private void Form_Animal(animal_object animal, float bodySize, float greediness, int seed)
{
// // give appropriate name
// int d0 = UnityEngine.Random.Range(0, adjectives.Length);
// int d1 = (int)(bodySize*.999f * nounsConsumer.Length);
// int d2 = UnityEngine.Random.Range(0, nounsConsumer[d1].Length);
// animal.name = adjectives[d0] + " " + nounsConsumer[d1][d2];
animal.name = name_generator.GetName6(seed);
// assign mesh
animal.Renderer.sharedMesh = Consumer_Meshs[(int)(bodySize * .999f * Consumer_Meshs.Length)];
// generate texture and material
// var yuv = new Vector3(.8f-.5f*bodySize, .4f, .8f*greediness-.4f);
// // convert yuv to rgb
// Color rgb = (Vector4)(AnimalTexture.yuv_to_rgb.MultiplyVector(yuv)) + new Vector4(0,0,0,1);
// // scale mesh
animal.transform.localScale = Vector3.one;// * (1+bodySize*.1f);
// var lab = new LABColor(70-50*bodySize, 10+40*greediness, -50);
float L = 70 - 50 * bodySize;
var lab1 = new LABColor(L, 50, -80);
var lab2 = new LABColor(L, 30, 20);
var lab = LABColor.Lerp(lab1, lab2, greediness);
Color rgb = lab.ToColor();
Generate_and_Apply(animal, seed, rgb);
}
private void Form_Plant(animal_object plant, float bodySize, float greediness, int seed)
{
// give appropriate name
// int d0 = UnityEngine.Random.Range(0, adjectives.Length);
// int d1 = (int)(bodySize*.999f * nounsProducer.Length);
// int d2 = UnityEngine.Random.Range(0, nounsProducer[d1].Length);
// plant.name = adjectives[d0] + " " + nounsProducer[d1][d2];
plant.name = name_generator.GetName1(seed);
// assign mesh
plant.Renderer.sharedMesh = Producer_Meshs[(int)(bodySize * .999f * Producer_Meshs.Length)];
// generate texture and material
// var yuv = new Vector3(.7f-.7f*bodySize, -.4f, .8f*greediness-.4f);
// Color rgb = (Vector4)(AnimalTexture.yuv_to_rgb.MultiplyVector(yuv)) + new Vector4(0,0,0,1);
// // scale mesh
plant.transform.localScale = Vector3.one;// * (1+bodySize*.1f);
// var lab = new LABColor(80-50*bodySize, -50+40*greediness, 50);
float L = 80 - 50 * bodySize;
var lab1 = new LABColor(L, -50, 10);
var lab2 = new LABColor(L, -5, 65);
var lab = LABColor.Lerp(lab1, lab2, greediness);
Color rgb = lab.ToColor();
Generate_and_Apply(plant, seed, rgb);
}
// public static LABColor LerpLCH(LABColor a, LABColor b, float t){
// float C0 = Mathf.Sqrt(a.A*a.A + a.B*a.B);
// float C1 = Mathf.Sqrt(b.A*b.A + b.B*b.B);
// float h0 = Mathf.Atan2(a.B, a.A);
// float h1 = Mathf.Atan2(b.B, b.A);
// float C = Mathf.Lerp(C0, C1, t);
// float h = Mathf.Lerp(h0, h1, t);
// float L = Mathf.Lerp(a.L, b.L, t);
// float A = C*Mathf.Cos(h);
// float B = C*Mathf.Sin(h);
// return new LABColor(L, A, B);
// }
// static function for interpolation between two Unity Colors through normalized colorspace
public static Color Lerp(Color a, Color b, float t)
{
return((LABColor.Lerp(LABColor.FromColor(a), LABColor.FromColor(b), t)).ToColor());
}