private static Rect DoGetRect(GUIContent content, GUIStyle style, GUILayoutOption[] options) { GUIUtility.CheckOnGUI(); EventType type = Event.current.type; EventType eventType = type; Rect rect; if (eventType != EventType.Layout) { if (eventType != EventType.Used) { GUILayoutEntry next = GUILayoutUtility.current.topLevel.GetNext(); GUIDebugger.LogLayoutEntry(next.rect, next.marginLeft, next.marginRight, next.marginTop, next.marginBottom, next.style); rect = next.rect; } else { rect = GUILayoutUtility.kDummyRect; } } else { bool isHeightDependantOnWidth = style.isHeightDependantOnWidth; if (isHeightDependantOnWidth) { GUILayoutUtility.current.topLevel.Add(new GUIWordWrapSizer(style, content, options)); } else { Vector2 constraints = new Vector2(0f, 0f); bool flag = options != null; if (flag) { for (int i = 0; i < options.Length; i++) { GUILayoutOption gUILayoutOption = options[i]; GUILayoutOption.Type type2 = gUILayoutOption.type; GUILayoutOption.Type type3 = type2; if (type3 != GUILayoutOption.Type.maxWidth) { if (type3 == GUILayoutOption.Type.maxHeight) { constraints.y = (float)gUILayoutOption.value; } } else { constraints.x = (float)gUILayoutOption.value; } } } Vector2 vector = style.CalcSizeWithConstraints(content, constraints); vector.x = Mathf.Ceil(vector.x); vector.y = Mathf.Ceil(vector.y); GUILayoutUtility.current.topLevel.Add(new GUILayoutEntry(vector.x, vector.x, vector.y, vector.y, style, options)); } rect = GUILayoutUtility.kDummyRect; } return(rect); }
private static Rect DoGetRect(GUIContent content, GUIStyle style, GUILayoutOption[] options) { GUIUtility.CheckOnGUI(); EventType type = Event.current.type; Rect rect; if (type != EventType.Layout) { if (type != EventType.Used) { GUILayoutEntry next = GUILayoutUtility.current.topLevel.GetNext(); rect = next.rect; } else { rect = GUILayoutUtility.kDummyRect; } } else { if (style.isHeightDependantOnWidth) { GUILayoutUtility.current.topLevel.Add(new GUIWordWrapSizer(style, content, options)); } else { Vector2 constraints = new Vector2(0f, 0f); if (options != null) { foreach (GUILayoutOption guilayoutOption in options) { GUILayoutOption.Type type2 = guilayoutOption.type; if (type2 != GUILayoutOption.Type.maxHeight) { if (type2 == GUILayoutOption.Type.maxWidth) { constraints.x = (float)guilayoutOption.value; } } else { constraints.y = (float)guilayoutOption.value; } } } Vector2 vector = style.CalcSizeWithConstraints(content, constraints); GUILayoutUtility.current.topLevel.Add(new GUILayoutEntry(vector.x, vector.x, vector.y, vector.y, style, options)); } rect = GUILayoutUtility.kDummyRect; } return(rect); }
static Rect DoGetRect(GUIContent content, GUIStyle style, GUILayoutOption[] options) { GUIUtility.CheckOnGUI(); switch (Event.current.type) { case EventType.Layout: if (style.isHeightDependantOnWidth) { current.topLevel.Add(new GUIWordWrapSizer(style, content, options)); } else { Vector2 sizeConstraints = new Vector2(0, 0); if (options != null) { foreach (var option in options) { switch (option.type) { case GUILayoutOption.Type.maxHeight: sizeConstraints.y = (float)option.value; break; case GUILayoutOption.Type.maxWidth: sizeConstraints.x = (float)option.value; break; } } } Vector2 size = style.CalcSizeWithConstraints(content, sizeConstraints); // This is needed on non-integer scale ratios to avoid errors to accumulate in further layout calculations size.x = Mathf.Ceil(size.x); size.y = Mathf.Ceil(size.y); current.topLevel.Add(new GUILayoutEntry(size.x, size.x, size.y, size.y, style, options)); } return(kDummyRect); case EventType.Used: return(kDummyRect); default: var entry = current.topLevel.GetNext(); GUIDebugger.LogLayoutEntry(entry.rect, entry.marginLeft, entry.marginRight, entry.marginTop, entry.marginBottom, entry.style); return(entry.rect); } }
static Rect DoGetRect(GUIContent content, GUIStyle style, GUILayoutOption[] options) { GUIUtility.CheckOnGUI(); switch (Event.current.type) { case EventType.Layout: if (style.isHeightDependantOnWidth) { current.topLevel.Add(new GUIWordWrapSizer(style, content, options)); } else { Vector2 sizeConstraints = new Vector2(0, 0); if (options != null) { foreach (var option in options) { switch (option.type) { case GUILayoutOption.Type.maxHeight: sizeConstraints.y = (float)option.value; break; case GUILayoutOption.Type.maxWidth: sizeConstraints.x = (float)option.value; break; } } } Vector2 size = style.CalcSizeWithConstraints(content, sizeConstraints); current.topLevel.Add(new GUILayoutEntry(size.x, size.x, size.y, size.y, style, options)); } return(kDummyRect); case EventType.Used: return(kDummyRect); default: var entry = current.topLevel.GetNext(); GUIDebugger.LogLayoutEntry(entry.rect, entry.margin, entry.style); return(entry.rect); } }
private static Rect DoGetRect(GUIContent content, GUIStyle style, GUILayoutOption[] options) { GUIUtility.CheckOnGUI(); switch (Event.current.type) { case EventType.Layout: if (style.isHeightDependantOnWidth) { current.topLevel.Add(new GUIWordWrapSizer(style, content, options)); } else { Vector2 constraints = new Vector2(0f, 0f); if (options != null) { foreach (GUILayoutOption gUILayoutOption in options) { switch (gUILayoutOption.type) { case GUILayoutOption.Type.maxHeight: constraints.y = (float)gUILayoutOption.value; break; case GUILayoutOption.Type.maxWidth: constraints.x = (float)gUILayoutOption.value; break; } } } Vector2 vector = style.CalcSizeWithConstraints(content, constraints); current.topLevel.Add(new GUILayoutEntry(vector.x, vector.x, vector.y, vector.y, style, options)); } return(kDummyRect); case EventType.Used: return(kDummyRect); default: { GUILayoutEntry next = current.topLevel.GetNext(); return(next.rect); } } }
private static Rect DoGetRect(GUIContent content, GUIStyle style, GUILayoutOption[] options) { GUIUtility.CheckOnGUI(); EventType type = Event.current.type; if (type == EventType.Layout) { if (style.isHeightDependantOnWidth) { GUILayoutUtility.current.topLevel.Add(new GUIWordWrapSizer(style, content, options)); } else { Vector2 constraints = new Vector2(0f, 0f); if (options != null) { for (int i = 0; i < options.Length; i++) { GUILayoutOption gUILayoutOption = options[i]; switch (gUILayoutOption.type) { case GUILayoutOption.Type.maxWidth: constraints.x = (float)gUILayoutOption.value; break; case GUILayoutOption.Type.maxHeight: constraints.y = (float)gUILayoutOption.value; break; } } } Vector2 vector = style.CalcSizeWithConstraints(content, constraints); GUILayoutUtility.current.topLevel.Add(new GUILayoutEntry(vector.x, vector.x, vector.y, vector.y, style, options)); } return(GUILayoutUtility.kDummyRect); } if (type != EventType.Used) { return(GUILayoutUtility.current.topLevel.GetNext().rect); } return(GUILayoutUtility.kDummyRect); }
private static Rect DoGetRect(GUIContent content, GUIStyle style, GUILayoutOption[] options) { GUIUtility.CheckOnGUI(); switch (Event.current.type) { case EventType.Layout: if (style.isHeightDependantOnWidth) { current.topLevel.Add(new GUIWordWrapSizer(style, content, options)); } else { Vector2 constraints = new Vector2(0f, 0f); if (options != null) { foreach (GUILayoutOption option in options) { switch (option.type) { case GUILayoutOption.Type.maxHeight: constraints.y = (float) option.value; break; case GUILayoutOption.Type.maxWidth: constraints.x = (float) option.value; break; } } } Vector2 vector2 = style.CalcSizeWithConstraints(content, constraints); current.topLevel.Add(new GUILayoutEntry(vector2.x, vector2.x, vector2.y, vector2.y, style, options)); } return kDummyRect; case EventType.Used: return kDummyRect; } GUILayoutEntry next = current.topLevel.GetNext(); GUIDebugger.LogLayoutEntry(next.rect, next.margin, next.style); return next.rect; }