float SolveObjectiveDefence(LFAI.TMProblem problem)
{
float solutionParameter = 0f;
return(solutionParameter);
}
float SolvePerimeter(LFAI.TMProblem problem)
{
float solutionParameter = 0f;
return(solutionParameter);
}
float SolveOrderRequest(LFAI.TMProblem problem)
{
float solutionParameter = 0f;
return(solutionParameter);
}
float SolveFlightDanger(LFAI.TMProblem problem)
{
float solutionParameter = 0f;
return(solutionParameter);
}
void SolveTopProblem()
{
if (newProblems.Count == 0)
{
return;
}
LFAI.TMProblem problem = newProblems[newProblems.Count - 1];
float solutionParameter;
switch (problem.ProbType)
{
case LFAI.TMProbType.flightBingo:
solutionParameter = SolveFlightBingo(problem);
break;
case LFAI.TMProbType.flightInDanger:
solutionParameter = SolveFlightDanger(problem);
break;
case LFAI.TMProbType.orderRequest:
solutionParameter = SolveOrderRequest(problem);
break;
case LFAI.TMProbType.perimeter:
solutionParameter = SolvePerimeter(problem);
break;
case LFAI.TMProbType.objectiveAttack:
solutionParameter = SolveObjectiveAttack(problem);
break;
case LFAI.TMProbType.objectiveDefence:
solutionParameter = SolveObjectiveDefence(problem);
break;
}
problemsBeingSolved.Add(problem);
newProblems.RemoveAt(newProblems.Count - 1);
}
float SolveFlightBingo(LFAI.TMProblem problem)
{
float solutionParameter = 0f;
// determine sector and its priority
// evaluate if the flight can leave
// if the flight can leave, parse available fuelers for closest
// give move order to closest fueler
// if not found, ignore
// if the flight cant leave look for closest fueler
// if found, put flight into refuel list
// if not found, ignore
return(solutionParameter);
}
