EditorToolAttribute

Definition

• Type: Class
• Namespace: UnityEditor.EditorTools
• Assembly: UnityEditor
• Inherits from: ToolAttribute
• Implements: _Attribute

[AttributeUsage(AttributeTargets.Class, Inherited = false)]public sealed class EditorToolAttribute : ToolAttribute, _Attribute

Remarks

using System.Collections.Generic;using System.Linq;using UnityEditor;using UnityEngine;using UnityEngine.Rendering;public static class Drawing{    public static void DrawPoints(Transform transform, IList<Vector3> positions, Color color, float size)    {        if (positions == null || !positions.Any())            return;        var matrix = transform.localToWorldMatrix;        DrawHandleCaps(matrix, positions, color * .3f, size, CompareFunction.Greater);        DrawHandleCaps(matrix, positions, color, size, CompareFunction.LessEqual);    }    public static void DrawHandleCaps(Matrix4x4 transform, IList<Vector3> positions, Color color, float size, CompareFunction compare)    {        if (Event.current.type != EventType.Repaint)            return;        var camera = Camera.current;        Vector3 sideways = (camera == null ? Vector3.right : camera.transform.right);        Vector3 up = (camera == null ? Vector3.up : camera.transform.up);        var prevColor = Handles.color;        Handles.color = color;        var prevCompare = Handles.zTest;        Handles.zTest = compare;        var world = transform.MultiplyPoint3x4(positions[0]);        // DotHandleCap call sets up the material and GL state, so just re-use it to avoid expensive setup for each quad        // Done this way because HandleUtility.ApplyWireMaterial is private        Handles.DotHandleCap(0, world, Quaternion.identity, HandleUtility.GetHandleSize(world) * size, EventType.Repaint);        GL.Begin(GL.QUADS);        foreach (var p in positions)        {            var position = transform.MultiplyPoint(p);            var handleSize = HandleUtility.GetHandleSize(position) * size;            GL.Color(color);            GL.Vertex(position + (sideways + up) * handleSize);            GL.Vertex(position + (sideways - up) * handleSize);            GL.Vertex(position - (sideways + up) * handleSize);            GL.Vertex(position - (sideways - up) * handleSize);        }        GL.End();        Handles.color = prevColor;        Handles.zTest = prevCompare;    }}

using System;using UnityEditor;using UnityEditor.EditorTools;using UnityEngine;namespace GlobalToolVariants{    // Define 3 tools that should be shown as a single button in the Tools Overlay.    struct ShapeVariantGroup {}    [EditorTool("Line (Custom Global)", variantGroup = typeof(ShapeVariantGroup), variantPriority = 2)]    [Icon("Assets/Examples/Icons/Variant-Line.png")]    class Line : EditorTool {}    [EditorTool("Circle (Custom Global)", variantGroup = typeof(ShapeVariantGroup), variantPriority = 1)]    [Icon("Assets/Examples/Icons/Variant-Circle.png")]    class Circle : EditorTool {}    [EditorTool("Square (Custom Global)", variantGroup = typeof(ShapeVariantGroup), variantPriority = 0)]    [Icon("Assets/Examples/Icons/Variant-Square.png")]    class Square : EditorTool {}}

Constructors

Inheritance