public GradientBrushTexture GetGradientBrush(GradientStopCollection stops)
{
foreach (GradientBrushTexture texture in _cache)
if (texture.IsSame(stops))
return texture;
GradientBrushTexture gradientBrush = new GradientBrushTexture(stops);
_cache.Add(gradientBrush);
return gradientBrush;
}
protected override bool BeginRenderOpacityBrushOverride(Texture tex, RenderContext renderContext)
{
if (_gradientBrushTexture == null || _refresh)
{
_gradientBrushTexture = BrushCache.Instance.GetGradientBrush(GradientStops);
if (_gradientBrushTexture == null)
{
return(false);
}
}
Matrix finalTransform = renderContext.Transform.Clone();
if (_refresh)
{
_refresh = false;
_gradientBrushTexture = BrushCache.Instance.GetGradientBrush(GradientStops);
_effect = ContentManager.Instance.GetEffect(EFFECT_RADIALOPACITYGRADIENT);
g_focus = new float[] { GradientOrigin.X, GradientOrigin.Y };
g_center = new float[] { Center.X, Center.Y };
g_radius = new float[] { (float)RadiusX, (float)RadiusY };
if (MappingMode == BrushMappingMode.Absolute)
{
g_focus[0] /= _vertsBounds.Width;
g_focus[1] /= _vertsBounds.Height;
g_center[0] /= _vertsBounds.Width;
g_center[1] /= _vertsBounds.Height;
g_radius[0] /= _vertsBounds.Width;
g_radius[1] /= _vertsBounds.Height;
}
g_relativetransform = RelativeTransform == null ? Matrix.Identity : Matrix.Invert(RelativeTransform.GetTransform());
}
SurfaceDescription desc = tex.GetLevelDescription(0);
float[] g_LowerVertsBounds = new float[] { _vertsBounds.Left / desc.Width, _vertsBounds.Top / desc.Height };
float[] g_UpperVertsBounds = new float[] { _vertsBounds.Right / desc.Width, _vertsBounds.Bottom / desc.Height };
_effect.Parameters[PARAM_RELATIVE_TRANSFORM] = g_relativetransform;
_effect.Parameters[PARAM_TRANSFORM] = GetCachedFinalBrushTransform();
_effect.Parameters[PARAM_FOCUS] = g_focus;
_effect.Parameters[PARAM_CENTER] = g_center;
_effect.Parameters[PARAM_RADIUS] = g_radius;
_effect.Parameters[PARAM_OPACITY] = (float)(Opacity * renderContext.Opacity);
_effect.Parameters[PARAM_ALPHATEX] = _gradientBrushTexture.Texture;
_effect.Parameters[PARAM_UPPERVERTSBOUNDS] = g_UpperVertsBounds;
_effect.Parameters[PARAM_LOWERVERTSBOUNDS] = g_LowerVertsBounds;
GraphicsDevice.Device.SetSamplerState(0, SamplerState.AddressU, SpreadAddressMode);
_effect.StartRender(tex, finalTransform);
return(true);
}
protected override bool BeginRenderOpacityBrushOverride(Texture tex, RenderContext renderContext)
{
if (_gradientBrushTexture == null || _refresh)
{
_gradientBrushTexture = BrushCache.Instance.GetGradientBrush(GradientStops);
if (_gradientBrushTexture == null)
{
return(false);
}
}
Matrix finalTransform = renderContext.Transform.Clone();
if (_refresh)
{
_refresh = false;
_effect = ContentManager.Instance.GetEffect(EFFECT_LINEAROPACITYGRADIENT);
g_startpoint = new float[] { StartPoint.X, StartPoint.Y };
g_endpoint = new float[] { EndPoint.X, EndPoint.Y };
if (MappingMode == BrushMappingMode.Absolute)
{
g_startpoint[0] /= _vertsBounds.Width;
g_startpoint[1] /= _vertsBounds.Height;
g_endpoint[0] /= _vertsBounds.Width;
g_endpoint[1] /= _vertsBounds.Height;
}
g_framesize = new float[] { _vertsBounds.Width, _vertsBounds.Height };
if (RelativeTransform != null)
{
Matrix m = RelativeTransform.GetTransform();
m.Transform(ref g_startpoint[0], ref g_startpoint[1]);
m.Transform(ref g_endpoint[0], ref g_endpoint[1]);
}
}
SurfaceDescription desc = tex.GetLevelDescription(0);
float[] g_LowerVertsBounds = new float[] { _vertsBounds.Left / desc.Width, _vertsBounds.Top / desc.Height };
float[] g_UpperVertsBounds = new float[] { _vertsBounds.Right / desc.Width, _vertsBounds.Bottom / desc.Height };
_effect.Parameters[PARAM_TRANSFORM] = GetCachedFinalBrushTransform();
_effect.Parameters[PARAM_OPACITY] = (float)(Opacity * renderContext.Opacity);
_effect.Parameters[PARAM_STARTPOINT] = g_startpoint;
_effect.Parameters[PARAM_ENDPOINT] = g_endpoint;
_effect.Parameters[PARAM_FRAMESIZE] = g_framesize;
_effect.Parameters[PARAM_ALPHATEX] = _gradientBrushTexture.Texture;
_effect.Parameters[PARAM_UPPERVERTSBOUNDS] = g_UpperVertsBounds;
_effect.Parameters[PARAM_LOWERVERTSBOUNDS] = g_LowerVertsBounds;
GraphicsDevice.Device.SetSamplerState(0, SamplerState.AddressU, SpreadAddressMode);
_effect.StartRender(tex, finalTransform);
return(true);
}
public GradientBrushTexture GetGradientBrush(GradientStopCollection stops)
{
foreach (GradientBrushTexture texture in _cache)
{
if (texture.IsSame(stops))
{
return(texture);
}
}
GradientBrushTexture gradientBrush = new GradientBrushTexture(stops);
_cache.Add(gradientBrush);
return(gradientBrush);
}
protected override bool BeginRenderBrushOverride(PrimitiveBuffer primitiveContext, RenderContext renderContext)
{
if (_gradientBrushTexture == null || _refresh)
{
_gradientBrushTexture = BrushCache.Instance.GetGradientBrush(GradientStops);
if (_gradientBrushTexture == null)
{
return(false);
}
}
Matrix finalTransform = renderContext.Transform.Clone();
if (_refresh)
{
_refresh = false;
_gradientBrushTexture = BrushCache.Instance.GetGradientBrush(GradientStops);
_effect = ContentManager.Instance.GetEffect("radialgradient");
g_focus = new float[] { GradientOrigin.X, GradientOrigin.Y };
g_center = new float[] { Center.X, Center.Y };
g_radius = new float[] { (float)RadiusX, (float)RadiusY };
if (MappingMode == BrushMappingMode.Absolute)
{
g_focus[0] /= _vertsBounds.Width;
g_focus[1] /= _vertsBounds.Height;
g_center[0] /= _vertsBounds.Width;
g_center[1] /= _vertsBounds.Height;
g_radius[0] /= _vertsBounds.Width;
g_radius[1] /= _vertsBounds.Height;
}
g_relativetransform = RelativeTransform == null ? Matrix.Identity : Matrix.Invert(RelativeTransform.GetTransform());
}
_effect.Parameters[PARAM_RELATIVE_TRANSFORM] = g_relativetransform;
_effect.Parameters[PARAM_TRANSFORM] = GetCachedFinalBrushTransform();
_effect.Parameters[PARAM_FOCUS] = g_focus;
_effect.Parameters[PARAM_CENTER] = g_center;
_effect.Parameters[PARAM_RADIUS] = g_radius;
_effect.Parameters[PARAM_OPACITY] = (float)(Opacity * renderContext.Opacity);
GraphicsDevice.Device.SetSamplerState(0, SamplerState.AddressU, SpreadAddressMode);
_effect.StartRender(_gradientBrushTexture.Texture, finalTransform);
return(true);
}
protected override bool BeginRenderBrushOverride(PrimitiveBuffer primitiveContext, RenderContext renderContext)
{
if (_gradientBrushTexture == null || _refresh)
{
_gradientBrushTexture = BrushCache.Instance.GetGradientBrush(GradientStops);
if (_gradientBrushTexture == null)
{
return(false);
}
}
Matrix finalTransform = renderContext.Transform.Clone();
if (_refresh)
{
_refresh = false;
_effect = ContentManager.Instance.GetEffect(EFFECT_LINEARGRADIENT);
g_startpoint = new float[] { StartPoint.X, StartPoint.Y };
g_endpoint = new float[] { EndPoint.X, EndPoint.Y };
if (MappingMode == BrushMappingMode.Absolute)
{
g_startpoint[0] /= _vertsBounds.Width;
g_startpoint[1] /= _vertsBounds.Height;
g_endpoint[0] /= _vertsBounds.Width;
g_endpoint[1] /= _vertsBounds.Height;
}
g_framesize = new float[] { _vertsBounds.Width, _vertsBounds.Height };
if (RelativeTransform != null)
{
Matrix m = RelativeTransform.GetTransform();
m.Transform(ref g_startpoint[0], ref g_startpoint[1]);
m.Transform(ref g_endpoint[0], ref g_endpoint[1]);
}
}
_effect.Parameters[PARAM_FRAMESIZE] = g_framesize;
_effect.Parameters[PARAM_TRANSFORM] = GetCachedFinalBrushTransform();
_effect.Parameters[PARAM_OPACITY] = (float)(Opacity * renderContext.Opacity);
_effect.Parameters[PARAM_STARTPOINT] = g_startpoint;
_effect.Parameters[PARAM_ENDPOINT] = g_endpoint;
GraphicsDevice.Device.SetSamplerState(0, SamplerState.AddressU, SpreadAddressMode);
_effect.StartRender(_gradientBrushTexture.Texture, finalTransform);
return(true);
}
protected override bool BeginRenderOpacityBrushOverride(Texture tex, RenderContext renderContext)
{
if (_gradientBrushTexture == null || _refresh)
{
_gradientBrushTexture = BrushCache.Instance.GetGradientBrush(GradientStops);
if (_gradientBrushTexture == null)
return false;
}
Matrix finalTransform = renderContext.Transform.Clone();
if (_refresh)
{
_refresh = false;
_effect = ContentManager.Instance.GetEffect(EFFECT_LINEAROPACITYGRADIENT);
g_startpoint = new float[] {StartPoint.X, StartPoint.Y};
g_endpoint = new float[] {EndPoint.X, EndPoint.Y};
if (MappingMode == BrushMappingMode.Absolute)
{
g_startpoint[0] /= _vertsBounds.Width;
g_startpoint[1] /= _vertsBounds.Height;
g_endpoint[0] /= _vertsBounds.Width;
g_endpoint[1] /= _vertsBounds.Height;
}
g_framesize = new float[] {_vertsBounds.Width, _vertsBounds.Height};
if (RelativeTransform != null)
{
Matrix m = RelativeTransform.GetTransform();
m.Transform(ref g_startpoint[0], ref g_startpoint[1]);
m.Transform(ref g_endpoint[0], ref g_endpoint[1]);
}
}
SurfaceDescription desc = tex.GetLevelDescription(0);
float[] g_LowerVertsBounds = new float[] {_vertsBounds.Left / desc.Width, _vertsBounds.Top / desc.Height};
float[] g_UpperVertsBounds = new float[] {_vertsBounds.Right / desc.Width, _vertsBounds.Bottom / desc.Height};
_effect.Parameters[PARAM_TRANSFORM] = GetCachedFinalBrushTransform();
_effect.Parameters[PARAM_OPACITY] = (float) (Opacity * renderContext.Opacity);
_effect.Parameters[PARAM_STARTPOINT] = g_startpoint;
_effect.Parameters[PARAM_ENDPOINT] = g_endpoint;
_effect.Parameters[PARAM_FRAMESIZE] = g_framesize;
_effect.Parameters[PARAM_ALPHATEX] = _gradientBrushTexture.Texture;
_effect.Parameters[PARAM_UPPERVERTSBOUNDS] = g_UpperVertsBounds;
_effect.Parameters[PARAM_LOWERVERTSBOUNDS] = g_LowerVertsBounds;
GraphicsDevice.Device.SetSamplerState(0, SamplerState.AddressU, SpreadAddressMode);
_effect.StartRender(tex, finalTransform);
return true;
}
protected override bool BeginRenderBrushOverride(PrimitiveBuffer primitiveContext, RenderContext renderContext)
{
if (_gradientBrushTexture == null || _refresh)
{
_gradientBrushTexture = BrushCache.Instance.GetGradientBrush(GradientStops);
if (_gradientBrushTexture == null)
return false;
}
Matrix finalTransform = renderContext.Transform.Clone();
if (_refresh)
{
_refresh = false;
_effect = ContentManager.Instance.GetEffect(EFFECT_LINEARGRADIENT);
g_startpoint = new float[] {StartPoint.X, StartPoint.Y};
g_endpoint = new float[] {EndPoint.X, EndPoint.Y};
if (MappingMode == BrushMappingMode.Absolute)
{
g_startpoint[0] /= _vertsBounds.Width;
g_startpoint[1] /= _vertsBounds.Height;
g_endpoint[0] /= _vertsBounds.Width;
g_endpoint[1] /= _vertsBounds.Height;
}
g_framesize = new float[] {_vertsBounds.Width, _vertsBounds.Height};
if (RelativeTransform != null)
{
Matrix m = RelativeTransform.GetTransform();
m.Transform(ref g_startpoint[0], ref g_startpoint[1]);
m.Transform(ref g_endpoint[0], ref g_endpoint[1]);
}
}
_effect.Parameters[PARAM_FRAMESIZE] = g_framesize;
_effect.Parameters[PARAM_TRANSFORM] = GetCachedFinalBrushTransform();
_effect.Parameters[PARAM_OPACITY] = (float) (Opacity * renderContext.Opacity);
_effect.Parameters[PARAM_STARTPOINT] = g_startpoint;
_effect.Parameters[PARAM_ENDPOINT] = g_endpoint;
GraphicsDevice.Device.SetSamplerState(0, SamplerState.AddressU, SpreadAddressMode);
_effect.StartRender(_gradientBrushTexture.Texture, finalTransform);
return true;
}
protected override bool BeginRenderOpacityBrushOverride(Texture tex, RenderContext renderContext)
{
if (_gradientBrushTexture == null || _refresh)
{
_gradientBrushTexture = BrushCache.Instance.GetGradientBrush(GradientStops);
if (_gradientBrushTexture == null)
return false;
}
Matrix finalTransform = renderContext.Transform.Clone();
if (_refresh)
{
_refresh = false;
_gradientBrushTexture = BrushCache.Instance.GetGradientBrush(GradientStops);
_effect = ContentManager.Instance.GetEffect(EFFECT_RADIALOPACITYGRADIENT);
g_focus = new float[] { GradientOrigin.X, GradientOrigin.Y };
g_center = new float[] { Center.X, Center.Y };
g_radius = new float[] { (float) RadiusX, (float) RadiusY };
if (MappingMode == BrushMappingMode.Absolute)
{
g_focus[0] /= _vertsBounds.Width;
g_focus[1] /= _vertsBounds.Height;
g_center[0] /= _vertsBounds.Width;
g_center[1] /= _vertsBounds.Height;
g_radius[0] /= _vertsBounds.Width;
g_radius[1] /= _vertsBounds.Height;
}
g_relativetransform = RelativeTransform == null ? Matrix.Identity : Matrix.Invert(RelativeTransform.GetTransform());
}
SurfaceDescription desc = tex.GetLevelDescription(0);
float[] g_LowerVertsBounds = new float[] { _vertsBounds.Left / desc.Width, _vertsBounds.Top / desc.Height };
float[] g_UpperVertsBounds = new float[] { _vertsBounds.Right / desc.Width, _vertsBounds.Bottom / desc.Height };
_effect.Parameters[PARAM_RELATIVE_TRANSFORM] = g_relativetransform;
_effect.Parameters[PARAM_TRANSFORM] = GetCachedFinalBrushTransform();
_effect.Parameters[PARAM_FOCUS] = g_focus;
_effect.Parameters[PARAM_CENTER] = g_center;
_effect.Parameters[PARAM_RADIUS] = g_radius;
_effect.Parameters[PARAM_OPACITY] = (float) (Opacity * renderContext.Opacity);
_effect.Parameters[PARAM_ALPHATEX] = _gradientBrushTexture.Texture;
_effect.Parameters[PARAM_UPPERVERTSBOUNDS] = g_UpperVertsBounds;
_effect.Parameters[PARAM_LOWERVERTSBOUNDS] = g_LowerVertsBounds;
GraphicsDevice.Device.SetSamplerState(0, SamplerState.AddressU, SpreadAddressMode);
_effect.StartRender(tex, finalTransform);
return true;
}
protected override bool BeginRenderBrushOverride(PrimitiveBuffer primitiveContext, RenderContext renderContext)
{
if (_gradientBrushTexture == null || _refresh)
{
_gradientBrushTexture = BrushCache.Instance.GetGradientBrush(GradientStops);
if (_gradientBrushTexture == null)
return false;
}
Matrix finalTransform = renderContext.Transform.Clone();
if (_refresh)
{
_refresh = false;
_gradientBrushTexture = BrushCache.Instance.GetGradientBrush(GradientStops);
_effect = ContentManager.Instance.GetEffect("radialgradient");
g_focus = new float[] { GradientOrigin.X, GradientOrigin.Y };
g_center = new float[] { Center.X, Center.Y };
g_radius = new float[] { (float) RadiusX, (float) RadiusY };
if (MappingMode == BrushMappingMode.Absolute)
{
g_focus[0] /= _vertsBounds.Width;
g_focus[1] /= _vertsBounds.Height;
g_center[0] /= _vertsBounds.Width;
g_center[1] /= _vertsBounds.Height;
g_radius[0] /= _vertsBounds.Width;
g_radius[1] /= _vertsBounds.Height;
}
g_relativetransform = RelativeTransform == null ? Matrix.Identity : Matrix.Invert(RelativeTransform.GetTransform());
}
_effect.Parameters[PARAM_RELATIVE_TRANSFORM] = g_relativetransform;
_effect.Parameters[PARAM_TRANSFORM] = GetCachedFinalBrushTransform();
_effect.Parameters[PARAM_FOCUS] = g_focus;
_effect.Parameters[PARAM_CENTER] = g_center;
_effect.Parameters[PARAM_RADIUS] = g_radius;
_effect.Parameters[PARAM_OPACITY] = (float) (Opacity * renderContext.Opacity);
GraphicsDevice.Device.SetSamplerState(0, SamplerState.AddressU, SpreadAddressMode);
_effect.StartRender(_gradientBrushTexture.Texture, finalTransform);
return true;
}