bot

Documentation

Index

• Constants
• Variables
• func HasEndgame(botCode macondo.BotRequest_BotCode) bool
• func HasInfer(botCode macondo.BotRequest_BotCode) bool
• func HasPreendgame(botCode macondo.BotRequest_BotCode) bool
• type BotConfig
• type BotTurnPlayer
  • func NewBotTurnPlayer(conf *BotConfig, opts *turnplayer.GameOptions, players []*pb.PlayerInfo, ...) (*BotTurnPlayer, error)
  • func NewBotTurnPlayerFromGame(g *game.Game, conf *BotConfig, botType pb.BotRequest_BotCode) (*BotTurnPlayer, error)
  • func (p *BotTurnPlayer) BestPlay(ctx context.Context) (*move.Move, error)
  • func (p *BotTurnPlayer) GenerateMoves(numPlays int) []*move.Move
  • func (p *BotTurnPlayer) GetBotType() pb.BotRequest_BotCode
  • func (p *BotTurnPlayer) SetBotType(b pb.BotRequest_BotCode)
  • func (p *BotTurnPlayer) SetEquityCalculators(calcs []equity.EquityCalculator)
  • func (p *BotTurnPlayer) SetMinSimPlies(t int)
  • func (p *BotTurnPlayer) SetSimThreads(t int)

Constants

const InferencesSimLimit = 400

Variables

var BotConfigs = map[pb.BotRequest_BotCode]struct {
	baseFindability     float64
	longWordFindability float64
	parallelFindability float64
	isCel               bool
}{
	pb.BotRequest_LEVEL1_CEL_BOT: {/* contains filtered or unexported fields */},
	pb.BotRequest_LEVEL2_CEL_BOT: {/* contains filtered or unexported fields */},
	pb.BotRequest_LEVEL3_CEL_BOT: {/* contains filtered or unexported fields */},
	pb.BotRequest_LEVEL4_CEL_BOT: {/* contains filtered or unexported fields */},

	pb.BotRequest_LEVEL1_PROBABILISTIC: {/* contains filtered or unexported fields */},
	pb.BotRequest_LEVEL2_PROBABILISTIC: {/* contains filtered or unexported fields */},
	pb.BotRequest_LEVEL3_PROBABILISTIC: {/* contains filtered or unexported fields */},
	pb.BotRequest_LEVEL4_PROBABILISTIC: {/* contains filtered or unexported fields */},
	pb.BotRequest_LEVEL5_PROBABILISTIC: {/* contains filtered or unexported fields */},
}

Note: because of the nature of this algorithm, the lower these numbers, the more time the bot will take to find its move.

Functions

func HasEndgame

func HasEndgame(botCode macondo.BotRequest_BotCode) bool

func HasInfer

func HasInfer(botCode macondo.BotRequest_BotCode) bool

func HasPreendgame

func HasPreendgame(botCode macondo.BotRequest_BotCode) bool

Types

type BotConfig

type BotConfig struct {
	config.Config
	PEGAdjustmentFile string
	LeavesFile        string
	MinSimPlies       int
	// If UseOppRacksInAnalysis is true, will use opponent rack info for simulation/pre-endgames/etc
	UseOppRacksInAnalysis bool
}

type BotTurnPlayer

type BotTurnPlayer struct {
	aiturnplayer.AIStaticTurnPlayer
	// contains filtered or unexported fields
}

func NewBotTurnPlayer

func NewBotTurnPlayer(conf *BotConfig, opts *turnplayer.GameOptions,
	players []*pb.PlayerInfo, botType pb.BotRequest_BotCode) (*BotTurnPlayer, error)

func NewBotTurnPlayerFromGame

func NewBotTurnPlayerFromGame(g *game.Game, conf *BotConfig, botType pb.BotRequest_BotCode) (*BotTurnPlayer, error)

func (*BotTurnPlayer) BestPlay

func (p *BotTurnPlayer) BestPlay(ctx context.Context) (*move.Move, error)

func (*BotTurnPlayer) GenerateMoves

func (p *BotTurnPlayer) GenerateMoves(numPlays int) []*move.Move

func (*BotTurnPlayer) GetBotType

func (p *BotTurnPlayer) GetBotType() pb.BotRequest_BotCode

func (*BotTurnPlayer) SetBotType

func (p *BotTurnPlayer) SetBotType(b pb.BotRequest_BotCode)

func (*BotTurnPlayer) SetEquityCalculators

func (p *BotTurnPlayer) SetEquityCalculators(calcs []equity.EquityCalculator)

func (*BotTurnPlayer) SetMinSimPlies

func (p *BotTurnPlayer) SetMinSimPlies(t int)

func (*BotTurnPlayer) SetSimThreads

func (p *BotTurnPlayer) SetSimThreads(t int)