float CustomRandomRange(float min, float max)
    {
        // Let's not get too crazy here, don't let them get away with negative-to-positive ranges
        min = Mathf.Abs(min);
        max = Mathf.Abs(max);

        // Sometimes coders make mistakes, let's just clean it up for them
        if (max < min)
        {
            float tmp = min;
            min = max;
            max = tmp;
        }

        // Sometimes coders are sneaky, we can't let the max = the min!
        if (max == min)
        {
            max += 5.0f; // because 5 is a good number
        }

        // There are lots of possibilities! We should create an array to store them all. 
        float[] fRange = new float[(int)(max-min) * 200];
        
        // Populate the array by incrementing through the ranges.
        for (float i = max*-1; i <= max; i += 0.01f)
        {
            if (i > (min*-1) && i < min) i = min;
            fRange[(int)(i < 0 ? (i + max) * 100 : (i * 100))] = i;
        }

        // Now that we've stored the results, let's select one at random!!!
        return fRange[Random.Range(0, (int)(max-min) * 200)];
    }