dgrnbrg

#######
####### In your python env, make sure you've installed pyartnet (`pip install pyartnet`)
#######
####### To run, you do: `python3 artnet.py` or `python3 artnet.py 2`
####### The numeric argument is the index of the pixel's color channel that we're animating
#######
####### This does a chaser effect up & down a 288 pixel strand on each port.
#######
####### You can run with an environment variable to change the universe. I run 12 copies in 12 terminals,
####### because the python I wrote isn't fast enough to run single-threaded, but even an older multicore

dgrnbrg

#######
####### In your python env, make sure you've installed pyartnet (`pip install pyartnet`)
#######
####### To run, you do: `python3 artnet.py` or `python3 artnet.py 2`
####### The numeric argument is the index of the pixel's color channel that we're animating
#######
import asyncio
import logging
from pyartnet import SacnNode, ArtNetNode
import sys

dgrnbrg

tracker_test:
  class: IrkTracker
  module: irk_tracker
  training_input_text: input_text.irk_tag
  data_loc: tracker_logs/
  rows_per_flush: 100

dgrnbrg

(defmacro let'
  "This is a `let` macro that also includes metadata about
  what name was used for each form if that form supports
  metadata."
  [bindings & body]
  (let [bindings'
        (mapcat
          (fn [[name form]]
            (let [tmp-name (gensym)
                  meta-form `(if (and

dgrnbrg

(ns presentation.views.home
  (:require [net.cgrand.enlive-html :as html]))

(def template-file "templates/home/index.html")

;; We'd normally pull this from a data store, but for the sake of example...
(def learned-things
  ["to look both ways multiple times before crossing a nyc intersection"
   "how to bargain with street vendors"
   "about an amazing library called enlive"

dgrnbrg

[[:goal
  :==
  [:fresh [<lvar:d_13663>] :==]
  [:mplus
   [[:mplus
     [[:fresh [<lvar:?r_13672>] :==]]
     [[:fresh [<lvar:?r_13673>] :== [:goal :seen]]]]]
   [[:mplus
     [[:fresh [<lvar:?r_13675>] :==]]
     [[:fresh [<lvar:?r_13676>] :== [:goal :seen]]]]]]

dgrnbrg

module counter12952(
  clock,
  reset,
  x
);
  input wire clock;
  input wire reset;

  //outputs
  output reg [7:0] x;

dgrnbrg

;Define a module with 1 parameter (n)
;it's an up-counter
(defmodule counter [n]
    [:outputs [x ((uintm n) 0)]]
    (connect x (inc x)))

;Generate the verilog for the module
(println (module->verilog (counter 8)))

;Generate a testbest that verifies that it produces

dgrnbrg

/*   

  Copyright 2004, Martian Software, Inc.

  Licensed under the Apache License, Version 2.0 (the "License");
  you may not use this file except in compliance with the License.
  You may obtain a copy of the License at

  http://www.apache.org/licenses/LICENSE-2.0

dgrnbrg

(ns leiningen.guzheng
  (:use [leiningen.compile :only [eval-in-project]])
  (:use guzheng.core))

(defn guzheng [project & nses]
  (eval-in-project
    project `(do
               (clojure.test/run-tests 'guzheng.test.core))
    '(require 'guzheng.core 'clojure.test)))
(comment(guzheng.core/run-test-instrumented