1168 lines
51 KiB
Lua
1168 lines
51 KiB
Lua
--[[Enfuse Advanced plugin for darktable 2.2.X and 2.4.X
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copyright (c) 2017, 2018 Holger Klemm (Original Linux-only version)
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Modified by: Kevin Ertel
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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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--[[About this plugin
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This plugin will add the new export module 'fusion to DRI or DFF image'.
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----REQUIRED SOFTWARE----
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align_image_stack
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enfuse ver. 4.2 or greater
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exiftool
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----USAGE----
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Install:
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1) Get the Lua scripts: https://github.com/darktable-org/lua-scripts#download-and-install
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2) Require this file in your luarc file, as with any other dt plug-in: require "contrib/enfuseAdvanced"
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3) Then select "DRI or DFF image" as storage option
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4) On the initial startup set your executable paths
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DRI = Dynamic Range Increase (Blend multiple bracket images into a single LDR file)
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DFF = Depth From Focus ('Focus Stacking' - Blend multiple images with different focus into a single image)
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Select multiple images that are either bracketed, or focus-shifted, set your desired operating parameters, and press the export button. A new image will be created. The image will
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be auto imported into darktable if you have that option enabled. Additional tags or style can be applied on auto import as well, if you desire.
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image align options:
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See align_image_stack documentation for further explanation of how it specifically works and the options provided (http://hugin.sourceforge.net/docs/manual/Align_image_stack.html)
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image fustion options:
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See enfuse documentation for further explanation of how it specifically works and the options provided (https://wiki.panotools.org/Enfuse)
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If you have a specific set of parameters you frequently like to use, you can save them to a preset. There are 3 presets available for DRI, and 3 for DFF.
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target file:
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Select your file destination path, or check the 'save to source image location' option.
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'Create Unique Filename' is enabled by default at startup, the user can choose to overwrite existing
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Set any tags or style you desire to be added to the new image (only available if the auto-import option is enabled). You can also change the defaults for this under settings > lua options
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format options:
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Same as other export modules
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global options:
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Same as other export modules
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]]
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local dt = require 'darktable'
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local df = require 'lib/dtutils.file'
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local dsys = require 'lib/dtutils.system'
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local du = require 'lib/dtutils'
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local mod = 'module_enfuseAdvanced'
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local os_path_seperator = '/'
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if dt.configuration.running_os == 'windows' then os_path_seperator = '\\' end
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du.check_min_api_version("7.0.0", "enfuseAdvanced")
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-- Tell gettext where to find the .mo file translating messages for a particular domain
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local gettext = dt.gettext.gettext
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local function _(msgid)
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return gettext(msgid)
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end
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-- return data structure for script_manager
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local script_data = {}
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script_data.metadata = {
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name = "enfuseAdvanced",
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purpose = _("focus stack or exposure blend images"),
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author = "Kevin Ertel",
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help = "https://docs.darktable.org/lua/stable/lua.scripts.manual/scripts/contrib/enfuseAdvanced"
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}
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script_data.destroy = nil -- function to destory the script
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script_data.destroy_method = nil -- set to hide for libs since we can't destroy them commpletely yet, otherwise leave as nil
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script_data.restart = nil -- how to restart the (lib) script after it's been hidden - i.e. make it visible again
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script_data.show = nil -- only required for libs since the destroy_method only hides them
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-- INITS --
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local AIS = {
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name = 'align_image_stack',
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bin = '',
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first_run = true,
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install_error = false,
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arg_string = '',
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images_string = '',
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args = {
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radial_distortion = {text = '-d', style = 'bool'},
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optimize_field = {text = '-m', style = 'bool'},
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optimize_image_center = {text = '-i', style = 'bool'},
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auto_crop = {text = '-C', style = 'bool'},
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distortion = {text = '--distortion', style = 'bool'},
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gpu = {text = '--gpu', style = 'bool'},
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grid_size = {text = '-g ', style = 'integer'},
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control_points = {text = '-c ', style = 'integer'},
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control_points_remove = {text = '-t ', style = 'integer'},
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correlation = {text = '--corr=', style = 'float'}
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}
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}
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local ENF = {
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name = 'enfuse',
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bin = '',
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first_run = true,
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install_error = false,
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arg_string = '',
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image_string = '',
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args = {
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exposure_weight = {text = '--exposure-weight=', style = 'float'},
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saturation_weight = {text = '--saturation-weight=', style = 'float'},
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contrast_weight = {text = '--contrast-weight=', style = 'float'},
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exposure_optimum = {text = '--exposure-optimum=', style = 'float'},
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exposure_width = {text = '--exposure-width=', style = 'float'},
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hard_masks = {text = '--hard-mask', style = 'bool'},
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save_masks = {text = '--save-masks', style = 'bool'},
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contrast_window_size = {text = '--contrast-window-size=', style = 'integer'},
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contrast_edge_scale = {text = '--contrast-edge-scale=', style = 'float'},
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contrast_min_curvature = {text = '--contrast-min-curvature=', style = 'string'}
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}
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}
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local EXF = {
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name = 'exiftool',
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bin = '',
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first_run = true,
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install_error = false
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}
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local GUI = {
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AIS = {
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radial_distortion = {},
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optimize_field = {},
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optimize_image_center = {},
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auto_crop = {},
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distortion = {},
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grid_size = {},
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control_points = {},
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control_points_remove = {},
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correlation = {}},
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ENF = {
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exposure_weight = {},
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saturation_weight = {},
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contrast_weight = {},
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exposure_optimum = {},
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exposure_width = {},
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hard_masks = {},
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save_masks = {},
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contrast_window_size = {},
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contrast_edge_scale = {},
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contrast_min_curvature = {}},
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Target = {
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format = {},
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depth = {},
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compression_level_tif = {},
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compression_level_jpg = {},
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output_compress = {},
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output_directory = {},
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source_location = {},
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on_conflict = {},
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auto_import = {},
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apply_style = {},
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copy_tags = {},
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add_tags = {}},
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Presets = {
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current_preset ={};
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load ={};
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save ={};
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variants ={};
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variants_type ={}},
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exes = {
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align_image_stack = {},
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enfuse = {},
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exiftool = {},
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update = {}
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},
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align = {},
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options_contain = {},
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show_options = {}
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}
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local styles = dt.styles
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local styles_count = 1 -- 'none' = 1
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for _,i in pairs(dt.styles) do
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if type(i) == 'userdata' then styles_count = styles_count + 1 end
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end
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-- FUNCTION --
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local function sanitize_decimals(cmd) -- make sure decimal separator is a '.'
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return string.gsub(cmd, '(%d),(%d)', "%1.%2")
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end
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local function InRange(test, low, high) -- tests if test value is within range of low and high (inclusive)
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if test >= low and test <= high then
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return true
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else
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return false
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end
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end
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local function GetFileName(full_path) -- Parses a full path (path/filename_identifier.extension) into individual parts
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--[[Input: Folder1/Folder2/Folder3/Img_0001.CR2
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Returns:
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path: Folder1/Folder2/Folder3/
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filename: Img_0001
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identifier: 0001
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extension: .CR2
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EX:
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path_1, file_1, id_1, ext_1 = GetFileName(full_path_1)
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]]
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local path = string.match(full_path, '.*[\\/]')
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local filename = string.gsub(string.match(full_path, '[%w-_]*%.') , '%.' , '' )
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local identifier = string.match(filename, '%d*$')
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local extension = string.match(full_path, '%.%w*')
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return path, filename, identifier, extension
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end
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local function CleanSpaces(text) --removes spaces from the front and back of passed in text
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text = string.gsub(text,'^%s*','')
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text = string.gsub(text,'%s*$','')
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return text
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end
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local function BuildExecuteCmd(prog_table) --creates a program command using elements of the passed in program table
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local result = CleanSpaces(prog_table.bin)..' '..CleanSpaces(prog_table.arg_string)..' '..CleanSpaces(prog_table.images_string)
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return result
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end
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local function PreCall(prog_tbls) --looks to see if this is the first call, if so checks to see if program is installed properly
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for _,prog in pairs(prog_tbls) do
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if prog.first_run then
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prog.bin = df.check_if_bin_exists(prog.name)
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if not prog.bin then
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prog.install_error = true
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dt.preferences.write(mod, 'bin_exists', 'bool', false)
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else
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prog.bin = CleanSpaces(prog.bin)
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end
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prog.first_run = false
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end
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end
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if not dt.preferences.read(mod, 'bin_exists', 'bool') then
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GUI.options_contain.active = 4
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GUI.show_options.sensitive = false
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dt.print(_('please update your binary locations'))
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end
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end
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local function ExeUpdate(prog_tbl) --updates executable paths and verifies them
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dt.preferences.write(mod, 'bin_exists', 'bool', true)
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for x,prog in pairs(prog_tbl) do
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dt.preferences.write('executable_paths', prog.name, 'string', GUI.exes[prog.name].value)
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prog.bin = df.check_if_bin_exists(prog.name)
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if not prog.bin then
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prog.install_error = true
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dt.preferences.write(mod, 'bin_exists', 'bool', false)
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dt.print(string.format(_("issue with %s executable"), prog.name))
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else
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prog.bin = CleanSpaces(prog.bin)
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end
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prog.first_run = false
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end
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if dt.preferences.read(mod, 'bin_exists', 'bool') then
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GUI.options_contain.active = 2
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GUI.show_options.sensitive = true
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dt.print(_('update successful'))
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else
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dt.print(_('update unsuccessful, please try again'))
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end
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end
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local function GetArgsFromPreference(prog_table, prefix) --for each arg in a program table reads in the associated value in the active preference (which is continually updated via clicked/changed callback in GUI elements
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prog_table.arg_string = ''
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for argument, arg_data in pairs(prog_table.args) do
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local temp = dt.preferences.read(mod, prefix..argument, arg_data.style)
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if arg_data.style == 'bool' and temp then
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prog_table.arg_string = prog_table.arg_string..arg_data.text..' '
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elseif arg_data.style == 'integer' or arg_data.style == 'string' then
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prog_table.arg_string = prog_table.arg_string..arg_data.text..temp..' '
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elseif arg_data.style == 'float' then
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temp = string.sub(tostring(temp),1,3)
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prog_table.arg_string = prog_table.arg_string..arg_data.text..temp..' '
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end
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end
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prog_table.arg_string = CleanSpaces(prog_table.arg_string)
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return prog_table.arg_string
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end
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local function UpdateAISargs(image_table, images_to_remove) --updates the AIS arguments, builds the input image string, returns a modified image table which contains the aligned image names in place of the exported image names also updates the images to remove string with new aligned images and a string of the images to align
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GetArgsFromPreference(AIS, 'active_')
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local source_path = ''
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local images_to_align = ''
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local index = 0
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for raw, temp_image in pairs(image_table) do
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local index_str = ''
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source_path = GetFileName(temp_image)
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images_to_align = images_to_align..df.sanitize_filename(temp_image)..' '
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if InRange(index,0,9) then index_str = '000'..tostring(index)
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elseif InRange(index,10,99) then index_str = '00'..tostring(index)
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end
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image_table[raw] = source_path..'aligned_'..index_str..'.tif'
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images_to_remove = images_to_remove..df.sanitize_filename(image_table[raw])..' '
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index = index + 1
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end
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source_path = df.sanitize_filename(source_path..'aligned_')
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AIS.arg_string = AIS.arg_string..' -a '..source_path
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images_to_align = CleanSpaces(images_to_align)
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return image_table, images_to_remove, images_to_align
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end
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local function UpdateENFargs(image_table, prefix) --updates the Enfuse arguments, builds the input image string, generates output filename, returns string of images to blend, the name of the outout image, and the first raw image object
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GetArgsFromPreference(ENF, prefix)
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local images_to_blend = ''
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local out_path = ''
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local out_name = ''
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local smallest_name = ''
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local smallest_id = math.huge
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local largest_id = 0
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local first_raw = {}
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for raw, temp_image in pairs(image_table) do
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local _, source_name, source_id = GetFileName(raw.filename)
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source_id = tonumber(source_id)
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if source_id < smallest_id then
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smallest_id = source_id
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smallest_name = source_name
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first_raw = raw
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end
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if source_id > largest_id then largest_id = source_id end
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out_path = raw.path
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images_to_blend = images_to_blend..df.sanitize_filename(temp_image)..' '
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end
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ENF.arg_string = ENF.arg_string..' --depth='..GUI.Target.depth.value..' '
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if GUI.Target.format.value == 'tif' then ENF.arg_string = ENF.arg_string..'--compression='..GUI.Target.compression_level_tif.value..' '
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elseif GUI.Target.format.value == 'jpg' then ENF.arg_string = ENF.arg_string..'--compression='..GUI.Target.compression_level_jpg.value..' '
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end
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if not GUI.Target.source_location.value then out_path = GUI.Target.output_directory.value end
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out_name = smallest_name..'-'..largest_id
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out_path = out_path..os_path_seperator..out_name..'.'..GUI.Target.format.value
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if GUI.Target.on_conflict.value == 'create unique filename' then out_path = df.create_unique_filename(out_path) end
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ENF.arg_string = ENF.arg_string..'--output='..df.sanitize_filename(out_path)
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images_to_blend = CleanSpaces(images_to_blend)
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return images_to_blend, out_path, first_raw
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end
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local function UpdateActivePreference() --sliders & entry boxes do not have a click/changed callback, so their values must be saved to the active preference 'manually'
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local enf = {'exposure_weight','saturation_weight','contrast_weight','exposure_optimum','exposure_width'}
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for _,descriptor in pairs(enf) do
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temp = GUI.ENF[descriptor].value
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dt.preferences.write(mod, 'active_'..descriptor, 'float', temp)
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end
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temp = GUI.Target.compression_level_jpg.value
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temp = math.floor(temp)
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dt.preferences.write(mod, 'active_compression_level_jpg', 'integer', temp)
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temp = GUI.Target.add_tags.text
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dt.preferences.write(mod, 'active_add_tags', 'string', temp)
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end
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local function SaveToPreference(preset) --save the present values of enfuse GUI elements to the specified 'preset'
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UpdateActivePreference()
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for argument, arg_data in pairs(ENF.args) do
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local temp
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if argument == 'contrast_window_size' or argument == 'contrast_edge_scale' or argument == 'contrast_min_curvature' then --comboboxes must be handled specially via an index value
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temp = dt.preferences.read(mod, 'active_'..argument..'_ind', 'integer')
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dt.preferences.write(mod, preset..argument..'_ind', 'integer', temp)
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temp = dt.preferences.read(mod, 'active_'..argument, arg_data.style)
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dt.preferences.write(mod, preset..argument, arg_data.style, temp)
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else
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temp = dt.preferences.read(mod, 'active_'..argument, arg_data.style)
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dt.preferences.write(mod, preset..argument, arg_data.style, temp)
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end
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end
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dt.print(string.format(_("saved to %s"), preset))
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end
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local function LoadFromPreference(preset) --load values from the specified 'preset' into the GUI elements
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for argument, arg_data in pairs(ENF.args) do
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local temp
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if argument == 'contrast_window_size' or argument == 'contrast_edge_scale' or argument == 'contrast_min_curvature' then --comboboxes must be handled specially via an index value
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temp = dt.preferences.read(mod, preset..argument..'_ind', 'integer')
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GUI.ENF[argument].selected = temp
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dt.preferences.write(mod, 'active_'..argument..'_ind', 'integer', temp)
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else
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temp = dt.preferences.read(mod, preset..argument, arg_data.style)
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GUI.ENF[argument].value = temp
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dt.preferences.write(mod, 'active_'..argument, arg_data.style, temp)
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end
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end
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dt.print(string.format(_("loaded from %s"), preset))
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end
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local function remove_temp_files(images_to_remove) --deletes all files specified by the input string
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if dt.configuration.running_os == 'windows' then
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dt.control.execute('del '..images_to_remove)
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else
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dt.control.execute('rm '..images_to_remove)
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end
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end
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local function initial(storage, format, images, high_quality, extra_data) --called before export happens, ensure enough images selected and all necesary programs installed correctly, if error then it sets a bit in extra_data for use by main and cancels export
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if #images <2 then
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table.insert(extra_data, 1, 1)
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return {}
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else
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PreCall({ENF,AIS,EXF})
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if AIS.install_error or ENF.install_error or EXF.install_error then
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table.insert(extra_data, 1, 2)
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return {}
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else
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table.insert(extra_data, 1, 0)
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return images
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end
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end
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end
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local function support_format(storage, format) --tells dt we only support TIFF export type
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local ret = false
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local temp = string.find(format.name, 'TIFF')
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if temp ~= nil then ret = true end
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return ret
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||
end
|
||
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local function show_status(storage, image, format, filename, number, total, high_quality, extra_data) --outputs message to user showing script export status
|
||
dt.print(string.format(_("export for image fusion %d / %d"), math.floor(number), math.floor(total)))
|
||
end
|
||
|
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local function main(storage, image_table, extra_data)
|
||
if extra_data[1] == 1 then
|
||
dt.print(_('too few images selected, please select at least 2 images'))
|
||
return
|
||
elseif extra_data[1] == 2 then
|
||
dt.print(_('installation error, please verify binary paths are correct'))
|
||
return
|
||
end
|
||
local images_to_remove = ''
|
||
local final_image = nil
|
||
local source_raw = nil
|
||
for raw,exported in pairs(image_table) do --add the exported files to list of images to remove when complete\fail
|
||
images_to_remove = images_to_remove..df.sanitize_filename(exported)..' '
|
||
end
|
||
if GUI.align.value then --if user selected to align images then update AIS arguments and execute AIS command
|
||
local job = dt.gui.create_job('aligning images')
|
||
image_table, images_to_remove, AIS.images_string = UpdateAISargs(image_table, images_to_remove)
|
||
local run_cmd = BuildExecuteCmd(AIS)
|
||
dt.print_log("AIS run command is " .. run_cmd)
|
||
run_cmd = sanitize_decimals(run_cmd)
|
||
dt.print_log("AIS decimaal sanitized command is " .. run_cmd)
|
||
local resp = dsys.external_command(run_cmd)
|
||
job.valid = false
|
||
if resp ~= 0 then
|
||
remove_temp_files(images_to_remove)
|
||
dt.print(string.format(_("%s failed"), AIS.name))
|
||
dt.print_error(AIS.name .. ' failed')
|
||
return
|
||
end
|
||
end
|
||
variants = {'active_'} --default to 'active' settings unless user selected to create multiple image variants from the specified preset types
|
||
if GUI.Presets.variants.value then
|
||
if GUI.Presets.variants_type.value == 'dri' then
|
||
variants = {'dri_1', 'dri_2', 'dri_3'}
|
||
else
|
||
variants = {'dff_2', 'dff_2', 'dff_3'}
|
||
end
|
||
end
|
||
local image_num = 0
|
||
local job = dt.gui.create_job('blending '..#variants..' image(s)', true) --create a GUI job bar to display enfuse progress
|
||
UpdateActivePreference() --load current GUI values into active preference (only applies to elements without a clicked/changed callback)
|
||
for x,prefix in pairs(variants) do --for each image to be created load in the preference values, build arguments string, output image, and run command then execute.
|
||
job.percent = image_num /(#variants)
|
||
image_num = image_num+1
|
||
ENF.images_string, final_image, source_raw = UpdateENFargs(image_table, prefix)
|
||
local run_cmd = BuildExecuteCmd(ENF)
|
||
dt.print_log("ENF run command is " .. run_cmd)
|
||
run_cmd = sanitize_decimals(run_cmd)
|
||
dt.print_log("ENF decimaal sanitized command is " .. run_cmd)
|
||
local resp = dsys.external_command(run_cmd)
|
||
if resp ~= 0 then
|
||
remove_temp_files(images_to_remove)
|
||
dt.print_error(ENF.name..' failed')
|
||
dt.print(string.format(_("%s failed"), ENF.name))
|
||
return
|
||
end
|
||
|
||
--copy exif data from original file
|
||
run_cmd = EXF.bin..' -TagsFromFile '..df.sanitize_filename(source_raw.path..os_path_seperator..source_raw.filename)..' -exif:all --subifd:all -overwrite_original '..df.sanitize_filename(final_image)
|
||
-- replace comma decimal separator with period
|
||
dt.print_log("EXF run command is " .. run_cmd)
|
||
run_cmd = sanitize_decimals(run_cmd)
|
||
dt.print_log("EXF decimaal sanitized command is " .. run_cmd)
|
||
resp = dsys.external_command(run_cmd)
|
||
|
||
|
||
if GUI.Target.auto_import.value then --import image into dt if specified
|
||
local imported = dt.database.import(final_image)
|
||
dt.print_log("image imported")
|
||
if GUI.Target.apply_style.selected > 1 then --apply specified style to imported image
|
||
local set_style = styles[GUI.Target.apply_style.selected - 1]
|
||
dt.styles.apply(set_style , imported)
|
||
end
|
||
if GUI.Target.copy_tags.value then --copy tags from source image
|
||
local all_tags = dt.tags.get_tags(source_raw)
|
||
for _,tag in pairs(all_tags) do
|
||
if string.match(tag.name, 'darktable|') == nil then dt.tags.attach(tag, imported) end
|
||
end
|
||
end
|
||
local set_tag = GUI.Target.add_tags.text
|
||
if set_tag ~= nil then --add additional user-specified tags
|
||
for tag in string.gmatch(set_tag, '[^,]+') do
|
||
tag = CleanSpaces(tag)
|
||
tag = dt.tags.create(tag)
|
||
dt.tags.attach(tag, imported)
|
||
end
|
||
end
|
||
end
|
||
end
|
||
remove_temp_files(images_to_remove)
|
||
job.valid = false
|
||
dt.print('image fusion process complete')
|
||
end
|
||
|
||
local function destroy()
|
||
dt.destroy_storage('module_enfuseAdvanced')
|
||
end
|
||
|
||
--GUI--
|
||
stack_compression = dt.new_widget('stack'){}
|
||
local label_AIS_options= dt.new_widget('section_label'){
|
||
label = _('image align options')
|
||
}
|
||
GUI.align = dt.new_widget('check_button'){
|
||
label = _('align images'),
|
||
value = dt.preferences.read(mod, 'active_align', 'bool'),
|
||
tooltip = _('automatically align images prior to enfuse'),
|
||
clicked_callback = function(self)
|
||
dt.preferences.write(mod, 'active_align', 'bool', self.value)
|
||
for _,widget in pairs(GUI.AIS) do
|
||
widget.sensitive = self.value
|
||
end
|
||
end,
|
||
reset_callback = function(self) self.value = true end
|
||
}
|
||
GUI.AIS.radial_distortion = dt.new_widget('check_button'){
|
||
label = _('optimize radial distortion'),
|
||
value = dt.preferences.read(mod, 'active_radial_distortion', 'bool'),
|
||
tooltip = _('optimize radial distortion for all images, \nexcept for first'),
|
||
clicked_callback = function(self) dt.preferences.write(mod, 'active_radial_distortion', 'bool', self.value) end,
|
||
reset_callback = function(self) self.value = true end
|
||
}
|
||
GUI.AIS.optimize_field = dt.new_widget('check_button'){
|
||
label = _('optimize field of view'),
|
||
value = dt.preferences.read(mod, 'active_optimize_field', 'bool'),
|
||
tooltip = _('optimize field of view for all images, except for first. \nUseful for aligning focus stacks (DFF) with slightly \ndifferent magnification.'),
|
||
clicked_callback = function(self) dt.preferences.write(mod, 'active_optimize_field', 'bool', self.value) end,
|
||
reset_callback = function(self) self.value = true end
|
||
}
|
||
GUI.AIS.optimize_image_center = dt.new_widget('check_button'){
|
||
label = _('optimize image center shift'),
|
||
value = dt.preferences.read(mod, 'active_optimize_image_center', 'bool'),
|
||
tooltip = _('optimize image center shift for all images, \nexcept for first.'),
|
||
clicked_callback = function(self) dt.preferences.write(mod, 'active_optimize_image_center', 'bool', self.value) end,
|
||
reset_callback = function(self) self.value = true end
|
||
}
|
||
GUI.AIS.auto_crop = dt.new_widget('check_button'){
|
||
label = _('auto crop'),
|
||
value = dt.preferences.read(mod, 'active_auto_crop', 'bool'),
|
||
tooltip = _('auto crop the image to the area covered by all images.'),
|
||
clicked_callback = function(self) dt.preferences.write(mod, 'active_auto_crop', 'bool', self.value) end,
|
||
reset_callback = function(self) self.value = true end
|
||
}
|
||
GUI.AIS.distortion = dt.new_widget('check_button'){
|
||
label = _('load distortion from lens database'),
|
||
value = dt.preferences.read(mod, 'active_distortion', 'bool'),
|
||
tooltip = _('try to load distortion information from lens database'),
|
||
clicked_callback = function(self) dt.preferences.write(mod, 'active_distortion', 'bool', self.value) end,
|
||
reset_callback = function(self) self.value = true end
|
||
}
|
||
GUI.AIS.gpu = dt.new_widget('check_button'){
|
||
label = _('use gpu'),
|
||
value = dt.preferences.read(mod, 'active_gpu', 'bool'),
|
||
tooltip = _('use gpu during alignment'),
|
||
clicked_callback = function(self) dt.preferences.write(mod, 'active_gpu', 'bool', self.value) end,
|
||
reset_callback = function(self) self.value = true end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_grid_size_ind', 'integer')
|
||
if not InRange(temp, 1, 9) then temp = 5 end
|
||
GUI.AIS.grid_size = dt.new_widget('combobox'){
|
||
label = _('image grid size'),
|
||
tooltip = _('break image into a rectangular grid \nand attempt to find num control points in each section.\ndefault: (5x5)'),
|
||
selected = temp,
|
||
'1','2','3','4','5','6','7','8','9',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_grid_size', 'integer', self.value)
|
||
dt.preferences.write(mod, 'active_grid_size_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 5
|
||
dt.preferences.write(mod, 'active_grid_size', 'integer', self.value)
|
||
dt.preferences.write(mod, 'active_grid_size_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_control_points_ind', 'integer')
|
||
if not InRange(temp, 1, 9) then temp = 8 end
|
||
GUI.AIS.control_points = dt.new_widget('combobox'){
|
||
label = _('control points/grid'),
|
||
tooltip = _('number of control points (per grid, see option -g) \nto create between adjacent images \ndefault: (8).'),
|
||
selected = temp,
|
||
'1','2','3','4','5','6','7','8','9',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_control_points', 'integer', self.value)
|
||
dt.preferences.write(mod, 'active_control_points_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 8
|
||
dt.preferences.write(mod, 'active_control_points', 'integer', self.value)
|
||
dt.preferences.write(mod, 'active_control_points_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_control_points_remove_ind', 'integer')
|
||
if not InRange(temp, 1, 9) then temp = 3 end
|
||
GUI.AIS.control_points_remove = dt.new_widget('combobox'){
|
||
label = _('remove control points with error'),
|
||
tooltip = _('remove all control points with an error higher \nthan num pixels \ndefault: (3)'),
|
||
selected = temp,
|
||
'1','2','3','4','5','6','7','8','9',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_control_points_remove', 'integer', self.value)
|
||
dt.preferences.write(mod, 'active_control_points_remove_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 3
|
||
dt.preferences.write(mod, 'active_control_points_remove', 'integer', self.value)
|
||
dt.preferences.write(mod, 'active_control_points_remove_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_correlation_ind', 'integer')
|
||
if not InRange(temp, 1, 10) then temp = 9 end
|
||
GUI.AIS.correlation = dt.new_widget('combobox'){
|
||
label = _('correlation threshold for control points'),
|
||
tooltip = _('correlation threshold for identifying \ncontrol points \ndefault: (0.9).'),
|
||
selected = temp,
|
||
'0.1','0.2','0.3','0.4','0.5','0.6','0.7','0.8','0.9','1.0',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_correlation', 'float', self.value)
|
||
dt.preferences.write(mod, 'active_correlation_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 9
|
||
dt.preferences.write(mod, 'active_correlation', 'float', self.value)
|
||
dt.preferences.write(mod, 'active_correlation_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
local label_ENF_options= dt.new_widget('section_label'){
|
||
label = _('image fusion options')
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_exposure_weight', 'float')
|
||
if not InRange(temp, 0, 1) then temp = 1 end
|
||
GUI.ENF.exposure_weight = dt.new_widget('slider'){
|
||
label = _('exposure weight'),
|
||
tooltip = _('set the relative weight of the well-exposedness criterion \nas defined by the chosen exposure weight function. \nincreasing this weight relative to the others will\n make well-exposed pixels contribute more to\n the final output. \ndefault: (1.0)'),
|
||
hard_min = 0,
|
||
hard_max = 1,
|
||
value = temp,
|
||
reset_callback = function(self)
|
||
self.value = 1
|
||
end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_saturation_weight', 'float')
|
||
if not InRange(temp, 0, 1) then temp = .2 end
|
||
GUI.ENF.saturation_weight = dt.new_widget('slider'){
|
||
label = _('saturation weight'),
|
||
tooltip = _('set the relative weight of high-saturation pixels. \nincreasing this weight makes pixels with high \nsaturation contribute more to the final output. \ndefault: (0.2)'),
|
||
hard_min = 0,
|
||
hard_max = 1,
|
||
value = temp,
|
||
reset_callback = function(self)
|
||
self.value = 0.2
|
||
end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_contrast_weight', 'float')
|
||
if not InRange(temp, 0, 1) then temp = 0 end
|
||
GUI.ENF.contrast_weight = dt.new_widget('slider'){
|
||
label = _('contrast weight'),
|
||
tooltip = _('sets the relative weight of high local-contrast pixels. \ndefault: (0.0).'),
|
||
hard_min = 0,
|
||
hard_max = 1,
|
||
value = temp,
|
||
reset_callback = function(self)
|
||
self.value = 0
|
||
end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_exposure_optimum', 'float')
|
||
if not InRange(temp, 0, 1) then temp = 0.5 end
|
||
GUI.ENF.exposure_optimum = dt.new_widget('slider'){
|
||
label = _('exposure optimum'),
|
||
tooltip = _('determine at what normalized exposure value\n the optimum exposure of the input images\n is. this is, set the position of the maximum\n of the exposure weight curve. use this \noption to fine-tune exposure weighting. \ndefault: (0.5)'),
|
||
hard_min = 0,
|
||
hard_max = 1,
|
||
value = temp,
|
||
reset_callback = function(self)
|
||
self.value = 0.5
|
||
end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_exposure_width', 'float')
|
||
if not InRange(temp, 0, 1) then temp = 0.2 end
|
||
GUI.ENF.exposure_width = dt.new_widget('slider'){
|
||
label = _('exposure width'),
|
||
tooltip = _('set the characteristic width (FWHM) of the exposure \nweight function. low numbers give less weight to \npixels that are far from the user-defined \noptimum and vice versa. use this option to \nfine-tune exposure weighting. \ndefault: (0.2)'),
|
||
hard_min = 0,
|
||
hard_max = 1,
|
||
value = temp,
|
||
reset_callback = function(self)
|
||
self.value = 0.2
|
||
end
|
||
}
|
||
GUI.ENF.hard_masks = dt.new_widget('check_button'){
|
||
label = _('hard mask'),
|
||
value = dt.preferences.read(mod, 'active_hard_masks', 'bool'),
|
||
tooltip = _('force hard blend masks on the finest scale. this avoids \naveraging of fine details (only), at the expense \nof increasing the noise. this improves the \nsharpness of focus stacks considerably.\ndefault (soft mask)'),
|
||
clicked_callback = function(self) dt.preferences.write(mod, 'active_hard_masks', 'bool', self.value) end,
|
||
reset_callback = function(self) self.value = false end
|
||
}
|
||
GUI.ENF.save_masks = dt.new_widget('check_button'){
|
||
label = _('save masks'),
|
||
value = dt.preferences.read(mod, 'active_save_masks', 'bool'),
|
||
tooltip = _('save the generated weight masks to your home directory,\nenblend saves masks as 8 bit grayscale, \ni.e. single channel images. \nfor accuracy we recommend to choose a lossless format.'),
|
||
clicked_callback = function(self) dt.preferences.write(mod, 'active_save_masks', 'bool', self.value) end,
|
||
reset_callback = function(self) self.value = false end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_contrast_window_size_ind', 'integer')
|
||
if not InRange(temp, 1, 8) then temp = 3 end
|
||
GUI.ENF.contrast_window_size = dt.new_widget('combobox'){
|
||
label = _('contrast window size'),
|
||
tooltip = _('set the window size for local contrast analysis. \nthe window will be a square of size × size pixels. \nif given an even size, Enfuse will \nautomatically use the next odd number.\nfor contrast analysis size values larger \nthan 5 pixels might result in a \nblurry composite image. values of 3 and \n5 pixels have given good results on \nfocus stacks. \ndefault: (5) pixels'),
|
||
selected = temp,
|
||
'3','4','5','6','7','8','9','10',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_contrast_window_size', 'integer', self.value)
|
||
dt.preferences.write(mod, 'active_contrast_window_size_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 3
|
||
dt.preferences.write(mod, 'active_contrast_window_size', 'integer', self.value)
|
||
dt.preferences.write(mod, 'active_contrast_window_size_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_contrast_edge_scale_ind', 'integer')
|
||
if not InRange(temp, 1, 6) then temp = 1 end
|
||
GUI.ENF.contrast_edge_scale = dt.new_widget('combobox'){
|
||
label = _('contrast edge scale'),
|
||
tooltip = _('a non-zero value for EDGE-SCALE switches on the \nLaplacian-of-Gaussian (LoG) edge detection algorithm.\n edage-scale is the radius of the Gaussian used \nin the search for edges. a positive LCE-SCALE \nturns on local contrast enhancement (LCE) \nbefore the LoG edge detection. \nDefault: (0.0) pixels.'),
|
||
selected = temp,
|
||
'0.0','0.1','0.2','0.3','0.4','0.5',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_contrast_edge_scale', 'float', self.value)
|
||
dt.preferences.write(mod, 'active_contrast_edge_scale_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 1
|
||
dt.preferences.write(mod, 'active_contrast_edge_scale', 'float', self.value)
|
||
dt.preferences.write(mod, 'active_contrast_edge_scale_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_contrast_min_curvature_ind', 'integer')
|
||
if not InRange(temp, 1, 11) then temp = 1 end
|
||
GUI.ENF.contrast_min_curvature = dt.new_widget('combobox'){
|
||
label = _('contrast min curvature [%]'),
|
||
tooltip = _('define the minimum curvature for the LoG edge detection. Append a ‘%’ to specify the minimum curvature relative to maximum pixel value in the source image. Default: (0.0%)'),
|
||
selected = temp,
|
||
'0.0%','0.1%','0.2%','0.3%','0.4%','0.5%','0.6%','0.7%','0.8%','0.9%','1.0%',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_contrast_min_curvature', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_contrast_min_curvature_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 1
|
||
dt.preferences.write(mod, 'active_contrast_min_curvature', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_contrast_min_curvature_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
local label_target_options= dt.new_widget('section_label'){
|
||
label = _('target file')
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_compression_level_tif_ind', 'integer')
|
||
if not InRange(temp, 1, 4) then temp = 1 end
|
||
GUI.Target.compression_level_tif = dt.new_widget('combobox'){
|
||
label = _('tiff compression'),
|
||
tooltip = _('compression method for tiff files'),
|
||
selected = temp,
|
||
'none','deflate','lzw','packbits',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_compression_level_tif', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_compression_level_tif_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 1
|
||
dt.preferences.write(mod, 'active_compression_level_tif', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_compression_level_tif_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_compression_level_jpg', 'integer')
|
||
if not InRange(temp, 0, 100) then temp = 0 end
|
||
GUI.Target.compression_level_jpg = dt.new_widget('slider'){
|
||
label = _('jpeg compression'),
|
||
tooltip = _('jpeg compression level'),
|
||
soft_min = 0,
|
||
soft_max = 100,
|
||
hard_min = 0,
|
||
hard_max = 100,
|
||
step = 5,
|
||
digits = 0,
|
||
value = temp,
|
||
reset_callback = function(self)
|
||
self.value = 0
|
||
end
|
||
}
|
||
local blank = dt.new_widget('box'){}
|
||
stack_compression = dt.new_widget('stack'){
|
||
GUI.Target.compression_level_tif,
|
||
GUI.Target.compression_level_jpg,
|
||
blank,
|
||
active = 1
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_format_ind', 'integer')
|
||
if not InRange(temp, 1, 6) then temp = 1 end
|
||
GUI.Target.format = dt.new_widget('combobox'){
|
||
label = _('file format'),
|
||
tooltip = _('file format of the enfused final image'),
|
||
selected = temp,
|
||
'tif','jpg','png','pnm','pbm','ppm',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_format', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_format_ind', 'integer', self.selected)
|
||
if self.value == 'tif' then stack_compression.active = 1
|
||
elseif self.value == 'jpg' then stack_compression.active = 2
|
||
else stack_compression.active = 3
|
||
end
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 1
|
||
dt.preferences.write(mod, 'active_format', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_format_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_depth_ind', 'integer')
|
||
if not InRange(temp, 1, 5) then temp = 3 end
|
||
GUI.Target.depth = dt.new_widget('combobox'){
|
||
label = _('bit depth'),
|
||
tooltip = _('bit depth of the enfused file'),
|
||
selected = temp,
|
||
'8','16','32','r32','r64',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_depth', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_depth_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 2
|
||
dt.preferences.write(mod, 'active_depth', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_depth_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
local label_directory = dt.new_widget('label'){
|
||
label = _('directory'),
|
||
ellipsize = 'start',
|
||
halign = 'start'
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_output_directory', 'string')
|
||
if temp == '' or temp == nil then temp = dt.collection[1].path end
|
||
GUI.Target.output_directory = dt.new_widget('file_chooser_button'){
|
||
title = 'Select export path',
|
||
is_directory = true,
|
||
tooltip = _('select the target directory for the fused image. \nthe filename is created automatically.'),
|
||
value = temp,
|
||
changed_callback = function(self) dt.preferences.write(mod, 'active_output_directory', 'string', self.value) end
|
||
}
|
||
GUI.Target.source_location = dt.new_widget('check_button'){
|
||
label = _('save to source image location'),
|
||
value = dt.preferences.read(mod, 'active_source_location', 'bool'),
|
||
tooltip = _('if checked ignores the location above and saves output image(s) to the same location as the source images.'),
|
||
clicked_callback = function(self) dt.preferences.write(mod, 'active_source_location', 'bool', self.value) end,
|
||
reset_callback = function(self) self.value = true end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_on_conflict_ind', 'integer')
|
||
if not InRange(temp, 1, 2) then temp = 1 end
|
||
GUI.Target.on_conflict = dt.new_widget('combobox'){
|
||
label = _('on conflict'),
|
||
selected = 1,
|
||
'create unique filename','overwrite',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_on_conflict', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_on_conflict_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 1
|
||
dt.preferences.write(mod, 'active_on_conflict', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_on_conflict_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
GUI.Target.auto_import = dt.new_widget('check_button'){
|
||
label = _('auto import'),
|
||
value = dt.preferences.read(mod, 'active_auto_import', 'bool'),
|
||
tooltip = _('import the image into darktable database when enfuse completes'),
|
||
clicked_callback = function(self)
|
||
dt.preferences.write(mod, 'active_auto_import', 'bool', self.value)
|
||
GUI.Target.apply_style.sensitive = self.value
|
||
GUI.Target.copy_tags.sensitive = self.value
|
||
GUI.Target.add_tags.sensitive = self.value
|
||
end,
|
||
reset_callback = function(self) self.value = true end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_apply_style_ind', 'integer')
|
||
GUI.Target.apply_style = dt.new_widget('combobox'){
|
||
label = _('apply style on Import'),
|
||
tooltip = _('apply selected style on auto-import to newly created blended image'),
|
||
selected = 1,
|
||
'none',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_apply_style', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_apply_style_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 1
|
||
dt.preferences.write(mod, 'active_apply_style', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_apply_style_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
for k=1, (styles_count-1) do
|
||
GUI.Target.apply_style[k+1] = styles[k].name
|
||
end
|
||
if not InRange(temp, 1, styles_count) then temp = 1 end
|
||
GUI.Target.apply_style.selected = temp
|
||
GUI.Target.copy_tags = dt.new_widget('check_button'){
|
||
label = _('copy tags'),
|
||
value = dt.preferences.read(mod, 'active_copy_tags', 'bool'),
|
||
tooltip = _('copy tags from first image.'),
|
||
clicked_callback = function(self) dt.preferences.write(mod, 'active_copy_tags', 'bool', self.value) end,
|
||
reset_callback = function(self) self.value = true end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_add_tags', 'string')
|
||
if temp == '' then temp = nil end
|
||
GUI.Target.add_tags = dt.new_widget('entry'){
|
||
tooltip = _('additional tags to be added on import, seperate with commas, all spaces will be removed'),
|
||
text = temp,
|
||
placeholder = _('enter tags, separated by commas'),
|
||
editable = true
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_current_preset_ind', 'integer')
|
||
if not InRange(temp, 1, 6) then temp = 1 end
|
||
GUI.Presets.current_preset = dt.new_widget('combobox'){
|
||
label = _('active preset'),
|
||
tooltip = _('preset to be loaded from or saved to'),
|
||
value = temp,
|
||
'dri_1', 'dri_2', 'dri_3', 'dff_1', 'dff_2', 'dff_3',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_current_preset', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_current_preset_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 1
|
||
dt.preferences.write(mod, 'active_current_preset', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_current_preset_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
GUI.Presets.load = dt.new_widget('button'){
|
||
label = _('load fusion preset'),
|
||
tooltip = _('load current fusion parameters from selected preset'),
|
||
clicked_callback = function() LoadFromPreference(GUI.Presets.current_preset.value) end
|
||
}
|
||
GUI.Presets.save = dt.new_widget('button'){
|
||
label = _('save to fusion preset'),
|
||
tooltip = _('save current fusion parameters to selected preset'),
|
||
clicked_callback = function() SaveToPreference(GUI.Presets.current_preset.value) end
|
||
}
|
||
GUI.Presets.variants = dt.new_widget('check_button'){
|
||
label = _('create image variants from presets'),
|
||
value = dt.preferences.read(mod, 'active_variants', 'bool'),
|
||
tooltip = _('create multiple image variants based on the three different presets of the specified type'),
|
||
clicked_callback = function(self)
|
||
dt.preferences.write(mod, 'active_variants', 'bool', self.value)
|
||
if self.value then
|
||
GUI.Target.on_conflict.selected = 1
|
||
GUI.Target.on_conflict.sensitive = false
|
||
GUI.Presets.variants_type.sensitive = true
|
||
else
|
||
GUI.Target.on_conflict.sensitive = true
|
||
GUI.Presets.variants_type.sensitive = false
|
||
end
|
||
end,
|
||
reset_callback = function(self) self.value = false end
|
||
}
|
||
temp = dt.preferences.read(mod, 'active_variants_type_ind', 'integer')
|
||
if not InRange(temp, 1, 2) then temp = 1 end
|
||
GUI.Presets.variants_type = dt.new_widget('combobox'){
|
||
label = _('create variants type'),
|
||
tooltip = _('preset type to be used when creating image variants'),
|
||
selected = temp,
|
||
'dri', 'dff',
|
||
changed_callback = function(self)
|
||
dt.preferences.write(mod, 'active_variants_type', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_variants_type_ind', 'integer', self.selected)
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 1
|
||
dt.preferences.write(mod, 'active_variants_type', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_variants_type_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
GUI.Presets.variants_type.sensitive = GUI.Presets.variants.value
|
||
temp = df.get_executable_path_preference(AIS.name)
|
||
GUI.exes.align_image_stack = dt.new_widget('file_chooser_button'){
|
||
title = 'align_image_stack ' .. _('binary path'),
|
||
value = temp,
|
||
tooltip = temp,
|
||
is_directory = false,
|
||
changed_callback = function(self) self.tooltip = self.value end
|
||
}
|
||
temp = df.get_executable_path_preference(ENF.name)
|
||
GUI.exes.enfuse = dt.new_widget('file_chooser_button'){
|
||
title = 'enfuse ' .. _('binary path'),
|
||
value = temp,
|
||
tooltip = temp,
|
||
is_directory = false,
|
||
changed_callback = function(self) self.tooltip = self.value end
|
||
}
|
||
temp = df.get_executable_path_preference(EXF.name)
|
||
GUI.exes.exiftool = dt.new_widget('file_chooser_button'){
|
||
title = 'exiftool ' .. _('binary path'),
|
||
value = temp,
|
||
tooltip = temp,
|
||
is_directory = false,
|
||
changed_callback = function(self) self.tooltip = self.value end
|
||
}
|
||
GUI.exes.update = dt.new_widget('button'){
|
||
label = _('update'),
|
||
tooltip = _('update the binary paths with current values'),
|
||
clicked_callback = function() ExeUpdate({AIS,ENF,EXF}) end
|
||
}
|
||
temp = GUI.Target.format.value
|
||
if temp == 'tif' then temp = 1
|
||
elseif temp == 'jpg' then temp = 2
|
||
else temp = 3
|
||
end
|
||
stack_compression.active = temp
|
||
for _,widget in pairs(GUI.AIS) do
|
||
widget.sensitive = GUI.align.value
|
||
end
|
||
GUI.Target.apply_style.sensitive = GUI.Target.auto_import.value
|
||
GUI.Target.copy_tags.sensitive = GUI.Target.auto_import.value
|
||
GUI.Target.add_tags.sensitive = GUI.Target.auto_import.value
|
||
|
||
local box_AIS = dt.new_widget('box'){
|
||
orientation = 'vertical',
|
||
label_AIS_options,
|
||
GUI.align,
|
||
GUI.AIS.radial_distortion,
|
||
GUI.AIS.optimize_field,
|
||
GUI.AIS.optimize_image_center,
|
||
GUI.AIS.auto_crop,
|
||
GUI.AIS.distortion,
|
||
GUI.AIS.gpu,
|
||
GUI.AIS.grid_size,
|
||
GUI.AIS.control_points,
|
||
GUI.AIS.control_points_remove,
|
||
GUI.AIS.correlation
|
||
}
|
||
local box_ENF = dt.new_widget('box'){
|
||
orientation = 'vertical',
|
||
label_ENF_options,
|
||
GUI.ENF.exposure_weight,
|
||
GUI.ENF.saturation_weight,
|
||
GUI.ENF.contrast_weight,
|
||
GUI.ENF.exposure_optimum,
|
||
GUI.ENF.exposure_width,
|
||
GUI.ENF.hard_masks,
|
||
GUI.ENF.save_masks,
|
||
GUI.ENF.contrast_window_size,
|
||
GUI.ENF.contrast_edge_scale,
|
||
GUI.ENF.contrast_min_curvature,
|
||
GUI.Presets.current_preset,
|
||
GUI.Presets.load,
|
||
GUI.Presets.save
|
||
}
|
||
local box_Target = dt.new_widget('box'){
|
||
orientation = 'vertical',
|
||
label_target_options,
|
||
GUI.Target.format,
|
||
GUI.Target.depth,
|
||
stack_compression,
|
||
label_directory,
|
||
GUI.Target.output_directory,
|
||
GUI.Target.source_location,
|
||
GUI.Target.on_conflict,
|
||
GUI.Presets.variants,
|
||
GUI.Presets.variants_type,
|
||
GUI.Target.auto_import,
|
||
GUI.Target.apply_style,
|
||
GUI.Target.copy_tags,
|
||
GUI.Target.add_tags
|
||
}
|
||
local box_exes = dt.new_widget('box'){
|
||
orientation = 'vertical',
|
||
GUI.exes.align_image_stack,
|
||
GUI.exes.enfuse,
|
||
GUI.exes.exiftool,
|
||
GUI.exes.update
|
||
}
|
||
GUI.options_contain = dt.new_widget('stack'){
|
||
box_AIS,
|
||
box_ENF,
|
||
box_Target,
|
||
box_exes,
|
||
active = 2
|
||
}
|
||
GUI.show_options = dt.new_widget('combobox'){
|
||
label = _('show options'),
|
||
tooltip = _('show options for specified aspect of output'),
|
||
selected = 2,
|
||
'align image stack', 'enfuse/enblend', 'target file',
|
||
changed_callback = function(self)
|
||
GUI.options_contain.active = self.selected
|
||
end,
|
||
reset_callback = function(self)
|
||
self.selected = 1
|
||
dt.preferences.write(mod, 'active_current_preset', 'string', self.value)
|
||
dt.preferences.write(mod, 'active_current_preset_ind', 'integer', self.selected)
|
||
end
|
||
}
|
||
local storage_widget = dt.new_widget('box') {
|
||
orientation = 'vertical',
|
||
GUI.show_options,
|
||
GUI.options_contain
|
||
}
|
||
|
||
-- Register new storage --
|
||
dt.register_storage(
|
||
'module_enfuseAdvanced', --Module name
|
||
_('DRI or DFF image'), --Name
|
||
show_status, --store: called once per exported image
|
||
main, --finalize: called once when all images have finished exporting
|
||
support_format, --supported
|
||
initial, --initialize
|
||
storage_widget
|
||
)
|
||
|
||
if dt.preferences.read(mod, 'bin_exists', 'bool') then
|
||
GUI.options_contain.active = 2
|
||
GUI.show_options.sensitive = true
|
||
else
|
||
GUI.options_contain.active = 4
|
||
GUI.show_options.sensitive = false
|
||
end
|
||
|
||
script_data.destroy = destroy
|
||
|
||
return script_data |