protected void UpdateFrom(VisibleTimeline Other, AnimationClass.AnimationLayer ActiveLayer)
{
base.UpdateFrom(Other, ActiveLayer);
NextEventKeyFrame = Other.NextEventKeyFrame;
if (NextEventKeyFrame >= 0 && Other.Count > 0)
{
NextEvent = DicAnimationKeyFrame[NextEventKeyFrame];
}
else
{
NextEvent = null;
}
_Position = Other._Position;
PositionOld = Other.PositionOld;
EventKeyFrameOld = Other.EventKeyFrameOld;
Origin = Other.Origin;
SpawnFrame = Other.SpawnFrame;
DeathFrame = Other.DeathFrame;
DrawingDepth = Other.DrawingDepth;
DrawingDepthOld = Other.DrawingDepthOld;
ScaleFactor = Other.ScaleFactor;
ScaleFactorOld = Other.ScaleFactorOld;
Angle = Other.Angle;
AngleOld = Other.AngleOld;
Alpha = Other.Alpha;
AlphaOld = Other.AlphaOld;
}
public VisibleAnimationObjectKeyFrame Copy(AnimationClass.AnimationLayer ActiveLayer, int NextKeyFrame)
{
VisibleAnimationObjectKeyFrame NewKeyFrame = CopyAsVisibleAnimationObjectKeyFrame(ActiveLayer);
NewKeyFrame.NextKeyFrame = NextKeyFrame;
return(NewKeyFrame);
}
public SpriteSheetTimeline(BinaryReader BR, ContentManager Content)
: base(BR, TimelineType)
{
SpriteSheetName = BR.ReadString();
SourceRectangle = new Rectangle();
SourceRectangle.X = BR.ReadInt32();
SourceRectangle.Y = BR.ReadInt32();
SourceRectangle.Width = BR.ReadInt32();
SourceRectangle.Height = BR.ReadInt32();
int DicAnimationSpriteKeyFrameCount = BR.ReadInt32();
for (int E = 0; E < DicAnimationSpriteKeyFrameCount; E++)
{
int Key = BR.ReadInt32();
VisibleAnimationObjectKeyFrame NewAnimatedBitmapKeyFrame = new VisibleAnimationObjectKeyFrame(BR);
DicAnimationKeyFrame.Add(Key, NewAnimatedBitmapKeyFrame);
}
if (Content != null)
{
SpriteSheet = Content.Load <Texture2D>("Animations/Sprite Sheets/" + SpriteSheetName);
}
Origin = new Point(Width / 2, Height / 2);
}
public override void MoveTimeline(int Difference)
{
if (NextEventKeyFrame >= 0)//If there is a next key frame, update it.
{
NextEventKeyFrame += Difference;
}
//Remove first to avoid duplicate error
Dictionary <int, VisibleAnimationObjectKeyFrame> ListRemovedKeyFrame = new Dictionary <int, VisibleAnimationObjectKeyFrame>();
foreach (int KeyFrame in Keys)
{
VisibleAnimationObjectKeyFrame ActiveKeyFrame = DicAnimationKeyFrame[KeyFrame];
ListRemovedKeyFrame.Add(KeyFrame, ActiveKeyFrame);
Remove(KeyFrame);
}
foreach (KeyValuePair <int, VisibleAnimationObjectKeyFrame> ActiveKeyFrame in ListRemovedKeyFrame)
{
if (ActiveKeyFrame.Value.NextKeyFrame >= 0)//If there is a next key frame, update it.
{
ActiveKeyFrame.Value.NextKeyFrame += Difference;
}
Add(ActiveKeyFrame.Key + Difference, ActiveKeyFrame.Value);
}
//Replace the old Tag.
SpawnFrame += Difference;
DeathFrame += Difference;//Changing the deathframe will automatically destroy keyframes so only change it after the movement.
}
public ParticleEmitterTimeline(BinaryReader BR, ContentManager Content)
: base(BR, TimelineType)
{
Matrix view = Matrix.Identity;
Matrix Projection = Matrix.CreateOrthographicOffCenter(0, 800, 600, 0, 0, 1);
Matrix HalfPixelOffset = Matrix.CreateTranslation(-0.5f, -0.5f, 0);
Projection = view * (HalfPixelOffset * Projection);
Particle3DSample.ParticleSettings ParticleSettings = new Particle3DSample.ParticleSettings();
ParticleSettings.TextureName = BR.ReadString();
ParticleSettings.MaxParticles = 20000;
ParticleSettings.MinScale = new Vector2(1, 1);
ParticleSettings.DurationInSeconds = 1d;
ParticleSettings.Gravity = new Vector2(0, 0);
ParticleSettings.NumberOfImages = 16;
ParticleSettings.BlendState = BlendState.AlphaBlend;
ParticleSettings.StartingAlpha = 0.7f;
ParticleSettings.EndAlpha = 0.1f;
_SpawnOffset = new Vector2(BR.ReadSingle(), BR.ReadSingle());
_SpawnOffsetRandom = new Vector2(BR.ReadSingle(), BR.ReadSingle());
SpawnSpeed = new Vector2(BR.ReadSingle(), BR.ReadSingle());
SpawnSpeedRandom = new Vector2(BR.ReadSingle(), BR.ReadSingle());
ParticlesPerSeconds = BR.ReadDouble();
ParticleSettings.DurationInSeconds = BR.ReadSingle();
float SpeedMultiplier = BR.ReadSingle();
ParticleSettings.NumberOfImages = BR.ReadInt32();
ParticleSettings.Gravity = new Vector2(BR.ReadSingle(), BR.ReadSingle());
Vector2 Size = new Vector2(BR.ReadSingle(), BR.ReadSingle());
ParticleSettings.MinScale = new Vector2(BR.ReadSingle(), BR.ReadSingle());
ParticleSettings.StartingAlpha = BR.ReadSingle();
ParticleSettings.EndAlpha = BR.ReadSingle();
_ParticleBlendState = (ParticleBlendStates)BR.ReadByte();
TimeBetweenEachParticle = 1 / ParticlesPerSeconds;
ParticleSystem = new Particle3DSample.ParticleSystem(ParticleSettings);
ParticleSystem.LoadContent(Content, GameScreen.GraphicsDevice, Projection);
this.SpeedMultiplier = SpeedMultiplier;
this.Size = Size;
UpdateSize();
int DicAnimationSpriteKeyFrameCount = BR.ReadInt32();
for (int E = 0; E < DicAnimationSpriteKeyFrameCount; E++)
{
int Key = BR.ReadInt32();
VisibleAnimationObjectKeyFrame NewAnimatedBitmapKeyFrame = new VisibleAnimationObjectKeyFrame(BR);
DicAnimationKeyFrame.Add(Key, NewAnimatedBitmapKeyFrame);
}
Origin = new Point(Width / 2, Height / 2);
}
public virtual bool MouseDownExtra(int RealX, int RealY)
{
if (Count > 1)
{
int Index = SpawnFrame;
while (Index >= 0)
{
if (DicAnimationKeyFrame[Index].NextKeyFrame >= 0)
{
VisibleAnimationObjectKeyFrame ActiveKeyFrame = (VisibleAnimationObjectKeyFrame)Get(Index);
for (int N = 0; N < ActiveKeyFrame.ListSpecialEffectNode.Count; N++)
{
int KeyFrameX = (int)ActiveKeyFrame.ListSpecialEffectNode[N].X - 2;
int KeyFrameY = (int)ActiveKeyFrame.ListSpecialEffectNode[N].Y - 2;
if (RealX >= KeyFrameX && RealX < KeyFrameX + 5 &&
RealY >= KeyFrameY && RealY < KeyFrameY + 5)
{
return(true);
}
}
}
Index = DicAnimationKeyFrame[Index].NextKeyFrame;
}
}
return(false);
}
public virtual void MouseMoveExtra(int KeyFrame, int RealX, int RealY, int MouseChangeX, int MouseChangeY)
{
if (Count > 1)
{
int Index = SpawnFrame;
while (Index >= 0)
{
VisibleAnimationObjectKeyFrame ActiveKeyFrame = DicAnimationKeyFrame[Index];
if (ActiveKeyFrame.NextKeyFrame >= 0)
{
for (int N = 0; N < ActiveKeyFrame.ListSpecialEffectNode.Count; N++)
{
int KeyFrameX = (int)ActiveKeyFrame.ListSpecialEffectNode[N].X - 2;
int KeyFrameY = (int)ActiveKeyFrame.ListSpecialEffectNode[N].Y - 2;
if (RealX >= KeyFrameX && RealX < KeyFrameX + 5 &&
RealY >= KeyFrameY && RealY < KeyFrameY + 5)
{
ActiveKeyFrame.ListSpecialEffectNode[N] =
new Vector2(ActiveKeyFrame.ListSpecialEffectNode[N].X + MouseChangeX,
ActiveKeyFrame.ListSpecialEffectNode[N].Y + MouseChangeY);
break;
}
}
}
Index = DicAnimationKeyFrame[Index].NextKeyFrame;
}
}
}
public override bool TryGetValue(int Key, out AnimationObjectKeyFrame Value)
{
VisibleAnimationObjectKeyFrame OutVisibleAnimationObjectKeyFrame = null;
bool ReturnValue = DicAnimationKeyFrame.TryGetValue(Key, out OutVisibleAnimationObjectKeyFrame);
Value = OutVisibleAnimationObjectKeyFrame;
return(ReturnValue);
}
protected virtual VisibleAnimationObjectKeyFrame CopyAsVisibleAnimationObjectKeyFrame(AnimationClass.AnimationLayer ActiveLayer)
{
VisibleAnimationObjectKeyFrame NewVisibleAnimationObjectKeyFrame = new VisibleAnimationObjectKeyFrame();
NewVisibleAnimationObjectKeyFrame.UpdateFrom(this);
return(NewVisibleAnimationObjectKeyFrame);
}
public VisibleTimeline(string TimelineEventType, string Name)
: base(TimelineEventType, Name)
{
DicAnimationKeyFrame = new Dictionary <int, VisibleAnimationObjectKeyFrame>();
CanDelete = true;
NextEvent = null;
NextEventKeyFrame = -1;
GroupIndex = -1;
}
public VisibleTimeline(BinaryReader BR, string TimelineEventType)
: base(BR, TimelineEventType)
{
_SpawnFrame = BR.ReadInt32();
_DeathFrame = BR.ReadInt32();
DicAnimationKeyFrame = new Dictionary <int, VisibleAnimationObjectKeyFrame>();
CanDelete = true;
NextEvent = null;
NextEventKeyFrame = -1;
GroupIndex = -1;
}
protected void OnNewKeyFrameAnimationSprite(VisibleAnimationObjectKeyFrame ActiveKeyFrame)
{
Position = ActiveKeyFrame.Position;
ScaleFactor = ActiveKeyFrame.ScaleFactor;
Angle = ActiveKeyFrame.AngleInRad;
Alpha = ActiveKeyFrame.Alpha;
DrawingDepth = ActiveKeyFrame.DrawingDepth;
PositionOld = ActiveKeyFrame.Position;
ScaleFactorOld = ActiveKeyFrame.ScaleFactor;
AngleOld = ActiveKeyFrame.AngleInRad;
AlphaOld = ActiveKeyFrame.Alpha;
DrawingDepthOld = ActiveKeyFrame.DrawingDepth;
ActiveKeyFrame.IsUsed = true;
}
public AnimationOriginTimeline(BinaryReader BR)
: base(BR, TimelineType)
{
Origin = new Point(BR.ReadInt32(), BR.ReadInt32());
int DicAnimationSpriteKeyFrameCount = BR.ReadInt32();
for (int E = 0; E < DicAnimationSpriteKeyFrameCount; E++)
{
int Key = BR.ReadInt32();
VisibleAnimationObjectKeyFrame NewAnimatedBitmapKeyFrame = new VisibleAnimationObjectKeyFrame(BR);
DicAnimationKeyFrame.Add(Key, NewAnimatedBitmapKeyFrame);
}
}
public virtual void DrawExtra(CustomSpriteBatch g, Texture2D sprPixel)
{
int Index = SpawnFrame;
while (Index >= 0)
{
VisibleAnimationObjectKeyFrame ActiveKeyFrame = DicAnimationKeyFrame[Index];
Vector2 ActivePosition = ActiveKeyFrame.Position;
if (ActiveKeyFrame.NextKeyFrame >= 0 && DicAnimationKeyFrame.ContainsKey(ActiveKeyFrame.NextKeyFrame))
{
VisibleAnimationObjectKeyFrame NextKeyFrame = DicAnimationKeyFrame[ActiveKeyFrame.NextKeyFrame];
if (ActiveKeyFrame.ListSpecialEffectNode.Count > 0)
{
Vector2 NextPos = Vector2.Zero;
for (int N = 0; N < ActiveKeyFrame.ListSpecialEffectNode.Count; N++)
{
NextPos = ActiveKeyFrame.ListSpecialEffectNode[N];
g.Draw(sprPixel, new Rectangle((int)ActiveKeyFrame.ListSpecialEffectNode[N].X,
(int)ActiveKeyFrame.ListSpecialEffectNode[N].Y, 1, 1), Color.White);
g.Draw(sprPixel, new Rectangle((int)ActiveKeyFrame.ListSpecialEffectNode[N].X - 2,
(int)ActiveKeyFrame.ListSpecialEffectNode[N].Y - 2, 5, 5), Color.LightGreen);
g.DrawLine(sprPixel, new Vector2(ActivePosition.X,
ActivePosition.Y),
new Vector2(NextPos.X,
NextPos.Y), Color.LightGreen);
ActivePosition = NextPos;
}
g.DrawLine(sprPixel, new Vector2(NextPos.X,
NextPos.Y),
new Vector2(NextKeyFrame.Position.X,
NextKeyFrame.Position.Y), Color.LightGreen);
}
}
Index = DicAnimationKeyFrame[Index].NextKeyFrame;
}
}
protected void UpdateFrom(VisibleAnimationObjectKeyFrame Other)
{
NextKeyFrame = Other.NextKeyFrame;
_IsProgressive = Other._IsProgressive;
_Position = Other._Position;
MoveValue = Other.MoveValue;
_ScaleFactor = Other._ScaleFactor;
ScaleValue = Other.ScaleValue;
AngleInRad = Other.AngleInRad;
AngleValue = Other.AngleValue;
_Alpha = Other._Alpha;
AlphaValue = Other.AlphaValue;
_DrawingDepth = Other._DrawingDepth;
DrawingDepthValue = Other.DrawingDepthValue;
ListSpecialEffectNode = new List <Vector2>(Other.ListSpecialEffectNode.Count);
foreach (Vector2 ActiveNode in Other.ListSpecialEffectNode)
{
ListSpecialEffectNode.Add(ActiveNode);
}
}
protected void OnProgressiveNextKeyFrameAnimationSprite(VisibleAnimationObjectKeyFrame ActiveKeyFrame, int KeyFrame, int NextKeyFrame)
{
NextEvent = ActiveKeyFrame;
PositionOld = Position;
ScaleFactorOld = ScaleFactor;
AngleOld = Angle;
AlphaOld = Alpha;
DrawingDepthOld = DrawingDepth;
EventKeyFrameOld = KeyFrame;
NextEventKeyFrame = NextKeyFrame;
float KeyFrameChange = KeyFrame - NextKeyFrame;
//Calculate of how many pixel the AnimatedBitmap will move per step.
ActiveKeyFrame.MoveValue = new Vector2((Position.X - ActiveKeyFrame.Position.X) / KeyFrameChange,
(Position.Y - ActiveKeyFrame.Position.Y) / KeyFrameChange);
ActiveKeyFrame.ScaleValue = (ScaleFactor - ActiveKeyFrame.ScaleFactor) / KeyFrameChange;
ActiveKeyFrame.AngleValue = (Angle - ActiveKeyFrame.AngleInRad) / KeyFrameChange;
ActiveKeyFrame.AlphaValue = (Alpha - ActiveKeyFrame.Alpha) / KeyFrameChange;
ActiveKeyFrame.DrawingDepthValue = (DrawingDepth - ActiveKeyFrame.DrawingDepth) / KeyFrameChange;
}
public override void MoveTimeline(int Difference)
{
if (NextEventKeyFrame >= 0)//If there is a next key frame, update it.
{
NextEventKeyFrame += Difference;
}
foreach (int KeyFrame in Keys)
{
VisibleAnimationObjectKeyFrame ActiveKeyFrame = DicAnimationKeyFrame[KeyFrame];
if (ActiveKeyFrame.NextKeyFrame >= 0)//If there is a next key frame, update it.
{
ActiveKeyFrame.NextKeyFrame += Difference;
}
Add(KeyFrame + Difference, ActiveKeyFrame);
Remove(KeyFrame);
}
//Replace the old Tag.
SpawnFrame += Difference;
DeathFrame += Difference;//Changing the deathframe will automatically destroy keyframes so only change it after the movement.
}
public void DrawNextPositions(CustomSpriteBatch g, Texture2D sprPixel, Color DrawColor)
{
int Index = SpawnFrame;
while (Index >= 0)
{
VisibleAnimationObjectKeyFrame ActiveKeyFrame = DicAnimationKeyFrame[Index];
g.Draw(sprPixel, new Rectangle((int)ActiveKeyFrame.Position.X - 2,
(int)ActiveKeyFrame.Position.Y - 2, 5, 5), null, DrawColor, 0, Vector2.Zero, SpriteEffects.None, 0.1f);
Vector2 ActivePosition = ActiveKeyFrame.Position;
if (ActiveKeyFrame.NextKeyFrame >= 0 && DicAnimationKeyFrame.ContainsKey(ActiveKeyFrame.NextKeyFrame))
{
VisibleAnimationObjectKeyFrame NextKeyFrame = DicAnimationKeyFrame[ActiveKeyFrame.NextKeyFrame];
g.DrawLine(sprPixel, new Vector2(ActivePosition.X, ActivePosition.Y),
new Vector2(NextKeyFrame.Position.X,
NextKeyFrame.Position.Y), Color.Black);
}
Index = DicAnimationKeyFrame[Index].NextKeyFrame;
}
}
public MarkerTimeline(BinaryReader BR, ContentManager Content)
: base(BR, TimelineType)
{
BitmapName = BR.ReadString();
_MarkerType = BR.ReadString();
if (!string.IsNullOrEmpty(BitmapName) && Content != null)
{
Sprite = Content.Load <Texture2D>("Animations/Sprites/" + BitmapName);
}
Origin = new Point(Width / 2, Height / 2);
int DicAnimationSpriteKeyFrameCount = BR.ReadInt32();
for (int E = 0; E < DicAnimationSpriteKeyFrameCount; E++)
{
int Key = BR.ReadInt32();
VisibleAnimationObjectKeyFrame NewAnimatedBitmapKeyFrame = new VisibleAnimationObjectKeyFrame(BR);
DicAnimationKeyFrame.Add(Key, NewAnimatedBitmapKeyFrame);
}
}
//Generic Update methods.
protected void UpdateAnimationSprite(int KeyFrame)
{
float ProgressionValue = (KeyFrame - EventKeyFrameOld) / (float)(NextEventKeyFrame - EventKeyFrameOld);
if (DicAnimationKeyFrame.ContainsKey(EventKeyFrameOld) && DicAnimationKeyFrame[EventKeyFrameOld].ListSpecialEffectNode.Count > 0)
{
#region Bezier Curve
float t = ProgressionValue;
float x0 = PositionOld.X;
float x2 = DicAnimationKeyFrame[NextEventKeyFrame].Position.X;
float y0 = PositionOld.Y;
float y2 = DicAnimationKeyFrame[NextEventKeyFrame].Position.Y;
int n = DicAnimationKeyFrame[EventKeyFrameOld].ListSpecialEffectNode.Count + 1;
double ResultX = Math.Pow(1 - t, n) * x0;
double ResultY = Math.Pow(1 - t, n) * y0;
int nFac = 1;
for (int k = 1; k <= n; k++)
{
nFac *= k;
}
for (int N = 0; N < DicAnimationKeyFrame[EventKeyFrameOld].ListSpecialEffectNode.Count; N++)
{
int i = N + 1;
int niFac = 1;
int iFac = 1;
for (int k = 1; k <= n - i; k++)
{
niFac *= k;
}
for (int k = 1; k <= i; k++)
{
iFac *= k;
}
int nChoosek = nFac / (niFac * iFac);
//n! / ((n-i)!*i!) * ((1 - t)^(n-1)) * (t ^ i) * Point[i]
ResultX += nChoosek * Math.Pow(1 - t, n - i) * Math.Pow(t, i) * DicAnimationKeyFrame[EventKeyFrameOld].ListSpecialEffectNode[N].X;
ResultY += nChoosek * Math.Pow(1 - t, n - i) * Math.Pow(t, i) * DicAnimationKeyFrame[EventKeyFrameOld].ListSpecialEffectNode[N].Y;
}
ResultX += Math.Pow(t, n) * x2;
ResultY += Math.Pow(t, n) * y2;
Position = new Vector2((float)ResultX, (float)ResultY);
#endregion
}
else
{
Vector2 Result = NextEvent.MoveValue * (KeyFrame - EventKeyFrameOld);
Position = new Vector2(PositionOld.X + (int)Result.X, PositionOld.Y + (int)Result.Y);
}
ScaleFactor = ScaleFactorOld + NextEvent.ScaleValue * (KeyFrame - EventKeyFrameOld);
Angle = AngleOld + NextEvent.AngleValue * (KeyFrame - EventKeyFrameOld);
Alpha = AlphaOld + (int)(NextEvent.AlphaValue * (KeyFrame - EventKeyFrameOld));
if (KeyFrame >= NextEventKeyFrame)
{
NextEvent = null;
}
}