random

Documentation

Index

• Constants
• func ManipulateAlpha(value uint32) uint32
• func ManipulateBravo(value uint32) uint32
• type NumberGenerator
  • func NewRNG() *NumberGenerator
  • func (g *NumberGenerator) Generate(min uint32, max uint32) uint32
  • func (g *NumberGenerator) GenerateNextState()
  • func (g *NumberGenerator) GenerateSingle(exclusiveMaximumValue uint32) uint32
  • func (g *NumberGenerator) GenerateUInt() uint32
  • func (g *NumberGenerator) Initialize(seeds []uint32)
  • func (g *NumberGenerator) Reset(passiveSkill *data.PassiveSkill, timelessJewel data.TimelessJewel)
  • func (g *NumberGenerator) Temper() uint32

Constants

const (
	InitialStateConstant0 = 0x40336050
	InitialStateConstant1 = 0xCFA3723C
	InitialStateConstant2 = 0x3CAC5F6F
	InitialStateConstant3 = 0x3793FDFF

	TinyMT32SH0   = 1
	TinyMT32SH1   = 10
	TinyMT32Mask  = 0x7FFFFFFF
	TinyMT32Alpha = 0x19660D
	TinyMT32Bravo = 0x5D588B65
)

Functions

func ManipulateAlpha

func ManipulateAlpha(value uint32) uint32

func ManipulateBravo

func ManipulateBravo(value uint32) uint32

Types

type NumberGenerator

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

func NewRNG

func NewRNG() *NumberGenerator

func (*NumberGenerator) Generate

func (g *NumberGenerator) Generate(min uint32, max uint32) uint32

func (*NumberGenerator) GenerateNextState

func (g *NumberGenerator) GenerateNextState()

func (*NumberGenerator) GenerateSingle

func (g *NumberGenerator) GenerateSingle(exclusiveMaximumValue uint32) uint32

func (*NumberGenerator) GenerateUInt

func (g *NumberGenerator) GenerateUInt() uint32

func (*NumberGenerator) Initialize

func (g *NumberGenerator) Initialize(seeds []uint32)

func (*NumberGenerator) Reset

func (g *NumberGenerator) Reset(passiveSkill *data.PassiveSkill, timelessJewel data.TimelessJewel)

func (*NumberGenerator) Temper

func (g *NumberGenerator) Temper() uint32