public void SetCurveY(enEditPartsType partsType, enCurve curveY)
{
int intCurveY = (int)curveY;
switch (partsType)
{
case enEditPartsType.Body:
body.curveY = intCurveY;
break;
case enEditPartsType.Head:
head.curveY = intCurveY;
break;
// case enPartsType.LeftArm:
// leftArm.curveY = intCurveY;
// break;
// case enPartsType.RightArm:
// rightArm.curveY = intCurveY;
// break;
case enEditPartsType.LeftHand:
leftHand.curveY = intCurveY;
break;
case enEditPartsType.RightHand:
rightHand.curveY = intCurveY;
break;
// case enPartsType.LeftLeg:
// leftLeg.curveY = intCurveY;
// break;
// case enPartsType.RightLeg:
// rightLeg.curveY = intCurveY;
// break;
case enEditPartsType.LeftFoot:
leftFoot.curveY = intCurveY;
break;
case enEditPartsType.RightFoot:
rightFoot.curveY = intCurveY;
break;
// case enPartsType.Ant:
// ant.curveY = intCurveY;
// break;
case enEditPartsType.Arm:
arm.curveY = intCurveY;
break;
case enEditPartsType.Leg:
leg.curveY = intCurveY;
break;
}
}
public void SetCurveX(enEditPartsType partsType, enCurve curveX)
{
int intCurveX = (int)curveX;
switch (partsType)
{
case enEditPartsType.Body:
body.curveX = intCurveX;
break;
case enEditPartsType.Head:
head.curveX = intCurveX;
break;
case enEditPartsType.LeftHand:
leftHand.curveX = intCurveX;
break;
case enEditPartsType.RightHand:
rightHand.curveX = intCurveX;
break;
case enEditPartsType.LeftFoot:
leftFoot.curveX = intCurveX;
break;
case enEditPartsType.RightFoot:
rightFoot.curveX = intCurveX;
break;
case enEditPartsType.Arm:
arm.curveX = intCurveX;
break;
case enEditPartsType.Leg:
leg.curveX = intCurveX;
break;
}
}
//カーブの計算
public static float IntermediateCurve(float frame, enCurve curve, float stPos, float edPos)
{
float edPer = 0;
//速度のカーブなので位置自体はサインコサインが逆になる
switch (curve)
{
case enCurve.Normal:
//アンテナを浮かせたい時はこっちで
// if (isAnt)
// {
// edPer = Mathf.Pow(frame, 6);
// }
// else
// {
// edPer = frame;
// }
edPer = frame;
break;
case enCurve.SinCurve:
edPer = 1 - Mathf.Cos(frame * Mathf.PI / 2);
break;
case enCurve.CosCurve:
edPer = Mathf.Sin(frame * Mathf.PI / 2);
break;
case enCurve.Sin180Curve:
edPer = (1 - Mathf.Cos(frame * Mathf.PI)) / 2;
break;
case enCurve.Exp2Curve:
edPer = Mathf.Pow(frame, 2);
break;
case enCurve.Log2Curve:
edPer = 1 - Mathf.Pow(1 - frame, 2);
break;
case enCurve.Exp3Curve:
edPer = Mathf.Pow(frame, 3);
break;
case enCurve.Log3Curve:
edPer = 1 - Mathf.Pow(1 - frame, 3);
break;
case enCurve.Exp4Curve:
edPer = Mathf.Pow(frame, 4);
break;
case enCurve.Log4Curve:
edPer = 1 - Mathf.Pow(1 - frame, 4);
break;
case enCurve.Exp6Curve:
edPer = Mathf.Pow(frame, 6);
break;
case enCurve.Log6Curve:
edPer = 1 - Mathf.Pow(1 - frame, 6);
break;
}
float stPer = (1 - edPer);
return((stPos * stPer) + (edPos * edPer));
}
