Documentation
¶
Index ¶
- Constants
- func Compound[T constraints.Integer](fn func(a, b T) T, ts []T) (t T)
- func DivDown[T constraints.Integer](a, b T) T
- func DivUp[T constraints.Integer](a, b T) T
- func Float32[T constraints.Integer](i T) float32
- func Float64[T constraints.Integer](i T) float64
- func GCD[T constraints.Integer](a, b T) T
- func GCDX[T constraints.Integer](a, b T) (gcd, q, r T)
- func Idx(idx, ln int) (int, bool)
- func Int[T constraints.Integer](i T) int
- func Int16[T constraints.Integer](i T) int16
- func Int32[T constraints.Integer](i T) int32
- func Int64[T constraints.Integer](i T) int64
- func Int8[T constraints.Integer](i T) int8
- func LCM[T constraints.Integer](a, b T) T
- func LCMN[T constraints.Integer](ns ...T) T
- func Mod[T constraints.Integer](a, b T) T
- func Prod[T constraints.Integer](ns ...T) T
- func ProdFn[T constraints.Integer](a, b T) T
- func SumFn[T constraints.Integer](a, b T) T
- func Uint[T constraints.Integer](i T) uint
- func Uint16[T constraints.Integer](i T) uint16
- func Uint32[T constraints.Integer](i T) uint32
- func Uint64[T constraints.Integer](i T) uint64
- func Uint8[T constraints.Integer](i T) uint8
- type Combinator
- type CombinatorFactory
Constants ¶
View Source
const ( MaxU uint = ^uint(0) MaxU8 uint8 = ^uint8(0) MaxU16 uint16 = ^uint16(0) MaxU32 uint32 = ^uint32(0) MaxU64 uint64 = ^uint64(0) MaxI int = int(MaxU >> 1) MaxI8 int8 = int8(MaxU8 >> 1) MaxI16 int16 = int16(MaxU16 >> 1) MaxI32 int32 = int32(MaxU32 >> 1) MaxI64 int64 = int64(MaxU64 >> 1) MinI int = ^MaxI MinI8 int8 = ^MaxI8 MinI16 int16 = ^MaxI16 MinI32 int32 = ^MaxI32 MinI64 int64 = ^MaxI64 )
Variables ¶
This section is empty.
Functions ¶
func Compound ¶
func Compound[T constraints.Integer](fn func(a, b T) T, ts []T) (t T)
func DivDown ¶
func DivDown[T constraints.Integer](a, b T) T
func DivUp ¶
func DivUp[T constraints.Integer](a, b T) T
func Float32 ¶
func Float32[T constraints.Integer](i T) float32
func Float64 ¶
func Float64[T constraints.Integer](i T) float64
func GCD ¶
func GCD[T constraints.Integer](a, b T) T
func GCDX ¶
func GCDX[T constraints.Integer](a, b T) (gcd, q, r T)
func Idx ¶
Idx provides a relative index to the given length. So a value of -1 will return the ln-1. The bool indicates if the index is in range.
func Int ¶
func Int[T constraints.Integer](i T) int
func Int16 ¶
func Int16[T constraints.Integer](i T) int16
func Int32 ¶
func Int32[T constraints.Integer](i T) int32
func Int64 ¶
func Int64[T constraints.Integer](i T) int64
func Int8 ¶
func Int8[T constraints.Integer](i T) int8
func LCM ¶
func LCM[T constraints.Integer](a, b T) T
func LCMN ¶
func LCMN[T constraints.Integer](ns ...T) T
func Mod ¶
func Mod[T constraints.Integer](a, b T) T
func Prod ¶
func Prod[T constraints.Integer](ns ...T) T
func ProdFn ¶
func ProdFn[T constraints.Integer](a, b T) T
func SumFn ¶
func SumFn[T constraints.Integer](a, b T) T
func Uint ¶
func Uint[T constraints.Integer](i T) uint
func Uint16 ¶
func Uint16[T constraints.Integer](i T) uint16
func Uint32 ¶
func Uint32[T constraints.Integer](i T) uint32
func Uint64 ¶
func Uint64[T constraints.Integer](i T) uint64
func Uint8 ¶
func Uint8[T constraints.Integer](i T) uint8
Types ¶
type Combinator ¶
type Combinator[I constraints.Integer] func(idx I) []I
func Cross ¶
func Cross[I constraints.Integer](lns ...I) (Combinator[I], I)
func Pair ¶
func Pair[I constraints.Integer](lns ...I) (Combinator[I], I)
type CombinatorFactory ¶
type CombinatorFactory[I constraints.Integer] func(lns ...I) (c Combinator[I], ln I)
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