1 files changed, 0 insertions, 104 deletions
diff --git a/src/notation.clj b/src/notation.clj
deleted file mode 100644
index 6e266ce..0000000
--- a/src/notation.clj
+++ /dev/null
@@ -1,104 +0,0 @@
-(ns notation
-  (:require [missionary.core :as m]
-            [clojure.set :refer [union]]))
-
-(comment
-  ;; Parallel groups
-  ;; Notes 1, 2, and 3 simultaneously
-  ;; = should remind you of amb=
-  ;; implicit duration of 1
-  [= 1 2 3]
-  ;; Compiles to?
-
-  ;; Same as above, but with duration 3
-  ([= 1 2 3] 3)
-
-  ;; Notes 1, 2, and 3 all with different durations
-  [=
-   (1 2)
-   (2 3)
-   (3 4)]
-
-  ;; Inner values override outer values
-  ;; In this chord, 1 would have a duration of 3 while 2 and 3 would have a duration of 2
-  ([= (1 3) 2 3] 2)
-
-  ;; Notes 1, 2, and 3 all with different durations and velocities
-  [=
-   (1 2 100)
-   (2 3 110)
-   (3 4 123)]
-
-  ;; Sequential groups
-  ;; Note 1, then note 2, then note 3
-  [1 2 3]
-
-  ;; Note 1 duration 1, then note 2 duration 2, then note 3 duration 1
-  [(1 1)
-   (2 2)
-   (3 1)]
-
-  ;; Three chords played sequentially
-  [[= 1 2 3]
-   [= 1 2 3]
-   [= 1 2 3]]
-
-;; Note 1, followed by a rest, followed by note 3
-  [1 (r) 3]
-
-  ;; Unlike notes, rests are at most 2-tuples
-  ;; (Think about it: Rests never have a note value)
-
-  ;; Assign the note sequence 1 2 3 to the name loop1
-  ;; The first argument is always the name; the last argument is always either
-  ;; a sequential or parallel group
-  (=loop1 [1 2 3])
-
-  ;; Use loop1
-  [1 (loop1) 2 3]
-
-  ;; Middle arguments are variable names
-  (=loop2 dur ([1 2 3] dur))
-
-;; TODO:
-  ;; - Note literals turn into numbers
-  ;; - Represent keyboard as byte array of shorts
-  ;; - play a note increments, stop a note decrements
-  ;; - Multiple instruments
-  ;; - Mapping inputs to vars
-  ;; - Inputs get declared at the top of a track
-  ;; - Devices get mapped to declared inputs
-  ;; - Notion of scenes that change mapping of inputs to vars
-  ;; - Loops
-  )
-
-;; TODO: Move elsewhere
-(defn clock []
-  (let [clock (atom 0)
-        >clock (m/signal (m/watch clock))]
-    [>clock (fn [v] (reset! clock v))]
-    ))
-
-(defn note [clock start duration value]
-  (m/cp
-   (if (m/?< (m/latest #(<= start % (dec (+ start duration))) clock))
-     #{value}
-     #{})))
-
-(defn poly [& notes]
-  (m/ap
-    (apply union (m/?< (apply m/latest vector notes)))))
-
-;; TODO: Group could actually wrap note, rather than using explicitly
-;; WIll introduce a lot of GC churn, though
-(defn group
-  [clock start end content]
-  (m/cp
-   (let [content (m/signal content)]
-     (if (m/?< (m/latest #(<= start % end) clock))
-       (m/?< content)
-       (m/amb #{})))))
-
-#_(reset! clock 0)
-#_(swap! clock inc)
-#_(swap! clock dec)