private void UpdateText(KoreographyEvent koreoEvent,
int sampleTime,
int sampleDelta,
DeltaSlice deltaSlice)
{
// 判断当前事件是否有文本负荷
if (koreoEvent.HasTextPayload())
{
// 更新文本的条件
// 1.当前存储的事件为空
// 2.事件叠加时取后面的事件
if (m_keCurEvent == null || m_keCurEvent.StartSample < koreoEvent.StartSample)
{
// 更新文本
m_text.text = koreoEvent.GetTextValue();
// 保存此次检测到的事件
m_keCurEvent = koreoEvent;
}
// 存储的最后一拍的时间 < 当前拍子的时间
if (m_keCurEvent.EndSample < sampleTime)
{
// 滞空
m_text.text = string.Empty;
m_keCurEvent = null;
}
}
}
void UpdateText(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
// Verify that we have Text in the Payload.
if (evt.HasTextPayload())
{
// Set the text if we have a text event!
// We can get multiple events called at the same time (if they overlap in the track).
// In this case, we prefer the event with the most recent start sample.
if (curTextEvent == null ||
(evt != curTextEvent && evt.StartSample > curTextEvent.StartSample))
{
guiTextCom.text = evt.GetTextValue();
// Store for later comparison.
curTextEvent = evt;
}
// Clear out the text if our event ended this musical frame.
if (curTextEvent.EndSample < sampleTime)
{
guiTextCom.text = string.Empty;
// Remove so that the above timing logic works when the audio loops/jumps.
curTextEvent = null;
}
}
}
void UpdateText(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
// Verify that we have Text in the Payload.
if (evt.HasTextPayload())
{
// Set the text if we have a text event!
// We can get multiple events called at the same time (if they overlap in the track).
// In this case, we prefer the event with the most recent start sample.
if (curTextEvent == null ||
(evt != curTextEvent && evt.StartSample > curTextEvent.StartSample))
{
guiTextCom.text = evt.GetTextValue();
// Store for later comparison.
curTextEvent = evt;
}
// Clear out the text if our event ended this musical frame.
if (curTextEvent.EndSample < sampleTime)
{
guiTextCom.text = string.Empty;
// Remove so that the above timing logic works when the audio loops/jumps.
curTextEvent = null;
}
}
}
void AdjustLight(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
if (evt.HasIntPayload())
{
if (evt.GetIntValue() == 1)
{
lights[0].SetActive(true);
lights[1].SetActive(true);
lights[2].SetActive(false);
lights[3].SetActive(false);
}
else if (evt.GetIntValue() == 2)
{
lights[0].SetActive(false);
lights[1].SetActive(false);
lights[2].SetActive(true);
lights[3].SetActive(true);
}
else if (evt.GetIntValue() == 3)
{
lights[0].SetActive(true);
lights[1].SetActive(true);
lights[2].SetActive(true);
lights[3].SetActive(true);
}
else
{
lights[0].SetActive(false);
lights[1].SetActive(false);
lights[2].SetActive(false);
lights[3].SetActive(false);
}
}
}
void SetColor(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
if (evt.HasCurvePayload())
{
float curveValue = evt.GetValueOfCurveAtTime(sampleTime);
spriteRenderer.color = startColor * (1 - curveValue) + curveValue * targetColor;
}
}
void SetPosition(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
if (evt.HasCurvePayload())
{
float curveValue = evt.GetValueOfCurveAtTime(sampleTime);
transform.position = startPosition * (1 - curveValue) + curveValue * endPosition;
}
}
void SetScale(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
if (evt.HasCurvePayload())
{
float curveValue = evt.GetValueOfCurveAtTime(sampleTime);
transform.localScale = startScale * (1 - curveValue) + curveValue * targetScale;
}
}
private void ChangeCubeScale(KoreographyEvent koreoEvent,
int sampleTime,
int sampleDelta,
DeltaSlice deltaSlice)
{
if (koreoEvent.HasCurvePayload())
{
float fCurValue = koreoEvent.GetValueOfCurveAtTime(sampleTime); // 返回0~1之间的值
transform.localScale = Vector3.one * Mathf.Lerp(m_minScale, m_maxScale, fCurValue);
}
}
void AdjustScale(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
if (evt.HasCurvePayload())
{
// Get the value of the curve at the current audio position. This will be a
// value between [0, 1] and will be used, below, to interpolate between
// minScale and maxScale.
float curveValue = evt.GetEventDeltaAtSampleTime(sampleTime);
transform.localScale = Vector3.one * Mathf.Lerp(minScale, maxScale, curveValue);
}
}
void AdjustScale(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
if (evt.HasCurvePayload())
{
// Get the value of the curve at the current audio position. This will be a
// value between [0, 1] and will be used, below, to interpolate between
// minScale and maxScale.
float curveValue = evt.GetValueOfCurveAtTime(sampleTime);
transform.localScale = Vector3.one * Mathf.Lerp(minScale, maxScale, curveValue);
}
}
private void ChangeColor(KoreographyEvent koreoEvent,
int sampleTime,
int sampleDelta,
DeltaSlice deltaSlice)
{
if (koreoEvent.HasColorPayload())
{
Color targetColor = koreoEvent.GetColorValue();
ApplyColorToObjects(targetColor);
}
else if (koreoEvent.HasGradientPayload())
{
Color targetColor = koreoEvent.GetColorOfGradientAtTime(sampleTime);
ApplyColorToObjects(targetColor);
}
}
void UpdateText(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
// Verify that we have Text in the Payload.
if (evt.HasTextPayload())
{
// Set the text if we have a text event!
// We can get multiple events called at the same time (if they overlap in the track).
// In this case, we prefer the event with the most recent start sample.
if (curTextEvent == null ||
(evt != curTextEvent && evt.StartSample > curTextEvent.StartSample))
{
string text = evt.GetTextValue();
Debug.Log(text);
if (text == "left")
{
spawnRend.sharedMaterial = green;
Invoke("Green", moveTime);
}
else if (text == "right")
{
spawnRend.sharedMaterial = yellow;
Invoke("Yellow", moveTime);
}
else
{
spawnRend.sharedMaterial = red;
Invoke("Red", moveTime);
}
cubeSpawn.createCube(text);
// Store for later comparison.
curTextEvent = evt;
}
// Clear out the text if our event ended this musical frame.
if (curTextEvent.EndSample < sampleTime)
{
// guiTextCom.text = string.Empty;
// Remove so that the above timing logic works when the audio loops/jumps.
curTextEvent = null;
}
}
}
void AdjustColor(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
// We have prepared two kinds of events that work with this system:
// 1) OneOffs that store a Color.
// 2) Spans that store a Gradient.
// Ensure that we have the correct types before proceeding!
if (evt.IsOneOff() && evt.HasColorPayload())
{
// This is a simple Color Payload.
Color targetColor = evt.GetColorValue();
ApplyColorToObjects(ref targetColor);
}
else if (!evt.IsOneOff() && evt.HasGradientPayload())
{
// Access the color specified at the current music-time. This is what
// drives musical color animations from gradients!
Color targetColor = evt.GetColorOfGradientAtTime(sampleTime);
ApplyColorToObjects(ref targetColor);
}
}
void AdjustColor(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
// We have prepared two kinds of events that work with this system:
// 1) OneOffs that store a Color.
// 2) Spans that store a Gradient.
// Ensure that we have the correct types before proceeding!
if (evt.IsOneOff() && evt.HasColorPayload())
{
// This is a simple Color Payload.
Color targetColor = evt.GetColorValue();
ApplyColorToObjects(ref targetColor);
}
else if (!evt.IsOneOff() && evt.HasGradientPayload())
{
// Access the color specified at the current music-time. This is what
// drives musical color animations from gradients!
Color targetColor = evt.GetColorOfGradientAtTime(sampleTime);
ApplyColorToObjects(ref targetColor);
}
}
/* void TestPayload(KoreographyEvent evt)
* {
* print(evt.GetIntValue() + " " + Time.time);
* }*/
void TestOffset(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
/*print("OffSet " + Time.time);
* print(sampleTime);
* print(sampleDelta);*/
if (evt.HasCurvePayload())
{
//print("Scale Start");
// Get the value of the curve at the current audio position. This will be a
// value between [0, 1] and will be used, below, to interpolate between
// minScale and maxScale.
float curveValue = Mathf.Clamp(evt.GetValueOfCurveAtTime(sampleTime), 0.5f, 1);
print(curveValue);
//transform.position = new Vector3(Random.Range(0 , 5), 0, Random.Range(-5 , 0));
//interim = Vector3.one * Mathf.Lerp(minScale, maxScale, curveValue);
//interim.y = 1.2f;
transform.localScale *= curveValue;
}
}
/// <summary>
/// 节点判断触发
/// </summary>
/// <param name="koreoEvent"></param>
/// <param name="sampleTime"></param>
/// <param name="sampleDelta"></param>
/// <param name="deltaSlice"></param>
private void MusicEventHandler(KoreographyEvent koreoEvent, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
string[] strs = koreoEvent.GetTextValue().Split('_');
if (strs[2] == eventIndex)
{
if (!guitarAnimIsTrigger)
{
guitarAnimIsTrigger = true;
MessageCenter.Dispatcher((short)MusicMsgType.Guitar, new KeyValuesUpdate(strs[1], null));
}
if (strs[0] == "0" && (Input.GetKey(KeyCode.Q) || lastAudience == "A"))
{
JudgeCommon(strs, koreoEvent, sampleTime);
}
if (strs[0] == "1" && (Input.GetKey(KeyCode.W) || lastAudience == "B"))
{
JudgeCommon(strs, koreoEvent, sampleTime);
}
if (strs[0] == "2" && (Input.GetKey(KeyCode.E) || lastAudience == "C"))
{
JudgeCommon(strs, koreoEvent, sampleTime);
}
if (strs[0] == "3" && (Input.GetKey(KeyCode.R) || lastAudience == "D"))
{
JudgeCommon(strs, koreoEvent, sampleTime);
}
int single = (koreoEvent.EndSample - koreoEvent.StartSample) / 8;
int point = koreoEvent.EndSample - single;
if (sampleTime > point && ordinaryOne && !isSucceed)
{
ordinaryOne = false;
selfAnim.SetTrigger("Miss");
MessageCenter.Dispatcher((short)MusicMsgType.RankCount, new KeyValuesUpdate("C", null));
if (lifeTime > 0)
{
StartCoroutine(RecycleTime(lifeTime)); //Invoke("RecycleTime", lifeTime);
}
//if (isPracticeEnd)
// m_CCount++;
}
}
}
private void UpdateText(KoreographyEvent koreoEvent, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
if (koreoEvent.HasTextPayload())
{
if (curKoreoEvent == null || (koreoEvent != curKoreoEvent && koreoEvent.StartSample > curKoreoEvent.StartSample))
{
text.text = koreoEvent.GetTextValue();
curKoreoEvent = koreoEvent;
}
if (koreoEvent.StartSample < curKoreoEvent.StartSample)
{
text.text = string.Empty;
curKoreoEvent = null;
}
}
}
void FireEventDebugLog(KoreographyEvent koreoEvent, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
Debug.Log("Koreography Event Fired");
Debug.Log("Sample Time: " + sampleTime + "\nSample delta: " + sampleDelta + "\nPrevious Frame: " + (sampleTime - sampleDelta));
if (Input.GetKeyDown(KeyCode.Space))
{
Debug.Log("F**K THIS");
GameObject.Find("Text").GetComponent <Text>().text = "JA THIS MOFO";
}
if (koreoEvent.IsOneOff() && koreoEvent.HasColorPayload())
{
// This is a simple Color Payload.
Color targetColor = koreoEvent.GetColorValue();
ApplyColorToObjects(ref targetColor);
}
else if (!koreoEvent.IsOneOff() && koreoEvent.HasGradientPayload())
{
// Access the color specified at the current music-time. This is what
// drives musical color animations from gradients!
Color targetColor = koreoEvent.GetColorOfGradientAtTime(sampleTime);
ApplyColorToObjects(ref targetColor);
}
Color targetColor1 = koreoEvent.GetColorValue();
ApplyColorToObjects(ref targetColor1);
}
void OnLyricEvent(KoreographyEvent koreoEvt, int sampleTime, int sampleDelta, DeltaSlice slice)
{
string lyric = koreoEvt.GetTextValue();
float percent = koreoEvt.GetEventDeltaAtSampleTime(sampleTime);
for (int i = 0; i < textLines.Count; ++i)
{
KaraokeTextLine curLine = textLines[i];
if (!curLine.IsLineFull())
{
curLine.FillKaraokeSection(lyric, percent);
break;
}
}
}
