unity3d 柏林噪声 PerlinNoise 规律 算法

测试 每个小数值取100次

print(0.1);
LaTest3(0.1f, 0.1f);
print("Max:" + La.Max() + "|Min:" + La.Min() + "|AVG:" + La.Average()+ "|Between:"+ (La.Max()-La.Min()));

print(0.3);
LaTest3(0.3f, 0.3f);
print("Max:" + La.Max() + "|Min:" + La.Min() + "|AVG:" + La.Average() + "|Between:" + (La.Max() - La.Min()));

print(0.5);
LaTest3(0.5f, 0.5f);
print("Max:" + La.Max() + "|Min:" + La.Min() + "|AVG:" + La.Average() + "|Between:" + (La.Max() - La.Min()));

print(0.7);
LaTest3(0.7f, 0.7f);
print("Max:" + La.Max() + "|Min:" + La.Min() + "|AVG:" + La.Average() + "|Between:" + (La.Max() - La.Min()));

print(0.9);
LaTest3(0.9f, 0.9f);
print("Max:" + La.Max() + "|Min:" + La.Min() + "|AVG:" + La.Average() + "|Between:" + (La.Max() - La.Min()));

print("X:" + 0.1 + "Y" + 0.3);
LaTest3(0.1f, 0.3f);
print("Max:" + La.Max() + "|Min:" + La.Min() + "|AVG:" + La.Average() + "|Between:" + (La.Max() - La.Min()));

print("X:"+0.1+"Y"+0.5);
LaTest3(0.1f, 0.5f);
print("Max:" + La.Max() + "|Min:" + La.Min() + "|AVG:" + La.Average() + "|Between:" + (La.Max() - La.Min()));

print("X:" + 0.1 + "Y" + 0.9);
LaTest3(0.1F, 0.9F);
print("Max:" + La.Max() + "|Min:" + La.Min() + "|AVG:" + La.Average() + "|Between:" + (La.Max() - La.Min()));

print("X:" + 0.3 + "Y" + 0.1);
LaTest3(0.3f, 0.1f);
print("Max:" + La.Max() + "|Min:" + La.Min() + "|AVG:" + La.Average() + "|Between:" + (La.Max() - La.Min()));

print("X:" + 0.5 + "Y" + 0.1);
LaTest3(0.5F, 0.1F);
print("Max:" + La.Max() + "|Min:" + La.Min() + "|AVG:" + La.Average() + "|Between:" + (La.Max() - La.Min())); ;

print("X:" + 0.9 + "Y" + 0.1);
LaTest3(0.9F, 0.1F);
print("Max:" + La.Max() + "|Min:" + La.Min() + "|AVG:" + La.Average() + "|Between:" + (La.Max() - La.Min()));

　　LaTest3函数

List<float> La;
    float[] LaTest3(float x, float y)
    {
        La = new List<float>();
        for (int i = 0; i < 100; i++)
        {
            La.Add(Mathf.PerlinNoise(x+(i), y + (i)));
        }
        return La.ToArray();
    }

　　

 

越接近0.5幅度越大，两边则越平缓

与整数无关，小数决定幅度。