using UnityEngine;

namespace Artngame.SKYMASTER
{
	public class volumeCloudsTornadoControl : MonoBehaviour
	{
		public bool copyCloudParamsToRefl;

		public CloudScript volumeclouds;

		public CloudScriptTRANSP volumecloudsTRANSP;

		public CloudScript CloudReflection;

		public Material grassMat;

		public bool applyGrassVortex;

		public Material waterMat;

		public bool applyWaterVortex;

		public float vortexRadius = 115f;

		public Vector4 vortexInteractAmpFreqRadial = new Vector4(-107f, 11f, 39f, 318f);

		public Transform tornadoTop;

		public Transform tornadoBottom;

		public float posMultiplierX = 1f;

		public float posMultiplierZ = 1f;

		public float posMultiplierXW = 1f;

		public float posMultiplierZW = 1f;

		public float posOffsetX;

		public float posOffsetZ;

		private void Start()
		{
		}

		private void Update()
		{
			if (copyCloudParamsToRefl && CloudReflection != null)
			{
				CloudReflection.density = volumeclouds.density;
				CloudReflection.coverage = volumeclouds.coverage;
				CloudReflection.scale = volumeclouds.scale;
				CloudReflection.detailScale = volumeclouds.detailScale;
				CloudReflection.lowFreqMin = volumeclouds.lowFreqMin;
				CloudReflection.lowFreqMax = volumeclouds.lowFreqMax;
				CloudReflection.highFreqModifier = volumeclouds.highFreqModifier;
				CloudReflection.weatherScale = volumeclouds.weatherScale;
				CloudReflection.startHeight = volumeclouds.startHeight;
				CloudReflection.thickness = volumeclouds.thickness;
				CloudReflection.planetSize = volumeclouds.planetSize;
				CloudReflection.cloudSampleMultiplier = volumeclouds.cloudSampleMultiplier;
				CloudReflection.globalMultiplier = volumeclouds.globalMultiplier;
				CloudReflection.windSpeed = volumeclouds.windSpeed;
				CloudReflection.windDirection = volumeclouds.windDirection;
				CloudReflection.coverageWindSpeed = volumeclouds.coverageWindSpeed;
				CloudReflection.coverageWindDirection = volumeclouds.coverageWindDirection;
			}
			if (volumeclouds != null && tornadoTop != null)
			{
				volumeclouds.vortexPosition = new Vector3(tornadoTop.position.x * posMultiplierX + posOffsetX, 0f, tornadoTop.position.z * posMultiplierZ + posOffsetZ);
			}
			if (volumecloudsTRANSP != null && tornadoTop != null)
			{
				volumecloudsTRANSP.vortexPosition = new Vector3(tornadoTop.position.x * posMultiplierX + posOffsetX, 0f, tornadoTop.position.z * posMultiplierZ + posOffsetZ);
			}
			if (CloudReflection != null && tornadoTop != null)
			{
				CloudReflection.vortexPosition = new Vector3(tornadoTop.position.x * posMultiplierX + posOffsetX, 0f, tornadoTop.position.z * posMultiplierZ + posOffsetZ);
			}
			if (applyWaterVortex && waterMat != null)
			{
				waterMat.SetVector("vortexPosScale", new Vector4(tornadoBottom.position.x * posMultiplierXW + posOffsetX, 0f, tornadoBottom.position.z * posMultiplierZW + posOffsetZ, vortexRadius));
				waterMat.SetVector("_InteractAmpFreqRad", vortexInteractAmpFreqRadial);
			}
		}
	}
}