FurkanGozukara

Video tutorial of this gist file : https://www.youtube.com/watch?v=kmT-z2lqEPQ

Used web UI commit hash id: a9eef1fbb1dcdce4f0eb0b8e0f79dcd4c96713e1

Used ControlNet commit hash id : 241c05f8c9d3c5abe637187e3c4bb46f17447029

git checkout a9eef1fbb1dcdce4f0eb0b8e0f79dcd4c96713e1

git checkout master

pkhuong

;;; Fractional set cover solver with adahedge for the dual surrogate multiplers.
(defpackage "FRACTIONAL-SET-COVER"
  (:use "CL"))

(in-package "FRACTIONAL-SET-COVER")

(deftype dvec () `(simple-array double-float 1))

(defstruct tour
  (index (error "index must be provided")

chrispsn

Official site (kparc.com)

• Summary
• Example programs
• Updated (?) edit.k
• ~2014 older version that has more info
• The project has been running since at least 2012

Articles

antirez

# LVDB - LLOOGG Memory DB
# Copyriht (C) 2009 Salvatore Sanfilippo <[email protected]>
# All Rights Reserved

# TODO
# - cron with cleanup of timedout clients, automatic dump
# - the dump should use array startsearch to write it line by line
#   and may just use gets to read element by element and load the whole state.
# - 'help','stopserver','saveandstopserver','save','load','reset','keys' commands.
# - ttl with milliseconds resolution 'ttl a 1000'. Check ttl in dump!

piotr-yuxuan

(ns firstshot.chessknightmove
  (:refer-clojure :exclude [== >= <= > < =])
  (:use clojure.core.logic
        clojure.core.logic.arithmetic))

(defn knight-moves
  "Returns the available moves for a knight (on a 8x8 grid) given its current position."
  [x y]
  (let [xmax 8 ymax 8]
    (run* [q]

chrismdp

# You don't need Fog in Ruby or some other library to upload to S3 -- shell works perfectly fine
# This is how I upload my new Sol Trader builds (http://soltrader.net)
# Based on a modified script from here: http://tmont.com/blargh/2014/1/uploading-to-s3-in-bash

S3KEY="my aws key"
S3SECRET="my aws secret" # pass these in

function putS3
{
  path=$1

runexec

Clojure does Objects Better

A hopefully short and concise explanation as to how Clojure deals with Objects. If you already write Clojure, this isn't for you.

You know what an Interface is if you write/read Java or PHP 5+. In Clojure it might be called defprotocol.

user> (defprotocol IABC
        (also-oo [this])
        (another-fn [this x]))

IABC

chrisdone

Basic unit type:

λ> replTy "()"
() :: ()

Basic functions:

richhickey

(require '[clojure.core.async :as a])

(def xform (comp (map inc)
              (filter even?)
              (dedupe)
              (flatmap range)
              (partition-all 3)
              (partition-by #(< (apply + %) 7))
              (flatmap flatten)
              (random-sample 1.0)

ctford

(ns shades.lenses)

; We only need three fns that know the structure of a lens.
(defn lens [focus fmap] {:focus focus :fmap fmap})
(defn view [x {:keys [focus]}] (focus x))
(defn update [x {:keys [fmap]} f] (fmap f x))

; The identity lens.
(defn fapply [f x] (f x))
(def id (lens identity fapply))