public List<Place> getPlaces(Day start, Day end)
{
List<Place> lp = new List<Place>();
for (int i = start.Number; i <= end.Number; i++)
{
if (l_day[i].Outside)
{
foreach (Outside out_act in l_day[i].L_activity) { lp.Add(out_act.Place); }
}
}
return lp;
}
public void changeDayStatus(Day d, string from, string to)
{
switch (to)
{
case "past":
l_day[d.Number] = new Past(d.Number, d.Map_hq);
break;
case "present":
l_day[d.Number] = new Present(d.Number, d.Map_hq);
break;
default: //case "future":
l_day[d.Number] = new Future(d.Number, d.Map_hq);
break;
}
l_day[d.Number].Report = d.Report;
l_day[d.Number].Outside = d.Outside;
}
public void changeDayStatus(Day d, string to)
{
Day newDay = d; // in case d is already converted in to
switch (to)
{
case "past":
if (!(d is Past)) { newDay = new Past(d.Number, d.Map_hq); }
break;
case "present":
if (!(d is Present)) { newDay = new Present(d.Number, d.Map_hq); }
break;
default: //case "future":
if (!(d is Future)) { newDay = new Future(d.Number, d.Map_hq); }
break;
}
l_day[d.Number] = newDay;
//newDay.L_activity = d.L_activity; WRITE A SET !
newDay.Report = d.Report;
newDay.Outside = d.Outside;
}
public List<Place> getPlaces(Day start)
{
return getPlaces(start, start);
}
public DateTime convertMarsDayInEarthDate(Day marsDay)
{
return convertMarsDayInEarthDate(marsDay.Number);
}
