arthurdiniz0_outer-math/OuterMath Unity Project/Assets/PlayMaker/Actions/AnimateVariables/CurveRect.cs
// (c) Copyright HutongGames, LLC 2010-2020. All rights reserved.

using UnityEngine;

namespace HutongGames.PlayMaker.Actions
{
	[ActionCategory("AnimateVariables")]
	[Tooltip("Animates the value of a Rect Variable FROM-TO with assistance of Deformation Curves.")]
	public class CurveRect: CurveFsmAction
	{
		[RequiredField]
		[UIHint(UIHint.Variable)]
        [Tooltip("The Rect Variable to animate.")]
		public FsmRect rectVariable;

        [RequiredField]
        [Tooltip("The Rect to animate from.")]
		public FsmRect fromValue;

        [RequiredField]
        [Tooltip("The Rect to animate to.")]
		public FsmRect toValue;

        [RequiredField]
        [Tooltip("Curve that controls the X value.")]
		public FsmAnimationCurve curveX;

        [Tooltip("Calculation lets you set a type of curve deformation that will be applied to otherwise linear move between fromValue.x and toValue.x.")]
		public Calculation calculationX;

        [RequiredField]
        [Tooltip("Curve that controls the Y value.")]
		public FsmAnimationCurve curveY;

        [Tooltip("Calculation lets you set a type of curve deformation that will be applied to otherwise linear move between fromValue.y and toValue.y.")]
		public Calculation calculationY;

        [RequiredField]
        [Tooltip("Curve that controls the Width.")]
		public FsmAnimationCurve curveW;

        [Tooltip("Calculation lets you set a type of curve deformation that will be applied to otherwise linear move between fromValue.width and toValue.width.")]
		public Calculation calculationW;

        [RequiredField]
        [Tooltip("Curve that controls the Height.")]
		public FsmAnimationCurve curveH;

        [Tooltip("Calculation lets you set a type of curve deformation that will be applied to otherwise linear move between fromValue.height and toValue.height.")]
		public Calculation calculationH;
		
		
		private Rect rct;
		
		private bool finishInNextStep = false;
				
		public override void Reset()
		{
			base.Reset();
			
			rectVariable = new FsmRect{UseVariable=true};
			toValue = new FsmRect{UseVariable=true};
			fromValue = new FsmRect{UseVariable=true};
		}

		public override void OnEnter()
		{
			base.OnEnter();
			finishInNextStep = false;
			resultFloats = new float[4];
			fromFloats = new float[4];
			fromFloats[0] = fromValue.IsNone ? 0f : fromValue.Value.x;
			fromFloats[1] = fromValue.IsNone ? 0f : fromValue.Value.y;
			fromFloats[2] = fromValue.IsNone ? 0f : fromValue.Value.width;
			fromFloats[3] = fromValue.IsNone ? 0f : fromValue.Value.height;
			toFloats = new float[4];
			toFloats[0] = toValue.IsNone ? 0f : toValue.Value.x;
			toFloats[1] = toValue.IsNone ? 0f : toValue.Value.y;
			toFloats[2] = toValue.IsNone ? 0f : toValue.Value.width;
			toFloats[3] = toValue.IsNone ? 0f : toValue.Value.height;
			
			curves = new AnimationCurve[4];
			curves[0] = curveX.curve;
			curves[1] = curveY.curve;
			curves[2] = curveW.curve;
			curves[3] = curveH.curve;
			calculations = new Calculation[4];
			calculations[0] = calculationX;
			calculations[1] = calculationY;
			calculations[2] = calculationW;
			calculations[2] = calculationH;
			//call Init after you have initialized curves array
			Init();
		}
		
		public override void OnExit()
		{
				
		}

		public override void OnUpdate()
		{
			base.OnUpdate();
			if(!rectVariable.IsNone && isRunning){
				rct = new Rect(resultFloats[0], resultFloats[1], resultFloats[2], resultFloats[3]);
				rectVariable.Value = rct;
			}
			
			if(finishInNextStep){
				if(!looping) {
					Finish();
					if(finishEvent != null)	Fsm.Event(finishEvent);
				}
				
			}
			
			if(finishAction && !finishInNextStep){
				if(!rectVariable.IsNone){
					rct = new Rect(resultFloats[0], resultFloats[1], resultFloats[2], resultFloats[3]);
					rectVariable.Value = rct;
				}
				finishInNextStep = true;
			}
		}		
	}
}