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bubble_tea.clj
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; Gzmask's bubble tea zeph Windows Manager
; ~/.lein/profiles.clj: {:user {:plugins [[lein-exec "0.3.0"]]}}
; lein exec ~/.zeph/bubble_tea.clj
(use '[leiningen.exec :only (deps)])
;(use '[clojure.set :only (union)])
(deps '[[org.clojure/data.json "0.2.2"]])
(load-file "/Applications/Zephyros.app/Contents/Resources/libs/zephyros.clj")
(defn split2w [frame]
[{:x (:x frame)
:y (:y frame)
:w (/ (:w frame) 2)
:h (:h frame)}
{:x (+ (:x frame) (/ (:w frame) 2))
:y (:y frame)
:w (/ (:w frame) 2)
:h (:h frame)}])
(defn split2e [frame] [(second (split2w frame)) (first (split2w frame))])
(defn split2n [frame]
[{:x (:x frame)
:y (:y frame)
:w (:w frame)
:h (/ (:h frame) 2)}
{:x (:x frame)
:y (+ (:y frame) (/ (:h frame) 2))
:w (:w frame)
:h (/ (:h frame) 2)}])
(defn split2s [frame] [(second (split2n frame)) (first (split2n frame))])
(defn split3w [frame]
[(first (split2w frame))
{:x (+ (:x frame) (/ (:w frame) 2))
:y (:y frame)
:w (/ (:w frame) 2)
:h (/ (:h frame) 2)}
{:x (+ (:x frame) (/ (:w frame) 2))
:y (+ (:y frame) (/ (:h frame) 2))
:w (/ (:w frame) 2)
:h (/ (:h frame) 2)}])
(defn split3e [frame]
[(first (split2e frame))
{:x (:x frame)
:y (:y frame)
:w (/ (:w frame) 2)
:h (/ (:h frame) 2)}
{:x (:x frame)
:y (+ (:y frame) (/ (:h frame) 2))
:w (/ (:w frame) 2)
:h (/ (:h frame) 2)}])
(defn split3n [frame]
[(first (split2n frame))
{:x (+ (:x frame) (/ (:w frame) 2))
:y (+ (:y frame) (/ (:h frame) 2))
:w (/ (:w frame) 2)
:h (/ (:h frame) 2)}
{:x (:x frame)
:y (+ (:y frame) (/ (:h frame) 2))
:w (/ (:w frame) 2)
:h (/ (:h frame) 2)}])
(defn split3s [frame]
[(first (split2s frame))
{:x (:x frame)
:y (:y frame)
:w (/ (:w frame) 2)
:h (/ (:h frame) 2)}
{:x (+ (:x frame) (/ (:w frame) 2))
:y (:y frame)
:w (/ (:w frame) 2)
:h (/ (:h frame) 2)}])
(defn disj_windows [stack fwin]
(disj (into #{} (for [win stack]
(if (not= (get-top-left win) (get-top-left fwin))
win))) nil))
(defn bubble-west [fwin stack frame]
(let [stack_ (if fwin (disj_windows stack fwin) stack)
stackv (if fwin (into [fwin] stack_) (into [] stack_))]
(cond
(= (count stackv) 1) (set-frame (first stackv) frame)
(= (count stackv) 2) (do
(set-frame (first stackv) (first (split2w frame)))
(set-frame (second stackv) (second (split2w frame))))
(= (count stackv) 3) (do
(set-frame (first stackv) (first (split3w frame)))
(set-frame (second stackv) (second (split3w frame)))
(set-frame (last stackv) (last (split3w frame))))
:else (do
(set-frame (first stackv) (first (split3w frame)))
(set-frame (second stackv) (second (split3w frame)))
(bubble-west
nil
(into #{} (rest (rest stackv)))
(last (split3w frame))
)))))
(defn bubble-east [fwin stack frame]
(let [stack_ (if fwin (disj_windows stack fwin) stack)
stackv (if fwin (into [fwin] stack_) (into [] stack_))]
(cond
(= (count stackv) 1) (set-frame (first stackv) frame)
(= (count stackv) 2) (do
(set-frame (first stackv) (first (split2e frame)))
(set-frame (second stackv) (second (split2e frame))))
(= (count stackv) 3) (do
(set-frame (first stackv) (first (split3e frame)))
(set-frame (second stackv) (second (split3e frame)))
(set-frame (last stackv) (last (split3e frame))))
:else (do
(set-frame (first stackv) (first (split3e frame)))
(set-frame (second stackv) (second (split3e frame)))
(bubble-east
nil
(into #{} (rest (rest stackv)))
(last (split3e frame))
)))))
(defn bubble-north [fwin stack frame]
(let [stack_ (if fwin (disj_windows stack fwin) stack)
stackv (if fwin (into [fwin] stack_) (into [] stack_))]
(cond
(= (count stackv) 1) (set-frame (first stackv) frame)
(= (count stackv) 2) (do
(set-frame (first stackv) (first (split2n frame)))
(set-frame (second stackv) (second (split2n frame))))
(= (count stackv) 3) (do
(set-frame (first stackv) (first (split3n frame)))
(set-frame (second stackv) (second (split3n frame)))
(set-frame (last stackv) (last (split3n frame))))
:else (do
(set-frame (first stackv) (first (split3n frame)))
(set-frame (second stackv) (second (split3n frame)))
(bubble-north
nil
(into #{} (rest (rest stackv)))
(last (split3n frame))
)))))
(defn bubble-south [fwin stack frame]
(let [stack_ (if fwin (disj_windows stack fwin) stack)
stackv (if fwin (into [fwin] stack_) (into [] stack_))]
(cond
(= (count stackv) 1) (set-frame (first stackv) frame)
(= (count stackv) 2) (do
(set-frame (first stackv) (first (split2s frame)))
(set-frame (second stackv) (second (split2s frame))))
(= (count stackv) 3) (do
(set-frame (first stackv) (first (split3s frame)))
(set-frame (second stackv) (second (split3s frame)))
(set-frame (last stackv) (last (split3s frame))))
:else (do
(set-frame (first stackv) (first (split3s frame)))
(set-frame (second stackv) (second (split3s frame)))
(bubble-south
nil
(into #{} (rest (rest stackv)))
(last (split3s frame))
)))))
(bind "h" ["Cmd" "Shift"] (fn []
(let [stack (into #{} (get-visible-windows))
window (get-focused-window)
screen (get-screen-for-window window)
frame (screen-frame-without-dock-or-menu screen)]
(bubble-west window stack frame))))
(bind "l" ["Cmd" "Shift"] (fn []
(let [stack (into #{} (get-visible-windows))
window (get-focused-window)
screen (get-screen-for-window window)
frame (screen-frame-without-dock-or-menu screen)]
(bubble-east window stack frame))))
(bind "j" ["Cmd" "Shift"] (fn []
(let [stack (into #{} (get-visible-windows))
window (get-focused-window)
screen (get-screen-for-window window)
frame (screen-frame-without-dock-or-menu screen)]
(bubble-south window stack frame))))
(bind "k" ["Cmd" "Shift"] (fn []
(let [stack (into #{} (get-visible-windows))
window (get-focused-window)
screen (get-screen-for-window window)
frame (screen-frame-without-dock-or-menu screen)]
(bubble-north window stack frame))))
(bind "h" ["Cmd"]
(fn []
(let [window (get-focused-window)]
(focus-window-left window))))
(bind "l" ["Cmd"]
(fn []
(let [window (get-focused-window)]
(focus-window-right window))))
(bind "k" ["Cmd"]
(fn []
(let [window (get-focused-window)]
(focus-window-up window))))
(bind "j" ["Cmd"]
(fn []
(let [window (get-focused-window)]
(focus-window-down window))))
(bind "r" ["Cmd" "Shift"] (fn []
(let [stack (into #{} (get-visible-windows))
window (get-focused-window)
screen (get-screen-for-window window)
frame (screen-frame-without-dock-or-menu screen)]
(relaunch-config))))
@listen-for-callbacks ;; necessary when you use (bind) or (listen)