using System;
using PhysicsTools;
using UnityEngine;

public class FishingLineController : MonoBehaviour
{
	[Serializable]
	public class SegmentParameters
	{
		public float drag = 1f;

		public float angularDrag = 1f;

		public float swingLimit = 10f;

		public bool gravity = true;

		public float massNormal = 0.02f;

		public float massFloat = 0.05f;
	}

	public bool updateIceCollision;

	[Space(10f)]
	public float iceCollisionForce = 100f;

	public ForceMode iceCollisionForceMode;

	public Vector2 ropeFlyIncMargin = new Vector2(0.2f, 0.5f);

	public float ropeFlyNearMargin = 0.05f;

	public float ropeFlyNearMarginFloat = 0.1f;

	public float flyRateFactor = 1f;

	[Space(10f)]
	public float ropeFishIncMargin = 0.1f;

	public float ropeFishFloatIncMargin = 0.1f;

	public float ropeProtectionMargin = 0.2f;

	public float ropeStretchThreshold = 5f;

	public float ropeStretchBreakThreshold = 5f;

	public float ropeStretchInstantBreakThreshold = 3f;

	public float fishingLineLooseThreshold = 1f;

	public float waterInteractiveMultiplier = 0.5f;

	[Space(10f)]
	public float fishTargetSpeedPullMultiplier = 0.07f;

	[Header("Segment Parameters")]
	public float tightThreshold = 0.95f;

	public float underwaterThreshold;

	public float nearSwingLimit = 50f;

	public float nearSwingDistance = 7f;

	public SegmentParameters idle = new SegmentParameters();

	public SegmentParameters near = new SegmentParameters();

	public SegmentParameters fly = new SegmentParameters();

	public SegmentParameters tight = new SegmentParameters();

	public SegmentParameters water = new SegmentParameters();

	public SegmentParameters air = new SegmentParameters();

	[Space(10f)]
	public SegmentParameters floatWater = new SegmentParameters();

	public SegmentParameters floatFly = new SegmentParameters();

	[HideInInspector]
	public SegmentParameters ret = new SegmentParameters();

	[HideInInspector]
	public FishingHands fishingHands;

	private void Start()
	{
		fishingHands = GetComponent<FishingHands>();
	}

	public SegmentParameters GetSegmentParameters(Segment segment, int segmentId, float looseTensionFactor, float distance, bool isFlying)
	{
		if ((bool)segment.waterInteractive)
		{
			segment.meshRenderer.enabled = !isFlying && (double)segment.seg.transform.position.y > -0.1 && segmentId < 30;
			segment.waterInteractive.enabled = segment.meshRenderer.enabled;
			segment.waterInteractive.Multiplier = ((!segment.meshRenderer.enabled) ? 0f : waterInteractiveMultiplier);
		}
		if (isFlying)
		{
			return fly;
		}
		if (looseTensionFactor > tightThreshold)
		{
			return tight;
		}
		if (segment.seg.transform.position.y <= underwaterThreshold)
		{
			return water;
		}
		return BlendParameters(air, tight, looseTensionFactor, distance);
	}

	public SegmentParameters GetFloatSegmentParameters(Segment segment, float looseTensionFactor, bool isFlying)
	{
		if (isFlying)
		{
			return floatFly;
		}
		return floatWater;
	}

	public SegmentParameters BlendParameters(SegmentParameters s1, SegmentParameters s2, float blend, float distance)
	{
		ret.drag = Mathf.Lerp(s1.drag, s2.drag, blend);
		ret.angularDrag = Mathf.Lerp(s1.angularDrag, s2.angularDrag, blend);
		ret.swingLimit = Mathf.Lerp(s1.swingLimit, s2.swingLimit, blend);
		ret.gravity = ((!(blend > 0.5f)) ? s1.gravity : s2.gravity);
		ret.massNormal = Mathf.Lerp(s1.massNormal, s2.massNormal, blend);
		ret.massFloat = Mathf.Lerp(s1.massFloat, s2.massFloat, blend);
		if (distance < nearSwingDistance)
		{
			ret.swingLimit = nearSwingLimit;
		}
		return ret;
	}
}