public PlaneDescriptor(PlaneId planeId, PlaneQuadrantId planeQuadrant)
{
_id = planeId;
_quadrant = planeQuadrant;
_firstAxisDescriptor = PlaneIdHelper.GetFirstAxisDescriptor(planeId, planeQuadrant);
_secondAxisDescriptor = PlaneIdHelper.GetSecondAxisDescriptor(planeId, planeQuadrant);
}
public SceneGizmoAxisCap(SceneGizmo sceneGizmo, int id, AxisDescriptor gizmoAxisDesc)
: base(sceneGizmo, id)
{
_axisDesc = gizmoAxisDesc;
_midAxisBoxFace = _axisDesc.GetAssociatedBoxFace();
_cap.SetZoomFactorTransform(_zoomFactorTransform);
if (_axisDesc.IsPositive)
{
if (_axisDesc.Index == 0)
{
_labelTexture = TexturePool.Get.XAxisLabel;
}
else if (_axisDesc.Index == 1)
{
_labelTexture = TexturePool.Get.YAxisLabel;
}
else
{
_labelTexture = TexturePool.Get.ZAxisLabel;
}
}
_colorTransition = new ColorTransition(_color);
_cap.Gizmo.PreUpdateBegin += OnGizmoPreUpdateBegin;
_cap.Gizmo.PreHandlePicked += OnGizmoHandlePicked;
_sceneGizmo.LookAndFeel.ConnectAxisCapLookAndFeel(_cap, _axisDesc.Index, _axisDesc.Sign);
}
public void Map(GizmoTransform transform, int axisIndex, AxisSign axisSign)
{
if (transform == null)
{
return;
}
_mappedAxisDesc = new AxisDescriptor(axisIndex, axisSign);
_transform = transform;
}
public Vector2 GetAxis2D(AxisDescriptor axisDesc)
{
Vector2 axis = _axes2D[axisDesc.Index];
if (axisDesc.IsNegative)
{
axis = -axis;
}
return(axis);
}
public void AlignToQuadrant(GizmoTransform transform, PlaneId planeId, PlaneQuadrantId quadrantId, bool alignXToFirstAxis)
{
Plane plane = transform.GetPlane3D(planeId, quadrantId);
if (alignXToFirstAxis)
{
AxisDescriptor secondAxisDesc = PlaneIdHelper.GetSecondAxisDescriptor(planeId, quadrantId);
Vector3 secondAxis = Gizmo.Transform.GetAxis3D(secondAxisDesc);
_transform.Rotation3D = Quaternion.LookRotation(plane.normal, secondAxis);
}
else
{
AxisDescriptor firstAxisDesc = PlaneIdHelper.GetFirstAxisDescriptor(planeId, quadrantId);
Vector3 firstAxis = Gizmo.Transform.GetAxis3D(firstAxisDesc);
_transform.Rotation3D = Quaternion.LookRotation(plane.normal, firstAxis);
}
}
public static Vector3 GetLocalAxis(this Transform transform, AxisDescriptor axisDesc)
{
Vector3 axis = transform.right;
if (axisDesc.Index == 1)
{
axis = transform.up;
}
else if (axisDesc.Index == 2)
{
axis = transform.forward;
}
if (axisDesc.Sign == AxisSign.Negative)
{
axis = -axis;
}
return(axis);
}
public override void OnAttached()
{
_sceneGizmoCamera = RTGizmosEngine.Get.CreateSceneGizmoCamera(RTFocusCamera.Get.TargetCamera, new SceneGizmoCamViewportUpdater(this));
// Create the mid axis handle
_midAxisHandle = new SceneGizmoMidCap(this);
_renderSortedHandles.Add(_midAxisHandle);
// Create the axes handles
AxisDescriptor[] axesDescriptors = new AxisDescriptor[]
{
new AxisDescriptor(0, AxisSign.Positive), new AxisDescriptor(1, AxisSign.Positive),
new AxisDescriptor(2, AxisSign.Positive), new AxisDescriptor(0, AxisSign.Negative),
new AxisDescriptor(1, AxisSign.Negative), new AxisDescriptor(2, AxisSign.Negative)
};
int[] handleIds = new int[]
{
GizmoHandleId.SceneGizmoPositiveXAxis, GizmoHandleId.SceneGizmoPositiveYAxis,
GizmoHandleId.SceneGizmoPositiveZAxis, GizmoHandleId.SceneGizmoNegativeXAxis,
GizmoHandleId.SceneGizmoNegativeYAxis, GizmoHandleId.SceneGizmoNegativeZAxis
};
for (int axisIndex = 0; axisIndex < axesDescriptors.Length; ++axisIndex)
{
_axesHandles[axisIndex] = new SceneGizmoAxisCap(this, handleIds[axisIndex], axesDescriptors[axisIndex]);
_renderSortedHandles.Add(_axesHandles[axisIndex]);
}
// Create the camera projection switch handle
_camPrjSwitchLabel = new SceneGizmoCamPrjSwitchLabel(this);
// Establish the scene gizmo's transform. These will remain unchanged.
Gizmo.Transform.Position3D = _sceneGizmoCamera.LookAtPoint;
Gizmo.Transform.Rotation3D = Quaternion.identity;
// We want the scene gizmo to have the highest hover priority. This way, whatever
// other gizmo lies behind it, the scene gizmo will be the one hovered by the cursor.
Gizmo.GenericHoverPriority.MakeHighest();
Gizmo.HoverPriority2D.MakeHighest();
Gizmo.HoverPriority3D.MakeHighest();
}
