public static bool privateAllowableO2(LakeClass A)
{
double mino2 = 5;
bool allowableo2test=true;
if (LakeClass.privateO2levels(A)[1] >= mino2)
{ allowableo2test = true; }
else if (LakeClass.privateO2levels(A)[1] < mino2)
{ allowableo2test = false; }
return allowableo2test;
}
public static double MinTemp(LakeClass A)
{
double mintemp = 100;
int counter = 0;
while (counter <= A.Array.GetUpperBound(0))
{if (A.Array[counter].Temp < mintemp)
{
mintemp = A.Array[counter].Temp;
}
counter++;
}
return mintemp;
}
public static double MaxTemp(LakeClass A)
{
double maxtemp = 0;
int counter=0;
while (counter <=A.Array.GetUpperBound(0))
{
if(A.Array[counter].Temp > maxtemp)
{
maxtemp = A.Array[counter].Temp;
}
counter++;
};
return maxtemp;
}
private static int[] privateThermocline(LakeClass A)
{
double Slope, MaxSlope = 0;
double deltaSlope = 0.2; //slope range.
double ThermoD1 = 0, ThermoD2 = 0; //starting dummie values;
int i = 0, j = i+1;
int tval1 = 0, tval2 = 0;
while (j<= A.Array.GetUpperBound(0))
{
Slope = Math.Abs((A.Array[j].Temp - A.Array[i].Temp)/(A.Array[j].Depth - A.Array[i].Depth));
if (Slope > MaxSlope)
{
MaxSlope = Slope;
ThermoD1 = A.Array[i].Depth;
tval1 = i;
ThermoD2 = A.Array[j].Depth;
tval2 = j;
}
else if ((Slope <= (MaxSlope + deltaSlope)) && (Slope >= (MaxSlope - deltaSlope)))
{
ThermoD2 = A.Array[j].Depth;
}
else{}
i++;j++;
}
int [] Outputthermoarrayvalues = new int[] {tval1,tval2};
return Outputthermoarrayvalues;
}
private static double[] privateO2levels(LakeClass A)
{
int[] Tvals = LakeClass.privateThermocline(A);
int counter;
double o2sumEpi = 0, o2sumpHypo = 0, o2averageEpi = 0, o2averageHypo = 0;
counter = 0;
while (counter <= Tvals[0])
{
o2sumEpi += A.Array[counter].Olevels;
counter++;
};
o2averageEpi = o2sumEpi / counter;
counter = Tvals[1];
while (counter <= A.Array.GetUpperBound(0))
{
o2sumpHypo += A.Array[counter].Olevels;
counter++;
};
o2averageHypo = o2sumpHypo / (A.Array.GetUpperBound(0) - Tvals[0]);
double[] outputarray = new double [] {o2averageEpi, o2averageHypo};
return outputarray;
}
