public void SetData(Vector3 dest, float height, float last_time, float up_ratio, OnBehaviorFinsh on_finish)
{
if(last_time <= 0 || up_ratio <= 0 || up_ratio >= 1) return;
dest.y += 50.0f;
_Destination = dest;
_Destination.y = ECUtility.GetSupportPlaneHeight(dest);
_StartHeight = m_ECObj.transform.position.y;
_StopHeight = _Destination.y;
_MaxHeight = height + _StartHeight;
//Debug.LogWarning("_StartHeight = " + _StartHeight + " _StopHeight = " + _StopHeight + " _MaxHeight = " + _MaxHeight + " height = " + height);
float upward_time = last_time*up_ratio;
_UpAcceleration = 2 * height / (upward_time * upward_time);
_StartYVelocity = 2 * height / upward_time;
float downward_time = last_time*(1-up_ratio);
_DownAcceleration = 2 * (_MaxHeight - _StopHeight) / (downward_time * downward_time);
_HoriVelocity = (_Destination - m_ECObj.transform.position) / last_time;
m_onFinish = on_finish;
_CurPhase = JUMP_PHASE.JP_UPWARD;
_LastScecond = 0;
}
public void SetData(Vector3 vDest, float s, OnBehaviorFinsh onFinish)
{
m_onFinish = onFinish;
m_vDest = vDest;
m_fSpeed = s;
Vector3 v = m_Trans.forward;
if (vDest != m_Trans.position)
v = vDest - m_Trans.position;
v.y = 0;
m_vDir = Vector3.Normalize(v);
if ((vDest - m_Trans.position).magnitude < 0.2)
{
m_fDist = -1f;
}
else
{
m_fDist = v.magnitude;
}
m_vLastPos = m_Trans.position;
SyncPushMoveToServer(false);
m_bSync = false;
}
public void SetData(Vector3 vDest, Vector3 vO, float s, OnBehaviorFinsh onFinish)
{
m_onFinish = onFinish;
m_vDest = vDest;
m_vO = vO;
m_fSpeed = s;
var curpos = m_Trans.position;
var crossA = Vector3.Cross(curpos - m_vO, vDest - m_vO);
curpos.y = 0;
vO.y = 0;
vDest.y = 0;
float a = Vector3.Angle(curpos - vO, vDest - vO) * Mathf.Deg2Rad;
m_ftime = a * (curpos - vO).magnitude / s;
m_fAngularVelocity = (crossA.y > 0 ? 1 : -1) * s / (curpos - vO).magnitude;
//Debug.Log(string.Format("dst is {0}", vDest));
//Debug.Log(string.Format("dst1 in c# is {0}", (vDest - vO).magnitude));
//Debug.Log(string.Format("dst2 in c# is {0}", (curpos - vO).magnitude));
SyncPushMoveToServer(false);
m_bSync = false;
}
public void SetData(float s, OnBehaviorFinsh onFinish, bool isSkillMove = false)
{
if (m_Trans == null) return;
m_onFinish = onFinish;
m_fSpeed = s;
m_vLastNotifyPos = m_Trans.position;
m_bIsSkillMove = isSkillMove;
SyncPushMoveToServer(false);
m_bSync = false;
}
public void SetData(Vector3 vDest, float speed, OnBehaviorFinsh onFinish)
{
m_onFinish = onFinish;
vDest.y = 0;
_destdir = Vector3.Normalize(vDest);
GameObject obj = m_ECObj.gameObject;
Vector3 v = obj.transform.forward;
v.y = 0;
_startdir = Vector3.Normalize(v);
_totaltime = Vector3.Angle(_startdir, _destdir) / speed;
_timepassed = 0;
}
public void SetData(Vector3 vDest, float time, OnBehaviorFinsh onFinish)
{
if (time <= 0)
{
Debug.LogWarning("Move time can not be 0 !!!!");
return;
}
vDest.y += 50.0f;
vDest.y = ECUtility.GetSupportPlaneHeight(vDest);
_Destination = vDest;
Vector3 dis = vDest - m_ECObj.transform.position;
_Velocity = dis / time;
_FinishedTime = Time.time + time;
//Debug.LogWarning("dest = " + vDest + " src = " + m_ECObj.transform.position + " v = " + _Velocity + " t = " + time);
}
public void SetData(Vector3 vDest, float s, OnBehaviorFinsh onFinish)
{
m_onFinish = onFinish;
m_vDest = vDest;
m_fSpeed = s;
Vector3 v = vDest - m_Trans.position;
v.y = 0;
m_vDir = Vector3.Normalize(v);
m_fDist = v.magnitude;
if (m_fDist > 0.05f)
m_speedY = (vDest.y - m_Trans.position.y) / (m_fDist / m_fSpeed);
// if (m_fDist > 1e-4f)
// m_Trans.forward = m_vDi
}
public void SetData(Vector3 vDest, float s, OnBehaviorFinsh onFinish, bool bSkillMove = false)
{
if (m_Trans == null) return;
m_onFinish = onFinish;
m_vDest = vDest;
m_fSpeed = s;
m_bIsSkillMove = bSkillMove;
Vector3 v = m_Trans.forward;
if (vDest != m_Trans.position)
v = vDest - m_Trans.position;
v.y = 0;
m_vDir = Vector3.Normalize(v);
m_fDist = v.magnitude;
//m_bSync = Vector3.Angle(m_Trans.forward, m_vDir) > 45;
//m_vDir.y = 0;
//m_Trans.forward = m_vDir;
m_vAdjustDir = Vector3.zero;
SyncPushMoveToServer(false);
m_bSync = false;
}
public void AddHPAutoMoveBehavior(Vector3 dest, float speed, OnBehaviorFinsh onBehaviorFinish)
{
ECHPAutoMoveBehavior beh = ECHPAutoMoveBehavior.Create();
AddBehavior(beh);
beh.SetData(dest, speed, onBehaviorFinish);
}
public void AddHPJoystickMoveBehavior(float speed, bool isSkillMove, OnBehaviorFinsh onBehaviorFinish)
{
ECHPJoystickMoveBehavior beh = ECHPJoystickMoveBehavior.Create();
AddBehavior(beh);
beh.SetData(speed, onBehaviorFinish, isSkillMove);
}
public void AddHPMoveBehavior(Vector3 dest, float speed, bool isSkillMove, OnBehaviorFinsh onBehaviorFinish)
{
ECHPMoveBehavior beh = ECHPMoveBehavior.Create();
AddBehavior(beh);
beh.SetData(dest, speed, onBehaviorFinish, isSkillMove);
}
/*
public void AddJumpBehavior(Vector3 dest, float height, float last_time, float up_ratio, OnBehaviorFinsh onBehaviorFinish)
{
ECJumpBehavior beh = ECJumpBehavior.Create();
AddBehavior(beh);
beh.SetData(dest, height, last_time, up_ratio, onBehaviorFinish);
}
* */
public void AddChargeBehavior(Vector3 dest, float last_time, OnBehaviorFinsh onBehaviorFinish)
{
ECChargeBehavior beh = ECChargeBehavior.Create();
AddBehavior(beh);
beh.SetData(dest, last_time, onBehaviorFinish);
}
public void AddTurnBehavior(Vector3 destdir, float speed, OnBehaviorFinsh onBehaviorFinish)
{
ECTurnBehavior beh = ECTurnBehavior.Create();
AddBehavior(beh);
beh.SetData(destdir, speed, onBehaviorFinish);
}
