public GizmoLineSlider2D(Gizmo gizmo, int handleId, int capHandleId)
: base(gizmo, handleId)
{
_segmentIndex = Handle.Add2DShape(_segment);
_quadIndex = Handle.Add2DShape(_quad);
_controllerData.Gizmo = Gizmo;
_controllerData.Slider = this;
_controllerData.SliderHandle = Handle;
_controllerData.Segment = _segment;
_controllerData.SegmentIndex = _segmentIndex;
_controllerData.Quad = _quad;
_controllerData.QuadIndex = _quadIndex;
_controllers[(int)GizmoLine2DType.Thin] = new GizmoThinLineSlider2DController(_controllerData);
_controllers[(int)GizmoLine2DType.Box] = new GizmoBoxLineSlider2DController(_controllerData);
_cap2D = new GizmoCap2D(gizmo, capHandleId);
SetupSharedLookAndFeel();
SetDragChannel(GizmoDragChannel.Offset);
AddTargetTransform(Gizmo.Transform);
AddTargetTransform(_transform);
_cap2D.RegisterTransformAsDragTarget(_offsetDrag);
_cap2D.RegisterTransformAsDragTarget(_rotationDrag);
_transform.Changed += OnTransformChanged;
_transform.SetParent(gizmo.Transform);
Gizmo.PreUpdateBegin += OnGizmoPreUpdateBegin;
Gizmo.PreDragUpdate += OnGizmoHandleDragUpdate;
Gizmo.PreDragBeginAttempt += OnGizmoAttemptHandleDragBegin;
Gizmo.PreHoverEnter += OnGizmoHandleHoverEnter;
Gizmo.PreHoverExit += OnGizmoHandleHoverExit;
Gizmo.PostEnabled += OnGizmoPostEnabled;
}
private void UpdateTerrainBicubic(Gizmo gizmo)
{
var data = theTerrain.terrainData;
Vector3 dragOffset = gizmo.RelativeDragOffset / data.heightmapScale.y;
int gid = -1;
gizmos.TryGetValue(gizmo, out gid);
if (gid >= 0)
{
grid[gid] += dragOffset.y;
}
else
{
Debug.LogError("Gizmo is not found!");
}
int2 iidx = new int2(gid % gcount, gid / gcount);
float[,] lerp_grid = new float[7, 7];
for (int y = 0; y < 7; y++)
{
int _y = math.clamp(iidx.y - 3 + y, 0, gcount - 1);
for (int x = 0; x < 7; x++)
{
int _x = math.clamp(iidx.x - 3 + x, 0, gcount - 1);
lerp_grid[y, x] = grid[gcount * _y + _x];
}
}
float2 heightmapScale = ((float3)data.heightmapScale).xz;
float2 offset = ((float3)transform.position).xz - new float2(size * 0.5f, size * 0.5f);
float2 pos = ((float3)gizmo.Transform.Position3D).xz - offset;
int2 block_size = (int2)(new float2(spacing) / heightmapScale);
int2 hPos = (int2)(pos / heightmapScale);
hPos -= block_size * 2;
int2 max_block = new int2(block_size.x * 4, block_size.y * 4);
int res = data.heightmapResolution - 1;
RectInt r = new RectInt(hPos.x, hPos.y, max_block.x, max_block.y);
r.xMin = math.clamp(r.xMin, 0, res);
r.xMax = math.clamp(r.xMax, 0, res);
r.yMin = math.clamp(r.yMin, 0, res);
r.yMax = math.clamp(r.yMax, 0, res);
// Get the current heights under the selected gizmo.
float[,] hmap = data.GetHeights(r.x, r.y, r.width, r.height);
for (int gy = 0; gy < 4; gy++)
{
int base_y = gy * block_size.y;
for (int gx = 0; gx < 4; gx++)
{
int base_x = gx * block_size.x;
#if false
interp.UpdateCoefficients(new float[4, 4] {
{ lerp_grid[gy, gx], lerp_grid[gy + 1, gx], lerp_grid[gy + 2, gx], lerp_grid[gy + 3, gx] },
{ lerp_grid[gy, gx + 1], lerp_grid[gy + 1, gx + 1], lerp_grid[gy + 2, gx + 1], lerp_grid[gy + 3, gx + 1] },
{ lerp_grid[gy, gx + 2], lerp_grid[gy + 1, gx + 2], lerp_grid[gy + 2, gx + 2], lerp_grid[gy + 3, gx + 2] },
{ lerp_grid[gy, gx + 3], lerp_grid[gy + 1, gx + 3], lerp_grid[gy + 2, gx + 3], lerp_grid[gy + 3, gx + 3] }
});
#else
interp.UpdateCoefficients(new float4x4(
lerp_grid[gy, gx], lerp_grid[gy, gx + 1], lerp_grid[gy, gx + 2], lerp_grid[gy, gx + 3],
lerp_grid[gy + 1, gx], lerp_grid[gy + 1, gx + 1], lerp_grid[gy + 1, gx + 2], lerp_grid[gy, gx + 3],
lerp_grid[gy + 2, gx], lerp_grid[gy + 2, gx + 1], lerp_grid[gy + 2, gx + 2], lerp_grid[gy, gx + 3],
lerp_grid[gy + 3, gx], lerp_grid[gy + 3, gx + 1], lerp_grid[gy + 3, gx + 2], lerp_grid[gy, gx + 3]
));
#endif
for (int y = 0; y < block_size.y; y++)
{
int _y = hPos.y + base_y + y;
if (_y >= r.yMin && _y < r.yMax)
{
float ty = (float)y / block_size.y;
for (int x = 0; x < block_size.x; x++)
{
int _x = hPos.x + base_x + x;
if (_x >= r.xMin && _x < r.xMax)
{
float tx = (float)x / block_size.x;
try
{
hmap[_y - r.yMin, _x - r.xMin] = interp.GetValue(tx, ty);
}
catch
{
Debug.LogError("!!!!!!!!!!!!!!!!!!!")
;
}
}
}
}
}
}
}
// Set the new terrain heights
data.SetHeights(r.x, r.y, hmap);
}
private void OnGizmoPostEnabled(Gizmo gizmo)
{
Refresh();
}
public float GetRealCircleRadius()
{
float scaleFactor = 1.0f;
if (IsScaling)
{
float maxTotalDragScale = TotalDragScaleRight;
if (Mathf.Abs(TotalDragScaleRight) < Mathf.Abs(TotalDragScaleUp))
{
maxTotalDragScale = TotalDragScaleUp;
}
Vector3 realScaleAxis = _scaleAxisUp * maxTotalDragScale;
Vector2 screenScaleAxis = Vector3Ex.ConvertDirTo2D(ScaleDragOrigin, ScaleDragOrigin + realScaleAxis, Gizmo.GetWorkCamera());
scaleFactor = (screenScaleAxis.magnitude / (LookAndFeel.CircleRadius * LookAndFeel.Scale)) * Mathf.Sign(maxTotalDragScale);
}
return(LookAndFeel.CircleRadius * LookAndFeel.Scale * scaleFactor);
}
/// <summary>
/// This function traverses the handle's 2D and 3D shapes and decides which one is hovered
/// by the specified ray. It then returns the hover information inside an instance of the
/// 'GizmoHandleHoverData' class. The ray should be created using the 'Camera.ScreenPointToRay'
/// function and it represents the ray which is cast out from the screen into the 3D scene.
/// The function will always give priority to 2D shapes. So for example, if the handle has
/// a 2D and a 3D shape, and the ray hovers both of them, only the 2D shape will be taken into
/// account.
/// </summary>
/// <param name="hoverRay">
/// The hover ray. This should be created using the 'Camera.ScreenPointToRay' function. The
/// function will convert the origin of the ray in screen space to detect the 2D shapes which
/// are hovered by the ray.
/// </param>
/// <returns>
/// If a shape is hovered by the input ray, the function returns an instance of the
/// 'GizmoHandleHoverData' class. Otherwise, it returns null. The function also returns
/// null if there are any subscribers to the 'CanHover' event that don't allow the handle
/// to be hovered.
/// </returns>
public GizmoHandleHoverData GetHoverData(Ray hoverRay)
{
float minDist = float.MaxValue;
GizmoHandleHoverData handleHoverData = null;
if (Is2DHoverable && Is2DVisible)
{
Vector2 screenRayOrigin = Gizmo.GetWorkCamera().WorldToScreenPoint(hoverRay.origin);
GizmoHandleShape2D hovered2DShape = null;
foreach (var shape in _2DShapes)
{
if (shape.IsVisible && shape.IsHoverable)
{
if (shape.Shape.ContainsPoint(screenRayOrigin))
{
float dist = (shape.Shape.GetEncapsulatingRect().center - screenRayOrigin).magnitude;
if (hovered2DShape == null || dist < minDist)
{
hovered2DShape = shape;
minDist = dist;
}
}
}
}
if (hovered2DShape != null)
{
handleHoverData = new GizmoHandleHoverData(hoverRay, this, screenRayOrigin);
if (CanHover != null)
{
var answer = new YesNoAnswer();
CanHover(Id, Gizmo, handleHoverData, answer);
if (answer.HasNo)
{
return(null);
}
}
return(handleHoverData);
}
}
if (Is3DHoverable && Is3DVisible)
{
minDist = float.MaxValue;
GizmoHandleShape3D hovered3DShape = null;
foreach (var shape in _3DShapes)
{
if (shape.IsVisible && shape.IsHoverable)
{
float t;
if (shape.Shape.Raycast(hoverRay, out t))
{
if (hovered3DShape == null || t < minDist)
{
hovered3DShape = shape;
minDist = t;
}
}
}
}
if (hovered3DShape != null)
{
handleHoverData = new GizmoHandleHoverData(hoverRay, this, minDist);
if (CanHover != null)
{
var answer = new YesNoAnswer();
CanHover(Id, Gizmo, handleHoverData, answer);
if (answer.HasNo)
{
return(null);
}
}
return(handleHoverData);
}
}
return(null);
}
private void OnGizmoPostDisabled(Gizmo gizmo)
{
OverrideColor.IsActive = false;
_cap3D.OverrideColor.IsActive = false;
}
public GizmoHandleCollection(Gizmo gizmo)
{
_gizmo = gizmo;
}
private void OnGizmoDragEnd(Gizmo gizmo, int handleId)
{
_draggedGizmo = null;
}
private void OnTransformChanged(GizmoTransform transform, GizmoTransform.ChangeData changeData)
{
if (changeData.ChangeReason == GizmoTransform.ChangeReason.ParentChange ||
changeData.TRSDimension == GizmoDimension.Dim3D)
{
_controllers[(int)LookAndFeel.CapType].UpdateTransforms(GetZoomFactor(Gizmo.GetWorkCamera()));
}
}
public void CapSlider3DInvert(Vector3 sliderDirection, Vector3 sliderEndPt)
{
_controllers[(int)LookAndFeel.CapType].CapSlider3DInvert(sliderDirection, sliderEndPt, GetZoomFactor(Gizmo.GetWorkCamera()));
}
private void OnGizmoPreUpdateBegin(Gizmo gizmo)
{
_sceneGizmo.LookAndFeel.ConnectMidCapLookAndFeel(_cap);
}
public GizmoCap(Gizmo gizmo, int handleId)
{
_gizmo = gizmo;
_handle = Gizmo.CreateHandle(handleId);
}
public float GetRealLength()
{
float scaleFactor = 1.0f;
if (IsScaling)
{
Vector3 realScaleAxis = _scaleAxis * TotalDragScale;
Vector2 screenScaleAxis = Vector3Ex.ConvertDirTo2D(ScaleDragOrigin, ScaleDragOrigin + realScaleAxis, Gizmo.GetWorkCamera());
scaleFactor = (screenScaleAxis.magnitude / (LookAndFeel.Length * LookAndFeel.Scale)) * Mathf.Sign(TotalDragScale);
}
return(LookAndFeel.Length * LookAndFeel.Scale * scaleFactor);
}
private void OnAppInitialize()
{
interp = new CachedBicubicInterpolator();
// Get the terrain component
theTerrain = Terrain.activeTerrain;
var data = theTerrain.terrainData;
// Create gizmos arranged in a grid over the terrain.
// Note: Having too many gizmos in the scene may cause performance issues?
// Note: This pseudo code has multiple gizmos in the scene at once and alters TerrainData.
// But we could create more or fewer for a mesh vertices and use it to move multiple mesh control points at the same time.
// This gizmo grid spacing is arbitrary for pseudo code, I don't know the granularity of the TerrainData or terrain mesh size for the final version.
//??spacing = 20;
gcount = size / spacing + 1;
int numG = gcount * gcount;
grid = new float[numG];
gizmos = new Dictionary <Gizmo, int>(numG);
Vector3 offset = transform.position - new Vector3(size * 0.5f, 0.0f, size * 0.5f);
for (int x = 0; x < gcount; ++x)
{
for (int z = 0; z < gcount; ++z)
{
// Create the move gizmo.
// Note: We use the RTGizmosEngine.Get.CreateMoveGizmo function which returns a MoveGizmo instance.
// The MoveGizmo class is a gizmo behaviour. A gizmo behaviour is like a MonoBehaviour. And each
// gizmo behaviour is attached to a Gizmo. A Gizmo is like a GameObject in Unity.
MoveGizmo moveGizmo = RTGizmosEngine.Get.CreateMoveGizmo();
Gizmo ownerGizmo = moveGizmo.Gizmo;
gizmos.Add(ownerGizmo, z * gcount + x);
// Use the Transform property to set the position of the gizmo.
Vector3 gpos = new Vector3(x * spacing, 0.0f, z * spacing);
gpos.y = theTerrain.SampleHeight(gpos);
ownerGizmo.Transform.Position3D = gpos + offset;
// We need to listen to gizmo drag events in order to be able to move the TerrainData heights or mesh control points.
// For this reason we create a handle with the same signature as OnGizmoDragUpdate.
// Note: There are 2 drag update events: PreDragUpdate and PostDragUpdate. Always use the Post version.
ownerGizmo.PostDragUpdate += OnGizmoDragUpdate;
// We want all gizmos to share the same look and feel so we will assign our members to each gizmo that gets
// created. This is in a way similar to the concept of shared materials in Unity. After this assignment takes
// place, changing the properties of _sharedLookAndFeel2D or _sharedLookAndFeel3D will cause all gizmos to
// change how they look. We don't have to do this if we want each gizmo to have a unique look and feel. Also,
// we can set the SharedLookAndFeel2D and SharedLookAndFeel3D properties to null later if we wish to revert to
// unique look and feel.
moveGizmo.SharedLookAndFeel2D = _sharedLookAndFeel2D;
moveGizmo.SharedLookAndFeel3D = _sharedLookAndFeel3D;
}
}
// Since we are dealing with heights of TerrainData or mesh control points on a terrain mesh, the gizmos will most likely just
// move up/down on the Y axis. This means that you can hide the X and Z axes and just leave the Y axis visible.
// Note: all axes could be visible, but they don't make much sense for the purposes of moving terrain patches up/down at this point
// unless those axes are needed to smooth or give more control to the terrain.
_sharedLookAndFeel3D.SetSliderVisible(0, AxisSign.Positive, false); // Hide the slider (the line)
_sharedLookAndFeel3D.SetSliderCapVisible(0, AxisSign.Positive, false); // Hide the slider cap (the cone)
_sharedLookAndFeel3D.SetSliderVisible(2, AxisSign.Positive, false);
_sharedLookAndFeel3D.SetSliderCapVisible(2, AxisSign.Positive, false);
// Do the same for the rectangles that allow the gizmo to move along 2 axes at once
_sharedLookAndFeel3D.SetDblSliderVisible(PlaneId.XY, false);
_sharedLookAndFeel3D.SetDblSliderVisible(PlaneId.YZ, false);
_sharedLookAndFeel3D.SetDblSliderVisible(PlaneId.ZX, false);
}
private void RegisterGizmo(Gizmo gizmo)
{
_gizmos.Add(gizmo);
gizmo.PreDragBegin += OnGizmoDragBegin;
gizmo.PreDragEnd += OnGizmoDragEnd;
}
private void OnGizmoAttemptHandleDragBegin(Gizmo gizmo, int handleId)
{
if (handleId == HandleId)
{
if (_dragChannel == GizmoDragChannel.Offset)
{
GizmoDblAxisOffsetDrag3D.WorkData workData = new GizmoDblAxisOffsetDrag3D.WorkData();
workData.Axis0 = Right;
workData.Axis1 = Up;
workData.DragOrigin = Position;
workData.SnapStep0 = Settings.OffsetSnapStepRight;
workData.SnapStep1 = Settings.OffsetSnapStepUp;
_dblAxisOffsetDrag.SetWorkData(workData);
}
else
if (_dragChannel == GizmoDragChannel.Rotation)
{
GizmoSglAxisRotationDrag3D.WorkData workData = new GizmoSglAxisRotationDrag3D.WorkData();
workData.Axis = Normal;
workData.RotationPlanePos = Position;
workData.SnapMode = Settings.RotationSnapMode;
workData.SnapStep = Settings.RotationSnapStep;
_rotationDrag.SetWorkData(workData);
Vector3 arcStart = Plane.ProjectPoint(Gizmo.HoverInfo.HoverPoint);
_rotationArc.SetArcData(Normal, Position, arcStart, GetRealCircleRadius(GetZoomFactor(Gizmo.FocusCamera)));
}
else
if (_dragChannel == GizmoDragChannel.Scale)
{
float zoomFactor = GetZoomFactor(Gizmo.FocusCamera);
GizmoDblAxisScaleDrag3D.WorkData workData = new GizmoDblAxisScaleDrag3D.WorkData();
workData.Axis0 = Right;
workData.Axis1 = Up;
workData.DragOrigin = Position;
workData.AxisIndex0 = _scaleDragAxisIndexRight;
workData.AxisIndex1 = _scaleDragAxisIndexUp;
workData.ScaleMode = Settings.ScaleMode;
if (workData.ScaleMode == GizmoDblAxisScaleMode.Independent)
{
workData.IndSnapStep0 = Settings.ScaleSnapStepRight;
workData.IndSnapStep1 = Settings.ScaleSnapStepUp;
if (LookAndFeel.PlaneType == GizmoPlane3DType.Quad)
{
workData.IndBaseSize0 = GetRealQuadWidth(zoomFactor) * 0.5f;
workData.IndBaseSize1 = GetRealQuadHeight(zoomFactor) * 0.5f;
}
else
if (LookAndFeel.PlaneType == GizmoPlane3DType.RATriangle)
{
workData.IndBaseSize0 = GetRealRATriXLength(zoomFactor);
workData.IndBaseSize1 = GetRealRATriYLength(zoomFactor);
}
}
else
{
if (LookAndFeel.PlaneType == GizmoPlane3DType.Quad)
{
workData.PropBaseSize = TriangleMath.CalcRATriangleHypotenuse(GetRealQuadSize(zoomFactor) * 0.5f);
}
else
if (LookAndFeel.PlaneType == GizmoPlane3DType.RATriangle)
{
workData.PropBaseSize = TriangleMath.CalcRATriangleAltitude(GetRealRATriSize(zoomFactor));
}
workData.PropSnapStep = Settings.ProportionalScaleSnapStep;
workData.PropAxis = ((Right + Up) * 0.5f).normalized;
}
_scaleDrag.SetWorkData(workData);
}
}
}
private void OnGizmoDragBegin(Gizmo gizmo, int handleId)
{
_draggedGizmo = gizmo;
}
public void Init_SystemCall(GizmoBehaviorInitParams initParams)
{
_gizmo = initParams.Gizmo;
}
private void OnGizmoPreUpdateBegin(Gizmo gizmo)
{
_handle.Is2DVisible = _sceneGizmo.LookAndFeel.IsCamPrjSwitchLabelVisible;
UpdateTransform();
}
private bool IsGizmoRegistered(Gizmo gizmo)
{
return(_allGizmos.FindAll(item => item.Gizmo == gizmo).Count != 0);
}
/// <summary>
/// Returns the size (length and thickness) of the slider along the specified direction
/// axis. The function will take into accoun the look and feel settings such as the slider
/// type (line, box, cylinder), scale and whether or not a zoom factor should be applied.
/// </summary>
/// <param name="camera">
/// This is the camera needed to calculate the slider zoom factor if necessary.
/// </param>
/// <param name="direction">
/// The direction along which the slider size will be calculated.
/// </param>
public float GetRealSizeAlongDirection(Camera camera, Vector3 direction)
{
return(_controllers[(int)LookAndFeel.LineType].GetRealSizeAlongDirection(direction, GetZoomFactor(Gizmo.GetWorkCamera())));
}
private bool RegisterGizmo(int gizmoId, Gizmo gizmo)
{
if (IsGizmoRegistered(gizmoId) || IsGizmoRegistered(gizmo))
{
return(false);
}
_allGizmos.Add(new ObjectSelectionGizmo(gizmoId, gizmo));
ObjectTransformGizmo transformGizmo = gizmo.GetFirstBehaviourOfType <ObjectTransformGizmo>();
if (transformGizmo != null)
{
_objectTransformGizmos.Add(transformGizmo);
transformGizmo.SetTargetObjects(_targetObjectCollection);
}
var moveGizmo = gizmo.GetFirstBehaviourOfType <MoveGizmo>();
if (moveGizmo != null)
{
moveGizmo.SharedSettings2D = MoveGizmoSettings2D;
moveGizmo.SharedSettings3D = MoveGizmoSettings3D;
moveGizmo.SharedLookAndFeel2D = MoveGizmoLookAndFeel2D;
moveGizmo.SharedLookAndFeel3D = MoveGizmoLookAndFeel3D;
moveGizmo.SharedHotkeys = MoveGizmoHotkeys;
moveGizmo.SetVertexSnapTargetObjects(_targetObjectCollection);
if (transformGizmo != null)
{
transformGizmo.SharedSettings = ObjectMoveGizmoSettings;
}
}
var rotationGizmo = gizmo.GetFirstBehaviourOfType <RotationGizmo>();
if (rotationGizmo != null)
{
rotationGizmo.SharedSettings3D = RotationGizmoSettings3D;
rotationGizmo.SharedLookAndFeel3D = RotationGizmoLookAndFeel3D;
rotationGizmo.SharedHotkeys = RotationGizmoHotkeys;
if (transformGizmo != null)
{
transformGizmo.SharedSettings = ObjectRotationGizmoSettings;
}
}
var scaleGizmo = gizmo.GetFirstBehaviourOfType <ScaleGizmo>();
if (scaleGizmo != null)
{
scaleGizmo.SharedSettings3D = ScaleGizmoSettings3D;
scaleGizmo.SharedLookAndFeel3D = ScaleGizmoLookAndFeel3D;
scaleGizmo.SharedHotkeys = ScaleGizmoHotkeys;
scaleGizmo.SetScaleGuideTargetObjects(_targetObjectCollection);
if (transformGizmo != null)
{
transformGizmo.SharedSettings = ObjectScaleGizmoSettings;
}
}
var boxScaleGizmo = gizmo.GetFirstBehaviourOfType <BoxGizmo>();
if (boxScaleGizmo != null)
{
boxScaleGizmo.SharedSettings3D = BoxScaleGizmoSettings3D;
boxScaleGizmo.SharedLookAndFeel3D = BoxScaleGizmoLookAndFeel3D;
boxScaleGizmo.SharedHotkeys = BoxScaleGizmoHotkeys;
}
var universalGizmo = gizmo.GetFirstBehaviourOfType <UniversalGizmo>();
if (universalGizmo != null)
{
universalGizmo.SharedSettings2D = UniversalGizmoSettings2D;
universalGizmo.SharedSettings3D = UniversalGizmoSettings3D;
universalGizmo.SharedLookAndFeel2D = UniversalGizmoLookAndFeel2D;
universalGizmo.SharedLookAndFeel3D = UniversalGizmoLookAndFeel3D;
universalGizmo.SharedHotkeys = UniversalGizmoHotkeys;
universalGizmo.SetMvVertexSnapTargetObjects(_targetObjectCollection);
universalGizmo.SetScaleGuideTargetObjects(_targetObjectCollection);
if (transformGizmo != null)
{
transformGizmo.SharedSettings = ObjectUniversalGizmoSettings;
}
}
var extrudeGizmo = gizmo.GetFirstBehaviourOfType <ObjectExtrudeGizmo>();
if (extrudeGizmo != null)
{
extrudeGizmo.SharedLookAndFeel3D = ExtrudeGizmoLookAndFeel3D;
extrudeGizmo.SharedHotkeys = ExtrudeGozmoHotkeys;
extrudeGizmo.SetExtrudeTargets(_targetObjectCollection);
}
gizmo.PostEnabled += OnGizmoPostEnabled;
return(true);
}
private void Update2DGizmoPosition()
{
Gizmo.Transform.Position2D = Gizmo.GetWorkCamera().WorldToScreenPoint(Gizmo.Transform.Position3D);
}
public override void OnGizmoAttemptHandleDragBegin(int handleId)
{
if (handleId == _rtMidCap.HandleId)
{
var workData = new GizmoDblAxisRotationDrag3D.WorkData();
workData.Axis0 = Gizmo.FocusCamera.transform.up;
workData.Axis1 = Gizmo.FocusCamera.transform.right;
workData.ScreenAxis0 = -Vector3.right;
workData.ScreenAxis1 = Vector3.up;
workData.SnapMode = Settings3D.RtSnapMode;
workData.SnapStep0 = Settings3D.RtCamUpSnapStep;
workData.SnapStep1 = Settings3D.RtCamRightSnapStep;
_rtCamXYRotationDrag.SetWorkData(workData);
}
else if (handleId == _scMidCap.HandleId)
{
var workData = new GizmoUniformScaleDrag3D.WorkData();
workData.BaseSize = _scMidCap.GetRealBoxSize(_scMidCap.GetZoomFactor(Gizmo.GetWorkCamera())).magnitude;
workData.DragOrigin = _scMidCap.Position;
workData.CameraRight = Gizmo.FocusCamera.transform.right;
workData.CameraUp = Gizmo.FocusCamera.transform.up;
workData.SnapStep = Settings3D.ScUniformSnapStep;
_scUnformScaleDrag.SetWorkData(workData);
}
}
public float GetRealQuadHeight()
{
float scaleFactor = 1.0f;
if (IsScaling)
{
Vector3 realScaleAxis = _scaleAxisUp * TotalDragScaleUp;
Vector2 screenScaleAxis = Vector3Ex.ConvertDirTo2D(ScaleDragOrigin, ScaleDragOrigin + realScaleAxis, Gizmo.GetWorkCamera());
scaleFactor = screenScaleAxis.magnitude / (LookAndFeel.QuadHeight * LookAndFeel.Scale * 0.5f) * Mathf.Sign(TotalDragScaleUp);
}
return(LookAndFeel.QuadHeight * LookAndFeel.Scale * scaleFactor);
}
public void Update_SystemCall()
{
foreach (var sceneGizmoCam in _sceneGizmoCameras)
{
sceneGizmoCam.Update_SystemCall();
}
_pipelineStage = GizmosEnginePipelineStage.Update;
IInputDevice inputDevice = RTInputDevice.Get.Device;
bool deviceHasPointer = inputDevice.HasPointer();
Vector3 inputDevicePos = inputDevice.GetPositionYAxisUp();
bool isUIHovered = RTScene.Get.IsAnyUIElementHovered();
bool canUpdateHoverInfo = _draggedGizmo == null && !isUIHovered;
if (canUpdateHoverInfo)
{
YesNoAnswer answer = new YesNoAnswer();
if (CanDoHoverUpdate != null)
{
CanDoHoverUpdate(answer);
}
if (answer.HasNo)
{
canUpdateHoverInfo = false;
}
}
if (canUpdateHoverInfo)
{
_hoveredGizmo = null;
_gizmoHoverInfo.Reset();
}
bool isDeviceInsideFocusCamera = deviceHasPointer && RTFocusCamera.Get.IsViewportHoveredByDevice(); //RTFocusCamera.Get.TargetCamera.pixelRect.Contains(inputDevicePos);
bool focusCameraCanRenderGizmos = IsRenderCamera(RTFocusCamera.Get.TargetCamera);
var hoverDataCollection = new List <GizmoHandleHoverData>(10);
foreach (var gizmo in _gizmos)
{
gizmo.OnUpdateBegin_SystemCall();
if (canUpdateHoverInfo && gizmo.IsEnabled &&
isDeviceInsideFocusCamera && deviceHasPointer && focusCameraCanRenderGizmos)
{
var handleHoverData = GetGizmoHandleHoverData(gizmo);
if (handleHoverData != null)
{
hoverDataCollection.Add(handleHoverData);
}
}
}
GizmoHandleHoverData hoverData = null;
if (canUpdateHoverInfo && hoverDataCollection.Count != 0)
{
SortHandleHoverDataCollection(hoverDataCollection, inputDevicePos);
hoverData = hoverDataCollection[0];
_hoveredGizmo = hoverData.Gizmo;
_gizmoHoverInfo.HandleId = hoverData.HandleId;
_gizmoHoverInfo.HandleDimension = hoverData.HandleDimension;
_gizmoHoverInfo.HoverPoint = hoverData.HoverPoint;
_gizmoHoverInfo.IsHovered = true;
}
foreach (var gizmo in _gizmos)
{
_gizmoHoverInfo.IsHovered = (gizmo == _hoveredGizmo);
gizmo.UpdateHandleHoverInfo_SystemCall(_gizmoHoverInfo);
gizmo.HandleInputDeviceEvents_SystemCall();
gizmo.OnUpdateEnd_SystemCall();
}
_pipelineStage = GizmosEnginePipelineStage.PostUpdate;
}
private void OnGizmoAttemptHandleDragBegin(Gizmo gizmo, int handleId)
{
if (handleId == HandleId)
{
if (_dragChannel == GizmoDragChannel.Offset)
{
GizmoDblAxisOffsetDrag3D.WorkData workData = new GizmoDblAxisOffsetDrag3D.WorkData();
workData.Axis0 = Vector2Ex.ConvertDirTo3D(_transform.Right2D, OffsetDragOrigin, Gizmo.FocusCamera).normalized;
workData.Axis1 = Vector2Ex.ConvertDirTo3D(_transform.Up2D, OffsetDragOrigin, Gizmo.FocusCamera).normalized;
workData.DragOrigin = OffsetDragOrigin;
workData.SnapStep0 = Settings.OffsetSnapStepRight;
workData.SnapStep1 = Settings.OffsetSnapStepUp;
_offsetDrag.SetWorkData(workData);
}
else
if (_dragChannel == GizmoDragChannel.Rotation)
{
GizmoSglAxisRotationDrag3D.WorkData workData = new GizmoSglAxisRotationDrag3D.WorkData();
workData.Axis = Gizmo.FocusCamera.transform.forward;
workData.SnapMode = Settings.RotationSnapMode;
workData.SnapStep = Settings.RotationSnapStep;
if (LookAndFeel.PlaneType != GizmoPlane2DType.Polygon)
{
workData.RotationPlanePos = Gizmo.FocusCamera.ScreenToWorldPoint(new Vector3(Position.x, Position.y, Gizmo.FocusCamera.nearClipPlane));
}
if (LookAndFeel.PlaneType == GizmoPlane2DType.Circle)
{
_rotationArc.SetArcData(Position, Gizmo.HoverInfo.HoverPoint, GetRealCircleRadius());
_rotationArc.Type = GizmoRotationArc2D.ArcType.Standard;
}
else
if (LookAndFeel.PlaneType == GizmoPlane2DType.Polygon)
{
Vector3 polyCenter = PolyCenter;
workData.RotationPlanePos = Gizmo.FocusCamera.ScreenToWorldPoint(new Vector3(polyCenter.x, polyCenter.y, Gizmo.FocusCamera.nearClipPlane));
_rotationArc.SetArcData(PolyCenter, Gizmo.HoverInfo.HoverPoint, 1.0f);
_rotationArc.Type = GizmoRotationArc2D.ArcType.PolyProjected;
_rotationArc.ProjectionPoly = _polygon;
_rotationArc.NumProjectedPoints = 100;
}
_rotationDrag.SetWorkData(workData);
}
else
if (_dragChannel == GizmoDragChannel.Scale)
{
_scaleAxisRight = Vector2Ex.ConvertDirTo3D(Position, GetRealExtentPoint(Shape2DExtentPoint.Right), ScaleDragOrigin, Gizmo.FocusCamera);
_scaleAxisUp = Vector2Ex.ConvertDirTo3D(Position, GetRealExtentPoint(Shape2DExtentPoint.Top), ScaleDragOrigin, Gizmo.FocusCamera);
GizmoDblAxisScaleDrag3D.WorkData workData = new GizmoDblAxisScaleDrag3D.WorkData();
workData.Axis0 = _scaleAxisRight.normalized;
workData.Axis1 = _scaleAxisUp.normalized;
workData.AxisIndex0 = _scaleDragAxisIndexRight;
workData.AxisIndex1 = _scaleDragAxisIndexUp;
workData.DragOrigin = ScaleDragOrigin;
workData.SnapStep = Settings.ProportionalScaleSnapStep;
_scaleDrag.SetWorkData(workData);
}
}
}
public GizmoHandleHoverData GetGizmoHandleHoverData(Gizmo gizmo)
{
Camera focusCamera = gizmo.FocusCamera;
Ray hoverRay = RTInputDevice.Get.Device.GetRay(focusCamera);
var hoverDataCollection = gizmo.GetAllHandlesHoverData(hoverRay);
Vector3 screenRayOrigin = focusCamera.WorldToScreenPoint(hoverRay.origin);
hoverDataCollection.Sort(delegate(GizmoHandleHoverData h0, GizmoHandleHoverData h1)
{
var handle0 = gizmo.GetHandleById_SystemCall(h0.HandleId);
var handle1 = gizmo.GetHandleById_SystemCall(h1.HandleId);
// Same dimensions?
bool sameDims = (h0.HandleDimension == h1.HandleDimension);
if (sameDims)
{
// 2D dimension?
if (h0.HandleDimension == GizmoDimension.Dim2D)
{
// If the priorities are equal, we sort by distance from screen ray origin.
// Otherwise, we sort by priority.
if (handle0.HoverPriority2D == handle1.HoverPriority2D)
{
float d0 = (screenRayOrigin - h0.HoverPoint).sqrMagnitude;
float d1 = (screenRayOrigin - h1.HoverPoint).sqrMagnitude;
return(d0.CompareTo(d1));
}
else
{
return(handle0.HoverPriority2D.CompareTo(handle1.HoverPriority2D));
}
}
// 3D dimension
else
{
// If the priorities are equal, we sort by hover enter. Otherwise, we sort by priority.
if (handle0.HoverPriority3D == handle1.HoverPriority3D)
{
return(h0.HoverEnter3D.CompareTo(h1.HoverEnter3D));
}
else
{
return(handle0.HoverPriority3D.CompareTo(handle1.HoverPriority3D));
}
}
}
else
{
// When the dimensions differ, we will sort by the gizmo generic priority. If the priorities are equal,
// we will give priority to 2D handles.
if (handle0.GenericHoverPriority == handle1.GenericHoverPriority)
{
if (h0.HandleDimension == GizmoDimension.Dim2D)
{
return(-1);
}
return(1);
}
return(handle0.GenericHoverPriority.CompareTo(handle1.GenericHoverPriority));
}
});
return(hoverDataCollection.Count != 0 ? hoverDataCollection[0] : null);
}
private void OnGizmoPreUpdateBegin(Gizmo gizmo)
{
_controllers[(int)_planeSlider.LookAndFeel.PolygonBorderType].UpdateHandles();
_controllers[(int)_planeSlider.LookAndFeel.PolygonBorderType].UpdateEpsilons();
}
private void UpdateTerrainBilinear(Gizmo gizmo)
{
var data = theTerrain.terrainData;
Vector3 dragOffset = gizmo.RelativeDragOffset / data.heightmapScale.y;
int gid = -1;
gizmos.TryGetValue(gizmo, out gid);
if (gid >= 0)
{
grid[gid] += dragOffset.y;
}
else
{
Debug.LogError("Gizmo is not found!");
}
Vector2Int gizmo_pos = new Vector2Int(gid % gcount, gid / gcount);
float[,] lerp_grid = new float[3, 3]
{
{ grid[gid - gcount - 1], grid[gid - gcount], grid[gid - gcount + 1] },
{ grid[gid - 1], grid[gid], grid[gid + 1] },
{ grid[gid + gcount - 1], grid[gid + gcount], grid[gid + gcount + 1] }
};
Vector3 offset = transform.position - new Vector3(size * 0.5f, 0.0f, size * 0.5f);
Vector3 pos = gizmo.Transform.Position3D - offset;
Vector2Int block_size = new Vector2Int(
(int)(spacing / data.heightmapScale.x),
(int)(spacing / data.heightmapScale.z));
Vector2Int hPos = new Vector2Int(
(int)(pos.x / data.heightmapScale.x),
(int)(pos.z / data.heightmapScale.z));
hPos -= block_size;
// Get the current heights under the selected gizmo.
float[,] heightsvalues = data.GetHeights(
hPos.x, hPos.y,
block_size.x * 2, block_size.y * 2);
for (int gy = 0; gy < 2; gy++)
{
int base_y = gy * block_size.y;
for (int gx = 0; gx < 2; gx++)
{
int base_x = gx * block_size.x;
for (int y = 0; y < block_size.y; y++)
{
float ty = (float)y / block_size.y;
for (int x = 0; x < block_size.x; x++)
{
float tx = (float)x / block_size.x;
heightsvalues[base_y + y, base_x + x] =
Mathf.Lerp(
Mathf.Lerp(lerp_grid[gy, gx], lerp_grid[gy, gx + 1], tx),
Mathf.Lerp(lerp_grid[gy + 1, gx], lerp_grid[gy + 1, gx + 1], tx),
ty);
}
}
}
}
// Set the new terrain heights
data.SetHeights(hPos.x, hPos.y, heightsvalues);
}
