//[NonSerialized]
//private apAnimCurveTable _prevTable = null;
//[NonSerialized]
//private apAnimCurveTable _nextTable = null;
// Init
//-------------------------------------------------
public apAnimCurve()
{
if (_prevCurveResult == null)
{
_prevCurveResult = new apAnimCurveResult();
}
if (_nextCurveResult == null)
{
_nextCurveResult = new apAnimCurveResult();
}
Init();
}
public apAnimCurve(apAnimCurve srcCurve, int keyIndex)
{
_prevTangentType = srcCurve._prevTangentType;
_prevSmoothX = srcCurve._prevSmoothX;
_prevSmoothY = srcCurve._prevSmoothY;
#region [미사용 코드]
//_prevSmoothAngle = srcCurve._prevSmoothAngle;
//_prevSmoothYOffset = srcCurve._prevSmoothYOffset;
//_prevDeltaX = srcCurve._prevDeltaX;
//_prevDeltaY = srcCurve._prevDeltaY;
#endregion
_prevLinkedCurveKey = srcCurve._prevLinkedCurveKey;
_nextTangentType = srcCurve._nextTangentType;
_nextSmoothX = srcCurve._nextSmoothX;
_nextSmoothY = srcCurve._nextSmoothY;
#region [미사용 코드]
//_nextSmoothAngle = srcCurve._nextSmoothAngle;
//_nextSmoothYOffset = srcCurve._nextSmoothYOffset;
//_nextDeltaX = srcCurve._nextDeltaX;
//_nextDeltaY = srcCurve._nextDeltaY;
#endregion
_nextLinkedCurveKey = srcCurve._nextLinkedCurveKey;
//_keyItpType = srcCurve._keyItpType;
_keyIndex = keyIndex; //<키 인덱스만 따로 분리해서 복사한다.
_prevIndex = keyIndex;
_nextIndex = keyIndex;
if (_prevCurveResult == null)
{
_prevCurveResult = new apAnimCurveResult();
}
if (_nextCurveResult == null)
{
_nextCurveResult = new apAnimCurveResult();
}
#region [미사용 코드]
//_keyValue = srcCurve._keyValue;
//_dimension = srcCurve._dimension;
//_isRelativeKeyValue = srcCurve._isRelativeKeyValue;
//_smoothRelativeWeight = srcCurve._smoothRelativeWeight;
#endregion
}
public void Init()
{
//_keyItpType = KEY_ITP_TYPE.AutoSmooth;
_prevTangentType = TANGENT_TYPE.Smooth;
_nextTangentType = TANGENT_TYPE.Smooth;
_prevSmoothX = CONTROL_POINT_X_OFFSET;
_prevSmoothY = 0.0f;
_nextSmoothX = CONTROL_POINT_X_OFFSET;
_nextSmoothY = 0.0f;
#region [미사용 코드]
//SetSmoothAngle(Vector4.zero, KEY_POS.PREV);
//SetSmoothAngle(Vector4.zero, KEY_POS.NEXT);
#endregion
_prevLinkedCurveKey = null;
_nextLinkedCurveKey = null;
#region [미사용 코드]
//_prevDeltaX = 1.0f;
//_prevDeltaY = Vector4.zero;
//_nextDeltaX = 1.0f;
//_nextDeltaY = Vector4.zero;
//_isRelativeKeyValue = false;
//_smoothRelativeWeight = MIN_RELATIVE_WEIGHT;
#endregion
//_prevTable = new apAnimCurveTable(this);
//_nextTable = new apAnimCurveTable(this);
if (_prevCurveResult == null)
{
_prevCurveResult = new apAnimCurveResult();
}
if (_nextCurveResult == null)
{
_nextCurveResult = new apAnimCurveResult();
}
}
public void CopyCurve(apAnimCurveResult srcCurveResult)
{
if (_curveKeyA == null || _curveKeyB == null)
{
return;
}
_tangentType = srcCurveResult._tangentType;
_curveKeyA._nextTangentType = srcCurveResult._curveKeyA._nextTangentType;
_curveKeyA._nextSmoothX = srcCurveResult._curveKeyA._nextSmoothX;
_curveKeyA._nextSmoothY = srcCurveResult._curveKeyA._nextSmoothY;
_curveKeyB._prevTangentType = srcCurveResult._curveKeyB._prevTangentType;
_curveKeyB._prevSmoothX = srcCurveResult._curveKeyB._prevSmoothX;
_curveKeyB._prevSmoothY = srcCurveResult._curveKeyB._prevSmoothY;
MakeCurve();
}
public apAnimCurve(apAnimCurve srcCurve_Prev, apAnimCurve srcCurve_Next, int keyIndex)
{
//Prev는 Next의 Prev를 사용한다.
_prevTangentType = srcCurve_Next._prevTangentType;
_prevSmoothX = srcCurve_Next._prevSmoothX;
_prevSmoothY = srcCurve_Next._prevSmoothY;
_prevLinkedCurveKey = srcCurve_Next._prevLinkedCurveKey;
//Next는 Prev의 Next를 사용한다.
_nextTangentType = srcCurve_Prev._nextTangentType;
_nextSmoothX = srcCurve_Prev._nextSmoothX;
_nextSmoothY = srcCurve_Prev._nextSmoothY;
_nextLinkedCurveKey = srcCurve_Prev._nextLinkedCurveKey;
//_keyItpType = srcCurve._keyItpType;
_keyIndex = keyIndex; //<키 인덱스만 따로 분리해서 복사한다.
_prevIndex = keyIndex;
_nextIndex = keyIndex;
if (_prevCurveResult == null)
{
_prevCurveResult = new apAnimCurveResult();
}
if (_nextCurveResult == null)
{
_nextCurveResult = new apAnimCurveResult();
}
}
//----------------------------------------------------------------------------------------
// Draw Curve And Update
//----------------------------------------------------------------------------------------
public static void DrawCurve(apAnimCurve curveA, apAnimCurve curveB, apAnimCurveResult curveResult, Color graphColorA, Color graphColorB)
{
if (_matBatch == null)
{
return;
}
if (_matBatch.IsNotReady())
{
return;
}
//int leftAxisSize = 40;
//int bottomAxisSize = 5;
//int margin = 5;
int leftAxisSize = 30;
int bottomAxisSize = 0;
int margin = 15;
int gridWidth = _layoutWidth - (leftAxisSize + 2 * margin + 4);
int gridHeight = _layoutHeight - (bottomAxisSize + 2 * margin + 4);
//TODO
//1. Grid를 그린다. + Grid의 축에 글씨를 쓴다. (왼쪽에 Percent)
DrawGrid(leftAxisSize, bottomAxisSize, margin, gridWidth, gridHeight);
Vector2 posA = new Vector2(leftAxisSize + margin, margin + gridHeight);
Vector2 posB = new Vector2(leftAxisSize + margin + gridWidth, margin);
//3. 계산되는 그래프를 BoldLine으로 그린다.
switch (curveResult.CurveTangentType)
{
case apAnimCurve.TANGENT_TYPE.Linear:
{
DrawBoldLine(posA, posB, 3, graphColorA, graphColorB, true);
}
break;
case apAnimCurve.TANGENT_TYPE.Smooth:
{
DrawSmoothLine(curveA, curveB, graphColorA, graphColorB, posA, posB);
DrawSmoothLineControlPoints(curveA, curveB, posA, posB);
}
break;
case apAnimCurve.TANGENT_TYPE.Constant:
{
Vector2 posC_Bottom = new Vector2((posA.x + posB.x) * 0.5f, posA.y);
Vector2 posC_Top = new Vector2((posA.x + posB.x) * 0.5f, posB.y);
DrawBoldLine(posA, posC_Bottom, 3, graphColorA, true);
DrawBoldLine(posC_Bottom, posC_Top, 3, graphColorA, graphColorB, true);
DrawBoldLine(posC_Top, posB, 3, graphColorB, true);
}
break;
}
//4. 컨트롤 포인트를 그리고 업데이트를 한다.
DrawBox(posA, 10, 10, Color.white, true);
DrawBox(posB, 10, 10, Color.white, true);
if (_isLockMouse && _isMouseEvent)
{
if (_leftBtnStatus == apMouse.MouseBtnStatus.Up ||
_leftBtnStatus == apMouse.MouseBtnStatus.Released)
{
_isLockMouse = false;
_selectedCurveKey = null;
}
}
}