protected void ShowMaterial(params object[] materialContents)
{
Test(() =>
{
Queue <string> assets = new Queue <string>();
foreach (var materialContent in materialContents)
{
assets.Enqueue(BuildObjectUsingDefaultContentProcessor(materialContent));
}
BuildFont("Consolas.spritefont");
BuildTexture("box.dds");
BuildNormalMap("box_n.dds");
RunTheBuild();
var spriteBatch = new SpriteBatch(GraphicsDevice);
var scene = new Scene(GraphicsDevice);
var surface = new DrawableSurface(GraphicsDevice, 1, 64, 64, 8)
{
Position = new Vector3(-32, -32, 0)
};
surface.ConvertVertexType <VertexPositionNormalTangentBinormalTexture>(InitializeSurfaceVertices);
scene.Camera = new TopDownEditorCamera(GraphicsDevice)
{
Radius = 100
};
scene.Add(surface);
scene.Add(new Nine.Graphics.ObjectModel.DirectionalLight(GraphicsDevice));
foreach (var materialContent in materialContents)
{
surface.Material = Content.Load <Material>(assets.Dequeue());
SaveScreenShot(materialContent.GetType().Name, () =>
{
scene.Draw(TimeSpan.Zero);
DrawDescription(spriteBatch, materialContent);
});
}
scene.Dispose();
spriteBatch.Dispose();
});
}
/// <param name="materialContents">Material contents to be tested in pair.</param>
private void MaterialEqualityTest(bool equals, double errorCap, params object[] materialContents)
{
Test(() =>
{
Queue <string> assets = new Queue <string>();
foreach (var materialContent in materialContents)
{
assets.Enqueue(BuildObjectUsingDefaultContentProcessor(materialContent));
}
foreach (var materialContent in materialContents)
{
assets.Enqueue(BuildObjectUsingDefaultContentProcessor(GetDeferredMaterialContent(materialContent)));
}
BuildFont("Consolas.spritefont");
BuildTexture("box.dds");
BuildNormalMap("box_n.dds");
RunTheBuild();
var spriteBatch = new SpriteBatch(GraphicsDevice);
var scene = new Scene(GraphicsDevice);
var surface = new DrawableSurface(GraphicsDevice, 1, 64, 64, 8)
{
Position = new Vector3(-32, -32, 0)
};
surface.ConvertVertexType <VertexPositionNormalTangentBinormalTexture>(InitializeSurfaceVertices);
var backgroundColor = RandomColor(0, 0.3f);
scene.Settings.BackgroundColor = backgroundColor;
scene.Camera = new TopDownEditorCamera(GraphicsDevice)
{
Radius = 100
};
scene.Add(surface);
scene.Add(new AmbientLight(GraphicsDevice)
{
AmbientLightColor = RandomColor(0, 0.2f).ToVector3()
});
scene.Add(new Nine.Graphics.ObjectModel.DirectionalLight(GraphicsDevice)
{
DiffuseColor = LightDiffuseColor,
SpecularColor = LightSpecularColor,
});
if (FogEnabled)
{
scene.Add(new Fog()
{
FogColor = FogColor, FogEnabled = true, FogStart = 0.1f, FogEnd = 200.0f
});
}
for (int i = 0; i < materialContents.Length /* * 2 */; i += 2)
{
var material1 = Content.Load <Material>(assets.Dequeue());
var material2 = Content.Load <Material>(assets.Dequeue());
var file1 = material1.GetType().Name;
var file2 = material2.GetType().Name;
surface.Material = material1;
var result1 = SaveScreenShot(ref file1,
() => { scene.Draw(TimeSpan.Zero); },
() => { DrawDescription(spriteBatch, GetDeferredMaterialContent(materialContents[i % materialContents.Length], i >= materialContents.Length)); });
surface.Material = material2;
var result2 = SaveScreenShot(ref file2,
() => { scene.Draw(TimeSpan.Zero); },
() => { DrawDescription(spriteBatch, GetDeferredMaterialContent(materialContents[(i + 1) % materialContents.Length], i >= materialContents.Length)); });
bool compareResult = TextureEquals(result1, result2, errorCap) ^ equals;
result1.Dispose();
result2.Dispose();
if (compareResult)
{
#if DEBUG
ShowImage(file1);
ShowImage(file2);
#endif
}
Assert.IsFalse(compareResult);
}
scene.Dispose();
});
}
