public static void MakeHouse(List <IIntervalVar> allTasks,
List <IIntervalVar>[] workerTasks,
int id,
int deadline)
{
/* CREATE THE INTERVAL VARIABLES. */
String name;
IIntervalVar[] tasks = new IIntervalVar[nbTasks];
IIntervalVar[,] taskMatrix = new IIntervalVar[nbTasks, nbWorkers];
for (int i = 0; i < nbTasks; i++)
{
name = "H" + id + "-" + taskNames[i];
tasks[i] = cp.IntervalVar(taskDurations[i], name);
/* ALLOCATING TASKS TO WORKERS. */
List <IIntervalVar> alttasks = new List <IIntervalVar>();
for (int w = 0; w < nbWorkers; w++)
{
if (HasSkill(w, i))
{
name = "H" + id + "-" + taskNames[i] + "-" + workerNames[w];
IIntervalVar wtask = cp.IntervalVar(taskDurations[i], name);
wtask.SetOptional();
alttasks.Add(wtask);
taskMatrix[i, w] = wtask;
workerTasks[w].Add(wtask);
allTasks.Add(wtask);
/* DEFINING MAXIMIZATION OBJECTIVE. */
skill = cp.Sum(skill, cp.Prod(SkillLevel(w, i), cp.PresenceOf(wtask)));
}
}
cp.Add(cp.Alternative(tasks[i], alttasks.ToArray()));
}
/* ADDING PRECEDENCE CONSTRAINTS. */
tasks[moving].EndMax = deadline;
cp.Add(cp.EndBeforeStart(tasks[masonry], tasks[carpentry]));
cp.Add(cp.EndBeforeStart(tasks[masonry], tasks[plumbing]));
cp.Add(cp.EndBeforeStart(tasks[masonry], tasks[ceiling]));
cp.Add(cp.EndBeforeStart(tasks[carpentry], tasks[roofing]));
cp.Add(cp.EndBeforeStart(tasks[ceiling], tasks[painting]));
cp.Add(cp.EndBeforeStart(tasks[roofing], tasks[windows]));
cp.Add(cp.EndBeforeStart(tasks[roofing], tasks[facade]));
cp.Add(cp.EndBeforeStart(tasks[plumbing], tasks[facade]));
cp.Add(cp.EndBeforeStart(tasks[roofing], tasks[garden]));
cp.Add(cp.EndBeforeStart(tasks[plumbing], tasks[garden]));
cp.Add(cp.EndBeforeStart(tasks[windows], tasks[moving]));
cp.Add(cp.EndBeforeStart(tasks[facade], tasks[moving]));
cp.Add(cp.EndBeforeStart(tasks[garden], tasks[moving]));
cp.Add(cp.EndBeforeStart(tasks[painting], tasks[moving]));
/* ADDING SAME-WORKER CONSTRAINTS. */
cp.Add(cp.Add(cp.Equiv(cp.PresenceOf(taskMatrix[masonry, joe]),
cp.PresenceOf(taskMatrix[carpentry, joe]))));
cp.Add(cp.Add(cp.Equiv(cp.PresenceOf(taskMatrix[roofing, jack]),
cp.PresenceOf(taskMatrix[facade, jack]))));
cp.Add(cp.Add(cp.Equiv(cp.PresenceOf(taskMatrix[carpentry, joe]),
cp.PresenceOf(taskMatrix[roofing, joe]))));
cp.Add(cp.Add(cp.Equiv(cp.PresenceOf(taskMatrix[garden, jim]),
cp.PresenceOf(taskMatrix[moving, jim]))));
}
public static void Main(String[] args)
{
String filename = "../../../../examples/data/rcpspmm_default.data";
int failLimit = 30000;
int nbTasks, nbRenewable, nbNonRenewable;
if (args.Length > 0)
{
filename = args[0];
}
if (args.Length > 1)
{
failLimit = Convert.ToInt32(args[1]);
}
CP cp = new CP();
DataReader data = new DataReader(filename);
nbTasks = data.Next();
nbRenewable = data.Next();
nbNonRenewable = data.Next();
ICumulFunctionExpr[] renewables = new ICumulFunctionExpr[nbRenewable];
IIntExpr[] nonRenewables = new IIntExpr[nbNonRenewable];
int[] capRenewables = new int[nbRenewable];
int[] capNonRenewables = new int[nbNonRenewable];
for (int j = 0; j < nbRenewable; j++)
{
renewables[j] = cp.CumulFunctionExpr();
capRenewables[j] = data.Next();
}
for (int j = 0; j < nbNonRenewable; j++)
{
nonRenewables[j] = cp.IntExpr();
capNonRenewables[j] = data.Next();
}
IIntervalVar[] tasks = new IIntervalVar[nbTasks];
List <IIntervalVar>[] modes = new List <IIntervalVar> [nbTasks];
for (int i = 0; i < nbTasks; i++)
{
tasks[i] = cp.IntervalVar();
modes[i] = new List <IIntervalVar>();
}
List <IIntExpr> ends = new List <IIntExpr>();
for (int i = 0; i < nbTasks; i++)
{
IIntervalVar task = tasks[i];
int d = data.Next();
int nbModes = data.Next();
int nbSucc = data.Next();
for (int k = 0; k < nbModes; k++)
{
IIntervalVar alt = cp.IntervalVar();
alt.SetOptional();
modes[i].Add(alt);
}
cp.Add(cp.Alternative(task, modes[i].ToArray()));
ends.Add(cp.EndOf(task));
for (int s = 0; s < nbSucc; s++)
{
int succ = data.Next();
cp.Add(cp.EndBeforeStart(task, tasks[succ]));
}
}
for (int i = 0; i < nbTasks; i++)
{
IIntervalVar task = tasks[i];
List <IIntervalVar> imodes = modes[i];
for (int k = 0; k < imodes.Count; k++)
{
int taskId = data.Next();
int modeId = data.Next();
int d = data.Next();
imodes[k].SizeMin = d;
imodes[k].SizeMax = d;
int q;
for (int j = 0; j < nbNonRenewable; j++)
{
q = data.Next();
if (0 < q)
{
renewables[j].Add(cp.Pulse(imodes[k], q));
}
}
for (int j = 0; j < nbNonRenewable; j++)
{
q = data.Next();
if (0 < q)
{
nonRenewables[j] = cp.Sum(nonRenewables[j], cp.Prod(q, cp.PresenceOf(imodes[k])));
}
}
}
}
for (int j = 0; j < nbRenewable; j++)
{
cp.Add(cp.Le(renewables[j], capRenewables[j]));
}
for (int j = 0; j < nbRenewable; j++)
{
cp.Add(cp.Le(nonRenewables[j], capNonRenewables[j]));
}
IObjective objective = cp.Minimize(cp.Max(ends.ToArray()));
cp.Add(objective);
cp.SetParameter(CP.IntParam.FailLimit, failLimit);
Console.WriteLine("Instance \t: " + filename);
if (cp.Solve())
{
Console.WriteLine("Makespan \t: " + cp.ObjValue);
}
else
{
Console.WriteLine("No solution found.");
}
}
public static void Main(String[] args)
{
String filename = "../../../../examples/data/jobshopflex_default.data";
int failLimit = 10000;
if (args.Length > 0)
{
filename = args[0];
}
if (args.Length > 1)
{
failLimit = Convert.ToInt32(args[1]);
}
CP cp = new CP();
DataReader data = new DataReader(filename);
int nbJobs = data.Next();
int nbMachines = data.Next();
List <IIntervalVar>[] machines = new List <IIntervalVar> [nbMachines];
for (int j = 0; j < nbMachines; j++)
{
machines[j] = new List <IIntervalVar>();
}
List <IIntExpr> ends = new List <IIntExpr>();
for (int i = 0; i < nbJobs; i++)
{
int nbOperations = data.Next();
IIntervalVar prec = cp.IntervalVar();
for (int j = 0; j < nbOperations; j++)
{
int nbOpMachines = data.Next();
IIntervalVar master = cp.IntervalVar();
List <IIntervalVar> members = new List <IIntervalVar>();
for (int k = 0; k < nbOpMachines; k++)
{
int m = data.Next();
int d = data.Next();
IIntervalVar member = cp.IntervalVar(d);
member.SetOptional();
members.Add(member);
machines[m - 1].Add(member);
}
cp.Add(cp.Alternative(master, members.ToArray()));
if (j > 0)
{
cp.Add(cp.EndBeforeStart(prec, master));
}
prec = master;
}
ends.Add(cp.EndOf(prec));
}
for (int j = 0; j < nbMachines; j++)
{
cp.Add(cp.NoOverlap(machines[j].ToArray()));
}
IObjective objective = cp.Minimize(cp.Max(ends.ToArray()));
cp.Add(objective);
cp.SetParameter(CP.IntParam.FailLimit, failLimit);
Console.WriteLine("Instance \t: " + filename);
if (cp.Solve())
{
Console.WriteLine("Makespan \t: " + cp.ObjValue);
}
else
{
Console.WriteLine("No solution found.");
}
}
