structure

package

v0.0.0-...-923ccd2 Latest Latest Go to latest Published: Nov 16, 2023 License: MIT Imports: 10 Imported by: 0

Details

Valid go.mod file

The Go module system was introduced in Go 1.11 and is the official dependency management solution for Go.
Redistributable license

Redistributable licenses place minimal restrictions on how software can be used, modified, and redistributed.
Tagged version

Modules with tagged versions give importers more predictable builds.
Stable version

When a project reaches major version v1 it is considered stable.
Learn more about best practices

Repository

github.com/neonnetwork/ki

Documentation ¶

Index ¶

func Abs[T Number](value T) T
func ConvertNumberFloat64toInt32(v float64) int32
func ConvertNumberInt32toFloat64(v int32) float64
func Div[T Number](x T, y T) T
func Inv[T Number](value T) T
func MinMax[T Number](values ...T) (T, T)
type BinaryTreeDirection
- func (direction BinaryTreeDirection) Opposite() BinaryTreeDirection
type BinaryTreeNode
- func NewBinaryTreeNode[T any](value T) (node *BinaryTreeNode[T])
- func (node *BinaryTreeNode[T]) AddLeft(value T) (result *BinaryTreeNode[T])
- func (node *BinaryTreeNode[T]) AddRight(value T) (result *BinaryTreeNode[T])
- func (node *BinaryTreeNode[T]) ChildAdd(value T, direction BinaryTreeDirection) (result *BinaryTreeNode[T])
- func (node *BinaryTreeNode[T]) ChildGet(direction BinaryTreeDirection) (result optionals.Optional[*BinaryTreeNode[T]])
- func (node *BinaryTreeNode[T]) Init() *BinaryTreeNode[T]
- func (node *BinaryTreeNode[T]) IsRoot() bool
- func (node *BinaryTreeNode[T]) Left() optionals.Optional[*BinaryTreeNode[T]]
- func (node *BinaryTreeNode[T]) Prev() optionals.Optional[*BinaryTreeNode[T]]
- func (node *BinaryTreeNode[T]) Right() optionals.Optional[*BinaryTreeNode[T]]
- func (node *BinaryTreeNode[T]) SetValue(value T)
- func (node *BinaryTreeNode[T]) Value() T
type Box
- func NewBox[T Number](position Vector2[T], size Vector2[T]) Box[T]
- func (box Box[T]) Center() Vector2[T]
- func (box Box[T]) CollisionPoint(point Vector2[T]) (result bool)
- func (box Box[T]) H() T
- func (box Box[T]) Position() Vector2[T]
- func (box Box[T]) Size() Vector2[T]
- func (box Box[T]) ToRaylibRectangle() rl.Rectangle
- func (box Box[T]) W() T
- func (box Box[T]) X() T
- func (box Box[T]) Y() T
type Cached
- func NewCached[T any](value T, supply func(T) (T, error), life int64) *Cached[T]
- func (cached *Cached[T]) Alive() bool
- func (cached *Cached[T]) Get() (result T, err error)
- func (cached *Cached[T]) GetMust() (result T)
- func (cached *Cached[T]) Init() *Cached[T]
- func (cached *Cached[T]) Now() int64
- func (cached *Cached[T]) Tick()
- func (cached *Cached[T]) Update()
type Number
type Pair
- func NewPair[A any, B any](a A, b B) Pair[A, B]
- func (pair Pair[A, B]) A() A
- func (pair Pair[A, B]) B() B
type Vector2
- func MapVector2[T Number, U Number](vector Vector2[T], fn func(T) U) Vector2[U]
- func NewVector2[T Number, V Number](x V, y V) Vector2[T]
- func NewVector2FromRaylib[T Number](value rl.Vector2) Vector2[T]
- func NewVector2Random[T Number](n int) Vector2[T]
- func (vector Vector2[T]) Abs() Vector2[T]
- func (vector Vector2[T]) Add(value Vector2[T]) Vector2[T]
- func (vector Vector2[T]) Copy() Vector2[T]
- func (vector Vector2[T]) Div(value Vector2[T]) Vector2[T]
- func (vector Vector2[T]) Inv() Vector2[T]
- func (vector Vector2[T]) Max() T
- func (vector Vector2[T]) Min() T
- func (vector Vector2[T]) Mul(value Vector2[T]) Vector2[T]
- func (vector Vector2[T]) Order(reversed bool) Vector2[T]
- func (vector Vector2[T]) Rev() Vector2[T]
- func (vector Vector2[T]) Sub(value Vector2[T]) Vector2[T]
- func (vector Vector2[T]) ToFloat32() Vector2[float32]
- func (vector Vector2[T]) ToFloat64() Vector2[float64]
- func (vector Vector2[T]) ToInt32() Vector2[int32]
- func (vector Vector2[T]) ToRaylib() rl.Vector2
- func (vector Vector2[T]) X() T
- func (vector Vector2[T]) Y() T
type Vector3
- func MapVector3[T Number, U Number](vector Vector3[T], fn func(T) U) Vector3[U]
- func NewVector3[T Number, V Number](x V, y V, z V) Vector3[T]
- func NewVector3Random[T Number](n int) Vector3[T]
- func (vector Vector3[T]) Add(value Vector3[T]) Vector3[T]
- func (vector Vector3[T]) Copy() Vector3[T]
- func (vector Vector3[T]) Div(value Vector3[T]) Vector3[T]
- func (vector Vector3[T]) Mul(value Vector3[T]) Vector3[T]
- func (vector Vector3[T]) Sub(value Vector3[T]) Vector3[T]
- func (vector Vector3[T]) ToColor() color.RGBA
- func (vector Vector3[T]) ToFloat32() Vector3[float32]
- func (vector Vector3[T]) ToFloat64() Vector3[float64]
- func (vector Vector3[T]) ToInt32() Vector3[int32]
- func (vector Vector3[T]) ToRaylib() rl.Vector3
- func (vector Vector3[T]) ToUint8() Vector3[uint8]
- func (vector Vector3[T]) X() T
- func (vector Vector3[T]) Y() T
- func (vector Vector3[T]) Z() T

Constants ¶

This section is empty.

Variables ¶

This section is empty.

Functions ¶

func Abs ¶

func Abs[T Number](value T) T

func ConvertNumberFloat64toInt32 ¶

func ConvertNumberFloat64toInt32(v float64) int32

func ConvertNumberInt32toFloat64 ¶

func ConvertNumberInt32toFloat64(v int32) float64

func Div ¶

func Div[T Number](x T, y T) T

func Inv ¶

func Inv[T Number](value T) T

func MinMax ¶

func MinMax[T Number](values ...T) (T, T)

Types ¶

type BinaryTreeDirection ¶

type BinaryTreeDirection int8

const (
	BinaryTreeLeft BinaryTreeDirection = iota
	BinaryTreeRight
)

func (BinaryTreeDirection) Opposite ¶

func (direction BinaryTreeDirection) Opposite() BinaryTreeDirection

type BinaryTreeNode ¶

type BinaryTreeNode[T any] struct {
	// contains filtered or unexported fields
}

func NewBinaryTreeNode ¶

func NewBinaryTreeNode[T any](value T) (node *BinaryTreeNode[T])

func (*BinaryTreeNode[T]) AddLeft ¶

func (node *BinaryTreeNode[T]) AddLeft(value T) (result *BinaryTreeNode[T])

func (*BinaryTreeNode[T]) AddRight ¶

func (node *BinaryTreeNode[T]) AddRight(value T) (result *BinaryTreeNode[T])

func (*BinaryTreeNode[T]) ChildAdd ¶

func (node *BinaryTreeNode[T]) ChildAdd(value T, direction BinaryTreeDirection) (result *BinaryTreeNode[T])

func (*BinaryTreeNode[T]) ChildGet ¶

func (node *BinaryTreeNode[T]) ChildGet(direction BinaryTreeDirection) (result optionals.Optional[*BinaryTreeNode[T]])

func (*BinaryTreeNode[T]) Init ¶

func (node *BinaryTreeNode[T]) Init() *BinaryTreeNode[T]

func (*BinaryTreeNode[T]) IsRoot ¶

func (node *BinaryTreeNode[T]) IsRoot() bool

func (*BinaryTreeNode[T]) Left ¶

func (node *BinaryTreeNode[T]) Left() optionals.Optional[*BinaryTreeNode[T]]

func (*BinaryTreeNode[T]) Prev ¶

func (node *BinaryTreeNode[T]) Prev() optionals.Optional[*BinaryTreeNode[T]]

func (*BinaryTreeNode[T]) Right ¶

func (node *BinaryTreeNode[T]) Right() optionals.Optional[*BinaryTreeNode[T]]

func (*BinaryTreeNode[T]) SetValue ¶

func (node *BinaryTreeNode[T]) SetValue(value T)

func (*BinaryTreeNode[T]) Value ¶

func (node *BinaryTreeNode[T]) Value() T

type Box ¶

type Box[T Number] struct {
	// contains filtered or unexported fields
}

func NewBox ¶

func NewBox[T Number](position Vector2[T], size Vector2[T]) Box[T]

func (Box[T]) Center ¶

func (box Box[T]) Center() Vector2[T]

func (Box[T]) CollisionPoint ¶

func (box Box[T]) CollisionPoint(point Vector2[T]) (result bool)

func (Box[T]) H ¶

func (box Box[T]) H() T

func (Box[T]) Position ¶

func (box Box[T]) Position() Vector2[T]

func (Box[T]) Size ¶

func (box Box[T]) Size() Vector2[T]

func (Box[T]) ToRaylibRectangle ¶

func (box Box[T]) ToRaylibRectangle() rl.Rectangle

func (Box[T]) W ¶

func (box Box[T]) W() T

func (Box[T]) X ¶

func (box Box[T]) X() T

func (Box[T]) Y ¶

func (box Box[T]) Y() T

type Cached ¶

type Cached[T any] struct {
	// contains filtered or unexported fields
}

Cached is a generic struct used to keep track of data that evolves with time Cached.supply is called under a goroutine each time Cached.value has expired

func NewCached ¶

func NewCached[T any](value T, supply func(T) (T, error), life int64) *Cached[T]

func (*Cached[T]) Alive ¶

func (cached *Cached[T]) Alive() bool

func (*Cached[T]) Get ¶

func (cached *Cached[T]) Get() (result T, err error)

func (*Cached[T]) GetMust ¶

func (cached *Cached[T]) GetMust() (result T)

func (*Cached[T]) Init ¶

func (cached *Cached[T]) Init() *Cached[T]

func (*Cached[T]) Now ¶

func (cached *Cached[T]) Now() int64

func (*Cached[T]) Tick ¶

func (cached *Cached[T]) Tick()

func (*Cached[T]) Update ¶

func (cached *Cached[T]) Update()

type Number ¶

type Number interface {
	constraints.Integer | constraints.Float
}

type Pair ¶

type Pair[A any, B any] struct {
	// contains filtered or unexported fields
}

func NewPair ¶

func NewPair[A any, B any](a A, b B) Pair[A, B]

func (Pair[A, B]) A ¶

func (pair Pair[A, B]) A() A

func (Pair[A, B]) B ¶

func (pair Pair[A, B]) B() B

type Vector2 ¶

type Vector2[T Number] struct {
	// contains filtered or unexported fields
}

func MapVector2 ¶

func MapVector2[T Number, U Number](vector Vector2[T], fn func(T) U) Vector2[U]

func NewVector2 ¶

func NewVector2[T Number, V Number](x V, y V) Vector2[T]

func NewVector2FromRaylib ¶

func NewVector2FromRaylib[T Number](value rl.Vector2) Vector2[T]

func NewVector2Random ¶

func NewVector2Random[T Number](n int) Vector2[T]

func (Vector2[T]) Abs ¶

func (vector Vector2[T]) Abs() Vector2[T]

func (Vector2[T]) Add ¶

func (vector Vector2[T]) Add(value Vector2[T]) Vector2[T]

func (Vector2[T]) Copy ¶

func (vector Vector2[T]) Copy() Vector2[T]

func (Vector2[T]) Div ¶

func (vector Vector2[T]) Div(value Vector2[T]) Vector2[T]

func (Vector2[T]) Inv ¶

func (vector Vector2[T]) Inv() Vector2[T]

func (Vector2[T]) Max ¶

func (vector Vector2[T]) Max() T

func (Vector2[T]) Min ¶

func (vector Vector2[T]) Min() T

func (Vector2[T]) Mul ¶

func (vector Vector2[T]) Mul(value Vector2[T]) Vector2[T]

func (Vector2[T]) Order ¶

func (vector Vector2[T]) Order(reversed bool) Vector2[T]

func (Vector2[T]) Rev ¶

func (vector Vector2[T]) Rev() Vector2[T]

func (Vector2[T]) Sub ¶

func (vector Vector2[T]) Sub(value Vector2[T]) Vector2[T]

func (Vector2[T]) ToFloat32 ¶

func (vector Vector2[T]) ToFloat32() Vector2[float32]

func (Vector2[T]) ToFloat64 ¶

func (vector Vector2[T]) ToFloat64() Vector2[float64]

func (Vector2[T]) ToInt32 ¶

func (vector Vector2[T]) ToInt32() Vector2[int32]

func (Vector2[T]) ToRaylib ¶

func (vector Vector2[T]) ToRaylib() rl.Vector2

func (Vector2[T]) X ¶

func (vector Vector2[T]) X() T

func (Vector2[T]) Y ¶

func (vector Vector2[T]) Y() T

type Vector3 ¶

type Vector3[T Number] struct {
	// contains filtered or unexported fields
}

func MapVector3 ¶

func MapVector3[T Number, U Number](vector Vector3[T], fn func(T) U) Vector3[U]

func NewVector3 ¶

func NewVector3[T Number, V Number](x V, y V, z V) Vector3[T]

func NewVector3Random ¶

func NewVector3Random[T Number](n int) Vector3[T]

func (Vector3[T]) Add ¶

func (vector Vector3[T]) Add(value Vector3[T]) Vector3[T]

func (Vector3[T]) Copy ¶

func (vector Vector3[T]) Copy() Vector3[T]

func (Vector3[T]) Div ¶

func (vector Vector3[T]) Div(value Vector3[T]) Vector3[T]

func (Vector3[T]) Mul ¶

func (vector Vector3[T]) Mul(value Vector3[T]) Vector3[T]

func (Vector3[T]) Sub ¶

func (vector Vector3[T]) Sub(value Vector3[T]) Vector3[T]

func (Vector3[T]) ToColor ¶

func (vector Vector3[T]) ToColor() color.RGBA

func (Vector3[T]) ToFloat32 ¶

func (vector Vector3[T]) ToFloat32() Vector3[float32]

func (Vector3[T]) ToFloat64 ¶

func (vector Vector3[T]) ToFloat64() Vector3[float64]

func (Vector3[T]) ToInt32 ¶

func (vector Vector3[T]) ToInt32() Vector3[int32]

func (Vector3[T]) ToRaylib ¶

func (vector Vector3[T]) ToRaylib() rl.Vector3

func (Vector3[T]) ToUint8 ¶

func (vector Vector3[T]) ToUint8() Vector3[uint8]

func (Vector3[T]) X ¶

func (vector Vector3[T]) X() T

func (Vector3[T]) Y ¶

func (vector Vector3[T]) Y() T

func (Vector3[T]) Z ¶

func (vector Vector3[T]) Z() T

Source Files ¶

View all Source files

?	: This menu
/	: Search site
f or F	: Jump to
y or Y	: Canonical URL