public void ShowExpress()
{
TargetCanvas.UpdateLayout();
TargetCanvas.Children.Clear();
if (SceneList.Count == 0 && EpisodeList.Count == 0)
{
return;
}
if (TargetCanvas.ActualHeight == 0 || TargetCanvas.ActualWidth == 0)
{
return;
}
DrawTimeLine();
DrawTimeMark();
if (IsShowEpisode)
{
foreach (var e in EpisodeList)
{
DrawEpisode(e);
}
}
foreach (var s in SceneList)
{
DrawScene(s);
}
RefreshSceneSummary();
}
private void DrawSection(float x, float y, float w, float h, float u0, float v0, float u1, float v1)
{
float crx = x, cry = y, crw = w, crh = h;
if (ClampRect.Size > 0)
{
crx = ClampRect.x;
cry = ClampRect.y;
crw = ClampRect.w;
crh = ClampRect.h;
}
if (MathHelpers.Approximately(ClampRect.Size, 0) || (crx <= x && cry <= y && crx + crw >= x + w && cry + crh >= y + h))
{
if (RoundLocation)
{
x = (int)x;
y = (int)y;
}
TargetCanvas.PushTexturePart(this, x, y, w, h, u0, v0, u1, v1, Angle, Color);
}
else
{
if (crx >= x + w || crx + crw <= x || cry >= y + h || cry + crh <= y || crw <= 0 || crh <= 0)
{
return;
}
float cx = x, cy = y, cw = w, ch = h, cu0 = u0, cv0 = v0, cu1 = u1, cv1 = v1;
if (crx > x)
{
cu0 = u0 + (u1 - u0) * (crx - x) / w;
cx = crx;
cw = cw - (crx - x);
}
if (crx + crw < x + w)
{
cu1 = u1 - (u1 - u0) * (x + w - crx - crw) / w;
cw = crx + crw - cx;
}
if (cry > y)
{
cv0 = v0 + (v1 - v0) * (cry - y) / h;
cy = cry;
ch = ch - (cry - y);
}
if (cry + crh < y + h)
{
cv1 = v1 - (v1 - v0) * (y + h - cry - crh) / h;
ch = cry + crh - cy;
}
if (RoundLocation)
{
cx = (int)cx; cy = (int)cy;
}
TargetCanvas.PushTexturePart(this, cx, cy, cw, ch, cu0, cv0, cu1, cv1, Angle, Color);
}
}
public FreeCellFlash()
{
// spawn the wpf control
var c = new TargetCanvas();
Func<string, Class> f =
e => KnownEmbeddedResources.Default[ScriptCoreLib.Shared.Avalon.Cards.KnownAssets.Path.Sounds + "/" + e + ".mp3"];
var deal = f("deal");
var click = f("click");
var drag = f("drag");
var win = f("win");
c.Sounds.deal = () => deal.ToSoundAsset().play();
c.Sounds.click = () => click.ToSoundAsset().play();
c.Sounds.drag = () => drag.ToSoundAsset().play();
c.Sounds.win = () => win.ToSoundAsset().play();
AvalonExtensions.AttachToContainer(c, this);
}
/**
* The initializationMonitoringFunction is run once per frame by the Cycle method of the POST page.
* When it returns TRUE, the application switches to the first page that comes after the POST page.
* If There is no other page than the POST page, then nothing will happen.
*/
public MyOnScreenApplication WithDefaultPostPage(Func <MyOnScreenApplication, bool> initializationMonitoringFunction)
{
// Make sure the POST page is the first one added
if (Pages.Count() > 0)
{
throw new InvalidOperationException("The POST page must be the first page ever added to the application");
}
// Enforce the order of builder operations to avoid null pointer exceptions
if (Canvas == null)
{
throw new InvalidOperationException("Please call WithCanvas() before calling WithDefaultPostPage()");
}
// Make sure the initialization function is set
if (initializationMonitoringFunction == null)
{
throw new ArgumentException("The initialization monitoring function must be a lambda taking in a MyOnScreenObject and returning a bool");
}
// Create the POST page and give it the functionality of switching to the next page once
// the initialization monitoring function returns true
MyPage POSTPage = (MyPage) new MyPage()
.WithInvertedColors()
.WithClientPreDrawMethod((MyCanvas TargetCanvas, int iterationIndex) => {
TargetCanvas.Clear();
})
.WithClientCycleMethod((MyOnScreenObject obj, int iterationIndex) => {
if (initializationMonitoringFunction(this))
{
SwitchToPage(1); // will do nothing if the page does not exist
}
});
// Add the POST page to the application
this.AddPage(POSTPage);
// Add another filled panel to the POST page, to serve as background for the INITIALIZING text
MyPanel TextBackgroundPanel = new MyPanel(0, 0, 2, 2).WithOptionalParameters(true, true, false);
POSTPage.AddChild(TextBackgroundPanel);
// Add the INIIALIZING text label to the POST page
MyTextLabel TextLabel = new MyTextLabel("INITIALIZING", 1, 1).WithOptionalParameters(true, true, true);
POSTPage.AddChild(TextLabel);
// Compute the location and dimensions of the text and that of its back panel based on
// the resolution of the Canvas
int textLabelWidth = TextLabel.GetWidth();
int textLabelHeight = TextLabel.GetHeight();
// Update the label coordinates
TextLabel.x = (Canvas.GetResX() - textLabelWidth) / 2;
TextLabel.y = (Canvas.GetResY() - textLabelHeight) / 2 - 3;
// Update the panel coordinates (the drawing framework handles overflows)
TextBackgroundPanel.x = TextLabel.x - 3;
TextBackgroundPanel.y = TextLabel.y - 2;
TextBackgroundPanel.SetWidth(textLabelWidth + 6);
TextBackgroundPanel.SetHeight(textLabelHeight + 3);
// Add the moving square (a panel with some simple animation logic)
POSTPage.AddChild(
new MyPanel(TextBackgroundPanel.x, TextBackgroundPanel.y + TextBackgroundPanel.GetHeight() + 2, 7, 4)
.WithOptionalParameters(true, true, false)
.WithClientCycleMethod((MyOnScreenObject obj, int iterationIndex) => {
obj.x++;
if (obj.x > TextBackgroundPanel.x + TextBackgroundPanel.GetWidth() - 7)
{
obj.x = TextBackgroundPanel.x;
}
})
);
return(this);
}