static UpdatedMap FindClosestHabitablePlanet(List <Planet> OrderedPlanetList, FlightPlan route)
{
double speed = OrderedPlanetList[1].Distance / 600; //10 minutes to the immediate neighbour
for (int loop = 1; ; loop++)
{
if ((OrderedPlanetList[loop].Monster == false) && (OrderedPlanetList[loop].Habbitable == true) && (OrderedPlanetList[loop].Colonized == false))
{
UpdatedMap map = new UpdatedMap();
map.Route = ColonisePlanet(route, OrderedPlanetList[loop]);
map.Route.Time += (OrderedPlanetList[loop].Distance / speed);
if (map.Route.Time < 86400)
{
OrderedPlanetList.ForEach(c => c.Distance =
CalculateDistance(OrderedPlanetList[loop].X,
OrderedPlanetList[loop].Y,
OrderedPlanetList[loop].Z,
c.X,
c.Y,
c.Z));
map.Map = OrderedPlanetList;
map.Map[loop].Colonized = true;
}
else
{
map.Route.Time -= (OrderedPlanetList[loop].Distance / speed);
map.Route.Time -= map.Route.TimeTakenToColonizeLastPlanet;
map.EndIndicator = true;
}
return(map);
}
//else if (OrderedPlanetList[loop].Monster == true)
//{
//}
}
}
static void Main(string[] args)
{
List <FlightPlan> routes = new List <FlightPlan>();
List <Planet> objectsInSpaceList = GetUniverseDetails();
objectsInSpaceList.ToList()
.ForEach(x => x.Distance = CalculateDistance(objectsInSpaceList[0].X, objectsInSpaceList[0].Y, objectsInSpaceList[0].Z, x.X, x.Y, x.Z)); //Populate the distance to every other planet in the universe from the current one
var nearestObjects = objectsInSpaceList.OrderBy(x => x.Distance).ToList(); //.Where(x => x.Habbitable == true && x.Planet == true && x.Controlled == false)
routes.Add(new FlightPlan()
{
Objects = new List <Planet>()
});
routes[0].Objects.Add(nearestObjects[0]); //Add homeworld as my starting point for my route
//max travel time to the next destination that will be considered is less than 30 minutes (or 1800 seconds).
//Because in 20 minutes I could get passed a space monster (if it's my nearest neighbour) and add another 10 minutes to get to it's nearest neighbour (assuming it's a habbitable planet)... alot of time wasted!
//for (int loop = 1; ; loop++) //loop starts at 1 as objectsInSpaceList[0] would be the planet I'm currently standing on as it's distance from us is 0
//{//travelTime < 1800
// routeCounter = routes.Count;
// if (loop == 1)
// travelTime = 10;
// else
// travelTime = nearestObjects[loop].Distance / speed;
// if ( travelTime < 1800)
// {
// if(nearestObjects[loop].Monster == false && nearestObjects[loop].Habbitable == true)
// {
// }
// routeCounter++;
// }
//}
//double travelTime = 0;
//for (int loop = 0; ; loop++)
//{
int loop = 0;
using (var writer = new StreamWriter("..\\..\\..\\FlightPlan.txt"))
{
UpdatedMap map = new UpdatedMap();
do
{
map = FindClosestHabitablePlanet(nearestObjects, routes[loop]); //
routes[loop] = map.Route;
nearestObjects = map.Map;
} while (map.EndIndicator == false);
writer.WriteLine("**********************THE 24 HOUR COLONIZATION FLIGHT PLAN DEPARTING FROM HOME**********************");
routes[0].Objects.Remove(routes[0].Objects[0]);//remove home planet
foreach (Planet item in routes[loop].Objects)
{
writer.WriteLine(
string.Format("X : {0} | Y : {1} | Z : {2} | Space on planet : {3} Million square kilometers",
item.X.ToString("0,0").PadLeft(11),
item.Y.ToString("0,0").PadLeft(11),
item.Z.ToString("0,0").PadLeft(11),
item.Space.ToString().PadLeft(3)
));
}
writer.WriteLine(
string.Format(" Time : {0} hours, Colonized : {1} square kilometers, Colonized a total of {2} planets!!!",
(routes[loop].Time / 3600),
routes[loop].TotalConquredSpace,
routes[loop].TotalPlanetsColonized
));
}
//}
}
