ordered.go

package vec

import "golang.org/x/exp/constraints"

func Less[E constraints.Ordered, Z Bool, XY Vector[E]](z Z, x, y XY) {
	binaryBool[E](z, x, y, func(a, b E) bool {
		return a < b
	})
}

func LessOrEqual[E constraints.Ordered, Z Bool, XY Vector[E]](z Z, x, y XY) {
	binaryBool[E](z, x, y, func(a, b E) bool {
		return a <= b
	})
}

func Greater[E constraints.Ordered, Z Bool, XY Vector[E]](z Z, x, y XY) {
	binaryBool[E](z, x, y, func(a, b E) bool {
		return a > b
	})
}

func GreaterOrEqual[E constraints.Ordered, Z Bool, XY Vector[E]](z Z, x, y XY) {
	binaryBool[E](z, x, y, func(a, b E) bool {
		return a >= b
	})
}

func Min[E constraints.Ordered, XYZ Vector[E]](z, x, y XYZ, m *Mask) {
	binary[E, E](m, z, x, y, func(a, b E) E {
		if a < b {
			return a
		}
		return b
	})
}

func Max[E constraints.Ordered, XYZ Vector[E]](z, x, y XYZ, m *Mask) {
	binary[E, E](m, z, x, y, func(a, b E) E {
		if a > b {
			return a
		}
		return b
	})
}