public override void OnMainGUI(EditorGuiBase gui) { if (bPublic) { value = gui.silder("value of " + label, value, 0f, 1f); } }
public override void OnGUI(EditorGuiBase gui) { label = gui.textField("name", label); scale = gui.silder("scale", scale, 0f, 10f); bias = gui.silder("bias", bias, -5f, 5f); curve = gui.curve("curve", curve); }
public override void OnMainGUI(EditorGuiBase gui) { bShowInMain = gui.foldout(bShowInMain, label); if (bShowInMain) { doTextureGUI(gui); } }
public override void OnGUI(EditorGuiBase gui) { label = gui.textField("name", label); scale = gui.silder("scale", scale, 0f, 10f); bias = gui.silder("bias", bias, -5f, 5f); normalType = (NormalType)gui.enumPopup("normal type", normalType); height = gui.floatField("height", height); }
public override void OnWindowGUI(EditorGuiBase gui) { gui.labelField("lerp", Color.green); if (operatorType == TernaryOperatorType.Lerp) { gui.labelField("o = a*(1-s) + b*s", Color.green); } }
public override void OnGUI(EditorGuiBase gui) { label = gui.textField("name", label); scale = gui.silder("scale", scale, 0f, 10f); bias = gui.silder("bias", bias, -5f, 5f); //treeIndex = gui.layoutIntField("tree index", treeIndex); //texture = (Texture2D)EditorGUILayout.ObjectField("Texture", texture, typeof(Texture2D), true); doTreeGUI(gui, false); density = gui.floatField("density", density); }
public override void OnGUI(EditorGuiBase gui) { label = gui.textField("name", label); scale = gui.silder("scale", scale, 0f, 10f); bias = gui.silder("bias", bias, -5f, 5f); paintOrder = gui.intField("paint order", paintOrder); //texture = (Texture2D)EditorGUILayout.ObjectField("Texture", texture, typeof(Texture2D), true); //texturePath = gui.getAssetPath(texture); doTextureGUI(gui); }
public override void OnGUI(EditorGuiBase gui) { label = gui.textField("name", label); scale = gui.silder("scale", scale, 0f, 10f); bias = gui.silder("bias", bias, -5f, 5f); //grassIndex = gui.layoutIntField("grass index", grassIndex); texture = (Texture2D)gui.objectField(texture, typeof(Texture2D), true); texturePath = gui.getAssetPath(texture); doTextureGUI(gui); }
public override void OnGUI(EditorGuiBase gui) { label = gui.textField("name", label); scale = gui.silder("scale", scale, 0f, 10f); bias = gui.silder("bias", bias, -5f, 5f); localSeed = gui.intField("local seed", localSeed); size = gui.floatField("size", size); octaveCount = gui.intSlider("octaveCount", octaveCount, 1, (int)Mathf.Log(size, 2) + 2); curve = gui.curve("curve", curve); }
public override void OnWindowGUI(EditorGuiBase gui) { Vector3[] points = new Vector3[41]; for (int i = 0; i < 41; i++) { float x0 = i / 40.0f; float y0 = curve.Evaluate(x0); points[i].Set(x0 * 128, 128 + 12 - y0 * 120, 0); } }
public override void OnMainGUI(EditorGuiBase gui) { //grassIndex = gui.layoutIntField("index of " + label, grassIndex); //texture = (Texture2D)EditorGUILayout.ObjectField("Texture", texture, typeof(Texture2D), true); //texturePath = gui.getAssetPath(texture); bShowInMain = gui.foldout(bShowInMain, label); if (bShowInMain) { doTextureGUI(gui); } }
public override void OnMainGUI(EditorGuiBase gui) { //treeIndex = gui.layoutIntField("index of " + label, treeIndex); //texture = (Texture2D)EditorGUILayout.ObjectField(name, texture, typeof(Texture2D), true); bShowInMain = gui.foldout(bShowInMain, label); if (bShowInMain) { doTreeGUI(gui, true); gui.beginH(); { //EditorGUILayout.LabelField("", GUILayout.Width(10)); gui.labelField("", 10); density = gui.floatField("density of " + label, density); } gui.endH(); } }
private void doTreeGUI(EditorGuiBase gui, bool bIndent) { gui.beginH(); { if (bIndent) { gui.labelField("", 10); } gui.beginV(); { gui.labelField("tree"); objTree = (GameObject)gui.objectField(objTree, typeof(GameObject), true); gui.minMaxSlider("size(" + minSize.ToString("0.00") + "~" + maxSize.ToString("0.00") + ")", ref minSize, ref maxSize, 0.3f, 3f); } gui.endV(); } gui.endH(); treePath = gui.getAssetPath(objTree); }
public override void OnWindowGUI(EditorGuiBase gui) { if (operatorType == BinaryOperatorType.Add) { gui.labelField("o = a + b", Color.green); } else if (operatorType == BinaryOperatorType.Sub) { gui.labelField("o = a - b", Color.green); } else if (operatorType == BinaryOperatorType.Mul) { gui.labelField("o = a * b", Color.green); } else if (operatorType == BinaryOperatorType.Max) { gui.labelField("o = max(a,b)", Color.green); } }
public Rect Draw(EditorGuiBase gui) { rect.x = rect.x < 0 ? 0 : rect.x; rect.y = rect.y < 0 ? 0 : rect.y; GUI.WindowFunction fun = delegate(int id) { if (Event.current.type == EventType.MouseDrag) { } else if (Event.current.type == EventType.MouseDown) { funSelect(node.value.guid); bNeedUpdate = true; } GUI.Label(new Rect(0, 0, rect.width, 16), node.value.label); if (node.value.getNodeType() != NodeType.HeightOutput && GUI.Button(new Rect(rect.width - 16, 0, 16, 16), "X")) { funDelete(node.value.guid); } GUI.Box(new Rect(2, 16 + 2, rect.width - 4, rect.height - 16 - 4), tex); GUI.DragWindow(); node.value.OnWindowGUI(gui); }; rect = GUI.Window(winID, rect, fun, ""); pos = rect.min; if (hasOutput()) { GUI.DrawTexture(new Rect(rect.x - 14, rect.center.y - 9, 14, 18), texPort); GUI.Label(new Rect(rect.x - 14, rect.center.y - 9, 14, 18), "o"); } for (int i = 0; i < getInputNum(); i++) { GUI.DrawTexture(getInputPortRect(i), texPort); GUI.Label(getInputPortRect(i), node.value.getInputName(i)); } return(rect); }
private void doTextureGUI(EditorGuiBase gui) { gui.beginH(); { gui.labelField("", 10); gui.labelField("texture", 64); gui.labelField(""); } gui.endH(); gui.beginH(); { gui.labelField("", 10); texture = (Texture2D)gui.objectField(texture, typeof(Texture2D), true, 64, 64); texturePath = gui.getAssetPath(texture); gui.beginV(); { gui.space(); gui.space(); gui.beginH(); { gui.labelField("min size:", 60); minSize = gui.floatField("", minSize); } gui.endH(); gui.beginH(); { gui.labelField("max size:", 60); maxSize = gui.floatField("", maxSize); } gui.endH(); gui.beginH(); { gui.labelField("billboard:", 60); bBillboard = gui.toggle("", bBillboard); } gui.endH(); } gui.endV(); } gui.endH(); }
private void doTextureGUI(EditorGuiBase gui) { gui.beginH(); { gui.labelField("", 10); gui.labelField("texture", 64); gui.labelField("normal", 64); gui.labelField("size", -1); } gui.endH(); gui.beginH(); { gui.labelField("", 10); texture = (Texture2D)gui.objectField(texture, typeof(Texture2D), true, 64, 64); texturePath = gui.getAssetPath(texture); normal = (Texture2D)gui.objectField(normal, typeof(Texture2D), true, 64, 64); normalPath = gui.getAssetPath(normal); gui.beginV(); { gui.space(); gui.space(); gui.beginH(); { gui.labelField("size x:", 40); texSizeX = gui.intField("", texSizeX); } gui.endH(); gui.beginH(); { gui.labelField("size y:", 40); texSizeY = gui.intField("", texSizeY); } gui.endH(); } gui.endV(); } gui.endH(); }
public override void OnWindowGUI(EditorGuiBase gui) { gui.labelField("erosion", Color.green); }
public override void OnWindowGUI(EditorGuiBase gui) { gui.labelField("Const_Value", Color.green); }
public override void OnWindowGUI(EditorGuiBase gui) { string[] ss = { "normal.x", "normal.y", "normal.z" }; gui.labelField(ss[(int)normalType], Color.green); }
public virtual void OnMainGUI(EditorGuiBase gui) { }
public override void OnWindowGUI(EditorGuiBase gui) { gui.labelField("texture:" + paintOrder.ToString(), Color.green); }
public override void OnWindowGUI(EditorGuiBase gui) { gui.labelField("height output", Color.green); }
public override void OnWindowGUI(EditorGuiBase gui) { //GUIStyle style = new GUIStyle(); style.normal.textColor = Color.green; gui.labelField("grass", Color.green); }
public override void OnWindowGUI(EditorGuiBase gui) { gui.labelField("perlin noise", Color.green); }
public override void OnMainGUI(EditorGuiBase gui) { scale = gui.silder("scale for output", scale, 0f, 10f); }
public override void OnGUI(EditorGuiBase gui) { label = gui.textField("name", label); value = gui.silder("value", value, 0f, 1f); bPublic = gui.toggle("public", bPublic); }
public abstract void OnGUI(EditorGuiBase gui);
public void DrawProperty(EditorGuiBase gui) { NodeBase newNode = null; if (node.value.getNodeType() == NodeType.Generator) { GeneratorType newType = (GeneratorType)gui.enumPopup("Generator Type", generateType); if (newType != generateType) { newNode = NodeBase.createNewGenerate(newType); } generateType = newType; } else if (node.value.getNodeType() == NodeType.UnaryOperator) { UnaryOperatorType newType = (UnaryOperatorType)gui.enumPopup("Operator Type", unaryOperatorType); if (newType != unaryOperatorType) { newNode = NodeBase.createNewUnaryOperator(newType); } // string oldGuid = node.value.guid; // string oldName = node.value.label; // node = new NodeWrapper(NodeBase.createNewUnaryOperator(newType)); // node.value.label = oldName; // node.value.guid = oldGuid; //} unaryOperatorType = newType; } else if (node.value.getNodeType() == NodeType.BinaryOperator) { BinaryOperatorType newType = (BinaryOperatorType)gui.enumPopup("Operator Type", binaryOperatorType); if (newType != binaryOperatorType) { ((NodeBinaryOperator)node.value).operatorType = newType; } binaryOperatorType = newType; } if (newNode != null) { newNode.copy(node.value); node = new NodeWrapper(newNode); } node.value.OnGUI(gui); int newHashCode = node.value.GetHashCode(); if (newHashCode != oldHash || bNeedUpdate) { bNeedUpdate = false; float[,] cls = node.value.update(0, 0, 0, 128, 128); //node.value.getPreview(); int w = 128; tex = new Texture2D(w, w); Color[] colors = new Color[w * w]; for (int i = 0; i < w; i++) { for (int j = 0; j < w; j++) { colors[j * w + i].a = 1; colors[j * w + i].r = cls[i, j]; colors[j * w + i].g = cls[i, j]; colors[j * w + i].b = cls[i, j]; } } tex.SetPixels(colors); tex.Apply(); } oldHash = newHashCode; }
public override void OnWindowGUI(EditorGuiBase gui) { //GUIStyle style = new GUIStyle(); style.normal.textColor = Color.green; gui.labelField("tree:" + treeIndex.ToString(), Color.green); }