/// <summary>
/// 计算碰撞点
/// </summary>
/// <param name="startPoint"></param>
/// <param name="endPoint"></param>
public bool CalcBouncePoint(GolfMapFlyCollision collision, GolfFlyPoint startPoint, int haveReboundCount, ref GolfBouncePoint golfBouncePoint)
{
//Debug.Log("lastPos:" + lastPos + " curPos:" + curPos + " collisionPoint:" + ret.Point + " ret.Tri:" + ret.Tri);
golfBouncePoint.Position = collision.Point;
golfBouncePoint.ColType = collision.ColType;
if (collision.ColType == CollisionType.Out)
{
return(true);
}
//计算碰撞点的速度
Vector3 collisionVelocity = CalcCollisionVelocity(startPoint.Position, collision.Point, startPoint.Velocity);
golfBouncePoint.Velocity = collisionVelocity;
golfBouncePoint.Poly = collision.Poly;
golfBouncePoint.AType = collision.Type;
//计算反弹
//旋球限制
//int type = (int)ret.Type;
//if (type >= 1 && type <= 5)
//{
// GolfBounceParam.SpinVelocityRevise = Mathf.Clamp(GolfBounceParam.SpinVelocityRevise, -MaxSpinList[type - 1], MaxSpinList[type - 1]);
//}
Vector3 outVelocity = Vector3.zero;
bool rebound = CalcBounce(collisionVelocity, collision.Normal, collision.Type, haveReboundCount, ref outVelocity);
golfBouncePoint.IsRebound = rebound;
golfBouncePoint.OutVelocity = outVelocity;
return(rebound);
}
public GolfFlyPoint CalcFlyPoint(Vector3 initialVelocity, Vector3 initPos, float time)
{
GolfFlyPoint point = new GolfFlyPoint();
//x分量，影响：曲度、精准度、左右曲度、风向
Vector3 pointPos = new Vector3();
float vx = initialVelocity.x + GlobalAcc.x * time + InitHookVelocity + HookAcc * time;
pointPos.x = initPos.x + (initialVelocity.x * time + 0.5f * GlobalAcc.x * time * time + InitHookVelocity * time + 0.5f * HookAcc * time * time);
//y分量，影响：重力
float vy = initialVelocity.y + LogicConstantData.Gravity * time;
pointPos.y = initPos.y + (initialVelocity.y * time + 0.5f * LogicConstantData.Gravity * time * time);
//z分量，影响：杆力量、球力量、风向
float vz = initialVelocity.z + GlobalAcc.z * time;
pointPos.z = initPos.z + (initialVelocity.z * time + 0.5f * GlobalAcc.z * time * time);
point.Position = pointPos;
point.Velocity = new Vector3(vx, vy, vz);
//Debug.Log("Pos:" + pointPos.x + "," + pointPos.y + "," + pointPos.z + " Vel:" + vx + "," + vy + "," + vz);
return(point);
}
