public IsometricCamera(Device device, Window window, Vector3D lookDirection)
: base(device, window)
{
base.Position = -lookDirection;
ResetZoom();
leftDirection = Vector3D.Normalize(Vector3D.Cross(lookDirection, -UpDirection));
}
public IsometricCamera(Device device, Window window)
: base(device, window)
{
base.Position = -Vector3D.UnitY;
ResetZoom();
leftDirection = Vector3D.Normalize(Vector3D.Cross(Vector3D.UnitY, -UpDirection));
}
public PathCamera(Device device, Window window, CameraPath path)
: base(device, window)
{
if (path.ViewMatrices == null || path.ViewMatrices.Length < 2)
throw new NoTrackSpecified();
viewMatrices = path.ViewMatrices;
}
private Drawing SetupDrawing(Device device)
{
var mockDrawing = new Mock<Drawing>(device);
mockDrawing.Setup(
d => d.DrawVertices(It.IsAny<VerticesMode>(), It.IsAny<VertexPositionColor[]>())).Callback(
(VerticesMode mode, VertexPositionColor[] vertices) =>
testResolver.NumberOfVerticesDrawn += vertices.Length);
return testResolver.RegisterMock(mockDrawing.Object);
}
public void CameraShouldBeAbleToHandleViewportChanges()
{
new Grid3D(new Size(5));
usedDevice = Resolve<Device>();
usedWindow = Resolve<Window>();
Matrix originalProjectionMatrix = usedDevice.CameraProjectionMatrix;
usedWindow.ViewportPixelSize = new Size(400, 300);
usedDevice.Set3DMode();
Assert.AreNotEqual(originalProjectionMatrix, usedDevice.CameraProjectionMatrix);
}
public LevelEditorCamera(Device device, Window window)
: base(device, window)
{
new Command(Command.Drag,
(startPos, currentPos, isDragDone) => RotateByDrag(startPos, currentPos)).Add(
new MouseDragTrigger(MouseButton.Right));
new Command(Command.Zoom, Zoom);
//new Command(Command.Drag,
// (startPos, currentPos, isDragDone) => PanByDrag(startPos, currentPos)).Add(
// new MouseDragTrigger(MouseButton.Middle));
}
public LookAtCamera(Device device, Window window)
: base(device, window)
{
// ReSharper disable DoNotCallOverridableMethodsInConstructor
//Position = Vector3D.One * 3.0f;
Position = DefaultPosition;
Target = Vector3D.Zero;
UpdatePosition();
new Command(Command.Zoom, Zoom);
new Command(Command.MoveLeft, () => Move(-MoveSpeedPerSecond, 0));
new Command(Command.MoveRight, () => Move(MoveSpeedPerSecond, 0));
new Command(Command.MoveUp, () => Move(0, MoveSpeedPerSecond));
new Command(Command.MoveDown, () => Move(0, -MoveSpeedPerSecond));
new Command(Command.Drag,
//ncrunch: no coverage start
(startPos, currentPos, isDragDone) => RotateByDragCommand(currentPos, isDragDone));
//ncrunch: no coverage end
}
public FreeCamera(Device device, Window window)
: base(device, window)
{
Rotation = Quaternion.Identity;
}
public OrthoCamera(Device device, Window window, ScreenSpace screenSpace)
: base(device, window)
{
this.screenSpace = screenSpace;
ZoomLevel = 1.0f;
}
public PathCamera(Device device, Window window)
: base(device, window)
{
viewMatrices = new Matrix[]{Matrix.Identity, Matrix.Identity};
}
public BillboardRenderer(Drawing drawing, Device device)
{
this.drawing = drawing;
this.device = device;
}
protected Drawing(Device device)
{
GraphicsDevice = device;
}
protected Drawing(Device device)
{
this.device = device;
}
public BackgroundUVUpdater(Device device)
{
this.device = device;
}
public Particle3DRenderer(BatchRenderer3D renderer, Device device)
{
this.renderer = renderer;
this.device = device;
}
protected TargetedCamera(Device device, Window window)
: base(device, window) {}