public static void AddStepsRecursive(List <int> steps, INoise noise, int level, int index)
{
int initialSteps = steps.Count;
int i;
int currentNoise;
if (level == 0)
{
int min = steps[index];
int max = steps[index + 1];
int firstNum;
int secondNum;
int thirdNum;
int fourthNum;
currentNoise = noise.GetNext(level);
if (min * 0.8 + max * 0.2 > 0)
{
firstNum = (int)(min * 0.8 + max * 0.2 + 0.00000001) + currentNoise;
}
else if (min * 0.8 + max * 0.2 < 0)
{
firstNum = (int)(min * 0.8 + max * 0.2 - 0.00000001) + currentNoise;
}
else
{
firstNum = (int)(min * 0.8 + max * 0.2) + currentNoise;
}
currentNoise = noise.GetNext(level);
if (min * 0.6 + max * 0.4 > 0)
{
secondNum = (int)(min * 0.6 + max * 0.4 + 0.00000001) + currentNoise;
}
else if (min * 0.8 + max * 0.2 < 0)
{
secondNum = (int)(min * 0.6 + max * 0.4 - 0.00000001) + currentNoise;
}
else
{
secondNum = (int)(min * 0.6 + max * 0.4) + currentNoise;
}
currentNoise = noise.GetNext(level);
if (min * 0.4 + max * 0.6 > 0)
{
thirdNum = (int)(min * 0.4 + max * 0.6 + 0.00000001) + currentNoise;
}
else if (min * 0.8 + max * 0.2 < 0)
{
thirdNum = (int)(min * 0.4 + max * 0.6 - 0.00000001) + currentNoise;
}
else
{
thirdNum = (int)(min * 0.4 + max * 0.6) + currentNoise;
}
currentNoise = noise.GetNext(level);
if (min * 0.2 + max * 0.8 > 0)
{
fourthNum = (int)(min * 0.2 + max * 0.8 + 0.00000001) + currentNoise;
}
else if (min * 0.8 + max * 0.2 < 0)
{
fourthNum = (int)(min * 0.2 + max * 0.8 - 0.00000001) + currentNoise;
}
else
{
fourthNum = (int)(min * 0.2 + max * 0.8) + currentNoise;
}
List <int> stepsInserted = new List <int>()
{
firstNum, secondNum, thirdNum, fourthNum
};
steps.InsertRange(index + 1, stepsInserted);
AddStepsRecursive(steps, noise, 1, index);
}
if (level != 0)
{
int iterations = index + 5;
for (i = index; i < iterations; ++i)
{
if (steps[i + 1] - steps[i] > 10 || steps[i + 1] - steps[i] < -10)
{
int min = steps[i];
int max = steps[i + 1];
int firstNum;
int secondNum;
int thirdNum;
int fourthNum;
currentNoise = noise.GetNext(level);
if (min * 0.8 + max * 0.2 > 0)
{
firstNum = (int)(min * 0.8 + max * 0.2 + 0.00000001) + currentNoise;
}
else if (min * 0.8 + max * 0.2 < 0)
{
firstNum = (int)(min * 0.8 + max * 0.2 - 0.00000001) + currentNoise;
}
else
{
firstNum = (int)(min * 0.8 + max * 0.2) + currentNoise;
}
currentNoise = noise.GetNext(level);
if (min * 0.6 + max * 0.4 > 0)
{
secondNum = (int)(min * 0.6 + max * 0.4 + 0.00000001) + currentNoise;
}
else if (min * 0.8 + max * 0.2 < 0)
{
secondNum = (int)(min * 0.6 + max * 0.4 - 0.00000001) + currentNoise;
}
else
{
secondNum = (int)(min * 0.6 + max * 0.4) + currentNoise;
}
currentNoise = noise.GetNext(level);
if (min * 0.4 + max * 0.6 > 0)
{
thirdNum = (int)(min * 0.4 + max * 0.6 + 0.00000001) + currentNoise;
}
else if (min * 0.8 + max * 0.2 < 0)
{
thirdNum = (int)(min * 0.4 + max * 0.6 - 0.00000001) + currentNoise;
}
else
{
thirdNum = (int)(min * 0.4 + max * 0.6) + currentNoise;
}
currentNoise = noise.GetNext(level);
if (min * 0.2 + max * 0.8 > 0)
{
fourthNum = (int)(min * 0.2 + max * 0.8 + 0.00000001) + currentNoise;
}
else if (min * 0.8 + max * 0.2 < 0)
{
fourthNum = (int)(min * 0.2 + max * 0.8 - 0.00000001) + currentNoise;
}
else
{
fourthNum = (int)(min * 0.2 + max * 0.8) + currentNoise;
}
List <int> stepsInserted = new List <int>()
{
firstNum, secondNum, thirdNum, fourthNum
};
steps.InsertRange(i + 1, stepsInserted);
AddStepsRecursive(steps, noise, level + 1, i);
}
int lengthSteps = steps.Count;
i += lengthSteps - initialSteps;
iterations += lengthSteps - initialSteps;
initialSteps = lengthSteps;
}
}
}
