probability

Documentation

Index

• Constants
• func CalculateAtx(secondsSinceLastBlock *big.Rat, fluidTransfers int) *big.Rat
• func CalculatePayoutsCombined(sourcePayouts map[applications.UtilityName][]worker.Payout, winningBalls int) map[applications.UtilityName]worker.Payout
• func CalculatePayoutsSplit(sourcePayouts map[applications.UtilityName][]worker.Payout, winningBalls int) (map[applications.UtilityName]worker.Payout, ...)
• func NaiveIsWinning(balls []uint32, emission *worker.Emission) int
• func WinningChances(trfMode worker.TrfMode, gasFee, atx, payoutFreq *big.Rat, ...) (winningTier uint, payouts map[applications.UtilityName][]worker.Payout, ...)

Constants

const (
	ProbabilityScale = 1000000000
	Decimals         = 1000000
)

Functions

func CalculateAtx

func CalculateAtx(secondsSinceLastBlock *big.Rat, fluidTransfers int) *big.Rat

CalculateAtx using the duration since the last block and the number of fluid transfers

func CalculatePayoutsCombined

func CalculatePayoutsCombined(sourcePayouts map[applications.UtilityName][]worker.Payout, winningBalls int) map[applications.UtilityName]worker.Payout

func CalculatePayoutsSplit

func CalculatePayoutsSplit(sourcePayouts map[applications.UtilityName][]worker.Payout, winningBalls int) (map[applications.UtilityName]worker.Payout, map[applications.UtilityName]worker.Payout)

returns the amount won by the sender and receiver with given balls and payouts

func NaiveIsWinning

func NaiveIsWinning(balls []uint32, emission *worker.Emission) int

NaiveIsWinning examines the random numbers we drew and determines if we won

func WinningChances

func WinningChances(trfMode worker.TrfMode, gasFee, atx, payoutFreq *big.Rat, distributionPools []worker.UtilityVars, winningClasses, averageTransfersInBlock int, blockTimeInSeconds uint64, emission *worker.Emission) (winningTier uint, payouts map[applications.UtilityName][]worker.Payout, probabilities []*big.Rat)

n, payouts[]