public void baseInit(TrackController trackController, PointInfo pointInfo)
{
this.trackController = trackController;
this.trackController.animatorNotify += receiveNotify;
animator = trackController.animator;
animationName = pointInfo.animationName;
animationFadeTime = pointInfo.animationFadeTime;
receiveNotify(true);
}
///<summary>
///外力改变运动方向
///</summary>
public PointBehaviourForce(TrackController trackController, PointInfo pointInfo)
{
baseInit(trackController, pointInfo);
moveObjectTran = trackController.targetObjectTran;
pointTran = pointInfo.transform;
touchRange = pointInfo.touchRange;
maxSpeed = pointInfo.maxSpeed;
accelebrate = pointInfo.accelerateValue;
rotateFadeTime = pointInfo.rotateFadeTime;
animatorSpeedRate = pointInfo.animatorSpeedRate;
//缓慢停止
openFadeStop = pointInfo.openFadeStop;
fadeStopLength = pointInfo.fadeStopLength;
fadeMinSpeed = pointInfo.fadeMinSpeed;
}
/// <summary>
/// 在该点等待 xxx秒后，开始移动到下个点
/// </summary>
public PointBehaviourDelay(TrackController trackController, PointInfo pointInfoTmp)
{
baseInit(trackController, pointInfoTmp);
saveLastSpeed = pointInfoTmp.saveLastSpeed;
delayTime = pointInfoTmp.delayTime;
//从静止状态到运动状态，物体静止时方向 和瞬时速度的方向相差太大导致瞬间切换方向
//解决： 在delayBehaviour
// 1.给予一定的 初速度与物体静止方向相同，然后慢慢受加速度影响改变方向
// 2.也可以第一施加的力即加速度，与物体静止方向相同，物体就是沿着初始方向运动了
//以下为第一点的解决方案
//但是会导致物体，瞬间有个初速度，小还好，大了就会闪现，不太可取
//saveCurentSpeed 保持默认 0，即 初速度 为0；
trackController.CurrentVelocity = trackController.targetObjectTran.forward * saveLastSpeed;
}
