protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
float newFloat;
EditorGUILayoutEx.SectionHeader("Hover epsilon");
var content = new GUIContent();
content.text = "Line slider";
content.tooltip = "Controls the precision used when hovering line sliders.";
newFloat = EditorGUILayout.FloatField(content, LineSliderHoverEps);
if (newFloat != LineSliderHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetLineSliderHoverEps(newFloat);
}
content.text = "Box slider";
content.tooltip = "Controls the precision used when hovering box sliders.";
newFloat = EditorGUILayout.FloatField(content, BoxSliderHoverEps);
if (newFloat != BoxSliderHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetBoxSliderHoverEps(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Snapping");
content.text = "X";
content.tooltip = "Snap step value used when moving along the X axis.";
newFloat = EditorGUILayout.FloatField(content, XSnapStep);
if (newFloat != XSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetXSnapStep(newFloat);
}
content.text = "Y";
content.tooltip = "Snap step value used when moving along the Y axis.";
newFloat = EditorGUILayout.FloatField(content, YSnapStep);
if (newFloat != YSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetYSnapStep(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Drag sensitivity");
content.text = "Sensitivity";
content.tooltip = "This value allows you to scale the slider drag speed.";
newFloat = EditorGUILayout.FloatField(content, DragSensitivity);
if (newFloat != DragSensitivity)
{
EditorUndoEx.Record(undoRecordObject);
SetDragSensitivity(newFloat);
}
}
protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
int newInt;
var content = new GUIContent();
content.text = "Transformable layers";
content.tooltip = "Allows you to specify which layers can be transformed by the gizmo. Objects which do not belong to a transformable layer will not be transformed by the gizmo.";
newInt = EditorGUILayoutEx.LayerMaskField(content, TransformableLayers);
if (newInt != TransformableLayers)
{
EditorUndoEx.Record(undoRecordObject);
TransformableLayers = newInt;
}
}
protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
float newFloat;
EditorGUILayoutEx.SectionHeader("Snapping");
var content = new GUIContent();
content.text = "X";
content.tooltip = "The snap step for the X axis.";
newFloat = EditorGUILayout.FloatField(content, XSnapStep);
if (newFloat != XSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetXSnapStep(newFloat);
}
content.text = "Y";
content.tooltip = "The snap step for the Y axis.";
newFloat = EditorGUILayout.FloatField(content, YSnapStep);
if (newFloat != YSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetYSnapStep(newFloat);
}
content.text = "Z";
content.tooltip = "The snap step for the Z axis.";
newFloat = EditorGUILayout.FloatField(content, ZSnapStep);
if (newFloat != ZSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetZSnapStep(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Drag sensitivity");
content.text = "Sensitivity";
content.tooltip = "This value allows you to scale the drag speed.";
newFloat = EditorGUILayout.FloatField(content, DragSensitivity);
if (newFloat != DragSensitivity)
{
EditorUndoEx.Record(undoRecordObject);
SetDragSensitivity(newFloat);
}
}
protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
Color newColor; float newFloat;
GizmoCap2DType newTickType;
var content = new GUIContent();
EditorGUILayoutEx.SectionHeader("Tick shape");
content.text = "Tick type";
content.tooltip = "The type of shape which is used to draw the ticks.";
newTickType = (GizmoCap2DType)EditorGUILayoutEx.SelectiveEnumPopup(content, TickType, GetAllowedTickTypes());
if (newTickType != TickType)
{
EditorUndoEx.Record(undoRecordObject);
SetTickType(newTickType);
}
if (TickType == GizmoCap2DType.Quad)
{
content.text = "Quad width";
content.tooltip = "The tick quad width.";
newFloat = EditorGUILayout.FloatField(content, TickQuadWidth);
if (newFloat != TickQuadWidth)
{
EditorUndoEx.Record(undoRecordObject);
SetTickQuadWidth(newFloat);
}
content.text = "Quad height";
content.tooltip = "The tick quad height.";
newFloat = EditorGUILayout.FloatField(content, TickQuadHeight);
if (newFloat != TickQuadHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetTickQuadHeight(newFloat);
}
}
else
if (TickType == GizmoCap2DType.Circle)
{
content.text = "Circle radius";
content.tooltip = "The tick circle radius.";
newFloat = EditorGUILayout.FloatField(content, TickCircleRadius);
if (newFloat != TickCircleRadius)
{
EditorUndoEx.Record(undoRecordObject);
SetTickCircleRadius(newFloat);
}
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Colors");
content.text = "Box wire color";
content.tooltip = "The color used to draw the box wireframe.";
newColor = EditorGUILayout.ColorField(content, BoxWireColor);
if (newColor != BoxWireColor)
{
EditorUndoEx.Record(undoRecordObject);
SetBoxWireColor(newColor);
}
content.text = "X ticks";
content.tooltip = "The color of the ticks which are associated with the X axis.";
newColor = EditorGUILayout.ColorField(content, XTickColor);
if (newColor != XTickColor)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisTickColor(0, newColor);
}
content.text = "Y ticks";
content.tooltip = "The color of the ticks which are associated with the Y axis.";
newColor = EditorGUILayout.ColorField(content, YTickColor);
if (newColor != YTickColor)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisTickColor(1, newColor);
}
content.text = "Z ticks";
content.tooltip = "The color of the ticks which are associated with the Z axis.";
newColor = EditorGUILayout.ColorField(content, ZTickColor);
if (newColor != ZTickColor)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisTickColor(2, newColor);
}
content.text = "Hovered ticks";
content.tooltip = "The color used to draw hovered ticks.";
newColor = EditorGUILayout.ColorField(content, TickHoveredColor);
if (newColor != TickHoveredColor)
{
EditorUndoEx.Record(undoRecordObject);
SetTickHoveredColor(newColor);
}
content.text = "Tick border";
content.tooltip = "The tick border color.";
newColor = EditorGUILayout.ColorField(content, TickBorderColor);
if (newColor != TickBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetTickBorderColor(newColor);
}
content.text = "Tick hovered border";
content.tooltip = "The tick hovered border color.";
newColor = EditorGUILayout.ColorField(content, TickHoveredBorderColor);
if (newColor != TickHoveredBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetTickHoveredBorderColor(newColor);
}
}
protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
float newFloat; bool newBool; Color newColor; int newInt;
GizmoShadeMode newShadeMode;
GizmoCircle3DBorderType newCircleBorderType;
GizmoFillMode3D newFillMode3D;
GizmoPolygon2DBorderType newPolyBorder2DType;
EditorGUILayoutEx.SectionHeader("Scale and size");
GUIContent content = new GUIContent();
content.text = "Use zoom factor";
content.tooltip = "If this is checked, the gizmo will maintain a constant size regardless of its distance from the camera.";
newBool = EditorGUILayout.ToggleLeft(content, UseZoomFactor);
if (newBool != UseZoomFactor)
{
EditorUndoEx.Record(undoRecordObject);
SetUseZoomFactor(newBool);
}
content.text = "Scale";
content.tooltip = "The gizmo 3D scale. This is useful when you need to make the gizmo bigger or smaller because it maintains the relationship between different size properties.";
newFloat = EditorGUILayout.FloatField(content, Scale);
if (newFloat != Scale)
{
EditorUndoEx.Record(undoRecordObject);
SetScale(newFloat);
}
content.text = "Radius";
content.tooltip = "The radius of the rotation sphere. The final radius of the gizmo is actually: radius * scale * zoomFactor (if \'Use zoom factor\' is true).";
newFloat = EditorGUILayout.FloatField(content, Radius);
if (newFloat != Radius)
{
EditorUndoEx.Record(undoRecordObject);
SetRadius(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Slider border");
content.text = "Axis border type";
content.tooltip = "The type of shape that is used to draw the axis slider borders.";
newCircleBorderType = (GizmoCircle3DBorderType)EditorGUILayout.EnumPopup(content, AxisBorderType);
if (newCircleBorderType != AxisBorderType)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisBorderType(newCircleBorderType);
}
if (AxisBorderType == GizmoCircle3DBorderType.Torus)
{
content.text = "Torus thickness";
content.tooltip = "The torus thickness for the axis sliders when the border type is set to \'Torus\'.";
newFloat = EditorGUILayout.FloatField(content, AxisTorusThickness);
if (newFloat != AxisTorusThickness)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisTorusThickness(newFloat);
}
}
else
if (AxisBorderType == GizmoCircle3DBorderType.CylindricalTorus)
{
content.text = "Torus width";
content.tooltip = "The torus width for the axis sliders when the border type is set to \'CylindricalTorus\'. The width extends inside the area of the circle.";
newFloat = EditorGUILayout.FloatField(content, AxisCylTorusWidth);
if (newFloat != AxisCylTorusWidth)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisCylTorusWidth(newFloat);
}
content.text = "Torus height";
content.tooltip = "The torus height for the axis sliders when the border type is set to \'CylindricalTorus\'. The height is perpendicular to the circle area.";
newFloat = EditorGUILayout.FloatField(content, AxisCylTorusHeight);
if (newFloat != AxisCylTorusHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisCylTorusHeight(newFloat);
}
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Colors");
content.text = "X border";
content.tooltip = "The border color of the X axis slider.";
newColor = EditorGUILayout.ColorField(content, XBorderColor);
if (newColor != XBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisBorderColor(0, newColor);
}
content.text = "Y border";
content.tooltip = "The border color of the Y axis slider.";
newColor = EditorGUILayout.ColorField(content, YBorderColor);
if (newColor != YBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisBorderColor(1, newColor);
}
content.text = "Z border";
content.tooltip = "The border color of the Z axis slider.";
newColor = EditorGUILayout.ColorField(content, ZBorderColor);
if (newColor != ZBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisBorderColor(2, newColor);
}
content.text = "Hovered";
content.tooltip = "The hovered color.";
newColor = EditorGUILayout.ColorField(content, HoveredColor);
if (newColor != HoveredColor)
{
EditorUndoEx.Record(undoRecordObject);
SetHoveredColor(newColor);
}
content.text = "Mid cap";
content.tooltip = "The color of middle cap.";
newColor = EditorGUILayout.ColorField(content, MidCapColor);
if (newColor != MidCapColor)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapColor(newColor);
}
content.text = "Hovered mid cap";
content.tooltip = "The middle cap hovered color.";
newColor = EditorGUILayout.ColorField(content, HoveredMidCapColor);
if (newColor != HoveredMidCapColor)
{
EditorUndoEx.Record(undoRecordObject);
SetHoveredMidCapColor(newColor);
}
content.text = "Axis border cull alpha scale";
content.tooltip = "Allows you to specify an alpha scale value for the axis border pixels which are hidden behind the mid cap.";
newFloat = EditorGUILayout.FloatField(content, AxisCullAlphaScale);
if (newFloat != AxisCullAlphaScale)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisBorderCullAlphaScale(newFloat);
}
content.text = "Shade mode";
content.tooltip = "The type of shading that is applied to the gizmo handles.";
newShadeMode = (GizmoShadeMode)EditorGUILayout.EnumPopup(content, ShadeMode);
if (newShadeMode != ShadeMode)
{
EditorUndoEx.Record(undoRecordObject);
SetShadeMode(newShadeMode);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Fill");
content.text = "Axis border";
content.tooltip = "Fill mode for the axes borders.";
newFillMode3D = (GizmoFillMode3D)EditorGUILayout.EnumPopup(content, AxisBorderFillMode);
if (newFillMode3D != AxisBorderFillMode)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisBorderFillMode(newFillMode3D);
}
if (AxisBorderFillMode == GizmoFillMode3D.Wire)
{
content.text = "Num torus axial slices";
content.tooltip = "If a torus axis border is used, this is the number of axial slices used for wireframe rendering.";
newInt = EditorGUILayout.IntField(content, NumAxisTorusWireAxialSlices);
if (newInt != NumAxisTorusWireAxialSlices)
{
EditorUndoEx.Record(undoRecordObject);
SetNumAxisTorusWireAxialSlices(newInt);
}
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Rotation arc");
content.text = "Is visible";
content.tooltip = "If this is checked, a rotation arc will appear during rotation. This does not apply to rotations performed with the mid cap.";
newBool = EditorGUILayout.ToggleLeft(content, IsRotationArcVisible);
if (newBool != IsRotationArcVisible)
{
EditorUndoEx.Record(undoRecordObject);
SetRotationArcVisible(newBool);
}
content.text = "Fill color";
content.tooltip = "The rotation arc fill color.";
newColor = EditorGUILayout.ColorField(content, RotationArcColor);
if (newColor != RotationArcColor)
{
EditorUndoEx.Record(undoRecordObject);
SetRotationArcColor(newColor);
}
content.text = "Border color";
content.tooltip = "The rotation arc border color.";
newColor = EditorGUILayout.ColorField(content, RotationArcBorderColor);
if (newColor != RotationArcBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetRotationArcBorderColor(newColor);
}
content.text = "Use shortest arc";
content.tooltip = "If this is checked, the rotation arc will never exceed 180 degrees and it will always choose the shortest rotation angle.";
newBool = EditorGUILayout.ToggleLeft(content, UseShortestRotationArc);
if (newBool != UseShortestRotationArc)
{
EditorUndoEx.Record(undoRecordObject);
SetUseShortestRotationArc(newBool);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Camera look slider");
content.text = "Border type";
content.tooltip = "The type of border which is used to draw the circle that rotates around the camera look axis.";
newPolyBorder2DType = (GizmoPolygon2DBorderType)EditorGUILayout.EnumPopup(content, CamLookSliderPolyBorderType);
if (newPolyBorder2DType != CamLookSliderPolyBorderType)
{
EditorUndoEx.Record(undoRecordObject);
SetCamLookSliderPolyBorderType(newPolyBorder2DType);
}
if (CamLookSliderPolyBorderType == GizmoPolygon2DBorderType.Thick)
{
content.text = "Border thickness";
content.tooltip = "When a thick border is used, this property represents the border thickness.";
newFloat = EditorGUILayout.FloatField(content, CamLookSliderPolyBorderThickness);
if (newFloat != CamLookSliderPolyBorderThickness)
{
EditorUndoEx.Record(undoRecordObject);
SetCamLookSliderPolyBorderThickness(newFloat);
}
}
content.text = "Radius offset";
content.tooltip = "This value is added to the \'Radius\' property to calculate the radius of the circle which can be used to rotate around the camera look axis.";
newFloat = EditorGUILayout.FloatField(content, CamLookSliderRadiusOffset);
if (newFloat != CamLookSliderRadiusOffset)
{
EditorUndoEx.Record(undoRecordObject);
SetCamLookSliderRadiusOffset(newFloat);
}
content.text = "Border color";
content.tooltip = "The border color for the circle which can be used to rotate around the camera look axis.";
newColor = EditorGUILayout.ColorField(content, CamLookSliderBorderColor);
if (newColor != CamLookSliderBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetCamLookSliderBorderColor(newColor);
}
content.text = "Border hovered color";
content.tooltip = "The hovered border color for the circle which can be used to rotate around the camera look axis.";
newColor = EditorGUILayout.ColorField(content, CamLookSliderHoveredBorderColor);
if (newColor != CamLookSliderHoveredBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetCamLookSliderHoveredBorderColor(newColor);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Visibility");
content.text = "X axis";
content.tooltip = "Controls the visibility of the X axis rotation slider.";
newBool = EditorGUILayout.ToggleLeft(content, IsAxisVisible(0));
if (newBool != IsAxisVisible(0))
{
EditorUndoEx.Record(undoRecordObject);
SetAxisVisible(0, newBool);
}
content.text = "Y axis";
content.tooltip = "Controls the visibility of the Y axis rotation slider.";
newBool = EditorGUILayout.ToggleLeft(content, IsAxisVisible(1));
if (newBool != IsAxisVisible(1))
{
EditorUndoEx.Record(undoRecordObject);
SetAxisVisible(1, newBool);
}
content.text = "Z axis";
content.tooltip = "Controls the visibility of the Z axis rotation slider.";
newBool = EditorGUILayout.ToggleLeft(content, IsAxisVisible(2));
if (newBool != IsAxisVisible(2))
{
EditorUndoEx.Record(undoRecordObject);
SetAxisVisible(2, newBool);
}
content.text = "Camera look slider";
content.tooltip = "Controls the visibility of the circle slider which can be used to rotate aroudn the camera look vector.";
newBool = EditorGUILayout.ToggleLeft(content, IsCamLookSliderVisible);
if (newBool != IsCamLookSliderVisible)
{
EditorUndoEx.Record(undoRecordObject);
SetCamLookSliderVisible(newBool);
}
content.text = "Mid cap";
content.tooltip = "Controls the visibility of the mid cap.";
newBool = EditorGUILayout.ToggleLeft(content, IsMidCapVisible);
if (newBool != IsMidCapVisible)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapVisible(newBool);
}
content.text = "Mid cap border";
content.tooltip = "Controls the visibility of the mid cap border.";
newBool = EditorGUILayout.ToggleLeft(content, IsMidCapBorderVisible);
if (newBool != IsMidCapBorderVisible)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapBorderVisible(newBool);
}
}
protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
bool newBool; Color newColor; float newFloat;
EditorGUILayoutEx.SectionHeader("Anchor lines");
GUIContent content = new GUIContent();
content.text = "Visible";
content.tooltip = "If this is checked, a line will be drawn between each object's position and the anchor position.";
newBool = EditorGUILayout.ToggleLeft(content, DrawAnchorLines);
if (newBool != DrawAnchorLines)
{
EditorUndoEx.Record(undoRecordObject);
DrawAnchorLines = newBool;
}
content.text = "Anchor line color";
content.tooltip = "Allows you to change the color of the anchor lines.";
newColor = EditorGUILayout.ColorField(content, AnchorLineColor);
if (newColor != AnchorLineColor)
{
EditorUndoEx.Record(undoRecordObject);
AnchorLineColor = newColor;
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Object position ticks");
content.text = "Visible";
content.tooltip = "If this is checked, ticks will be drawn at the position of each object that is controlled by the grab session.";
newBool = EditorGUILayout.ToggleLeft(content, DrawObjectPosTicks);
if (newBool != DrawObjectPosTicks)
{
EditorUndoEx.Record(undoRecordObject);
DrawObjectPosTicks = newBool;
}
content.text = "Tick color";
content.tooltip = "The color which is used to draw the object position ticks.";
newColor = EditorGUILayout.ColorField(content, ObjectPosTickColor);
if (newColor != ObjectPosTickColor)
{
EditorUndoEx.Record(undoRecordObject);
ObjectPosTickColor = newColor;
}
content.text = "Tick size";
content.tooltip = "The size of the object ticks.";
newFloat = EditorGUILayout.FloatField(content, ObjectPosTickSize);
if (newFloat != ObjectPosTickSize)
{
EditorUndoEx.Record(undoRecordObject);
ObjectPosTickSize = newFloat;
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Anchor position ticks");
content.text = "Visible";
content.tooltip = "If this is checked, a tick will be drawn at the anchor position.";
newBool = EditorGUILayout.ToggleLeft(content, DrawAnchorPosTick);
if (newBool != DrawAnchorPosTick)
{
EditorUndoEx.Record(undoRecordObject);
DrawAnchorPosTick = newBool;
}
content.text = "Tick color";
content.tooltip = "The color which is used to draw the anchor position tick.";
newColor = EditorGUILayout.ColorField(content, AnchorPosTickColor);
if (newColor != AnchorPosTickColor)
{
EditorUndoEx.Record(undoRecordObject);
AnchorPosTickColor = newColor;
}
content.text = "Tick size";
content.tooltip = "The size of the anchor position tick.";
newFloat = EditorGUILayout.FloatField(content, AnchorPosTickSize);
if (newFloat != AnchorPosTickSize)
{
EditorUndoEx.Record(undoRecordObject);
AnchorPosTickSize = newFloat;
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Object boxes");
content.text = "Visible";
content.tooltip = "If this is checked, a box will be drawn for each object that is controlled by the grab session.";
newBool = EditorGUILayout.ToggleLeft(content, DrawObjectBoxes);
if (newBool != DrawObjectBoxes)
{
EditorUndoEx.Record(undoRecordObject);
DrawObjectBoxes = newBool;
}
content.text = "Wire color";
content.tooltip = "The color which is used to draw the object wire boxes.";
newColor = EditorGUILayout.ColorField(content, ObjectBoxWireColor);
if (newColor != ObjectBoxWireColor)
{
EditorUndoEx.Record(undoRecordObject);
ObjectBoxWireColor = newColor;
}
}
protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
float newFloat; bool newBool; Color newColor;
GizmoLine3DType newLineType;
GizmoShadeMode newShadeMode;
GizmoFillMode3D newFillMode3D;
GizmoCap3DType newCap3DType;
EditorGUILayoutEx.SectionHeader("Scale");
GUIContent content = new GUIContent();
content.text = "Use zoom factor";
content.tooltip = "If this is checked, the gizmo will maintain a constant size regardless of its distance from the camera.";
newBool = EditorGUILayout.ToggleLeft(content, UseZoomFactor);
if (newBool != UseZoomFactor)
{
EditorUndoEx.Record(undoRecordObject);
SetUseZoomFactor(newBool);
}
content.text = "Scale";
content.tooltip = "The gizmo 3D scale. This is useful when you need to make the gizmo bigger or smaller because it maintains the relationship between different size properties.";
newFloat = EditorGUILayout.FloatField(content, Scale);
if (newFloat != Scale)
{
EditorUndoEx.Record(undoRecordObject);
SetScale(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Slider shape");
content.text = "Slider type";
content.tooltip = "The type of shape which is used to draw the single-axis sliders.";
newLineType = (GizmoLine3DType)EditorGUILayout.EnumPopup(content, SliderLineType);
if (newLineType != SliderLineType)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderLineType(newLineType);
}
content.text = "Slider length";
content.tooltip = "The single-axis slider length.";
newFloat = EditorGUILayout.FloatField(content, SliderLength);
if (newFloat != SliderLength)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderLength(newFloat);
}
if (SliderLineType == GizmoLine3DType.Box)
{
content.text = "Box height";
content.tooltip = "The box height for single-axis sliders when the slider type is set to \'Box\'.";
newFloat = EditorGUILayout.FloatField(content, BoxSliderHeight);
if (newFloat != BoxSliderHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetBoxSliderHeight(newFloat);
}
content.text = "Box depth";
content.tooltip = "The box depth for single-axis sliders when the slider type is set to \'Box\'.";
newFloat = EditorGUILayout.FloatField(content, BoxSliderDepth);
if (newFloat != BoxSliderDepth)
{
EditorUndoEx.Record(undoRecordObject);
SetBoxSliderDepth(newFloat);
}
}
else
if (SliderLineType == GizmoLine3DType.Cylinder)
{
content.text = "Cylinder radius";
content.tooltip = "The cylinder radius for single-axis sliders when the slider type is set to \'Cylinder\'.";
newFloat = EditorGUILayout.FloatField(content, CylinderSliderRadius);
if (newFloat != CylinderSliderRadius)
{
EditorUndoEx.Record(undoRecordObject);
SetCylinderSliderRadius(newFloat);
}
}
content.text = "Dbl slider size";
content.tooltip = "The size of the double-axis sliders. Applies to both dimensions.";
newFloat = EditorGUILayout.FloatField(content, DblSliderSize);
if (newFloat != DblSliderSize)
{
EditorUndoEx.Record(undoRecordObject);
SetDblSliderSize(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Cap shape");
content.text = "Slider cap type";
content.tooltip = "The type of shape which is used to draw the single-axis slider caps.";
newCap3DType = (GizmoCap3DType)EditorGUILayout.EnumPopup(content, SliderCapType);
if (newCap3DType != SliderCapType)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderCapType(newCap3DType);
}
if (SliderCapType == GizmoCap3DType.Box)
{
content.text = "Box width";
content.tooltip = "The box width for single-axis slider caps when the cap type is set to \'Box\'.";
newFloat = EditorGUILayout.FloatField(content, SliderBoxCapWidth);
if (newFloat != SliderBoxCapWidth)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderBoxCapWidth(newFloat);
}
content.text = "Box height";
content.tooltip = "The box height for single-axis slider caps when the cap type is set to \'Box\'.";
newFloat = EditorGUILayout.FloatField(content, SliderBoxCapHeight);
if (newFloat != SliderBoxCapHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderBoxCapHeight(newFloat);
}
content.text = "Box depth";
content.tooltip = "The box depth for single-axis slider caps when the cap type is set to \'Box\'.";
newFloat = EditorGUILayout.FloatField(content, SliderBoxCapDepth);
if (newFloat != SliderBoxCapDepth)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderBoxCapDepth(newFloat);
}
}
else
if (SliderCapType == GizmoCap3DType.Cone)
{
content.text = "Cone height";
content.tooltip = "The cone height for single-axis slider caps when the cap type is set to \'Cone\'.";
newFloat = EditorGUILayout.FloatField(content, SliderConeCapHeight);
if (newFloat != SliderConeCapHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderConeCapHeight(newFloat);
}
content.text = "Cone radius";
content.tooltip = "The cone radius for single-axis slider caps when the cap type is set to \'Cone\'.";
newFloat = EditorGUILayout.FloatField(content, SliderConeCapBaseRadius);
if (newFloat != SliderConeCapBaseRadius)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderConeCapBaseRadius(newFloat);
}
}
else
if (SliderCapType == GizmoCap3DType.Pyramid)
{
content.text = "Pyramid width";
content.tooltip = "The pyramid width for single-axis slider caps when the cap type is set to \'Pyramid\'.";
newFloat = EditorGUILayout.FloatField(content, SliderPyramidCapWidth);
if (newFloat != SliderPyramidCapWidth)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderPyramidCapWidth(newFloat);
}
content.text = "Pyramid height";
content.tooltip = "The pyramid height for single-axis slider caps when the cap type is set to \'Pyramid\'.";
newFloat = EditorGUILayout.FloatField(content, SliderPyramidCapHeight);
if (newFloat != SliderPyramidCapHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderPyramidCapHeight(newFloat);
}
content.text = "Pyramid depth";
content.tooltip = "The pyramid depth for single-axis slider caps when the cap type is set to \'Pyramid\'.";
newFloat = EditorGUILayout.FloatField(content, SliderPyramidCapDepth);
if (newFloat != SliderPyramidCapDepth)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderPyramidCapDepth(newFloat);
}
}
else
if (SliderCapType == GizmoCap3DType.TriangPrism)
{
content.text = "Triang prism width";
content.tooltip = "The prism width for single-axis slider caps when the cap type is set to \'TriangPrism\'.";
newFloat = EditorGUILayout.FloatField(content, SliderTriPrismCapWidth);
if (newFloat != SliderTriPrismCapWidth)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderTriPrismCapWidth(newFloat);
}
content.text = "Triang prism height";
content.tooltip = "The prism height for single-axis slider caps when the cap type is set to \'TriangPrism\'.";
newFloat = EditorGUILayout.FloatField(content, SliderTriPrismCapHeight);
if (newFloat != SliderTriPrismCapHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderTriPrismCapHeight(newFloat);
}
content.text = "Triang prism depth";
content.tooltip = "The prism depth for single-axis slider caps when the cap type is set to \'TriangPrism\'.";
newFloat = EditorGUILayout.FloatField(content, SliderTriPrismCapDepth);
if (newFloat != SliderTriPrismCapDepth)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderTriPrismCapDepth(newFloat);
}
}
else
if (SliderCapType == GizmoCap3DType.Sphere)
{
content.text = "Sphere radius";
content.tooltip = "The sphere radius for single-axis slider caps when the cap type is set to \'Sphere\'.";
newFloat = EditorGUILayout.FloatField(content, SliderSphereCapRadius);
if (newFloat != SliderSphereCapRadius)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderSphereCapRadius(newFloat);
}
}
content.text = "Mid cap type";
content.tooltip = "The type of shape which is used to draw the mid cap.";
newCap3DType = (GizmoCap3DType)EditorGUILayoutEx.SelectiveEnumPopup(content, MidCapType, GetAllowedMidCapTypes());
if (newCap3DType != MidCapType)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapType(newCap3DType);
}
if (MidCapType == GizmoCap3DType.Sphere)
{
content.text = "Sphere radius";
content.tooltip = "The mid cap sphere radius when the mid cap type is set to \'Sphere\'.";
newFloat = EditorGUILayout.FloatField(content, MidCapSphereRadius);
if (newFloat != MidCapSphereRadius)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapSphereRadius(newFloat);
}
}
else
if (MidCapType == GizmoCap3DType.Box)
{
content.text = "Box width";
content.tooltip = "The mid cap box width when the mid cap type is set to \'Box\'.";
newFloat = EditorGUILayout.FloatField(content, MidCapBoxWidth);
if (newFloat != MidCapBoxWidth)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapBoxWidth(newFloat);
}
content.text = "Box height";
content.tooltip = "The mid cap box height when the mid cap type is set to \'Box\'.";
newFloat = EditorGUILayout.FloatField(content, MidCapBoxHeight);
if (newFloat != MidCapBoxHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapBoxHeight(newFloat);
}
content.text = "Box depth";
content.tooltip = "The mid cap box depth when the mid cap type is set to \'Box\'.";
newFloat = EditorGUILayout.FloatField(content, MidCapBoxDepth);
if (newFloat != MidCapBoxDepth)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapBoxDepth(newFloat);
}
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Colors");
string[] axesLabels = new string[] { "X", "Y", "Z" };
for (int axisIndex = 0; axisIndex < 3; ++axisIndex)
{
GizmoLineSlider3DLookAndFeel sliderLookAndFeel = GetSglSliderLookAndFeel(axisIndex, AxisSign.Positive);
content.text = axesLabels[axisIndex];
content.tooltip = "The color of the " + axesLabels[axisIndex] + " axis when it is not hovered.";
newColor = EditorGUILayout.ColorField(content, sliderLookAndFeel.Color);
if (newColor != sliderLookAndFeel.Color)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisColor(axisIndex, newColor);
}
}
content.text = "Mid cap";
content.tooltip = "The color of the mid cap.";
newColor = EditorGUILayout.ColorField(content, MidCapColor);
if (newColor != MidCapColor)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapColor(newColor);
}
content.text = "Hovered";
content.tooltip = "The gizmo hovered color.";
newColor = EditorGUILayout.ColorField(content, HoveredColor);
if (newColor != HoveredColor)
{
EditorUndoEx.Record(undoRecordObject);
SetHoveredColor(newColor);
}
content.text = "Dbl slider fill alpha";
content.tooltip = "The alpha value used to draw the area of the double-axis sliders.";
newFloat = EditorGUILayout.FloatField(content, DblSliderFillAlpha);
if (newFloat != DblSliderFillAlpha)
{
EditorUndoEx.Record(undoRecordObject);
SetDblSliderFillAlpha(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Shading");
content.text = "Sliders";
content.tooltip = "The type of shading that is applied to single-axis sliders. Does not apply to caps. Caps have their own shade property.";
newShadeMode = (GizmoShadeMode)EditorGUILayout.EnumPopup(content, SliderShadeMode);
if (newShadeMode != SliderShadeMode)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderShadeMode(newShadeMode);
}
content.text = "Slider caps";
content.tooltip = "The type of shading that is applied to single-axis slider caps.";
newShadeMode = (GizmoShadeMode)EditorGUILayout.EnumPopup(content, SliderCapShadeMode);
if (newShadeMode != SliderCapShadeMode)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderCapShadeMode(newShadeMode);
}
content.text = "Mid cap";
content.tooltip = "The type of shading that is applied to the mid cap.";
newShadeMode = (GizmoShadeMode)EditorGUILayout.EnumPopup(content, MidCapShadeMode);
if (newShadeMode != MidCapShadeMode)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapShadeMode(newShadeMode);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Fill");
content.text = "Sliders";
content.tooltip = "Fill mode for single-axis sliders. Does not apply to caps. Caps have their own fill property.";
newFillMode3D = (GizmoFillMode3D)EditorGUILayout.EnumPopup(content, SliderFillMode);
if (newFillMode3D != SliderFillMode)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderFillMode(newFillMode3D);
}
content.text = "Slider caps";
content.tooltip = "Fill mode for slider caps.";
newFillMode3D = (GizmoFillMode3D)EditorGUILayout.EnumPopup(content, SliderCapFillMode);
if (newFillMode3D != SliderCapFillMode)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderCapFillMode(newFillMode3D);
}
content.text = "Mid cap";
content.tooltip = "Fill mode for the mid cap.";
newFillMode3D = (GizmoFillMode3D)EditorGUILayout.EnumPopup(content, MidCapFillMode);
if (newFillMode3D != MidCapFillMode)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapFillMode(newFillMode3D);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Scale guide");
content.text = "Is visible";
content.tooltip = "If this is checked, the gizmo will draw a scale guide for each entity that is being scaled during a scale session. The guide is shown " +
"in the form of a collection of coordinate system axes.";
newBool = EditorGUILayout.ToggleLeft(content, IsScaleGuideVisible);
if (newBool != IsScaleGuideVisible)
{
EditorUndoEx.Record(undoRecordObject);
SetScaleGuideVisible(newBool);
}
content.text = "Axis length";
content.tooltip = "If the scale guide is visible, this value is used to determine the length of the guide axes.";
newFloat = EditorGUILayout.FloatField(content, ScaleGuideAxisLength);
if (newFloat != ScaleGuideAxisLength)
{
EditorUndoEx.Record(undoRecordObject);
SetScaleGuideAxisLength(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Slider visibility");
DrawSliderVisibilityControls(AxisSign.Positive, undoRecordObject);
DrawSliderVisibilityControls(AxisSign.Negative, undoRecordObject);
DrawCheckUncheckAllSlidersVisButtons(false, undoRecordObject);
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Dbl slider visibility");
DrawDblSliderVisibilityControls(undoRecordObject);
DrawCheckUncheckAllDblSlidersVisButtons(undoRecordObject);
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Cap visibility");
DrawSliderCapVisibilityControls(AxisSign.Positive, undoRecordObject);
DrawSliderCapVisibilityControls(AxisSign.Negative, undoRecordObject);
DrawCheckUncheckAllSlidersVisButtons(true, undoRecordObject);
}
private void RenderMoveContent(UnityEngine.Object undoRecordObject)
{
float newFloat;
EditorGUILayoutEx.SectionHeader("Hover epsilon");
GUIContent content = new GUIContent();
content.text = "Line slider";
content.tooltip = "Controls the precision used when hovering line sliders.";
newFloat = EditorGUILayout.FloatField(content, MvLineSliderHoverEps);
if (newFloat != MvLineSliderHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetMvLineSliderHoverEps(newFloat);
}
content.text = "Box slider";
content.tooltip = "Controls the precision used when hovering box sliders.";
newFloat = EditorGUILayout.FloatField(content, MvBoxSliderHoverEps);
if (newFloat != MvBoxSliderHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetMvBoxSliderHoverEps(newFloat);
}
content.text = "Cylinder slider";
content.tooltip = "Controls the precision used when hovering cylinder sliders.";
newFloat = EditorGUILayout.FloatField(content, MvCylinderSliderHoverEps);
if (newFloat != MvCylinderSliderHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetMvCylinderSliderHoverEps(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Snapping");
content.text = "X";
content.tooltip = "Allows you to specify the snap step for the X axis.";
newFloat = EditorGUILayout.FloatField(content, MvXSnapStep);
if (newFloat != MvXSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetMvXSnapStep(newFloat);
}
content.text = "Y";
content.tooltip = "Allows you to specify the snap step for the Y axis.";
newFloat = EditorGUILayout.FloatField(content, MvYSnapStep);
if (newFloat != MvYSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetMvYSnapStep(newFloat);
}
content.text = "Z";
content.tooltip = "Allows you to specify the snap step for the Z axis.";
newFloat = EditorGUILayout.FloatField(content, MvZSnapStep);
if (newFloat != MvZSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetMvZSnapStep(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Drag sensitivity");
content.text = "Sensitivity";
content.tooltip = "This value allows you to scale the slider drag speed.";
newFloat = EditorGUILayout.FloatField(content, MvDragSensitivity);
if (newFloat != MvDragSensitivity)
{
EditorUndoEx.Record(undoRecordObject);
SetMvDragSensitivity(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Vertex snapping");
_mvVertexSnapSettings.RenderEditorGUI(undoRecordObject);
}
public void RenderEditorGUI(UnityEngine.Object undoRecordObject)
{
bool newBool;
const float toggleWidth = 65.0f;
// Shortcut name label
EditorGUILayout.BeginVertical("Box");
EditorGUILayoutEx.SectionHeader(Name);
// Enabled/disabled
GUIContent content = new GUIContent();
content.text = "Is enabled";
content.tooltip = "Allows you to enable/disable a shortcut key.";
newBool = EditorGUILayout.ToggleLeft(content, IsEnabled);
if (newBool != IsEnabled)
{
EditorUndoEx.Record(undoRecordObject);
IsEnabled = newBool;
}
int selectedIndex = _availableKeyNames.IndexOf(Key.ToString());
int newIndex = EditorGUILayout.Popup("Key", selectedIndex, _availableKeyNames.ToArray());
if (newIndex != selectedIndex)
{
EditorUndoEx.Record(undoRecordObject);
Key = _availableKeys[newIndex];
}
// Modifiers
EditorGUILayout.BeginHorizontal();
EditorGUILayout.BeginVertical("Box");
newBool = EditorGUILayout.ToggleLeft("LCtrl", _lCtrl, GUILayout.Width(toggleWidth));
if (newBool != _lCtrl)
{
EditorUndoEx.Record(undoRecordObject);
_lCtrl = newBool;
}
EditorGUILayout.EndVertical();
EditorGUILayout.BeginVertical("Box");
newBool = EditorGUILayout.ToggleLeft("LCmd", _lCmd, GUILayout.Width(toggleWidth));
if (newBool != _lCmd)
{
EditorUndoEx.Record(undoRecordObject);
_lCmd = newBool;
}
EditorGUILayout.EndVertical();
EditorGUILayout.BeginVertical("Box");
newBool = EditorGUILayout.ToggleLeft("LAlt", _lAlt, GUILayout.Width(toggleWidth));
if (newBool != _lAlt)
{
EditorUndoEx.Record(undoRecordObject);
_lAlt = newBool;
}
EditorGUILayout.EndVertical();
EditorGUILayout.BeginVertical("Box");
newBool = EditorGUILayout.ToggleLeft("LShift", _lShift, GUILayout.Width(toggleWidth));
if (newBool != _lShift)
{
EditorUndoEx.Record(undoRecordObject);
_lShift = newBool;
}
EditorGUILayout.EndVertical();
EditorGUILayout.EndHorizontal();
// Mouse buttons
if (_staticData.CanHaveMouseButtons)
{
EditorGUILayout.BeginHorizontal();
EditorGUILayout.BeginVertical("Box");
newBool = EditorGUILayout.ToggleLeft("LMouse", _lMouseBtn, GUILayout.Width(toggleWidth));
if (newBool != _lMouseBtn)
{
EditorUndoEx.Record(undoRecordObject);
_lMouseBtn = newBool;
}
EditorGUILayout.EndVertical();
EditorGUILayout.BeginVertical("Box");
newBool = EditorGUILayout.ToggleLeft("RMouse", _rMouseBtn, GUILayout.Width(toggleWidth));
if (newBool != _rMouseBtn)
{
EditorUndoEx.Record(undoRecordObject);
_rMouseBtn = newBool;
}
EditorGUILayout.EndVertical();
EditorGUILayout.BeginVertical("Box");
newBool = EditorGUILayout.ToggleLeft("MMouse", _mMouseBtn, GUILayout.Width(toggleWidth));
if (newBool != _mMouseBtn)
{
EditorUndoEx.Record(undoRecordObject);
_mMouseBtn = newBool;
}
EditorGUILayout.EndVertical();
EditorGUILayout.EndHorizontal();
}
EditorGUILayout.EndVertical();
}
protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
bool newBool; int newInt;
MultiSelectOverlapMode newMultiSelectOverlapMode;
// Can click select
var content = new GUIContent();
content.text = "Can click select";
content.tooltip = "Allows you to specify if objects can be selected via mouse clicks.";
newBool = EditorGUILayout.ToggleLeft(content, CanClickSelect);
if (newBool != CanClickSelect)
{
EditorUndoEx.Record(undoRecordObject);
CanClickSelect = newBool;
}
// Can cyclical click select
content.text = "Enable cyclical click select";
content.tooltip = "If this is checked, each successive click will select an object which lies behind the previously selected one. Useful especially when dealing with overlapping sprites.";
newBool = EditorGUILayout.ToggleLeft(content, EnableCyclicalClickSelect);
if (newBool != EnableCyclicalClickSelect)
{
EditorUndoEx.Record(undoRecordObject);
EnableCyclicalClickSelect = newBool;
}
// Can multi select
content.text = "Can multi-select";
content.tooltip = "Allows you to specify if objects can be selected using the multi-select shape.";
newBool = EditorGUILayout.ToggleLeft(content, CanMultiSelect);
if (newBool != CanMultiSelect)
{
EditorUndoEx.Record(undoRecordObject);
CanMultiSelect = newBool;
}
content.text = "Multi-select overlap mode";
content.tooltip = "Allows you to specify the way in which objects are selected via the multi-select shape.";
newMultiSelectOverlapMode = (MultiSelectOverlapMode)EditorGUILayout.EnumPopup(content, MultiSelectOverlapMode);
if (newMultiSelectOverlapMode != MultiSelectOverlapMode)
{
EditorUndoEx.Record(undoRecordObject);
MultiSelectOverlapMode = newMultiSelectOverlapMode;
}
// Selectable object types
content.text = "Selectable object types";
content.tooltip = "Allows you to specify which object types can be selected.";
newInt = (int)((GameObjectType)EditorGUILayout.EnumMaskPopup(content, (GameObjectType)_selectableObjectTypes));
if (newInt != (int)_selectableObjectTypes)
{
EditorUndoEx.Record(undoRecordObject);
_selectableObjectTypes = (GameObjectType)newInt;
}
// Selectable layers
content.text = "Selectable layers";
content.tooltip = "Allows you to specify which layers can be selected.";
newInt = EditorGUILayoutEx.LayerMaskField(content, _selectableLayers);
if (newInt != _selectableLayers)
{
EditorUndoEx.Record(undoRecordObject);
_selectableLayers = newInt;
}
// Duplicatable layers
content.text = "Duplicatable layers";
content.tooltip = "Allows you to specify which layers can be duplicated.";
newInt = EditorGUILayoutEx.LayerMaskField(content, _duplicatableLayers);
if (newInt != _duplicatableLayers)
{
EditorUndoEx.Record(undoRecordObject);
_duplicatableLayers = newInt;
}
// Deletable layers
content.text = "Deletable layers";
content.tooltip = "Allows you to specify which layers can be deleted.";
newInt = EditorGUILayoutEx.LayerMaskField(content, _deletableLayers);
if (newInt != _deletableLayers)
{
EditorUndoEx.Record(undoRecordObject);
_deletableLayers = newInt;
}
// Multi-select shape
content.text = "Min multi-select size";
content.tooltip = "The minimum size (width and height) the multi-select shape must have to be able to overlap objects. The value is expressed in pixels.";
newInt = EditorGUILayout.IntField(content, MinMultiSelectSize);
if (newInt != MinMultiSelectSize)
{
EditorUndoEx.Record(undoRecordObject);
MinMultiSelectSize = newInt;
}
}
protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
bool newBool; Color newColor; Vector2 newVec2;
GizmoShadeMode newShadeMode; SceneGizmoScreenCorner newScreenCorner;
GizmoCap3DType newCapType;
EditorGUILayoutEx.SectionHeader("Placement");
var content = new GUIContent();
content.text = "Screen corner";
content.tooltip = "Allows you to specify the screen corner in which the gizmo will be rendered.";
newScreenCorner = (SceneGizmoScreenCorner)EditorGUILayout.EnumPopup(content, ScreenCorner);
if (newScreenCorner != ScreenCorner)
{
EditorUndoEx.Record(undoRecordObject);
ScreenCorner = newScreenCorner;
}
content.text = "Screen offset";
content.tooltip = "Allows you to apply an offset to the scene gizmo in screen space to change the location of where the gizmo is drawn on the screen.";
newVec2 = EditorGUILayout.Vector2Field(content, ScreenOffset);
if (newVec2 != ScreenOffset)
{
EditorUndoEx.Record(undoRecordObject);
ScreenOffset = newVec2;
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Shapes");
content.text = "Axes caps";
content.tooltip = "Allows you to change the shape of the axes caps.";
newCapType = (GizmoCap3DType)EditorGUILayoutEx.SelectiveEnumPopup(content, AxisCapLookAndFeel.CapType, GetAllowedAxesCapTypes());
if (newCapType != AxisCapLookAndFeel.CapType)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisCapType(newCapType);
}
content.text = "Mid cap";
content.tooltip = "Allows you to change the shape of the middle cap.";
newCapType = (GizmoCap3DType)EditorGUILayoutEx.SelectiveEnumPopup(content, _midCapLookAndFeel.CapType, GetAllowedMidCapTypes());
if (newCapType != _midCapLookAndFeel.CapType)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapType(newCapType);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Shading");
content.text = "Axes caps";
content.tooltip = "The type of shading that is applied to the axes caps.";
newShadeMode = (GizmoShadeMode)EditorGUILayout.EnumPopup(content, AxisCapLookAndFeel.ShadeMode);
if (newShadeMode != AxisCapLookAndFeel.ShadeMode)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisCapShadeMode(newShadeMode);
}
content.text = "Mid cap";
content.tooltip = "The type of shading that is applied to the middle cap.";
newShadeMode = (GizmoShadeMode)EditorGUILayout.EnumPopup(content, _midCapLookAndFeel.ShadeMode);
if (newShadeMode != _midCapLookAndFeel.ShadeMode)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapShadeMode(newShadeMode);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Colors");
string[] axesCapLabels = new string[] { "Positive X", "Positive Y", "Positive Z", "Negative X", "Negative Y", "Negative Z" };
int[] axesIndices = new int[] { 0, 1, 2, 0, 1, 2 };
AxisSign[] axesSigns = new AxisSign[] { AxisSign.Positive, AxisSign.Positive, AxisSign.Positive, AxisSign.Negative, AxisSign.Negative, AxisSign.Negative };
for (int axisIndex = 0; axisIndex < 6; ++axisIndex)
{
content.text = axesCapLabels[axisIndex];
content.tooltip = "The color of the " + axesCapLabels[axisIndex].ToLower() + ".";
var lookAndFeel = GetAxisCapLookAndFeel(axesIndices[axisIndex], axesSigns[axisIndex]);
newColor = EditorGUILayout.ColorField(content, lookAndFeel.Color);
if (newColor != lookAndFeel.Color)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisCapColor(newColor, axesIndices[axisIndex], axesSigns[axisIndex]);
}
}
content.text = "Mid cap";
content.tooltip = "Allows you to change the color of the mid cap.";
newColor = EditorGUILayout.ColorField(content, _midCapLookAndFeel.Color);
if (newColor != _midCapLookAndFeel.Color)
{
EditorUndoEx.Record(undoRecordObject);
SetMidCapColor(newColor);
}
content.text = "Hovered color";
content.tooltip = "Gizmo hovered color.";
newColor = EditorGUILayout.ColorField(content, AxisCapLookAndFeel.HoveredColor);
if (newColor != AxisCapLookAndFeel.HoveredColor)
{
EditorUndoEx.Record(undoRecordObject);
SetHoveredColor(newColor);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Labels");
EditorGUILayout.HelpBox("The alpha value of the axes labels is ignored. The alpha component will always have the same value as the corresponding axis.", MessageType.Info);
content.text = "Axes label tint";
content.tooltip = "Allows you to change the color of the labels associated with the gizmo axes. Note: The alpha component is ignored. The alpha value will " +
"always be retrieved from the color of the associated axis.";
newColor = EditorGUILayout.ColorField(content, AxesLabelTint);
if (newColor != AxesLabelTint)
{
EditorUndoEx.Record(undoRecordObject);
AxesLabelTint = newColor;
}
content.text = "Cam prj switch label tint";
content.tooltip = "Allows you to change the color of the label that is used to display the current camera projection type (perspective or ortho).";
newColor = EditorGUILayout.ColorField(content, CamPrjSwitchLabelTint);
if (newColor != CamPrjSwitchLabelTint)
{
EditorUndoEx.Record(undoRecordObject);
CamPrjSwitchLabelTint = newColor;
}
content.text = "Show prj switch label";
content.tooltip = "If this is checked, the gizmo will render a label which indicates the current camera projection type (perspective or ortho). " +
"This label can also be used to switch between the 2 camera projection modes.";
newBool = EditorGUILayout.ToggleLeft(content, IsCamPrjSwitchLabelVisible);
if (newBool != IsCamPrjSwitchLabelVisible)
{
EditorUndoEx.Record(undoRecordObject);
IsCamPrjSwitchLabelVisible = newBool;
}
}
private void RenderMoveContent(UnityEngine.Object undoRecordObject)
{
float newFloat; Color newColor; bool newBool;
GizmoLine2DType newLine2DType;
GizmoCap2DType newCap2DType;
GizmoFillMode2D newFillMode2D;
GizmoPlane2DType newPlane2DType;
EditorGUILayoutEx.SectionHeader("Scale");
var content = new GUIContent();
content.text = "Scale";
content.tooltip = "The gizmo 2D scale. This is useful when you need to make the gizmo bigger or smaller because it maintains the relationship between different size properties.";
newFloat = EditorGUILayout.FloatField(content, MvScale);
if (newFloat != MvScale)
{
EditorUndoEx.Record(undoRecordObject);
SetMvScale(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Slider shape");
content.text = "Slider type";
content.tooltip = "The type of shape which is used to draw the single-axis sliders.";
newLine2DType = (GizmoLine2DType)EditorGUILayout.EnumPopup(content, MvSliderLineType);
if (newLine2DType != MvSliderLineType)
{
EditorUndoEx.Record(undoRecordObject);
SetMvSliderLineType(newLine2DType);
}
content.text = "Slider length";
content.tooltip = "The single-axis slider length.";
newFloat = EditorGUILayout.FloatField(content, MvSliderLength);
if (newFloat != MvSliderLength)
{
EditorUndoEx.Record(undoRecordObject);
SetMvSliderLength(newFloat);
}
if (MvSliderLineType == GizmoLine2DType.Box)
{
content.text = "Slider box thickness";
content.tooltip = "The box thickness for single-axis sliders when the slider type is set to \'Box\'.";
newFloat = EditorGUILayout.FloatField(content, MvBoxSliderThickness);
if (newFloat != MvBoxSliderThickness)
{
EditorUndoEx.Record(undoRecordObject);
SetMvBoxSliderThickness(newFloat);
}
}
content.text = "Dbl slider type";
content.tooltip = "The type of shape which is used to draw the double-axis slider.";
newPlane2DType = (GizmoPlane2DType)EditorGUILayout.EnumPopup(content, MvDblSliderPlaneType);
if (newPlane2DType != MvDblSliderPlaneType)
{
EditorUndoEx.Record(undoRecordObject);
SetMvDblSliderPlaneType(newPlane2DType);
}
if (MvDblSliderPlaneType == GizmoPlane2DType.Quad)
{
content.text = "Quad width";
content.tooltip = "The double-axis slider quad width when the dbl slider type is set to \'Quad\'.";
newFloat = EditorGUILayout.FloatField(content, MvDblSliderQuadWidth);
if (newFloat != MvDblSliderQuadWidth)
{
EditorUndoEx.Record(undoRecordObject);
SetMvDblSliderQuadWidth(newFloat);
}
content.text = "Quad height";
content.tooltip = "The double-axis slider quad height when the dbl slider type is set to \'Quad\'.";
newFloat = EditorGUILayout.FloatField(content, MvDblSliderQuadHeight);
if (newFloat != MvDblSliderQuadHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetMvDblSliderQuadHeight(newFloat);
}
}
else
if (MvDblSliderPlaneType == GizmoPlane2DType.Circle)
{
content.text = "Circle radius";
content.tooltip = "The double-axis slider circle radius when the dbl slider type is set to \'Circle\'.";
newFloat = EditorGUILayout.FloatField(content, MvDblSliderCircleRadius);
if (newFloat != MvDblSliderCircleRadius)
{
EditorUndoEx.Record(undoRecordObject);
SetMvDblSliderCircleRadius(newFloat);
}
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Cap shape");
content.text = "Slider cap type";
content.tooltip = "The type of shape which is used to draw the single-axis slidre caps.";
newCap2DType = (GizmoCap2DType)EditorGUILayout.EnumPopup(content, MvSliderCapType);
if (newCap2DType != MvSliderCapType)
{
EditorUndoEx.Record(undoRecordObject);
SetMvSliderCapType(newCap2DType);
}
if (MvSliderCapType == GizmoCap2DType.Arrow)
{
content.text = "Arrow height";
content.tooltip = "The arrow height for slider caps when the cap type is set to \'Arrow\'.";
newFloat = EditorGUILayout.FloatField(content, MvSliderArrowCapHeight);
if (newFloat != MvSliderArrowCapHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetMvSliderArrowCapHeight(newFloat);
}
content.text = "Arrow radius";
content.tooltip = "The arrow radius for slider caps when the cap type is set to \'Arrow\'.";
newFloat = EditorGUILayout.FloatField(content, MvSliderArrowCapBaseRadius);
if (newFloat != MvSliderArrowCapBaseRadius)
{
EditorUndoEx.Record(undoRecordObject);
SetMvSliderArrowCapBaseRadius(newFloat);
}
}
else
if (MvSliderCapType == GizmoCap2DType.Quad)
{
content.text = "Quad width";
content.tooltip = "The quad width for slider caps when the cap type is set to \'Quad\'.";
newFloat = EditorGUILayout.FloatField(content, MvSliderQuadCapWidth);
if (newFloat != MvSliderQuadCapWidth)
{
EditorUndoEx.Record(undoRecordObject);
SetMvSliderQuadCapWidth(newFloat);
}
content.text = "Quad height";
content.tooltip = "The quad height for slider caps when the cap type is set to \'Quad\'.";
newFloat = EditorGUILayout.FloatField(content, MvSliderQuadCapHeight);
if (newFloat != MvSliderQuadCapHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetMvSliderQuadCapHeight(newFloat);
}
}
else
if (MvSliderCapType == GizmoCap2DType.Circle)
{
content.text = "Circle radius";
content.tooltip = "The circle radius for slider caps when the cap type is set to \'Circle\'.";
newFloat = EditorGUILayout.FloatField(content, MvSliderCircleCapRadius);
if (newFloat != MvSliderCircleCapRadius)
{
EditorUndoEx.Record(undoRecordObject);
SetMvSliderCircleCapRadius(newFloat);
}
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Colors");
content.text = "X fill";
content.tooltip = "The X axis fill color. Applies to the X axis slider and its cap.";
newColor = EditorGUILayout.ColorField(content, MvXColor);
if (newColor != MvXColor)
{
EditorUndoEx.Record(undoRecordObject);
SetMvAxisColor(0, newColor);
}
content.text = "X border";
content.tooltip = "The X axis border color. Applies to the X axis slider and its cap.";
newColor = EditorGUILayout.ColorField(content, MvXBorderColor);
if (newColor != MvXBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetMvAxisBorderColor(0, newColor);
}
content.text = "Y fill";
content.tooltip = "The Y axis fill color. Applies to the Y axis slider and its cap.";
newColor = EditorGUILayout.ColorField(content, MvYColor);
if (newColor != MvYColor)
{
EditorUndoEx.Record(undoRecordObject);
SetMvAxisColor(1, newColor);
}
content.text = "Y border";
content.tooltip = "The Y axis border color. Applies to the Y axis slider and its cap.";
newColor = EditorGUILayout.ColorField(content, MvYBorderColor);
if (newColor != MvYBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetMvAxisBorderColor(1, newColor);
}
content.text = "Hovered fill";
content.tooltip = "The hovered fill color. Applies to single sliders and their caps only. The double slider has its own color properties.";
newColor = EditorGUILayout.ColorField(content, MvSliderHoveredColor);
if (newColor != MvSliderHoveredColor)
{
EditorUndoEx.Record(undoRecordObject);
SetMvSliderHoveredFillColor(newColor);
}
content.text = "Hovered border";
content.tooltip = "The hovered border color. Applies to single sliders and their caps only. The double slider has its own color properties.";
newColor = EditorGUILayout.ColorField(content, MvSliderHoveredBorderColor);
if (newColor != MvSliderHoveredBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetMvSliderHoveredBorderColor(newColor);
}
EditorGUILayout.Separator();
content.text = "Dbl slider fill";
content.tooltip = "The double-axis slider fill color.";
newColor = EditorGUILayout.ColorField(content, MvDblSliderColor);
if (newColor != MvDblSliderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetMvDblSliderColor(newColor);
}
content.text = "Dbl slider border";
content.tooltip = "The double-axis slider border color.";
newColor = EditorGUILayout.ColorField(content, MvDblSliderBorderColor);
if (newColor != MvDblSliderBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetMvDblSliderBorderColor(newColor);
}
content.text = "Hovered dbl slider fill";
content.tooltip = "The fill color of the double-axis slider when it is hovered.";
newColor = EditorGUILayout.ColorField(content, MvDblSliderHoveredColor);
if (newColor != MvDblSliderHoveredColor)
{
EditorUndoEx.Record(undoRecordObject);
SetMvDblSliderHoveredColor(newColor);
}
content.text = "Hovered dbl slider border";
content.tooltip = "The border color of the double-axis slider when it is hovered.";
newColor = EditorGUILayout.ColorField(content, MvDblSliderHoveredBorderColor);
if (newColor != MvDblSliderHoveredBorderColor)
{
EditorUndoEx.Record(undoRecordObject);
SetMvDblSliderHoveredBorderColor(newColor);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Fill");
content.text = "Sliders";
content.tooltip = "The fill mode for single-axis sliders. Does not affet caps. Caps have their own fill property.";
newFillMode2D = (GizmoFillMode2D)EditorGUILayout.EnumPopup(content, MvSliderFillMode);
if (newFillMode2D != MvSliderFillMode)
{
EditorUndoEx.Record(undoRecordObject);
SetMvSliderFillMode(newFillMode2D);
}
content.text = "Caps";
content.tooltip = "The fill mode for single-axis slider caps.";
newFillMode2D = (GizmoFillMode2D)EditorGUILayout.EnumPopup(content, MvSliderCapFillMode);
if (newFillMode2D != MvSliderCapFillMode)
{
EditorUndoEx.Record(undoRecordObject);
SetMvSliderCapFillMode(newFillMode2D);
}
content.text = "Dbl slider";
content.tooltip = "The double-slider fill mode.";
newFillMode2D = (GizmoFillMode2D)EditorGUILayout.EnumPopup(content, MvDblSliderFillMode);
if (newFillMode2D != MvDblSliderFillMode)
{
EditorUndoEx.Record(undoRecordObject);
SetMvDblSliderFillMode(newFillMode2D);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Slider visibility");
DrawMvSliderVisibilityControls(AxisSign.Positive, undoRecordObject);
DrawMvSliderVisibilityControls(AxisSign.Negative, undoRecordObject);
DrawMvCheckUncheckAllSlidersVisButtons(false, undoRecordObject);
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Slider cap visibility");
DrawMvSliderCapVisibilityControls(AxisSign.Positive, undoRecordObject);
DrawMvSliderCapVisibilityControls(AxisSign.Negative, undoRecordObject);
DrawMvCheckUncheckAllSlidersVisButtons(true, undoRecordObject);
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Dbl slider visibility");
content.text = "Is visible";
content.tooltip = "Controls the visiblity of the double slider.";
newBool = EditorGUILayout.ToggleLeft(content, IsMvDblSliderVisible);
if (newBool != IsMvDblSliderVisible)
{
EditorUndoEx.Record(undoRecordObject);
SetMvDblSliderVisible(newBool);
}
}
protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
float newFloat;
EditorGUILayoutEx.SectionHeader("Hover epsilon");
GUIContent content = new GUIContent();
content.text = "Line slider";
content.tooltip = "Controls the precision used when hovering line sliders.";
newFloat = EditorGUILayout.FloatField(content, LineSliderHoverEps);
if (newFloat != LineSliderHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetLineSliderHoverEps(newFloat);
}
content.text = "Box slider";
content.tooltip = "Controls the precision used when hovering box sliders.";
newFloat = EditorGUILayout.FloatField(content, BoxSliderHoverEps);
if (newFloat != BoxSliderHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetBoxSliderHoverEps(newFloat);
}
content.text = "Cylinder slider";
content.tooltip = "Controls the precision used when hovering cylinder sliders.";
newFloat = EditorGUILayout.FloatField(content, CylinderSliderHoverEps);
if (newFloat != CylinderSliderHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetCylinderSliderHoverEps(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Snapping");
content.text = "X";
content.tooltip = "The snap step for the X axis.";
newFloat = EditorGUILayout.FloatField(content, XSnapStep);
if (newFloat != XSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetXSnapStep(newFloat);
}
content.text = "Y";
content.tooltip = "The snap step for the Y axis.";
newFloat = EditorGUILayout.FloatField(content, YSnapStep);
if (newFloat != YSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetYSnapStep(newFloat);
}
content.text = "Z";
content.tooltip = "The snap step for the Z axis.";
newFloat = EditorGUILayout.FloatField(content, ZSnapStep);
if (newFloat != ZSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetZSnapStep(newFloat);
}
content.text = "XY";
content.tooltip = "The snap step for the XY double-axis slider.";
newFloat = EditorGUILayout.FloatField(content, XYSnapStep);
if (newFloat != XYSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetXYSnapStep(newFloat);
}
content.text = "YZ";
content.tooltip = "The snap step for the YZ double-axis slider.";
newFloat = EditorGUILayout.FloatField(content, YZSnapStep);
if (newFloat != YZSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetYZSnapStep(newFloat);
}
content.text = "ZX";
content.tooltip = "The snap step for the ZX double-axis slider.";
newFloat = EditorGUILayout.FloatField(content, ZXSnapStep);
if (newFloat != ZXSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetZXSnapStep(newFloat);
}
content.text = "Uniform";
content.tooltip = "The snap step value used for uniform scaling.";
newFloat = EditorGUILayout.FloatField(content, UniformSnapStep);
if (newFloat != UniformSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetUniformScaleSnapStep(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Drag sensitivity");
content.text = "Sensitivity";
content.tooltip = "This value allows you to scale the slider drag speed.";
newFloat = EditorGUILayout.FloatField(content, DragSensitivity);
if (newFloat != DragSensitivity)
{
EditorUndoEx.Record(undoRecordObject);
SetDragSensitivity(newFloat);
}
}
protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
bool newBool; float newFloat; int newInt;
TransformAxis newTransformAxis;
EditorGUILayoutEx.SectionHeader("Alignment");
var content = new GUIContent();
content.text = "Align axis";
content.tooltip = "If this is checked, the grabbed objects will have their local axes aligned with the grab surface normal.";
newBool = EditorGUILayout.ToggleLeft(content, AlignAxis);
if (newBool != AlignAxis)
{
EditorUndoEx.Record(undoRecordObject);
AlignAxis = newBool;
}
content.text = "Alignment axis";
content.tooltip = "When axis alignment is turned on, this is the axis that will be aligned to the surface normal.";
newTransformAxis = (TransformAxis)EditorGUILayout.EnumPopup(content, AlignmentAxis);
if (newTransformAxis != AlignmentAxis)
{
EditorUndoEx.Record(undoRecordObject);
AlignmentAxis = newTransformAxis;
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Sensitivity");
content.text = "Rotation";
content.tooltip = "Allows you to control how sensitive object rotation is to the input device.";
newFloat = EditorGUILayout.FloatField(content, RotationSensitivity);
if (newFloat != RotationSensitivity)
{
EditorUndoEx.Record(undoRecordObject);
RotationSensitivity = newFloat;
}
content.text = "Scale";
content.tooltip = "Allows you to control how sensitive object scaling is to the input device.";
newFloat = EditorGUILayout.FloatField(content, ScaleSensitivity);
if (newFloat != ScaleSensitivity)
{
EditorUndoEx.Record(undoRecordObject);
ScaleSensitivity = newFloat;
}
content.text = "Offset from surface";
content.tooltip = "Sensitivity value used when offseting objects from the surface on which they are sitting.";
newFloat = EditorGUILayout.FloatField(content, OffsetFromSurfaceSensitivity);
if (newFloat != OffsetFromSurfaceSensitivity)
{
EditorUndoEx.Record(undoRecordObject);
OffsetFromSurfaceSensitivity = newFloat;
}
content.text = "Offset from anchor";
content.tooltip = "Sensitivity value used when offseting objects from the anchor point.";
newFloat = EditorGUILayout.FloatField(content, OffsetFromAnchorSensitivity);
if (newFloat != OffsetFromAnchorSensitivity)
{
EditorUndoEx.Record(undoRecordObject);
OffsetFromAnchorSensitivity = newFloat;
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Surface");
content.text = "Default offset";
content.tooltip = "A default offset value which controls the distance between the objects and the surface they are sitting on. Negative values can be used to embed objects in the surface.";
newFloat = EditorGUILayout.FloatField(content, DefaultOffsetFromSurface);
if (newFloat != DefaultOffsetFromSurface)
{
EditorUndoEx.Record(undoRecordObject);
DefaultOffsetFromSurface = newFloat;
}
content.text = "Surface flags";
content.tooltip = "Allows you to specify the types of surfaces that can be used during a grab session.";
newInt = (int)((ObjectGrabSurfaceFlags)EditorGUILayout.EnumMaskPopup(content, (ObjectGrabSurfaceFlags)SurfaceFlags));
if (newInt != (int)SurfaceFlags)
{
EditorUndoEx.Record(undoRecordObject);
SurfaceFlags = (ObjectGrabSurfaceFlags)newInt;
}
content.text = "Surface layers";
content.tooltip = "Allows you to specify which layers can be used as snap surface during a grab session.";
newInt = EditorGUILayoutEx.LayerMaskField(content, SurfaceLayers);
if (newInt != SurfaceLayers)
{
EditorUndoEx.Record(undoRecordObject);
SurfaceLayers = newInt;
}
content.text = "Spherical mesh layers";
content.tooltip = "Objects that belong to these layers will be treated as spherical meshes (spheres). This allows the system to make " +
"certain assumptions about the surface geometry in order to produce the correct results.";
newInt = EditorGUILayoutEx.LayerMaskField(content, SphericalMeshLayers);
if (newInt != SphericalMeshLayers)
{
EditorUndoEx.Record(undoRecordObject);
SphericalMeshLayers = newInt;
}
content.text = "Terrain mesh layers";
content.tooltip = "Objects that belong to these layers will be treated as terrain meshes (meshes that resemble a terrain but are NOT Unity Terrains). This allows the system to make " +
"certain assumptions about the surface geometry in order to produce the correct results.";
newInt = EditorGUILayoutEx.LayerMaskField(content, TerrainMeshLayers);
if (newInt != TerrainMeshLayers)
{
EditorUndoEx.Record(undoRecordObject);
TerrainMeshLayers = newInt;
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Per layer settings");
EditorGUILayout.BeginHorizontal();
content.text = "Add";
content.tooltip = "Adds grab settings which apply only to the chosen layer. Objects which belong to that layer will use these settings during a grab session.";
if (GUILayout.Button(content, GUILayout.Width(70.0f)))
{
EditorUndoEx.Record(undoRecordObject);
GetLayerGrabSettings(_newLayer).IsActive = true;
}
newInt = EditorGUILayout.LayerField(_newLayer);
if (newInt != _newLayer)
{
EditorUndoEx.Record(undoRecordObject);
_newLayer = newInt;
}
EditorGUILayout.EndHorizontal();
foreach (var layerGrabSettings in _layerGrabSettings)
{
if (layerGrabSettings.IsActive)
{
EditorGUILayout.BeginVertical("Box");
EditorGUILayout.HelpBox(LayerMask.LayerToName(layerGrabSettings.Layer), MessageType.None);
content.text = "Align axis";
content.tooltip = "If this is checked, the grabbed objects that belong to this layer will have their local axes aligned with the grab surface normal.";
newBool = EditorGUILayout.ToggleLeft(content, layerGrabSettings.AlignAxis);
if (newBool != layerGrabSettings.AlignAxis)
{
EditorUndoEx.Record(undoRecordObject);
layerGrabSettings.AlignAxis = newBool;
}
content.text = "Alignment axis";
content.tooltip = "When axis alignment is turned on, this is the axis that will be aligned to the surface normal.";
newTransformAxis = (TransformAxis)EditorGUILayout.EnumPopup(content, layerGrabSettings.AlignmentAxis);
if (newTransformAxis != layerGrabSettings.AlignmentAxis)
{
EditorUndoEx.Record(undoRecordObject);
layerGrabSettings.AlignmentAxis = newTransformAxis;
}
content.text = "Default offset from surface";
content.tooltip = "A default offset value which controls the distance between the objects and the surface they are sitting on. Negative values can be used to embed objects in the surface.";
newFloat = EditorGUILayout.FloatField(content, layerGrabSettings.DefaultOffsetFromSurface);
if (newFloat != layerGrabSettings.DefaultOffsetFromSurface)
{
EditorUndoEx.Record(undoRecordObject);
layerGrabSettings.DefaultOffsetFromSurface = newFloat;
}
content.text = "Remove";
content.tooltip = "Removes the settings for this layer.";
if (GUILayout.Button(content, GUILayout.Width(70.0f)))
{
EditorUndoEx.Record(undoRecordObject);
layerGrabSettings.IsActive = false;
}
EditorGUILayout.EndVertical();
}
}
}
protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
float newFloat; bool newBool;
GizmoSnapMode newSnapMode;
EditorGUILayoutEx.SectionHeader("Hover epsilon/misc");
GUIContent content = new GUIContent();
content.text = "Axis line eps";
content.tooltip = "Controls the precision used when hovering the axes rotation circles.";
newFloat = EditorGUILayout.FloatField(content, AxisLineHoverEps);
if (newFloat != AxisLineHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisLineHoverEps(newFloat);
}
content.text = "Axis torus eps";
content.tooltip = "Controls the precision used when hovering the axes rotation tori.";
newFloat = EditorGUILayout.FloatField(content, AxisTorusHoverEps);
if (newFloat != AxisTorusHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisTorusHoverEps(newFloat);
}
content.text = "Cam look line eps";
content.tooltip = "Controls the precision used when hovering the THIN border of the circle that rotates around the camera look axis.";
newFloat = EditorGUILayout.FloatField(content, CamLookLineHoverEps);
if (newFloat != CamLookLineHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetCamLookLineHoverEps(newFloat);
}
content.text = "Cam look thick eps";
content.tooltip = "Controls the precision used when hovering the THICK border of the circle that rotates around the camera look axis.";
newFloat = EditorGUILayout.FloatField(content, CamLookThickHoverEps);
if (newFloat != CamLookThickHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetCamLookThickHoverEps(newFloat);
}
content.text = "Can hover culled pixels";
content.tooltip = "If this is checked, you will be able to hover the culled areas/pixels (i.e. the pixels hiden behind the rotation sphere) of the axes sliders.";
newBool = EditorGUILayout.ToggleLeft(content, CanHoverCulledPixels);
if (newBool != CanHoverCulledPixels)
{
EditorUndoEx.Record(undoRecordObject);
SetCanHoverCulledPixels(newBool);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Snapping");
content.text = "Snap mode";
content.tooltip = "The rotation snap mode. Relative rotation counts from the current rotation angle. Absolute rotation counts from 0.";
newSnapMode = (GizmoSnapMode)EditorGUILayout.EnumPopup(content, SnapMode);
if (newSnapMode != SnapMode)
{
EditorUndoEx.Record(undoRecordObject);
SetSnapMode(newSnapMode);
}
content.text = "X";
content.tooltip = "Snap step value used when rotating around the X axis.";
newFloat = EditorGUILayout.FloatField(content, XSnapStep);
if (newFloat != XSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisSnapStep(0, newFloat);
}
content.text = "Y";
content.tooltip = "Snap step value used when rotating around the Y axis.";
newFloat = EditorGUILayout.FloatField(content, YSnapStep);
if (newFloat != YSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisSnapStep(1, newFloat);
}
content.text = "Z";
content.tooltip = "Snap step value used when rotating around the Z axis.";
newFloat = EditorGUILayout.FloatField(content, ZSnapStep);
if (newFloat != ZSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisSnapStep(2, newFloat);
}
content.text = "Camera right";
content.tooltip = "Snap step value used when rotating around the camera right axis.";
newFloat = EditorGUILayout.FloatField(content, CamRightSnapStep);
if (newFloat != CamRightSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetCamRightSnapStep(newFloat);
}
content.text = "Camera up";
content.tooltip = "Snap step value used when rotating around the camera up axis.";
newFloat = EditorGUILayout.FloatField(content, CamUpSnapStep);
if (newFloat != CamUpSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetCamUpSnapStep(newFloat);
}
content.text = "Camera look";
content.tooltip = "Snap step value used when rotating around the camera look axis.";
newFloat = EditorGUILayout.FloatField(content, CamLookSnapStep);
if (newFloat != CamLookSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetCamLookSnapStep(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Drag sensitivity");
content.text = "Sensitivity";
content.tooltip = "This value allows you to scale the slider drag speed.";
newFloat = EditorGUILayout.FloatField(content, DragSensitivity);
if (newFloat != DragSensitivity)
{
EditorUndoEx.Record(undoRecordObject);
SetDragSensitivity(newFloat);
}
}
protected override void RenderContent(UnityEngine.Object undoRecordObject)
{
float newFloat; bool newBool; Color newColor;
GizmoShadeMode newShadeMode;
GizmoFillMode3D newFillMode3D;
GizmoCap3DType newCap3DType;
EditorGUILayoutEx.SectionHeader("Scale");
var content = new GUIContent();
content.text = "Use zoom factor";
content.tooltip = "If this is checked, the drag handles will maintain a constant size regardless of their distance from the camera.";
newBool = EditorGUILayout.ToggleLeft(content, UseZoomFactor);
if (newBool != UseZoomFactor)
{
EditorUndoEx.Record(undoRecordObject);
SetUseZoomFactor(newBool);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Cap shape");
content.text = "Cap type";
content.tooltip = "The type of shape which is used to draw the extrude caps.";
newCap3DType = (GizmoCap3DType)EditorGUILayout.EnumPopup(content, SliderCapType);
if (newCap3DType != SliderCapType)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderCapType(newCap3DType);
}
if (SliderCapType == GizmoCap3DType.Box)
{
content.text = "Box width";
content.tooltip = "Extrude caps box width when the cap type is set to \'Box\'.";
newFloat = EditorGUILayout.FloatField(content, SliderBoxCapWidth);
if (newFloat != SliderBoxCapWidth)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderBoxCapWidth(newFloat);
}
content.text = "Box height";
content.tooltip = "Extrude caps box height when the cap type is set to \'Box\'.";
newFloat = EditorGUILayout.FloatField(content, SliderBoxCapHeight);
if (newFloat != SliderBoxCapHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderBoxCapHeight(newFloat);
}
content.text = "Box depth";
content.tooltip = "Extrude caps box depth when the cap type is set to \'Box\'.";
newFloat = EditorGUILayout.FloatField(content, SliderBoxCapDepth);
if (newFloat != SliderBoxCapDepth)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderBoxCapDepth(newFloat);
}
}
else
if (SliderCapType == GizmoCap3DType.Cone)
{
content.text = "Cone height";
content.tooltip = "Extrude caps cone height when the cap type is set to \'Cone\'.";
newFloat = EditorGUILayout.FloatField(content, SliderConeCapHeight);
if (newFloat != SliderConeCapHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderConeCapHeight(newFloat);
}
content.text = "Cone radius";
content.tooltip = "Extrude caps cone radius when the cap type is set to \'Cone\'.";
newFloat = EditorGUILayout.FloatField(content, SliderConeCapBaseRadius);
if (newFloat != SliderConeCapBaseRadius)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderConeCapBaseRadius(newFloat);
}
}
else
if (SliderCapType == GizmoCap3DType.Pyramid)
{
content.text = "Pyramid width";
content.tooltip = "Extrude caps pyramid width when the cap type is set to \'Pyramid\'.";
newFloat = EditorGUILayout.FloatField(content, SliderPyramidCapWidth);
if (newFloat != SliderPyramidCapWidth)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderPyramidCapWidth(newFloat);
}
content.text = "Pyramid height";
content.tooltip = "Extrude caps pyramid height when the cap type is set to \'Pyramid\'.";
newFloat = EditorGUILayout.FloatField(content, SliderPyramidCapHeight);
if (newFloat != SliderPyramidCapHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderPyramidCapHeight(newFloat);
}
content.text = "Pyramid depth";
content.tooltip = "Extrude caps pyramid depth when the cap type is set to \'Pyramid\'.";
newFloat = EditorGUILayout.FloatField(content, SliderPyramidCapDepth);
if (newFloat != SliderPyramidCapDepth)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderPyramidCapDepth(newFloat);
}
}
else
if (SliderCapType == GizmoCap3DType.TriangPrism)
{
content.text = "Triang prism width";
content.tooltip = "Extrude caps prism width when the cap type is set to \'TriangPrism\'.";
newFloat = EditorGUILayout.FloatField(content, SliderTriPrismCapWidth);
if (newFloat != SliderTriPrismCapWidth)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderTriPrismCapWidth(newFloat);
}
content.text = "Triang prism height";
content.tooltip = "Extrude caps prism height when the cap type is set to \'TriangPrism\'.";
newFloat = EditorGUILayout.FloatField(content, SliderTriPrismCapHeight);
if (newFloat != SliderTriPrismCapHeight)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderTriPrismCapHeight(newFloat);
}
content.text = "Triang prism depth";
content.tooltip = "Extrude caps prism depth when the cap type is set to \'TriangPrism\'.";
newFloat = EditorGUILayout.FloatField(content, SliderTriPrismCapDepth);
if (newFloat != SliderTriPrismCapDepth)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderTriPrismCapDepth(newFloat);
}
}
else
if (SliderCapType == GizmoCap3DType.Sphere)
{
content.text = "Sphere radius";
content.tooltip = "Extrude caps sphere radius when the cap type is set to \'Sphere\'.";
newFloat = EditorGUILayout.FloatField(content, SliderSphereCapRadius);
if (newFloat != SliderSphereCapRadius)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderSphereCapRadius(newFloat);
}
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Colors");
content.text = "Box wire color";
content.tooltip = "The color used to draw the box wireframe.";
newColor = EditorGUILayout.ColorField(content, BoxWireColor);
if (newColor != BoxWireColor)
{
EditorUndoEx.Record(undoRecordObject);
SetBoxWireColor(newColor);
}
string[] axesLabels = new string[] { "X", "Y", "Z" };
for (int axisIndex = 0; axisIndex < 3; ++axisIndex)
{
GizmoLineSlider3DLookAndFeel sliderLookAndFeel = GetSglSliderLookAndFeel(axisIndex, AxisSign.Positive);
content.text = axesLabels[axisIndex];
content.tooltip = "The color of the " + axesLabels[axisIndex] + " axis when it is not hovered.";
newColor = EditorGUILayout.ColorField(content, sliderLookAndFeel.Color);
if (newColor != sliderLookAndFeel.Color)
{
EditorUndoEx.Record(undoRecordObject);
SetAxisColor(axisIndex, newColor);
}
}
content.text = "Hovered";
content.tooltip = "The gizmo hovered color.";
newColor = EditorGUILayout.ColorField(content, HoveredColor);
if (newColor != HoveredColor)
{
EditorUndoEx.Record(undoRecordObject);
SetHoveredColor(newColor);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Shading");
content.text = "Extrude caps";
content.tooltip = "The type of shading that is applied to the extrude caps.";
newShadeMode = (GizmoShadeMode)EditorGUILayout.EnumPopup(content, SliderCapShadeMode);
if (newShadeMode != SliderCapShadeMode)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderCapShadeMode(newShadeMode);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Fill");
content.text = "Extrude caps";
content.tooltip = "Fill mode for extrude caps.";
newFillMode3D = (GizmoFillMode3D)EditorGUILayout.EnumPopup(content, SliderCapFillMode);
if (newFillMode3D != SliderCapFillMode)
{
EditorUndoEx.Record(undoRecordObject);
SetSliderCapFillMode(newFillMode3D);
}
}
private void RenderScaleContent(UnityEngine.Object undoRecordObject)
{
float newFloat;
EditorGUILayoutEx.SectionHeader("Hover epsilon");
var content = new GUIContent();
content.text = "Line slider";
content.tooltip = "Controls the precision used when hovering line sliders.";
newFloat = EditorGUILayout.FloatField(content, ScLineSliderHoverEps);
if (newFloat != ScLineSliderHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetScLineSliderHoverEps(newFloat);
}
content.text = "Box slider";
content.tooltip = "Controls the precision used when hovering box sliders.";
newFloat = EditorGUILayout.FloatField(content, ScBoxSliderHoverEps);
if (newFloat != ScBoxSliderHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetScBoxSliderHoverEps(newFloat);
}
content.text = "Cylinder slider";
content.tooltip = "Controls the precision used when hovering cylinder sliders.";
newFloat = EditorGUILayout.FloatField(content, ScCylinderSliderHoverEps);
if (newFloat != ScCylinderSliderHoverEps)
{
EditorUndoEx.Record(undoRecordObject);
SetScCylinderSliderHoverEps(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Snapping");
content.text = "X";
content.tooltip = "The snap step for the X axis.";
newFloat = EditorGUILayout.FloatField(content, ScXSnapStep);
if (newFloat != ScXSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetScXSnapStep(newFloat);
}
content.text = "Y";
content.tooltip = "The snap step for the Y axis.";
newFloat = EditorGUILayout.FloatField(content, ScYSnapStep);
if (newFloat != ScYSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetScYSnapStep(newFloat);
}
content.text = "Z";
content.tooltip = "The snap step for the Z axis.";
newFloat = EditorGUILayout.FloatField(content, ScZSnapStep);
if (newFloat != ScZSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetScZSnapStep(newFloat);
}
content.text = "XY";
content.tooltip = "The snap step for the XY double-axis slider.";
newFloat = EditorGUILayout.FloatField(content, ScXYSnapStep);
if (newFloat != ScXYSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetScXYSnapStep(newFloat);
}
content.text = "YZ";
content.tooltip = "The snap step for the YZ double-axis slider.";
newFloat = EditorGUILayout.FloatField(content, ScYZSnapStep);
if (newFloat != ScYZSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetScYZSnapStep(newFloat);
}
content.text = "ZX";
content.tooltip = "The snap step for the ZX double-axis slider.";
newFloat = EditorGUILayout.FloatField(content, ScZXSnapStep);
if (newFloat != ScZXSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetScZXSnapStep(newFloat);
}
content.text = "Uniform";
content.tooltip = "The snap step value used for uniform scaling.";
newFloat = EditorGUILayout.FloatField(content, ScUniformSnapStep);
if (newFloat != ScUniformSnapStep)
{
EditorUndoEx.Record(undoRecordObject);
SetScUniformScaleSnapStep(newFloat);
}
EditorGUILayout.Separator();
EditorGUILayoutEx.SectionHeader("Drag sensitivity");
content.text = "Sensitivity";
content.tooltip = "This value allows you to scale the slider drag speed.";
newFloat = EditorGUILayout.FloatField(content, ScDragSensitivity);
if (newFloat != ScDragSensitivity)
{
EditorUndoEx.Record(undoRecordObject);
SetScDragSensitivity(newFloat);
}
}