private void DisplayButtonPanel()
{
Vec3 headPosition = Input.Head.position;
Vec3 windowPosition = new Vec3(0.4f, 0f, 0.1f);
Pose windowPose = new Pose(windowPosition, Quat.LookAt(windowPosition, headPosition));
UI.WindowBegin("Button Panel", ref windowPose, new Vec2(25f, 25f) * Units.cm2m, false);
if (UI.Button("Cube"))
{
whichObject = "cube";
}
if (UI.Button("Sphere"))
{
whichObject = "sphere";
}
if (UI.Button("Reset"))
{
spawnedModels.Clear();
objects.Clear();
spawnedModels.Add(Model.FromMesh(
Mesh.GenerateCube(new Vec3(20f, 1f, 20f)),
Default.Material
));
objects.Add(floor);
}
if (UI.Button("Exit"))
{
StereoKitApp.Quit();
}
UI.WindowEnd();
}
public static void Update()
{
if (nextScene != null)
{
activeScene.Shutdown();
if (IsTesting)
{
Input.HandVisible(Handed.Max, false);
}
nextScene.Initialize();
activeScene = nextScene;
nextScene = null;
}
activeScene.Update();
if (IsTesting && FinishedWithTest())
{
testIndex += 1;
if (testIndex >= allTests.Count)
{
StereoKitApp.Quit();
}
else
{
SetTestActive(allTests[testIndex].Name);
}
}
}
/// :End:
///
void ShowWindow()
{
/// :CodeDoc: Guides User Interface
/// Then we'll move over to the application step where we'll do the rest of the UI code!
///
/// We'll start with a window titled "Window" that's 20cm wide, and auto-resizes on the
/// y-axis. The Units class is pretty helpful here, as it allows us to reason more visually
/// about the units we're using! StereoKit uses meters as its base unit, which look a little
/// awkward, especially in the millimeter range.
///
/// We'll also use a toggle to turn the window's header on and off! The value from that toggle
/// is passed in here via the showHeader field.
///
UI.WindowBegin("Window", ref windowPose, new Vec2(20, 0) * Units.cm2m, windowShowHeader);
///
/// When you begin a window, all visual elements are now relative to that window! UI takes advantage
/// of the Hierarchy class and pushes the window's pose onto the Hierarchy stack. Ending the window
/// will pop the pose off the hierarchy stack, and return things to normal!
///
/// Here's that toggle button! You'll also notice our use of 'ref' values in a lot of the UI
/// code. UI functions typically follow the pattern of returning true/false to indicate they've
/// been interacted with during the frame, so you can nicely wrap them in 'if' statements to
/// react to change!
///
/// Then with the 'ref' parameter, we let you pass in the current state of the UI element. The UI
/// element will update that value for you based on user interaction, but you can also change it
/// yourself whenever you want to!
///
UI.Toggle("Show Header", ref windowShowHeader);
///
/// Here's an example slider! We start off with a label element, and tell the UI to
/// keep the next item on the same line. The slider clamps to the range [0,1], and
/// will step at intervals of 0.2. If you want it to slide continuously, you can just set
/// the `step` value to 0!
///
UI.Label("Slide");
UI.SameLine();
UI.HSlider("slider", ref windowSlider, 0, 1, 0.2f, 72 * Units.mm2m);
///
/// Here's how you use a simple button! Just check it with an 'if'. Any UI method
/// will return true on the frame when their value or state has changed.
///
if (UI.ButtonRound("Exit", windowPowerSprite))
{
StereoKitApp.Quit();
}
///
/// And for every begin, there must also be an end! StereoKit will log errors when this
/// occurs, so keep your eyes peeled for that!
///
UI.WindowEnd();
/// :End:
}
static void StepMenuWindow()
{
// Begin the application's menu window
UI.WindowBegin("Menu", ref menuPose, new Vec2(20, 0) * Units.cm2m);
// When the user presses the save button, lets show a save file dialog! When a file
// name and folder have been selected, it'll make a call to SavePainting with the
// file's path name with the .skp extension.
if (UI.Button("Save"))
{
FilePicker.Show(
FilePickerMode.Save,
defaultFolder,
SavePainting,
new FileFilter("Painting", "*.skp"));
}
// And on that same line, we'll have a load button! This'll let the user pick out
// any .skp files, and will call LoadPainting with the selected file.
UI.SameLine();
if (UI.Button("Load"))
{
FilePicker.Show(
FilePickerMode.Open,
defaultFolder,
LoadPainting,
new FileFilter("Painting", "*.skp"));
}
// Clear is easy! Just create a new Painting object!
if (UI.Button("Clear"))
{
activePainting = new Painting();
}
// And if they want to quit? Just tell StereoKit! This will let StereoKit finish the
// the frame properly, and then break out of the Step loop above.
if (UI.Button("Quit"))
{
StereoKitApp.Quit();
}
// And end the window!
UI.WindowEnd();
}
private void DisplayButtonPanel()
{
Vec3 headPosition = Input.Head.position;
Vec3 windowPosition = new Vec3(0.4f, 0f, 0.1f);
Pose windowPose = new Pose(windowPosition, Quat.LookAt(windowPosition, headPosition));
UI.WindowBegin("Button Panel", ref windowPose, new Vec2(20f, 20f) * Units.cm2m, false);
if (UI.Button("Start"))
{
start = true;
}
if (UI.Button("Exit"))
{
StereoKitApp.Quit();
}
UI.WindowEnd();
}
static void CommonUpdate()
{
if (Input.Key(Key.Esc).IsJustActive())
{
StereoKitApp.Quit();
}
// If we can't see the world, we'll draw a floor!
if (StereoKitApp.System.displayType == Display.Opaque)
{
Renderer.Add(floorMesh, floorTr, Color.White);
}
// Skip selection window if we're in test mode
if (Tests.IsTesting)
{
return;
}
// Make a window for demo selection
UI.WindowBegin("Demos", ref demoSelectPose, new Vec2(50 * U.cm, 0));
for (int i = 0; i < Tests.DemoCount; i++)
{
string name = Tests.GetDemoName(i).Substring("Demo".Length);
if (UI.Button(name))
{
Tests.SetDemoActive(i);
}
UI.SameLine();
}
UI.WindowEnd();
RulerWindow();
DebugToolWindow.Step();
/// :CodeSample: Log.Subscribe Log
/// And in your Update loop, you can draw the window.
LogWindow();
/// And that's it!
/// :End:
}
public static void Update()
{
if (nextScene != null)
{
activeScene.Shutdown();
nextScene.Initialize();
activeScene = nextScene;
nextScene = null;
}
activeScene.Update();
if (TestMode)
{
testIndex += 1;
if (testIndex >= Count)
{
StereoKitApp.Quit();
}
else
{
SetActive(testIndex);
}
}
}
public void Update()
{
if (Demos.TestMode)
{
Renderer.Screenshot(new Vec3(-0.325f, -0.00f, .075f), new Vec3(-.4f, -0.05f, 0), 600, 400, "../../../docs/img/screenshots/GuideUserInterface.jpg");
Renderer.Screenshot(new Vec3(0.225f, 0.0f, .175f), new Vec3(.4f, 0.0f, 0), 400, 600, "../../../docs/img/screenshots/GuideUserInterfaceCustom.jpg");
}
/// :CodeDoc: Guides User Interface
/// Then we'll move over to the application step where we'll do the rest of the UI code!
///
/// We'll start with a window titled "Window" that's 20cm wide, and auto-resizes on the
/// y-axis. The Units class is pretty helpful here, as it allows us to reason more visually
/// about the units we're using! StereoKit uses meters as its base unit, which look a little
/// awkward, especially in the millimeter range.
///
/// We'll also use a toggle to turn the window's header on and off! The value from that toggle
/// is passed in here via the showHeader field.
///
UI.WindowBegin("Window", ref windowPose, new Vec2(20, 0) * Units.cm2m, showHeader);
///
/// When you begin a window, all visual elements are now relative to that window! UI takes advantage
/// of the Hierarchy class and pushes the window's pose onto the Hierarchy stack. Ending the window
/// will pop the pose off the hierarchy stack, and return things to normal!
///
/// Here's that toggle button! You'll also notice our use of 'ref' values in a lot of the UI
/// code. UI functions typically follow the pattern of returning true/false to indicate they've
/// been interacted with during the frame, so you can nicely wrap them in 'if' statements to
/// react to change!
///
/// Then with the 'ref' parameter, we let you pass in the current state of the UI element. The UI
/// element will update that value for you based on user interaction, but you can also change it
/// yourself whenever you want to!
///
UI.Toggle("Show Header", ref showHeader);
///
/// Here's an example slider! We start off with a label element, and tell the UI to
/// keep the next item on the same line. The slider clamps to the range [0,1], and
/// will step at intervals of 0.2. If you want it to slide continuously, you can just set
/// the `step` value to 0!
///
UI.Label("Slide");
UI.SameLine();
UI.HSlider("slider", ref slider, 0, 1, 0.2f, 72 * Units.mm2m);
///
/// Here's how you use a simple button! Just check it with an 'if'. Any UI method
/// will return true on the frame when their value or state has changed.
///
if (UI.ButtonRound("Exit", powerSprite))
{
StereoKitApp.Quit();
}
///
/// And for every begin, there must also be an end! StereoKit will log errors when this
/// occurs, so keep your eyes peeled for that!
///
UI.WindowEnd();
///
/// ## Custom Windows
///
/// 
///
/// Mixed Reality also provides us with the opportunity to turn objects into interfaces!
/// Instead of using the old 'window' paradigm, we can create 3D models and apply UI
/// elements to their surface! StereoKit uses 'affordances' to accomplish this, a grabbable
/// area that behaves much like a window, but with a few more options for customizing
/// layout and size.
///
/// We'll load up a clipboard, so we can attach an interface to that!
///
/// ```csharp
/// Model clipboard = Model.FromFile("Clipboard.glb");
/// ```
///
/// And, similar to the window previously, here's how you would turn it into a grabbable
/// interface! This behaves the same, except we're defining where the grabbable region is
/// specifically, and then drawing our own model instead of a plain bar. You'll also notice
/// we're drawing using an identity matrix. This takes advantage of how AffordanceBegin
/// pushes the affordance's pose onto the Hierarchy transform stack!
///
UI.AffordanceBegin("Clip", ref clipboardPose, clipboard.Bounds);
Renderer.Add(clipboard, Matrix.Identity);
///
/// Once we've done that, we also need to define the layout area of the model, where UI
/// elements will go. This is different for each model, so you'll need to plan this around
/// the size of your object!
///
UI.LayoutArea(new Vec3(12, 13, 0) * Units.cm2m, new Vec2(24, 30) * Units.cm2m);
///
/// Then after that? We can just add UI elements like normal!
///
UI.Image(logoSprite, new Vec2(22, 0) * Units.cm2m);
UI.Toggle("Toggle", ref clipToggle);
UI.HSlider("Slide", ref clipSlider, 0, 1, 0, 22 * Units.cm2m);
///
/// And while we're at it, here's a quick example of doing a radio button group! Not much
/// 'radio' actually happening, but it's still pretty simple. Pair it with an enum, or an
/// integer, and have fun!
///
if (UI.Radio("Radio 1", clipOption == 1))
{
clipOption = 1;
}
UI.SameLine();
if (UI.Radio("Radio 2", clipOption == 2))
{
clipOption = 2;
}
UI.SameLine();
if (UI.Radio("Radio 3", clipOption == 3))
{
clipOption = 3;
}
///
/// As with windows, Affordances need an End call.
///
UI.AffordanceEnd();
///
/// And there you go! That's how UI works in StereoKit, pretty simple, huh?
/// For further reference, and more UI methods, check out the
/// [UI class documentation]({{site.url}}/Pages/Reference/UI.html).
///
/// If you'd like to see the complete code for this sample,
/// [check it out on Github](https://github.com/maluoi/StereoKit/blob/master/Examples/StereoKitTest/DemoUI.cs)!
/// :End:
}
public void Update()
{
if (Demos.TestMode)
{
Renderer.Screenshot(new Vec3(-0.325f, -0.025f, .075f), new Vec3(-.4f, -0.075f, 0), 600, 400, "../../../docs/img/screenshots/GuideUserInterface.jpg");
}
/// :CodeDoc: Guides User Interface
/// Then we'll move over to the application step where we'll do the rest of the UI code!
///
/// We'll start with a window titled "Window" that's 20cm wide, and auto-resizes on the
/// y-axis. The Units class is pretty helpful here, as it allows us to reason more visually
/// about the units we're using! StereoKit uses meters as its base unit, which look a little
/// awkward, especially in the millimeter range.
///
/// We'll also use a toggle to turn the window's header on and off! The value from that toggle
/// is passed in here via the showHeader field.
UI.WindowBegin("Window", ref windowPose, new Vec2(20, 0) * Units.cm2m, showHeader);
/// Here's that toggle button! You'll also notice our use of 'ref' values in a lot of the UI
/// code. UI functions typically follow the pattern of returning true/false to indicate they've
/// been interacted with during the frame, so you can nicely wrap them in 'if' statements to
/// react to change!
///
/// Then with the 'ref' parameter, we let you pass in the current state of the UI element. The UI
/// element will update that value for you based on user interaction, but you can also change it
/// yourself whenever you want to!
UI.Toggle("Show Header", ref showHeader);
/// Here's an example slider! We start off with a label element, and tell the UI to
/// keep the next item on the same line. The slider clamps to the range [0,1], and
/// will step at intervals of 0.2. If you want it to slide continuously, you can just set
/// the `step` value to 0!
UI.Label("Slide");
UI.SameLine();
UI.HSlider("slider", ref slider, 0, 1, 0.2f, 72 * Units.mm2m);
/// Here's how you use a simple button! Just check it with an 'if'. Any UI method
/// will return true on the frame when their value or state has changed.
if (UI.ButtonRound("Exit"))
{
StereoKitApp.Quit();
}
/// And for every begin, there must also be an end! StereoKit will log errors when this
/// occurs, so keep your eyes peeled for that!
UI.WindowEnd();
/// And there you go! That's how UI works in StereoKit, pretty simple, huh?
/// For further reference, and more UI methods, check out the
/// [UI class documentation]({{site.url}}/Pages/Reference/UI.html).
///
/// If you'd like to see the complete code for this sample,
/// [check it out on Github](https://github.com/maluoi/StereoKit/blob/master/Examples/StereoKitTest/DemoUI.cs)!
/// :End:
UI.AffordanceBegin("Clip", ref clipboardPose, new Vec3(-15, 20, 0) * Units.cm2m, new Vec3(30, 40, 5) * Units.cm2m, false);
UI.LayoutArea(new Vec3(-12, 15, 0) * Units.cm2m, new Vec2(24, 30) * Units.cm2m);
UI.Label("Application 'Settings'");
UI.Toggle("Subtitles", ref subtitles); UI.SameLine();
UI.Toggle("Butts", ref clipButts);
UI.HSlider("Slide", ref clipSlider, 0, 1, 0, 22 * Units.cm2m);
UI.ButtonRound("Press");
UI.Button("Squeeze");
UI.AffordanceEnd();
clipboard.Draw(clipboardPose.ToMatrix());
}
static void Main(string[] args)
{
if (!StereoKitApp.Initialize("StereoKit_day00", Runtime.Flatscreen))
{
Environment.Exit(1);
}
Balloon balloon = new Balloon(1f);
String txt_format = String.Format("Game Over!\nBallon life was: " + (int)Time.Total + " secs\n Tap again to exit");
bool gameOver = false;
//Time.SetTime
//Time.SetTime(0);
while (StereoKitApp.Step(() =>
{
Hand right_hand = Input.Hand(Handed.Right);
if (right_hand.IsPinched && !balloon.GetGameStarted())
{
Console.WriteLine("GAME STARTED");
Time.SetTime(0.0f);
}
Console.WriteLine(Time.Total);
if (balloon.balloonAir > 5f)
{
if (!gameOver)
{
txt_format = String.Format("Game Over!\nBallon life was: " + (int)Time.Total + " secs\n Tap again to exit");
}
Text.Add(
txt_format,
Matrix.TRS(Vec3.Zero,
Quat.LookDir(0, 0, 1)));
gameOver = true;
if (right_hand.IsJustPinched)
{
StereoKitApp.Quit();
}
}
else if (balloon.balloonAir < 0.5f)
{
//Matrix
//Quat
Text.Add(
"YOU LOST!\n",
Matrix.TRS(Vec3.Zero,
Quat.LookDir(0, 0, 1)));
if (right_hand.IsJustPinched)
{
StereoKitApp.Quit();
}
gameOver = true;
}
if (!gameOver)
{
balloon.DrawBalloon();
balloon.Steps(right_hand);
}
}))
{
;
}
StereoKitApp.Shutdown();
}
