Documentation
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Overview ¶
Package gi2op provides a set of binary operators on pairs of values for generic iterator combinators.
Index ¶
- func Add[V1, V2 constraints.Number](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func BinaryAnd[V1, V2 constraints.Integer](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func BinaryOr[V1, V2 constraints.Integer](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func BinaryXor[V1, V2 constraints.Integer](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func Divide[V1, V2 constraints.Number](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func IntMod[V1, V2 constraints.Integer](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func Max[V1, V2 constraints.Ordered](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func MaxBy[V1, V2 any, K constraints.Ordered, Key ~func(V1, V2) K](key Key) func(V1, V2, V1, V2) (V1, V2)
- func MaxByLeft[V1 constraints.Ordered, V2 any](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func MaxByRight[V1 any, V2 constraints.Ordered](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func Min[V1, V2 constraints.Ordered](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func MinBy[V1, V2 any, K constraints.Ordered, Key ~func(V1, V2) K](key Key) func(V1, V2, V1, V2) (V1, V2)
- func MinByLeft[V1 constraints.Ordered, V2 any](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func MinByRight[V1 any, V2 constraints.Ordered](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func Mod[V1, V2 constraints.Float](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func Multiply[V1, V2 constraints.Number](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
- func Subtract[V1, V2 constraints.Number](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func Add ¶
func Add[V1, V2 constraints.Number](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
Add returns sum of l1 and r1 and sum of l2 and r2.
func BinaryAnd ¶
func BinaryAnd[V1, V2 constraints.Integer](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
BinaryAnd returns the binary "and" of l1 and l2 and binary "and" of r1 and r2.
func BinaryOr ¶
func BinaryOr[V1, V2 constraints.Integer](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
BinaryOr returns the binary "or" of l1 and l2 and binary "or" of r1 and r2.
func BinaryXor ¶
func BinaryXor[V1, V2 constraints.Integer](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
BinaryXor returns the binary "xor" of l1 and l2 and binary "xor" of r1 and r2.
func Divide ¶
func Divide[V1, V2 constraints.Number](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
Divide returns quotient of l1 and r1 and quotient of l2 and r2.
func IntMod ¶
func IntMod[V1, V2 constraints.Integer](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
IntMod returns integer remainder of l1 and r1 and integer remainder of l2 and r2.
func Max ¶
func Max[V1, V2 constraints.Ordered](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
Max returns the maximum value of the left and right.
func MaxBy ¶
func MaxBy[V1, V2 any, K constraints.Ordered, Key ~func(V1, V2) K](key Key) func(V1, V2, V1, V2) (V1, V2)
MaxBy returns a function that returns the maximum value of the left and right using provided key function for comparison.
func MaxByLeft ¶
func MaxByLeft[V1 constraints.Ordered, V2 any](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
MaxByLeft returns the pair with the maximum left value.
func MaxByRight ¶
func MaxByRight[V1 any, V2 constraints.Ordered](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
MaxByRight returns the pair with the maximum right value.
func Min ¶
func Min[V1, V2 constraints.Ordered](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
Min returns the minimum value of the left and right.
func MinBy ¶
func MinBy[V1, V2 any, K constraints.Ordered, Key ~func(V1, V2) K](key Key) func(V1, V2, V1, V2) (V1, V2)
MinBy returns a function that returns the minimum value of the left and right using provided key function for comparison.
func MinByLeft ¶
func MinByLeft[V1 constraints.Ordered, V2 any](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
MinByLeft returns the pair with the minimum left value.
func MinByRight ¶
func MinByRight[V1 any, V2 constraints.Ordered](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
MinByRight returns the pair with the minimum right value.
func Mod ¶
func Mod[V1, V2 constraints.Float](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
Mod returns math.Mod(l1, r1) and math.Mod(l2, r2).
func Multiply ¶
func Multiply[V1, V2 constraints.Number](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
Multiply returns product of l1 and r1 and product of l2 and r2.
func Subtract ¶
func Subtract[V1, V2 constraints.Number](l1 V1, l2 V2, r1 V1, r2 V2) (V1, V2)
Subtract returns difference of l1 and r1 and difference of l2 and r2.
Types ¶
This section is empty.
Source Files