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🐛 Fix problems with empty paths and shortcuts

This commit is contained in:
alonso.torres 2021-05-07 13:05:45 +02:00 committed by Andrey Antukh
parent 5e0101e424
commit 3bb3fcfbda
3 changed files with 64 additions and 62 deletions

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@ -14,6 +14,7 @@
- Fix problem with `close-path` command [#917](https://github.com/penpot/penpot/issues/917)
- Fix wrong query for obtain the profile default project-id
- Fix problems with empty paths and shortcuts [#923](https://github.com/penpot/penpot/issues/923)
## 1.5.1-alpha

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@ -30,14 +30,16 @@
id (st/get-path-id state)
page-id (:current-page-id state)
shape (get-in state (st/get-path state))
selected-points (get-in state [:workspace-local :edit-path id :selected-points] #{})
points (or points selected-points)
new-content (-> (tool-fn (:content shape) points)
(ups/close-subpaths))
[rch uch] (changes/generate-path-changes objects page-id shape (:content shape) new-content)]
(rx/of (dch/commit-changes rch uch {:commit-local? true})
(when (empty? new-content)
dwc/clear-edition-mode)))))))
points (or points selected-points)]
(when-not (empty? points)
(let [new-content (-> (tool-fn (:content shape) points)
(ups/close-subpaths))
[rch uch] (changes/generate-path-changes objects page-id shape (:content shape) new-content)]
(rx/of (dch/commit-changes rch uch {:commit-local? true})
(when (empty? new-content)
dwc/clear-edition-mode)))))))))
(defn make-corner
([]

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@ -8,14 +8,10 @@
(:require
[app.common.data :as d]
[app.common.geom.point :as gpt]
[app.common.geom.shapes.path :as gshp]
[app.util.svg :as usvg]
[cuerdas.core :as str]
[clojure.set :as set]
[app.common.math :as mth]
[app.util.path.commands :as upc]
[app.util.path.geom :as upg]
))
[clojure.set :as set]))
(defn remove-line-curves
"Remove all curves that have both handlers in the same position that the
@ -235,70 +231,73 @@
to keep everything consistent"
[content points]
(let [content (d/with-prev content)]
(if (empty? points)
content
(loop [result []
last-handler nil
[cur-cmd prev-cmd] (first content)
content (rest content)]
(let [content (d/with-prev content)]
(if (nil? cur-cmd)
;; The result with be an array of arrays were every entry is a subpath
(->> result
;; remove empty and only 1 node subpaths
(filter #(> (count %) 1))
;; flatten array-of-arrays plain array
(flatten)
(into []))
(loop [result []
last-handler nil
[cur-cmd prev-cmd] (first content)
content (rest content)]
(let [move? (= :move-to (:command cur-cmd))
curve? (= :curve-to (:command cur-cmd))
(if (nil? cur-cmd)
;; The result with be an array of arrays were every entry is a subpath
(->> result
;; remove empty and only 1 node subpaths
(filter #(> (count %) 1))
;; flatten array-of-arrays plain array
(flatten)
(into []))
;; When the old command was a move we start a subpath
result (if move? (conj result []) result)
(let [move? (= :move-to (:command cur-cmd))
curve? (= :curve-to (:command cur-cmd))
subpath (peek result)
;; When the old command was a move we start a subpath
result (if move? (conj result []) result)
point (upc/command->point cur-cmd)
old-prev-point (upc/command->point prev-cmd)
new-prev-point (upc/command->point (peek subpath))
subpath (peek result)
remove? (contains? points point)
point (upc/command->point cur-cmd)
;; We store the first handler for the first curve to be removed to
;; use it for the first handler of the regenerated path
cur-handler (cond
(and (not last-handler) remove? curve?)
(select-keys (:params cur-cmd) [:c1x :c1y])
old-prev-point (upc/command->point prev-cmd)
new-prev-point (upc/command->point (peek subpath))
(not remove?)
nil
remove? (contains? points point)
:else
last-handler)
cur-cmd (cond-> cur-cmd
;; If we're starting a subpath and it's not a move make it a move
(and (not move?) (empty? subpath))
(assoc :command :move-to
:params (select-keys (:params cur-cmd) [:x :y]))
;; We store the first handler for the first curve to be removed to
;; use it for the first handler of the regenerated path
cur-handler (cond
(and (not last-handler) remove? curve?)
(select-keys (:params cur-cmd) [:c1x :c1y])
;; If have a curve the first handler will be relative to the previous
;; point. We change the handler to the new previous point
(and curve? (not (empty? subpath)) (not= old-prev-point new-prev-point))
(update :params merge last-handler))
(not remove?)
nil
head-idx (dec (count result))
:else
last-handler)
result (cond-> result
(not remove?)
(update head-idx conj cur-cmd))]
(recur result
cur-handler
(first content)
(rest content)))))))
cur-cmd (cond-> cur-cmd
;; If we're starting a subpath and it's not a move make it a move
(and (not move?) (empty? subpath))
(assoc :command :move-to
:params (select-keys (:params cur-cmd) [:x :y]))
;; If have a curve the first handler will be relative to the previous
;; point. We change the handler to the new previous point
(and curve? (not (empty? subpath)) (not= old-prev-point new-prev-point))
(update :params merge last-handler))
head-idx (dec (count result))
result (cond-> result
(not remove?)
(update head-idx conj cur-cmd))]
(recur result
cur-handler
(first content)
(rest content))))))))
(defn join-nodes
"Creates new segments between points that weren't previously"