void
ChartProjection::Set(const PixelRect &rc, const TaskManager &task_manager,
const GeoPoint &fallback_loc)
{
const AbstractTask *task = task_manager.GetActiveTask();
if (task != NULL)
Set(rc, *task, fallback_loc);
else
Set(rc, fallback_loc, fixed_zero);
}
void
PrintHelper::taskmanager_print(const TaskManager &task,
const AircraftState &state)
{
switch (task.GetMode()) {
case TaskType::NONE:
break;
case TaskType::ABORT:
aborttask_print(*(const AbortTask *)task.GetActiveTask(), state);
break;
case TaskType::GOTO:
gototask_print(*(const GotoTask *)task.GetActiveTask(), state);
break;
case TaskType::ORDERED:
orderedtask_print(task.GetOrderedTask(), state);
break;
}
}
void
task_report(const TaskManager &task_manager, const char *text)
{
AircraftState ac;
if (verbose) {
printf("%s",text);
const AbstractTask *task = task_manager.GetActiveTask();
if (task != NULL) {
switch (task->GetType()) {
case TaskType::NONE:
printf("# task is none\n");
break;
case TaskType::ORDERED:
printf("# task is ordered\n");
task_manager.GetFactory().UpdateGeometry();
break;
case TaskType::ABORT:
printf("# task is abort\n");
break;
case TaskType::GOTO:
printf("# task is goto\n");
break;
}
TaskPointVisitorPrint tpv;
task->AcceptTaskPointVisitor(tpv);
printf("# - dist nominal %g\n",
(double)task->GetStats().distance_nominal);
if (task->GetType() == TaskType::ORDERED &&
task->GetStats().distance_max > task->GetStats().distance_min) {
printf("# - dist max %g\n", (double)task->GetStats().distance_max);
printf("# - dist min %g\n", (double)task->GetStats().distance_min);
}
}
PrintHelper::taskmanager_print(task_manager, ac);
}
if (interactive>1) {
WaitPrompt();
}
}
