# math/numerics

## `n*`

Defined at lib/math/numerics.lisp:5:2

Generalised numeric cross product.

## `n+`

Defined at lib/math/numerics.lisp:3:2

## `n-`

Defined at lib/math/numerics.lisp:4:2

Generalised numeric subtraction.

## `n/`

Defined at lib/math/numerics.lisp:6:2

Generalised numeric division.

## `n<`

Defined at lib/math/numerics.lisp:9:2

Generalised numeric less-than comparison.

## `n<=`

Defined at lib/math/numerics.lisp:10:2

Generalised numeric less-than or equal to comparison.

## `(n= x y)`

Defined at lib/math/numerics.lisp:20:2

Generalised numeric equality.

## `(n> x y)`

Defined at lib/math/numerics.lisp:18:2

Generalised numeric greater than.

## `(n>= x y)`

Defined at lib/math/numerics.lisp:19:2

Generalised numeric greater than or equal to.

## `nabs`

Defined at lib/math/numerics.lisp:16:2

Generalised numeric absolute value.

## `nexpt`

Defined at lib/math/numerics.lisp:8:2

Generalised numeric exponentiation.

## `nmod`

Defined at lib/math/numerics.lisp:7:2

Generalised numeric modulus.

## `nnegate`

Defined at lib/math/numerics.lisp:14:2

Generalised numeric negation.

## `nrecip`

Defined at lib/math/numerics.lisp:13:2

Generalised numeric reciprocal.

## `nsign`

Defined at lib/math/numerics.lisp:15:2

Generalised numeric sign number. (-1 for negative numbers, 1 otherwise)

## `nsqrt`

Defined at lib/math/numerics.lisp:12:2

Generalised numeric square root.