This is the function Reference Manual, generated automatically by Declt version 4.0 beta 2 "William Riker" on Fri May 15 12:19:38 2026 GMT+0.
The main system appears first, followed by any subsystem dependency.
functionfold (system).
function.lisp (file).
package.lisp (file).
Files are sorted by type and then listed depth-first from the systems components trees.
function/function.lisppackage.lisp (file).
function (system).
binary->n-ary (function).
binary->n-ary1 (function).
binary-compose-left (generic function).
binary-compose-right (generic function).
compose (function).
compose2 (generic function).
curry-left (function).
curry-right (function).
deff (macro).
inverse (generic function).
partial-apply-left (function).
partial-apply-right (function).
swap-arguments (function).
binary->folder (function).
binary->folder-1 (function).
Packages are listed by definition order.
functioncommon-lisp.
fold.
binary->n-ary (function).
binary->n-ary1 (function).
binary-compose-left (generic function).
binary-compose-right (generic function).
compose (function).
compose2 (generic function).
curry-left (function).
curry-right (function).
deff (macro).
inverse (generic function).
partial-apply-left (function).
partial-apply-right (function).
swap-arguments (function).
binary->folder (function).
binary->folder-1 (function).
Definitions are sorted by export status, category, package, and then by lexicographic order.
Define a function NAME with the value VAL. If DOCSTRING is provided, it will be used as the documentation for the function.
Convert a binary function into an n-ary function that can be used to reduce multiple arguments.
Convert a binary function into an n-ary function that can be used to reduce multiple arguments. The first argument is the base case.
Curry a binary function to take the left argument first.
Curry a binary function to take the right argument first.
Partial-apply a binary function to the left argument, returning a unary function that takes the right argument.
Partial-apply a binary function to the right argument, returning a unary function that takes the left argument.
Swap the arguments of a binary function, returning a new function that takes the arguments in reverse order.
Compose a binary function with another function on the left side.
Compose a binary function with another function on the right side.
Compose two functions, where the result of the inner function is passed to the outer function.
function) (inner function)) ¶(eql #<function identity>)) (inner function)) ¶(eql identity)) (inner function)) ¶function) (inner (eql #<function identity>))) ¶function) (inner (eql identity))) ¶Return the inverse of FUNCTION.
(eql #<function 1->))) ¶(eql 1-))) ¶(eql #<function 1+>))) ¶(eql 1+))) ¶(eql #<function acos>))) ¶(eql acos))) ¶(eql #<function acosh>))) ¶(eql acosh))) ¶(eql #<function asin>))) ¶(eql asin))) ¶(eql #<function asinh>))) ¶(eql asinh))) ¶(eql #<function atan>))) ¶(eql atan))) ¶(eql #<function atanh>))) ¶(eql atanh))) ¶(eql #<function conjugate>))) ¶(eql conjugate))) ¶(eql #<function cos>))) ¶(eql cos))) ¶(eql #<function cosh>))) ¶(eql cosh))) ¶(eql #<function exp>))) ¶(eql exp))) ¶(eql #<function log>))) ¶(eql log))) ¶(eql #<function identity>))) ¶(eql identity))) ¶(eql #<function sin>))) ¶(eql sin))) ¶(eql #<function sinh>))) ¶(eql sinh))) ¶(eql #<function tan>))) ¶(eql tan))) ¶(eql #<function tanh>))) ¶(eql tanh))) ¶Convert a binary function into a folder function that can be used to reduce a list of arguments.
Convert a binary function into a folder function that can be used to reduce a list of arguments. The first argument is the base case.
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