private void buildMatrix()
{
var pivotOffsets = AGSModelMatrixComponent.GetPivotOffsets(_lastPivot, _virtualResolution.Width, _virtualResolution.Height);
Matrix4 pivotMat = Matrix4.CreateTranslation(new Vector3(pivotOffsets.X, pivotOffsets.Y, 0f));
var radians = MathUtils.DegreesToRadians(_lastRotation);
_lastMatrix =
Matrix4.CreateTranslation(new Vector3(-_lastX * _lastParallaxSpeedX, -_lastY * _lastParallaxSpeedY, 0f)) *
Matrix4.CreateRotationZ(radians) *
Matrix4.CreateScale(_lastScaleX, _lastScaleY, 1f) * pivotMat;
}
private void updateHitTestBox(SizeF size, IDrawableInfoComponent drawable, IModelMatrixComponent matrix)
{
var modelMatrices = matrix.GetModelMatrices();
var modelMatrix = modelMatrices.InVirtualResolutionMatrix;
AGSModelMatrixComponent.GetVirtualResolution(false, _settings.VirtualResolution,
drawable, null, out PointF resolutionFactor, out Size _);
float width = size.Width / resolutionFactor.X;
float height = size.Height / resolutionFactor.Y;
_intermediateBox = _boundingBoxBuilder.BuildIntermediateBox(width, height, ref modelMatrix);
_hitTestBox = _boundingBoxBuilder.BuildHitTestBox(ref _intermediateBox);
}
public void Render(IObject obj, IViewport viewport)
{
if (!TextBackgroundVisible && !TextVisible)
{
return;
}
if (!obj.Visible || _usedTextBoundingBoxes == null)
{
return;
}
PointF resolutionFactor; Size resolution;
PointF textScaleFactor = new PointF(GLText.TextResolutionFactorX, GLText.TextResolutionFactorY);
AGSModelMatrixComponent.GetVirtualResolution(false, _virtualResolution, obj,
textScaleFactor, out resolutionFactor, out resolution);
if (!resolutionFactor.Equals(textScaleFactor))
{
resolutionFactor = AGSModelMatrixComponent.NoScaling;
}
if (TextBackgroundVisible)
{
_bgRenderer.Render(obj, viewport);
}
if (TextVisible && Text != "")
{
_glTextHitTest.Refresh();
if (!string.IsNullOrEmpty(Text))
{
_glUtils.AdjustResolution(resolution.Width, resolution.Height);
}
IGLColor color = _colorBuilder.Build(Colors.White);
var cropInfo = _usedTextBoundingBoxes.RenderBox.Crop(BoundingBoxType.Render, CustomTextCrop ?? obj.GetComponent <ICropSelfComponent>(), AGSModelMatrixComponent.NoScaling);
if (cropInfo.Equals(_defaultCrop))
{
return;
}
_afterCropTextBoundingBoxes.RenderBox = cropInfo.BoundingBox;
_afterCropTextBoundingBoxes.TextureBox = cropInfo.TextureBox;
_textureRenderer.Render(_glTextHitTest.Texture, _afterCropTextBoundingBoxes, color);
}
}
private void updateHitTestBox(IAnimationComponent animation, IDrawableInfoComponent drawable, IModelMatrixComponent matrix)
{
var modelMatrices = matrix.GetModelMatrices();
var modelMatrix = modelMatrices.InVirtualResolutionMatrix;
Size resolution;
PointF resolutionFactor;
bool resolutionMatches = AGSModelMatrixComponent.GetVirtualResolution(false, _settings.VirtualResolution,
drawable, null, out resolutionFactor, out resolution);
var sprite = animation.Animation.Sprite;
float width = sprite.BaseSize.Width / resolutionFactor.X;
float height = sprite.BaseSize.Height / resolutionFactor.Y;
_intermediateBox = _boundingBoxBuilder.BuildIntermediateBox(width, height, ref modelMatrix);
_hitTestBox = _boundingBoxBuilder.BuildHitTestBox(ref _intermediateBox);
}
private AGSBoundingBoxes recalculate(IViewport viewport, ViewportBoundingBoxes viewportBoxes)
{
var boundingBoxes = viewportBoxes.BoundingBoxes;
var drawable = _drawable;
var matrix = _matrix;
var scale = _scale;
var sprite = _image?.CurrentSprite;
bool isHitTestBoxDirty = _isHitTestBoxDirty;
if (scale == null || drawable == null || matrix == null)
{
return(boundingBoxes);
}
var baseSize = sprite?.BaseSize ?? scale.BaseSize;
if (isHitTestBoxDirty)
{
_isCropDirty = true;
_isHitTestBoxDirty = false;
updateHitTestBox(baseSize, drawable, matrix);
}
var crop = _crop;
_areViewportsDirty = false;
viewportBoxes.IsDirty = false;
bool resolutionMatches = AGSModelMatrixComponent.GetVirtualResolution(false, _settings.VirtualResolution,
drawable, null, out PointF _, out Size _);
var viewportMatrix = drawable.IgnoreViewport ? Matrix4.Identity : viewport.GetMatrix(drawable.RenderLayer);
AGSBoundingBox intermediateBox, hitTestBox;
hitTestBox = _hitTestBox;
float width = baseSize.Width;
float height = baseSize.Height;
if (resolutionMatches)
{
intermediateBox = _intermediateBox;
}
else
{
var modelMatrices = matrix.GetModelMatrices();
var modelMatrix = modelMatrices.InObjResolutionMatrix;
intermediateBox = _boundingBoxBuilder.BuildIntermediateBox(width, height, ref modelMatrix);
}
var renderBox = _boundingBoxBuilder.BuildRenderBox(ref intermediateBox, ref viewportMatrix, out PointF renderCropScale);
PointF hitTestCropScale = renderCropScale;
if (MathUtils.FloatEquals(hitTestCropScale.X, 1f) && MathUtils.FloatEquals(hitTestCropScale.Y, 1f))
{
hitTestCropScale = new PointF(_hitTestBox.Width / renderBox.Width, _hitTestBox.Height / renderBox.Height);
}
var cropInfo = renderBox.Crop(BoundingBoxType.Render, crop, renderCropScale);
boundingBoxes.PreCropViewportBox = renderBox;
renderBox = cropInfo.BoundingBox;
boundingBoxes.ViewportBox = renderBox;
if (cropInfo.TextureBox != null)
{
boundingBoxes.TextureBox = cropInfo.TextureBox;
}
else
{
var textureOffset = _textureOffset;
var image = sprite?.Image;
// ReSharper disable CompareOfFloatsByEqualityOperator
if (image != null && (width != image.Width || height != image.Height ||
// ReSharper restore CompareOfFloatsByEqualityOperator
(!textureOffset?.TextureOffset.Equals(PointF.Empty) ?? false)))
{
var offset = textureOffset?.TextureOffset ?? PointF.Empty;
setProportionalTextureSize(boundingBoxes, image, width, height, offset);
}
else
{
boundingBoxes.TextureBox = null;
}
}
if (cropInfo.Equals(_defaultCropInfo))
{
boundingBoxes.WorldBox = default;
}
else
{
hitTestBox = hitTestBox.Crop(BoundingBoxType.HitTest, crop, hitTestCropScale).BoundingBox;
boundingBoxes.WorldBox = hitTestBox;
}
_isCropDirty = false;
return(boundingBoxes);
}
private void updateBoundingBoxes(IObject obj, IDrawableInfoComponent drawable, IViewport viewport)
{
var noFactor = AGSModelMatrixComponent.NoScaling;
bool resolutionMatches;
PointF hitTestResolutionFactor;
Size resolution;
PointF textScaleFactor = new PointF(GLText.TextResolutionFactorX, GLText.TextResolutionFactorY);
if (!textScaleFactor.Equals(_lastTextScaleFactor))
{
_lastTextScaleFactor = textScaleFactor;
onBoundingBoxShouldChange();
}
resolutionMatches = AGSModelMatrixComponent.GetVirtualResolution(false, _virtualResolution, drawable,
textScaleFactor, out hitTestResolutionFactor,
out resolution);
var scaleUpText = hitTestResolutionFactor;
var scaleDownText = noFactor;
if (!textScaleFactor.Equals(hitTestResolutionFactor))
{
textScaleFactor = noFactor;
scaleDownText = hitTestResolutionFactor;
}
AutoFit autoFit = getAutoFit();
float height = obj.Height;
float width = obj.Width;
bool shouldUpdateBoundingBoxes = _shouldUpdateBoundingBoxes;
_shouldUpdateBoundingBoxes = false;
if (autoFit == AutoFit.LabelShouldFitText)
{
updateText(_glTextHitTest, resolutionMatches, GLText.EmptySize, scaleUpText, scaleDownText, int.MaxValue);
if (!resolutionMatches)
{
updateText(_glTextRender, true, GLText.EmptySize, scaleUpText, scaleDownText, int.MaxValue);
}
CustomImageSize = new SizeF(_glTextHitTest.Width, _glTextHitTest.Height);
}
else if (autoFit == AutoFit.TextShouldWrapAndLabelShouldFitHeight)
{
updateText(_glTextHitTest, resolutionMatches, new SizeF(BaseSize.Width, GLText.EmptySize.Height), scaleUpText, scaleDownText, (int)BaseSize.Width);
if (!resolutionMatches)
{
updateText(_glTextRender, true, new SizeF(BaseSize.Width, GLText.EmptySize.Height), scaleUpText, scaleDownText, (int)BaseSize.Width);
}
CustomImageSize = new SizeF(BaseSize.Width, _glTextHitTest.Height);
}
else
{
CustomImageSize = BaseSize;
}
CustomImageResolutionFactor = hitTestResolutionFactor;
var viewportMatrix = drawable.IgnoreViewport ? Matrix4.Identity : _viewport.GetViewport(drawable.RenderLayer.Z).GetMatrix(viewport, drawable.RenderLayer.ParallaxSpeed);
if (!viewportMatrix.Equals(_lastViewportMatrix))
{
_lastViewportMatrix = viewportMatrix;
onBoundingBoxShouldChange();
}
var modelMatrices = obj.GetModelMatrices();
if (!modelMatrices.Equals(_lastMatrices))
{
_lastMatrices = modelMatrices;
onBoundingBoxShouldChange();
}
if (!shouldUpdateBoundingBoxes)
{
return;
}
IGLMatrices textRenderMatrices = acquireMatrix(0).SetMatrices(modelMatrices.InObjResolutionMatrix, viewportMatrix);
IGLMatrices labelRenderMatrices = obj.RenderLayer.IndependentResolution != null ? textRenderMatrices : acquireMatrix(1).SetMatrices(modelMatrices.InVirtualResolutionMatrix, viewportMatrix);
IGLMatrices textHitTestMatrices = resolutionMatches ? textRenderMatrices : obj.RenderLayer.IndependentResolution == null ? labelRenderMatrices : acquireMatrix(2).SetMatrices(modelMatrices.InVirtualResolutionMatrix, viewportMatrix);
IGLMatrices labelHitTestMatrices = obj.RenderLayer.IndependentResolution == null ? labelRenderMatrices : textHitTestMatrices;
if (textScaleFactor.Equals(hitTestResolutionFactor))
{
hitTestResolutionFactor = noFactor;
}
updateBoundingBoxes(_glTextHitTest, autoFit, textHitTestMatrices, labelHitTestMatrices, scaleUpText, noFactor, hitTestResolutionFactor, resolutionMatches, true);
if (!resolutionMatches)
{
updateBoundingBoxes(_glTextRender, autoFit, textRenderMatrices, labelRenderMatrices, scaleUpText, scaleDownText, noFactor, true, false);
}
if (_lastWidth != Width || _lastHeight != Height)
{
OnLabelSizeChanged.Invoke();
}
_lastWidth = Width;
_lastHeight = Height;
}
private AGSBoundingBoxes recalculate(IViewport viewport, ViewportBoundingBoxes viewportBoxes)
{
var boundingBoxes = viewportBoxes.BoundingBoxes;
var animation = _animation;
var drawable = _drawable;
var matrix = _matrix;
bool isHitTestBoxDirty = _isHitTestBoxDirty;
if (animation?.Animation?.Sprite?.Image == null || drawable == null || matrix == null)
{
return(boundingBoxes);
}
if (isHitTestBoxDirty)
{
_isCropDirty = true;
_isHitTestBoxDirty = false;
updateHitTestBox(animation, drawable, matrix);
}
var crop = _crop;
_isCropDirty = false;
_areViewportsDirty = false;
viewportBoxes.IsDirty = false;
var layerViewport = _layerViewports.GetViewport(drawable.RenderLayer.Z);
Size resolution;
PointF resolutionFactor;
bool resolutionMatches = AGSModelMatrixComponent.GetVirtualResolution(false, _settings.VirtualResolution,
drawable, null, out resolutionFactor, out resolution);
var viewportMatrix = drawable.IgnoreViewport ? Matrix4.Identity : layerViewport.GetMatrix(viewport, drawable.RenderLayer.ParallaxSpeed);
AGSBoundingBox intermediateBox, hitTestBox;
hitTestBox = _hitTestBox;
var sprite = animation.Animation.Sprite;
float width = sprite.BaseSize.Width;
float height = sprite.BaseSize.Height;
if (resolutionMatches)
{
intermediateBox = _intermediateBox;
}
else
{
var modelMatrices = matrix.GetModelMatrices();
var modelMatrix = modelMatrices.InObjResolutionMatrix;
intermediateBox = _boundingBoxBuilder.BuildIntermediateBox(width, height, ref modelMatrix);
}
PointF renderCropScale;
var renderBox = _boundingBoxBuilder.BuildRenderBox(ref intermediateBox, ref viewportMatrix, out renderCropScale);
PointF hitTestCropScale = renderCropScale;
if (MathUtils.FloatEquals(hitTestCropScale.X, 1f) && MathUtils.FloatEquals(hitTestCropScale.Y, 1f))
{
hitTestCropScale = new PointF(_hitTestBox.Width / renderBox.Width, _hitTestBox.Height / renderBox.Height);
}
var cropInfo = renderBox.Crop(BoundingBoxType.Render, crop, renderCropScale);
boundingBoxes.PreCropRenderBox = renderBox;
renderBox = cropInfo.BoundingBox;
boundingBoxes.RenderBox = renderBox;
if (cropInfo.TextureBox != null)
{
boundingBoxes.TextureBox = cropInfo.TextureBox;
}
else
{
var textureOffset = _textureOffset;
if (width != sprite.Image.Width || height != sprite.Image.Height ||
(!textureOffset?.TextureOffset.Equals(Vector2.Zero) ?? false))
{
var offset = textureOffset?.TextureOffset ?? PointF.Empty;
setProportionalTextureSize(boundingBoxes, sprite, width, height, offset);
}
else
{
boundingBoxes.TextureBox = null;
}
}
if (cropInfo.Equals(_defaultCropInfo))
{
boundingBoxes.HitTestBox = default;
}
else
{
hitTestBox = hitTestBox.Crop(BoundingBoxType.HitTest, crop, hitTestCropScale).BoundingBox;
boundingBoxes.HitTestBox = hitTestBox;
}
return(boundingBoxes);
}