protected override void MovePhase()
{
base.MovePhase();
if (gameObject.activeSelf)
{
float ProgressBy100 = CurrentFrame * Speed;
float ProgressBy1 = ProgressBy100 / 100;
if (!IsHit && (!Mode.Equals(NoteInfo.SlideNoteStart) || (Mode.Equals(NoteInfo.SlideNoteStart) && Game.Frame < ReachFrame)))
{
float cX = NotePath.GetStarlightX(StartPos.x, EndPos.x, ProgressBy1);
float cY = NotePath.GetStarlightY(ProgressBy100);
CurrentPos = new Vector3(cX, cY, CurrentPos.z);
Body.anchoredPosition3D = CurrentPos;
Body.localScale = new Vector3(NotePath.GetStarlightScale(ProgressBy1), NotePath.GetStarlightScale(ProgressBy1), 1);
BeforePos = CurrentPos;
}
else if (Mode.Equals(NoteInfo.SlideNoteStart) && !Game.Paused && (IsHit || Game.Frame >= ReachFrame))
{
Body.anchoredPosition3D += new Vector3(((Game.Dispensor.Notes[NextNoteID].EndPos.x - EndPos.x) / ((SlideFrameDistance + SlideFrameCalibrator) / 60)) * Time.deltaTime, 0);
if (IsHit)
{
FlickBorderLeft = Body.anchoredPosition3D.x - 98;
FlickBorderRight = Body.anchoredPosition3D.x + 98;
}
}
if (!Game.Paused)
{
if (!Flick.Equals(FlickMode.None) && ConnectorToNext != null && ConnectorToNext.gameObject.activeSelf)
{
ConnectorToNext.StartPos = Body.anchoredPosition3D;
ConnectorToNext.StartScale = Body.localScale.x * 120;
}
if (!Flick.Equals(FlickMode.None) && ConnectorsFromPrevious.Count > 0)
{
for (int i = 0; i < ConnectorsFromPrevious.Count; i++)
{
if (ConnectorsFromPrevious[i] != null && !Game.Dispensor.Notes[ConnectorsFromPrevious[i].OwnerID].IsHit)
{
ConnectorsFromPrevious[i].EndPos = Body.anchoredPosition3D;
ConnectorsFromPrevious[i].EndScale = Body.localScale.x * 120;
}
if (ConnectorsFromPrevious[i] != null && Game.Dispensor.Notes[ConnectorsFromPrevious[i].OwnerID].IsHit)
{
ConnectorsFromPrevious[i].gameObject.SetActive(false);
}
}
}
if (Mode.Equals(NoteInfo.LongNoteStart) && !IsHit)
{
TailToNext.SetStartPos(Body.anchoredPosition3D, ProgressBy1, SizeInPixel * (140f / 100));
}
if ((Mode.Equals(NoteInfo.SlideNoteStart) || Mode.Equals(NoteInfo.SlideNoteCheckpoint) && TailToNext != null))
{
TailToNext.SetStartPos(Body.anchoredPosition3D, (Mode.Equals(NoteInfo.SlideNoteStart) && Game.Frame >= ReachFrame) ? 1 : ProgressBy1, SizeInPixel * (140f / 100), (Game.Frame - LastSlideReachFrame) / (Game.Dispensor.Notes[NextNoteID].ReachFrame - LastSlideReachFrame));
}
if (TailsFromPrevious.Count > 0)
{
for (int i = 0; i < TailsFromPrevious.Count; i++)
{
if (TailsFromPrevious[i] != null)
{
TailsFromPrevious[i].SetEndPos(Body.anchoredPosition3D, CurrentFrame * Speed > 100 ? 1 : ProgressBy1, SizeInPixel * (140f / 100));
}
}
}
}
}
}
void LateUpdate() // frame : 0 to 1
{
for (int i = 0; i < 20; i++)
{
basePos[i] = new Vector3(((19 - i) * startPos.x + i * endPos.x) / 19, ((19 - i) * startPos.y + i * endPos.y) / 19, 0);
float curFrame = ((19 - i) * startFrame + i * endFrame) / 19;
float scaledFrame = (2 * curFrame) / (curFrame + 1);
if (gameMode.Equals(GameMode.Starlight))
{
float baseX = NotePath.GetStarlightX(headStart, pressX, curFrame);
if (curProgress > 0f)
{
baseX += ((releaseX - pressX) * curProgress);
}
float goalX = NotePath.GetStarlightX(tailStart, releaseX, curFrame);
joint[i] = new Vector3(baseX + (((goalX - baseX) / 19f) * i), NotePath.GetStarlightY(100 * curFrame), 1);
}
else if (gameMode.Equals(GameMode.Theater) || gameMode.Equals(GameMode.Theater4) || gameMode.Equals(GameMode.Theater2L) || gameMode.Equals(GameMode.Theater2P))
{
float baseX = NotePath.GetTheaterX(headStart, pressX, curFrame);
if (curProgress > 0f)
{
baseX += (releaseX - pressX) * curProgress;
}
float goalX = NotePath.GetTheaterX(headStart + (tailStart - headStart) * theaterProg, pressX + (releaseX - pressX) * theaterProg, curFrame);
if (gameMode.Equals(GameMode.Theater2P))
{
joint[i] = new Vector3(baseX + (((goalX - baseX) / 19f) * i), NotePath.GetTheaterPortY(100 * curFrame), 1);
}
else
{
joint[i] = new Vector3(baseX + (((goalX - baseX) / 19f) * i), NotePath.GetTheaterY(100 * curFrame), 1);
}
}
else if (gameMode.Equals(GameMode.Platinum))
{
//float baseX = NotePath.GetPlatinumX(headStart, 0, curFrame);
//if (curProgress > 0f) { baseX += ((releaseX - pressX) * curProgress); }
//float goalX = NotePath.GetPlatinumX(tailStart, 0, curFrame);
joint[i] = new Vector3(startPos.x + (((endPos.x - startPos.x) / 19f) * i), startPos.y + (((endPos.y - startPos.y) / 19f) * i), 1);
}
}
if (!isNoTilt)
{
Vector2 tilt = new Vector2(basePos[0].x - basePos[19].x, basePos[0].y - basePos[19].y);
tilt.Normalize();
curCos = tilt.x;
curSin = tilt.y;
}
for (int i = 0; i < 20; i++)
{
float curFrame = ((19 - i) * startFrame + i * endFrame) / 19;
if (gameMode.Equals(GameMode.Starlight))
{
float curScale = NotePath.GetStarlightScale(curFrame) * startScale;
columns[2 * i] = new Vector3(joint[i].x - (curSin * curScale) / 3, joint[i].y + (curCos * curScale) / 3, joint[i].z);
columns[2 * i + 1] = new Vector3(joint[i].x + (curSin * curScale) / 3, joint[i].y - (curCos * curScale) / 3, joint[i].z);
}
else if (gameMode.Equals(GameMode.Theater) || gameMode.Equals(GameMode.Theater4) || gameMode.Equals(GameMode.Theater2L) || gameMode.Equals(GameMode.Theater2P))
{
float curDeltaSin = curSin, curDeltaCos = curCos;
if (endFrame <= 0)
{
curDeltaSin = ((19 - i) * curSin + i * (-1)) / 19;
curDeltaCos = (19 - i) * curCos / 19;
}
float curScale = NotePath.GetTheaterScale(curFrame) * startScale;
columns[2 * i] = new Vector3(joint[i].x - (curDeltaSin * curScale) / 3, joint[i].y + (curDeltaCos * curScale) / 3, joint[i].z);
columns[2 * i + 1] = new Vector3(joint[i].x + (curDeltaSin * curScale) / 3, joint[i].y - (curDeltaCos * curScale) / 3, joint[i].z);
}
else if (gameMode.Equals(GameMode.Platinum))
{
columns[2 * i] = new Vector3(joint[i].x - (curSin * startScale) / 3, joint[i].y + (curCos * startScale) / 3, joint[i].z);
columns[2 * i + 1] = new Vector3(joint[i].x + (curSin * startScale) / 3, joint[i].y - (curCos * startScale) / 3, joint[i].z);
//if (i == 19)
//{
// columns[2 * i] = new Vector3(joint[i].x - (curSin * startScale) / 6, joint[i].y + (curCos * startScale) / 6, joint[i].z);
// columns[2 * i + 1] = new Vector3(joint[i].x + (curSin * startScale) / 6, joint[i].y - (curCos * startScale) / 6, joint[i].z);
//}
//else
//{
// columns[2 * i] = new Vector3(joint[i].x - (curSin * startScale) / 3, joint[i].y + (curCos * startScale) / 3, joint[i].z);
// columns[2 * i + 1] = new Vector3(joint[i].x + (curSin * startScale) / 3, joint[i].y - (curCos * startScale) / 3, joint[i].z);
//}
}
uvs[2 * i] = new Vector2(0, (19 - i) / 19f);
uvs[2 * i + 1] = new Vector2(1, (19 - i) / 19f);
}
filter.mesh.Clear();
filter.mesh.vertices = columns;
filter.mesh.uv = uvs;
filter.mesh.triangles = tris;
}