scl

package
v0.0.0-...-9c133fc Latest Latest
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 Go to latest Published: Aug 23, 2021 License: MIT Imports: 17 Imported by: 0

Documentation

Index

Constants

View Source 
const FPS = 22.4
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const HitHistoryLoops = 56 // 2.5 sec
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const KD8Radius = 1.75
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const ResourceSpreadDistance = 9

Variables

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var Blue = api.Color{R: 12, G: 51, B: 232}
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var DestructibleSize = map[api.UnitTypeID]BuildingSize{
	neutral.UnbuildableBricksDestructible:          UnbuildableRocks,
	neutral.UnbuildableBricksSmallUnit:             UnbuildableRocks,
	neutral.UnbuildableBricksUnit:                  UnbuildableRocks,
	neutral.UnbuildablePlatesDestructible:          UnbuildableRocks,
	neutral.UnbuildablePlatesSmallUnit:             UnbuildableRocks,
	neutral.UnbuildablePlatesUnit:                  UnbuildableRocks,
	neutral.UnbuildableRocksDestructible:           UnbuildableRocks,
	neutral.UnbuildableRocksSmallUnit:              UnbuildableRocks,
	neutral.UnbuildableRocksUnit:                   UnbuildableRocks,
	neutral.Rocks2x2NonConjoined:                   BreakableRocks2x2,
	neutral.DestructibleCityDebris4x4:              BreakableRocks4x4,
	neutral.DestructibleDebris4x4:                  BreakableRocks4x4,
	neutral.DestructibleIce4x4:                     BreakableRocks4x4,
	neutral.DestructibleRock4x4:                    BreakableRocks4x4,
	neutral.DestructibleRockEx14x4:                 BreakableRocks4x4,
	neutral.DestructibleCityDebris2x4Horizontal:    BreakableRocks4x2,
	neutral.DestructibleIce2x4Horizontal:           BreakableRocks4x2,
	neutral.DestructibleRock2x4Horizontal:          BreakableRocks4x2,
	neutral.DestructibleRockEx12x4Horizontal:       BreakableRocks4x2,
	neutral.DestructibleCityDebris2x4Vertical:      BreakableRocks2x4,
	neutral.DestructibleIce2x4Vertical:             BreakableRocks2x4,
	neutral.DestructibleRock2x4Vertical:            BreakableRocks2x4,
	neutral.DestructibleRockEx12x4Vertical:         BreakableRocks2x4,
	neutral.DestructibleCityDebris2x6Horizontal:    BreakableRocks6x2,
	neutral.DestructibleIce2x6Horizontal:           BreakableRocks6x2,
	neutral.DestructibleRock2x6Horizontal:          BreakableRocks6x2,
	neutral.DestructibleRockEx12x6Horizontal:       BreakableRocks6x2,
	neutral.DestructibleCityDebris2x6Vertical:      BreakableRocks2x6,
	neutral.DestructibleIce2x6Vertical:             BreakableRocks2x6,
	neutral.DestructibleRock2x6Vertical:            BreakableRocks2x6,
	neutral.DestructibleRockEx12x6Vertical:         BreakableRocks2x6,
	neutral.DestructibleCityDebris6x6:              BreakableRocks6x6,
	neutral.DestructibleDebris6x6:                  BreakableRocks6x6,
	neutral.DestructibleExpeditionGate6x6:          BreakableRocks6x6,
	neutral.DestructibleIce6x6:                     BreakableRocks6x6,
	neutral.DestructibleRock6x6:                    BreakableRocks6x6,
	neutral.DestructibleRock6x6Weak:                BreakableRocks6x6,
	neutral.DestructibleRockEx16x6:                 BreakableRocks6x6,
	neutral.DestructibleCityDebrisHugeDiagonalBLUR: BreakableRocksDiagBLUR,
	neutral.DestructibleDebrisRampDiagonalHugeBLUR: BreakableRocksDiagBLUR,
	neutral.DestructibleIceDiagonalHugeBLUR:        BreakableRocksDiagBLUR,
	neutral.DestructibleRampDiagonalHugeBLUR:       BreakableRocksDiagBLUR,
	neutral.DestructibleRockEx1DiagonalHugeBLUR:    BreakableRocksDiagBLUR,
	neutral.DestructibleCityDebrisHugeDiagonalULBR: BreakableRocksDiagULBR,
	neutral.DestructibleDebrisRampDiagonalHugeULBR: BreakableRocksDiagULBR,
	neutral.DestructibleIceDiagonalHugeULBR:        BreakableRocksDiagULBR,
	neutral.DestructibleRampDiagonalHugeULBR:       BreakableRocksDiagULBR,
	neutral.DestructibleRockEx1DiagonalHugeULBR:    BreakableRocksDiagULBR,
	neutral.DestructibleIceHorizontalHuge:          BreakableHorizontalHuge,
	neutral.DestructibleRampHorizontalHuge:         BreakableHorizontalHuge,
	neutral.DestructibleRockEx1HorizontalHuge:      BreakableHorizontalHuge,
	neutral.DestructibleIceVerticalHuge:            BreakableVerticalHuge,
	neutral.DestructibleRampVerticalHuge:           BreakableVerticalHuge,
	neutral.DestructibleRockEx1VerticalHuge:        BreakableVerticalHuge,
}
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var GatheringAbilities = map[api.AbilityID]bool{
	ability.Harvest_Gather_SCV:   true,
	ability.Harvest_Gather_Mule:  true,
	ability.Harvest_Gather_Drone: true,
	ability.Harvest_Gather_Probe: true,
}
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var GeyserTypes = map[api.UnitTypeID]bool{
	neutral.ProtossVespeneGeyser: true, neutral.PurifierVespeneGeyser: true,
	neutral.RichVespeneGeyser: true, neutral.ShakurasVespeneGeyser: true,
	neutral.SpacePlatformGeyser: true, neutral.VespeneGeyser: true,
}
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var Green = api.Color{R: 1, G: 255, B: 48}
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var MineralTypes = map[api.UnitTypeID]bool{
	neutral.MineralField: true, neutral.MineralField750: true,
	neutral.RichMineralField: true, neutral.RichMineralField750: true,
	neutral.PurifierMineralField: true, neutral.PurifierMineralField750: true,
	neutral.PurifierRichMineralField: true, neutral.PurifierRichMineralField750: true,
	neutral.BattleStationMineralField: true, neutral.BattleStationMineralField750: true,
	neutral.LabMineralField: true, neutral.LabMineralField750: true,
}
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var Red = api.Color{R: 255, G: 1, B: 44}
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var ReturningAbilities = map[api.AbilityID]bool{
	ability.Harvest_Return_SCV:   true,
	ability.Harvest_Return_Mule:  true,
	ability.Harvest_Return_Drone: true,
	ability.Harvest_Return_Probe: true,
}
View Source 
var White = api.Color{R: 255, G: 255, B: 255}
View Source 
var Yellow = api.Color{R: 232, G: 177, B: 12}

Functions

func BresenhamsLineDrawable 

func BresenhamsLineDrawable(p0, p1 point.Point, grid *grid.Grid) bool

func CmpAirDPS 

func CmpAirDPS(unit *Unit) float64

func CmpAirRange 

func CmpAirRange(unit *Unit) float64

func CmpAirScore 

func CmpAirScore(unit *Unit) float64

func CmpFood 

func CmpFood(unit *Unit) float64

func CmpGroundDPS 

func CmpGroundDPS(unit *Unit) float64

func CmpGroundDamage 

func CmpGroundDamage(unit *Unit) float64

func CmpGroundRange 

func CmpGroundRange(unit *Unit) float64

func CmpGroundScore 

func CmpGroundScore(unit *Unit) float64

func CmpHits 

func CmpHits(unit *Unit) float64

func CmpTags 

func CmpTags(unit *Unit) float64

Comparers

func CmpTotalScore 

func CmpTotalScore(unit *Unit) float64

func DefaultAttackFunc 

func DefaultAttackFunc(u *Unit, priority int, targets Units) bool

func DefaultMoveFunc 

func DefaultMoveFunc(u *Unit, target *Unit)

func DpsGt5 

func DpsGt5(u *Unit) bool

func Flying 

func Flying(u *Unit) bool

func Gathering 

func Gathering(u *Unit) bool

func Ground 

func Ground(u *Unit) bool

func HasReactor 

func HasReactor(u *Unit) bool

func HasTechlab 

func HasTechlab(u *Unit) bool

func Hidden 

func Hidden(u *Unit) bool

func Idle 

func Idle(u *Unit) bool

Filters

func MaxInt 

func MaxInt(a, b int) int

func Mechanical 

func Mechanical(u *Unit) bool

func MinInt 

func MinInt(a, b int) int

func Mineral 

func Mineral(u *Unit) bool
func NavPath(grid *grid.Grid, wpm WaypointsMap, fromPtr, toPtr point.Pointer) (point.Points, float64)

func NoAddon 

func NoAddon(u *Unit) bool

func NotReady 

func NotReady(u *Unit) bool

func NotStructure 

func NotStructure(u *Unit) bool

func NotWorker 

func NotWorker(u *Unit) bool

func PosVisible 

func PosVisible(u *Unit) bool

func Ready 

func Ready(u *Unit) bool

func SortByOther 

func SortByOther(mainSlice []point.Point, otherSlice []float64) []point.Point

func Structure 

func Structure(u *Unit) bool

func TimeToLoop 

func TimeToLoop(minutes, seconds int) int

func Unused 

func Unused(u *Unit) bool

func Visible 

func Visible(u *Unit) bool

Types

type Aliases 

type Aliases map[api.UnitTypeID]UnitTypes

func (Aliases) Add 

func (as Aliases) Add(td *api.UnitTypeData)

func (Aliases) For 

func (as Aliases) For(ut api.UnitTypeID) UnitTypes

func (Aliases) Min 

func (as Aliases) Min(ut api.UnitTypeID) api.UnitTypeID

type AttackDelays 

type AttackDelays map[api.UnitTypeID]int

func (AttackDelays) IsCool 

func (ad AttackDelays) IsCool(ut api.UnitTypeID, cooldown float32, frames int) bool

func (AttackDelays) Max 

func (ad AttackDelays) Max(ut api.UnitTypeID, frames int) int

func (AttackDelays) UnitIsCool 

func (ad AttackDelays) UnitIsCool(u *Unit) bool

type AttackFunc 

type AttackFunc func(u *Unit, priority int, targets Units) bool

type Bot 

type Bot struct {
	Client        *client.Client
	Obs           *api.Observation
	Data          *api.ResponseData
	Info          *api.ResponseGameInfo
	Chat          []*api.ChatReceived
	Result        []*api.PlayerResult
	Errors        []*api.ActionError
	Actions       actions.Actions
	Cmds          *CommandsStack
	DebugCommands []*api.DebugCommand
	RecentEffects [][]*api.Effect // This needed because corrosive biles disappear from effects to early

	Locs struct {
		MapCenter       point.Point
		MyStart         point.Point
		MyStartMinVec   point.Point
		EnemyStart      point.Point
		EnemyStarts     point.Points
		EnemyMainCenter point.Point
		MyExps          point.Points
		EnemyExps       point.Points
	}
	Ramps struct {
		All   []Ramp
		My    Ramp
		Enemy Ramp
	}
	Units struct {
		My       UnitsByTypes
		MyAll    Units
		Enemy    UnitsByTypes
		AllEnemy UnitsByTypes
		Minerals UnitsByTypes
		Geysers  UnitsByTypes
		Neutral  UnitsByTypes
		ByTag    map[api.UnitTag]*Unit
	}
	Enemies struct {
		All      Units
		AllReady Units
		Visible  Units
		Clusters []*Cluster // Not used yet
	}
	U struct {
		Types              []*api.UnitTypeData
		GroundAttackCircle map[api.UnitTypeID]point.Points
		Upgrades           []*api.UpgradeData
		Effects            []*api.EffectData
		UnitCost           map[api.UnitTypeID]Cost
		AbilityCost        map[api.AbilityID]Cost
		AbilityUnit        map[api.AbilityID]api.UnitTypeID
		UnitAbility        map[api.UnitTypeID]api.AbilityID
		UnitAliases        Aliases
		UnitsOrders        map[api.UnitTag]UnitOrder

		Attributes  map[api.UnitTypeID]map[api.Attribute]bool
		Weapons     map[api.UnitTypeID]Weapon
		HitsHistory map[api.UnitTag][]int
		PrevUnits   map[api.UnitTag]*Unit
		AfterAttack AttackDelays
		LastAttack  map[api.UnitTag]int
	}
	Miners struct {
		CCForMiner       map[api.UnitTag]api.UnitTag
		GasForMiner      map[api.UnitTag]api.UnitTag
		MineralForMiner  map[api.UnitTag]api.UnitTag
		TargetForMineral map[api.UnitTag]point.Point
		LastSeen         map[api.UnitTag]int
	}

	Grid           *grid.Grid
	SafeGrid       *grid.Grid
	ReaperGrid     *grid.Grid
	ReaperSafeGrid *grid.Grid
	// HomePaths        Steps
	// HomeReaperPaths  Steps
	// ExpPaths         []Steps
	WayMap           WaypointsMap
	SafeWayMap       WaypointsMap
	ReaperExists     bool
	ReaperWayMap     WaypointsMap
	ReaperSafeWayMap WaypointsMap

	EnemyRace       api.Race
	EnemyProduction TagsByTypes
	Orders          map[api.AbilityID]int
	FramesPerOrder  int
	Groups          *Groups
	MaxGroup        GroupID
	Upgrades        map[api.AbilityID]bool

	Loop             int
	LastLoop         int
	Minerals         int
	MineralsPerFrame float64
	Vespene          int
	VespenePerFrame  float64
	FoodCap          int
	FoodUsed         int
	FoodLeft         int

	UnitCreatedCallback func(unit *Unit)
}
var B *Bot // Pointer to the last created bot. It should be the only global here

func New 

func New(client *client.Client, ucc func(unit *Unit)) *Bot

func (*Bot) AddToCluster 

func (b *Bot) AddToCluster(enemy *Unit, c *Cluster)

func (*Bot) CalculateExpansionLocations 

func (b *Bot) CalculateExpansionLocations() []UnitCluster

CalculateExpansionLocations groups resources into clusters and determines the best town hall location for each cluster. The Center() point of each cluster is the optimal town hall location. If debug is true then the results will also be visualized in-game (until new debug info is drawn).

func (*Bot) CanBuild 

func (b *Bot) CanBuild(aid api.AbilityID, limit, active int) bool

func (*Bot) CanBuy 

func (b *Bot) CanBuy(ability api.AbilityID) bool

func (*Bot) CheckPoints 

func (b *Bot) CheckPoints(ps point.Points, check CheckMap) bool

func (*Bot) Debug2x2Buildings 

func (b *Bot) Debug2x2Buildings(ps ...point.Point)

func (*Bot) Debug3x3Buildings 

func (b *Bot) Debug3x3Buildings(ps ...point.Point)

func (*Bot) Debug5x3Buildings 

func (b *Bot) Debug5x3Buildings(ps ...point.Point)

func (*Bot) DebugAdd 

func (b *Bot) DebugAdd(cmd *api.DebugCommand)

func (*Bot) DebugAddBoxes 

func (b *Bot) DebugAddBoxes(boxes []*api.DebugBox)

func (*Bot) DebugAddLines 

func (b *Bot) DebugAddLines(lines []*api.DebugLine)

func (*Bot) DebugAddSpheres 

func (b *Bot) DebugAddSpheres(spheres []*api.DebugSphere)

func (*Bot) DebugAddUnits 

func (b *Bot) DebugAddUnits(unitType api.UnitTypeID, owner api.PlayerID, pos point.Point, qty uint32)

func (*Bot) DebugCircles 

func (b *Bot) DebugCircles(cs ...point.Circle)

func (*Bot) DebugClusters 

func (b *Bot) DebugClusters()

func (*Bot) DebugEnemyUnits 

func (b *Bot) DebugEnemyUnits()

func (*Bot) DebugKillUnits 

func (b *Bot) DebugKillUnits(tags ...api.UnitTag)

func (*Bot) DebugLines 

func (b *Bot) DebugLines(lines point.Lines, color api.Color)

func (*Bot) DebugMap 

func (b *Bot) DebugMap()

func (*Bot) DebugOrders 

func (b *Bot) DebugOrders()

func (*Bot) DebugPath 

func (b *Bot) DebugPath(path point.Points, color api.Color)

func (*Bot) DebugPoints 

func (b *Bot) DebugPoints(ps ...point.Point)

func (*Bot) DebugRamps 

func (b *Bot) DebugRamps()

func (*Bot) DebugSafeGrid 

func (b *Bot) DebugSafeGrid(normal, safe *grid.Grid)

func (*Bot) DebugSend 

func (b *Bot) DebugSend()

func (*Bot) DebugUnitValue 

func (b *Bot) DebugUnitValue(tag api.UnitTag, value api.DebugSetUnitValue_UnitValue, qty float32)

func (*Bot) DebugWayMap 

func (b *Bot) DebugWayMap(wpm WaypointsMap, showLines bool)

func (*Bot) DeductResources 

func (b *Bot) DeductResources(aid api.AbilityID)

func (*Bot) DetectEnemyRace 

func (b *Bot) DetectEnemyRace()

func (*Bot) EffectPoints 

func (b *Bot) EffectPoints(effect api.EffectID) point.Points

func (*Bot) FillGases 

func (b *Bot) FillGases(miners *Units, ccs, gases Units)

func (*Bot) FillMineralsUpTo2 

func (b *Bot) FillMineralsUpTo2(miners *Units, ccs, allMfs Units)

func (*Bot) FillMineralsUpTo3 

func (b *Bot) FillMineralsUpTo3(miners *Units, ccs, allMfs Units)

func (*Bot) FindBaseCenter 

func (b *Bot) FindBaseCenter(basePos point.Point) point.Point

func (*Bot) FindBaseCluster 

func (b *Bot) FindBaseCluster(p point.Point, cluster *point.Points, basePoints map[point.Point]bool)

func (*Bot) FindClosestPathable 

func (b *Bot) FindClosestPathable(grid *grid.Grid, ptr point.Pointer) point.Point

func (*Bot) FindClosestPos 

func (b *Bot) FindClosestPos(ptr point.Pointer, size BuildingSize, aid api.AbilityID,
	cells PathableCells, maxOffset, step int, flags ...CheckMap) point.Point

Return 0 if not found

func (*Bot) FindClusterTopPoints 

func (b *Bot) FindClusterTopPoints(cluster *point.Points) (point.Points, float64)

func (*Bot) FindClusters 

func (b *Bot) FindClusters()

func (*Bot) FindExpansions 

func (b *Bot) FindExpansions()

func (*Bot) FindHomeMineralsVector 

func (b *Bot) FindHomeMineralsVector()

func (*Bot) FindPaths 

func (b *Bot) FindPaths(grid *grid.Grid, ptr point.Pointer, reaper bool) Steps

func (*Bot) FindRamp2x2Positions 

func (b *Bot) FindRamp2x2Positions(ramp Ramp) point.Points

func (*Bot) FindRampBarracksPositions 

func (b *Bot) FindRampBarracksPositions(ramp Ramp) point.Points

First position is for initial building, second is for addon

func (*Bot) FindRampCluster 

func (b *Bot) FindRampCluster(p point.Point, cluster *point.Points, rampPoints map[point.Point]bool)

func (*Bot) FindRamps 

func (b *Bot) FindRamps()

func (*Bot) FindWaypoints 

func (b *Bot) FindWaypoints(wpm WaypointsMap, grid *grid.Grid) Waypoints

func (*Bot) FindWaypointsMap 

func (b *Bot) FindWaypointsMap(grid *grid.Grid) WaypointsMap

func (*Bot) GetBuildingPoints 

func (b *Bot) GetBuildingPoints(ptr point.Pointer, size BuildingSize) point.Points

func (*Bot) GetGasSaturation 

func (b *Bot) GetGasSaturation(gases Units) map[api.UnitTag]int

func (*Bot) GetMineralsSaturation 

func (b *Bot) GetMineralsSaturation(mfs Units) map[api.UnitTag]int

func (*Bot) GetPathablePoints 

func (b *Bot) GetPathablePoints(ptr point.Pointer, size BuildingSize, cells PathableCells) point.Points

func (*Bot) HandleMiners 

func (b *Bot) HandleMiners(miners, ccs, enemies Units, balance float64, safePos point.Pointer, turrets point.Points)

balance - minerals to gas gather ratio, ex: 2 => gather more vespene if it is less than minerals * 2

func (*Bot) HandleOversaturation 

func (b *Bot) HandleOversaturation(ccs, allMfs Units)

func (*Bot) Init 

func (b *Bot) Init(stop <-chan struct{})

func (*Bot) InitCCMinerals 

func (b *Bot) InitCCMinerals(cc *Unit, turrets point.Points)

func (*Bot) InitEffects 

func (b *Bot) InitEffects(effectData []*api.EffectData)

func (*Bot) InitLocations 

func (b *Bot) InitLocations()

func (*Bot) InitMining 

func (b *Bot) InitMining(turrets point.Points)

func (*Bot) InitRamps 

func (b *Bot) InitRamps()

func (*Bot) InitUnits 

func (b *Bot) InitUnits(typeData []*api.UnitTypeData)

func (*Bot) InitUpgrades 

func (b *Bot) InitUpgrades(upgradeData []*api.UpgradeData)

func (*Bot) IsPosOk 

func (b *Bot) IsPosOk(ptr point.Pointer, size BuildingSize, cells PathableCells, flags ...CheckMap) bool

func (*Bot) MicroGas 

func (b *Bot) MicroGas(miners, gases, ccs, enemies Units, safePos point.Pointer)

func (*Bot) MicroMinerals 

func (b *Bot) MicroMinerals(miners, ccs, enemies Units, safePos point.Pointer, turrets point.Points)

func (*Bot) MyRace 

func (b *Bot) MyRace() api.Race

func (*Bot) NewUnit 

func (b *Bot) NewUnit(unit *api.Unit) (*Unit, bool)

func (*Bot) ParseObservation 

func (b *Bot) ParseObservation()

func (*Bot) ParseOrders 

func (b *Bot) ParseOrders()

func (*Bot) ParseUnits 

func (b *Bot) ParseUnits()

func (*Bot) Path 

func (b *Bot) Path(toPtr, fromPtr point.Pointer) (point.Points, float64)

Params in reverse order because astar.Path returns reversed list

func (*Bot) Pending 

func (b *Bot) Pending(aid api.AbilityID) int

func (*Bot) PendingAliases 

func (b *Bot) PendingAliases(aid api.AbilityID) int

func (*Bot) RedistributeWorkersToRefineryIfNeeded 

func (b *Bot) RedistributeWorkersToRefineryIfNeeded(ref *Unit, miners Units, limit int)

func (*Bot) RenewPaths 

func (b *Bot) RenewPaths(stop <-chan struct{})

func (*Bot) RequestAvailableAbilities 

func (b *Bot) RequestAvailableAbilities(irr bool, us ...*Unit)

func (*Bot) RequestPathing 

func (b *Bot) RequestPathing(p1, p2 point.Pointer) float64

func (*Bot) RequestPlacement 

func (b *Bot) RequestPlacement(ability api.AbilityID, pos point.Point, builder *Unit) bool

func (*Bot) SaveState 

func (b *Bot) SaveState()

func (*Bot) UnitTargetPos 

func (b *Bot) UnitTargetPos(u *Unit) point.Point

func (*Bot) UpdateData 

func (b *Bot) UpdateData()

func (*Bot) UpdateInfo 

func (b *Bot) UpdateInfo()

func (*Bot) UpdateObservation 

func (b *Bot) UpdateObservation()

type BuildingSize 

type BuildingSize int
const (
	S2x1 BuildingSize = iota + 1
	S2x2
	S3x3
	S5x3
	S5x5
	UnbuildableRocks
	BreakableRocks2x2
	BreakableRocks4x4
	BreakableRocks4x2
	BreakableRocks2x4
	BreakableRocks6x2
	BreakableRocks2x6
	BreakableRocks6x6
	BreakableRocksDiagBLUR
	BreakableRocksDiagULBR
	BreakableHorizontalHuge
	BreakableVerticalHuge
)

type Cell 

type Cell struct {
	point.Point
	Distance float64
}

type CellsPair 

type CellsPair struct {
	// contains filtered or unexported fields
}

type CheckMap 

type CheckMap int
const (
	IsBuildable CheckMap = iota + 1
	IsPathable
	IsVisible
	IsExplored
	IsCreep
	IsNoCreep
)

type Cluster 

type Cluster struct {
	Units UnitsMap
	Food  float64
}

type CommandsStack 

type CommandsStack struct {
	Simple      map[api.AbilityID]Units
	SimpleQueue map[api.AbilityID]Units
	Pos         map[api.AbilityID]map[point.Point]Units
	PosQueue    map[api.AbilityID]map[point.Point]Units
	Tag         map[api.AbilityID]map[api.UnitTag]Units
	TagQueue    map[api.AbilityID]map[api.UnitTag]Units
}

func (*CommandsStack) AddPos 

func (cs *CommandsStack) AddPos(a api.AbilityID, p point.Point, queue bool, u ...*Unit)

func (*CommandsStack) AddSimple 

func (cs *CommandsStack) AddSimple(a api.AbilityID, queue bool, u ...*Unit)

func (*CommandsStack) AddTag 

func (cs *CommandsStack) AddTag(a api.AbilityID, t api.UnitTag, queue bool, u ...*Unit)

func (*CommandsStack) Process 

func (cs *CommandsStack) Process(actions *actions.Actions)

func (*CommandsStack) ProcessPos 

func (cs *CommandsStack) ProcessPos(actions *actions.Actions, posList map[api.AbilityID]map[point.Point]Units, queue bool)

func (*CommandsStack) ProcessSimple 

func (cs *CommandsStack) ProcessSimple(actions *actions.Actions, simple map[api.AbilityID]Units, queue bool)

func (*CommandsStack) ProcessTag 

func (cs *CommandsStack) ProcessTag(actions *actions.Actions, tagList map[api.AbilityID]map[api.UnitTag]Units, queue bool)

type Compare 

type Compare func(unit *Unit) float64

type Cost 

type Cost struct {
	Minerals int
	Vespene  int
	Food     int
	Time     int
}

type Filter 

type Filter func(unit *Unit) bool

type Group 

type Group struct {
	Tags  Tags
	Units Units
}

type GroupID 

type GroupID int

type Groups 

type Groups struct {
	MaxGroup GroupID
	// contains filtered or unexported fields
}

func NewGroups 

func NewGroups(maxGroup GroupID) *Groups

func (*Groups) Add 

func (gs *Groups) Add(group GroupID, units ...*Unit)

func (*Groups) AddN 

func (gs *Groups) AddN(groupName string, units ...*Unit)

func (*Groups) ClearUnits 

func (gs *Groups) ClearUnits()

func (*Groups) Fill 

func (gs *Groups) Fill(unit *Unit)

Add unit info to the corresponding group

func (*Groups) Get 

func (gs *Groups) Get(group GroupID) Group

func (*Groups) GetN 

func (gs *Groups) GetN(groupName string) Group

func (*Groups) New 

func (gs *Groups) New(units ...*Unit) GroupID

type MapAccessor 

type MapAccessor interface {
	IsPathable(p point.Pointer) bool
	IsBuildable(p point.Pointer) bool
	HeightAt(p point.Pointer) float64
}

type MoveFunc 

type MoveFunc func(u *Unit, target *Unit)

type PathableCells 

type PathableCells int
const (
	Zero PathableCells = iota
	One
	Two
)

type Paths 

type Paths struct {
	Steps Steps
	Queue Queue
	B     MapAccessor
}

func (*Paths) AddCell 

func (paths *Paths) AddCell(src, dst *Cell, reaper bool)

func (*Paths) FindPathableCell 

func (paths *Paths) FindPathableCell(src, dst *Cell) point.Point

func (*Paths) Present 

func (paths *Paths) Present(p point.Point) bool

type Queue 

type Queue map[float64][]CellsPair

func (Queue) MinDist 

func (q Queue) MinDist() ([]CellsPair, float64)

type Ramp 

type Ramp struct {
	Top    point.Point
	Vec    point.Point
	Size   int
	Height float64
}

type Steps 

type Steps map[point.Point]*Cell // from -> next step

func (Steps) Follow 

func (steps Steps) Follow(ptr point.Pointer, limit int) point.Point

func (Steps) From 

func (steps Steps) From(ptr point.Pointer) point.Points

type Tags 

type Tags []api.UnitTag

func (*Tags) Add 

func (ts *Tags) Add(tags ...api.UnitTag)

func (Tags) Empty 

func (ts Tags) Empty() bool

func (Tags) Exists 

func (ts Tags) Exists() bool

func (Tags) Len 

func (ts Tags) Len() int

func (*Tags) Remove 

func (ts *Tags) Remove(tag api.UnitTag)

type TagsByTypes 

type TagsByTypes map[api.UnitTypeID]TagsMap

func (*TagsByTypes) Add 

func (tt *TagsByTypes) Add(ut api.UnitTypeID, tag api.UnitTag)

func (TagsByTypes) Len 

func (tt TagsByTypes) Len(ut api.UnitTypeID) int

func (TagsByTypes) Score 

func (tt TagsByTypes) Score(uts ...api.UnitTypeID) int

type TagsMap 

type TagsMap map[api.UnitTag]bool

type Tile 

type Tile struct {
	// X and Y are the coordinates of the tile.
	X, Y float64
	// B is a reference to the Bot
	B MapAccessor
	// Tiles storage
	M map[float64]map[float64]*Tile
}

A Tile is a tile in a grid which implements Pather.

func (*Tile) Map 

func (t *Tile) Map(x, y float64) *Tile

func (*Tile) PathEstimatedCost 

func (t *Tile) PathEstimatedCost(to astar.Pather) float64

func (*Tile) PathNeighborCost 

func (t *Tile) PathNeighborCost(to astar.Pather) float64

PathNeighborCost returns the movement cost of the directly neighboring tile.

func (*Tile) PathNeighbors 

func (t *Tile) PathNeighbors() []astar.Pather

PathNeighbors returns the neighbors of the tile, excluding blockers and tiles off the edge of the board.

type Unit 

type Unit struct {
	api.Unit
	SpamCmds     bool
	CmdSet       bool
	HPS          float64
	Hits         float64
	HitsMax      float64
	HitsLost     float64
	Abilities    []api.AbilityID
	IrrAbilities []api.AbilityID
	PosDelta     point.Point
	Neighbours   Units
	Cluster      *Cluster
}

func (*Unit) AirDPS 

func (u *Unit) AirDPS() float64

func (*Unit) AirDamage 

func (u *Unit) AirDamage() float64

func (*Unit) AirEvade 

func (u *Unit) AirEvade(enemies Units, gap float64, ptr point.Pointer) (point.Point, bool)

these two functions are bad because they consider only one unit to evade. Todo: rewrite

func (*Unit) AirRange 

func (u *Unit) AirRange() float64

func (*Unit) AssessStrength 

func (u *Unit) AssessStrength(attackers Units) (outranged, stronger bool)

func (*Unit) Attack 

func (u *Unit) Attack(targetsGroups ...Units)

func (*Unit) AttackCustom 

func (u *Unit) AttackCustom(attackFunc AttackFunc, moveFunc MoveFunc, targetsGroups ...Units)

func (*Unit) AttackMove 

func (u *Unit) AttackMove(target *Unit)

func (*Unit) CanAttack 

func (u *Unit) CanAttack(us Units, gap float64) Units

func (*Unit) Command 

func (u *Unit) Command(ability api.AbilityID)

func (*Unit) CommandPos 

func (u *Unit) CommandPos(ability api.AbilityID, target point.Pointer)

func (*Unit) CommandPosQueue 

func (u *Unit) CommandPosQueue(ability api.AbilityID, target point.Pointer)

func (*Unit) CommandQueue 

func (u *Unit) CommandQueue(ability api.AbilityID)

func (*Unit) CommandTag 

func (u *Unit) CommandTag(ability api.AbilityID, target api.UnitTag)

func (*Unit) CommandTagQueue 

func (u *Unit) CommandTagQueue(ability api.AbilityID, target api.UnitTag)

func (*Unit) Dist 

func (u *Unit) Dist(ptr point.Pointer) float64

func (*Unit) Dist2 

func (u *Unit) Dist2(ptr point.Pointer) float64

func (*Unit) EstimatePositionAfter 

func (u *Unit) EstimatePositionAfter(frames int) point.Point

func (*Unit) EvadeEffects 

func (u *Unit) EvadeEffects() bool

func (*Unit) EvadeEffectsPos 

func (u *Unit) EvadeEffectsPos(ptr point.Pointer, checkKD8 bool, eids ...api.EffectID) (point.Point, bool)

func (*Unit) FindAssignedBuilder 

func (u *Unit) FindAssignedBuilder(builders Units) *Unit

func (*Unit) FindAssignedRepairers 

func (u *Unit) FindAssignedRepairers(reps Units) Units

func (*Unit) FramesToDistantPos 

func (u *Unit) FramesToDistantPos(ptr point.Pointer) float64

func (*Unit) FramesToPos 

func (u *Unit) FramesToPos(ptr point.Pointer) float64

func (*Unit) GetEffectsList 

func (u *Unit) GetEffectsList() []api.EffectID

func (*Unit) GetWayMap 

func (u *Unit) GetWayMap(safe bool) (*grid.Grid, WaypointsMap)

func (*Unit) GroundDPS 

func (u *Unit) GroundDPS() float64

func (*Unit) GroundDamage 

func (u *Unit) GroundDamage() float64

func (*Unit) GroundEvade 

func (u *Unit) GroundEvade(enemies Units, gap float64, ptr point.Pointer) (point.Point, bool)

func (*Unit) GroundFallback 

func (u *Unit) GroundFallback(safePos point.Pointer, ignoreAttackAbility bool)

func (*Unit) GroundRange 

func (u *Unit) GroundRange() float64

func (*Unit) GroundTowards 

func (u *Unit) GroundTowards(ptr point.Pointer, offset float64, safe bool) point.Point

func (*Unit) HasAbility 

func (u *Unit) HasAbility(a api.AbilityID) bool

func (*Unit) HasBuff 

func (u *Unit) HasBuff(b api.BuffID) bool

func (*Unit) HasIrrAbility 

func (u *Unit) HasIrrAbility(a api.AbilityID) bool

func (*Unit) HasReactor 

func (u *Unit) HasReactor() bool

func (*Unit) HasTechlab 

func (u *Unit) HasTechlab() bool

func (*Unit) InRange 

func (u *Unit) InRange(target *Unit, gap float64) bool

func (*Unit) InRangeOf 

func (u *Unit) InRangeOf(us Units, gap float64) Units

func (*Unit) Is 

func (u *Unit) Is(ids ...api.UnitTypeID) bool

func (*Unit) IsAlreadyAttackingTargetInRange 

func (u *Unit) IsAlreadyAttackingTargetInRange() bool

Used to prevent switches between targets with same priority without actually attacking anything

func (*Unit) IsArmed 

func (u *Unit) IsArmed() bool

func (*Unit) IsArmored 

func (u *Unit) IsArmored() bool

func (*Unit) IsCloserThan 

func (u *Unit) IsCloserThan(dist float64, ptr point.Pointer) bool

func (*Unit) IsCoolToAttack 

func (u *Unit) IsCoolToAttack() bool

Тут нужно определять способен ли юнит нанести удар развернувшись без дополнительной задержки Но так же надо следить, успеют ли укусить рипера или другой отступающий юнит Пока что надёжнее дожидаться u.WeaponCooldown == 0, тогда Рипер убегая от лингов или зилота атакует реже и тем самым может сохранять дистанцию Used to check if unit is ready to attack right away

func (*Unit) IsCoolToMove 

func (u *Unit) IsCoolToMove() bool

Used to check if it is ok to issue next _move_ order without interrupting current attack action

func (*Unit) IsDefensive 

func (u *Unit) IsDefensive() bool

func (*Unit) IsFarFrom 

func (u *Unit) IsFarFrom(ptr point.Pointer) bool

func (*Unit) IsFurtherThan 

func (u *Unit) IsFurtherThan(dist float64, ptr point.Pointer) bool

func (*Unit) IsGathering 

func (u *Unit) IsGathering() bool

func (*Unit) IsGeyser 

func (u *Unit) IsGeyser() bool

func (*Unit) IsHidden 

func (u *Unit) IsHidden() bool

func (*Unit) IsIdle 

func (u *Unit) IsIdle() bool

func (*Unit) IsLight 

func (u *Unit) IsLight() bool

func (*Unit) IsMechanical 

func (u *Unit) IsMechanical() bool

func (*Unit) IsMineral 

func (u *Unit) IsMineral() bool

func (*Unit) IsMoving 

func (u *Unit) IsMoving() bool

func (*Unit) IsNot 

func (u *Unit) IsNot(ids ...api.UnitTypeID) bool

func (*Unit) IsPosVisible 

func (u *Unit) IsPosVisible() bool

func (*Unit) IsReady 

func (u *Unit) IsReady() bool

func (*Unit) IsReturning 

func (u *Unit) IsReturning() bool

func (*Unit) IsSafeToApproach 

func (u *Unit) IsSafeToApproach(p point.Pointer) bool

func (*Unit) IsStructure 

func (u *Unit) IsStructure() bool

func (*Unit) IsUnused 

func (u *Unit) IsUnused() bool

func (*Unit) IsVisible 

func (u *Unit) IsVisible() bool

func (*Unit) IsWorker 

func (u *Unit) IsWorker() bool

func (*Unit) Point 

func (u *Unit) Point() point.Point

func (*Unit) RangeDelta 

func (u *Unit) RangeDelta(target *Unit, gap float64) float64

func (*Unit) SightRange 

func (u *Unit) SightRange() float64

func (*Unit) Speed 

func (u *Unit) Speed() float64

func (*Unit) SpreadFromSplash 

func (u *Unit) SpreadFromSplash(enemies Units, ptr point.Pointer) (point.Point, bool)

func (*Unit) TargetAbility 

func (u *Unit) TargetAbility() api.AbilityID

func (*Unit) TargetPos 

func (u *Unit) TargetPos() point.Point

func (*Unit) TargetTag 

func (u *Unit) TargetTag() api.UnitTag

func (*Unit) Towards 

func (u *Unit) Towards(ptr point.Pointer, offset float64) point.Point

type UnitCluster 

type UnitCluster struct {
	// contains filtered or unexported fields
}

UnitCluster is a cluster of units and the associated center of mass.

func MakeCluster 

func MakeCluster(units Units, distance float64) []UnitCluster

Taken from Chippydip's lib Cluster breaks a list of units into clusters based on the given clustering distance.

func (*UnitCluster) Add 

func (c *UnitCluster) Add(u *Unit)

Add adds a new unit to the cluster and updates the center of mass.

func (*UnitCluster) Center 

func (c *UnitCluster) Center() point.Point

Center is the center of mass of the cluster.

func (*UnitCluster) Count 

func (c *UnitCluster) Count() int

Count returns the number of units in the cluster.

func (*UnitCluster) Units 

func (c *UnitCluster) Units() *Units

Units is the list of units in the cluster.

type UnitOrder 

type UnitOrder struct {
	Loop    int
	Ability api.AbilityID
	Pos     point.Point
	Tag     api.UnitTag
}

type UnitTypes 

type UnitTypes []api.UnitTypeID

func (*UnitTypes) Add 

func (ut *UnitTypes) Add(ids ...api.UnitTypeID)

func (UnitTypes) Contain 

func (ut UnitTypes) Contain(id api.UnitTypeID) bool

type Units 

type Units []*Unit

func FilterCmdSetAndSetItForTheRest 

func FilterCmdSetAndSetItForTheRest(us Units) Units

func (*Units) Add 

func (us *Units) Add(units ...*Unit)

func (Units) Attack 

func (us Units) Attack(targetsGroups ...Units)

func (Units) ByTag 

func (us Units) ByTag(tag api.UnitTag) *Unit

func (Units) ByTags 

func (us Units) ByTags(tags Tags) Units

func (Units) CanAttack 

func (us Units) CanAttack(u *Unit, gap float64) Units

List of units that can attack u

func (Units) Center 

func (us Units) Center() point.Point

func (Units) CloserThan 

func (us Units) CloserThan(dist float64, ptr point.Pointer) Units

func (Units) ClosestTo 

func (us Units) ClosestTo(ptr point.Pointer) *Unit

func (Units) Command 

func (us Units) Command(ability api.AbilityID)

func (Units) CommandPos 

func (us Units) CommandPos(ability api.AbilityID, target point.Pointer)

func (Units) CommandPosQueue 

func (us Units) CommandPosQueue(ability api.AbilityID, target point.Pointer)

func (Units) CommandQueue 

func (us Units) CommandQueue(ability api.AbilityID)

func (Units) CommandTag 

func (us Units) CommandTag(ability api.AbilityID, target api.UnitTag)

func (Units) CommandTagQueue 

func (us Units) CommandTagQueue(ability api.AbilityID, target api.UnitTag)

func (Units) Empty 

func (us Units) Empty() bool

func (Units) Exists 

func (us Units) Exists() bool

func (Units) Filter 

func (us Units) Filter(filters ...Filter) Units

func (Units) First 

func (us Units) First(filters ...Filter) *Unit

While using each method you should check that it returns not nil

func (Units) FurtherThan 

func (us Units) FurtherThan(dist float64, ptr point.Pointer) Units

func (Units) FurthestTo 

func (us Units) FurthestTo(ptr point.Pointer) *Unit

func (Units) InRangeOf 

func (us Units) InRangeOf(u *Unit, gap float64) Units

List of units that are in range of u

func (Units) Len 

func (us Units) Len() int

func (Units) Max 

func (us Units) Max(comp Compare) *Unit

func (Units) Min 

func (us Units) Min(comp Compare) *Unit

func (Units) OfType 

func (us Units) OfType(ids ...api.UnitTypeID) Units

func (Units) OrderBy 

func (us Units) OrderBy(comp Compare, desc bool)

func (Units) OrderByDistanceTo 

func (us Units) OrderByDistanceTo(ptr point.Pointer, desc bool)

func (*Units) Pop 

func (us *Units) Pop() *Unit

func (Units) Rect 

func (us Units) Rect() point.Points

Coordinates of rectangle that fits all units

func (*Units) Remove 

func (us *Units) Remove(unit *Unit)

func (*Units) RemoveTag 

func (us *Units) RemoveTag(tag api.UnitTag)

func (Units) Sum 

func (us Units) Sum(comp Compare) float64

func (Units) Tags 

func (us Units) Tags() []api.UnitTag

func (Units) TagsMap 

func (us Units) TagsMap() map[api.UnitTag]bool

type UnitsByTypes 

type UnitsByTypes map[api.UnitTypeID]Units

func (UnitsByTypes) Add 

func (ut UnitsByTypes) Add(utype api.UnitTypeID, unit *Unit)

func (UnitsByTypes) All 

func (ut UnitsByTypes) All() Units

func (UnitsByTypes) Empty 

func (ut UnitsByTypes) Empty() bool

func (UnitsByTypes) Exists 

func (ut UnitsByTypes) Exists() bool

func (UnitsByTypes) OfType 

func (ut UnitsByTypes) OfType(ids ...api.UnitTypeID) Units

type UnitsMap 

type UnitsMap map[*Unit]struct{}

type Waypoint 

type Waypoint struct {
	point.Point
	M WaypointsMap
}

func (*Waypoint) PathEstimatedCost 

func (t *Waypoint) PathEstimatedCost(to astar.Pather) float64

func (*Waypoint) PathNeighborCost 

func (t *Waypoint) PathNeighborCost(to astar.Pather) float64

PathNeighborCost returns the movement cost of the directly neighboring tile.

func (*Waypoint) PathNeighbors 

func (t *Waypoint) PathNeighbors() []astar.Pather

PathNeighbors returns the neighbors of the tile, excluding blockers and tiles off the edge of the board.

type Waypoints 

type Waypoints []*Waypoint

func FindNeighbours 

func FindNeighbours(wpm WaypointsMap, from *Waypoint, waypoints Waypoints, skip int, grid *grid.Grid) Waypoints

type WaypointsMap 

type WaypointsMap map[*Waypoint]Waypoints

func (WaypointsMap) NewWaypoint 

func (wpm WaypointsMap) NewWaypoint(p point.Point) *Waypoint

type Weapon 

type Weapon struct {
	// contains filtered or unexported fields
}

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