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synapse-types.lisp
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synapse-types.lisp
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;; -*- mode: Lisp; Syntax: Common-Lisp; Package: cells; -*-
#|
Cells -- Automatic Dataflow Managememnt
Copyright (C) 1995, 2006 by Kenneth Tilton
This library is free software; you can redistribute it and/or
modify it under the terms of the Lisp Lesser GNU Public License
(http://opensource.franz.com/preamble.html), known as the LLGPL.
This library is distributed WITHOUT ANY WARRANTY; without even
the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
See the Lisp Lesser GNU Public License for more details.
|#
(in-package :cells)
(export! f-find)
(defmacro f-find (synapse-id sought where)
`(call-f-find ,synapse-id ,sought ,where))
(defun call-f-find (synapse-id sought where)
(with-synapse synapse-id ()
(bif (k (progn
(find sought where)))
(values k :propagate)
(values nil :no-propagate))))
(defmacro f-sensitivity (synapse-id (sensitivity &optional subtypename) &body body)
`(call-f-sensitivity ,synapse-id ,sensitivity ,subtypename (lambda () ,@body)))
(defun call-f-sensitivity (synapse-id sensitivity subtypename body-fn)
(with-synapse synapse-id (prior-fire-value)
(let ((new-value (funcall body-fn)))
;(trc "f-sensitivity fire-p decides new" new-value :from-prior prior-fire-value :sensi sensitivity)
(let ((prop-code (if (or (xor prior-fire-value new-value)
(eko (nil "sens fire-p decides" new-value prior-fire-value sensitivity)
(delta-greater-or-equal
(delta-abs (delta-diff new-value prior-fire-value subtypename)
subtypename)
(delta-abs sensitivity subtypename)
subtypename)))
:propagate
:no-propagate)))
(values (if (eq prop-code :propagate)
(progn
(trc nil "sense prior fire value now" new-value)
(setf prior-fire-value new-value))
new-value) prop-code)))))
(defmacro f-delta (synapse-id (&key sensitivity (type 'number)) &body body)
`(call-f-delta ,synapse-id ,sensitivity ',type (lambda () ,@body)))
(defun call-f-delta (synapse-id sensitivity type body-fn)
(with-synapse synapse-id (last-relay-basis last-bound-p delta-cum)
(let* ((new-basis (funcall body-fn))
(threshold sensitivity)
(tdelta (delta-diff new-basis
(if last-bound-p
last-relay-basis
(delta-identity new-basis type))
type)))
(trc nil "tdelta, threshhold" tdelta threshold)
(setf delta-cum tdelta)
(let ((propagation-code
(when threshold
(if (delta-exceeds tdelta threshold type)
(progn
(setf last-bound-p t)
(setf last-relay-basis new-basis)
:propagate)
:no-propagate))))
(trc nil "f-delta returns values" delta-cum propagation-code)
(values delta-cum propagation-code)))))
(defmacro f-plusp (key &rest body)
`(with-synapse ,key (prior-fire-value)
(let ((new-basis (progn ,@body)))
(values new-basis (if (xor prior-fire-value (plusp new-basis))
(progn
(setf prior-fire-value (plusp new-basis))
:propagate)
:no-propagate)))))
(defmacro f-zerop (key &rest body)
`(with-synapse ,key (prior-fire-value)
(let ((new-basis (progn ,@body)))
(values new-basis (if (xor prior-fire-value (zerop new-basis))
(progn
(setf prior-fire-value (zerop new-basis))
:propagate)
:no-propagate)))))
;;;(defun f-delta-list (&key (test #'true))
;;; (with-synapse (prior-list)
;;; :fire-p (lambda (syn new-list)
;;; (declare (ignorable syn))
;;; (or (find-if (lambda (new)
;;; ;--- gaining one? ----
;;; (and (not (member new prior-list))
;;; (funcall test new)))
;;; new-list)
;;; (find-if (lambda (old)
;;; ;--- losing one? ----
;;; (not (member old new-list))) ;; all olds have passed test, so skip test here
;;; prior-list)))
;;;
;;; :fire-value (lambda (syn new-list)
;;; (declare (ignorable syn))
;;; ;/// excess consing on long lists
;;; (setf prior-list (remove-if-not test new-list)))))
;;;(defun f-find-once (finder-fn)
;;; (mk-synapse (bingo bingobound)
;;;
;;; :fire-p (lambda (syn new-list)
;;; (declare (ignorable syn))
;;; (unless bingo ;; once found, yer done
;;; (setf bingobound t
;;; bingo (find-if finder-fn new-list))))
;;;
;;; :fire-value (lambda (syn new-list)
;;; (declare (ignorable syn))
;;; (or bingo
;;; (and (not bingobound) ;; don't bother if fire? already looked
;;; (find-if finder-fn new-list))))))
;;;(defun fdifferent ()
;;; (mk-synapse (prior-object)
;;; :fire-p (lambda (syn new-object)
;;; (declare (ignorable syn))
;;; (trc nil "fDiff: prior,new" (not (eql new-object prior-object))
;;; prior-object new-object)
;;; (not (eql new-object prior-object)))
;;;
;;; :fire-value (lambda (syn new-object)
;;; (declare (ignorable syn))
;;; (unless (eql new-object prior-object)
;;; (setf prior-object new-object)))
;;; ))
;;;(defun f-boolean (&optional (sensitivity 't))
;;; (f-delta :sensitivity sensitivity :type 'boolean))