public SpriteAnimationComponent(
Texture2D texture,
int frameRowsCount,
int frameColumnsCount,
int frameTimeMilliseconds,
AnimateType animateType = AnimateType.All,
Rectangle?sourceRectangle = null,
bool isLooping = false,
bool isPlaying = false,
SpriteEffects spriteEffect = SpriteEffects.FlipVertically,
Color color = default,
float layerDepth = 0f,
Vector2 scale = default,
bool drawInUICamera = false) : this(
texture,
frameRowsCount,
frameColumnsCount,
TimeSpan.FromMilliseconds(frameTimeMilliseconds),
animateType,
sourceRectangle,
isLooping,
isPlaying,
spriteEffect,
color,
layerDepth,
scale,
drawInUICamera)
{
}
public SpriteAnimationComponent(
Texture2D texture,
int frameRowsCount,
int frameColumnsCount,
TimeSpan frameTime,
AnimateType animateType = AnimateType.All,
Rectangle?sourceRectangle = null,
bool isLooping = false,
bool isPlaying = false,
SpriteEffects spriteEffect = SpriteEffects.FlipVertically,
Color color = default,
float layerDepth = 0f,
Vector2 scale = default,
bool drawInUICamera = false) : base(texture, spriteEffect, color, sourceRectangle, layerDepth, scale, drawInUICamera)
{
FrameRowsCount = frameRowsCount;
FrameColumnsCount = frameColumnsCount;
FrameTime = frameTime;
AnimateType = animateType;
IsLooping = isLooping;
IsPlaying = isPlaying;
if (sourceRectangle == null)
{
SourceRectangle = new Rectangle(0, 0, FrameWidth, FrameHeight);
}
}
private Vector4 GetOriginalValue_Util(Object pObject, AnimateType pType, out bool pIsPresent)
{
Vector4 lReturn = new Vector4(-1.0f, -1.0f, -1.0f, -1.0f);
pIsPresent = mOriginalData.TryGetValue(pObject.GetInstanceID().ToString() + ":" + ((int)pType).ToString(), out lReturn);
return(lReturn);
}//GetOriginalValue_Util
}//GetOriginalValue_Util
public void RemoveOriginalValue_Util(Object pObject, AnimateType pType)
{
string lKey = pObject.GetInstanceID().ToString() + ":" + ((int)pType).ToString();
if (mOriginalData.ContainsKey(lKey))
{
mOriginalData.Remove(lKey);
}
}//GetOriginalValue_Util
private void InitAnimate(IP2DAnimate AnimateObject, float Time, AnimateType Type, float StartDelay)
{
animateObject = AnimateObject;
time = Time;
type = Type;
startDelay = StartDelay;
SetStartStatus();
}
public void SetOriginalValue_Private(Object pObject, AnimateType pType, Vector4 pData)
{
bool lIsPresent; GetOriginalValue_Util(pObject, pType, out lIsPresent);
if (!lIsPresent)
{
mOriginalData.Add(pObject.GetInstanceID().ToString() + ":" + ((int)pType).ToString(), pData);
}
}//GetOriginalValue_Util
public override void Deserialize(NetworkReader reader)
{
base.Deserialize(reader);
Entity = reader.ReadGameObject();
Settings.PortalHeight = reader.ReadInt32();
Settings.PortalOpenTime = reader.ReadSingle();
Settings.PortalCloseTime = reader.ReadSingle();
Settings.PortalSuspenseTime = reader.ReadSingle();
Settings.EntityRotate = reader.ReadBoolean();
Type = (AnimateType)reader.ReadInt32();
}
public void ReadFrom(IDataInputStream stream)
{
animation = (CameraEffect.AnimateType)stream.ReadByte();
}
private AnimateType animatorType = AnimateType.Animator01; // 动画类型
#endregion
#region 择动画类型
// 所有动画效果选择RadioButton的CheckedChanged事件
private void SelectAnimator(object sender, EventArgs e)
{
RadioButton rb = sender as RadioButton;
switch (rb.Name)
{
case "radioButton1":
animatorType = AnimateType.Animator01; // 压缩反转
break;
case "radioButton2":
animatorType = AnimateType.Animator02; // 垂直对接
break;
case "radioButton3":
animatorType = AnimateType.Animator03; // 中心闭幕
break;
case "radioButton4":
animatorType = AnimateType.Animator04; // 中心放大
break;
case "radioButton5":
animatorType = AnimateType.Animator05; // 逐行分块
break;
case "radioButton6":
animatorType = AnimateType.Animator06; // 交替分块
break;
case "radioButton7":
animatorType = AnimateType.Animator07; // 交叉竖条
break;
case "radioButton8":
animatorType = AnimateType.Animator08; // 透明淡入
break;
case "radioButton9":
animatorType = AnimateType.Animator09; // 三色淡入
break;
case "radioButton10":
animatorType = AnimateType.Animator10; // 水平拉幕
break;
case "radioButton11":
animatorType = AnimateType.Animator11; // 随机竖条
break;
case "radioButton12":
animatorType = AnimateType.Animator12; // 随机拉丝
break;
case "radioButton13":
animatorType = AnimateType.Animator13; // 垂直对切
break;
case "radioButton14":
animatorType = AnimateType.Animator14; // 随机分块
break;
case "radioButton15":
animatorType = AnimateType.Animator15; // 对角闭幕
break;
case "radioButton16":
animatorType = AnimateType.Animator16; // 垂直百叶
break;
case "radioButton17":
animatorType = AnimateType.Animator17; // 压缩竖条
break;
case "radioButton18":
animatorType = AnimateType.Animator18; // 水平拉入
break;
case "radioButton19":
animatorType = AnimateType.Animator19; // 三色对接
break;
case "radioButton20":
animatorType = AnimateType.Animator20; // 对角滑动
break;
case "radioButton21":
animatorType = AnimateType.Animator21; // 旋转放大
break;
case "radioButton22":
animatorType = AnimateType.Animator22; // 椭圆拉幕
break;
case "radioButton23":
animatorType = AnimateType.Animator23; // 对角拉伸
break;
case "radioButton24":
animatorType = AnimateType.Animator24; // 旋转扫描
break;
case "radioButton25":
animatorType = AnimateType.Animator25; // 多径扫描
break;
case "radioButton26":
animatorType = AnimateType.Animator26; // 随机落幕
break;
case "radioButton27":
animatorType = AnimateType.Animator27; // 螺线内旋
break;
case "radioButton28":
animatorType = AnimateType.Animator28; // 灰度扫描
break;
case "radioButton29":
animatorType = AnimateType.Animator29; // 负片追踪
break;
default:
animatorType = AnimateType.Animator30; // 水平卷轴
break;
}
}
public void Add(IP2DAnimate animateObject, Vector2 startPosition, Vector2 endPosition, float time, AnimateType Type = AnimateType.linear, float startDelay = 0)
{
CheckExistingAnimate(animateObject);
animations.Add(new AnimateStructP2D(animateObject, startPosition, endPosition, time, Type, startDelay));
}
public CharacterViewEffect(Vec4 tint, AnimateType animation)
{
this.tint = tint;
this.animation = animation;
}
public void ReadFrom(IDataInputStream stream)
{
animation = (CharacterViewEffect.AnimateType)stream.ReadByte();
tint.ReadFrom(stream);
}
/// <summary>
/// 以独立线程的方式开始显示动画。
/// </summary>
/// <param name="animateType">动画类型枚举</param>
public void DrawAnimator(AnimateType animateType)
{
if (drawStarted) // 判断动画是否已经开始绘制
{
if (pauseEvent.WaitOne(0)) // 动画已开始，但被暂停了，继续
pauseEvent.Reset();
else
pauseEvent.Set();
return;
}
ThreadStart threadMethod;
switch (animateType)
{
case AnimateType.Animator01:
threadMethod = Animator01;
break;
case AnimateType.Animator02:
threadMethod = Animator02;
break;
case AnimateType.Animator03:
threadMethod = Animator03;
break;
case AnimateType.Animator04:
threadMethod = Animator04;
break;
case AnimateType.Animator05:
threadMethod = Animator05;
break;
case AnimateType.Animator06:
threadMethod = Animator06;
break;
case AnimateType.Animator07:
threadMethod = Animator07;
break;
case AnimateType.Animator08:
threadMethod = Animator08;
break;
case AnimateType.Animator09:
threadMethod = Animator09;
break;
case AnimateType.Animator10:
threadMethod = Animator10;
break;
case AnimateType.Animator11:
threadMethod = Animator11;
break;
case AnimateType.Animator12:
threadMethod = Animator12;
break;
case AnimateType.Animator13:
threadMethod = Animator13;
break;
case AnimateType.Animator14:
threadMethod = Animator14;
break;
case AnimateType.Animator15:
threadMethod = Animator15;
break;
case AnimateType.Animator16:
threadMethod = Animator16;
break;
case AnimateType.Animator17:
threadMethod = Animator17;
break;
case AnimateType.Animator18:
threadMethod = Animator18;
break;
case AnimateType.Animator19:
threadMethod = Animator19;
break;
case AnimateType.Animator20:
threadMethod = Animator20;
break;
case AnimateType.Animator21:
threadMethod = Animator21;
break;
case AnimateType.Animator22:
threadMethod = Animator22;
break;
case AnimateType.Animator23:
threadMethod = Animator23;
break;
case AnimateType.Animator24:
threadMethod = Animator24;
break;
case AnimateType.Animator25:
threadMethod = Animator25;
break;
case AnimateType.Animator26:
threadMethod = Animator26;
break;
case AnimateType.Animator27:
threadMethod = Animator27;
break;
case AnimateType.Animator28:
threadMethod = Animator28;
break;
case AnimateType.Animator29:
threadMethod = Animator29;
break;
default:
threadMethod = Animator30;
break;
}
Thread drawThread = new Thread(threadMethod);
drawThread.IsBackground = true; // 设为后台线程，避免该线程未结束时退出主线程而引发异常
drawThread.Start();
}
public AnimateStructP2D(IP2DAnimate AnimateObject, float AnimateTime, AnimateType Type = AnimateType.linear, float StartDelay = 0)
{
InitAnimate(AnimateObject, AnimateTime, Type, StartDelay);
}
public AnimateStructP2D(IP2DAnimate AnimateObject, Vector2 StartPosition, Vector2 EndPosition, float AnimateTime, AnimateType Type = AnimateType.linear, float StartDelay = 0)
{
InitAnimate(AnimateObject, AnimateTime, Type, StartDelay);
AddMoveToAnimate(StartPosition, EndPosition);
}
/// <summary>
/// 执行控件的打开动画
/// </summary>
/// <param name="form"></param>
public static void SetOpenAnimateMode(System.Windows.Forms.Control targetControl, AnimateType animateType = AnimateType.AW_ACTIVATE)
{
try
{
AnimateWindow(targetControl.Handle, Convert.ToInt32(500), (int)animateType);
}
catch
{
}
}
}//GetOriginalValue_Util
//public void SetOriginalValue_Private( Object pObject, AnimType pType, float pData ){ SetOriginalValue_Private( pObject, pType, new Vector4( pData, 0.0f, 0.0f, 0.0f ) ); }
public void SetOriginalValue_Private(Object pObject, AnimateType pType, Vector3 pData)
{
SetOriginalValue_Private(pObject, pType, (Vector4)pData);
}
public CameraEffect(AnimateType animation)
{
this.animation = animation;
}
public Vector3 GetOriginalV3_Private(Object pObject, AnimateType pType)
{
bool lIsPresent; Vector4 lReturn = GetOriginalValue_Util(pObject, pType, out lIsPresent); return((Vector3)lReturn);
}
public Vector4 GetOriginalV4_Private(Object pObject, AnimateType pType)
{
bool lIsPresent; return(GetOriginalValue_Util(pObject, pType, out lIsPresent));
}
/// <summary>
/// 执行控件的隐藏动画
/// </summary>
/// <param name="form"></param>
public static void SetCloseAnimateMode(System.Windows.Forms.Control targetControl, AnimateType animateType = AnimateType.AW_HIDE)
{
try
{
AnimateWindow(targetControl.Handle, Convert.ToInt32(500), (int)(AnimateType.AW_HIDE | animateType));
}
catch
{
}
}
/// <summary>
/// <inheritdoc cref="PortalSpawnAnimateMessage"/>
/// </summary>
/// <param name="portal">The portal GameObject that the client should animate.</param>
/// <param name="settings">The settings the portal should be animated with.</param>
/// <returns></returns>
public static NetMessage SendToVisible(GameObject entity, PortalSpawnInfo settings, AnimateType type)
{
var msg = new NetMessage()
{
Entity = entity,
Settings = settings,
Type = type,
};
SendToVisiblePlayers(entity.RegisterTile().WorldPositionServer.To2Int(), msg);
return(msg);
}
