private void RestoreSettings()
{
if (settings.WindowLocation.X != 0 && settings.WindowSize.Width != 0 && settings.WindowSize.Height != 0)
{
// make sure it is visible on the user's current screen configuration.
var bounds = new System.Drawing.Rectangle(
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowLocation.X),
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowLocation.Y),
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowSize.Width),
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowSize.Height));
var screen = System.Windows.Forms.Screen.FromRectangle(bounds);
bounds.Intersect(screen.WorkingArea);
this.Left = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.X);
this.Top = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.Y);
this.Width = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.Width);
this.Height = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.Height);
}
if (string.IsNullOrEmpty(this.SrtFileName.Text))
{
this.SrtFileName.Text = this.settings.SrtFile;
UpdateSrt();
}
if (string.IsNullOrEmpty(this.VideoFileName.Text))
{
this.VideoFileName.Text = this.settings.VideoFile;
UpdateVideoLocation(this.settings.Position);
}
this.Visibility = Visibility.Visible;
}
Rect?GetSavedWindowSettings()
{
var savedBounds = settings.Bounds;
if (savedBounds == Rect.Empty)
{
return(null);
}
const int MIN_WIDTH = 50, MIN_HEIGHT = 50;
foreach (var screen in System.Windows.Forms.Screen.AllScreens)
{
var rect = new System.Drawing.Rectangle((int)savedBounds.X, (int)savedBounds.Y, (int)savedBounds.Width, (int)savedBounds.Height);
rect.Intersect(screen.Bounds);
if (rect.Height >= MIN_HEIGHT && rect.Width >= MIN_WIDTH)
{
var t = savedBounds;
t = Rect.Transform(savedBounds, PresentationSource.FromVisual(window).CompositionTarget.TransformFromDevice);
return(new Rect(t.TopLeft, savedBounds.Size));
}
}
return(null);
}
private void RestorePosition()
{
this.SizeChanged -= OnWindowSizeChanged;
this.LocationChanged -= OnWindowLocationChanged;
this.settings = App.Instance.LoadSettings();
if (settings.WindowLocation.X != 0 && settings.WindowSize.Width != 0 && settings.WindowSize.Height != 0)
{
// make sure it is visible on the user's current screen configuration.
var bounds = new System.Drawing.Rectangle(
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowLocation.X),
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowLocation.Y),
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowSize.Width),
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowSize.Height));
var screen = System.Windows.Forms.Screen.FromRectangle(bounds);
bounds.Intersect(screen.WorkingArea);
this.Left = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.X);
this.Top = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.Y);
this.Width = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.Width);
this.Height = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.Height);
}
this.Visibility = Visibility.Visible;
this.SizeChanged += OnWindowSizeChanged;
this.LocationChanged += OnWindowLocationChanged;
}
private void AddIsotopesToPlots()
{
if (CurrentFeature == null)
{
return;
}
var precursor = new Feature(CurrentFeature.Statistics);
var precursorBoundary = precursor.GetBoundary();
foreach (var isotopeEntry in IsotopeFeaturesDictionary)
{
var isotopeName = isotopeEntry.Key;
foreach (var featureBlob in isotopeEntry.Value)
{
var feature = new Feature(featureBlob.Statistics);
var boundary = feature.GetBoundary();
var intersection = Rectangle.Intersect(precursorBoundary, boundary);
// Ignore features that do not intersect at all
if (intersection.IsEmpty)
{
continue;
}
AddToLcPlot(featureBlob, isotopeName, OxyColors.DeepSkyBlue);
AddToImsPlot(featureBlob, isotopeName, OxyColors.DeepSkyBlue);
}
}
}
/// When given multiple windows, this function will return the window *most likely* to be the one of eye gaze/fixation
public static List <string> getWindowOfFixation(List <Tuple <HWND, Tuple <string, WINDOWPLACEMENT> > > windows)
{
//Check how many windows are in fixation overlap area. If there are more than 2, narrow it down to the top 2 windows
int indexWindow1 = 0;
int indexWindow2 = 1;
if (windows.Count() > 2)
{
int j = 0;
//This loop compares 3 indices and keeps the top 2 windows for each set
for (int i = 1; i < windows.Count(); i++)
{
//top window of pair takes place of index 1
if (topWindow(windows[j].Item1, windows[i].Item1)) //if window-j is above window-i -> true
{
indexWindow1 = j;
//see if i is higher than indexWindow2
if ((i != indexWindow2) && (topWindow(windows[i].Item1, windows[indexWindow2].Item1)))
{
indexWindow2 = i;
}
}
else
{
indexWindow1 = i;
//see if j is higher than indexWindow2
if ((j != indexWindow2) && (topWindow(windows[j].Item1, windows[indexWindow2].Item1)))
{
indexWindow2 = j;
}
}
j = indexWindow1;
}
}
System.Drawing.Rectangle window1 = windows[indexWindow1].Item2.Item2.rcNormalPosition;
System.Drawing.Rectangle window2 = windows[indexWindow2].Item2.Item2.rcNormalPosition;
//Check the overlap percentage: (Area of overlap)/(Area of bottom window)
var bottomArea = (window2.Height * window2.Width);
window1.Intersect(window2); //replaces window1 with rectangle of size/location of intersection
var overlapX = window1.Height * window1.Width;
overlapX = 100 * overlapX / bottomArea;
//Console.WriteLine("Overlap: {0}", overlapX);
//If the percentage is big (>50% - see GlobalVals in Program.CS), assume the top window is the one being looked at
List <string> returnList = new List <string>();
returnList.Add(windows[indexWindow1].Item2.Item1);
//if the overlap area is >= 50%, return only window1. Otherwise return window2 as well (unless I get to TO-DO below)
if (overlapX < GlobalVals.areaPercent)
{
returnList.Add(windows[indexWindow2].Item2.Item1);
}
//TO-DO: If it's not >50%, use data from recent fixations to determine it. May not have time to implement this.
return(returnList);
}
/// <inheritdoc />
/// <summary>
/// Class constructor
/// </summary>
/// <param name="rect">Screen region</param>
/// <param name="windowHandle">Attached window handle (unused)</param>
/// <exception cref="NotSupportedException">Thrown when no video adapters were found</exception>
/// <exception cref="ArgumentOutOfRangeException">Thrown when the capture region is empty</exception>
internal DxVideoProvider(Rectangle rect, IntPtr?windowHandle
= null) : base(rect, windowHandle)
{
throw new NotImplementedException();
Log.WriteLine(LogLevel.Debug, "creating DirectX video provider");
this.direct3d
= new Direct3D();
// enumerate adapters
List <(AdapterInformation Adapter, Rectangle Rectangle, Rectangle Bounds)> intersections
= (
from adapter in this.direct3d.Adapters
let info
= new MONITORINFO()
where User32.GetMonitorInfo(adapter.Monitor, info)
let outputRect
= Rectangle.FromLTRB(info.rcMonitor.left,
info.rcMonitor.top,
info.rcMonitor.right,
info.rcMonitor.bottom)
let intersection
= Rectangle.Intersect(rect, outputRect)
where intersection != Rectangle.Empty
select(adapter, intersection, outputRect)).ToList();
// make sure we do not capture out of bounds
CaptureBounds
= rect;
if (CaptureBounds.IsEmpty)
{
throw new ArgumentOutOfRangeException(nameof(rect));
}
// set rectangles for each output
this.rects
= intersections.Select(t => t.Rectangle).ToArray();
this.regions
= intersections.Select(t => t.Bounds).ToArray();
// create devices for each adapter
this.devices
= intersections.Select(i =>
new Device(this.direct3d,
i.Adapter.Adapter,
DeviceType.Hardware,
User32.GetDesktopWindow(),
CreateFlags.HardwareVertexProcessing,
new PresentParameters(i.Bounds.Width, i.Bounds.Height)))
.ToArray();
// create adapter and surface arrays
this.adapters
= intersections.Select(t => t.Adapter).ToArray();
Surfaces
= new Surface[this.devices.Length];
}
/// <summary>
/// Method generates actual image for specified viewport.
/// </summary>
private void BuildUpViewportImage(Aurigma.GraphicsMill.Bitmap canvas, float zoom, System.Drawing.Rectangle viewport, System.Drawing.Rectangle invalidatedRect)
{
if (canvas.Width != viewport.Width || canvas.Height != viewport.Height)
{
throw new System.ArgumentException(StringResources.GetString("ExStrCanvasAndViewportDimsShouldBeEqual"));
}
// We should take into account 2 issues here
// 1) Shift or resize of the viewport.
// 2) Invalidated areas.
//
// Note: Current implementation may draw twice invalidatedRect in some case. Taking this case
// into account would cause code complication. I think that it is a rather rare case, because invalidatedRect
// is usually empty during scrolling. On the other hand, it is not empty during
// object editing, but in such case viewportOrigin is not changed. In both of these most regular cases
// invalidatedRect will be drawn once.
// Drawing actual cached region of the viewportOrigin.
System.Drawing.Rectangle cachedRegion = _viewportCache.GetActualRegion(zoom, viewport);
System.Drawing.Rectangle[] cachedActualRegions = VObjectsUtils.SubstractRectangle(cachedRegion, invalidatedRect);
for (int i = 0; i < cachedActualRegions.Length; i++)
{
if (cachedActualRegions[i].Width < 1 || cachedActualRegions[i].Height < 1)
{
continue;
}
using (var canvasGdiGraphics = canvas.GetGraphics())
{
_viewportCache.DrawCached(canvasGdiGraphics, zoom, viewport, cachedActualRegions[i]);
}
}
// Drawing non-cached parts of the viewportOrigin image.
invalidatedRect.Intersect(viewport);
if (invalidatedRect.Width > 0 && invalidatedRect.Height > 0)
{
DrawNoncachedArea(canvas, zoom, viewport, invalidatedRect);
}
System.Drawing.Rectangle[] newRegions = VObjectsUtils.SubstractRectangle(viewport, cachedRegion);
for (int i = 0; i < newRegions.Length; i++)
{
newRegions[i].Intersect(viewport);
if (newRegions[i].Width < 1 || newRegions[i].Height < 1)
{
continue;
}
DrawNoncachedArea(canvas, zoom, viewport, newRegions[i]);
}
}
private static void setMaskingInfo(MaskingInfo maskingInfo, bool overwritePreviousScissor)
{
FlushCurrentBatch();
Shader.SetGlobalProperty(@"g_MaskingRect", new Vector4(
maskingInfo.MaskingRect.Left,
maskingInfo.MaskingRect.Top,
maskingInfo.MaskingRect.Right,
maskingInfo.MaskingRect.Bottom));
Shader.SetGlobalProperty(@"g_ToMaskingSpace", maskingInfo.ToMaskingSpace);
Shader.SetGlobalProperty(@"g_CornerRadius", maskingInfo.CornerRadius);
Shader.SetGlobalProperty(@"g_BorderThickness", maskingInfo.BorderThickness / maskingInfo.BlendRange);
Color4 linearBorderColour = maskingInfo.BorderColour.toLinear();
Shader.SetGlobalProperty(@"g_BorderColour", new Vector4(
linearBorderColour.R,
linearBorderColour.G,
linearBorderColour.B,
linearBorderColour.A));
Shader.SetGlobalProperty(@"g_MaskingBlendRange", maskingInfo.BlendRange);
Rectangle actualRect = maskingInfo.ScreenSpaceAABB;
actualRect.X += Viewport.X;
actualRect.Y += Viewport.Y;
// Ensure the rectangle only has positive width and height. (Required by OGL)
if (actualRect.Width < 0)
{
actualRect.X += actualRect.Width;
actualRect.Width = -actualRect.Width;
}
if (actualRect.Height < 0)
{
actualRect.Y += actualRect.Height;
actualRect.Height = -actualRect.Height;
}
if (overwritePreviousScissor)
{
currentScissorRect = actualRect;
}
else
{
currentScissorRect.Intersect(actualRect);
}
UpdateScissorToCurrentViewportAndOrtho();
}
private bool IsFrameOnScreens(System.Drawing.Rectangle frameArea, float minCoverage = 0.2f)
{
var coveredPixels = 0;
foreach (var screen in Screen.AllScreens)
{
var screenArea = screen.WorkingArea;
if (screenArea.IntersectsWith(frameArea))
{
var intersection = new System.Drawing.Rectangle(frameArea.Location, frameArea.Size);
intersection.Intersect(screenArea);
coveredPixels += intersection.Width * intersection.Height;
}
}
var coverage = coveredPixels / (frameArea.Width * frameArea.Height * 1f);
return(coverage >= minCoverage);
}
private void MatchPrecursorToFragments()
{
if (CurrentFeature == null)
{
return;
}
var precursor = new Feature(CurrentFeature.Statistics);
var precursorBoundary = precursor.GetBoundary();
foreach (var kvp in FragmentFeaturesDictionary)
{
var ionTypeTuple = kvp.Key;
// Skip any fragments that do not meet the UI filter criteria
if (!ShouldShowFragment(ionTypeTuple))
{
continue;
}
var residueNumber = ionTypeTuple.Item2;
var fragmentName = ionTypeTuple.Item1.GetName(residueNumber);
var fragmentFeatureList = kvp.Value;
foreach (var fragmentFeature in fragmentFeatureList)
{
var feature = new Feature(fragmentFeature.Statistics);
var fragmentBoundary = feature.GetBoundary();
var intersection = Rectangle.Intersect(precursorBoundary, fragmentBoundary);
// Ignore fragment features that do not intersect at all
if (intersection.IsEmpty)
{
continue;
}
AddToLcPlot(fragmentFeature, fragmentName, OxyColors.Red);
AddToImsPlot(fragmentFeature, fragmentName, OxyColors.Red);
}
}
}
public static Bitmap TakeScreenshot(this OpenQA.Selenium.IWebElement element)
{
RemoteWebDriver driver = (RemoteWebDriver)((RemoteWebElement)element).WrappedDriver;
if (((IHasCapabilities)driver).Capabilities.HasCapability("takesElementScreenshot"))
{
byte[] bytes = ((RemoteWebElement)element).GetScreenshot().AsByteArray;
return((Bitmap)Bitmap.FromStream(new MemoryStream(bytes, 0, bytes.Length, false, true), false, false));
}
else
{
var dict = (Dictionary <String, Object>)driver.ExecuteScript(@"
arguments[0].scrollIntoView(true);
var r = arguments[0].getBoundingClientRect(), scrollX = 0, scrollY = 0;
for(var e = arguments[0]; e; e=e.parentNode) {
scrollX += e.scrollLeft || 0;
scrollY += e.scrollTop || 0;
}
return {left: r.left|0, top: r.top|0, width: r.width|0, height: r.height|0
, scrollX: scrollX, scrollY: scrollY, innerHeight: window.innerHeight}; "
, element);
var rect = new System.Drawing.Rectangle(
Convert.ToInt32(dict["left"]),
Convert.ToInt32(dict["top"]),
Convert.ToInt32(dict["width"]),
Convert.ToInt32(dict["height"]));
byte[] bytes = driver.GetScreenshot().AsByteArray;
using (Bitmap bitmap = (Bitmap)Bitmap.FromStream(new MemoryStream(bytes, 0, bytes.Length, false, true), false, false)) {
if (bitmap.Height > Convert.ToInt32(dict["innerHeight"]))
{
rect.Offset(Convert.ToInt32(dict["scrollX"]), Convert.ToInt32(dict["scrollY"]));
}
rect.Intersect(new System.Drawing.Rectangle(0, 0, bitmap.Width, bitmap.Height));
if (rect.Height == 0 || rect.Width == 0)
{
throw new WebDriverException("WebElement is outside of the screenshot.");
}
return(bitmap.Clone(rect, bitmap.PixelFormat));
}
}
}
private async void RestoreSettings()
{
Settings settings = await ((App)App.Current).LoadSettings();
if (settings.WindowLocation.X != 0 && settings.WindowSize.Width != 0 && settings.WindowSize.Height != 0)
{
// make sure it is visible on the user's current screen configuration.
var bounds = new System.Drawing.Rectangle(
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowLocation.X),
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowLocation.Y),
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowSize.Width),
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowSize.Height));
var screen = System.Windows.Forms.Screen.FromRectangle(bounds);
bounds.Intersect(screen.WorkingArea);
this.Left = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.X);
this.Top = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.Y);
this.Width = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.Width);
this.Height = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.Height);
}
ConnectionPanel.DefaultUdpPort = settings.Port;
this.Visibility = Visibility.Visible;
}
private async void RestoreSettings()
{
Settings settings = await((App)App.Current).LoadSettings();
if (settings.WindowLocation.X != 0 && settings.WindowSize.Width != 0 && settings.WindowSize.Height != 0)
{
// make sure it is visible on the user's current screen configuration.
var bounds = new System.Drawing.Rectangle(
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowLocation.X),
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowLocation.Y),
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowSize.Width),
XamlExtensions.ConvertFromDeviceIndependentPixels(settings.WindowSize.Height));
var screen = System.Windows.Forms.Screen.FromRectangle(bounds);
bounds.Intersect(screen.WorkingArea);
this.Left = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.X);
this.Top = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.Y);
this.Width = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.Width);
this.Height = XamlExtensions.ConvertToDeviceIndependentPixels(bounds.Height);
}
ConnectionPanel.DefaultUdpPort = settings.Port;
this.Visibility = Visibility.Visible;
}
public MainWindow()
{
InitializeComponent();
LoadNotebooks();
this.WindowState = (System.Windows.WindowState)Enum.Parse(typeof(System.Windows.WindowState), Properties.Settings.Default.MainWindow_State);
if (this.WindowState == System.Windows.WindowState.Normal)
{
if (Properties.Settings.Default.MainWindow_Bounds != System.Drawing.Rectangle.Empty)
{
// restore position only if the position overlaps available screen
var virtScreen = new System.Drawing.Rectangle(
x: (int)SystemParameters.VirtualScreenLeft,
y: (int)SystemParameters.VirtualScreenTop,
width: (int)SystemParameters.VirtualScreenWidth,
height: (int)SystemParameters.VirtualScreenHeight);
virtScreen.Intersect(Properties.Settings.Default.MainWindow_Bounds);
if (virtScreen.Width > 50 && virtScreen.Height > 50)
{
this.Left = Properties.Settings.Default.MainWindow_Bounds.Left;
this.Top = Properties.Settings.Default.MainWindow_Bounds.Top;
this.Width = Properties.Settings.Default.MainWindow_Bounds.Width;
this.Height = Properties.Settings.Default.MainWindow_Bounds.Height;
}
}
}
toggleAutosave.IsChecked = Properties.Settings.Default.AutoSave;
toggleWrap.IsChecked = Properties.Settings.Default.WordWrap;
toggleOnTop.IsChecked = Properties.Settings.Default.OnTop;
toggleTags.IsChecked = Properties.Settings.Default.ShowTags;
toggleTagsOnTop.IsChecked = Properties.Settings.Default.TagsOnTop;
DetermineWindowIcons();
_timer = new DispatcherTimer(TimeSpan.FromSeconds(10), DispatcherPriority.ApplicationIdle, OnSaveTimer, Dispatcher.CurrentDispatcher);
this.Title = this.Title + System.Reflection.Assembly.GetExecutingAssembly().GetName().Version.ToString();
}
/// <summary>Render the control</summary>
public override void Render(Device device, float elapsedTime)
{
if (!IsVisible)
{
return; // Nothing to render
}
// Render the control graphics
for (int i = 0; i <= LowerRightBorder; ++i)
{
Element e = elementList[i] as Element;
e.TextureColor.Blend(ControlState.Normal, elapsedTime);
parentDialog.DrawSprite(e, elementRects[i]);
}
//
// Compute the X coordinates of the first visible character.
//
int xFirst = textData.GetPositionFromCharIndex(firstVisible).X;
int xCaret = textData.GetPositionFromCharIndex(caretPosition).X;
int xSel;
if (caretPosition != textData.SelectionStart)
{
xSel = textData.GetPositionFromCharIndex(textData.SelectionStart).X;
}
else
{
xSel = xCaret;
}
// Render the selection rectangle
System.Drawing.Rectangle selRect = System.Drawing.Rectangle.Empty;
if (caretPosition != textData.SelectionStart)
{
int selLeft = xCaret, selRight = xSel;
// Swap if left is beigger than right
if (selLeft > selRight)
{
int temp = selLeft;
selLeft = selRight;
selRight = temp;
}
selRect = System.Drawing.Rectangle.FromLTRB(
selLeft, textRect.Top, selRight, textRect.Bottom);
selRect.Offset(textRect.Left - xFirst, 0);
selRect.Intersect(textRect);
Parent.DrawRectangle(selRect, selectedBackColor);
}
// Render the text
Element textElement = elementList[TextLayer] as Element;
textElement.FontColor.Current = textColor;
parentDialog.DrawText(textData.Text.Substring(firstVisible), textElement, textRect);
// Render the selected text
if (caretPosition != textData.SelectionStart)
{
int firstToRender = Math.Max(firstVisible, Math.Min(textData.SelectionStart, caretPosition));
int numToRender = Math.Max(textData.SelectionStart, caretPosition) - firstToRender;
textElement.FontColor.Current = selectedTextColor;
parentDialog.DrawText(textData.Text.Substring(firstToRender, numToRender), textElement, selRect);
}
//
// Blink the caret
//
if (FrameworkTimer.GetAbsoluteTime() - lastBlink >= blinkTime)
{
isCaretOn = !isCaretOn;
lastBlink = FrameworkTimer.GetAbsoluteTime();
}
//
// Render the caret if this control has the focus
//
if (hasFocus && isCaretOn && !isHidingCaret)
{
// Start the rectangle with insert mode caret
System.Drawing.Rectangle caretRect = textRect;
caretRect.Width = 2;
caretRect.Location = new System.Drawing.Point(
caretRect.Left - xFirst + xCaret - 1,
caretRect.Top);
// If we are in overwrite mode, adjust the caret rectangle
// to fill the entire character.
if (!isInsertMode)
{
// Obtain the X coord of the current character
caretRect.Width = 4;
}
parentDialog.DrawRectangle(caretRect, caretColor);
}
}
Rect? GetSavedWindowSettings()
{
var savedBounds = settings.Bounds;
if (savedBounds == Rect.Empty)
return null;
var bounds = Rect.Transform(savedBounds, PresentationSource.FromVisual(window).CompositionTarget.TransformToDevice);
const int MIN_WIDTH = 50, MIN_HEIGHT = 50;
foreach (var screen in System.Windows.Forms.Screen.AllScreens) {
var rect = new System.Drawing.Rectangle((int)bounds.X, (int)bounds.Y, (int)bounds.Width, (int)bounds.Height);
rect.Intersect(screen.Bounds);
if (rect.Height >= MIN_HEIGHT && rect.Width >= MIN_WIDTH)
return bounds;
}
return null;
}
/// <inheritdoc />
/// <summary>
/// Class constructor
/// </summary>
/// <param name="rect">Screen region</param>
/// <exception cref="NotSupportedException">Thrown when no video adapters were found</exception>
/// <exception cref="ArgumentOutOfRangeException">Thrown when the capture region is empty</exception>
internal DxgiVideoProvider(Rectangle rect)
{
Log.WriteLine(LogLevel.Debug, "creating DXGI video provider");
var factory = new Factory1();
var intersections = new List <(Adapter Adapter, Output Output, Rectangle Rectangle, Rectangle Bounds)>();
// enumerate outputs
if (factory.GetAdapterCount1() == 0)
{
throw new NotSupportedException("No suitable video adapters found");
}
foreach (Adapter adapter in factory.Adapters)
{
intersections.AddRange(from output in adapter.Outputs
let outputRect = new Rectangle(output.Description.DesktopBounds.Left,
output.Description.DesktopBounds.Top,
output.Description.DesktopBounds.Right -
output.Description.DesktopBounds.Left,
output.Description.DesktopBounds.Bottom -
output.Description.DesktopBounds.Top)
let intersection = Rectangle.Intersect(rect, outputRect)
where intersection.Width > 0 && intersection.Height > 0
select(adapter, output, intersection, outputRect));
}
// make sure we do not capture out of bounds
//this.rect = triples.Select(t => Rectangle.Union(this.rect, t.Rectangle)).Last();
CaptureBounds = rect;
if (CaptureBounds.IsEmpty)
{
throw new ArgumentOutOfRangeException(nameof(rect));
}
// create adapter, output arrays
this.adapters = intersections.Select(t => t.Adapter).ToArray();
this.outputs = intersections.Select(t => t.Output).ToArray();
// set rectangles for each output
this.rects = intersections.Select(t => t.Rectangle).ToArray();
this.regions = intersections.Select(t => {
var region = new ResourceRegion(t.Rectangle.X - t.Bounds.X,
t.Rectangle.Y - t.Bounds.Y,
0,
t.Rectangle.Width,
t.Rectangle.Height,
1);
region.Right += region.Left;
region.Bottom += region.Top;
return(region);
})
.ToArray();
// create devices for each adapter
this.devices = this.adapters.Select((a, i) => {
var flags = DeviceCreationFlags.VideoSupport;
#if DEBUG
flags |= DeviceCreationFlags.Debug;
#endif
var device = new Device(a, flags, FeatureLevel.Level_12_1, FeatureLevel.Level_12_0, FeatureLevel.Level_11_0)
{
#if DEBUG
DebugName = $"[#{i}] {a.Description.Description}"
#endif
};
device.QueryInterface <Multithread>().SetMultithreadProtected(new RawBool(true));
return(device);
})
.ToArray();
// create the shared texture in this device
StagingTextures = this.devices.Select((d, i) => new Texture2D(d,
new Texture2DDescription {
CpuAccessFlags = CpuAccessFlags.Read,
BindFlags = BindFlags.None,
Format = Format.B8G8R8A8_UNorm,
Width = intersections[i].Rectangle.Width,
Height = intersections[i].Rectangle.Height,
OptionFlags = ResourceOptionFlags.None,
MipLevels = 1,
ArraySize = 1,
SampleDescription = { Count = 1, Quality = 0 },
Usage = ResourceUsage.Staging
}))
.ToArray();
// let video encoders use the screen texture if a single monitor is being captured
// TODO: implement D3D12 multi-adapter support
/*if (...) {
* // create full capture texture
* SharedTexture = new Texture2D(this.devices[0],
* new Texture2DDescription {
* CpuAccessFlags = CpuAccessFlags.Read | CpuAccessFlags.Write,
* BindFlags = BindFlags.None,
* Format = Format.B8G8R8A8_UNorm,
* Width = CaptureBounds.Width,
* Height = CaptureBounds.Height,
* OptionFlags = ResourceOptionFlags.None,
* MipLevels = 1,
* ArraySize = 1,
* SampleDescription = {Count = 1, Quality = 0},
* Usage = ResourceUsage.Staging
* });
* } else*/
if (StagingTextures.Length == 1)
{
SharedTexture = StagingTextures[0];
}
// duplicate desktops
this.duplications = this.outputs.Select((o, i) => {
try {
// attempt to use DuplicateOutput1 for improved performance and SRGB support
Format[] formats = { Format.B8G8R8A8_UNorm };
return(o.QueryInterface <Output6>().DuplicateOutput1(this.devices[i], 0, formats.Length, formats));
} catch (SharpDXException exception1) when(exception1.HResult ==
ResultCode.Unsupported.Result)
{
try { return(o.QueryInterface <Output1>().DuplicateOutput(this.devices[i])); } catch (SharpDXException
exception) when(exception.HResult ==
ResultCode.Unsupported.Result ||
exception.HResult == NotImplementedHResult)
{
throw new NotSupportedException("Platform is not supported");
}
}
})
.ToArray();
}
/// <summary>
/// 获得和指定矩形对象的相交区域对象
/// </summary>
/// <param name="vRect">矩形对象</param>
/// <returns>相交的区域对象</returns>
public System.Drawing.Rectangle Intersect(System.Drawing.Rectangle vRect)
{
System.Drawing.Rectangle myRect = new System.Drawing.Rectangle(intLeft, intTop, intWidth, intHeight);
myRect.Intersect(vRect);
return(myRect);
}
