public SetExtendedMotd(VBot bot, MotdModule motd) : base(bot, "extendedset", motd)
{
}
public EmulateMotd(VBot bot, MotdModule motd) : base(bot, "Emulate", motd)
{
}
public GetMotdSetter(VBot bot, MotdModule motd) : base(bot, "Setter", motd)
{
}
public RemoveMotd(VBot bot, MotdModule motd) : base(bot, "Remove", motd)
{
}
public void Analyse(VBot bot)
{
//
// get the start location
//
foreach (Agent unit in Controller.GetAgents(Units.ResourceCenters))
{
StartLocation = new Base {
Location = unit.Unit.Pos
}
}
;
//
// get location of all the bases
//
// get location of each mineral field and vespene geyser
List <MineralField> mineralFields = new List <MineralField>();
foreach (Unit mf in Controller.GetUnits(Units.MineralFields))
{
mineralFields.Add(new MineralField {
Location = mf.Pos, UnitType = mf.UnitType
});
}
List <VespeneGeyser> vespeneGeysers = new List <VespeneGeyser>();
foreach (Unit vg in Controller.GetUnits(Units.GasGeysers))
{
vespeneGeysers.Add(new VespeneGeyser {
Location = vg.Pos, UnitType = vg.UnitType
});
}
//group them into set of mineral fields
List <MineralField> checkedMineralFields = new List <MineralField>();
List <VespeneGeyser> checkedVespeneGeysers = new List <VespeneGeyser>();
int currentSet = 0;
foreach (MineralField mf in mineralFields)
{
if (checkedMineralFields.Contains(mf)) // checks if mf has been used and skips if true
{
continue;
}
BaseLocations.Add(new Base());
checkedMineralFields.Add(mf); // adds mf to checklist and current set
BaseLocations[currentSet].MineralPatches.Add(mf);
// gets rest of local mfs to add to set and check
for (int i = 0; i < BaseLocations[currentSet].MineralPatches.Count; i++)
{
MineralField mfLocal = BaseLocations[currentSet].MineralPatches[i];
foreach (MineralField mf2 in mineralFields)
{
if (checkedMineralFields.Contains(mf2)) // potiental source of error - mf2 =/= mf
{
continue;
}
if (GetDistance2D(mf2.Location, mfLocal.Location) > 5) // skip if not within 5
{
continue;
}
// we want to add this minefield to our mf set and checked list
BaseLocations[currentSet].MineralPatches.Add(mf2);
checkedMineralFields.Add(mf2);
}
}
currentSet++;
}
// add gas geysers
foreach (Base baseLoc in BaseLocations)
{
foreach (VespeneGeyser vg in vespeneGeysers)
{
if (checkedVespeneGeysers.Contains(vg))
{
continue;
}
foreach (MineralField mf in baseLoc.MineralPatches)
{
if (GetDistance2D(mf.Location, vg.Location) < 10)
{
checkedVespeneGeysers.Add(vg);
baseLoc.VespeneGeysers.Add(vg);
break;
}
}
}
}
// get average position of each mineral cluster
foreach (Base baseLocation in BaseLocations)
{
// find average location of cluster
float x = 0;
float y = 0;
foreach (MineralField mf in baseLocation.MineralPatches)
{
x += mf.Location.X;
y += mf.Location.Y;
}
foreach (VespeneGeyser vg in baseLocation.VespeneGeysers)
{
x += vg.Location.X;
y += vg.Location.Y;
}
// average cluster location
float avgX = x / (baseLocation.MineralPatches.Count + baseLocation.VespeneGeysers.Count);
float avgY = y / (baseLocation.MineralPatches.Count + baseLocation.VespeneGeysers.Count);
Point averageOfCluster = new Point {
X = avgX, Y = avgY
};
avgX = (int)avgX + 0.5f;
avgY = (int)avgX + 0.5f;
// check placement of surrounding tiles
Point tempLoc = null;
float closestDist = 1000000;
for (int i = 0; i < 20; i++)
{
for (int j = 0; j <= i; j++)
{
float maxDist;
Point newPos;
newPos = new Point {
X = averageOfCluster.X + i - j, Y = averageOfCluster.Y + j
};
maxDist = checkPosition(newPos, baseLocation);
if (maxDist < closestDist)
{
tempLoc = newPos;
closestDist = maxDist;
}
newPos = new Point {
X = averageOfCluster.X + i - j, Y = averageOfCluster.Y - j
};
maxDist = checkPosition(newPos, baseLocation);
if (maxDist < closestDist)
{
tempLoc = newPos;
closestDist = maxDist;
}
newPos = new Point {
X = averageOfCluster.X - i + j, Y = averageOfCluster.Y + j
};
maxDist = checkPosition(newPos, baseLocation);
if (maxDist < closestDist)
{
tempLoc = newPos;
closestDist = maxDist;
}
newPos = new Point {
X = averageOfCluster.X - i + j, Y = averageOfCluster.Y - j
};
maxDist = checkPosition(newPos, baseLocation);
if (maxDist < closestDist)
{
tempLoc = newPos;
closestDist = maxDist;
}
}
}
// final tile placement should be tempLoc.. add it to base locatoins
baseLocation.Location = tempLoc;
}
// order bases
List <Base> orderedLocations = BaseLocations.OrderBy(b => GetDistance2D(b.Location, StartLocation.Location)).ToList();
BaseLocations = orderedLocations;
StartLocation.MineralPatches = BaseLocations[0].MineralPatches;
StartLocation.VespeneGeysers = BaseLocations[0].VespeneGeysers;
// get enemy locations
foreach (Point2D startLocation in VBot.Bot.GameInfo.StartRaw.StartLocations)
{
if (GetDistance2D(StartLocation.Location, startLocation) < 10)
{
continue;
}
EnemyStartLocations.Add(startLocation);
}
TargetAttackLocation = EnemyStartLocations[0];
// generate distances from enemies main base
DistancesToEnemy = GenerateDistances(EnemyStartLocations[0]);
}
public CurrentMotdTick(VBot bot, MotdModule motd) : base(bot, "Tick", motd)
{
}
public MotdCommand(VBot bot, string command, MotdModule motd) : base(bot, "!" + motd.GetName() + command)
{
this.motd = motd;
}
public GetMOTD(VBot bot, MotdModule motd) : base(bot, "get", motd)
{
}
public Search(VBot bot, SearchClassEntry SearchEntry) : base(bot, SearchEntry.Command)
{
this.SearchData = SearchEntry;
}
