public static void SunActive()
{
if (!UserInput._controller.isConnected || UserInput._miniViewportsOn)
{
return;
}
UserInput._controller.GetStateOfXController();
UserInput.SpeedParameter();
if (UserInput._controller.Y_Keydown())
{
if (!UserInput._shadowOn)
{
UserInput._sunControllerConduit.SunlightSettings(RhinoDocument.ActiveDoc, VR_PANEL.Latitude, VR_PANEL.Longitude);
UserInput._sunControllerConduit.SunSetToNow(ref UserInput._dateParam, ref UserInput._timeParam);
UserInput._sunControllerConduit.SunLightOn();
UserInput._controller.SetVibration(true, true, 400);
UserInput._shadowOn = true;
}
else
{
UserInput._sunControllerConduit.SunLightOff();
UserInput._sunControllerConduit.Enabled = (false);
UserInput._controller.SetVibration(true, true, 400);
UserInput._sunSliderOn = false;
UserInput._shadowOn = false;
}
}
if (UserInput._controller.LeftThumb_Keydown() && UserInput._shadowOn)
{
if (!UserInput._sunSliderOn)
{
UserInput._sunSliderOn = true;
UserInput._sunControllerConduit.Enabled = (true);
}
else
{
UserInput._sunSliderOn = false;
UserInput._sunControllerConduit.Enabled = (false);
}
}
if (UserInput._sunSliderOn && !UserInput._miniViewportsOn)
{
float leftThumbX;
if (UserInput._controller.LeftThumbX_Active(out leftThumbX))
{
UserInput._dateParam += (double)leftThumbX * UserInput._norm * (double)UserInput._speedX1 * (double)UserInput._speedX2;
if (UserInput._dateParam > 1.0)
{
UserInput._dateParam = 0.0;
}
if (UserInput._dateParam < 0.0)
{
UserInput._dateParam = 1.0;
}
}
float rightThumbX;
if (UserInput._controller.RightThumbX_Active(out rightThumbX))
{
UserInput._timeParam += (double)rightThumbX * UserInput._norm * (double)UserInput._speedX1 * (double)UserInput._speedX2;
if (UserInput._timeParam > 1.0)
{
UserInput._timeParam = 0.0;
}
if (UserInput._timeParam < 0.0)
{
UserInput._timeParam = 1.0;
}
}
UserInput._sunControllerConduit.SunPosition(UserInput._dateParam, UserInput._timeParam);
}
UserInput._controller.Vibration_Active();
}
public static void MiniViewportsActive()
{
if (UserInput._controller.isConnected)
{
UserInput._controller.GetStateOfXController();
UserInput.SpeedParameter();
if (UserInput._controller.A_Keydown())
{
if (!UserInput._miniViewportsOn)
{
if (Viewports.RiftViews[2] != null && Viewports.RiftViews[2].Document != null)
{
Viewports.CreateMiniViewports();
UserInput._target = Viewports.MiniViews[2].MainViewport.CameraTarget;
UserInput._location = Viewports.MiniViews[2].MainViewport.CameraLocation;
UserInput._cameraX = Viewports.MiniViews[2].MainViewport.CameraX;
UserInput._cameraY = Viewports.MiniViews[2].MainViewport.CameraY;
UserInput._miniViewportsOn = true;
UserInput._controller.SetVibration(true, true, 400);
// ISSUE: explicit reference operation
UserInput._scaleFactor = Math.PI / 2.0 / ((Point3d)@UserInput._location).DistanceTo(UserInput._target);
}
else
{
UserInput._controller.SetVibration(false, true, 1000);
}
}
else
{
Viewports.CloseMiniViewports();
UserInput._miniViewportsOn = false;
UserInput._controller.SetVibration(true, true, 400);
}
}
if (UserInput._miniViewportsOn)
{
float leftThumbX;
if (UserInput._controller.LeftThumbX_Active(out leftThumbX))
{
Transform transform = Transform.Rotation((double)leftThumbX * UserInput._norm2 * (double)UserInput._speedX1 * (double)UserInput._speedX2, new Vector3d(0.0, 0.0, 1.0), UserInput._target);
(UserInput._location).Transform(transform);
(UserInput._cameraX).Transform(transform);
(UserInput._cameraY).Transform(transform);
Viewports.MiniViews[2].MainViewport.SetCameraLocations(UserInput._target, UserInput._location);
Viewports.MiniViews[2].MainViewport.CameraUp = UserInput._cameraY;
}
float leftThumbY;
if (UserInput._controller.LeftThumbY_Active(out leftThumbY))
{
Transform transform = Transform.Rotation((double)leftThumbY * UserInput._norm2 * (double)UserInput._speedX1 * (double)UserInput._speedX2, -(UserInput._cameraX), UserInput._target);
(UserInput._location).Transform(transform);
(UserInput._cameraX).Transform(transform);
(UserInput._cameraY).Transform(transform);
Viewports.MiniViews[2].MainViewport.SetCameraLocations(UserInput._target, UserInput._location);
Viewports.MiniViews[2].MainViewport.CameraUp = UserInput._cameraY;
}
float rightThumbX;
if (UserInput._controller.RightThumbX_Active(out rightThumbX))
{
Transform transform = Transform.Translation(Vector3d.Multiply(Vector3d.Multiply(Vector3d.Multiply(UserInput._cameraX, (double)rightThumbX), (double)UserInput._speedX1), (double)UserInput._speedX2));
(UserInput._target).Transform(transform);
(UserInput._location).Transform(transform);
Viewports.MiniViews[2].MainViewport.SetCameraLocations(UserInput._target, UserInput._location);
}
float rightThumbY;
if (UserInput._controller.RightThumbY_Active(out rightThumbY))
{
Transform transform = Transform.Translation(Vector3d.Multiply(Vector3d.Multiply(Vector3d.Multiply(UserInput._cameraY, (double)rightThumbY), (double)UserInput._speedX1), (double)UserInput._speedX2));
(UserInput._target).Transform(transform);
(UserInput._location).Transform(transform);
Viewports.MiniViews[2].MainViewport.SetCameraLocations(UserInput._target, UserInput._location);
}
if (UserInput._controller.DPadUp_KeyOn())
{
double a = Math.Atan(UserInput._scaleFactor * (UserInput._location).DistanceTo(UserInput._target)) * 2.0;
Transform transform = Transform.Scale(UserInput._target, 1.0 - Math.Sin(a) * UserInput._norm2 * (double)UserInput._speedX1 * (double)UserInput._speedX2);
(UserInput._location).Transform(transform);
Viewports.MiniViews[2].MainViewport.SetCameraLocations(UserInput._target, UserInput._location);
}
if (UserInput._controller.DPadDown_KeyOn())
{
double a = Math.Atan(UserInput._scaleFactor * (UserInput._location).DistanceTo(UserInput._target)) * 2.0;
Transform transform = Transform.Scale(UserInput._target, Math.Sin(a) * UserInput._norm2 * (double)UserInput._speedX1 * (double)UserInput._speedX2 + 1.0);
(UserInput._location).Transform(transform);
Viewports.MiniViews[2].MainViewport.SetCameraLocations(UserInput._target, UserInput._location);
}
if (UserInput._controller.DPadLeft_KeyOn())
{
Transform transform = Transform.Translation(Vector3d.Multiply(Vector3d.Multiply(Vector3d.Multiply(UserInput._cameraX, -0.5), (double)UserInput._speedX1), (double)UserInput._speedX2));
(UserInput._target).Transform(transform);
(UserInput._location).Transform(transform);
Viewports.MiniViews[2].MainViewport.SetCameraLocations(UserInput._target, UserInput._location);
}
if (UserInput._controller.DPadRight_KeyOn())
{
Transform transform = Transform.Translation(Vector3d.Multiply(Vector3d.Multiply(Vector3d.Multiply(UserInput._cameraX, 0.5), (double)UserInput._speedX1), (double)UserInput._speedX2));
(UserInput._target).Transform(transform);
(UserInput._location).Transform(transform);
Viewports.MiniViews[2].MainViewport.SetCameraLocations(UserInput._target, UserInput._location);
}
}
UserInput._controller.Vibration_Active();
}
Viewports.UpdateMiniViewports();
}
public static void MovementAndOrientation(ref Point3d startPos, ref Transform startDir, Transform rollPitchYaw, Transform oculusToRhino, RhinoDoc rhinoDocument)
{
if (!UserInput._controller.isConnected || UserInput._sunSliderOn || UserInput._miniViewportsOn)
{
return;
}
List <double> zPositions = new List <double>();
UserInput.FloorOrientPosition(startPos, ref zPositions, rhinoDocument);
UserInput._controller.GetStateOfXController();
UserInput.SpeedParameter();
if (zPositions.Count < 1)
{
// ISSUE: explicit reference operation
zPositions.Add(((Point3d)@startPos).Z);
}
else if (zPositions.Count > 1)
{
if (UserInput._controller.LeftShoulder_Keydown())
{
++UserInput._zIndex;
if (UserInput._zIndex >= zPositions.Count)
{
UserInput._zIndex = 0;
}
UserInput._controller.SetVibration(true, false, 600);
}
if (UserInput._controller.RightShoulder_Keydown())
{
--UserInput._zIndex;
if (UserInput._zIndex < 0)
{
UserInput._zIndex = zPositions.Count - 1;
}
UserInput._controller.SetVibration(true, false, 600);
}
}
else
{
UserInput._zIndex = 0;
}
UserInput._controller.Vibration_Active();
float rightThumbX;
if (UserInput._controller.RightThumbX_Active(out rightThumbX))
{
UserInput._rotationAngle += (float)(-(double)rightThumbX / 50.0) * UserInput._speedX1 * UserInput._speedX2;
startDir = Transform.Rotation((double)UserInput._rotationAngle, new Vector3d(0.0, 0.0, 1.0), new Point3d(0.0, 0.0, 0.0));
}
float leftThumbX;
if (UserInput._controller.LeftThumbX_Active(out leftThumbX))
{
Vector3d vector3d = (startDir * (oculusToRhino * (rollPitchYaw * (new Vector3d((double)leftThumbX / 20.0 * (double)UserInput._speedX1 * (double)UserInput._speedX2 * (double)UserInput._speedX10, 0.0, 0.0)))));
Point3d local = startPos;
// ISSUE: explicit reference operation
Point3d point3d = local + (new Vector3d(((Vector3d)@vector3d).X, ((Vector3d)@vector3d).Y, 0.0));
local = point3d;
}
float leftThumbY;
if (UserInput._controller.LeftThumbY_Active(out leftThumbY))
{
Vector3d vector3d = startDir * (oculusToRhino * (rollPitchYaw * (new Vector3d(0.0, 0.0, -((double)leftThumbY / 20.0) * (double)UserInput._speedX1 * (double)UserInput._speedX2 * (double)UserInput._speedX10))));
Point3d local = startPos;
// ISSUE: explicit reference operation
Point3d point3d = local + (new Vector3d(((Vector3d)@vector3d).X, ((Vector3d)@vector3d).Y, 0.0));
local = point3d;
}
// ISSUE: explicit reference operation
// ISSUE: explicit reference operation
startPos = new Point3d(((Point3d)@startPos).X, ((Point3d)@startPos).Y, zPositions[UserInput._zIndex]);
UserInput._startPos = startPos;
}