timsgardner

bla

timsgardner

(ns seascape.core
  (:refer-clojure :exclude [aget])
  (:use ;;arcadia.hydrate
        arcadia.core
        arcadia.linear
        gamma-tools.core
        ;;[loop-nv.loop-nv :only [loop-nv recur-nv]]
        )
  (:require [gamma.api :as g]
            ;;       [arcadia.updater :as updr]

timsgardner

(def dependencies-log
  (atom []))

(defn dependencies
  [[group artifact version :as coord]]
  (swap! dependencies-log conj coord)
  (let [pom (pom-url group artifact version)]
    (->> (download-string pom)
         read-xml 
         make-map

timsgardner

;; requires: inf-clojure package

;; Some of this logic is half-assed stuff that struck me as a good
;; idea at the time. Tweak away. Really the only thing that matters is
;; aiming inf-clojure (the best lightweight clojure thing IMO) at the
;; node repl client.

(defun custom-on-clojure ()
  (paredit-mode)
  (inf-clojure-minor-mode) ;; this is aggressive

timsgardner

{:repl/injections (do (use 'clojure.repl) (use 'clojure.pprint))
 
 :dependencies [[net.timsg/gamma-tools "0.1.0-SNAPSHOT"]]}

timsgardner

;; ============================================================
;; embarrassingly, the following totally works

(def result (atom []))

(defn readr [prompt exit-code]
  (let [input (clojure.main/repl-read prompt exit-code)]
    (if (= input :tl)
      exit-code
      input)))

timsgardner

;; seems to me this should work from the repl; it doesn't.

(let [out *out*]
  (Thread.
    (gen-delegate ThreadStart []
      (binding [*out* out]
        (println "hi")))))

timsgardner

(if true
  1
  0)


(use 'aracadia.core)

(def our-sphere
  (create-primitive :sphere))

timsgardner

Open Unity. Make a new Unity project.

cd to that project's directory.

cd into Assets.

Exit Unity (not vitally necessary but a bit more stable).

git clone [email protected]:arcadia-unity/Arcadia.git

timsgardner

using UnityEngine;
using System.Collections;

public class RayCastHelper {
    public static RaycastHit[] raycast(Ray ray) {
    	RaycastHit[] hits = new RaycastHit[0];
    	RaycastHit hit;
        if (Physics.Raycast(ray, out hit)) {
        	hits = new RaycastHit[1];
        	hits[0] = hit;