515 lines
16 KiB
Lua
515 lines
16 KiB
Lua
--[[
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Face recognition for darktable
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Copyright (c) 2017 Sebastian Witt
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darktable is free software: you can redistribute it and/or modify
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it under the terms of the GNU General Public License as published by
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the Free Software Foundation, either version 3 of the License, or
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(at your option) any later version.
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darktable is distributed in the hope that it will be useful,
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but WITHOUT ANY WARRANTY; without even the implied warranty of
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MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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GNU General Public License for more details.
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You should have received a copy of the GNU General Public License
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along with darktable. If not, see <http://www.gnu.org/licenses/>.
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]]
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--[[
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face_recognition
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Add a new storage option to send images to face_recognition.
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Images are exported to darktable tmp dir first.
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A directory with known faces must exist, the image name are the
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tag names which will be used.
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Multiple images for one face can exist, add a number to it, the
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number will be removed from the tag, for example:
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People|IknowYou1.jpg
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People|IknowYou2.jpg
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People|Another.jpg
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People|Youtoo.jpg
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ADDITIONAL SOFTWARE NEEDED FOR THIS SCRIPT
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* https://github.com/ageitgey/face_recognition
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* https://github.com/darktable-org/lua-scripts/tree/master/lib
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USAGE
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* require this file from your main luarc config file.
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This plugin will add a new storage option and calls face_recognition after export.
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]]
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local dt = require "darktable"
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local du = require "lib/dtutils"
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local df = require "lib/dtutils.file"
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local dtsys = require "lib/dtutils.system"
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local gettext = dt.gettext
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-- constants
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local MODULE = "face_recognition"
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local PS = dt.configuration.running_os == "windows" and '\\' or '/'
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local OUTPUT = dt.configuration.tmp_dir .. PS .. "facerecognition.txt"
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-- namespace
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local fc = {}
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fc.module_installed = false
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fc.event_registered = false
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-- ensure we meet the minimum api
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du.check_min_api_version("5.0.0", "face_recognition")
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-- Tell gettext where to find the .mo file translating messages for a particular domain
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gettext.bindtextdomain("face_recognition", dt.configuration.config_dir.."/lua/locale/")
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local function _(msgid)
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return gettext.dgettext("face_recognition", msgid)
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end
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local function build_image_table(images)
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local image_table = {}
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local file_extension = ""
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local tmp_dir = dt.configuration.tmp_dir .. PS
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local ff = fc.export_format.value
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local cnt = 0
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-- check for plugin-data and direct_edit and build image table accordingly
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if string.match(ff, "JPEG") then
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file_extension = ".jpg"
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elseif string.match(ff, "PNG") then
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file_extension = ".png"
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elseif string.match(ff, "TIFF") then
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file_extension = ".tif"
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end
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for _,img in ipairs(images) do
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if img ~= nil then
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image_table[tmp_dir .. df.get_basename(img.filename) .. file_extension] = img
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cnt = cnt + 1
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end
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end
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return image_table, cnt
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end
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local function stop_job(job)
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job.valid = false
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end
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local function do_export(img_tbl, images)
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local exporter = nil
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local upsize = false
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local ff = fc.export_format.value
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local height = dt.preferences.read(MODULE, "max_height", "integer")
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local width = dt.preferences.read(MODULE, "max_width", "integer")
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-- get the export format parameters
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if string.match(ff, "JPEG") then
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exporter = dt.new_format("jpeg")
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exporter.quality = 80
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elseif string.match(ff, "PNG") then
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exporter = dt.new_format("png")
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exporter.bpp = 8
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elseif string.match(ff, "TIFF") then
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exporter = dt.new_format("tiff")
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exporter.bpp = 8
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end
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exporter.max_height = height
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exporter.max_width = width
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-- export the images
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local job = dt.gui.create_job(_("export images"), true, stop_job)
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local exp_cnt = 0
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local percent_step = 1.0 / images
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job.percent = 0.0
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for export,img in pairs(img_tbl) do
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exp_cnt = exp_cnt + 1
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dt.print(string.format(_("Exporting image %i of %i images"), exp_cnt, images))
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exporter:write_image(img, export, upsize)
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job.percent = job.percent + percent_step
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end
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job.valid = false
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-- return success, or not
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return true
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end
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local function save_preferences()
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dt.preferences.write(MODULE, "unknown_tag", "string", fc.unknown_tag.text)
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dt.preferences.write(MODULE, "no_persons_found_tag", "string", fc.no_persons_found_tag.text)
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dt.preferences.write(MODULE, "ignore_tags", "string", fc.ignore_tags.text)
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dt.preferences.write(MODULE, "category_tags", "string", fc.category_tags.text)
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dt.preferences.write(MODULE, "known_image_path", "directory", fc.known_image_path.value)
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local val = fc.tolerance.value
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val = string.gsub(tostring(val), ",", ".")
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dt.preferences.write(MODULE, "tolerance", "float", tonumber(val))
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dt.preferences.write(MODULE, "num_cores", "integer", fc.num_cores.value)
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dt.preferences.write(MODULE, "export_format", "integer", fc.export_format.selected)
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dt.preferences.write(MODULE, "max_width", "integer", tonumber(fc.width.text))
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dt.preferences.write(MODULE, "max_height", "integer", tonumber(fc.height.text))
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end
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local function reset_preferences()
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fc.unknown_tag.text = "unknown_person"
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fc.no_persons_found_tag.text = "no_persons_found"
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fc.ignore_tags.text = ""
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fc.category_tags.text = ""
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fc.known_image_path.value = dt.configuration.config_dir .. "/face_recognition"
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fc.tolerance.value = 0.6
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fc.num_cores.value = -1
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fc.export_format.selected = 1
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fc.width.text = 1000
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fc.height.text = 1000
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save_preferences()
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end
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-- Check if image has ignored tag attached
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local function ignoreByTag (image, ignoreTags)
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local tags = image:get_tags ()
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local ignoreImage = false
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-- For each image tag
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for _,t in ipairs (tags) do
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-- Check if it contains a ignore tag
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for _,it in ipairs (ignoreTags) do
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if string.find (t.name, it, 1, true) then
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-- The image has ignored tag attached
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ignoreImage = true
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dt.print_log ("Face recognition: Ignored tag: " .. it .. " found in " .. image.id .. ":" .. t.name)
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end
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end
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end
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return ignoreImage
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end
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local function cleanup(img_list)
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for _, img in ipairs(img_list) do
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os.remove(img)
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end
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os.remove(OUTPUT)
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end
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local function face_recognition ()
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local bin_path = df.check_if_bin_exists("face_recognition")
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if not bin_path then
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dt.print(_("Face recognition not found"))
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return
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end
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save_preferences()
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-- Get preferences
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local knownPath = dt.preferences.read(MODULE, "known_image_path", "directory")
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local nrCores = dt.preferences.read(MODULE, "num_cores", "integer")
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local ignoreTagString = dt.preferences.read(MODULE, "ignore_tags", "string")
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local categoryTagString = dt.preferences.read(MODULE, "category_tags", "string")
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local unknownTag = dt.preferences.read(MODULE, "unknown_tag", "string")
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local nonpersonsfoundTag = dt.preferences.read(MODULE, "no_persons_found_tag", "string")
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-- face_recognition uses -1 for all cores, we use 0 in preferences
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if nrCores < 1 then
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nrCores = -1
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end
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-- Split ignore tags (if any)
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ignoreTags = {}
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for tag in string.gmatch(ignoreTagString, '([^,]+)') do
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table.insert (ignoreTags, tag)
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dt.print_log ("Face recognition: Ignore tag: " .. tag)
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end
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-- list of exported images
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local image_table, cnt = build_image_table(dt.gui.action_images)
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if cnt > 0 then
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local success = do_export(image_table, cnt)
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if success then
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-- do the face recognition
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local img_list = {}
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for v,_ in pairs(image_table) do
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table.insert (img_list, v)
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end
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-- Get path of exported images
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local path = df.get_path (img_list[1])
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dt.print_log ("Face recognition: Path to known faces: " .. knownPath)
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dt.print_log ("Face recognition: Path to unknown images: " .. path)
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dt.print_log ("Face recognition: Tag used for unknown faces: " .. unknownTag)
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dt.print_log ("Face recognition: Tag used if non person is found: " .. nonpersonsfoundTag)
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os.setlocale("C")
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local tolerance = dt.preferences.read(MODULE, "tolerance", "float")
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local command = bin_path .. " --cpus " .. nrCores .. " --tolerance " .. tolerance .. " " .. knownPath .. " " .. path .. " > " .. OUTPUT
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os.setlocale()
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dt.print_log("Face recognition: Running command: " .. command)
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dt.print(_("Starting face recognition..."))
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dtsys.external_command(command)
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-- Open output file
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local f = io.open(OUTPUT, "rb")
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if not f then
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dt.print(_("Face recognition failed"))
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else
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dt.print(_("Face recognition finished"))
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f:close ()
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end
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-- Read output
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dt.print(_("processing results..."))
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local result = {}
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local tags_list = {}
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local tag_object = {}
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for line in io.lines(OUTPUT) do
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if not string.match(line, "^WARNING:") and line ~= "" and line ~= nil then
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local file, tag = string.match (line, "(.*),(.*)$")
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tag = string.gsub (tag, "%d*$", "")
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dt.print_log ("File:"..file .." Tag:".. tag)
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tag_object = {}
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if result[file] == nil then
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tag_object[tag] = true
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result[file] = tag_object
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else
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tag_object = result[file]
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tag_object[tag] = true
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result[file] = tag_object
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end
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end
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end
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-- Attach tags
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local result_index = 0
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for file,tags in pairs(result) do
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result_index = result_index +1
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-- Find image in table
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img = image_table[file]
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if img == nil then
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dt.print_log("Face recognition: Ignoring face recognition entry: " .. file)
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else
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for t,_ in pairs (tags) do
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-- Check if image is ignored
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if ignoreByTag (img, ignoreTags) then
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dt.print_log("Face recognition: Ignoring image with ID " .. img.id)
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else
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-- Check of unrecognized unknown_person
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if t == "unknown_person" then
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t = unknownTag
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end
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-- Check of unrecognized no_persons_found
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if t == "no_persons_found" then
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t = nonpersonsfoundTag
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end
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if t ~= "" and t ~= nil then
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if categoryTagString ~= "" and t ~= nonpersonsfoundTag then
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t = categoryTagString .. "|" .. t
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end
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dt.print_log ("ImgId:" .. img.id .. " Tag:".. t)
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-- Create tag if it does not exist
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if tags_list[t] == nil then
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tag = dt.tags.create (t)
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tags_list[t] = tag
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else
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tag = tags_list[t]
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end
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img:attach_tag (tag)
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end
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end
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end
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end
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end
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cleanup(img_list)
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dt.print_log("img_list cleaned-up")
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dt.print_log("face recognition complete")
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dt.print(_("face recognition complete"))
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else
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dt.print(_("image export failed"))
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return
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end
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else
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dt.print(_("no images selected"))
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return
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end
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end
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local function install_module()
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if not fc.module_installed then
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dt.register_lib(
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"face_recognition", -- Module name
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_("face recognition"), -- Visible name
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true, -- expandable
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true, -- resetable
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{[dt.gui.views.lighttable] = {"DT_UI_CONTAINER_PANEL_RIGHT_CENTER", 300}}, -- containers
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fc.widget,
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nil,-- view_enter
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nil -- view_leave
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)
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fc.module_installed = true
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end
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end
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-- build the interface
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fc.unknown_tag = dt.new_widget("entry"){
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text = dt.preferences.read(MODULE, "unknown_tag", "string"),
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tooltip = _("tag to be used for unknown person"),
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editable = true,
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}
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fc.no_persons_found_tag = dt.new_widget("entry"){
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text = dt.preferences.read(MODULE, "no_persons_found_tag", "string"),
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tooltip = _("tag to be used when no persons are found"),
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editable = true,
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}
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fc.ignore_tags = dt.new_widget("entry"){
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text = dt.preferences.read(MODULE, "ignore_tags", "string"),
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tooltip = _("tags of images to ignore"),
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editable = true,
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}
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fc.category_tags = dt.new_widget("entry"){
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text = dt.preferences.read(MODULE, "category_tags", "string"),
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tooltip = _("tag category"),
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editable = true,
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}
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fc.tolerance = dt.new_widget("slider"){
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label = _("tolerance"),
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tooltip = ("detection tolerance - 0.6 default - lower if too many faces detected"),
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soft_min = 0.0,
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hard_min = 0.0,
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soft_max = 1.0,
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soft_min = 1.0,
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step = 0.1,
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digits = 1,
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value = 0.0,
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}
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fc.num_cores = dt.new_widget("slider"){
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label = _("processor cores"),
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tooltip = _("number of processor cores to use, 0 for all"),
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soft_min = 0,
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soft_max = 16,
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hard_min = 0,
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hard_max = 64,
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step = 1,
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digits = 0,
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value = dt.preferences.read(MODULE, "num_cores", "integer"),
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}
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fc.known_image_path = dt.new_widget("file_chooser_button"){
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title = _("known image directory"),
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tooltip = _("face data directory"),
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value = dt.preferences.read(MODULE, "known_image_path", "directory"),
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is_directory = true,
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changed_callback = function(this)
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dt.preferences.write(MODULE, "known_image_path", "directory", this.value)
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end
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}
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fc.export_format = dt.new_widget("combobox"){
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label = _("export image format"),
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tooltip = _("format for exported images"),
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selected = dt.preferences.read(MODULE, "export_format", "integer"),
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changed_callback = function(this)
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dt.preferences.write(MODULE, "export_format", "integer", this.selected)
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end,
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"JPEG", "PNG", "TIFF",
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}
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fc.width = dt.new_widget("entry"){
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text = tostring(dt.preferences.read(MODULE, "max_width", "integer")),
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tooltip = _("maximum exported image width"),
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editable = true,
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}
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fc.height = dt.new_widget("entry"){
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text = tostring(dt.preferences.read(MODULE, "max_height", "integer")),
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tooltip = _("maximum exported image height"),
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editable = true,
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}
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fc.execute = dt.new_widget("button"){
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label = "detect faces",
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clicked_callback = function(this)
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face_recognition()
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end
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}
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local widgets = {
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dt.new_widget("label"){ label = _("unknown person tag")},
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fc.unknown_tag,
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dt.new_widget("label"){ label = _("no persons found tag")},
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fc.no_persons_found_tag,
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dt.new_widget("label"){ label = _("tags of images to ignore")},
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fc.ignore_tags,
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dt.new_widget("label"){ label = _("tag category")},
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fc.category_tags,
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dt.new_widget("label"){ label = _("face data directory")},
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fc.known_image_path,
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}
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if dt.configuration.running_os == "windows" or dt.configuration.running_os == "macos" then
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table.insert(widgets, df.executable_path_widget({"face_recognition"}))
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end
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table.insert(widgets, dt.new_widget("section_label"){ label = _("processing options")})
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table.insert(widgets, fc.tolerance)
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table.insert(widgets, fc.num_cores)
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table.insert(widgets, fc.export_format)
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table.insert(widgets, dt.new_widget("box"){
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orientation = "horizontal",
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dt.new_widget("label"){ label = _("width ")},
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fc.width,
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})
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table.insert(widgets, dt.new_widget("box"){
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orientation = "horizontal",
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dt.new_widget("label"){ label = _("height ")},
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fc.height,
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})
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table.insert(widgets, fc.execute)
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fc.widget = dt.new_widget("box"){
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orientation = vertical,
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reset_callback = function(this)
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reset_preferences()
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end,
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table.unpack(widgets),
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}
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if dt.gui.current_view().id == "lighttable" then
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install_module()
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else
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if not fc.event_registered then
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dt.register_event(
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"view-changed",
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function(event, old_view, new_view)
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if new_view.name == "lighttable" and old_view.name == "darkroom" then
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install_module()
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end
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end
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)
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fc.event_registered = true
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end
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end
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fc.tolerance.value = dt.preferences.read(MODULE, "tolerance", "float")
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-- preferences
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if not dt.preferences.read(MODULE, "initialized", "bool") then
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reset_preferences()
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save_preferences()
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dt.preferences.write(MODULE, "initialized", "bool", true)
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end
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--
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-- vim: shiftwidth=2 expandtab tabstop=2 cindent syntax=lua
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