# FUNCTION

# Private

# * (&REST ARGS)

Multiplication of generalized or regular numbers with an
arbitrary number of arguments.

# + (&REST ARGS)

Addition of generalized or regular numbers with an
arbitrary number of arguments.

# - (&REST ARGS)

Subtraction of generalized or regular numbers.

# / (&REST ARGS)

Division of generalized or regular numbers for an
arbitrary number of arguments.

# SQRT (NUM)

The square root of the generalized or regular number.

# Undocumented

# < (&REST ARGS)

# <= (&REST ARGS)

# = (&REST ARGS)

# > (&REST ARGS)

# >= (&REST ARGS)

# MAX (&REST ARGS)

# MIN (&REST ARGS)

# MACRO

# Private

# Undocumented

# DECF (REF &OPTIONAL (DELTA 1))

# INCF (REF &OPTIONAL (DELTA 1))

# LENGTH (&REST ARGS)

# TIME (&REST ARGS)

# GENERIC-FUNCTION

# Private

# ABS (NUM)

The absolute value.

# ACOS (ARG)

The arccosine of the generalized or regular number.

# AREF (GRID &REST INDICES)

Select the element from the grid.

# SETFAREF (VALUE GRID &REST INDICES)

Set the element from the grid.

# ASIN (ARG)

The arcsine of the generalized or regular number.

# ATAN (NUM &OPTIONAL DEN DEFAULT ZERO-ENOUGH)

The arctangent of the generalized or regular number. If absolute value of the arguments are below zero-enough, default is returned.

# COERCE (NUMBER LIKE)

Make number into an object similar to like, or
if like is a number type, into that type.

# COS (NUM)

The cosine of the generalized or regular number.

# COSH (NUM)

The hyperbolic cosine of the generalized or regular number.

# EXP (NUM)

The natural exponent e^num of the generalized or regular number.

# EXPT (NUM EXPONENT)

Raise the number to the exponent.

# FLOOR (NUMBER &OPTIONAL DIVISOR)

Greatest multiple of divisor less than number.

# LOG (NUM &OPTIONAL BASE)

The natural logarithm of the generalized or regular number.

# MINUSP (A)

Negative

# PLUSP (A)

Positive.

# ROUND (NUMBER &OPTIONAL DIVISOR)

Nearest multiple of divisor to number.

# SIGNUM (A)

Signum(a).

# SIN (NUM)

The sine of the generalized or regular number.

# SINH (NUM)

The hyperbolic sine of the generalized or regular number.

# TAN (NUM)

The tangent of the generalized or regular number.

# TANH (NUM)

The hyperbolic tangent of the generalized or regular number.

# ZEROP (A)

Zero.