void Start()
{
mesh = GetComponent <MeshFilter>().mesh;
originalVertices = mesh.vertices;
density = manager.DensityVelocityValue().density;
v_p = manager.DensityVelocityValue().v_p / scale;
v_s = manager.DensityVelocityValue().v_s / scale;
A = (float)(Mathf.Pow(10, (float)(manager.Magnitude(Target.T_GRASSLAND) - 2.56 * (Mathf.Log10(4)) + 1.67)) / scale);
}
void Start()
{
mesh = GetComponent <MeshFilter>().mesh;
mats = new Material[] { Resources.Load("DrySands/DrySands", typeof(Material)) as Material,
Resources.Load("WetSands/WetSands", typeof(Material)) as Material,
Resources.Load("Shale/Shale", typeof(Material)) as Material,
Resources.Load("Limestone/Limestone", typeof(Material)) as Material,
Resources.Load("Granite/Granite", typeof(Material)) as Material,
Resources.Load("Basalt/Basalt", typeof(Material)) as Material, };
mat = mats[0];
originalVertices = mesh.vertices;
density = manager.DensityVelocityValue().density;
v_p = manager.DensityVelocityValue().v_p / scale;
v_s = manager.DensityVelocityValue().v_s / scale;
A = (float)(Mathf.Pow(10, (float)(manager.Magnitude(Target.T_2D) - 2.56 * (Mathf.Log10(4)) + 1.67)) / scale);
}
