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using System;
using UnityEngine;
using XUtliPoolLib;
namespace XMainClient
{
internal class XCameraShakeComponent : XComponent
{
public override uint ID
{
get
{
return XCameraShakeComponent.uuID;
}
}
public new static readonly uint uuID = XSingleton<XCommon>.singleton.XHash("Camera_Basic_Shake");
private XCameraEffectData _args;
private XCameraEx _camera = null;
private float _timeEscaped = 0f;
private float _timeInterval = 0f;
private float _fov = 0f;
private float _time_scale = 1f;
private bool _shake = false;
private Vector3 x = Vector3.right;
private Vector3 y = Vector3.up;
private Vector3 z = Vector3.forward;
private bool _random = false;
private int _rfactor = 1;
protected override void EventSubscribe()
{
base.RegisterEvent(XEventDefine.XEvent_CameraShake, new XComponent.XEventHandler(this.OnBasicShake));
}
public override void OnAttachToHost(XObject host)
{
base.OnAttachToHost(host);
this._camera = (host as XCameraEx);
this._fov = this._camera.InitFOV;
}
private bool OnBasicShake(XEventArgs e)
{
bool flag = this._camera != null;
if (flag)
{
XCameraShakeEventArgs xcameraShakeEventArgs = e as XCameraShakeEventArgs;
bool flag2 = xcameraShakeEventArgs.Effect == null;
if (flag2)
{
this.StopShake();
return true;
}
this._time_scale = xcameraShakeEventArgs.TimeScale;
this._args = xcameraShakeEventArgs.Effect;
this._timeEscaped = 0f;
this._timeInterval = 0f;
this._fov = this._camera.InitFOV;
this._shake = true;
switch (this._args.Coordinate)
{
case CameraMotionSpace.World:
this.x = Vector3.right;
this.y = Vector3.up;
this.z = Vector3.forward;
break;
case CameraMotionSpace.Self:
this.x = XSingleton<XEntityMgr>.singleton.Player.EngineObject.Right;
this.y = XSingleton<XEntityMgr>.singleton.Player.EngineObject.Up;
this.z = XSingleton<XEntityMgr>.singleton.Player.EngineObject.Forward;
break;
case CameraMotionSpace.Camera:
this.x = XSingleton<XScene>.singleton.GameCamera.UnityCamera.transform.right;
this.y = XSingleton<XScene>.singleton.GameCamera.UnityCamera.transform.up;
this.z = XSingleton<XScene>.singleton.GameCamera.UnityCamera.transform.forward;
break;
}
this._random = this._args.Random;
}
this._rfactor = 1;
return true;
}
public override void PostUpdate(float fDeltaT)
{
bool flag = this._camera != null && this._shake;
if (flag)
{
this._timeEscaped += fDeltaT;
this._timeInterval += fDeltaT;
bool flag2 = XSingleton<XCommon>.singleton.IsGreater(this._timeEscaped, this._args.Time * this._time_scale);
if (flag2)
{
this.StopShake();
}
else
{
bool flag3 = XSingleton<XCommon>.singleton.IsGreater(this._timeInterval, 1f / this._args.Frequency * this._time_scale);
if (flag3)
{
this._rfactor = -this._rfactor;
this._camera.CameraTrans.position += this.Shake();
this._camera.UnityCamera.fieldOfView = this._fov + (this._random ? UnityEngine.Random.Range(-this._args.FovAmp, this._args.FovAmp) : (this._args.FovAmp * (float)this._rfactor));
this._timeInterval = 0f;
}
}
}
}
private void StopShake()
{
this._args = null;
this._timeEscaped = 0f;
this._shake = false;
this._camera.FovBack();
}
private Vector3 Shake()
{
float num = this._random ? UnityEngine.Random.Range(-this._args.AmplitudeX, this._args.AmplitudeX) : (this._args.AmplitudeX * (float)this._rfactor);
float num2 = this._random ? UnityEngine.Random.Range(-this._args.AmplitudeY, this._args.AmplitudeY) : (this._args.AmplitudeY * (float)this._rfactor);
float num3 = this._random ? UnityEngine.Random.Range(-this._args.AmplitudeZ, this._args.AmplitudeZ) : (this._args.AmplitudeZ * (float)this._rfactor);
Vector3 vector = Vector3.zero;
bool shakeX = this._args.ShakeX;
if (shakeX)
{
vector += this.x * num;
}
bool shakeY = this._args.ShakeY;
if (shakeY)
{
vector += this.y * num2;
}
bool shakeZ = this._args.ShakeZ;
if (shakeZ)
{
vector += this.z * num3;
}
return vector;
}
}
}
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