protected override void OnUpdate() { Entities.ForEach((Button button) => { var entity = GetPrimaryEntity(button); var colorBlock = button.colors; DstEntityManager.AddComponentData(entity, ClickState.Default()); DstEntityManager.AddComponentData(entity, ButtonVisual.Default()); DstEntityManager.AddComponentData(entity, ColorStates.FromColorBlock(colorBlock)); if (!button.interactable) { DstEntityManager.AddComponentData(entity, new NonInteractableButtontag { }); DstEntityManager.SetComponentData(entity, new AppliedColor { Value = colorBlock.disabledColor }); } else { DstEntityManager.AddComponentData(entity, new AppliedColor { Value = colorBlock.normalColor }); } }); }
public void AutomateEnter(string color) { #region Resets Time.timeScale = 1; if (playerUIManager.circleBar != null) { playerUIManager.circleBar.fillAmount = 1; } #endregion #region Initialisation Debug.Log(color + ": Enter"); colorState = (ColorStates)System.Enum.Parse(typeof(ColorStates), color); if (colorCycler != null) { colorCycler.ProcessColorString(color); } #region Enabling colorScripts.redMovement.enabled = (color == "Red") ? true : false; colorScripts.yellowMovement.enabled = (color == "Yellow") ? true : false; colorScripts.greenMovement.enabled = (color == "Green") ? true : false; colorScripts.blueMovement.enabled = (color == "Blue") ? true : false; colorScripts.purpleMovement.enabled = (color == "Purple") ? true : false; #endregion #endregion }
private static void drawRectangle(BoxCollider2D box) { var corners = box.GetWorldCorners(); for (int i = 0; i < corners.Length; i++) { int ii = (i + 1) % corners.Length; ColorStates state = ColorStates.IDLE; Color lineColor = ColorPalletReader.GetLineColor(state); Color vertexColor = ColorPalletReader.GetLineColor(state); if (_assignedColors.TryGetValue(box, out state)) { lineColor = ColorPalletReader.GetLineColor(state); vertexColor = ColorPalletReader.GetVertexColor(state); } else { state = Utilities.DetermineColorState(box); lineColor = ColorPalletReader.GetLineColor(state); vertexColor = ColorPalletReader.GetVertexColor(state); _assignedColors.Add(box, state); } if (i == _selectedEdge && Selection.activeGameObject == box.gameObject) { lineColor = ColorPalletReader.GetLineColor(ColorStates.SELECTED); } // Draw edges Gizmos.color = lineColor; Gizmos.DrawLine(corners[i], corners[ii]); // Draw corners if (Selection.activeGameObject == box.gameObject) { if (i == _selectedCorner) { vertexColor = ColorPalletReader.GetVertexColor(ColorStates.SELECTED); } Gizmos.color = vertexColor; Gizmos.DrawSphere(corners[i], BrushSettingsWindow.VertexSize); if (BrushSettingsWindow.ShowVertexInfo == true) { Handles.Label(corners[i] + new Vector2(0.1f, 0.4f), (corners[i] - new Vector2(box.transform.position.x, box.transform.position.y)).ToString()); } } } }
void Start() { //pSystem = GetComponentInChildren<ParticleSystem>(); //abilities = GetComponentInParent<Abilities>(); //pSystem.gameObject.SetActive(false); player = GameObject.Find("Player"); pColor = GetComponent <ParticleSystemRenderer>(); colorStates = GameObject.Find("Player").GetComponent <ColorStates>(); //SetColor(); if (dissapearingParticle) { SetColor(); } }
// STATIC HELPER FUNCTIONS // private static void drawPolygon(PolygonCollider2D polygon, Color lineColor) { Vector2[] vertices = polygon.GetWorldPoints(); if (vertices == null) { return; } for (int i = 0; i < vertices.Length; i++) { int ii = (i + 1) % vertices.Length; // Draw edge Gizmos.color = lineColor; Gizmos.DrawLine(vertices[i], vertices[ii]); // Draw vertex if (Selection.activeGameObject == polygon.gameObject) { ColorStates state = ColorStates.IDLE; if (_assignedColors.TryGetValue(polygon, out state)) { Gizmos.color = ColorPalletReader.GetVertexColor(state); } else { state = Utilities.DetermineColorState(polygon); Gizmos.color = ColorPalletReader.GetVertexColor(state); _assignedColors.Add(polygon, state); } if (i == _selectedVertex) { Gizmos.color = ColorPalletReader.GetVertexColor(ColorStates.SELECTED); } Gizmos.DrawSphere(vertices[i], BrushSettingsWindow.VertexSize); if (BrushSettingsWindow.ShowVertexInfo == true) { Handles.Label(vertices[i] + new Vector2(0.1f, 0.4f), (vertices[i] - new Vector2(polygon.transform.position.x, polygon.transform.position.y)).ToString()); } } } Handles.color = lineColor; }
// void Colorize() // { // // switch(colors) // { // case Colors.blue: // _color = Blue; // break; // case Colors.black: // _color = Black; // break; // case Colors.green: // _color = Green; // break; // case Colors.white: // _color = White; // break; // case Colors.red: // _color = Red; // break; // } // t += FadeLerp; // ResultingColor = Color.Lerp(Sprite.color,Color.black,10 * Time.deltaTime); // //Debug.Log(t); // Sprite.color = ResultingColor; // if(Sprite.color == _color || t >= FadeCutoff) // { // // t = 0; // //Debug.Log("Finished Coloring"); // ColorStateMethod = new ColorStates(ToTransparent); // // } // // } public bool ToTransparent() { //t+=FadeLerp * 200; //Debug.Log("ToTransparent " + t + Sprite.color.ToString()); //Sprite.color = Color.white; ResultingColor = Color.Lerp(Sprite.color, Color.clear, 1.2f * Time.deltaTime); Sprite.color = ResultingColor; //Debug.Log(ResultingColor); if (ResultingColor.a <= 1) { Debug.Log("Finished fading"); t = 0; ColorStateMethod = new ColorStates(NullState); Sprite.color = new Color(0, 0, 0, 0); return(true); } else { return(false); } }
static void DrawPolgonColliders2D(PolygonCollider2D polygon, GizmoType gizmoType) { BrushSettingsWindow.Initialize(); var lineColor = ColorPalletReader.GetLineColor(ColorStates.SELECTED); if (gizmoType == GizmoType.NotSelected) { ColorStates state = ColorStates.IDLE; if (_assignedColors.TryGetValue(polygon, out state)) { lineColor = ColorPalletReader.GetLineColor(state); } else { state = Utilities.DetermineColorState(polygon); lineColor = ColorPalletReader.GetLineColor(state); _assignedColors.Add(polygon, state); // Cache it because GetComponent is slow. } } drawPolygon(polygon, lineColor); }
void Start() { pSystemConstant = gameObject.transform.FindChild("FX_ParticleBall").GetComponent <ParticleSystem>(); pSystemExplode1 = gameObject.transform.FindChild("FX_ParticleExplode1").GetComponent <ParticleSystem>(); pSystemExplode2 = gameObject.transform.FindChild("FX_ParticleExplode2").GetComponent <ParticleSystem>(); pRenderConstant = pSystemConstant.GetComponent <ParticleSystemRenderer>(); pRenderExplode1 = pSystemExplode1.GetComponent <ParticleSystemRenderer>(); pRenderExplode2 = pSystemExplode2.GetComponent <ParticleSystemRenderer>(); colorStates = GameObject.Find("Player").GetComponent <ColorStates>(); myCollider = gameObject.GetComponent <CircleCollider2D>(); SetColor(pRenderConstant, orbColor); SetColor(pRenderExplode1, orbColor); SetColor(pRenderExplode2, orbColor); pSystemExplode1.Stop(); pSystemExplode2.Stop(); pSystemConstant.Play(); source = GetComponent <AudioSource>(); }
private static void drawCircle(CircleCollider2D circle) { var lineColor = ColorPalletReader.GetLineColor(ColorStates.IDLE); ColorStates state = ColorStates.IDLE; if (_assignedColors.TryGetValue(circle, out state)) { lineColor = ColorPalletReader.GetLineColor(state); } else { state = Utilities.DetermineColorState(circle); lineColor = ColorPalletReader.GetLineColor(state); _assignedColors.Add(circle, state); } if (circle.gameObject == Selection.activeGameObject && _isAdjusting) { lineColor = ColorPalletReader.GetLineColor(ColorStates.SELECTED); } Gizmos.color = lineColor; Gizmos.DrawWireSphere(circle.GetWorldCenter(), circle.radius); }
public void Start() { //Sprite = gameObject.GetComponent<UISlicedSprite>(); ColorStateMethod = new ColorStates(NullState); }
public void setTargetColor(ColorStates state) { targetColorState = state; }
public void setCursorColor(ColorStates state) { cursorColorState = state; }
public static Color GetVertexColor(ColorStates state) { return(_vertexColors[(int)state]); }
public static Color GetLineColor(ColorStates state) { return(_lineColors[(int)state]); }
public static Color GetFillColor(ColorStates state) { return(_fillColors[(int)state]); }
public void Start() { //Sprite = gameObject.GetComponent<UISlicedSprite>(); ColorStateMethod = new ColorStates(NullState); }
public void FadeWhite() { //Sprite.color = Color.white; //colors = Colors.white; ColorStateMethod = new ColorStates(FadeIn); }
// void Colorize() // { // // switch(colors) // { // case Colors.blue: // _color = Blue; // break; // case Colors.black: // _color = Black; // break; // case Colors.green: // _color = Green; // break; // case Colors.white: // _color = White; // break; // case Colors.red: // _color = Red; // break; // } // t += FadeLerp; // ResultingColor = Color.Lerp(Sprite.color,Color.black,10 * Time.deltaTime); // //Debug.Log(t); // Sprite.color = ResultingColor; // if(Sprite.color == _color || t >= FadeCutoff) // { // // t = 0; // //Debug.Log("Finished Coloring"); // ColorStateMethod = new ColorStates(ToTransparent); // // } // // } public bool ToTransparent() { //t+=FadeLerp * 200; //Debug.Log("ToTransparent " + t + Sprite.color.ToString()); //Sprite.color = Color.white; ResultingColor = Color.Lerp(Sprite.color,Color.clear, 1.2f * Time.deltaTime); Sprite.color = ResultingColor; //Debug.Log(ResultingColor); if(ResultingColor.a <= 1) { Debug.Log("Finished fading"); t = 0; ColorStateMethod = new ColorStates(NullState); Sprite.color = new Color(0,0,0,0); return true; } else return false; }
public void FadeWhite() { //Sprite.color = Color.white; //colors = Colors.white; ColorStateMethod = new ColorStates(FadeIn); }