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231 lines
9.5 KiB
Clojure
231 lines
9.5 KiB
Clojure
;; This Source Code Form is subject to the terms of the Mozilla Public
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;; License, v. 2.0. If a copy of the MPL was not distributed with this
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;; file, You can obtain one at http://mozilla.org/MPL/2.0/.
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;;
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;; Copyright (c) UXBOX Labs SL
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(ns app.main.data.workspace.groups
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(:require
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[app.common.data :as d]
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[app.common.geom.shapes :as gsh]
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[app.common.pages :as cp]
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[app.common.pages.changes-builder :as pcb]
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[app.common.pages.helpers :as cph]
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[app.main.data.workspace.changes :as dch]
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[app.main.data.workspace.common :as dwc]
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[app.main.data.workspace.state-helpers :as wsh]
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[beicon.core :as rx]
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[potok.core :as ptk]))
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(defn shapes-for-grouping
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[objects selected]
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(->> selected
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(map #(get objects %))
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(filter #(not= :frame (:type %)))
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(map #(assoc % ::index (cph/get-position-on-parent objects (:id %))))
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(sort-by ::index)))
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(defn- get-empty-groups-after-group-creation
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"An auxiliar function that finds and returns a set of ids that
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corresponds to groups that should be deleted after a group creation.
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The corner case happens when you selects two (or more) shapes that
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belongs each one to different groups, and after creating the new
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group, one (or many) groups can become empty because they have had a
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single shape which is moved to the created group."
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[objects parent-id shapes]
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(let [ids (cph/clean-loops objects (into #{} (map :id) shapes))
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parents (into #{} (map #(cph/get-parent-id objects %)) ids)]
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(loop [current-id (first parents)
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to-check (rest parents)
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removed-id? ids
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result #{}]
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(if-not current-id
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;; Base case, no next element
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result
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(let [group (get objects current-id)]
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(if (and (not= :frame (:type group))
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(not= current-id parent-id)
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(empty? (remove removed-id? (:shapes group))))
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;; Adds group to the remove and check its parent
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(let [to-check (concat to-check [(cph/get-parent-id objects current-id)]) ]
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(recur (first to-check)
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(rest to-check)
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(conj removed-id? current-id)
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(conj result current-id)))
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;; otherwise recur
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(recur (first to-check)
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(rest to-check)
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removed-id?
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result)))))))
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(defn prepare-create-group
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[it objects page-id shapes base-name keep-name?]
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(let [frame-id (:frame-id (first shapes))
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parent-id (:parent-id (first shapes))
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gname (if (and keep-name?
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(= (count shapes) 1)
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(= (:type (first shapes)) :group))
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(:name (first shapes))
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(-> (dwc/retrieve-used-names objects)
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(dwc/generate-unique-name base-name)))
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selrect (gsh/selection-rect shapes)
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group (-> (cp/make-minimal-group frame-id selrect gname)
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(cp/setup-shape selrect)
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(assoc :shapes (mapv :id shapes)
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:parent-id parent-id
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:frame-id frame-id
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:index (::index (first shapes))))
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;; Look at the `get-empty-groups-after-group-creation`
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;; docstring to understand the real purpose of this code
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ids-to-delete (get-empty-groups-after-group-creation objects parent-id shapes)
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changes (-> (pcb/empty-changes it page-id)
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(pcb/with-objects objects)
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(pcb/add-obj group)
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(pcb/change-parent (:id group) shapes)
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(pcb/remove-objects ids-to-delete))]
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[group changes]))
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(defn prepare-remove-group
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[it page-id group objects]
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(let [children (mapv #(get objects %) (:shapes group))
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parent-id (cph/get-parent-id objects (:id group))
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parent (get objects parent-id)
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index-in-parent
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(->> (:shapes parent)
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(map-indexed vector)
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(filter #(#{(:id group)} (second %)))
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(ffirst))
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ids-to-detach (when (:component-id group)
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(cph/get-children-ids objects (:id group)))
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detach-fn (fn [attrs]
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(dissoc attrs
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:component-id
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:component-file
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:component-root?
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:remote-synced?
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:shape-ref
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:touched))]
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(cond-> (-> (pcb/empty-changes it page-id)
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(pcb/with-objects objects)
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(pcb/change-parent parent-id children index-in-parent)
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(pcb/remove-objects [(:id group)]))
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(some? ids-to-detach)
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(pcb/update-shapes ids-to-detach detach-fn))))
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;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
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;; GROUPS
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;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
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(def group-selected
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(ptk/reify ::group-selected
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ptk/WatchEvent
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(watch [it state _]
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(let [page-id (:current-page-id state)
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objects (wsh/lookup-page-objects state page-id)
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selected (wsh/lookup-selected state)
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selected (cph/clean-loops objects selected)
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shapes (shapes-for-grouping objects selected)]
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(when-not (empty? shapes)
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(let [[group changes]
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(prepare-create-group it objects page-id shapes "Group-1" false)]
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(rx/of (dch/commit-changes changes)
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(dwc/select-shapes (d/ordered-set (:id group))))))))))
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(def ungroup-selected
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(ptk/reify ::ungroup-selected
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ptk/WatchEvent
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(watch [it state _]
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(let [page-id (:current-page-id state)
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objects (wsh/lookup-page-objects state page-id)
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is-group? #(or (= :bool (:type %)) (= :group (:type %)))
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lookup #(get objects %)
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prepare #(prepare-remove-group it page-id % objects)
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changes-list (sequence
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(comp (map lookup)
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(filter is-group?)
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(map prepare))
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(wsh/lookup-selected state))
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changes {:redo-changes (vec (mapcat :redo-changes changes-list))
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:undo-changes (vec (mapcat :undo-changes changes-list))
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:origin it}]
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(rx/of (dch/commit-changes changes))))))
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(def mask-group
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(ptk/reify ::mask-group
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ptk/WatchEvent
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(watch [it state _]
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(let [page-id (:current-page-id state)
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objects (wsh/lookup-page-objects state page-id)
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selected (wsh/lookup-selected state)
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selected (cph/clean-loops objects selected)
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shapes (shapes-for-grouping objects selected)
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first-shape (first shapes)]
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(when-not (empty? shapes)
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(let [;; If the selected shape is a group, we can use it. If not,
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;; create a new group and set it as masked.
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[group changes]
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(if (and (= (count shapes) 1)
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(= (:type (first shapes)) :group))
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[first-shape (-> (pcb/empty-changes it page-id)
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(pcb/with-objects objects))]
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(prepare-create-group it objects page-id shapes "Group-1" true))
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changes (-> changes
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(pcb/update-shapes (:shapes group)
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(fn [shape]
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(assoc shape
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:constraints-h :scale
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:constraints-v :scale)))
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(pcb/update-shapes [(:id group)]
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(fn [group]
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(assoc group
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:masked-group? true
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:selrect (:selrect first-shape)
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:points (:points first-shape)
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:transform (:transform first-shape)
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:transform-inverse (:transform-inverse first-shape))))
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(pcb/resize-parents [(:id group)]))]
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(rx/of (dch/commit-changes changes)
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(dwc/select-shapes (d/ordered-set (:id group))))))))))
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(def unmask-group
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(ptk/reify ::unmask-group
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ptk/WatchEvent
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(watch [it state _]
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(let [page-id (:current-page-id state)
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objects (wsh/lookup-page-objects state page-id)
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masked-groups (->> (wsh/lookup-selected state)
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(map #(get objects %))
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(filter #(or (= :bool (:type %)) (= :group (:type %)))))
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changes (reduce (fn [changes mask]
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(-> changes
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(pcb/update-shapes [(:id mask)]
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(fn [shape]
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(dissoc shape :masked-group?)))
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(pcb/resize-parents [(:id mask)])))
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(-> (pcb/empty-changes it page-id)
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(pcb/with-objects objects))
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masked-groups)]
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(rx/of (dch/commit-changes changes))))))
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