protected void standard_update_capture(InputEvent e, InteractionMode eMode)
{
if (eMode == InteractionMode.InPressDrag)
{
Vector3f hitPos = vHandleStartW.RayPlaneIntersection(e.ray.Origin, e.ray.Direction, 1);
onSliderBarPressDrag(e, hitPos);
}
else if (eMode == InteractionMode.InHandleDrag)
{
Vector3f hitPos = vHandleStartW.RayPlaneIntersection(e.ray.Origin, e.ray.Direction, 1);
Vector3f dv = hitPos - vStartHitW;
Vector3f vRelPos = vHandleStartW.Origin + dv;
onHandlePressDrag(e, vRelPos);
}
}
public void UpdateSetWorldScale(Ray3f left, Ray3f right)
{
Vector3f hit1 = hitFrame.RayPlaneIntersection(left.Origin, left.Direction, 2);
Vector3f hit2 = hitFrame.RayPlaneIntersection(right.Origin, right.Direction, 2);
Vector3f avg = (hit1 + hit2) * 0.5f;
float r0 = (hit1 - (Vector3f)go.transform.position).Length;
float r1 = (hit2 - (Vector3f)go.transform.position).Length;
float r = (r0 + r1) * 0.5f;
float min_r = VRUtil.GetVRRadiusForVisualAngle(avg, camState.camPosition, 2.0f);
r = (float)Math.Max(r, min_r);
go.transform.localScale = r * Vector3f.One;
go.GetComponent <Renderer>().material =
(r > deadzone_r) ? mYes : mNo;
}
public override bool UpdateCapture(ITransformable target, Ray3f worldRay)
{
// ray-hit with world-space translation plane
Vector3f planeHit = translateFrameW.RayPlaneIntersection(worldRay.Origin, worldRay.Direction, nTranslationPlaneNormal);
int e0 = (nTranslationPlaneNormal + 1) % 3;
int e1 = (nTranslationPlaneNormal + 2) % 3;
// construct delta in world space and project into frame coordinates
Vector3f delta = (planeHit - vInitialHitPos);
delta *= TranslationScaleF();
float dx = Vector3f.Dot(delta, translateFrameW.GetAxis(e0));
float dy = Vector3f.Dot(delta, translateFrameW.GetAxis(e1));
if (DeltaDistanceConstraintF != null)
{
dx = DeltaDistanceConstraintF(translateFrameL, e0, dx);
dy = DeltaDistanceConstraintF(translateFrameL, e1, dy);
}
// construct new local frame translated along plane axes
Frame3f newFrame = translateFrameL;
newFrame.Origin += dx * translateFrameL.GetAxis(e0) + dy * translateFrameL.GetAxis(e1);
// update target
target.SetLocalFrame(newFrame, CoordSpace.ObjectCoords);
return(true);
}
// try to compute a stable ray/plane intersection. when origin is at < +/- an altitude threshold,
// use ray/line distance with view-perp line, instead of actual intersection
public static Vector3f SafeRayPlaneIntersection(Ray3f ray, Vector3f forwardDir,
Vector3f planeOrigin, Vector3f planeNormal, float fAngleThresh = 10.0f)
{
// determine if we are in unstable condition
float fOriginAngleDeg = (float)Math.Abs(
planeNormal.AngleD((planeOrigin - ray.Origin).Normalized));
bool bOriginUnstable = Math.Abs(fOriginAngleDeg - 90.0f) < fAngleThresh;
// we use ray/plane intersect if stable
Frame3f planeF = new Frame3f(planeOrigin, planeNormal);
Vector3f planeHit = planeF.RayPlaneIntersection(ray.Origin, ray.Direction, 2);
if (bOriginUnstable == false)
{
return(planeHit);
}
// if unstable, find "right" direction in plane (ie perp to forward dir, which
// may just be ray dir), then intersection is ray/axis closest point
Vector3f fwDirInPlane = (forwardDir - planeNormal.Dot(forwardDir)).Normalized;
Vector3f perpDirInPlane = Quaternionf.AxisAngleD(planeNormal, 90.0f) * fwDirInPlane;
float fAxisDist = (float)DistLine3Ray3.MinDistanceLineParam(ray, new Line3d(planeOrigin, perpDirInPlane));
return(planeOrigin + fAxisDist * perpDirInPlane);
}
public void UpdateDraw_Ray(Ray3f ray)
{
float fScale = scene.GetSceneScale();
Vector3f vHit = planarF.RayPlaneIntersection(ray.Origin, ray.Direction, 2);
smooth_append(preview, scene.SceneFrame.ToFrameP(vHit) / fScale, dist_thresh(Width, fScale));
}
public override bool UpdateCapture(ITransformable target, Ray worldRay)
{
// ray-hit with plane perpendicular to rotateAxisW
Vector3f planeHit = raycastFrame.RayPlaneIntersection(worldRay.origin, worldRay.direction, 2);
// find angle of hitpos in 2D plane perp to rotateAxis, and compute delta-angle
Vector3f dv = planeHit - rotateFrameW.Origin;
int iX = (nRotationAxis + 1) % 3;
int iY = (nRotationAxis + 2) % 3;
float fX = Vector3.Dot(dv, rotateFrameW.GetAxis(iX));
float fY = Vector3.Dot(dv, rotateFrameW.GetAxis(iY));
float fNewAngle = (float)Math.Atan2(fY, fX);
float fDeltaAngle = (fNewAngle - fRotateStartAngle);
// construct new frame for target that is rotated around axis
Vector3f rotateAxisL = rotateFrameL.GetAxis(nRotationAxis);
Quaternionf q = Quaternion.AngleAxis(fDeltaAngle * Mathf.Rad2Deg, rotateAxisL);
Frame3f newFrame = rotateFrameL;
newFrame.Rotation = q * newFrame.Rotation; // order matters here!
// update target
target.SetLocalFrame(newFrame, CoordSpace.ObjectCoords);
return(true);
}
void update_last_hit(SculptCurveTool tool, Ray3f ray)
{
SORayHit soHit;
// stick brush to target if we have one
if (tool.BrushTarget != null)
{
Vector3d hitPos, hitNormal;
bool bHit = tool.BrushTarget.RayIntersect(ray, out hitPos, out hitNormal);
if (bHit)
{
lastHitPosW = (Vector3f)hitPos;
}
}
else if (in_draw)
{
lastHitPosW = curDrawFrameW.RayPlaneIntersection(ray.Origin, ray.Direction, 2);
}
else if (SceneUtil.FindNearestRayIntersection(tool.Targets, ray, out soHit))
{
lastHitPosW = soHit.hitPos;
}
else
{
Frame3f f = new Frame3f(lastHitPosW, context.ActiveCamera.Forward());
lastHitPosW = f.RayPlaneIntersection(ray.Origin, ray.Direction, 2);
}
}
public override bool UpdateCapture(ITransformable target, Ray3f worldRay)
{
// ray-hit with plane that contains translation axis
Vector3f planeHit = raycastFrame.RayPlaneIntersection(worldRay.Origin, worldRay.Direction, 2);
// figure out new T-value along axis, then our translation update is delta-t
float fNewT = Distance.ClosestPointOnLineT(translateFrameW.Origin, translateAxisW, planeHit);
float fDeltaT = (fNewT - fTranslateStartT);
fDeltaT *= TranslationScaleF();
if (DeltaDistanceConstraintF != null)
{
fDeltaT = DeltaDistanceConstraintF(translateFrameL, nTranslationAxis, fDeltaT);
}
// construct new frame translated along axis (in local space)
Frame3f newFrame = translateFrameL;
newFrame.Origin += fDeltaT * translateFrameL.GetAxis(nTranslationAxis);
// update target
target.SetLocalFrame(newFrame, CoordSpace.ObjectCoords);
return(true);
}
public void UpdateDraw_Ray(Ray3f ray)
{
float fScale = scene.GetSceneScale();
Vector3f vHit = planarF.RayPlaneIntersection(ray.Origin, ray.Direction, 2);
smooth_append(preview.Curve, scene.ToSceneP(vHit), dist_thresh(Radius, fScale));
}
public virtual void BeginStroke(Ray3f rayS)
{
Vector3f camDirW = Scene.ActiveCamera.Forward();
Vector3f camDirS = Scene.ToSceneP(camDirW);
PlaneFrameS = new Frame3f(Target.GetLocalFrame(CoordSpace.SceneCoords).Origin, camDirS);
CurrentStroke.Clear();
CurrentStroke.Add(rayS);
CurrentStart = PlaneFrameS.RayPlaneIntersection(rayS.Origin, rayS.Direction, 2);
CurrentEnd = CurrentStart;
if (currentLine == null)
{
currentLine = new LineIndicator()
{
SceneStartF = () => { return(CurrentStart); },
SceneEndF = () => { return(CurrentEnd); },
VisibleF = () => { return(CurrentStroke.Count > 1); },
ColorF = () => { return(this.LineColor); },
LineWidth = fDimension.Scene(LineWidth)
};
Indicators.AddIndicator(currentLine);
}
}
public override bool UpdateCapture(ITransformable target, Ray3f worldRay)
{
// ray-hit with plane perpendicular to rotateAxisW
Vector3f planeHitW = raycastFrame.RayPlaneIntersection(worldRay.Origin, worldRay.Direction, 2);
// find angle of hitpos in 2D plane perp to rotateAxis, and compute delta-angle
Vector3f dv = planeHitW - rotateFrameW.Origin;
int iX = (nRotationAxis + 1) % 3;
int iY = (nRotationAxis + 2) % 3;
float fX = Vector3.Dot(dv, rotateFrameW.GetAxis(iX));
float fY = Vector3.Dot(dv, rotateFrameW.GetAxis(iY));
float fNewAngle = (float)Math.Atan2(fY, fX);
if (AbsoluteAngleConstraintF != null)
{
fNewAngle = AbsoluteAngleConstraintF(rotateFrameL, nRotationAxis, fNewAngle);
}
float fDeltaAngle = (fNewAngle - fRotateStartAngle);
if (DeltaAngleConstraintF != null)
{
fDeltaAngle = DeltaAngleConstraintF(rotateFrameL, nRotationAxis, fDeltaAngle);
}
bool on_snap = false;
if (EnableSnapping)
{
double dist = (planeHitW - rotateFrameW.Origin).Length;
on_snap = Math.Abs(dist - gizmoRadiusW) < gizmoRadiusW * 0.15f;
if (on_snap)
{
fDeltaAngle = (float)Snapping.SnapToIncrement(fDeltaAngle, SnapIncrementDeg * MathUtil.Deg2Radf);
}
enable_snap_indicator(true);
update_snap_indicator(-fDeltaAngle, on_snap);
}
// construct new frame for target that is rotated around axis
Vector3f rotateAxisL = rotateFrameL.GetAxis(nRotationAxis);
Quaternionf q = Quaternion.AngleAxis(fDeltaAngle * Mathf.Rad2Deg, rotateAxisL);
Frame3f newFrame = rotateFrameL;
newFrame.Rotation = q * newFrame.Rotation; // order matters here!
// update target
target.SetLocalFrame(newFrame, CoordSpace.ObjectCoords);
if (EnableSnapping)
{
update_circle_indicator(on_snap);
}
return(true);
}
public override bool UpdateCapture(ITransformable target, Ray3f worldRay)
{
Frame3f plane = new Frame3f(Vector3.zero, Vector3.forward);
Vector3 vHit = plane.RayPlaneIntersection(worldRay.Origin, worldRay.Direction, 2);
vHit = targetW.ToFrameP(vHit);
deformer.UpdateDeformation(vHit);
return(true);
}
Vector3f vInitialHitPos; // initial hit position in frame
public override bool BeginCapture(ITransformable target, Ray3f worldRay, UIRayHit hit)
{
// save local and world frames
translateFrameL = target.GetLocalFrame(CoordSpace.ObjectCoords);
translateFrameW = target.GetLocalFrame(CoordSpace.WorldCoords);
// save initial hitpos in translation plane
vInitialHitPos = translateFrameW.RayPlaneIntersection(worldRay.Origin, worldRay.Direction, nTranslationPlaneNormal);
return(true);
}
override public bool UpdateCapture(InputEvent e)
{
if (eInterMode == InteractionMode.InCustom)
{
custom_update_capture(e);
}
else if (eInterMode == InteractionMode.InPressDrag)
{
Vector3f hitPos = vHandleStartW.RayPlaneIntersection(e.ray.Origin, e.ray.Direction, 1);
onSliderBarPressDrag(e, hitPos);
}
else if (eInterMode == InteractionMode.InHandleDrag)
{
Vector3f hitPos = vHandleStartW.RayPlaneIntersection(e.ray.Origin, e.ray.Direction, 1);
Vector3f dv = hitPos - vStartHitW;
Vector3f vRelPos = vHandleStartW.Origin + dv;
onHandlePressDrag(e, vRelPos);
}
return(true);
}
Vector3f vInitialHitPos; // initial hit position in frame
public override bool BeginCapture(ITransformable target, Ray3f worldRay, UIRayHit hit)
{
if (target.SupportsScaling == false)
{
return(false);
}
// save local and world frames
scaleFrameW = target.GetLocalFrame(CoordSpace.WorldCoords);
cameraFrameW = new Frame3f(scaleFrameW.Origin, activeCamera.transform.rotation);
startScale = target.GetLocalScale();
// save initial hitpos in plane
vInitialHitPos = cameraFrameW.RayPlaneIntersection(worldRay.Origin, worldRay.Direction, 2);
return(true);
}
public override bool UpdateCapture(ITransformable target, Ray3f worldRay)
{
// ray-hit with plane that contains translation axis
Vector3f planeHit = raycastFrame.RayPlaneIntersection(worldRay.Origin, worldRay.Direction, 2);
// figure out new T-value along axis, then our translation update is delta-t
float fNewT = Distance.ClosestPointOnLineT(targetFrameW.Origin, heightAxisW, planeHit);
float fDeltaT = (fNewT - fHeightStartT);
fDeltaT *= DeltaScalingF();
float fNewValue = fStartValue + fDeltaT;
fNewValue = Mathf.Clamp(fNewValue, ValidRangeMin, ValidRangeMax);
primitive.Parameters.SetValue(AxisParamName, fNewValue);
return(true);
}
public override bool UpdateCapture(ITransformable target, Ray3f worldRay)
{
// ray-hit with world-space translation plane
Vector3f planeHit = cameraFrameW.RayPlaneIntersection(worldRay.Origin, worldRay.Direction, 2);
// construct delta in world space and project into frame coordinates
Vector3f delta = (planeHit - vInitialHitPos);
delta *= ScaleMultiplierF();
//float dx = Vector3f.Dot(delta, cameraFrameW.GetAxis(0));
float dy = Vector3f.Dot(delta, cameraFrameW.GetAxis(1));
float scaleDelta = 1.0f + dy;
float scaleFactor = Mathf.Clamp(scaleDelta, 0.1f, 1000.0f);
// update target
target.SetLocalScale(startScale * scaleFactor);
return(true);
}
public bool UpdateCapture(MMDModel target, RayWrap worldRay)
{
int normalAxis = 2;
if (nTranslationAxis == 2)
{
normalAxis = 1;
}
// ray-hit with plane that contains translation axis
var planeHitOpt = raycastFrame.RayPlaneIntersection(worldRay.From, worldRay.Dir, normalAxis);
if (!planeHitOpt.HasValue)
{
return(false);
}
Vector3 planeHit = planeHitOpt.Value;
// figure out new T-value along axis, then our translation update is delta-t
float fNewT = ClosestPointOnLineT(translateFrameW.Origin, translateAxisW, planeHit);
float fDeltaT = (fNewT - fTranslateStartT);
fDeltaT *= TranslationScaleF( );
if (DeltaDistanceConstraintF != null)
{
fDeltaT = DeltaDistanceConstraintF(translateFrameL, nTranslationAxis, fDeltaT);
}
// construct new frame translated along axis (in local space)
Frame3f newFrame = translateFrameL;
newFrame.Origin += fDeltaT * translateFrameL.GetAxis(nTranslationAxis);
// update target
//target.SetLocalFrame (newFrame, CoordSpace.ObjectCoords);
target.Position = newFrame.Origin;
return(true);
}
// FixedUpdate is called before any Update
public void Update()
{
if (bFreezeCursor)
{
return;
}
// if we are in capture we freeze the cursor plane
if (context.InCaptureMouse == false)
{
Vector3 camPos = camera.gameObject.transform.position;
Vector3 forward = camera.gameObject.transform.forward;
// orient Y-up plane so that it is in front of eye, perp to camera direction
float fCursorDepth = 10.0f;
fCursorSpeedNormalization = 1.0f;
if (context.ActiveCockpit != null && context.ActiveCockpit.DefaultCursorDepth > 0)
{
fCursorDepth = context.ActiveCockpit.DefaultCursorDepth;
// cursor speed will change depending on cursor plane distance, unless we normalize
fCursorSpeedNormalization *= (fCursorDepth / 10.0f);
}
xformObject.transform.position = camPos + fCursorDepth * forward;
xformObject.transform.LookAt(camera.gameObject.transform);
xformObject.transform.RotateAround(xformObject.transform.position, xformObject.transform.right, 90);
// that plane is the plane the mouse cursor moves on
this.vCursorPlaneOrigin = xformObject.transform.position;
this.vCursorPlaneRight = xformObject.transform.right;
this.vCursorPlaneUp = xformObject.transform.forward; // because we rotated? weird...
this.vRaySourcePosition = camera.transform.position;
// if we were capturing, then plane was frozen and when we stop capturing, if
// head moved, the cursor will pop to a new position (because it is stored in
// local plane coords). So raycast through old cursor to hit new plane and figure
// out new local coords (fCurPlaneX, fCurPlaneY)
if (bWasInCaptureFreeze)
{
Frame3f newF = new Frame3f(vCursorPlaneOrigin, this.camera.transform.forward);
Vector3 vPlaneHit = newF.RayPlaneIntersection(this.vRaySourcePosition,
(vPlaneCursorPos - vRaySourcePosition).normalized, 2);
fCurPlaneX = Vector3.Dot((vPlaneHit - vCursorPlaneOrigin), vCursorPlaneRight);
fCurPlaneY = Vector3.Dot((vPlaneHit - vCursorPlaneOrigin), vCursorPlaneUp);
bWasInCaptureFreeze = false;
}
}
else
{
bWasInCaptureFreeze = true;
}
Vector2f mousePos = InputExtension.Get.Mouse.PositionDelta;
Vector2f leftStick = InputExtension.Get.GamepadLeftStick.Position;
float fX = mousePos.x + leftStick.x;
float fY = mousePos.y + leftStick.y;
// auto-hide cursor if it doesn't move for a while
if (fX == 0 && fY == 0 && SceneGraphConfig.MouseCursorHideTimeout > 0)
{
if ((FPlatform.RealTime() - lastMouseEventTime) > SceneGraphConfig.MouseCursorHideTimeout)
{
Cursor.SetVisible(false);
mouseInactiveState = true;
}
if (mouseInactiveState)
{
return;
}
}
else
{
lastMouseEventTime = FPlatform.RealTime();
if (mouseInactiveState)
{
Cursor.SetVisible(true);
}
mouseInactiveState = false;
}
// update cursor location
fCurPlaneX -= 0.3f * fX * fCursorSpeedNormalization;
fCurPlaneY -= 0.3f * fY * fCursorSpeedNormalization;
vPlaneCursorPos =
vCursorPlaneOrigin + fCurPlaneX * vCursorPlaneRight + fCurPlaneY * vCursorPlaneUp;
vSceneCursorPos = vPlaneCursorPos;
// if cursor gets outside of viewpoint it is almost impossible to get it back.
// So, if it goes too far out of view (45 deg here), we snap it back to the origin
if (context.InCameraManipulation == false && context.InCaptureMouse == false)
{
float fAngle = Vector3.Angle((vPlaneCursorPos - camera.transform.position).normalized, camera.transform.forward);
if (fAngle > 50.0f)
{
fCurPlaneX = fCurPlaneY = 0;
vPlaneCursorPos =
vCursorPlaneOrigin + fCurPlaneX * vCursorPlaneRight + fCurPlaneY * vCursorPlaneUp;
vSceneCursorPos = vPlaneCursorPos;
}
}
bool bHit = false;
// [RMS] boundsHit cursor orientation could be useful for things where you are picking a point
// on the ground plane (eg like drawing contours). Not sure how to toggle that though.
// Just disabling for now...
//bool bIsBoundsHit = false;
if (context != null)
{
Ray r = new Ray(camera.transform.position, (vPlaneCursorPos - camera.transform.position).normalized);
AnyRayHit hit = null;
if (context.FindAnyRayIntersection(r, out hit))
{
vSceneCursorPos = hit.hitPos;
bHit = true;
}
else
{
GameObjectRayHit ghit = null;
if (context.GetScene().FindWorldBoundsHit(r, out ghit))
{
vSceneCursorPos = ghit.hitPos;
//bIsBoundsHit = true;
}
}
}
this.CurrentCursorPosWorld = vPlaneCursorPos;
this.CurrentCursorRaySourceWorld = this.vRaySourcePosition;
Vector3 vEyeToPos = (vPlaneCursorPos - camera.transform.position).normalized;
//if (bIsBoundsHit) {
// Vector3 rotAxis = (vEyeToPos + camera.transform.right).normalized;
// Cursor.transform.localRotation = Quaternion.AngleAxis(180.0f-45.0f, rotAxis);
//} else {
Quaternion rotAlignUp = Quaternion.FromToRotation(Vector3.up, camera.transform.up);
Vector3 rotAxis = (vEyeToPos + camera.transform.right).normalized;
Cursor.transform.localRotation = Quaternion.AngleAxis(45.0f, rotAxis) * rotAlignUp;
//}
Cursor.transform.position = vSceneCursorPos;
if (context.InCaptureMouse)
{
Cursor.GetComponent <MeshRenderer> ().material = CursorCapturingMaterial;
}
else if (bHit)
{
Cursor.GetComponent <MeshRenderer> ().material = CursorHitMaterial;
}
else
{
Cursor.GetComponent <MeshRenderer> ().material = CursorDefaultMaterial;
}
Cursor.SetLayer(FPlatform.CursorLayer);
// maintain a consistent visual size for 3D cursor sphere
float fScaling = VRUtil.GetVRRadiusForVisualAngle(vSceneCursorPos, camera.transform.position, CursorVisualAngleInDegrees);
Cursor.transform.localScale = new Vector3(fScaling, fScaling, fScaling);
// update cursor
Mesh useMesh = context.ToolManager.HasActiveTool(ToolSide.Right) ? activeToolCursorMesh : standardCursorMesh;
if (Cursor.GetSharedMesh() != useMesh)
{
Cursor.SetSharedMesh(useMesh);
}
}
// FixedUpdate is called before any Update
public void Update()
{
if (CheckForSpatialInputActive() == false)
{
return;
}
Vector3 rootPos = spatialCamRig.transform.position;
SpatialDevice[] hands = { Left, Right };
for (int i = 0; i < 2; ++i)
{
SpatialDevice h = hands[i];
h.CursorActive = VRPlatform.IsSpatialDeviceTracked(i);
if (h.CursorActive)
{
h.Hand.Show();
h.Cursor.Show();
Vector3 handPos = VRPlatform.GetLocalControllerPosition(i);
Quaternion handRot = VRPlatform.GetLocalControllerRotation(i);
h.AbsoluteHandFrame = new Frame3f(rootPos + handPos, handRot);
float fPositionT = 0.2f;
float fRotationT = 0.2f;
//float fPositionT = 1.0f;
//float fRotationT = 1.0f;
if (h.SmoothedHandFrame.Origin != Vector3f.Zero)
{
Vector3 new_origin =
Vector3.Lerp(h.SmoothedHandFrame.Origin, h.AbsoluteHandFrame.Origin, fPositionT);
Quaternion new_rotation =
Quaternion.Slerp(h.SmoothedHandFrame.Rotation, h.AbsoluteHandFrame.Rotation, fRotationT);
h.SmoothedHandFrame = new Frame3f(new_origin, new_rotation);
}
else
{
h.SmoothedHandFrame = h.AbsoluteHandFrame;
}
h.Hand.transform.position = h.SmoothedHandFrame.Origin;
h.Hand.transform.rotation = h.SmoothedHandFrame.Rotation * (Quaternionf)handGeomRotation;
h.CursorRay = new Ray(h.SmoothedHandFrame.Origin,
(h.SmoothedHandFrame.Rotation * Vector3.forward).Normalized);
if (Mathf.Abs(h.CursorRay.direction.sqrMagnitude - 1.0f) > 0.001f)
{
DebugUtil.Log(2, "SpatialInputController.Update - invlaid cursor ray! rotation was {0}", h.SmoothedHandFrame.Rotation);
h.CursorRay = new Ray(h.SmoothedHandFrame.Origin, Vector3.up);
}
// raycast into scene to see if we hit object, UI, bounds, etc.
bool bHit = false;
if (context != null)
{
// want to hit-test active gizmo first, because that has hit-priority
if (context.TransformManager.HaveActiveGizmo)
{
UIRayHit uiHit = null;
if (context.TransformManager.ActiveGizmo.FindRayIntersection(h.CursorRay, out uiHit))
{
h.RayHitPos = uiHit.hitPos;
bHit = true;
}
}
// next we tested scene
if (bHit == false)
{
AnyRayHit hit = null;
if (context.FindAnyRayIntersection(h.CursorRay, out hit))
{
h.RayHitPos = hit.hitPos;
bHit = true;
}
}
// finally test worldbounds
if (bHit == false)
{
GameObjectRayHit ghit = null;
if (context.GetScene().FindWorldBoundsHit(h.CursorRay, out ghit))
{
h.RayHitPos = ghit.hitPos;
}
}
}
// if not, plane cursor on view-perp plane centered at last hit pos,
// otherwise it will be stuck/disappear
if (bHit == false)
{
Frame3f f = new Frame3f(h.RayHitPos, camera.transform.forward);
h.RayHitPos = f.RayPlaneIntersection(h.CursorRay.origin, h.CursorRay.direction, 2);
}
h.Cursor.transform.position = h.RayHitPos;
//if (scene.InCapture)
// MaterialUtil.SetMaterial(h.Cursor, h.CursorCapturingMaterial);
//else
if (bHit)
{
MaterialUtil.SetMaterial(h.Cursor, h.CursorHitMaterial);
}
else
{
MaterialUtil.SetMaterial(h.Cursor, h.CursorDefaultMaterial);
}
// maintain a consistent visual size for 3D cursor sphere
float fScaling = VRUtil.GetVRRadiusForVisualAngle(h.RayHitPos, camera.transform.position, CursorVisualAngleInDegrees);
h.Cursor.transform.localScale = fScaling * Vector3.one;
// orient cursor so it is tilted like a 2D cursor, but per-hand
Vector3 cursor_right = Vector3.Cross(camera.transform.up, h.CursorRay.direction);
Vector3 cursor_fw = Vector3.Cross(cursor_right, camera.transform.up);
float rotSign = (h == Right) ? 1.0f : -1.0f;
Vector3 pointDir = (camera.transform.up + cursor_fw - 0.5f * rotSign * cursor_right).normalized;
h.Cursor.transform.localRotation = Quaternion.FromToRotation(Vector3.up, pointDir);
// update laser line
if (h.Laser != null)
{
float hDist = (h.RayHitPos - h.CursorRay.origin).magnitude;
Vector3 p0 = h.RayHitPos - 0.9f * hDist * h.CursorRay.direction;
Vector3 p1 = h.RayHitPos + 100.0f * h.CursorRay.direction;
float r0 = VRUtil.GetVRRadiusForVisualAngle(p0, camera.transform.position, 0.5f);
h.LaserRen.SetPosition(0, p0);
h.LaserRen.SetPosition(1, p1);
h.LaserRen.startWidth = h.LaserRen.endWidth = r0;
}
// udpate cursor
Mesh useMesh = context.ToolManager.HasActiveTool(i) ? activeToolCursorMesh : standardCursorMesh;
if (h.Cursor.GetSharedMesh() != useMesh)
{
h.Cursor.SetSharedMesh(useMesh);
}
}
else
{
h.Hand.Hide();
h.Cursor.Hide();
}
}
}
public void UpdateStroke(Ray3f rayS)
{
CurrentStroke.Add(rayS);
CurrentEnd = PlaneFrameS.RayPlaneIntersection(rayS.Origin, rayS.Direction, 2);
}
public bool UpdateCapture(MMDModel target, RayWrap worldRay)
{
int normalAxis = 2;
if (nRotationAxis == 2)
{
normalAxis = 1;
}
// ray-hit with plane perpendicular to rotateAxisW
var planeHitWOpt = raycastFrame.RayPlaneIntersection(worldRay.From, worldRay.Dir, normalAxis);
if (!planeHitWOpt.HasValue)
{
return(false);
}
var planeHitW = planeHitWOpt.Value;
// find angle of hitpos in 2D plane perp to rotateAxis, and compute delta-angle
Vector3f dv = planeHitW - rotateFrameW.Origin;
int iX = (nRotationAxis + 1) % 3;
int iY = (nRotationAxis + 2) % 3;
float fX = Vector3.Dot(dv, rotateFrameW.GetAxis(iX));
float fY = Vector3.Dot(dv, rotateFrameW.GetAxis(iY));
Util.DebugWrite("dv " + dv.ToString( ));
Util.DebugWrite("planeHitW " + planeHitW.ToString( ));
Util.DebugWrite("rotateFrameW " + rotateFrameW.Origin.ToString( ));
float fNewAngle = (float)Math.Atan2(fY, fX);
//if ( AbsoluteAngleConstraintF != null )
// fNewAngle = AbsoluteAngleConstraintF( rotateFrameL , nRotationAxis , fNewAngle );
float fDeltaAngle = (fNewAngle - fRotateStartAngle);
//if (DeltaAngleConstraintF != null)
// fDeltaAngle = DeltaAngleConstraintF(rotateFrameL, nRotationAxis, fDeltaAngle);
Util.DebugWrite("fDeltaAngle " + fDeltaAngle);
fDeltaAngle *= 0.03f;
bool on_snap = false;
if (EnableSnapping)
{
//double dist = (planeHitW - rotateFrameW.Origin).Length();
//on_snap = Math.Abs(dist - gizmoRadiusW) < gizmoRadiusW * 0.15f;
//if (on_snap)
// fDeltaAngle = (float)Snapping.SnapToIncrement(fDeltaAngle, SnapIncrementDeg * MathUtil.Deg2Radf);
//enable_snap_indicator(true);
//update_snap_indicator(-fDeltaAngle, on_snap);
}
// 軸を中心に回るターゲットのための新しいフレームを作る
Vector3f rotateAxisL = rotateFrameL.GetAxis(nRotationAxis);
Quaternion q = Quaternion.RotationAxis(rotateAxisL, fDeltaAngle.Deg());
Frame3f newFrame = rotateFrameL;
newFrame.Rotation = q * newFrame.Rotation; // order matters here!
// update target
target.SetLocalFrame(newFrame, CoordSpace.ObjectCoords);
if (EnableSnapping)
{
//update_circle_indicator(on_snap);
}
return(true);
}
