public override void GenerateStates(double time, CameraState cameraState, Object3dState object3dState)
{
var wvp = object3dState.WorldTransform * cameraState.ViewProjection;
var screenPosition = cameraState.ToScreen(wvp, Vector3.Zero);
var angle = 0.0;
switch (RotationMode)
{
case RotationMode.UnitX:
{
var unitXPosition = cameraState.ToScreen(wvp, Vector3.UnitX);
var delta = unitXPosition - screenPosition;
angle += (float)Math.Atan2(delta.Y, delta.X);
}
break;
case RotationMode.UnitY:
{
var unitYPosition = cameraState.ToScreen(wvp, Vector3.UnitY);
var delta = unitYPosition - screenPosition;
angle += (float)Math.Atan2(delta.Y, delta.X) - Math.PI * 0.5;
}
break;
}
var previousState = Generator.EndState;
var rotation = InterpolatingFunctions.DoubleAngle(previousState?.Rotation ?? 0 - SpriteRotation.ValueAt(previousState?.Time ?? time), angle, 1) + SpriteRotation.ValueAt(time);
var scale = SpriteScale.ValueAt(time)
* object3dState.WorldTransform.ExtractScale().Xy
*(float)(cameraState.FocusDistance / screenPosition.W)
* (float)cameraState.ResolutionScale;
var opacity = screenPosition.W < 0 ? 0 : object3dState.Opacity;
if (UseDistanceFade)
{
opacity *= cameraState.OpacityAt(screenPosition.W);
}
Generator.Add(new CommandGenerator.State()
{
Time = time,
Position = screenPosition.Xy,
Scale = scale,
Rotation = rotation,
Color = object3dState.Color,
Opacity = opacity,
Additive = Additive,
});
}
public void GenerateTreeStates(double time, CameraState cameraState, Object3dState parent3dState = null)
{
parent3dState = parent3dState ?? Object3dState.InitialState;
var object3dState = new Object3dState(
WorldTransformAt(time) * parent3dState.WorldTransform,
Coloring.ValueAt(time) * (InheritsColor ? parent3dState.Color : CommandColor.White),
Opacity.ValueAt(time) * (InheritsOpacity ? parent3dState.Opacity : 1));
GenerateStates(time, cameraState, object3dState);
foreach (var child in children)
{
child.GenerateTreeStates(time, cameraState, object3dState);
}
}
public void GenerateTreeStates(double time, Camera camera, Object3dState parent3dState = null) => GenerateTreeStates(time, camera.StateAt(time), parent3dState);
public virtual void GenerateStates(double time, CameraState cameraState, Object3dState object3dState)
{
}
public override void GenerateStates(double time, CameraState cameraState, Object3dState object3dState)
{
var wvp = object3dState.WorldTransform * cameraState.ViewProjection;
var startVector = cameraState.ToScreen(wvp, StartPosition.ValueAt(time));
var endVector = cameraState.ToScreen(wvp, EndPosition.ValueAt(time));
var delta = endVector.Xy - startVector.Xy;
var length = delta.Length;
if (length == 0)
{
return;
}
var angle = Math.Atan2(delta.Y, delta.X);
var rotation = InterpolatingFunctions.DoubleAngle(GeneratorBody.EndState?.Rotation ?? 0, angle, 1);
var thickness = Thickness.ValueAt(time);
var scaleFactor = object3dState.WorldTransform.ExtractScale().Y *(float)cameraState.ResolutionScale;
var startScale = scaleFactor * (float)(cameraState.FocusDistance / startVector.W) * thickness * StartThickness.ValueAt(time);
var endScale = scaleFactor * (float)(cameraState.FocusDistance / endVector.W) * thickness * EndThickness.ValueAt(time);
var totalHeight = Math.Max(startScale, endScale);
var bodyHeight = Math.Min(startScale, endScale);
var edgeHeight = (totalHeight - bodyHeight) * 0.5f;
var flip = startScale < endScale;
var ignoreEdges = edgeHeight < EdgeOverlap;
if (ignoreEdges)
{
bodyHeight += edgeHeight * 2;
}
var opacity = startVector.W < 0 && endVector.W < 0 ? 0 : object3dState.Opacity;
if (UseDistanceFade)
{
opacity *= Math.Max(cameraState.OpacityAt(startVector.W), cameraState.OpacityAt(endVector.W));
}
// Body
var bitmapBody = StoryboardObjectGenerator.Current.GetMapsetBitmap(spriteBody.GetTexturePathAt(time));
var bodyScale = new Vector2(length / bitmapBody.Width, bodyHeight / bitmapBody.Height);
var positionBody = startVector.Xy + delta * 0.5f;
var bodyOpacity = opacity;
GeneratorBody.Add(new CommandGenerator.State()
{
Time = time,
Position = positionBody,
Scale = bodyScale,
Rotation = rotation,
Color = object3dState.Color,
Opacity = bodyOpacity,
Additive = Additive,
});
// Edges
if (SpritePathEdge != null)
{
var bitmapEdge = StoryboardObjectGenerator.Current.GetMapsetBitmap(spriteTopEdge.GetTexturePathAt(time));
var edgeScale = new Vector2(length / bitmapEdge.Width, edgeHeight / bitmapEdge.Height);
var edgeOffset = new Vector2((float)Math.Cos(angle - Math.PI * 0.5), (float)Math.Sin(angle - Math.PI * 0.5)) * (bodyHeight * 0.5f - EdgeOverlap);
var positionTop = positionBody + edgeOffset;
var positionBottom = positionBody - edgeOffset;
var edgeOpacity = ignoreEdges ? 0 : opacity;
GeneratorTopEdge.Add(new CommandGenerator.State()
{
Time = time,
Position = positionTop,
Scale = edgeScale,
Rotation = rotation,
Color = object3dState.Color,
Opacity = edgeOpacity,
FlipH = flip,
Additive = Additive,
});
GeneratorBottomEdge.Add(new CommandGenerator.State()
{
Time = time,
Position = positionBottom,
Scale = edgeScale,
Rotation = rotation,
Color = object3dState.Color,
Opacity = edgeOpacity,
Additive = Additive,
FlipH = flip,
FlipV = true,
});
}
// Caps
if (SpritePathCap != null)
{
var bitmapCap = StoryboardObjectGenerator.Current.GetMapsetBitmap(spriteStartCap.GetTexturePathAt(time));
var startCapScale = new Vector2(startScale / bitmapCap.Width, startScale / bitmapCap.Height);
var endCapScale = new Vector2(endScale / bitmapCap.Width, endScale / bitmapCap.Height);
var capOffset = OrientedCaps ? new Vector2((float)Math.Cos(angle), (float)Math.Sin(angle)) * CapOverlap : Vector2.Zero;
if (OrientedCaps)
{
startCapScale.X *= 0.5f;
endCapScale.X *= 0.5f;
}
var startCapOpacity = startScale > 0.5f ? opacity : 0;
var endCapOpacity = endScale > 0.5f ? opacity : 0;
GeneratorStartCap.Add(new CommandGenerator.State()
{
Time = time,
Position = startVector.Xy + capOffset,
Scale = startCapScale,
Rotation = OrientedCaps ? rotation + Math.PI : 0,
Color = object3dState.Color,
Opacity = startCapOpacity,
Additive = Additive,
});
GeneratorEndCap.Add(new CommandGenerator.State()
{
Time = time,
Position = endVector.Xy - capOffset,
Scale = endCapScale,
Rotation = OrientedCaps ? rotation + Math.PI : 0,
Color = object3dState.Color,
Opacity = endCapOpacity,
Additive = Additive,
FlipH = OrientedCaps,
});
}
}
public override void GenerateStates(double time, CameraState cameraState, Object3dState object3dState)
{
var wvp = object3dState.WorldTransform * cameraState.ViewProjection;
var startVector = cameraState.ToScreen(wvp, StartPosition.ValueAt(time));
var endVector = cameraState.ToScreen(wvp, EndPosition.ValueAt(time));
var delta = endVector.Xy - startVector.Xy;
var length = delta.Length;
if (length == 0)
{
return;
}
var angle = Math.Atan2(delta.Y, delta.X);
var rotation = InterpolatingFunctions.DoubleAngle(Generator.EndState?.Rotation ?? 0, angle, 1);
var bitmap = StoryboardObjectGenerator.Current.GetMapsetBitmap(sprite.GetTexturePathAt(time));
var scale = new Vector2(length / bitmap.Width, Thickness.ValueAt(time));
var opacity = startVector.W < 0 && endVector.W < 0 ? 0 : object3dState.Opacity;
if (UseDistanceFade)
{
opacity *= Math.Max(cameraState.OpacityAt(startVector.W), cameraState.OpacityAt(endVector.W));
}
Vector2 position;
switch (sprite.Origin)
{
default:
case OsbOrigin.TopLeft:
case OsbOrigin.CentreLeft:
case OsbOrigin.BottomLeft:
position = startVector.Xy;
break;
case OsbOrigin.TopCentre:
case OsbOrigin.Centre:
case OsbOrigin.BottomCentre:
position = startVector.Xy + delta * 0.5f;
break;
case OsbOrigin.TopRight:
case OsbOrigin.CentreRight:
case OsbOrigin.BottomRight:
position = endVector.Xy;
break;
}
Generator.Add(new CommandGenerator.State()
{
Time = time,
Position = position,
Scale = scale,
Rotation = rotation,
Color = object3dState.Color,
Opacity = opacity,
Additive = Additive,
});
}
public override void GenerateStates(double time, CameraState cameraState, Object3dState object3dState)
{
var wvp = object3dState.WorldTransform * cameraState.ViewProjection;
if (FixedEdge >= 0)
{
edgeIndex = FixedEdge;
}
Vector4 vector0, vector1, vector2;
switch (edgeIndex)
{
case 0:
vector0 = cameraState.ToScreen(wvp, Position0.ValueAt(time));
vector1 = cameraState.ToScreen(wvp, Position1.ValueAt(time));
vector2 = cameraState.ToScreen(wvp, Position2.ValueAt(time));
break;
case 1:
vector2 = cameraState.ToScreen(wvp, Position0.ValueAt(time));
vector0 = cameraState.ToScreen(wvp, Position1.ValueAt(time));
vector1 = cameraState.ToScreen(wvp, Position2.ValueAt(time));
break;
case 2:
vector1 = cameraState.ToScreen(wvp, Position0.ValueAt(time));
vector2 = cameraState.ToScreen(wvp, Position1.ValueAt(time));
vector0 = cameraState.ToScreen(wvp, Position2.ValueAt(time));
break;
default: throw new InvalidOperationException();
}
var cross = (vector2.X - vector0.X) * (vector1.Y - vector0.Y)
- (vector2.Y - vector0.Y) * (vector1.X - vector0.X);
if (cross > 0)
{
if (Generator0.EndState != null)
{
Generator0.EndState.Opacity = 0;
}
if (Generator1.EndState != null)
{
Generator1.EndState.Opacity = 0;
}
return;
}
var bitmap = StoryboardObjectGenerator.Current.GetMapsetBitmap(sprite0.GetTexturePathAt(time));
var switchedEdge = false;
for (var i = 0; i < 3; i++)
{
var delta = vector2.Xy - vector0.Xy;
var deltaLength = delta.Length;
var normalizedDelta = delta / deltaLength;
var delta2 = vector1.Xy - vector0.Xy;
var dot = Vector2.Dot(normalizedDelta, delta2);
if (dot <= 0 || dot > deltaLength)
{
if (FixedEdge >= 0)
{
if (Generator0.EndState != null)
{
Generator0.EndState.Opacity = 0;
}
if (Generator1.EndState != null)
{
Generator1.EndState.Opacity = 0;
}
break;
}
var temp = vector0;
vector0 = vector1;
vector1 = vector2;
vector2 = temp;
edgeIndex = (edgeIndex + 1) % 3;
switchedEdge = true;
continue;
}
var position = project(vector0.Xy, vector2.Xy, vector1.Xy);
var scale0 = new Vector2((vector2.Xy - position).Length / bitmap.Width, (vector1.Xy - position).Length / bitmap.Height);
var scale1 = new Vector2((vector0.Xy - position).Length / bitmap.Width, scale0.Y);
var angle = Math.Atan2(delta.Y, delta.X);
var rotation = InterpolatingFunctions.DoubleAngle(Generator0.EndState?.Rotation ?? 0, angle, 1);
var opacity = vector0.W < 0 && vector1.W < 0 && vector2.W < 0 ? 0 : object3dState.Opacity;
if (UseDistanceFade)
{
opacity *= (cameraState.OpacityAt(vector0.W) + cameraState.OpacityAt(vector1.W) + cameraState.OpacityAt(vector2.W)) / 3;
}
if (switchedEdge)
{
if (Generator0.EndState != null)
{
Generator0.EndState.Opacity = 0;
}
if (Generator1.EndState != null)
{
Generator1.EndState.Opacity = 0;
}
}
Generator0.Add(new CommandGenerator.State()
{
Time = time,
Position = position,
Scale = scale0,
Rotation = rotation,
Color = object3dState.Color,
Opacity = switchedEdge ? 0 : opacity,
Additive = Additive,
});
Generator1.Add(new CommandGenerator.State()
{
Time = time,
Position = position,
Scale = scale1,
Rotation = rotation,
Color = object3dState.Color,
Opacity = switchedEdge ? 0 : opacity,
Additive = Additive,
FlipH = true,
});
break;
}
}