pelletier

[remote "origin"]
    fetch = +refs/heads/*:refs/remotes/origin/*
    url = [email protected]:pelletier/foo.git

[remote "production"]
    fetch = +refs/heads/*:refs/remotes/origin/*
    url = [email protected]:www/foo/.git

pelletier

;;; Idp
;;; Identity predicate. Test if all members of the vector are equals.
;;;
;;; CL-USER> (idp (list 2 3 4 5))
;;; NIL
;;; CL-USER> (idp (list 2 2 2 2))
;;; T
(defun idp (v)
  (if (null v)
    t

pelletier

  (:section "8.5 Limits of Rule-Based Approaches")
  "In this section we return to some examples that pose problems."
  "For the following, we would prefer (2 * (x + y))"
  ((simp '(x + y + y + x)) => (X + (Y + (Y + X))))
  "For the following, we would prefer (7 * X) and (Y + (8 * X)), respectively:"
  ((simp '(3 * x + 4 * x)) => ((3 * X) + (4 * X)))
  ((simp '(3 * x + y + x + 4 * x)) => ((3 * X) + (Y + (X + (4 * X)))) )

pelletier

  (:section "8.5 Limits of Rule-Based Approaches")
  "In this section we return to some examples that pose problems."
  "For the following, we would prefer (2 * (x + y))"
  ((simp '(x + y + y + x)) => (X + (Y + (Y + X))))
  "For the following, we would prefer (7 * X) and (Y + (8 * X)), respectively:"
  ((simp '(3 * x + 4 * x)) => ((3 * X) + (4 * X)))
  ((simp '(3 * x + y + x + 4 * x)) => ((3 * X) + (Y + (X + (4 * X)))) )
  "In chapter 15, we develop a new version of the program that handles this problem."

pelletier

(defexamples 8 "Symbolic Mathematics: A Simplification Program"
  "'Symbolic mathematics' is to numerical mathematics as algebra is to"
  "arithmetic: it deals with variables and expressions, not just numbers."
  "This chapter develops a program that simplifies algebraic expressions."
  "We then show that differentiation and even integration can be seen as"
  "special cases of 'simplification.'  (Note that we replace calls to the"
  "interactive function SIMPLIFIER with calls to the function SIMP.)"
  (:section "8.2 Simplification Rules")
  ((requires "macsymar"))
  ((simp '(2 + 2)) => 4 @ 245)

pelletier

(defexamples 8 "Symbolic Mathematics: A Simplification Program"
  "'Symbolic mathematics' is to numerical mathematics as algebra is to"
  "arithmetic: it deals with variables and expressions, not just numbers."
  "This chapter develops a program that simplifies algebraic expressions."
  "We then show that differentiation and even integration can be seen as"
  "special cases of 'simplification.'  (Note that we replace calls to the"
  "interactive function SIMPLIFIER with calls to the function SIMP.)"
  (:section "8.2 Simplification Rules")
  ((requires "macsymar"))
  ((simp '(2 + 2)) => 4 @ 245)

pelletier

#!/usr/bin/env python

import simplejson as json
import urllib
import httplib

import restkit
from restkit.resource import Resource

# ReadItLater credentials

pelletier

RESULT = drawconvexhull
SOURCES = convexhull.ml drawconvexhull.ml
LIBS = graphics
PACKS = extlib 
THREADS = true
OCAMLLDFLAGS = -cclib "-framework Cocoa"
LDFLAGS = -arch x86_64


include OCamlMakefile

pelletier

import json
import urllib
import httplib

KEY = "AAA"
USER = "BBB"
PASS = "CCC"

PATH = "/Users/thomas/Library/Application Support/Chromium/Default/Bookmarks"

pelletier

" File: scratch.vim
" Author: Yegappan Lakshmanan (yegappan AT yahoo DOT com)
" Version: 1.1
" Last Modified: April 26, 2011
" Modified By: Thomas Pelletier (thomas AT pelletier DOT im)
"
" Changes
" -------
" Added the ScratchToggle command.
"