private BonusMap BonusMapSum(List <BonusMap> squadBonusMapList)
{
var sumMap = new BonusMap();
var isInSurvivalMode = IsInSurvivalMode();
foreach (var map in squadBonusMapList)
{
if (isInSurvivalMode && map.Weight > 0)
{
continue;
}
map.Trim();
if (map.IsEmpty)
{
continue;
}
for (int i = 0; i < MapPointsAmount; i++)
{
for (int j = 0; j < MapPointsAmount; j++)
{
sumMap.Table[i, j] += map.Table[i, j] * map.Weight;
}
}
}
CheckTileGeneration(squadBonusMapList);
return(sumMap.Trim());
}
private BonusMap GenerateStaticMap()
{
var map = new BonusMap().SetWeight(-1.5);
const double borderWidth = 30;
var worldWidth = WorldPointsAmount;
var greenWorldZone = worldWidth - borderWidth;
for (int i = 0; i < MapPointsAmount; i++)
{
for (int j = 0; j < MapPointsAmount; j++)
{
if (i * SizeWorldMapKoeff > greenWorldZone)
{
map.Table[i, j] += i * SizeWorldMapKoeff - greenWorldZone;
}
if (i * SizeWorldMapKoeff < borderWidth)
{
map.Table[i, j] += borderWidth - i * SizeWorldMapKoeff;
}
if (j * SizeWorldMapKoeff > (worldWidth - borderWidth))
{
map.Table[i, j] += j * SizeWorldMapKoeff - greenWorldZone;
}
if (j * SizeWorldMapKoeff < borderWidth)
{
map.Table[i, j] += borderWidth - j * SizeWorldMapKoeff;
}
}
}
return(map);
}
private static Dictionary <Point, double> GeneratePossibleRays(Squad squad, BonusMap map)
{
const int angleStep = 6;
double radius = squad.CruisingSpeed * squad.ExpectedTicksToNextUpdate * 1.2;
radius = Math.Max(radius, 3 * MapCellWidth);
var squadCenterUnit = squad.CentralUnit;
var squadCenter = new Point(squadCenterUnit.X, squadCenterUnit.Y);
var possibleRays = new Dictionary <Point, double>();
for (int angle = 0; angle < 360; angle += angleStep)
{
double angleSI = Math.PI / 180 * angle;
var possibleDestination = new Point(squadCenter.X + radius * Math.Sin(angleSI),
squadCenter.Y + radius * Math.Cos(angleSI));
if (possibleDestination.X < 0 || possibleDestination.Y < 0 || possibleDestination.X >= 1024 ||
possibleDestination.Y >= 1024)
{
continue;
}
var cellValuesOnRay = new List <double>();
for (int i = (int)Math.Min(possibleDestination.X, squadCenter.X);
i <= (int)Math.Max(possibleDestination.X, squadCenter.X);
i++)
{
for (int j = (int)Math.Min(possibleDestination.Y, squadCenter.Y);
j <= (int)Math.Max(possibleDestination.Y, squadCenter.Y);
j++)
{
var worldPoint = new Point(i, j);
var isNearRay =
Geom.SegmentCircleIntersects(possibleDestination, squadCenter, worldPoint,
(double)MapCellWidth / 2);
if (isNearRay)
{
var mapX = (int)Math.Round(i / SizeWorldMapKoeff);
var mapY = (int)Math.Round(j / SizeWorldMapKoeff);
if (mapX >= 0 && mapY >= 0 && mapX < MapPointsAmount && mapY < MapPointsAmount)
{
cellValuesOnRay.Add(map.Table[mapX, mapY]);
}
}
}
}
if (cellValuesOnRay.Any())
{
possibleRays.Add(possibleDestination, cellValuesOnRay.Average());
}
else
{
MyStrategy.Universe.Print($"Warning! Possible ray is null for squad [{squad.Id}]. It is near border.");
}
}
return(possibleRays);
}
private BonusMap GetFacilityAttractionMap(MapType maptype)
{
var facilities = Universe.World.Facilities;
var map = new BonusMap(maptype);
foreach (var facility in facilities.Where(f => f.CapturePoints < Universe.Game.MaxFacilityCapturePoints))
{
var weight = facility.Type == FacilityType.ControlCenter ? 1.00 : 1.00;
map.AddFacilityCalculation(facility, FacilitySize / 2, weight, 1000);
}
return(map);
}
private BonusMap GetScoutBonusMap(List <Vehicle> enemyUnits, AbsolutePosition squadCenter, double scoutVisionRange, MapType mapType)
{
const double affectedRange = 1200;
var unitsForMap = enemyUnits.Where(
u => (u.X - squadCenter.X) < affectedRange &&
(u.Y - squadCenter.Y) < affectedRange &&
u.Type != VehicleType.Arrv
).ToList();
var map = new BonusMap(mapType);
foreach (var unit in unitsForMap)
{
map.AddUnitCalculation(unit, scoutVisionRange, unit.AerialDamage + unit.GroundDamage, 800);
}
return(map);
}
private BonusMap GetAeroDangerMap(List <Vehicle> enemyUnits, AbsolutePosition squadCenter, MapType mapType)
{
const double affectedRange = 500;
var enemyUnitsForMap = enemyUnits.Where(
u => (u.X - squadCenter.X) < affectedRange &&
(u.Y - squadCenter.Y) < affectedRange
).ToList();
var map = new BonusMap(mapType);
foreach (var unit in enemyUnitsForMap)
{
map.AddUnitCalculation(unit, unit.AerialAttackRange * 1, unit.AerialDamage, unit.AerialAttackRange * 2.5);
}
return(map);
}
private BonusMap GetGroundCollisionMap(List <Vehicle> allUnits, List <long> squadIds, AbsolutePosition squadCenter, MapType mapType)
{
const double affectedRange = 300;
var unitsForMap = allUnits.Where(
u => !u.IsAerial &&
!squadIds.Contains(u.Id) &&
(u.X - squadCenter.X) < affectedRange &&
(u.Y - squadCenter.Y) < affectedRange
).ToList();
var map = new BonusMap(mapType);
foreach (var unit in unitsForMap)
{
map.AddUnitCalculation(unit, 10, 1, 30);
}
return(map);
}
public static void AddUnitCalculation(BonusMap map, AbsolutePosition unitPosition, double maxValueDistance, double maxValue, double zeroValueDistance)
{
if (maxValueDistance > zeroValueDistance)
{
MyStrategy.Universe.Print("Warning! Zero map distance greater then Max value distance!");
//throw new Exception("Wrong distance limits.");
zeroValueDistance = maxValueDistance;
}
var maxValueDistanceSquared = maxValueDistance * maxValueDistance;
var zeroValueDistanceSquared = zeroValueDistance * zeroValueDistance;
for (int i = 0; i < BonusMapCalculator.MapPointsAmount; i++)
{
for (int j = 0; j < BonusMapCalculator.MapPointsAmount; j++)
{
var distanceSquared = unitPosition.GetSquaredDistanceToPoint(i * BonusMapCalculator.SizeWorldMapKoeff, j * BonusMapCalculator.SizeWorldMapKoeff);
if (distanceSquared <= maxValueDistanceSquared)
{
if (map.MapType == MapType.Flat)
{
map.Table[i, j] = Math.Max(maxValue, map.Table[i, j]);
}
else
{
map.Table[i, j] += maxValue;
}
}
if (distanceSquared > maxValueDistanceSquared && distanceSquared < zeroValueDistanceSquared)
{
if (map.MapType == MapType.Flat)
{
map.Table[i, j] = Math.Max(maxValue - ((distanceSquared - maxValueDistanceSquared) / zeroValueDistanceSquared), map.Table[i, j]);
}
else
{
map.Table[i, j] += maxValue - ((distanceSquared - maxValueDistanceSquared) / zeroValueDistanceSquared);
}
}
}
}
}
public static IEnumerable <Tile> GetTileList(this BonusMap map)
{
map.Trim();
var tileList = new List <Tile>();
double tileWidth = BonusMapCalculator.MapCellWidth; //8
for (int i = 0; i < BonusMapCalculator.MapPointsAmount; i++)
{
for (int j = 0; j < BonusMapCalculator.MapPointsAmount; j++)
{
var tileCenter = new Point(i * BonusMapCalculator.SizeWorldMapKoeff + tileWidth / 2,
j * BonusMapCalculator.SizeWorldMapKoeff + tileWidth / 2);
tileList.Add(new Tile(tileCenter, tileWidth, map.Table[i, j], map.RealTable[i, j]));
if (map.Table[i, j] > 1 || map.Table[i, j] < 0)
{
throw new Exception("Wrong tile trim.");
}
}
}
return(tileList);
}
public static BonusMap SetWeight(this BonusMap map, double weigth)
{
map.Weight = weigth;
return(map);
}
public static void AddUnitCalculation(this BonusMap map, Vehicle unit, double maxValueDistance, double maxValue,
double zeroValueDistance) =>
AddUnitCalculation(map, new AbsolutePosition(unit.X, unit.Y), maxValueDistance, maxValue, zeroValueDistance);
public static void AddFacilityCalculation(this BonusMap map, Facility facility, double maxValueDistance, double maxValue,
double zeroValueDistance) =>
AddUnitCalculation(map, new AbsolutePosition(facility.Left + BonusMapCalculator.FacilitySize / 2, facility.Top + BonusMapCalculator.FacilitySize / 2),
maxValueDistance, maxValue, zeroValueDistance);
private Dictionary <int, BonusMap> GetCommonWinMap(List <Vehicle> enemyUnits, Squad squad, MapType mapType)
{
const double affectedRange = 1200;
var squadCenter = squad.SquadCenter;
var enemyUnitsForMap = enemyUnits.Where(
u => (u.X - squadCenter.X) < affectedRange &&
(u.Y - squadCenter.Y) < affectedRange
).ToList();
var myIsAerialSquad = squad.IsAerial;
var myAeroDamage = (squad.AirForce) / squad.Units.Count;
var myGroundDamage = (squad.GroundForce) / squad.Units.Count;
var myAeroDefence = (squad.AirDefence) / squad.Units.Count;
var myGroundDefence = (squad.GroundDefence) / squad.Units.Count;
var mapPositive = new BonusMap(mapType);
var mapNegative = new BonusMap(mapType);
foreach (var enemyUnit in enemyUnitsForMap)
{
var totalWin = CalculateTotalWin(enemyUnit, myIsAerialSquad, myAeroDamage, myGroundDamage, myAeroDefence, myGroundDefence);
//totalWin = totalWin * 1.1;
//if (totalWin < squad.FairValue)
// squad.FairValue = totalWin;
var arrvRadius = enemyUnit.Type == VehicleType.Arrv ? 100 : 0;
var squadRadius = squad.Radius;
var firstRadius = myIsAerialSquad
? (enemyUnit.AerialAttackRange + arrvRadius) * 1 + squadRadius
: (enemyUnit.GroundAttackRange + arrvRadius) * 1 + squadRadius;
var secondRadiusAdditive = myIsAerialSquad
? (enemyUnit.AerialAttackRange + arrvRadius) * 5 + squadRadius
: (enemyUnit.GroundAttackRange + arrvRadius) * 5 + squadRadius;
var secondRadiusFlat = 1200;
//firstRadius = 0;
var secondRadius = mapType == MapType.Additive ? secondRadiusAdditive : secondRadiusFlat;
if (totalWin > 0)
{
mapPositive.AddUnitCalculation(enemyUnit, firstRadius, totalWin, secondRadius);
}
if (totalWin < 0)
{
mapNegative.AddUnitCalculation(enemyUnit, firstRadius, totalWin, secondRadius);
}
}
mapNegative.Reflect();
//To fix value to fear of.
//map.Table[MapPointsAmount - 1, MapPointsAmount - 1] = squad.FairValue;
//map.Trim(1);
var result = new Dictionary <int, BonusMap> {
{ -1, mapNegative }, { 1, mapPositive }
};
return(result);
}
public BonusMapCalculator()
{
StaticMap = GenerateStaticMap();
}
