; } else { break; } } } return count; } } }