/// <summary>Constructs a link between two satellites, if one is possible.</summary>
/// <returns>The new link, or null if the two satellites cannot connect.</returns>
/// <param name="rangeFunc">A function that computes the maximum range between two
/// satellites, given their individual ranges.</param>
public static NetworkLink <ISatellite> GetLink(ISatellite satA, ISatellite satB,
Func <double, double, double> rangeFunc)
{
// Which antennas on either craft are capable of communication?
IEnumerable <IAntenna> omnisA = GetOmnis(satA);
IEnumerable <IAntenna> omnisB = GetOmnis(satB);
IEnumerable <IAntenna> dishesA = GetDishesThatSee(satA, satB);
IEnumerable <IAntenna> dishesB = GetDishesThatSee(satB, satA);
// Pick the best range for each case
double maxOmniA = omnisA.Any() ? omnisA.Max(ant => ant.Omni) : 0.0;
double maxOmniB = omnisB.Any() ? omnisB.Max(ant => ant.Omni) : 0.0;
double maxDishA = dishesA.Any() ? dishesA.Max(ant => ant.Dish) : 0.0;
double maxDishB = dishesB.Any() ? dishesB.Max(ant => ant.Dish) : 0.0;
double bonusA = GetMultipleAntennaBonus(omnisA, maxOmniA);
double bonusB = GetMultipleAntennaBonus(omnisB, maxOmniB);
double distance = satA.DistanceTo(satB);
// Which antennas have the range to reach at least one antenna on the other satellite??
omnisA = omnisA.Where(ant =>
CheckRange(rangeFunc, ant.Omni + bonusA, omniClamp, maxOmniB + bonusB, omniClamp) >= distance ||
CheckRange(rangeFunc, ant.Omni + bonusA, omniClamp, maxDishB, dishClamp) >= distance);
dishesA = dishesA.Where(ant =>
CheckRange(rangeFunc, ant.Dish, dishClamp, maxOmniB + bonusB, omniClamp) >= distance ||
CheckRange(rangeFunc, ant.Dish, dishClamp, maxDishB, dishClamp) >= distance);
omnisB = omnisB.Where(ant =>
CheckRange(rangeFunc, ant.Omni + bonusB, omniClamp, maxOmniA + bonusA, omniClamp) >= distance ||
CheckRange(rangeFunc, ant.Omni + bonusB, omniClamp, maxDishA, dishClamp) >= distance);
dishesB = dishesB.Where(ant =>
CheckRange(rangeFunc, ant.Dish, dishClamp, maxOmniA + bonusA, omniClamp) >= distance ||
CheckRange(rangeFunc, ant.Dish, dishClamp, maxDishA, dishClamp) >= distance);
// Just because an antenna is in `omnisA.Concat(dishesA)` doesn't mean it can connect to *any*
// antenna in `omnisB.Concat(dishesB)`, and vice versa. Pick the max to be safe.
IAntenna selectedAntennaA = omnisA.Concat(dishesA)
.OrderByDescending(ant => Math.Max(ant.Omni, ant.Dish)).FirstOrDefault();
IAntenna selectedAntennaB = omnisB.Concat(dishesB)
.OrderByDescending(ant => Math.Max(ant.Omni, ant.Dish)).FirstOrDefault();
if (selectedAntennaA != null && selectedAntennaB != null)
{
List <IAntenna> interfaces = omnisA.Concat(dishesA).ToList();
LinkType type = (dishesA.Contains(selectedAntennaA) || dishesB.Contains(selectedAntennaB)
? LinkType.Dish : LinkType.Omni);
return(new NetworkLink <ISatellite>(satB, interfaces, type));
}
return(null);
}
/// <summary>Constructs a link between two satellites, if one is possible.</summary>
/// <returns>The new link, or null if the two satellites cannot connect.</returns>
/// <param name="rangeFunc">A function that computes the maximum range between two
/// satellites, given their individual ranges.</param>
public static NetworkLink<ISatellite> GetLink(ISatellite satA, ISatellite satB,
Func<double, double, double> rangeFunc) {
// Which antennas on either craft are capable of communication?
IEnumerable<IAntenna> omnisA = GetOmnis(satA);
IEnumerable<IAntenna> omnisB = GetOmnis(satB);
IEnumerable<IAntenna> dishesA = GetDishesThatSee(satA, satB);
IEnumerable<IAntenna> dishesB = GetDishesThatSee(satB, satA);
// Pick the best range for each case
double maxOmniA = omnisA.Any() ? omnisA.Max(ant => ant.Omni) : 0.0;
double maxOmniB = omnisB.Any() ? omnisB.Max(ant => ant.Omni) : 0.0;
double maxDishA = dishesA.Any() ? dishesA.Max(ant => ant.Dish) : 0.0;
double maxDishB = dishesB.Any() ? dishesB.Max(ant => ant.Dish) : 0.0;
double bonusA = GetMultipleAntennaBonus(omnisA, maxOmniA);
double bonusB = GetMultipleAntennaBonus(omnisB, maxOmniB);
double distance = satA.DistanceTo(satB);
// Which antennas have the range to reach at least one antenna on the other satellite??
omnisA = omnisA.Where(ant =>
CheckRange(rangeFunc, ant.Omni + bonusA, omniClamp, maxOmniB + bonusB, omniClamp) >= distance
|| CheckRange(rangeFunc, ant.Omni + bonusA, omniClamp, maxDishB , dishClamp) >= distance);
dishesA = dishesA.Where(ant =>
CheckRange(rangeFunc, ant.Dish , dishClamp, maxOmniB + bonusB, omniClamp) >= distance
|| CheckRange(rangeFunc, ant.Dish , dishClamp, maxDishB , dishClamp) >= distance);
omnisB = omnisB.Where(ant =>
CheckRange(rangeFunc, ant.Omni + bonusB, omniClamp, maxOmniA + bonusA, omniClamp) >= distance
|| CheckRange(rangeFunc, ant.Omni + bonusB, omniClamp, maxDishA , dishClamp) >= distance);
dishesB = dishesB.Where(ant =>
CheckRange(rangeFunc, ant.Dish , dishClamp, maxOmniA + bonusA, omniClamp) >= distance
|| CheckRange(rangeFunc, ant.Dish , dishClamp, maxDishA , dishClamp) >= distance);
// Just because an antenna is in `omnisA.Concat(dishesA)` doesn't mean it can connect to *any*
// antenna in `omnisB.Concat(dishesB)`, and vice versa. Pick the max to be safe.
IAntenna selectedAntennaA = omnisA.Concat(dishesA)
.OrderByDescending(ant => Math.Max(ant.Omni, ant.Dish)).FirstOrDefault();
IAntenna selectedAntennaB = omnisB.Concat(dishesB)
.OrderByDescending(ant => Math.Max(ant.Omni, ant.Dish)).FirstOrDefault();
if (selectedAntennaA != null && selectedAntennaB != null)
{
List<IAntenna> interfaces = omnisA.Concat(dishesA).ToList();
LinkType type = (dishesA.Contains(selectedAntennaA) || dishesB.Contains(selectedAntennaB)
? LinkType.Dish : LinkType.Omni);
return new NetworkLink<ISatellite>(satB, interfaces, type);
}
return null;
}
public static NetworkLink <ISatellite> GetLink(ISatellite sat_a, ISatellite sat_b)
{
var omni_a = sat_a.Antennas.Where(a => a.Omni > 0);
var omni_b = sat_b.Antennas.Where(b => b.Omni > 0);
var dish_a = sat_a.Antennas.Where(a => a.Dish > 0 && (a.IsTargetingDirectly(sat_b) || a.IsTargetingActiveVessel(sat_b) || a.IsTargetingPlanet(sat_b, sat_a)));
var dish_b = sat_b.Antennas.Where(b => b.Dish > 0 && (b.IsTargetingDirectly(sat_a) || b.IsTargetingActiveVessel(sat_a) || b.IsTargetingPlanet(sat_a, sat_b)));
double max_omni_a = omni_a.Any() ? omni_a.Max(a => a.Omni) : 0.0;
double max_omni_b = omni_b.Any() ? omni_b.Max(b => b.Omni) : 0.0;
double max_dish_a = dish_a.Any() ? dish_a.Max(a => a.Dish) : 0.0;
double max_dish_b = dish_b.Any() ? dish_b.Max(b => b.Dish) : 0.0;
double bonus_a = 0.0;
double bonus_b = 0.0;
if (RTSettings.Instance.MultipleAntennaMultiplier > 0.0)
{
double sum_omni_a = omni_a.Sum(a => a.Omni);
double sum_omni_b = omni_b.Sum(b => b.Omni);
bonus_a = (sum_omni_a - max_omni_a) * RTSettings.Instance.MultipleAntennaMultiplier;
bonus_b = (sum_omni_b - max_omni_b) * RTSettings.Instance.MultipleAntennaMultiplier;
}
double max_a = Math.Max(max_omni_a + bonus_a, max_dish_a);
double max_b = Math.Max(max_omni_b + bonus_b, max_dish_b);
double distance = sat_a.DistanceTo(sat_b);
omni_a = omni_a.Where(a => MaxDistance(a.Omni + bonus_a, max_b, OmniRangeClamp) >= distance);
dish_a = dish_a.Where(a => MaxDistance(a.Dish, max_omni_b + bonus_b, OmniRangeClamp) >= distance || MaxDistance(a.Dish, max_dish_b, DishRangeClamp) >= distance);
omni_b = omni_b.Where(b => MaxDistance(b.Omni + bonus_b, max_a, OmniRangeClamp) >= distance);
dish_b = dish_b.Where(b => MaxDistance(b.Dish, max_omni_a + bonus_a, OmniRangeClamp) >= distance || MaxDistance(b.Dish, max_dish_a, DishRangeClamp) >= distance);
var conn_a = omni_a.Concat(dish_a).FirstOrDefault();
var conn_b = omni_b.Concat(dish_b).FirstOrDefault();
if (conn_a != null && conn_b != null)
{
var interfaces = omni_a.Concat(dish_a).ToList();
var type = LinkType.Omni;
if (dish_a.Contains(conn_a) || dish_b.Contains(conn_b))
{
type = LinkType.Dish;
}
return(new NetworkLink <ISatellite>(sat_b, interfaces, type));
}
return(null);
}
public static NetworkLink<ISatellite> GetLink(ISatellite sat_a, ISatellite sat_b)
{
var omni_a = sat_a.Antennas.Where(a => a.Omni > 0);
var omni_b = sat_b.Antennas.Where(b => b.Omni > 0);
var dish_a = sat_a.Antennas.Where(a => a.Dish > 0 && (a.IsTargetingDirectly(sat_b) || a.IsTargetingActiveVessel(sat_b) || a.IsTargetingPlanet(sat_b, sat_a)));
var dish_b = sat_b.Antennas.Where(b => b.Dish > 0 && (b.IsTargetingDirectly(sat_a) || b.IsTargetingActiveVessel(sat_a) || b.IsTargetingPlanet(sat_a, sat_b)));
double max_omni_a = omni_a.Any() ? omni_a.Max(a => a.Omni) : 0.0;
double max_omni_b = omni_b.Any() ? omni_b.Max(b => b.Omni) : 0.0;
double max_dish_a = dish_a.Any() ? dish_a.Max(a => a.Dish) : 0.0;
double max_dish_b = dish_b.Any() ? dish_b.Max(b => b.Dish) : 0.0;
double bonus_a = 0.0;
double bonus_b = 0.0;
if (RTSettings.Instance.MultipleAntennaMultiplier > 0.0)
{
double sum_omni_a = omni_a.Sum(a => a.Omni);
double sum_omni_b = omni_b.Sum(b => b.Omni);
bonus_a = (sum_omni_a - max_omni_a) * RTSettings.Instance.MultipleAntennaMultiplier;
bonus_b = (sum_omni_b - max_omni_b) * RTSettings.Instance.MultipleAntennaMultiplier;
}
double max_a = Math.Max(max_omni_a + bonus_a, max_dish_a);
double max_b = Math.Max(max_omni_b + bonus_b, max_dish_b);
double distance = sat_a.DistanceTo(sat_b);
omni_a = omni_a.Where(a => MaxDistance(a.Omni + bonus_a, max_b, OmniRangeClamp) >= distance);
dish_a = dish_a.Where(a => MaxDistance(a.Dish, max_omni_b + bonus_b, OmniRangeClamp) >= distance || MaxDistance(a.Dish, max_dish_b, DishRangeClamp) >= distance);
omni_b = omni_b.Where(b => MaxDistance(b.Omni + bonus_b, max_a, OmniRangeClamp) >= distance);
dish_b = dish_b.Where(b => MaxDistance(b.Dish, max_omni_a + bonus_a, OmniRangeClamp) >= distance || MaxDistance(b.Dish, max_dish_a, DishRangeClamp) >= distance);
var conn_a = omni_a.Concat(dish_a).FirstOrDefault();
var conn_b = omni_b.Concat(dish_b).FirstOrDefault();
if (conn_a != null && conn_b != null)
{
var interfaces = omni_a.Concat(dish_a).ToList();
var type = LinkType.Omni;
if (dish_a.Contains(conn_a) || dish_b.Contains(conn_b)) type = LinkType.Dish;
return new NetworkLink<ISatellite>(sat_b, interfaces, type);
}
return null;
}
public static Point2D Triangulation(ISatellite s1, double r1, ISatellite s2, double r2, ISatellite s3, double r3)
{
if (r1 == 0 || r2 == 0 || r3 == 0)
{
Console.WriteLine("*** Error: Las distancias son incorrectas");
return(null);
}
double x1, x2 = 0, y1 = 0, y2;
try
{
// (X)
// /b\
// r1 / | \ r2
// / h \
// a /_ r12 _\ g
// (s1) (s2)
double r12 = s1.DistanceTo(s2);
double h = 2 * Heron(r1, r12, r2) / r12;
double alphaRadians = Math.Sin(h / r1);
double ah = (r1 * Math.Cos(alphaRadians));
Point2D p1 = (Point2D)s1.GetCoords();
Point2D p2 = (Point2D)s2.GetCoords();
Point2D p3 = p1 + ((ah / r12) * (p2 - p1));
x1 = p3.X + (h * (p2.Y - p1.Y) / r12);
x2 = p3.X - (h * (p2.Y - p1.Y) / r12);
y1 = p3.Y + (h * (p2.X - p1.X) / r12);
y2 = p3.Y + (h * (p2.X - p1.X) / r12);
// TODO: Select combination with minimun error automatically
Console.ForegroundColor = ConsoleColor.Cyan;
Console.BackgroundColor = ConsoleColor.DarkGray;
Console.WriteLine("\tShowing the error in the different solutions of:");
Console.WriteLine($"\tX={p1} ± ({ah:0.###}/{r12:0.###})({p2}-{p1})");
Console.WriteLine($"\ts1. Difference distance informed to kenobi vs distance approximated (x1,y1): {Math.Abs(DistanceFromTo(p1, new Point2D(x1, y1)) - r1)}");
Console.WriteLine($"\ts1. Difference distance informed to kenobi vs distance approximated (x1,y2): {Math.Abs(DistanceFromTo(p1, new Point2D(x1, y2)) - r1)}");
Console.WriteLine($"\ts1. Difference distance informed to kenobi vs distance approximated (x2,y1): {Math.Abs(DistanceFromTo(p1, new Point2D(x2, y1)) - r1)}");
Console.WriteLine($"\ts1. Difference distance informed to kenobi vs distance approximated (x2,y2): {Math.Abs(DistanceFromTo(p1, new Point2D(x2, y2)) - r1)}");
Console.WriteLine($"\ts2. Difference distance informed to skywalker vs distance approximated (x1,y1): {Math.Abs(DistanceFromTo(p2, new Point2D(x1, y1)) - r2)}");
Console.WriteLine($"\ts2. Difference distance informed to skywalker vs distance approximated (x1,y2): {Math.Abs(DistanceFromTo(p2, new Point2D(x1, y2)) - r2)}");
Console.WriteLine($"\ts2. Difference distance informed to skywalker vs distance approximated (x2,y1): {Math.Abs(DistanceFromTo(p2, new Point2D(x2, y1)) - r2)}");
Console.WriteLine($"\ts2. Difference distance informed to skywalker vs distance approximated (x2,y2): {Math.Abs(DistanceFromTo(p2, new Point2D(x2, y2)) - r2)}");
Console.WriteLine($"\ts3. Difference distance informed to sato vs distance approximated (x1,y1): {Math.Abs(DistanceFromTo((Point2D)s3.GetCoords(), new Point2D(x1, y1)) - r3)}");
Console.WriteLine($"\ts3. Difference distance informed to sato vs distance approximated (x1,y2): {Math.Abs(DistanceFromTo((Point2D)s3.GetCoords(), new Point2D(x1, y2)) - r3)}");
Console.WriteLine($"\ts3. Difference distance informed to sato vs distance approximated (x2,y1): {Math.Abs(DistanceFromTo((Point2D)s3.GetCoords(), new Point2D(x2, y1)) - r3)}");
Console.WriteLine($"\ts3. Difference distance informed to sato vs distance approximated (x2,y2): {Math.Abs(DistanceFromTo((Point2D)s3.GetCoords(), new Point2D(x2, y2)) - r3)}");
Console.WriteLine("\tThe minimum error is in the 3th and 4th combination, and the right combination is the 3th.");
Console.ResetColor();
}
catch (ArithmeticException e)
{
Console.WriteLine(e.Message);
}
return(new Point2D()
{
X = x2,
Y = y1
});
}