public TaskManager()
{
this.m_TaskList = new List <Task>();
this.m_NewOpenTask = new List <Task>();
this.m_RemoveTask = new List <Task>();
this.m_Sequencer = new TaskSequencer(this.m_TaskList);
}
//TODO figure out why this is not used
//public Task FindNearestAssignedTask(Task fromTask)
//{
// int minDistance = Int32.MaxValue;
// Task minTask = null;
// foreach (Task task in _tasks)
// {
// // assigned?
// if (_taskDistributedWorker[task.Id] != -1 && fromTask.Id != task.Id)
// {
// //int distance = task.DistanceTo(fromTask);
// int cost = task.CostTo(fromTask);
// if (cost < minDistance)
// {
// minDistance = cost;
// minTask = task;
// }
// }
// }
// return minTask;
//}
private void Configure(Configuration config)
{
_rand = new Random(config.RandomSeed);
ConfigureTasks(config);
_workers = config.Workers;
_distributor = config.Distributor;
_taskDistributedWorker = new int[_tasks.Count];
_lastTaskDistributedWorker = new int[_tasks.Count];
_sequencers = new TaskSequencer[_workers.Count];
_distributedTasks = new List<Task>[_workers.Count];
Sequences = new List<TaskSequence>(_workers.Count);
for (int t = 0; t < _workers.Count; t++)
{
_distributedTasks[t] = new List<Task>(_tasks.Count);
_sequencers[t] = new TaskSequencer(_tasks.Count);
Sequences.Add(null);
}
for (int t = 0; t < _tasks.Count; t++)
{
_lastTaskDistributedWorker[t] = -1;
}
}
