private void CocomoBasicA()
{
AlgorithmValidation AV = new AlgorithmValidation();
bool correctForm = AV.CocomoBasicValidation(KLOC);
if (correctForm)
{
Effort = table[model, 0] * Math.Pow(_KLOC, table[model, 1]);
Time = table[model, 2] * Math.Pow(_Effort, table[model, 3]);
Staff = _Effort / _Time;
Productivity = _KLOC / _Effort;
}
}
private void CocomoDetailA()
{
AlgorithmValidation AV = new AlgorithmValidation();
bool correctForm = AV.CocomoBasicValidation(KLOC);
if (correctForm)
{
double EAF = 1;
setCostDrivers();
for (int i = 0; i < 15; i++)
{
EAF += selectedCost[i];
}
Effort = table[model, 0] * Math.Pow(_KLOC, table[model, 1]) * EAF;
Time = table[model, 2] * Math.Pow(_Effort, table[model, 3]);
PhaseWiseDistributionOfEffort = "";
for (int i = 0; i < 5; i++)
{
PhaseWiseDistributionOfEffort += name[i] + " phase = ";
double tmp = Math.Round(Effort * costDetail1[size, i], 2);
PhaseWiseDistributionOfEffort += tmp + "\n";
}
PhaseWiseDistributionOfEffortDevelopmentTime = "";
for (int i = 0; i < 5; i++)
{
PhaseWiseDistributionOfEffortDevelopmentTime += name[i] + " phase = ";
double tmp = Math.Round(Time * costDetail2[size, i], 2);
PhaseWiseDistributionOfEffortDevelopmentTime += tmp + "\n";
}
}
}
private void CocomoInermediateA()
{
AlgorithmValidation AV = new AlgorithmValidation();
bool correctForm = AV.CocomoBasicValidation(KLOC);
if (correctForm)
{
double EAF = 1;
setCostDrivers();
for (int i = 0; i < 15; i++)
{
EAF += selectedCost[i];
}
Effort = table[model, 0] * Math.Pow(_KLOC, table[model, 1]) * EAF;
Time = table[model, 2] * Math.Pow(_Effort, table[model, 3]);
Staff = _Effort / _Time;
Productivity = _KLOC / _Effort;
}
}
