// Test in-app and window acrylic created while in fallback mode
void RunAcrylicCreatedInFallbackMode()
{
using (var setup = new MaterialSetupHelper(true /* ignoreAreEffectsFast*/, true /* simulateDisabledByPolicy */))
{
// Test app acrylic
_acrylicBrush = new AcrylicBrush
{
BackgroundSource = AcrylicBackgroundSource.Backdrop,
FallbackColor = Color.FromArgb(0xFF, 0x0, 0x0, 0xFF),
TintOpacity = TintOpacity.Value
};
_acrylicTestApi.AcrylicBrush = _acrylicBrush;
Rectangle1.Fill = _acrylicBrush;
bool result1 = VerifyFallbackColor();
// Test window acrylic
_acrylicBrush = new AcrylicBrush
{
BackgroundSource = AcrylicBackgroundSource.HostBackdrop,
FallbackColor = Color.FromArgb(0xFF, 0x0, 0xFF, 0xFF),
TintOpacity = TintOpacity.Value
};
_acrylicTestApi.AcrylicBrush = _acrylicBrush;
Rectangle1.Fill = _acrylicBrush;
bool result2 = VerifyFallbackColor();
TestResult.Text = "AcrylicCreatedInFallbackMode: " + (result1 && result2 ? "Passed" : "Failed ");
}
}
void RunTintTransitionDuration()
{
int durationMS = 0;
if (_iteration_TintTransitionDuration == 0)
{
durationMS = 0;
}
else if (_iteration_TintTransitionDuration == 1)
{
durationMS = 500;
}
else if (_iteration_TintTransitionDuration == 2)
{
durationMS = 999;
}
_iteration_TintTransitionDuration++;
_acrylicBrush = new AcrylicBrush
{
BackgroundSource = AcrylicBackgroundSource.Backdrop,
FallbackColor = Colors.Blue,
TintColor = Colors.Green,
TintOpacity = 0.8
};
_acrylicTestApi.AcrylicBrush = _acrylicBrush;
Rectangle1.Fill = _acrylicBrush;
_acrylicBrush.TintTransitionDuration = new TimeSpan(0, 0, 0, 0, durationMS);
_acrylicBrush.TintColor = Colors.DarkOrange;
}
// Test adding an AcrylicBrush, animating the affected element, and then removing the brush
void RunVerifyDisconnectedState()
{
_acrylicBrush = new AcrylicBrush
{
BackgroundSource = AcrylicBackgroundSource.Backdrop,
FallbackColor = Color.FromArgb(0xFF, 0x0, 0x0, 0xFF),
TintOpacity = TintOpacity.Value
};
_acrylicTestApi.AcrylicBrush = _acrylicBrush;
Rectangle1.Fill = _acrylicBrush;
if (_acrylicTestApi.IsUsingAcrylicBrush == false)
{
TestResult.Text = "VerifyDisconnectedState: Skipped";
return;
}
DoubleAnimation positionAnimation = new DoubleAnimation();
positionAnimation.By = 100;
positionAnimation.Duration = new TimeSpan(0, 0, 0, 0, 200);
Storyboard.SetTarget(positionAnimation, MyTranslateTransform);
Storyboard.SetTargetProperty(positionAnimation, "X");
Storyboard sb = new Storyboard();
sb.Children.Add(positionAnimation);
sb.Completed += RunVerifyDisconnectedState_AnimationCompleted;
sb.Begin();
}
private void UpdateMaterialBlurStyle()
{
if (_grid == null || Element.MaterialTheme != MaterialFrame.Theme.AcrylicBlur)
{
return;
}
var acrylicBrush = new AcrylicBrush {
BackgroundSource = AcrylicBackgroundSource.Backdrop
};
switch (Element.MaterialBlurStyle)
{
case MaterialFrame.BlurStyle.ExtraLight:
acrylicBrush.TintColor = ExtraLightBlurOverlayColor.ToWindowsColor();
break;
case MaterialFrame.BlurStyle.Dark:
acrylicBrush.TintColor = DarkBlurOverlayColor.ToWindowsColor();
break;
default:
acrylicBrush.TintColor = LightBlurOverlayColor.ToWindowsColor();
break;
}
_grid.Background = acrylicBrush;
}
// Test noise cache is functional:
// 1. Validate two AcrylicBrushes both use the same noise
// 2. Validate destroying these AB's and creating a new one still use the same noise.
void RunAcrylicNoiseCache()
{
AcrylicBrush acrylicBrush1 = new AcrylicBrush {
BackgroundSource = AcrylicBackgroundSource.Backdrop,
FallbackColor = Colors.Blue,
TintColor = Colors.Green,
TintOpacity = 0.1
};
AcrylicBrush acrylicBrush2 = new AcrylicBrush {
BackgroundSource = AcrylicBackgroundSource.Backdrop,
FallbackColor = Colors.Blue,
TintColor = Colors.Bisque,
TintOpacity = 1
};
Rectangle1.Fill = acrylicBrush1;
_acrylicTestApi.AcrylicBrush = acrylicBrush1;
CompositionBrush noiseBrush1 = UpdateNoiseBrush();
if (_acrylicTestApi.IsUsingAcrylicBrush == false)
{
TestResult.Text = "AcrylicNoiseCache: Skipped";
return;
}
Rectangle1.Stroke = acrylicBrush2;
_acrylicTestApi.AcrylicBrush = acrylicBrush2;
CompositionBrush noiseBrush2 = UpdateNoiseBrush();
// Make sure two brushes conccurrently in tree use the same noise
bool result1 = Object.ReferenceEquals(noiseBrush1, noiseBrush2);
// Destroy existing brushes
Rectangle1.Fill = new SolidColorBrush(Colors.PaleGoldenrod);
Rectangle1.Stroke = new SolidColorBrush(Colors.PaleGoldenrod);
acrylicBrush1 = null;
acrylicBrush2 = null;
_acrylicTestApi.AcrylicBrush = null;
GC.Collect();
AcrylicBrush acrylicBrush3 = new AcrylicBrush {
BackgroundSource = AcrylicBackgroundSource.Backdrop,
FallbackColor = Colors.Blue,
TintColor = Colors.DarkOliveGreen,
TintOpacity = 0.25
};
Rectangle1.Fill = acrylicBrush3;
_acrylicTestApi.AcrylicBrush = acrylicBrush3;
CompositionBrush noiseBrush3 = UpdateNoiseBrush();
// Make sure new brush still uses the same noise
bool result2 = Object.ReferenceEquals(noiseBrush2, noiseBrush3);
bool result = result1 && result2;
string resultString = System.String.Format("({0},{1})", result1, result2);
TestResult.Text = "AcrylicNoiseCache: " + (result ? "Passed" : ("Failed " + resultString));
}
// Test adding an AcrylicBrush and switching its tint transparency status
// to validate that we use optimized opaque tint effect chain
void RunVerifyOpaqueTintOptimization()
{
// Start out with transparent tint
_acrylicBrush = new AcrylicBrush
{
BackgroundSource = AcrylicBackgroundSource.Backdrop,
FallbackColor = Colors.Blue,
TintColor = Colors.Green,
TintOpacity = 0.1
};
_acrylicTestApi.AcrylicBrush = _acrylicBrush;
Rectangle1.Fill = _acrylicBrush;
if (_acrylicTestApi.IsUsingAcrylicBrush == false)
{
TestResult.Text = "VerifyOpaqueTintOptimization: Skipped";
return;
}
bool[] results = { false, false, false, false };
CompositionBrush originalTransparentBrush = UpdateCompositionBrush();
results[0] = VerifyAcrylic();
// Switch to opaque tint
_acrylicBrush.TintOpacity = 1.0;
CompositionBrush updatedOpaqueBrush = UpdateCompositionBrush();
results[1] = VerifyAcrylic();
// Switch back to transparent tint
_acrylicBrush.TintOpacity = 0.1;
CompositionBrush updatedTransapentBrush = UpdateCompositionBrush();
results[2] = VerifyAcrylic();
// Make a new brush got created in each case
results[3] =
!Object.ReferenceEquals(originalTransparentBrush, updatedOpaqueBrush) &&
!Object.ReferenceEquals(originalTransparentBrush, updatedTransapentBrush) &&
!Object.ReferenceEquals(updatedOpaqueBrush, updatedTransapentBrush);
bool result = results[0] && results[1] && results[2] && results[3];
string resultString = System.String.Format("({0},{1},{2},{3})", results[0], results[1], results[2], results[3]);
TestResult.Text = "VerifyOpaqueTintOptimization: " + (result ? "Passed" : ("Failed " + resultString));
}
private void UpdateBlur()
{
if (Element.UwpBlurOverlayColor != Color.Default)
{
var acrylicBrush = new AcrylicBrush
{
BackgroundSource = AcrylicBackgroundSource.Backdrop,
TintColor = Element.UwpBlurOverlayColor.ToWindowsColor(),
};
_grid.Background = acrylicBrush;
return;
}
UpdateMaterialBlurStyle();
}
private void RunTestButton_Clicked(object sender, RoutedEventArgs e)
{
bool[] results = { false, false, false };
_acrylicTestApi.AcrylicBrush = AcrylicBrush1;
results[0] = VerifyAcrylic();
_acrylicTestApi.AcrylicBrush = AcrylicBrush2;
results[1] = VerifyAcrylic();
_acrylicTestApi.AcrylicBrush = AcrylicBrush3;
_acrylicBrush = AcrylicBrush3;
results[2] = VerifyFallbackColor();
bool result = results[0] && results[1] && results[2];
string resultString = System.String.Format("({0},{1},{2})", results[0], results[1], results[2]);
TestResult.Text = "AcrylicFromMarkup: " + (result ? "Passed" : ("Failed " + resultString));
}
CompositionBrush _previousCompositionBrush; // Used by test helpers that get called multiple times
public AcrylicBrushPage()
{
this.InitializeComponent();
if (ApiInformation.IsTypePresent("Windows.UI.Xaml.Media.XamlCompositionBrushBase"))
{
AutomationProperties.SetName(this, "AcrylicBrushPage");
AutomationProperties.SetAutomationId(this, "AcrylicBrushPage");
_acrylicBrush = new AcrylicBrush {
BackgroundSource = AcrylicBackgroundSource.HostBackdrop,
FallbackColor = Color.FromArgb(0xFF, 0x0, 0x0, 0xFF),
TintOpacity = TintOpacity.Value
};
_acrylicTestApi = new AcrylicTestApi();
_iteration_RunHideAndShowWindow = 0;
_iteration_TintTransitionDuration = 0;
}
}
public void VerifyDefaultPropertyValues()
{
if (!OnRS2OrGreater())
{
return;
}
RunOnUIThread.Execute(() =>
{
AcrylicBrush acrylicBrush = new AcrylicBrush();
Verify.IsNotNull(acrylicBrush);
MatrixTransform identityTransform = new MatrixTransform();
identityTransform.Matrix = Matrix.Identity;
Log.Comment("Verifying AcrylicBrush default property values");
Verify.AreEqual(acrylicBrush.BackgroundSource, AcrylicBackgroundSource.Backdrop);
Verify.AreEqual(acrylicBrush.FallbackColor, Color.FromArgb(0, 255, 255, 255));
Verify.AreEqual(acrylicBrush.AlwaysUseFallback, false);
Verify.AreEqual(acrylicBrush.TintColor, Color.FromArgb(204, 255, 255, 255));
Verify.AreEqual(acrylicBrush.TintOpacity, 1.0);
Verify.AreEqual(acrylicBrush.Opacity, 1.0);
});
}
// In non fallback mode, we have crossfading and non crossfading effects.
// crossfading only last for hundren ms in the transition between fallback mode and acrylic mode.
//
void RunVerifyAcrylicBrushEffect()
{
bool[] results = { false, false };
AcrylicBrush acrylicBrush1 = new AcrylicBrush
{
BackgroundSource = AcrylicBackgroundSource.Backdrop,
FallbackColor = Colors.Blue,
TintColor = Colors.Green,
TintOpacity = 0.1
};
// Add Ellipse with Acrylic Fill and Stroke
Ellipse1.Visibility = Visibility.Visible;
Ellipse1.Fill = acrylicBrush1;
_acrylicTestApi.AcrylicBrush = acrylicBrush1;
// Force to create a AcrylicBrush which is used for animation. So it's a CrosssFading effect brush
_acrylicTestApi.ForceCreateAcrylicBrush(true /*useCrossFadeEffect*/);
var fallbackColor = Colors.Black;
var tintColor = Colors.Black;
// Get FallbackColor and TintColor. Only CrossFading effect brush provides animation properties for both and TryGetColor success.
CompositionGetValueStatus fallbackColorValueStatus = _acrylicTestApi.CompositionBrush.Properties.TryGetColor("FallbackColor.Color", out fallbackColor);
CompositionGetValueStatus tintColorValueStatus = _acrylicTestApi.CompositionBrush.Properties.TryGetColor("TintColor.Color", out tintColor);
if (PlatformConfiguration.IsOsVersionGreaterThanOrEqual(OSVersion.NineteenH1))
{
// On 19H1+, Luminosity impacts the effective tint value, so don't validate it here.
results[0] = tintColorValueStatus != CompositionGetValueStatus.NotFound &&
fallbackColorValueStatus != CompositionGetValueStatus.NotFound &&
fallbackColor == acrylicBrush1.FallbackColor;
}
else
{
var expectIintColor = acrylicBrush1.TintColor;
expectIintColor.A = (byte)Math.Ceiling(255 * acrylicBrush1.TintOpacity); // alpha channel
results[0] = fallbackColor == acrylicBrush1.FallbackColor &&
expectIintColor == tintColor;
}
// Force to create a non crosssFading effect brush
_acrylicTestApi.ForceCreateAcrylicBrush(false /*useCrossFadeEffect*/);
fallbackColor = Colors.Black;
tintColor = Colors.Black;
// Get FallbackColor and TintColor. Non CrossFading effect brush doesn't provide FallbackColor.Color.
fallbackColorValueStatus = _acrylicTestApi.CompositionBrush.Properties.TryGetColor("FallbackColor.Color", out fallbackColor);
tintColorValueStatus = _acrylicTestApi.CompositionBrush.Properties.TryGetColor("TintColor.Color", out tintColor);
if (PlatformConfiguration.IsOsVersionGreaterThanOrEqual(OSVersion.NineteenH1))
{
// On 19H1+, Luminosity impacts the effective tint value, so don't validate it here.
results[1] = fallbackColorValueStatus == CompositionGetValueStatus.NotFound;
}
else
{
var expectIintColor = acrylicBrush1.TintColor;
expectIintColor.A = (byte)Math.Ceiling(255 * acrylicBrush1.TintOpacity); // alpha channel
results[1] = fallbackColorValueStatus == CompositionGetValueStatus.NotFound &&
expectIintColor == tintColor;
}
bool result = results[0] && results[1];
string resultString = System.String.Format("({0},{1})", results[0], results[1]);
TestResult.Text = "VerifyAcrylicBrushEffect: " + (result ? "Passed" : ("Failed " + resultString));
}
// >> Test changes to TintOpacity, TintColor, AcrylicBackgroundsource and Fallback Color
// recreate or reuse exsiting AcrylicBursh as expected.
// >> Also covers AcrylicBrush sharing and rendering in SW-rasterized element (Ellipse)
void RunAcrylicPropertyChanges()
{
AcrylicBrush acrylicBrush1 = new AcrylicBrush
{
BackgroundSource = AcrylicBackgroundSource.Backdrop,
FallbackColor = Colors.Blue,
TintColor = Colors.Green,
TintOpacity = 0.1
};
AcrylicBrush acrylicBrush2 = new AcrylicBrush
{
BackgroundSource = AcrylicBackgroundSource.HostBackdrop,
FallbackColor = Colors.Blue,
TintColor = Colors.Bisque,
TintOpacity = 0.8
};
// Add Ellipse with Acrylic Fill and Stroke
Ellipse1.Visibility = Visibility.Visible;
Ellipse1.Fill = acrylicBrush1;
Ellipse1.Stroke = acrylicBrush2;
// Reuse Ellipse's brush in Rectangle
Rectangle1.Fill = acrylicBrush2;
_acrylicTestApi.AcrylicBrush = acrylicBrush1;
if (_acrylicTestApi.IsUsingAcrylicBrush == false)
{
TestResult.Text = "VerifyOpaqueTintOptimization: Skipped";
return;
}
bool[] results = { false, false, false, false, false, false, false };
_acrylicTestApi.AcrylicBrush = acrylicBrush1;
results[0] = VerifyAcrylic();
_acrylicTestApi.AcrylicBrush = acrylicBrush2;
results[1] = VerifyAcrylic();
// Update Tint - should not recreate brush
_acrylicTestApi.AcrylicBrush = acrylicBrush1;
CompositionBrush originalAcrylicBrush = UpdateCompositionBrush();
acrylicBrush1.TintColor = Colors.DeepSkyBlue;
CompositionBrush updatedAcrylicBrush1 = UpdateCompositionBrush();
results[2] = VerifyAcrylic() && Object.ReferenceEquals(originalAcrylicBrush, updatedAcrylicBrush1);
// Update TintOpacity - should not recreate brush
acrylicBrush1.TintOpacity = 0.123456789;
CompositionBrush updatedAcrylicBrush2 = UpdateCompositionBrush();
results[3] = VerifyAcrylic() && Object.ReferenceEquals(originalAcrylicBrush, updatedAcrylicBrush2);
// Update BackgroundSource to HostBackdrop - should recreate brush
acrylicBrush1.BackgroundSource = AcrylicBackgroundSource.HostBackdrop;
CompositionBrush updatedAcrylicBrush3 = UpdateCompositionBrush();
results[4] = VerifyAcrylic() && !Object.ReferenceEquals(originalAcrylicBrush, updatedAcrylicBrush3);
// Update BackgroundSource back to Backdrop - should recreate brush
acrylicBrush1.BackgroundSource = AcrylicBackgroundSource.Backdrop;
CompositionBrush updatedAcrylicBrush4 = UpdateCompositionBrush();
results[5] = VerifyAcrylic() &&
!Object.ReferenceEquals(originalAcrylicBrush, updatedAcrylicBrush4) &&
!Object.ReferenceEquals(updatedAcrylicBrush3, updatedAcrylicBrush4);
// Update FallbackColor - should not recreate brush or trigger fallback
acrylicBrush1.FallbackColor = Colors.LightGoldenrodYellow;
CompositionBrush updatedAcrylicBrush5 = UpdateCompositionBrush();
results[6] = VerifyAcrylic() && !Object.ReferenceEquals(originalAcrylicBrush, updatedAcrylicBrush5);
bool result = results[0] && results[1] && results[2] && results[3] && results[4] && results[5] && results[6];
string resultString = System.String.Format("({0},{1},{2},{3},{4},{5},{6})", results[0], results[1], results[2], results[3], results[4], results[5], results[6]);
TestResult.Text = "AcrylicPropertyChanges: " + (result ? "Passed" : ("Failed " + resultString));
}
