pax_global_header00006660000000000000000000000064151135163600014513gustar00rootroot0000000000000052 comment=ab61976766ce7935774ea19327dcd572d8dc065e Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/000077500000000000000000000000001511351636000204735ustar00rootroot00000000000000Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/.github/000077500000000000000000000000001511351636000220335ustar00rootroot00000000000000Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/.github/workflows/000077500000000000000000000000001511351636000240705ustar00rootroot00000000000000Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/.github/workflows/main.yml000066400000000000000000000007251511351636000255430ustar00rootroot00000000000000name: 'Repo Lockdown' on: pull_request_target: types: opened permissions: pull-requests: write jobs: action: runs-on: ubuntu-latest steps: - uses: dessant/repo-lockdown@v4 with: pr-comment: 'Thank you for contributing to Graphs by opening this pull request. The repository has been moved to the GNOME Gitlab, please open a merge request at [the GitLab page](https://gitlab.gnome.org/World/Graphs/-/merge_requests) instead.' Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/.gitignore000066400000000000000000000001521511351636000224610ustar00rootroot00000000000000#VSCode .vscode/ # Meson _build/ data/gschemas.compiled .flatpak-builder/ .flatpak/ # Python __pycache__/ Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/.gitlab-ci.yml000066400000000000000000000023161511351636000231310ustar00rootroot00000000000000include: - project: "GNOME/citemplates" file: "flatpak/flatpak_ci_initiative.yml" .vars: image: quay.io/gnome_infrastructure/gnome-runtime-images:gnome-49 variables: MANIFEST_PATH: se.sjoerd.Graphs.json FLATPAK_MODULE: graphs APP_ID: se.sjoerd.Graphs RUNTIME_REPO: "https://nightly.gnome.org/gnome-nightly.flatpakrepo" CI_IMAGE_X86_64: "quay.io/gnome_infrastructure/gnome-runtime-images:gnome-master" BUNDLE: "se.sjoerd.Graphs.flatpak" interruptible: true cache: key: "$CI_JOB_NAME" paths: - .flatpak-builder/downloads - .flatpak-builder/git - .flatpak-builder/cache # Build Flatpak for x86_64 flatpak@x86_64: stage: build extends: - .flatpak@x86_64 - .vars # Build Flatpak for aarch64 flatpak@aarch64: stage: build extends: - .flatpak@aarch64 - .vars python-lint: image: python:3.12.6 stage: .pre script: - pip install flake8 flake8-docstrings flake8-simplify flake8-unused-arguments flake8-quotes flake8-bugbear flake8-pie flake8-print flake8-warnings flake8-commas flake8-builtins flake8-import-order pep8-naming - flake8 vala-lint: image: "valalang/lint:latest" stage: .pre script: - io.elementary.vala-lint graphs Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/Graphs.doap000066400000000000000000000042471511351636000225730ustar00rootroot00000000000000 Graphs Plot and manipulate data Python Vala GTK 4 Libadwaita Sjoerd Stendahl sstendahl sstendahl sstendahl Christoph Kohnen cmkohnen cmkohnen cmkohnen Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/LICENSE000066400000000000000000001045151511351636000215060ustar00rootroot00000000000000 GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. 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The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, your program's commands might be different; for a GUI interface, you would use an "about box". You should also get your employer (if you work as a programmer) or school, if any, to sign a "copyright disclaimer" for the program, if necessary. For more information on this, and how to apply and follow the GNU GPL, see . The GNU General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. But first, please read . Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/README.md000066400000000000000000000132061511351636000217540ustar00rootroot00000000000000## We have moved The project source code is now hosted over on [GNOME Gitlab](https://gitlab.gnome.org/World/Graphs). # Graphs Plot and manipulate data with Graphs! ![image](https://gitlab.gnome.org/World/Graphs/-/raw/main/data/screenshots/sin_cos.png?ref_type=heads) Graphs is a simple, yet powerful tool that allows you to plot and manipulate your data with ease. New data can be imported from a wide variety of filetypes, or generated by equation. All data can be manipulated using a variety of operations. Apart from regular operations, Graphs also has support for curve fitting on the data, allowing you to effortlessly analyze trends within your datasets. Graphs supports extensive customization options to change the style of the plots. You can add and edit stylesheets in detail, allowing you to quickly save and apply existing stylesheets on new data. Graphs is an excellent fit for both plotting and data manipulation. The plots created with Graphs can be saved in a variety of formats suitable for sharing and presenting to a wide audience, such as in a scientific publication or presentations. It is also possible to save the plots as vector images, which can be easily edited in programs like Inkscape for further customization and refinement. Graphs is written with the GNOME environment in mind, but should be suitable for any other desktop environment as well. The operations include: - Shifting data - Normalizing Data - Smoothening data - Centering Data - Cutting Data - Combining Data - Translating data - Derivative and indefinite integral - Fourier Transformations - Custom transformations For feedback or general issues, please file an issue [at the GitLab issue tracker](https://gitlab.gnome.org/World/Graphs/-/issues). ## Install Graphs ### Stable Since Graphs is developed using GNOME Builder, most testing will be done in a Flatpak environment, and the recommended installation method is therefore to install Graphs from Flathub. An official build is also available on the Snap store:

Download on Flathub   Get it from the Snap Store

### Beta The latest testing version of Graphs is available in the Flathub beta channel. To install the beta, first the Flatpak remote needs to be configured: ```sh flatpak remote-add --if-not-exists flathub-beta https://flathub.org/beta-repo/flathub-beta.flatpakrepo ``` Then, install the application: ```sh flatpak install flathub-beta se.sjoerd.Graphs ``` To run the beta version by default, the following command can be used: ```sh sudo flatpak make-current se.sjoerd.Graphs beta ``` Note that the `sudo` is neccesary here, as it sets the current branch on the system level. To install this on a per-user basis, the flag `--user` can be used in the previous commands. To switch back to the stable version simply run the above command replacing `beta` with `stable`. A beta version is also available in the beta channel of the Snap Store. We are always looking for feedback, so feel free to report any issues or suggestions on the GitLab [issue tracker](https://gitlab.gnome.org/World/Graphs/-/issues). ## How to build from source This project is developed in [GNOME Builder](https://developer.gnome.org/documentation/introduction/builder.html). After cloning and opening the project, you can press run to verify you have all correct dependencies installed. You might need to install meson, if it is not already available on your system. When the project successfully ran, you can create a Flatpak-bundle on the buildchain menu, which you then can install on your system. If you want to try the latest development, we urge you to try the Flathub beta branch instead of building yourself. ### Build without Flatpak This project targets the GNOME Platform on Flathub. Manually building Graphs for any other platform is currently **not supported**. If you want to build without Flatpak anyway these instructions might help: build-time dependencies: `meson, blueprint-compiler, gettext`, `vala`, `gtk4-devel`, `libadwaita-devel` runtime dependencies: `matplotlib, python3-matplotlib-gtk4, scipy, numpy, numexpr, sympy` The actual package names might vary depending on your distribution, and depending on your distribution additional packages may be required. building: ``` git clone https://gitlab.gnome.org/World/Graphs.git cd Graphs meson setup build ninja -C build ninja -C build/ install ``` Uninstall could then be done with the following: ``` ninja -C build/ uninstall ``` Please note, that this install might have issues that the Flatpak version does not. ## How to contribute ### Translations Graphs is translated on the GNOME translation platform [Damned Lies](https://l10n.gnome.org/module/Graphs). If you wish to contribute by translating Graphs, you can join a language team. More information on that can be found on the [GNOME Translation Project Wiki](https://wiki.gnome.org/TranslationProject). ### Code If you wish to contribute to the code of Graphs, feel free to submit a [Merge Request](https://gitlab.gnome.org/World/Graphs/-/merge_requests). We are always happy for contributions, and new code is generally reviewed within a few days time. ### Feedback and bug reports If you found an issue or have general feedback, please file an issue at the [issue tracker](https://gitlab.gnome.org/World/Graphs/-/issues). ## Code of Conduct This project follows the [GNOME Code of Conduct](https://conduct.gnome.org/committee/). 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numpy==1.26.4 - scipy==1.13.0 - sympy==1.12 prime: - -usr/bin/activate* - -usr/bin/Activate.ps1 - -usr/bin/python* - -usr/bin/pip* - -pyvenv.cfg - -share - -include - -lib - -lib64 - -usr/lib/*/dist-packages/pip* - -usr/lib/*/dist-packages/setuptools* - -usr/lib/*/dist-packages/pkg_resources* organize: bin: usr/bin lib/python3.12/site-packages: usr/lib/python3/dist-packages graphs: after: [ python-deps ] plugin: meson source: . meson-parameters: - --prefix=/snap/graphs/current/usr - --buildtype=release build-environment: - PYTHONPATH: $CRAFT_STAGE/usr/lib/python3/dist-packages:$PYTHONPATH build-snaps: - blueprint-compiler/latest/edge organize: snap/graphs/current: . parse-info: [usr/share/appdata/se.sjoerd.Graphs.appdata.xml] apps: graphs: command: usr/bin/graphs desktop: usr/share/applications/se.sjoerd.Graphs.desktop common-id: se.sjoerd.Graphs environment: PYTHONPATH: $SNAP/usr/lib/python3/dist-packages:$PYTHONPATH GI_TYPELIB_PATH: $SNAP/usr/lib/$CRAFT_ARCH_TRIPLET/girepository-1.0:$GI_TYPELIB_PATH extensions: [gnome] Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/000077500000000000000000000000001511351636000214045ustar00rootroot00000000000000Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/Logo.svg000066400000000000000000000101701511351636000230240ustar00rootroot00000000000000 Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/generate_gresource.py000066400000000000000000000125021511351636000256260ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Generate Graphs GResource at build time.""" import argparse import importlib.util import logging import shutil import sys from pathlib import Path from xml.etree import ElementTree from PIL import Image from gi.repository import Gio from matplotlib import font_manager import numpy parser = argparse.ArgumentParser( description="Generate Graphs GResource at build time.", ) parser.add_argument( "out", help="The output file", ) parser.add_argument( "dir", help="Path to build directory", ) parser.add_argument( "style_io", help="Path to style_io.py", ) parser.add_argument( "--ui", required=True, nargs="+", dest="ui", help="List of UI Files.", ) parser.add_argument( "--styles", required=True, nargs="+", dest="styles", help="List of Styles.", ) parser.add_argument( "--other", required=True, nargs="+", dest="other", help="List of other Files to include at toplevel.", ) parser.add_argument( "--icons", required=True, nargs="+", dest="icons", help="List of icon Files.", ) args = parser.parse_args() # Check fonts font_list = font_manager.findSystemFonts(fontpaths=None, fontext="ttf") for font in font_list: try: font_manager.fontManager.addfont(font) except RuntimeError: logging.warning("Could not load %s", font) # Disable matplotlib logging logging.getLogger("matplotlib.font_manager").setLevel(logging.ERROR) # dynamically import style_io spec = importlib.util.spec_from_file_location("style_io", args.style_io) style_io = importlib.util.module_from_spec(spec) sys.modules["style_io"] = style_io spec.loader.exec_module(style_io) # GResource tree creation gresources = ElementTree.Element("gresources") main_gresource = ElementTree.SubElement( gresources, "gresource", attrib={"prefix": "/se/sjoerd/Graphs/"}, ) # Begin Other Section for file in args.other: name = Path(shutil.copy(file, args.dir)).name element = ElementTree.SubElement( main_gresource, "file", attrib={ "compressed": "True", }, ) element.text = name # End Other Section # Begin style section styles = {} styles_gresource = ElementTree.SubElement( gresources, "gresource", attrib={"prefix": "/se/sjoerd/Graphs/styles/"}, ) for style_path in args.styles: style_file = shutil.copy(style_path, args.dir) name = Path(style_file).name style_element = ElementTree.SubElement( styles_gresource, "file", attrib={ "compressed": "True", }, ) style_element.text = name params_file = Gio.File.new_for_path(style_file) params, stylename = style_io.parse(params_file) out_path = Path(args.dir, name.replace(".mplstyle", ".png")) styles[stylename] = out_path with open(out_path, "wb") as out_file: style_io.create_preview(out_file, params, "png") preview_element = ElementTree.SubElement( main_gresource, "file", attrib={ "compressed": "True", }, ) preview_element.text = out_path.name def _to_array(file_path): with open(file_path, "rb") as file: return numpy.array(Image.open(file).convert("RGB")) # Generate stitched system previews for Adwaita and Yaru for sys_style in ("Adwaita", "Yaru"): light_array = _to_array(styles[sys_style]) dark_array = _to_array(styles[sys_style + " Dark"]) height, width = light_array.shape[0:2] stitched_array = numpy.concatenate( (light_array[:, :width // 2], dark_array[:, width // 2:]), axis=1, ) stitched_image = Image.fromarray(stitched_array) out_path = Path(args.dir + "/system-style-" + sys_style.lower() + ".png") with open(out_path, "wb") as file: stitched_image.save(file, "PNG") preview_element 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Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/icons/transform-symbolic.svg000066400000000000000000000024201511351636000270700ustar00rootroot00000000000000 Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/icons/up-symbolic.svg000066400000000000000000000007271511351636000255110ustar00rootroot00000000000000 Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/icons/vertical-arrows-symbolic.svg000066400000000000000000000035761511351636000302160ustar00rootroot00000000000000 Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/meson.build000066400000000000000000000137131511351636000235530ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later desktop_file_in = configure_file( input: application_id + '.desktop.in', output: application_id + '.desktop.in', configuration: conf, ) desktop_file = i18n.merge_file( input: desktop_file_in, output: application_id + '.desktop', type: 'desktop', po_dir: '../po', install: true, install_dir: join_paths(datadir, 'applications'), ) desktop_file_validate = find_program('desktop-file-validate', required: false) if desktop_file_validate.found() test('Validate desktop file', desktop_file_validate, args: [desktop_file.full_path()], ) endif appstream_file_in = configure_file( input: application_id + '.appdata.xml.in', output: application_id + '.appdata.xml.in', configuration: conf, ) appstream_file = i18n.merge_file( input: appstream_file_in, output: application_id + '.appdata.xml', po_dir: '../po', install: true, install_dir: join_paths(datadir, 'appdata'), ) # Validate Appdata appstreamcli = find_program('appstreamcli', required: false) if (appstreamcli.found()) test('Validate appstream file', appstreamcli, args: ['validate', '--no-net', '--explain', appstream_file.full_path()], workdir: meson.current_build_dir(), ) endif install_data(application_id + '.gschema.xml', install_dir: join_paths(datadir, 'glib-2.0/schemas'), install_mode: 'rwxrwxrwx', ) gnome.compile_schemas( depend_files: [application_id + '.gschema.xml'], ) install_data(application_id + '.mime.xml', install_dir: get_option('datadir') / 'mime/packages', ) compile_schemas = find_program('glib-compile-schemas', required: false) if compile_schemas.found() test('Validate schema file', compile_schemas, args: ['--strict', '--dry-run', meson.current_source_dir()], ) endif blueprint_files = [ 'ui/add-equation.blp', 'ui/add-style.blp', 'ui/curve-fitting.blp', 'ui/dialogs.blp', 'ui/edit-item.blp', 'ui/export-figure.blp', 'ui/figure-settings-dialog.blp', 'ui/figure-settings-page.blp', 'ui/fitting-parameters.blp', 'ui/import.blp', 'ui/import-columns.blp', 'ui/item-box.blp', 'ui/shortcuts.blp', 'ui/smoothen-settings.blp', 'ui/style-color-box.blp', 'ui/style-editor.blp', 'ui/style-preview.blp', 'ui/transform.blp', 'ui/window.blp', ] blueprints_ui = [] foreach b : blueprint_files blueprints_ui += b.replace('.blp', '.ui') endforeach blueprints = custom_target('blueprints', input: files(blueprint_files), output: '.', command: [find_program('blueprint-compiler'), 'batch-compile', '@OUTPUT@', '@CURRENT_SOURCE_DIR@', '@INPUT@'], ) styles = files( 'styles/adwaita.mplstyle', 'styles/adwaita-dark.mplstyle', 'styles/bmh.mplstyle', 'styles/classic.mplstyle', 'styles/dark-background.mplstyle', 'styles/fivethirtyeight.mplstyle', 'styles/ggplot.mplstyle', 'styles/grayscale.mplstyle', 'styles/matplotlib.mplstyle', 'styles/seaborn.mplstyle', 'styles/seaborn-bright.mplstyle', 'styles/seaborn-colorblind.mplstyle', 'styles/seaborn-dark-palette.mplstyle', 'styles/seaborn-deep.mplstyle', 'styles/seaborn-muted.mplstyle', 'styles/seaborn-paper.mplstyle', 'styles/seaborn-pastel.mplstyle', 'styles/seaborn-poster.mplstyle', 'styles/seaborn-talk.mplstyle', 'styles/seaborn-ticks.mplstyle', 'styles/seaborn-white.mplstyle', 'styles/seaborn-whitegrid.mplstyle', 'styles/solarized-light.mplstyle', 'styles/tableau-colorblind10.mplstyle', 'styles/thesis.mplstyle', 'styles/yaru.mplstyle', 'styles/yaru-dark.mplstyle', ) icons = files ( 'icons/axes-one-quadrant-symbolic.svg', 'icons/center-symbolic.svg', 'icons/check-round-outline-whole-symbolic.svg', 'icons/color-picker-symbolic.svg', 'icons/derivative2-symbolic.svg', 'icons/fast-fourier-transform-symbolic.svg', 'icons/graph-symbolic.svg', 'icons/function-third-order-symbolic.svg', 'icons/history-undo-symbolic.svg', 'icons/horizontal-arrows-symbolic.svg', 'icons/info-symbolic.svg', 'icons/image-print-symbolic.svg', 'icons/integral-symbolic.svg', 'icons/inverse-fast-fourier-transform-symbolic.svg', 'icons/left-symbolic.svg', 'icons/list-compact-symbolic.svg', 'icons/loupe-symbolic.svg', 'icons/move-tool-symbolic.svg', 'icons/normalize-symbolic.svg', 'icons/right-symbolic.svg', 'icons/settings-symbolic.svg', 'icons/shift-symbolic.svg', 'icons/smoothen-symbolic.svg', 'icons/transform-symbolic.svg', 'icons/vertical-arrows-symbolic.svg', 'icons/up-symbolic.svg', 'icons/down-symbolic.svg', ) other = files( 'style.css', 'style-hc.css', 'whats_new', ) gresource = custom_target('gresource', input: [blueprints, styles, icons, other], output: application_id + '.gresource.xml', depends: blueprints, command: [ python, files('generate_gresource.py'), '@OUTPUT@', meson.current_build_dir(), files('../graphs/style_io.py'), '--styles', styles, '--ui', blueprints_ui, '--icons', icons, '--other', other, ], ) gresource_hack = custom_target('gresource_hack', input: gresource, output: 'gresource_hack.vala', command: [find_program('touch'), '@OUTPUT@'], ) gresource_bundle = gnome.compile_resources(application_id, gresource, dependencies: gresource, gresource_bundle: true, source_dir: meson.current_build_dir(), install: true, install_dir: pkgdatadir, c_name: meson.project_name(), ) devenv.set('GRAPHS_OVERRIDE_RESOURCES', gresource_bundle.full_path()) scalable_dir = join_paths('icons', 'hicolor', 'scalable', 'apps') icon_name = ('@0@.svg').format(application_id) if debug icon_name = ('@0@.Devel.svg').format(application_id) endif install_data(join_paths(scalable_dir, icon_name), rename: ('@0@.svg').format(application_id), install_dir: join_paths(datadir, scalable_dir), ) symbolic_dir = join_paths('icons', 'hicolor', 'symbolic', 'apps') install_data(join_paths(symbolic_dir, ('@0@-symbolic.svg').format(application_id)), install_dir: join_paths(datadir, symbolic_dir), ) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/screenshots/000077500000000000000000000000001511351636000237445ustar00rootroot00000000000000Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/screenshots/add_equation.png000066400000000000000000000531171511351636000271160ustar00rootroot00000000000000PNG  IHDR<(ϑsBIT|dtEXtSoftwaregnome-screenshot>&tEXtCreation Timetor 11 jan 2024 14:44:02 IDATxyxu?wWW9 ppܠr"32^;ft]wGewq.q: #!ܐ *$G$tWUVwN:}z~SOOUDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDDD=L$ nS"" r Hs2#wADDA躾ODD}K @}m֗ȟ>B HDD] ~9 $EJBD 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Plot and manipulate data @AUTHOR@

Graphs is a simple, yet powerful tool that allows you to plot and manipulate your data with ease. New data can be imported from a wide variety of filetypes, or generated by equation. All data can be manipulated using a variety of operations such as the ability to select, cut, translate, multiply, center and smoothen data, as well as apply any custom transformations on the data.

Moreover, Graphs supports curve fitting on imported data and offers extensive customization options for the style of the plots. You can fine-tune and personalize stylesheets to your liking.

Graphs is an excellent fit for both plotting and data manipulation. The plots created with Graphs can be saved in a variety of formats suitable for sharing and presenting to a wide audience, such as in a scientific publication or presentations. Additionally, the option to save plots as vector images allows for easy editing in software like Inkscape for further refinement. Graphs is written with the GNOME environment in mind, but should be suitable for any other desktop environment as well.

For any feedback, questions or general issues, please file an issue on the GitLab page.

@APPLICATION_ID@.desktop graphs @ISSUE_URL@ @HELP_URL@ @HOMEPAGE_URL@ @VCS_URL@ https://l10n.gnome.org/module/Graphs/ 1 - Plot and manipulate any data of choice https://gitlab.gnome.org/World/Graphs/-/raw/main/data/screenshots/sin_cos.png 2 - Full support for light and dark mode https://gitlab.gnome.org/World/Graphs/-/raw/main/data/screenshots/sin_cos_dark.png 3 - Generate data from an equation https://gitlab.gnome.org/World/Graphs/-/raw/main/data/screenshots/add_equation.png 4 - Edit plot stylesheets https://gitlab.gnome.org/World/Graphs/-/raw/main/data/screenshots/previews.png 5 - Manipulate imported data with ease https://gitlab.gnome.org/World/Graphs/-/raw/main/data/screenshots/curve_fitting.png

Minor update, offering some language updates.

Minor update

  • Update to the GNOME 48 runtime
  • Update runtime dependencies to the latest versions
  • Slightly tweak the system styles to match GNOME 48
  • Updated translations

Minor update with the new GNOME 47 runtime.

  • Update to the GNOME 47 runtime with support for accent colours
  • Update runtime dependencies to the latest versions
  • Improve the canvas rubberband drawing
  • Improved equation parsing

Minor update, offering some language updates.

Minor update, offering some language updates.

Minor update focusing on some bug fixes and language updates.

  • Updates to the translations, and added support for Hungarian
  • The minimum height of the window has been reduced significantly
  • Style previews are bundled with the build, resulting in a about 600% faster start-up times
  • Pressing "Set as default" in the Figure settings now properly shows a toast again
  • Fixed a bunch of issues with regard to equation generations
  • Custom equations in the curve fitting dialog are now stored properly
  • Parameters in the curve fitting dialog are now displayed, even when no proper initial fit could be made
  • Fixed a bug where importing data was not working in case any whitespace was used with the delimiter
  • Fixed an issue where the custom delimiter was not always in the dialog shown when importing data
  • Fixed a bug where the "New Project" dialog would not trigger

A smaller release focusing on mostly background changes.

  • Help has been ported to Yelp and can be accessed from whithin the app
  • Numerical entries now show the validity of user input
  • Improve equation handling
  • Added some new goniometric functions such as the hyperbolic sinoids and their inverses
  • Graphs now fully supports touch screen devices
  • There is now a warning, when editing a style with poor contrast between labels and background colors
  • Curve fitting now supports duplicate variables, and has gotten some bug fixes with regards to equation naming
  • Many improvements to localization
  • Many updates to translations
  • Update to GNOME 46
  • Lots of background changes to improve performance

Graphs is now part of GNOME Circle, the codebase has been moved to the GNOME GitLab. This patch changes updates the metadata to reflect this, and adds some small quality-of-life changes.

Full changelist:

  • The label and title size can now be set within finer increments
  • Data that has been hidden is no longer used when setting the limits automatically
  • Slight performance increasements with regard to preview generation
  • Updated the metadata to reflect the move to GNOME GitLab

Minor patch with a few tweaks.

  • Some strings were updated to use Title Case
  • Local translations have been updated to the latest version at Weblate
  • The highlighted area now deactivates after performing an operation
  • The subtitle now just shows the location without the filename

Version 1.7 marks our biggest release yet. With a migration to GNOME 45 and a new UI overhaul with a revamped style editor. Other major highlights include a new curve fitting functionality, the ability to open projects directly and support for gestures in the canvas. A full changelog can be found below:

New in Graphs:

  • The style editor has been revamped completely and now shows previews for each style
  • Curve fitting functionality has been added to Graphs
  • Graphs can now open data as well as Graphs project files directly from the file manager
  • When closing the application while unsaved changes are present, a dialog is now shown allowing you to save the data
  • The active project and its directory are now shown in the headerbar, including an indicator for unsaved changes
  • Graphs now includes forwards/backwards buttons to quickly navigate to the next and previous view
  • The smoothening action can now be configured with a choice of two different filters, a rolling average and a LOESS Savitzky-Gotsky filter
  • A new Yaru style has been added, which is set as the default system style for the Snap package when Yaru is used in the system, offering a more consistent experience
  • The default matplotlib style has been added to Graphs
  • The title font size can now be changed with respect to the overall font size
  • New scaling options are available for the axes, allowing for radian, square root and inverse scaling
  • Transparent colours for the curves are now supported
  • Superscript characters are now supported when entering equations
  • Support has been added for cotangents, secants and cosecants for equations and transformations
  • Headers are now written to exported files if present in the originally imported data
  • Style sheets now allow you to choose whether a frame should be drawn around the axes
  • The size of the title and labels can now be set seperately in the style editor
  • Importing column data is now more robust, supporting expressions as data points
  • Pinch and ctrl+scroll to zoom gestures are now supported on the canvas
  • The canvas can now be panned using two fingers on a touch screen, as well as with the middle mouse button
  • Toasts now show an "Open Location" button when saving data, bringing you to the saved file location
  • Translate/multiply entries now get a red CSS when input value is invalid, while the corresponding button is disabled

Changed behaviour:

  • Several linguistic changes were made, to get a clearer and more consistent description
  • The syntax for equations has been simplified
  • Delimiters can now be specified from a dropdown menu instead of having to rely on regex
  • The used axes limits are now saved when saving/loading a project
  • Settings related to specific axes are now only displayed when the axis is in use
  • The preferences have been redesigned and simplified, leaving only a single dialog for the figure settings
  • The drag and drop animation when moving items has been improved
  • The headerbar now follows the color of the used stylesheet, giving a more unified look
  • The shortcuts have been modified to follow the rest of the GNOME ecosystem
  • The logic for placing the legend has been changed, so that it now properly moves away when it intersects with a curve
  • The behaviour of the "Shift" action has been revamped to be more consistent when only part of the data span is selected

Bugfixes and changes under the hood:

  • Graphs has been migrated to GNOME 45, and uses the new Libadwaita 1.4 widgets
  • Number inputs are now handled safely without calling the Python eval function
  • The clipboard implementation has been rewritten from scratch
  • The scale buttons in the view menu are now properly changed when the scale has been changed from the figure settings
  • Automatic scaling is now handled properly even when the dataset contains infinite values
  • Graphs now uses unit tests, reducing the risk of regression bugs
  • Part of the code-base has been migrated to Vala
  • Fixed a bug where "Skip rows" did not work properly with single-column data
  • Fixed a bug where rows would change width when selected in case they are adjecent to other entry rows.
  • Graphs translations are now hosted on Weblate
  • More smaller changes and fixes throughout the code-base

Minor patch with some bug fixes:

  • Fixed a bug where "Export Figure" and "Preferences" could not be loaded
  • The "Add data from file" dialog now has filters to make it easier to find the required files.
  • Fixes a bug where the first data point would not be loaded
  • Fixed a bug all styles in the style manager had a check-mark if the system preferred style was used.
  • Fixed a bug where the legend would not be removed from the graph when toggled off, until it was completely reloaded.
  • Automatic axes limits are no longer rounded, which used to lead to problems with the scaling when using data span with a large amount of significant digits.
  • Removed some shortcuts that were overlapping with typing a capital character, making it difficult to write a capital for the respective characters in titles and labels.

New in Graphs:

  • Data can now be opened directly from project files.
  • Adds Dutch translation for Graphs.
  • Adds Turkish translation for Graphs.
  • Adds Swedish translation for Graphs.

Changes:

  • Graphs now always follows the preset system style, unless custom style is set
  • Action dialogs have been changed to follow the GNOME HIG.
  • Regular and advanced import have been merged, offering a single method to import data
  • Labels are now set as an item attribute when loading a new data set with headers, data will be plotted on a new axis when different data types are added.
  • Axis limits are now persistent when saving and opening projects.
  • The axis limits are now reset more intelligently, resulting in fewer unneeded resets
  • Graphs now uses GFile when handling data and figures
  • Multiple refactors under the hood

Bugfixes:

  • Fixed an upstream bug in Matplotlib where part of the Graph would be cut off at scaled resolutions.
  • Fixed a bug where the styles could not be deleted
  • Fixed a bug where the styles could not be reset to defaults
  • Fixed a bug where the legend would remain when all data is removed
  • Fixed a bug where Graphs would crash when the name of an item is changed and a new item is selected from the dropdown.

Changes:

  • Add support for .xry file types from Leybold X-Ray apparatus.
  • Add support for single-column files
  • Changed the behaviour of the canvas so that the limits are not reset unnecessarily
  • Started work to add localization support
  • Refactors under-the-hood

Bug fixes:

  • Fixed a bug where data was not saved when multiple files were exported simultaneously

Hotfix update with bug fixes:

  • Fixes a bug that prevents "Add Equation" from generating new data
  • Fixes a bug where a change of item properties was not included in the clipboard when loading a new style
  • Fixes a bug where the "Restore View" did not properly find the correct limits in specific situations

Major Highlights

  • Massive UI overhaul
  • Save and Load functionality
  • Customizable Plot Styles
  • Loads of optimizations and refactors in the background

Detailed Changelist

  • Removed PIP mode
  • Removed Toolbar
  • Sidebar is now responsive
  • Rearranged button layouts
  • Dialogs now save automatically
  • Graph now has three different interaction modes: pan, zoom and select
  • Operation Buttons are now enabled only when items are selected
  • Operations can now be be performed for just a selected span of data
  • Added combine operation
  • Added custom Adwaita stylesheets for the graph
  • Added a function to quickly change axis scale in the view menu
  • Added a notice when no data is loaded
  • Added functionality to save and load a project
  • Graph ornaments like the zoom rectangle and selector overlay now follow the system colors
  • Follow GNOME HIG in regards to keyboard shortcuts
  • Add a warning dialog, when opening a project while data is loaded
  • Separate Item related options into own dialog
  • Added Toasts on some occasions
  • Removed some options in Preferences, Plot Settings and the Item menu
  • Added a Plot Style editor
  • Plot limits can now be set in Plot Settings
  • Added reordering of items via drag and drop
  • Added an option to hide unselected items from the graph
  • Added a dialog before exporting the figure
  • Support for Panalytical .xdrml files
  • Improved clipboard behaviour

Background Changes

  • Loads of optimizations and refactors
  • Migrate to GNOME 44
  • Blueprint is now used for the UI
  • Introduce linting and follow PEP8
  • Many fixed bugs and edge cases

Minor update with updated AppID.

  • The sidebar is now retractable
  • Graphs now uses symbolic GNOME icons in the toolbar wherever possible
  • The legend is now accomponied with a frame for all styles in order to improve readability
  • Some code clean-up has been performed
  • The new app-id for Graphs is now se.sjoerd.Graphs

Major update with a significant UI overhaul.

New in Graphs:

  • The data list has been completely redesigned, with a selection mode toggle to select/deselect data sets
  • The action grid on the left has been replaced by Expander Rows, sorting the actions by category
  • Checkboxes in settings have been replaced by switches
  • Old entry rows have been replaced by AdwEntryRows
  • The save data button has been moved to the header bar
  • There's no longer an error shown when a new config file is loaded (such as on initial setup)
  • There's now multiple options to choose from on how to handle data with the same name
  • The translation and multiplication transforms now also accept basic expressions (such as 1/2 instead of 0.5)

Bugfixes and other changes:

  • "Shift vertically" option now works properly on linear scale as well
  • Fixed a bug where the last graph to be deleted was still shown
  • Fixed a bug where the text in the dropdown menu of plot-settings didn't update when changing the name of a data set
  • Fourier transforms are now sorted so that the x-data is continiously increasing
  • Added new screenshots for Flathub
  • Some code clean-up has been performed

Minor update with some bugfixes, plus a new logo!

New in Graphs:

  • Graphs has a new icon that is more in-line with the GNOME guidelines!

Bugfixes:

  • Fixed a bug where the graph lines was drawn on top of the legend in certain cases
  • Fixed a bug where the legend wasn't shown for the picture-in-picture graph

Slightly bigger update than usual, with new features and some bug fixes.

New in Graphs:

  • Added the ability to get the derivative of the data
  • Added the ability to get the indefinite integral of the data
  • Added the ability to get the Fast Fourier Transform of the data
  • Added the ability to get the Inverse Fast Fourier Transform of the data
  • Added preference options for the default settings in the "Add equation" window
  • Added tooltips for all buttons on the main window

Other Changes:

  • Default graph limits have been improved, most prominently the y-axis scaling on a linear scale now shows a small margin in both directions if the y-data has a constant value
  • Changed the "reset view" button to use Graph's own canvas limits function, as the built-in version of the toolbar didn't always work properly
  • Gave the "Save Data" option a blue "Suggested action" colour
  • Update Screenshots on Flathub

Bugfixes:

  • Fixed a bug where the x-axis limits were not applied properly if the y-axis was on the right-hand side
  • Fixed a bug where equations would not function without having an X variable. (e.g. Y = 5 is now an accepted equation)
  • Fixed a bug where the initial values for data generated by equation were not added to the clipboard, making it possible to "undo" to the initial state

Minor update mostly focused on the color picker, plus minor quality of life stuff.

  • Changed the color picker to a pop-over window
  • Data set no longer deselects when changing the color
  • Removed the file extensions in the label used for each data set
  • When saving multiple files, files that already exists are saved with a (copy) suffix instead of overwriting the existing file
  • Minor code cleanup

Minor update:

  • Made all pop-up windows modal
  • Added the ability to change axes labels and the title of the plot by double clicking

Brings some minor quality of life features.

  • Ctrl+S now opens the Save Data dialog
  • Fixed a bug where custom settings for tick positions no longer worked properly

Probably last update of the year, most noteworthy is the ability to plot data on right and bottom axis independently. Operations on cutting data still work seamlessly, even when using different axes! Next few updates will probably mainly focus on polish and code clean-up.

  • Added the option to plot data on the right-hand axis
  • Added the option to plot data on the top axis
  • Added the ability to use different labels for right and top axis
  • Scaling of top-bottom and right-left is now handled independently
  • Added a series of toast pop-ups for common actions and errors
  • Made some linguistic changes

Hot-fix update, fixes some bugs with the new "plot settings" window

  • Fixed a bug where the axes labels and title would go back to default when plot settings was opened twice
  • Fixed a bug where the new font wouldn't properly display in plot settings menu
  • Fixed a bug where shortcut would stop working after opening plot settings menu
  • Added a shortcut to open plot settings menu (ctrl+shift+p)
  • Reordered Flathub screenshots

With the ability to edit axes properties without changing the default settings, all essential features are in and it's time to declare v1.2.0. Also added some QoL features. Still many ideas are yet to be implemented. See current changelog below:

  • The "Plot Settings" button now also contains a tab to edit the axes properties
  • The pop-up graph now follows the same scaling as the regular graph
  • Added a shortcut to select all data sets
  • Added a shortcut to deselect all data sets
  • Pressing delete now deletes all selected data sets
  • Changed the wording in "Transform Data" ui to be less confusing
  • Tweaked the save icon a bit
  • Updated Flathub description
  • Made new screenshots for Flathub
  • Changed the webpage to direct to the landing page of Graphs (under construction)

Minor update:

  • Added a "Plot settings" option to control the individual line settings
  • Added a pop-up button to show the graph in a separate window
  • Gave certain buttons a blue "Suggested action" colour
  • Fixed a bug where the advanced column choice didn't work for column indices higher than 1'
  • Some minor bug fixes

Minor update, next update will add an option to control individual line settings (e.g. thickness and style):

  • Cleaned up preferences, making it easier to find the correct setting
  • Linguistic chances
  • Minor UI tweaks in the pop up windows
  • Groundwork for the individual line settings in the code

Major update:

  • Improved the UI for the "Add equation" and "Transform data" windows
  • Added import settings
  • Added an advanced import setting
  • Changed the "general" tab in settings to be the default view
  • Changed screenshots for Flathub
  • Changed capitalization to be more in line with the GNOME HIG
  • Other minor linguistic changes

Minor update with some bug fixes, next update will focus on adding more options for file imports:

  • Fixed a bug where files with a special character in the name didn't save
  • Fixed a bug where minor ticks would show anyway when ticks were turned off
  • Configuration now resets when new options are detected (instead of crashing the application)
  • Added an option to allow for duplicate filenames when importing

Name change and more bugfixes

  • Changed the name of the application to be more in line with the GNOME HIG
  • Transformation window can be closed with the escape button
  • Fixed a bug where graph would not plot if any of the values where infinite (e.g. if equation Y = 1/X was plotted)
  • Step-size, X-start and X-stop in add-equation window now also handle numpy notation

Minor update with some bugfixes

  • Add equation window can now be closed with the escape button
  • File chooser dialog and preference dialogs are modal (stick to parent window)
  • Remove arrow from hamburger menu
  • Add a placeholder hint to Add equation window name
  • Changed saving behaviour to allow saving files without file system access for flatpak
  • Fixed a bug in the add equation window where powers were not working
  • Fixed a bug in add equation window where duplicate filenames were not detected properly

Initial release

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lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: False axes.spines.left: False axes.spines.top: False axes.spines.right: False # ticks xtick.direction: in xtick.minor.visible: True xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 4 xtick.minor.size: 2 xtick.alignment: center ytick.direction: in ytick.minor.visible: True ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 4 ytick.minor.size: 2 ytick.alignment: center xtick.bottom: True ytick.left: True xtick.top: False ytick.right: False # grid axes.grid: True axes.grid.which: major axes.grid.axis: both grid.linewidth: 0.6 grid.alpha: 0.6 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 000000 axes.labelcolor: 000000 xtick.labelcolor: 000000 ytick.labelcolor: 000000 xtick.color: 5E5C64 ytick.color: 5E5C64 axes.edgecolor: 5E5C64 grid.color: 9A9996 axes.facecolor: FAFAFB figure.facecolor: FAFAFB figure.edgecolor: FAFAFB axes.prop_cycle: cycler('color', ['1A5FB4', '26A269', 'E5A50A', 'C64600', 'A51D2D', '613583', '63452C', '9A9996']) patch.facecolor: 1A5FB4 # other axes.linewidth: 0.8 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.linewidth: .3 image.cmap: Greys legend.numpoints: 1 legend.scatterpoints: 1Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/bmh.mplstyle000066400000000000000000000043261511351636000252750ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # BMH # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 legend.fontsize: 12 figure.labelsize: 12 figure.titlesize: 16 axes.titlesize: 16 # lines lines.linewidth: 2 lines.linestyle: solid lines.marker: none lines.markersize: 6 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0.5 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: projecting lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: in xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 4 xtick.minor.size: 2 xtick.alignment : center ytick.direction: in ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 4 ytick.minor.size: 2 ytick.alignment: center xtick.bottom: True ytick.left: True xtick.top: True ytick.right: True # grid axes.grid: True axes.grid.which: major axes.grid.axis: both grid.linewidth: 0.5 grid.alpha: 1.0 grid.linestyle: -- # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: BCBCBC grid.color: B2B2B2 axes.facecolor: EEEEEE figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['348ABD', 'A60628', '7A68A6', '467821', 'D55E00', 'CC79A7', '56B4E9', '009E73', 'F0E442', '0072B2']) patch.facecolor: 348ABD # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.linewidth: 0.5 patch.edgecolor: eeeeee patch.antialiased: True text.hinting_factor: 8 mathtext.fontset: cmGraphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/classic.mplstyle000066400000000000000000000143611511351636000261500ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Classic # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.0 lines.linestyle: solid lines.marker: none lines.markersize: 6 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0.5 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: projecting lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: in xtick.minor.visible: False xtick.major.width: 0.5 xtick.minor.width: 0.5 xtick.major.size: 4 xtick.minor.size: 2 xtick.alignment: center ytick.direction: in ytick.minor.visible: False ytick.major.width: 0.5 ytick.minor.width: 0.5 ytick.major.size: 4 ytick.minor.size: 2 ytick.alignment: center xtick.bottom: True ytick.left: True xtick.top: True ytick.right: True # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 0.5 grid.alpha: 1.0 grid.linestyle: : # padding xtick.major.pad: 4 xtick.minor.pad: 4 ytick.major.pad: 4 ytick.minor.pad: 4 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 000000 axes.labelcolor: 000000 xtick.labelcolor: 000000 ytick.labelcolor: 000000 xtick.color: 000000 ytick.color: 000000 axes.edgecolor: 000000 grid.color: 000000 axes.facecolor: FFFFFF figure.facecolor: BFBFBF figure.edgecolor: BFBFBF axes.prop_cycle: cycler('color', ['0000FF', '008000', 'FF0000', '00BFBF', 'BF00BF', 'BFBF00', '000000']) patch.facecolor: 0000FF # other axes.linewidth: 1.0 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.linewidth: 1.0 patch.force_edgecolor: True patch.edgecolor: k patch.antialiased: True hatch.color: k hatch.linewidth: 1.0 hist.bins: 10 font.stretch: normal font.serif: DejaVu Serif, New Century Schoolbook, Century Schoolbook L, Utopia, ITC Bookman, Bookman, Nimbus Roman No9 L, Times New Roman, Times, Palatino, Charter, serif font.cursive: Apple Chancery, Textile, Zapf Chancery, Sand, Script MT, Felipa, cursive font.fantasy: Comic Sans MS, Chicago, Charcoal, ImpactWestern, Humor Sans, fantasy font.monospace: DejaVu Sans Mono, Andale Mono, Nimbus Mono L, Courier New, Courier, Fixed, Terminal, monospace text.usetex: False text.hinting_factor: 8 text.antialiased: True mathtext.cal: cursive mathtext.rm: serif mathtext.tt: monospace mathtext.it: serif:italic mathtext.bf: serif:bold mathtext.sf: sans\-serif mathtext.fontset: cm mathtext.fallback: cm axes.titley: 1.0 axes.formatter.limits: -7, 7 axes.formatter.use_locale: False axes.formatter.use_mathtext: False axes.formatter.useoffset: True axes.formatter.offset_threshold: 2 axes.unicode_minus: True axes.autolimit_mode: round_numbers axes.xmargin: 0 axes.ymargin: 0 polaraxes.grid: True axes3d.grid: True date.autoformatter.year: %Y date.autoformatter.month: %b %Y date.autoformatter.day: %b %d %Y date.autoformatter.hour: %H:%M:%S date.autoformatter.minute: %H:%M:%S.%f date.autoformatter.second: %H:%M:%S.%f date.autoformatter.microsecond: %H:%M:%S.%f date.converter: auto legend.numpoints: 2 legend.borderpad: 0.4 legend.markerscale: 1.0 legend.labelspacing: 0.5 legend.handlelength: 2. legend.handleheight: 0.7 legend.handletextpad: 0.8 legend.borderaxespad: 0.5 legend.columnspacing: 2. legend.shadow: False legend.framealpha: None legend.scatterpoints: 3 legend.facecolor: inherit legend.edgecolor: inherit figure.dpi: 80 figure.autolayout: False figure.frameon: True figure.subplot.left: 0.125 figure.subplot.right: 0.9 figure.subplot.bottom: 0.1 figure.subplot.top: 0.9 figure.subplot.wspace: 0.2 figure.subplot.hspace: 0.2 image.aspect: equal image.interpolation: bilinear image.cmap: jet image.lut: 256 image.origin: upper image.resample: False image.composite_image: True contour.negative_linestyle: dashed contour.corner_mask: True errorbar.capsize: 3 scatter.marker: o boxplot.bootstrap: None boxplot.boxprops.color: b boxplot.boxprops.linestyle: - boxplot.boxprops.linewidth: 1.0 boxplot.capprops.color: k boxplot.capprops.linestyle: - boxplot.capprops.linewidth: 1.0 boxplot.flierprops.color: b boxplot.flierprops.linestyle: none boxplot.flierprops.linewidth: 1.0 boxplot.flierprops.marker: + boxplot.flierprops.markeredgecolor: k boxplot.flierprops.markerfacecolor: auto boxplot.flierprops.markersize: 6.0 boxplot.meanline: False boxplot.meanprops.color: r boxplot.meanprops.linestyle: - boxplot.meanprops.linewidth: 1.0 boxplot.medianprops.color: r boxplot.meanprops.marker: s boxplot.meanprops.markerfacecolor: r boxplot.meanprops.markeredgecolor: k boxplot.meanprops.markersize: 6.0 boxplot.medianprops.linestyle: - boxplot.medianprops.linewidth: 1.0 boxplot.notch: False boxplot.patchartist: False boxplot.showbox: True boxplot.showcaps: True boxplot.showfliers: True boxplot.showmeans: False boxplot.vertical: True boxplot.whiskerprops.color: b boxplot.whiskerprops.linestyle: -- boxplot.whiskerprops.linewidth: 1.0 boxplot.whiskers: 1.5 agg.path.chunksize: 0 path.simplify: True path.simplify_threshold: 0.1111111111111111 path.snap: True path.sketch: None ps.papersize: letter ps.useafm: False ps.usedistiller: False ps.distiller.res: 6000 ps.fonttype: 3 pdf.compression: 6 pdf.fonttype: 3 pdf.inheritcolor: False pdf.use14corefonts: False pgf.texsystem: xelatex pgf.rcfonts: True pgf.preamble: svg.image_inline: True svg.fonttype: path keymap.fullscreen: f, ctrl+f keymap.home: h, r, home keymap.back: left, c, backspace keymap.forward: right, v keymap.pan: p keymap.zoom: o keymap.save: s, ctrl+s keymap.quit: ctrl+w, cmd+w keymap.grid: g keymap.yscale: l keymap.xscale: k, L animation.writer : ffmpeg animation.codec : mpeg4 animation.bitrate: -1 animation.frame_format: png animation.ffmpeg_path: ffmpeg animation.ffmpeg_args: animation.convert_path: convert animation.convert_args: animation.html: none _internal.classic_mode: TrueGraphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/dark-background.mplstyle000066400000000000000000000044611511351636000275650ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Dark Background # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1 lines.linestyle: solid lines.marker: none lines.markersize: 6 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0.5 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: projecting lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 4 xtick.minor.size: 2 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 4 ytick.minor.size: 2 ytick.alignment: center xtick.bottom: True ytick.left: True xtick.top: True ytick.right: True # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 0.5 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: FFFFFF axes.labelcolor: FFFFFF xtick.labelcolor: FFFFFF ytick.labelcolor: FFFFFF xtick.color: FFFFFF ytick.color: FFFFFF axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: 000000 figure.facecolor: 000000 figure.edgecolor: 000000 axes.prop_cycle: cycler('color', ['8DD3C7', 'FEFFB3', 'BFBBD9', 'FA8174', '81B1D2', 'FBD462', 'B3DE69', 'BC82BD', 'CCEBC4', 'FFED6F']) patch.facecolor: 8DD3C7 # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.edgecolor: white boxplot.boxprops.color: white boxplot.capprops.color: white boxplot.flierprops.color: white boxplot.flierprops.markeredgecolor: white boxplot.whiskerprops.color: whiteGraphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/fivethirtyeight.mplstyle000066400000000000000000000043241511351636000277430ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # FiveThirtyEight # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 14 axes.labelsize: 14 xtick.labelsize: 14 ytick.labelsize: 14 axes.titlesize: 14 legend.fontsize: 14 figure.titlesize: 14 figure.labelsize: 14 # lines lines.linewidth: 4 lines.linestyle: solid lines.marker: none lines.markersize: 6 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0.5 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: butt lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 0 xtick.minor.width: 0 xtick.major.size: 0 xtick.minor.size: 0 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 0 ytick.minor.width: 0 ytick.major.size: 0 ytick.minor.size: 0 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: True axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: F0F0F0 grid.color: CBCBCB axes.facecolor: F0F0F0 figure.facecolor: F0F0F0 figure.edgecolor: F0F0F0 axes.prop_cycle: cycler('color', ['008FD5', 'FC4F30', 'E5AE38', '6D904F', '8B8B8B', '810F7C']) patch.facecolor: 008FD5 # other axes.linewidth: 3 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.edgecolor: f0f0f0 patch.linewidth: 0.5 svg.fonttype: path figure.subplot.left: 0.08 figure.subplot.right: 0.95 figure.subplot.bottom: 0.07Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/ggplot.mplstyle000066400000000000000000000042211511351636000260150ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # ggplot # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 10 axes.labelsize: 10 xtick.labelsize: 10 ytick.labelsize: 10 axes.titlesize: 10 legend.fontsize: 10 figure.titlesize: 10 figure.labelsize: 10 # lines lines.linewidth: 1.0 lines.linestyle: solid lines.marker: none lines.markersize: 6 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0.5 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: projecting lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 4 xtick.minor.size: 2 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 4 ytick.minor.size: 2 ytick.alignment: center xtick.bottom: True ytick.left: True xtick.top: True ytick.right: True # grid axes.grid: True axes.grid.which: major axes.grid.axis: both grid.linewidth: 0.5 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 555555 axes.labelcolor: 555555 xtick.labelcolor: 555555 ytick.labelcolor: 555555 xtick.color: 555555 ytick.color: 555555 axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: E5E5E5 figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['E24A33', '348ABD', '988ED5', '777777', 'FBC15E', '8EBA42', 'FFB5B8']) patch.facecolor: E24A33 # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.linewidth: 0.5 patch.edgecolor: EEEEEE patch.antialiased: TrueGraphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/grayscale.mplstyle000066400000000000000000000041321511351636000264740ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Grayscale # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.0 lines.linestyle: solid lines.marker: none lines.markersize: 6 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0.5 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: projecting lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 4 xtick.minor.size: 2 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 4 ytick.minor.size: 2 ytick.alignment: center xtick.bottom: True ytick.left: True xtick.top: True ytick.right: True # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 0.5 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 000000 axes.labelcolor: 000000 xtick.labelcolor: 000000 ytick.labelcolor: 000000 xtick.color: 000000 ytick.color: 000000 axes.edgecolor: 000000 grid.color: 000000 axes.facecolor: FFFFFF figure.facecolor: BFBFBF figure.edgecolor: BFBFBF axes.prop_cycle: cycler('color', ['000000', '666666', '999999', 'B3B3B3']) patch.facecolor: 000000 # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.edgecolor: black image.cmap: grayGraphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/matplotlib.mplstyle000066400000000000000000000043171511351636000266760ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Matplotlib # font font.family: sans-serif font.sans-serif: DejaVu Sans, Bitstream Vera Sans, Computer Modern Sans Serif, Lucida Grande, Verdana, Geneva, Lucid, Arial, Helvetica, Avant Garde, sans-serif font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 10 axes.labelsize: 10 xtick.labelsize: 10 ytick.labelsize: 10 axes.titlesize: 10 legend.fontsize: 10 figure.titlesize: 10 figure.labelsize: 10 # lines lines.linewidth: 1.5 lines.linestyle: solid lines.marker: none lines.markersize: 6.0 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 1.0 lines.antialiased: True lines.scale_dashes: True markers.fillstyle: full #axes axes.spines.bottom: True axes.spines.left: True axes.spines.right: True axes.spines.top: True #ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 0.8 xtick.minor.width: 0.6 xtick.major.size: 3.5 xtick.minor.size: 2.0 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 0.8 ytick.minor.width: 0.6 ytick.major.size: 3.5 ytick.minor.size: 2.0 ytick.alignment: center_baseline xtick.bottom: True ytick.left: True xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 0.8 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 3.5 xtick.minor.pad: 3.5 ytick.major.pad: 3.5 ytick.minor.pad: 3.5 axes.labelpad: 4.0 axes.titlepad: 6.0 # colors text.color: 000000 axes.labelcolor: 000000 xtick.labelcolor: 000000 ytick.labelcolor: 000000 xtick.color: 000000 ytick.color: 000000 axes.edgecolor: 000000 grid.color: b0b0b0 axes.facecolor: FFFFFF figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['1f77b4', 'ff7f0e', '2ca02c', 'd62728', '9467bd', '8c564b', 'e377c2', '7f7f7f', 'bcbd22', '17becf']) patch.facecolor: 1f77b4 # other axes.linewidth: 0.8 patch.antialiased: True patch.edgecolor: 000000 mathtext.default: regular axes.axisbelow: line legend.fancybox: True legend.frameon: True # custom patch.linewidth: 1.0 image.cmap: viridis legend.numpoints: 1 legend.scatterpoints: 1 Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn-bright.mplstyle000066400000000000000000000041001511351636000274230ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn Bright # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.75 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: EAEAF2 figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['003FFF', '03ED3A', 'E8000B', '8A2BE2', 'FFC400', '00D7FF']) patch.facecolor: 003FFF # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn-colorblind.mplstyle000066400000000000000000000041041511351636000302770ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn Colorblind # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.75 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: EAEAF2 figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['0072B2', '009E73', 'D55E00', 'CC79A7', 'F0E442', '56B4E9']) patch.facecolor: 0072B2 # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn-dark-palette.mplstyle000066400000000000000000000041061511351636000305270ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn Dark-palette # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.75 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: EAEAF2 figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['001C7F', '017517', '8C0900', '7600A1', 'B8860B', '006374']) patch.facecolor: 001C7F # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn-deep.mplstyle000066400000000000000000000040761511351636000270750ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn Deep # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.75 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: EAEAF2 figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['4C72B0', '55A868', 'C44E52', '8172B2', 'CCB974', '64B5CD']) patch.facecolor: 4C72B0 # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn-muted.mplstyle000066400000000000000000000040771511351636000272770ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn Muted # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.75 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: EAEAF2 figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['4878CF', '6ACC65', 'D65F5F', 'B47CC7', 'C4AD66', '77BEDB']) patch.facecolor: 4878CF # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn-paper.mplstyle000066400000000000000000000041501511351636000272600ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn Paper # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 10 axes.labelsize: 10 xtick.labelsize: 10 ytick.labelsize: 10 axes.titlesize: 10 legend.fontsize: 10 figure.titlesize: 10 figure.labelsize: 10 # lines lines.linewidth: 1.4 lines.linestyle: solid lines.marker: none lines.markersize: 5.6 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 0.8 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 5.6 xtick.minor.pad: 5.6 ytick.major.pad: 5.6 ytick.minor.pad: 5.6 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: EAEAF2 figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['4C72B0', '55A868', 'C44E52', '8172B2', 'CCB974', '64B5CD']) patch.facecolor: 4C72B0 # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.linewidth: 0.24 Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn-pastel.mplstyle000066400000000000000000000041001511351636000274340ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn Pastel # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.75 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: EAEAF2 figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['92C6FF', '97F0AA', 'FF9F9A', 'D0BBFF', 'FFFEA3', 'B0E0E6']) patch.facecolor: 92C6FF # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn-poster.mplstyle000066400000000000000000000041561511351636000274730ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn Poster # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 16 axes.labelsize: 16 xtick.labelsize: 16 ytick.labelsize: 16 legend.fontsize: 16 figure.labelsize: 16 figure.titlesize: 19 axes.titlesize: 19 # lines lines.linewidth: 2.8 lines.linestyle: solid lines.marker: none lines.markersize: 11.2 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.6 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 11.2 xtick.minor.pad: 11.2 ytick.major.pad: 11.2 ytick.minor.pad: 11.2 axes.labelpad: 6 axes.titlepad: 18 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: EAEAF2 figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['4C72B0', '55A868', 'C44E52', '8172B2', 'CCB974', '64B5CD']) patch.facecolor: 4C72B0 # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.linewidth: 0.48 Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn-talk.mplstyle000066400000000000000000000041521511351636000271060ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn Talk # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 13 axes.labelsize: 13 xtick.labelsize: 13 ytick.labelsize: 13 legend.fontsize: 13 figure.labelsize: 13 figure.titlesize: 16 axes.titlesize: 16 # lines lines.linewidth: 2.275 lines.linestyle: solid lines.marker: none lines.markersize: 9.1 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.3 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 9.1 xtick.minor.pad: 9.1 ytick.major.pad: 9.1 ytick.minor.pad: 9.1 axes.labelpad: 10 axes.titlepad: 20 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: EAEAF2 figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['4C72B0', '55A868', 'C44E52', '8172B2', 'CCB974', '64B5CD']) patch.facecolor: 4C72B0 # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.linewidth: 0.39 Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn-ticks.mplstyle000066400000000000000000000042101511351636000272630ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn Ticks # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.75 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: True ytick.left: True xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: 262626 grid.color: CCCCCC axes.facecolor: FFFFFF figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['4C72B0', '55A868', 'C44E52', '8172B2', 'CCB974', '64B5CD']) patch.facecolor: 4C72B0 # other axes.linewidth: 1.25 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom legend.numpoints: 1 legend.scatterpoints: 1 image.cmap: Greys Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn-white.mplstyle000066400000000000000000000042121511351636000272700ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn White # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.75 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: 262626 grid.color: CCCCCC axes.facecolor: FFFFFF figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['4C72B0', '55A868', 'C44E52', '8172B2', 'CCB974', '64B5CD']) patch.facecolor: 4C72B0 # other axes.linewidth: 1.25 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom legend.numpoints: 1 legend.scatterpoints: 1 image.cmap: Greys Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn-whitegrid.mplstyle000066400000000000000000000042121511351636000301360ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn Whitegrid # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.75 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: True axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: CCCCCC grid.color: CCCCCC axes.facecolor: FFFFFF figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['4C72B0', '55A868', 'C44E52', '8172B2', 'CCB974', '64B5CD']) patch.facecolor: 4C72B0 # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom legend.numpoints: 1 legend.scatterpoints: 1 image.cmap: Greys Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/seaborn.mplstyle000066400000000000000000000042241511351636000261550ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Seaborn # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.75 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 6 xtick.minor.size: 3 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 6 ytick.minor.size: 3 ytick.alignment: center xtick.bottom: False ytick.left: False xtick.top: False ytick.right: False # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: EAEAF2 figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['4C72B0', '55A868', 'C44E52', '8172B2', 'CCB974', '64B5CD']) patch.facecolor: 4C72B0 # other axes.linewidth: 0 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom image.cmap: Greys legend.numpoints: 1 legend.scatterpoints: 1 patch.linewidth: .3Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/solarized-light.mplstyle000066400000000000000000000041551511351636000276300ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Solarized Light # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 legend.fontsize: 12 figure.labelsize: 12 axes.titlesize: 16 figure.titlesize: 16 # lines lines.linewidth: 2 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: butt lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 4 xtick.minor.size: 2 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 4 ytick.minor.size: 2 ytick.alignment: center xtick.bottom: True ytick.left: True xtick.top: True ytick.right: True # grid axes.grid: True axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 657B83 axes.labelcolor: 657B83 xtick.labelcolor: 657B83 ytick.labelcolor: 657B83 xtick.color: 657B83 ytick.color: 657B83 axes.edgecolor: EEE8D5 grid.color: FDF6E3 axes.facecolor: EEE8D5 figure.facecolor: FDF6E3 figure.edgecolor: FDF6E3 axes.prop_cycle: cycler('color', ['268BD2', '2AA198', '859900', 'B58900', 'CB4B16', 'DC322F', 'D33682', '6C71C4']) patch.facecolor: 268BD2 # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.antialiased: TrueGraphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/tableau-colorblind10.mplstyle000066400000000000000000000041511511351636000304260ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Tableau Colorblind10 # font font.family: sans-serif font.sans-serif: DejaVu Sans font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 1.75 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: out xtick.minor.visible: False xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 4 xtick.minor.size: 2 xtick.alignment: center ytick.direction: out ytick.minor.visible: False ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 4 ytick.minor.size: 2 ytick.alignment: center xtick.bottom: True ytick.left: True xtick.top: True ytick.right: True # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 1.0 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 262626 axes.labelcolor: 262626 xtick.labelcolor: 262626 ytick.labelcolor: 262626 xtick.color: 262626 ytick.color: 262626 axes.edgecolor: FFFFFF grid.color: FFFFFF axes.facecolor: EAEAF2 figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['006BA4', 'FF800E', 'ABABAB', '595959', '5F9ED1', 'C85200', '898989', 'A2C8EC', 'FFBC79', 'CFCFCF']) patch.facecolor: 006BA4 # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: TrueGraphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/thesis.mplstyle000066400000000000000000000042331511351636000260230ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Thesis # font font.family: sans-serif font.sans-serif: Cantarell font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 3 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: True axes.spines.left: True axes.spines.top: True axes.spines.right: True # ticks xtick.direction: in xtick.minor.visible: True xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 8 xtick.minor.size: 4 xtick.alignment: center ytick.direction: in ytick.minor.visible: True ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 8 ytick.minor.size: 4 ytick.alignment: center xtick.bottom: True ytick.left: True xtick.top: True ytick.right: True # grid axes.grid: False axes.grid.which: major axes.grid.axis: both grid.linewidth: 0.6 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 000000 axes.labelcolor: 000000 xtick.labelcolor: 000000 ytick.labelcolor: 000000 xtick.color: 000000 ytick.color: 000000 axes.edgecolor: 000000 grid.color: 646464 axes.facecolor: FFFFFF figure.facecolor: FFFFFF figure.edgecolor: FFFFFF axes.prop_cycle: cycler('color', ['BF1926', '1970D7', '33A02C', 'FF7F00', 'A6CEE3', 'B2DF8A', 'FB9A99', 'FDBF6F', 'CAB2D6']) patch.facecolor: E24A33 # other axes.linewidth: 1 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.linewidth: 0.5 patch.edgecolor: EEEEEE patch.antialiased: True Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/yaru-dark.mplstyle000066400000000000000000000042431511351636000264240ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Yaru Dark # font font.family: sans-serif font.sans-serif: Cantarell font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 3 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: False axes.spines.left: False axes.spines.top: False axes.spines.right: False # ticks xtick.direction: in xtick.minor.visible: True xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 4 xtick.minor.size: 2 xtick.alignment: center ytick.direction: in ytick.minor.visible: True ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 4 ytick.minor.size: 2 ytick.alignment: center xtick.bottom: True ytick.left: True xtick.top: False ytick.right: False # grid axes.grid: True axes.grid.which: major axes.grid.axis: both grid.linewidth: 0.6 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: FFFFFF axes.labelcolor: FFFFFF xtick.labelcolor: FFFFFF ytick.labelcolor: FFFFFF xtick.color: C0BFBC ytick.color: C0BFBC axes.edgecolor: C0BFBC grid.color: 77767B axes.facecolor: 2C2C2C figure.facecolor: 2C2C2C figure.edgecolor: 2C2C2C axes.prop_cycle: cycler('color', ['335280', '0E8420', 'F99B11', 'E95420', 'A91224', '2C001E', '72441D', '878787']) patch.facecolor: 1A5FB4 # other axes.linewidth: 0.8 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.linewidth: 1 image.cmap: Greys legend.numpoints: 1 legend.scatterpoints: 1Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/styles/yaru.mplstyle000066400000000000000000000042371511351636000255100ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later # Yaru # font font.family: sans-serif font.sans-serif: Cantarell font.style: normal font.weight: 400 axes.titleweight: 400 axes.labelweight: 400 figure.titleweight: 400 figure.labelweight: 400 font.variant: normal font.size: 12 axes.labelsize: 12 xtick.labelsize: 12 ytick.labelsize: 12 axes.titlesize: 12 legend.fontsize: 12 figure.titlesize: 12 figure.labelsize: 12 # lines lines.linewidth: 3 lines.linestyle: solid lines.marker: none lines.markersize: 7 lines.markerfacecolor: auto lines.markeredgecolor: auto lines.markeredgewidth: 0 lines.dash_joinstyle: round lines.dash_capstyle: butt lines.solid_joinstyle: round lines.solid_capstyle: round lines.antialiased: True lines.dashed_pattern: 6, 6 lines.dashdot_pattern: 3, 5, 1, 5 lines.dotted_pattern: 1, 3 lines.scale_dashes: False markers.fillstyle: full # axes axes.spines.bottom: False axes.spines.left: False axes.spines.top: False axes.spines.right: False # ticks xtick.direction: in xtick.minor.visible: True xtick.major.width: 1 xtick.minor.width: 0.5 xtick.major.size: 4 xtick.minor.size: 2 xtick.alignment: center ytick.direction: in ytick.minor.visible: True ytick.major.width: 1 ytick.minor.width: 0.5 ytick.major.size: 4 ytick.minor.size: 2 ytick.alignment: center xtick.bottom: True ytick.left: True xtick.top: False ytick.right: False # grid axes.grid: True axes.grid.which: major axes.grid.axis: both grid.linewidth: 0.6 grid.alpha: 1.0 grid.linestyle: - # padding xtick.major.pad: 7 xtick.minor.pad: 7 ytick.major.pad: 7 ytick.minor.pad: 7 axes.labelpad: 5 axes.titlepad: 15 # colors text.color: 000000 axes.labelcolor: 000000 xtick.labelcolor: 000000 ytick.labelcolor: 000000 xtick.color: 5E5C64 ytick.color: 5E5C64 axes.edgecolor: 5E5C64 grid.color: 9A9996 axes.facecolor: FAFAFA figure.facecolor: FAFAFA figure.edgecolor: FAFAFA axes.prop_cycle: cycler('color', ['335280', '0E8420', 'F99B11', 'E95420', 'A91224', '2C001E', '72441D', '878787']) patch.facecolor: 1A5FB4 # other axes.linewidth: 0.8 mathtext.default: regular axes.axisbelow: True legend.fancybox: True legend.frameon: True # custom patch.linewidth: .3 image.cmap: Greys legend.numpoints: 1 legend.scatterpoints: 1Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/000077500000000000000000000000001511351636000220215ustar00rootroot00000000000000Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/add-equation.blp000066400000000000000000000043331511351636000250760ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsAddEquationDialog : Adw.Dialog { content-width: 450; title: _("Add Equation"); default-widget: confirm_button; focus-widget: confirm_button; child: Adw.ToolbarView { [top] Adw.HeaderBar { show-end-title-buttons: false; [start] Button { label: _("Cancel"); action-name: "window.close"; } [end] Button confirm_button { label: _("Add"); styles ["suggested-action"] clicked => $on_accept(); } } content: Adw.ToastOverlay toast_overlay { child: Adw.Clamp { margin-start: 12; margin-end: 12; margin-top: 12; margin-bottom: 12; Box { spacing: 20; orientation: vertical; Adw.PreferencesGroup { Adw.EntryRow equation { max-width-chars: 25; title: _("Y ="); activates-default: true; styles ["preferencesgroup"] } Label { margin-top: 6; halign: start; hexpand: true; label: _("Enter a mathematical expression to generate data from"); styles ["dim-label"] } } Adw.PreferencesGroup { Adw.EntryRow item_name { max-width-chars: 25; title: _("Name (optional)"); activates-default: true; } } Adw.PreferencesGroup { Box { spacing: 12; orientation: horizontal; homogeneous: true; Adw.PreferencesGroup { Adw.EntryRow x_start { title: _("X Start"); activates-default: true; } } Adw.PreferencesGroup { Adw.EntryRow x_stop { title: _("X Stop"); activates-default: true; } } Adw.PreferencesGroup { Adw.EntryRow step_size { title: _("Step Size"); activates-default: true; } } } } } }; }; }; }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/add-style.blp000066400000000000000000000015661511351636000244160ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsAddStyleDialog : Adw.Dialog { content-width: 450; title: _("Add New Style"); focus-widget: confirm_button; child: Adw.ToolbarView { [top] Adw.HeaderBar { show-end-title-buttons: false; [start] Button { label: _("Cancel"); action-name: "window.close"; } [end] Button confirm_button { label: _("Add"); styles ["suggested-action"] clicked => $on_accept(); } } content: Adw.Clamp { margin-start: 12; margin-end: 12; margin-top: 12; margin-bottom: 12; Adw.PreferencesGroup { Adw.ComboRow style_templates { title: _("Template"); notify::selected => $on_template_changed(); } Adw.EntryRow new_style_name { title: _("Name"); } } }; }; }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/curve-fitting.blp000066400000000000000000000117461511351636000253170ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsCurveFittingDialog : Adw.Dialog { content-width: 1000; content-height: 600; width-request: 400; height-request: 400; focus-widget: confirm_button; Adw.Breakpoint { condition ("max-width: 725sp") setters { split_view.collapsed: true; } } child: Adw.ToolbarView { top-bar-style: flat; content: Adw.OverlaySplitView split_view { show-sidebar: bind show_sidebar_button.active; sidebar: Adw.ToolbarView { [top] Adw.HeaderBar { styles ["flat"] title-widget: Adw.WindowTitle { title: _("Curve Fitting"); }; [end] MenuButton { icon-name: "view-more-symbolic"; tooltip-text: _("Open Curve Fitting Menu"); primary: true; menu-model: menu; } } ScrolledWindow { vexpand: true; width-request: 280; hscrollbar-policy: never; Box { vexpand: true; orientation: vertical; margin-start: 12; margin-end: 12; margin-bottom: 12; margin-top: 12; Adw.PreferencesGroup { Adw.ComboRow equation { title: _("Equation"); model: StringList{ strings [ C_("regression-type", "Linear"), C_("regression-type", "Quadratic"), C_("regression-type", "Exponential"), C_("regression-type", "Power Law"), C_("regression-type", "Logarithmic"), C_("regression-type", "Sigmoid Logistic"), C_("regression-type", "Gaussian"), C_("regression-type", "Custom"), ] }; } Adw.EntryRow custom_equation { visible: false; title: _("Y ="); } Box fitting_params_box { margin-top: 12; margin-bottom: 12; spacing: 12; orientation: vertical; } ScrolledWindow { vexpand: false; hexpand: false; hscrollbar-policy: automatic; vscrollbar-policy: never; TextView text_view { halign: fill; top-margin: 12; left-margin: 12; bottom-margin: 12; editable: false; styles ["card"] } } Button confirm_button { margin-start: 12; margin-end: 12; margin-bottom: 12; margin-top: 12; label: _("Add Fit to Data"); styles ["pill", "suggested-action"] clicked => $emit_add_fit_request(); } } } } }; content: Box { orientation: vertical; Adw.HeaderBar { styles ["flat"] show-title: false; ToggleButton show_sidebar_button { icon-name: "sidebar-show-symbolic"; tooltip-text: _("Toggle Sidebar"); active: bind split_view.show-sidebar; visible: bind split_view.collapsed; } } Adw.ToastOverlay toast_overlay { focusable: true; height-request: 150; width-request: 300; hexpand: true; child: Adw.StatusPage { icon-name: "dialog-error-symbolic"; title: _("Canvas Failed to Load"); }; } }; }; }; } menu menu { section { label: _("Optimization Method"); item { // Translators: see https://help.gnome.org/graphs/curve_fitting.html#algorithms label: C_("optimization", "Levenberg-Marquardt"); action: "win.optimization"; target: "lm"; } item { // Translators: see https://help.gnome.org/graphs/curve_fitting.html#algorithms label: C_("optimization", "Trust Region Reflective"); action: "win.optimization"; target: "trf"; } item { // Translators: see https://help.gnome.org/graphs/curve_fitting.html#algorithms label: C_("optimization", "Dogbox"); action: "win.optimization"; target: "dogbox"; } } section { label: _("Confidence Bounds"); item { label: C_("confidence", "None"); action: "win.confidence"; target: "none"; } item { /* xgettext: no-c-format */ label: C_("confidence", "1σ: 68% Confidence"); action: "win.confidence"; target: "1std"; } item { /* xgettext: no-c-format */ label: C_("confidence", "2σ: 95% Confidence"); action: "win.confidence"; target: "2std"; } item { /* xgettext: no-c-format */ label: C_("confidence", "3σ: 99.7% Confidence"); action: "win.confidence"; target: "3std"; } } }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/dialogs.blp000066400000000000000000000015351511351636000241460ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; Adw.AlertDialog save_changes { heading: _("Save Changes?"); body: _("Current project contains unsaved changes, changes that are not saved will be permanently lost."); responses [ cancel_close: _("Cancel"), discard_close: _("Discard") destructive, save_close: _("Save") suggested, ] close-response: "cancel_close"; default-response: "discard"; } Adw.AlertDialog delete_style_dialog { heading: _("Delete Style?"); responses [ cancel_delete_style: _("Cancel"), delete_style: _("Delete") destructive, ] close-response: "cancel_delete_style"; default-response: "delete"; } Adw.AlertDialog reset_to_defaults { heading: _("Reset to Defaults?"); responses [ cancel_reset: _("Cancel"), reset: _("Reset") destructive, ] close-response: "cancel_reset"; default-response: "reset"; }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/edit-item.blp000066400000000000000000000062221511351636000244030ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsEditItemDialog : Adw.PreferencesDialog { notify::item => $on_item_change(); closed => $on_close(); Adw.PreferencesPage { Adw.PreferencesGroup { Adw.ComboRow item_selector { title: _("Selected Item"); subtitle: _("Choose which item to edit"); notify::selected => $on_select(); } } Adw.PreferencesGroup { title: _("Data"); Adw.EntryRow name { title: _("Name"); max-width-chars: 25; } Adw.ComboRow xposition { title: _("X-Axis Position"); model: StringList { strings [_("Bottom"), _("Top")] }; } Adw.ComboRow yposition { title: _("Y-Axis Position"); model: StringList { strings [_("Left"), _("Right")] }; } } Adw.PreferencesGroup item_group { visible: false; title: _("Line Properties"); Adw.ComboRow linestyle { title: _("Linestyle"); model: StringList { strings [ C_("linestyle", "None"), C_("linestyle", "Solid"), C_("linestyle", "Dotted"), C_("linestyle", "Dashed"), C_("linestyle", "Dashdot"), ] }; notify::selected => $on_linestyle(); } Adw.ActionRow { title: _("Linewidth"); visible: bind linewidth.sensitive; Scale linewidth { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 10; }; sensitive: false; } } Adw.ComboRow markerstyle { title: _("Markers"); model: StringList { strings [ C_("markerstyle", "None"), C_("markerstyle", "Point"), C_("markerstyle", "Pixel"), C_("markerstyle", "Circle"), C_("markerstyle", "Triangle Down"), C_("markerstyle", "Triangle Up"), C_("markerstyle", "Triangle Left"), C_("markerstyle", "Triangle Right"), C_("markerstyle", "Octagon"), C_("markerstyle", "Square"), C_("markerstyle", "Pentagon"), C_("markerstyle", "Star"), C_("markerstyle", "Hexagon 1"), C_("markerstyle", "Hexagon 2"), C_("markerstyle", "Plus"), C_("markerstyle", "X"), // Translators: Diamond as in Cards Symbol C_("markerstyle", "Diamond"), // Translators: Diamond as in Cards Symbol C_("markerstyle", "Thin Diamond"), C_("markerstyle", "Vertical Line"), C_("markerstyle", "Horizontal Line"), C_("markerstyle", "Filled Plus"), C_("markerstyle", "Filled X"), ] }; notify::selected => $on_markers(); } Adw.ActionRow { title: _("Marker Size"); visible: bind markersize.sensitive; Scale markersize { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 10; }; sensitive: false; } } } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/export-figure.blp000066400000000000000000000031131511351636000253160ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsExportFigureDialog : Adw.Dialog { content-width: 450; title: _("Export Figure"); focus-widget: confirm_button; child: Adw.ToolbarView { [top] Adw.HeaderBar { show-end-title-buttons: false; [start] Button { label: _("Cancel"); action-name: "window.close"; } [end] Button confirm_button { label: _("Export"); styles ["suggested-action"] clicked => $on_accept(); } } content: Adw.Clamp { margin-start: 12; margin-end: 12; margin-top: 12; margin-bottom: 12; Adw.PreferencesGroup { focus-on-click: false; Adw.ComboRow file_format { title: _("File Format"); model: StringList { strings [ C_("file-format", "Encapsulated Postscript"), C_("file-format", "Joint Photographic Experts Group"), C_("file-format", "Portable Document Format"), C_("file-format", "Portable Network Graphics"), C_("file-format", "Postscript"), C_("file-format", "Scalable Vector Graphics"), C_("file-format", "WebP Image Format"), ] }; notify::selected => $on_file_format(); } Adw.SpinRow dpi { title: _("Resolution (dpi)"); adjustment: Adjustment { step-increment: 1; upper: 999; }; } Adw.SwitchRow transparent { title: _("Transparent Background"); } } }; }; } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/figure-settings-dialog.blp000066400000000000000000000020251511351636000270730ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsFigureSettingsDialog : Adw.Dialog { content-width: 640; content-height: 576; width-request: 400; height-request: 400; styles ["preferences"] Adw.Breakpoint { condition ("max-width: 600sp") setters { grid_view.max-columns: 2; grid_view.min-columns: 2; } } child: Adw.ToastOverlay toast_overlay { Adw.NavigationView navigation_view { popped => $on_pop(); } }; } Adw.NavigationPage style_overview { title: _("Style"); Adw.ToolbarView { [top] Adw.HeaderBar { [end] Button { icon-name: "list-add-symbolic"; tooltip-text: _("Add New Style"); clicked => $add_style(); } } content: ScrolledWindow { hscrollbar-policy: never; Adw.Clamp { margin-bottom: 6; margin-top: 6; margin-start: 6; margin-end: 6; GridView grid_view { name: "style-grid"; max-columns: 3; min-columns: 3; } } }; } }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/figure-settings-page.blp000066400000000000000000000154651511351636000265640ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; Adw.NavigationPage settings_page { title: _("Figure Settings"); Adw.ToolbarView { [top] Adw.HeaderBar {} content: ScrolledWindow { hscrollbar-policy: never; propagate-natural-height: true; Adw.Clamp { margin-bottom: 12; margin-top: 12; margin-start: 12; margin-end: 12; Box { orientation: vertical; spacing: 16; Adw.PreferencesGroup { title: _("Labels"); Adw.EntryRow title { title: _("Title"); } Adw.EntryRow bottom_label { visible: false; title: _("Bottom X Axis Label"); } Adw.EntryRow top_label { visible: false; title: _("Top X Axis Label"); } Adw.EntryRow left_label { visible: false; title: _("Left Y Axis Label"); } Adw.EntryRow right_label { visible: false; title: _("Right Y Axis Label"); } } Adw.PreferencesGroup { title: _("Axis Limits"); Box { orientation: vertical; spacing: 12; Box bottom_limits { visible: false; orientation: horizontal; homogeneous: true; spacing: 6; Adw.PreferencesGroup { Adw.EntryRow min_bottom { title: _("Bottom X Axis Minimum"); } } Adw.PreferencesGroup { Adw.EntryRow max_bottom { title: _("Bottom X Axis Maximum"); } } } Box top_limits { visible: false; spacing: 6; homogeneous: true; orientation: horizontal; Adw.PreferencesGroup { Adw.EntryRow min_top { title: _("Top X Axis Minimum"); } } Adw.PreferencesGroup { Adw.EntryRow max_top { title: _("Top X Axis Maximum"); } } } Box left_limits { visible: false; orientation: horizontal; homogeneous: true; spacing: 6; Adw.PreferencesGroup { Adw.EntryRow min_left { title: _("Left Y Axis Minimum"); } } Adw.PreferencesGroup { Adw.EntryRow max_left { title: _("Left Y Axis Maximum"); } } } Box right_limits { visible: false; homogeneous: true; orientation: horizontal; spacing: 6; Adw.PreferencesGroup { Adw.EntryRow min_right { title: _("Right Y Axis Minimum"); } } Adw.PreferencesGroup { Adw.EntryRow max_right { title: _("Right Y Axis Maximum"); } } } } } Adw.PreferencesGroup { title: _("Scaling"); Adw.ComboRow bottom_scale { visible: false; title: _("Bottom X Axis Scale"); model: StringList{ strings [ C_("scale", "Linear"), C_("scale", "Logarithmic"), C_("scale", "Radians"), C_("scale", "Square Root"), C_("scale", "Inverse"), ] }; } Adw.ComboRow top_scale { visible: false; title: _("Top X Axis Scale"); model: StringList{ strings [ C_("scale", "Linear"), C_("scale", "Logarithmic"), C_("scale", "Radians"), C_("scale", "Square Root"), C_("scale", "Inverse"), ] }; } Adw.ComboRow left_scale { visible: false; title: _("Left Y Axis Scale"); model: StringList{ strings [ C_("scale", "Linear"), C_("scale", "Logarithmic"), C_("scale", "Radians"), C_("scale", "Square Root"), C_("scale", "Inverse"), ] }; } Adw.ComboRow right_scale { visible: false; title: _("Right Y Axis Scale"); model: StringList{ strings [ C_("scale", "Linear"), C_("scale", "Logarithmic"), C_("scale", "Radians"), C_("scale", "Square Root"), C_("scale", "Inverse"), ] }; } } Adw.PreferencesGroup { title: _("Appearance"); Adw.ExpanderRow legend { title: _("Legend"); show-enable-switch: true; Adw.ComboRow legend_position { title: _("Legend Position"); model: StringList{ strings [ C_("legend-position", "Auto"), C_("legend-position", "Upper Right"), C_("legend-position", "Upper Left"), C_("legend-position", "Lower Left"), C_("legend-position", "Lower Right"), C_("legend-position", "Center Left"), C_("legend-position", "Center Right"), C_("legend-position", "Lower Center"), C_("legend-position", "Upper Center"), C_("legend-position", "Center"), ] }; } } Adw.SwitchRow hide_unselected { title: _("Hide Unselected Items"); } Adw.ActionRow style_row { title: _("Style"); hexpand: true; activatable: true; [suffix] Label style_name {} [suffix] Image { icon-name: "go-next-symbolic"; } } } Adw.PreferencesGroup { margin-top: 12; hexpand: false; halign: center; margin-bottom: 12; Button set_as_default { label: _("Set as Default"); styles ["pill"] } } } } }; } }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/fitting-parameters.blp000066400000000000000000000021111511351636000263200ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsFittingParameterBox : Box { orientation: vertical; Grid { column-homogeneous: true; margin-bottom: 3; margin-top: 3; column-spacing: 4; row-spacing: 4; Label label { justify: left; use-markup: true; margin-bottom: 4; hexpand: false; halign: start; layout { column: 0; row: 0; column-span: 2; } } Adw.PreferencesGroup { Adw.EntryRow initial { title: _("Initial Guess"); text: "1"; } layout { column: 0; row: 1; column-span: 2; } } Adw.PreferencesGroup { visible: bind lower_bound.visible; Adw.EntryRow lower_bound { title: _("Minimum"); text: "-inf"; } layout { column: 0; row: 2; } } Adw.PreferencesGroup { visible: bind upper_bound.visible; Adw.EntryRow upper_bound { title: _("Maximum"); text: "inf"; } layout { column: 1; row: 2; } } } }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/import-columns.blp000066400000000000000000000027511511351636000255150ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; Adw.PreferencesGroup columns_group { Adw.ComboRow columns_delimiter { title: _("Delimiter"); subtitle: _("Character sequence used to split values"); //notify::selected => $on_delimiter_change(); model: StringList{ strings [ C_("delimiter", "Whitespace"), C_("delimiter", "Tab"), C_("delimiter", "Colon (:)"), C_("delimiter", "Semicolon (;)"), C_("delimiter", "Decimal comma (,)"), C_("delimiter", "Decimal point (.)"), C_("delimiter", "Custom"), ] }; } Adw.EntryRow columns_custom_delimiter { visible: false; max-width-chars: 10; title: _("Custom Delimiter"); } Adw.ComboRow columns_separator { title: _("Decimal Separator"); model: StringList{ strings [ C_("separator", "Decimal comma (,)"), C_("separator", "Decimal point (.)"), ] }; } Adw.SpinRow columns_column_x { title: _("Column X"); subtitle: _("X-data column index"); adjustment: Adjustment { step-increment: 1; upper: 100; value: 0; }; } Adw.SpinRow columns_column_y { title: _("Column Y"); selectable: false; subtitle: _("Y-data column index"); adjustment: Adjustment { step-increment: 1; upper: 100; }; } Adw.SpinRow columns_skip_rows { title: _("Skip Rows"); subtitle: _("Ignored row indices"); adjustment: Adjustment { step-increment: 1; upper: 9999; }; } }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/import.blp000066400000000000000000000016321511351636000240340ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsImportDialog : Adw.Dialog { content-width: 450; title: _("Modify Import Parameters"); focus-widget: confirm_button; child: Adw.ToolbarView { [top] Adw.HeaderBar { show-end-title-buttons: false; [start] Button { label: _("Cancel"); action-name: "window.close"; } [end] Box { orientation: horizontal; spacing: 10; Button { icon-name: "history-undo-symbolic"; clicked => $on_reset(); } Button confirm_button { label: _("Import"); styles ["suggested-action"] clicked => $on_accept(); } } } content: Adw.Clamp { margin-start: 12; margin-end: 12; margin-top: 12; margin-bottom: 12; Box mode_box { orientation: vertical; spacing: 10; } }; }; }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/item-box.blp000066400000000000000000000025051511351636000242460ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsItemBox : Box { margin-start: 6; margin-end: 6; margin-bottom: 9; margin-top: 9; CheckButton check_button { halign: start; hexpand: false; styles ["selection-mode"] notify::active => $on_toggle(); } Label label { margin-start: 6; margin-end: 6; halign: start; hexpand: true; ellipsize: end; } Button color_button { tooltip-text: _("Pick Color"); styles ["flat"] clicked => $choose_color(); Image { hexpand: false; icon-name: "color-picker-symbolic"; pixel-size: 20; } } MenuButton { icon-name: "view-more-symbolic"; popover: popover_menu; styles ["flat"] } } PopoverMenu popover_menu { name: "popover_menu"; has-arrow: false; menu-model: menu_app; } menu menu_app { section { label: _("Move Item "); display-hint: "inline-buttons"; item { verb-icon: "down-symbolic"; action: "item_box.move_down"; } item { verb-icon: "up-symbolic"; action: "item_box.move_up"; } } section { item { label: _("Curve Fitting"); action: "item_box.curve_fitting"; } item { label: _("Edit Item"); action: "item_box.edit"; } item { label: _("Remove Item"); action: "item_box.delete"; } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/shortcuts.blp000066400000000000000000000100761511351636000245620ustar00rootroot00000000000000using Gtk 4.0; ShortcutsWindow help_overlay { modal: true; ShortcutsSection { section-name: "shortcuts"; max-height: 10; ShortcutsGroup { title: C_("shortcut window", "General"); ShortcutsShortcut { title: C_("shortcut window", "Show Shortcuts"); action-name: "win.show-help-overlay"; } ShortcutsShortcut { title: C_("shortcut window", "Open Help"); action-name: "app.help"; } ShortcutsShortcut { title: C_("shortcut window", "Open Figure Settings"); accelerator: "comma"; } ShortcutsShortcut { title: C_("shortcut window", "Close Application"); accelerator: "q"; } ShortcutsShortcut { title: C_("shortcut window", "Close Application Window"); accelerator: "w"; } } ShortcutsGroup { title: C_("shortcut window", "Mode Switching"); ShortcutsShortcut { title: C_("shortcut window", "Pan Mode"); accelerator: "1"; } ShortcutsShortcut { title: C_("shortcut window", "Zoom Mode"); accelerator: "2"; } ShortcutsShortcut { title: C_("shortcut window", "Select Mode"); accelerator: "3"; } } ShortcutsGroup { title: C_("shortcut window", "New Data"); ShortcutsShortcut { title: C_("shortcut window", "Add Data from Equation"); accelerator: "N"; } ShortcutsShortcut { title: C_("shortcut window", "Add Data from File"); accelerator: "N"; } ShortcutsShortcut { title: C_("shortcut window", "New Project"); accelerator: "N"; } ShortcutsShortcut { title: C_("shortcut window", "Open Project"); accelerator: "O"; } ShortcutsShortcut { title: C_("shortcut window", "Delete Selected Data"); accelerator: "Delete"; } } ShortcutsGroup { title: C_("shortcut window", "Save and Export"); ShortcutsShortcut { title: C_("shortcut window", "Export Data"); accelerator: "E"; } ShortcutsShortcut { title: C_("shortcut window", "Export Figure"); accelerator: "E"; } ShortcutsShortcut { title: C_("shortcut window", "Save Project"); accelerator: "S"; } ShortcutsShortcut { title: C_("shortcut window", "Save Project As"); accelerator: "S"; } } ShortcutsGroup { title: C_("shortcut window", "View"); ShortcutsShortcut { title: C_("shortcut window", "Previous View"); accelerator: "Z"; } ShortcutsShortcut { title: C_("shortcut window", "Next View"); accelerator: "Z"; } ShortcutsShortcut { title: C_("shortcut window", "Optimize limits"); accelerator: "0"; } ShortcutsShortcut { title: C_("shortcut window", "Zoom in"); accelerator: "plus"; } ShortcutsShortcut { title: C_("shortcut window", "Zoom out"); accelerator: "minus"; } ShortcutsShortcut { title: C_("shortcut window", "Select None"); accelerator: "A"; } ShortcutsShortcut { title: C_("shortcut window", "Toggle Sidebar"); accelerator: "F9"; } } ShortcutsGroup { title: C_("shortcut window", "Actions"); ShortcutsShortcut { title: C_("shortcut window", "Select All"); accelerator: "A"; } ShortcutsShortcut { title: C_("shortcut window", "Select None"); accelerator: "A"; } ShortcutsShortcut { title: C_("shortcut window", "Undo Action"); accelerator: "Z"; } ShortcutsShortcut { title: C_("shortcut window", "Redo Action"); accelerator: "Z"; } } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/smoothen-settings.blp000066400000000000000000000027741511351636000262240ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsSmoothenDialog : Adw.Dialog { content-width: 640; content-height: 576; title: _("Smoothen Settings"); focus-widget: reset_button; child: Adw.ToolbarView { [top] Adw.HeaderBar { [start] Button reset_button { icon-name: "history-undo-symbolic"; clicked => $on_reset(); } } content: Adw.Clamp { margin-start: 12; margin-end: 12; margin-top: 12; margin-bottom: 12; Box { orientation: vertical; spacing: 10; Adw.PreferencesGroup { title: _("Savitzky–Golay Filter"); Adw.SpinRow savgol_window { title: _("Span percentage"); subtitle: _("What percentage of the data span to use for the filter window"); adjustment: Adjustment { step-increment: 1; upper: 99; }; } Adw.SpinRow savgol_polynomial { title: _("Polynomial degree"); adjustment: Adjustment { step-increment: 1; upper: 20; }; } } Adw.PreferencesGroup { title: _("Moving Average"); Adw.SpinRow moving_average_box { title: _("Box points"); subtitle: _("Amount of points to use when calculating a moving average"); adjustment: Adjustment { step-increment: 1; upper: 9999; }; } } } }; }; }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/style-color-box.blp000066400000000000000000000012231511351636000255600ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsStyleColorBox : Box { margin-start: 6; margin-end: 6; margin-bottom: 9; margin-top: 9; styles ["boxed-list"] Label label { margin-end: 6; halign: start; hexpand: true; } Button color_button { tooltip-text: _("Edit"); clicked => $on_color_choose(); styles ["flat"] Image { hexpand: false; icon-name: "color-picker-symbolic"; pixel-size: 20; } } Button { tooltip-text: _("Remove"); clicked => $on_delete(); styles ["flat"] Image { hexpand: false; icon-name: "edit-delete-symbolic"; pixel-size: 20; } } }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/style-editor.blp000066400000000000000000000346121511351636000251520ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsStyleEditor : Adw.NavigationPage { title: _("Error - No Style selected"); Adw.ToolbarView { [top] Adw.HeaderBar { styles ["flat"] [end] Button delete_button { tooltip-text: _("Delete"); styles ["flat"] Image { hexpand: false; icon-name: "user-trash-symbolic"; } clicked => $on_delete(); } } content: ScrolledWindow { hscrollbar-policy: never; vexpand: true; Adw.Clamp { margin-bottom: 12; margin-top: 12; margin-start: 12; margin-end: 12; Box { orientation: vertical; hexpand: true; spacing: 20; Adw.PreferencesGroup { Adw.EntryRow style_name { title: _("Style Name"); } Adw.ActionRow { title: _("Font"); activatable-widget: font_chooser; FontDialogButton font_chooser { valign: center; dialog: FontDialog {}; use-font: true; } } Adw.ActionRow { title: _("Title Size"); subtitle: _("Title size in relation to text size"); Scale titlesize { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 1; upper: 4; }; } } Adw.ActionRow { title: _("Label Size"); subtitle: _("Label size in relation to text size"); Scale labelsize { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 1; upper: 4; }; } } } Adw.PreferencesGroup { title: _("Lines"); Adw.ComboRow linestyle { title: _("Linestyle"); model: StringList { strings [ C_("linestyle", "None"), C_("linestyle", "Solid"), C_("linestyle", "Dotted"), C_("linestyle", "Dashed"), C_("linestyle", "Dashdot"), ] }; notify::selected => $on_linestyle(); } Adw.ActionRow { title: _("Linewidth"); visible: bind linewidth.sensitive; Scale linewidth { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 10; }; sensitive: false; } } Adw.ComboRow markers { title: _("Markers"); model: StringList { strings [ C_("markerstyle", "None"), C_("markerstyle", "Point"), C_("markerstyle", "Pixel"), C_("markerstyle", "Circle"), C_("markerstyle", "Triangle Down"), C_("markerstyle", "Triangle Up"), C_("markerstyle", "Triangle Left"), C_("markerstyle", "Triangle Right"), C_("markerstyle", "Octagon"), C_("markerstyle", "Square"), C_("markerstyle", "Pentagon"), C_("markerstyle", "Star"), C_("markerstyle", "Hexagon 1"), C_("markerstyle", "Hexagon 2"), C_("markerstyle", "Plus"), C_("markerstyle", "X"), // Translators: Diamond as in Cards Symbol C_("markerstyle", "Diamond"), // Translators: Diamond as in Cards Symbol C_("markerstyle", "Thin Diamond"), C_("markerstyle", "Vertical Line"), C_("markerstyle", "Horizontal Line"), C_("markerstyle", "Filled Plus"), C_("markerstyle", "Filled X"), ] }; notify::selected => $on_markers(); } Adw.ActionRow { title: _("Marker Size"); visible: bind markersize.sensitive; Scale markersize { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 10; }; sensitive: false; } } } Adw.PreferencesGroup { title: _("Axes"); Adw.ActionRow { title: _("Axis Width"); Scale axis_width { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 4; }; } } Adw.SwitchRow draw_frame { title: _("Draw Frame"); } } Adw.PreferencesGroup { title: _("Ticks"); Adw.ComboRow tick_direction { title: _("Tick Directions"); model: StringList { strings [_("Inwards"), _("Outwards")] }; } Adw.SwitchRow minor_ticks { title: _("Minor Ticks"); } Adw.ActionRow { title: _("Major Tick Width"); Scale major_tick_width { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 4; }; } } Adw.ActionRow { title: _("Minor Tick Width"); visible: bind minor_ticks.active; Scale minor_tick_width { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 4; }; } } Adw.ActionRow { title: _("Major Tick Length"); Scale major_tick_length { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 20; }; } } Adw.ActionRow { title: _("Minor Tick Length"); visible: bind minor_ticks.active; Scale minor_tick_length { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 20; }; } } Adw.SwitchRow tick_bottom { title: _("Ticks on Bottom Axis"); } Adw.SwitchRow tick_left { title: _("Ticks on Left Axis"); } Adw.SwitchRow tick_right { title: _("Ticks on Right Axis"); } Adw.SwitchRow tick_top { title: _("Ticks on Top Axis"); } } Adw.PreferencesGroup { title: _("Grid"); Adw.SwitchRow show_grid { title: _("Show Grid"); } Adw.ActionRow { title: _("Grid Width"); visible: bind show_grid.active; Scale grid_linewidth { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 4; }; } } Adw.ActionRow { title: _("Grid Opacity"); visible: bind show_grid.active; Scale grid_opacity { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 1; }; } } } Adw.PreferencesGroup { title: _("Padding"); description: _("Padding for different parts of the figure"); Adw.ActionRow { title: _("Value Padding"); subtitle: _("Padding between axes and values"); Scale value_padding { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 40; }; } } Adw.ActionRow { title: _("Label Padding"); subtitle: _("Padding between axes and labels"); Scale label_padding { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 40; }; } } Adw.ActionRow { title: _("Title Padding"); subtitle: _("Padding between axes and the title"); Scale title_padding { draw-value: true; width-request: 200; adjustment: Adjustment { lower: 0; upper: 40; }; } } } Adw.PreferencesGroup { title: _("Colors"); header-suffix: Box poor_contrast_warning { styles ["warning", "flat"] spacing: 6; tooltip-text: _("Label text might be hard to read"); Image { icon-name: "dialog-warning-symbolic"; } Label { label: _("Poor Contrast"); } }; Grid { row-spacing: 20; column-spacing: 20; Adw.PreferencesGroup { layout { column: 0; row: 0; } Adw.ActionRow { title: _("Text Color"); activatable-widget: text_color; hexpand: true; Button text_color { tooltip-text: _("Change Color"); valign: center; styles ["flat"] Image { icon-name: "color-picker-symbolic"; pixel-size: 20; } } } } Adw.PreferencesGroup { layout { column: 1; row: 0; } Adw.ActionRow { title: _("Tick Color"); activatable-widget: tick_color; hexpand: true; Button tick_color { tooltip-text: _("Change Color"); valign: center; styles ["flat"] Image { icon-name: "color-picker-symbolic"; pixel-size: 20; } } } } Adw.PreferencesGroup { layout { column: 0; row: 1; } Adw.ActionRow { title: _("Axis Color"); activatable-widget: axis_color; hexpand: true; Button axis_color { tooltip-text: _("Change Color"); valign: center; styles ["flat"] Image { icon-name: "color-picker-symbolic"; pixel-size: 20; } } } } Adw.PreferencesGroup { layout { column: 1; row: 1; } Adw.ActionRow { title: _("Grid Color"); activatable-widget: grid_color; hexpand: true; Button grid_color { tooltip-text: _("Change Color"); valign: center; styles ["flat"] Image { icon-name: "color-picker-symbolic"; pixel-size: 20; } } } } Adw.PreferencesGroup { layout { column: 0; row: 2; } Adw.ActionRow { title: _("Background Color"); activatable-widget: background_color; hexpand: true; Button background_color { tooltip-text: _("Change Color"); valign: center; styles ["flat"] Image { icon-name: "color-picker-symbolic"; pixel-size: 20; } } } } Adw.PreferencesGroup { layout { column: 1; row: 2; } Adw.ActionRow { title: _("Outline Color"); activatable-widget: outline_color; hexpand: true; Button outline_color { tooltip-text: _("Change Color"); valign: center; styles ["flat"] Image { icon-name: "color-picker-symbolic"; pixel-size: 20; } } } } } } Adw.PreferencesGroup { title: _("Line Colors"); header-suffix: Button { clicked => $add_color(); Adw.ButtonContent { halign: center; icon-name: "list-add-symbolic"; label: _("Add Color"); } styles ["flat"] }; ListBox line_colors_box { vexpand: false; valign: start; hexpand: true; selection-mode: none; styles ["boxed-list"] } } } } }; } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/style-preview.blp000066400000000000000000000015661511351636000253470ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsStylePreview : Box { AspectFrame { child: Box { orientation: vertical; Overlay { height-request: 96; width-request: 160; [overlay] Image { halign: end; valign: end; margin-end: 6; margin-bottom: 6; icon-name: "check-round-outline-whole-symbolic"; name: "indicator"; } [overlay] Button edit_button { halign: end; valign: start; margin-end: 6; margin-top: 6; visible: false; tooltip-text: _("Edit"); styles ["flat"] Image { hexpand: false; icon-name: "document-edit-symbolic"; } } child: Picture picture {}; } Label label { margin-top: 8; } }; } }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/transform.blp000066400000000000000000000030411511351636000245310ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsTransformDialog : Adw.Dialog { content-width: 450; title: _("Transform Data"); default-widget: confirm_button; focus-widget: confirm_button; child: Adw.ToolbarView { [top] Adw.HeaderBar { show-end-title-buttons: false; [start] Button { label: _("Cancel"); action-name: "window.close"; } [end] Button confirm_button { label: _("Transform"); styles ["suggested-action"] clicked => $on_accept(); } [end] Button help_button { Adw.ButtonContent { halign: center; icon-name: "info-symbolic"; Popover help_popover { position: bottom; Label help_info { label: _("Additional variables:\nx_min, y_min\nx_max, y_max \n\nTrigonometric functions use radians\nby default, append d to the function\nto use degrees, e.g. sind(x) or cosd(x)."); } } } halign: end; tooltip-text: _("More info"); styles ["flat"] } } content: Adw.Clamp { margin-start: 12; margin-end: 12; margin-top: 12; margin-bottom: 12; Adw.PreferencesGroup { Adw.EntryRow transform_x { title: _("X ="); activates-default: true; } Adw.EntryRow transform_y { title: _("Y ="); activates-default: true; } Adw.SwitchRow discard { title: _("Discard Unselected Data"); } } }; }; }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/ui/window.blp000066400000000000000000000510061511351636000240310ustar00rootroot00000000000000using Gtk 4.0; using Adw 1; template $GraphsWindow: Adw.ApplicationWindow { default-width: 1200; default-height: 700; width-request: 400; height-request: 420; title: _("Graphs"); ShortcutController { Shortcut { trigger: "q"; action: "action(app.quit)"; } Shortcut { trigger: "w"; action: "action(app.quit)"; } Shortcut { trigger: "comma"; action: "action(app.figure_settings)"; } Shortcut { trigger: "N"; action: "action(app.add_data)"; } Shortcut { trigger: "N"; action: "action(app.add_equation)"; } Shortcut { trigger: "A"; action: "action(app.select_all)"; } Shortcut { trigger: "A"; action: "action(app.select_none)"; } Shortcut { trigger: "Z"; action: "action(app.undo)"; } Shortcut { trigger: "Z"; action: "action(app.redo)"; } Shortcut { trigger: "KP_0"; action: "action(app.optimize_limits)"; } Shortcut { trigger: "0"; action: "action(app.optimize_limits)"; } Shortcut { trigger: "Z"; action: "action(app.view_back)"; } Shortcut { trigger: "Z"; action: "action(app.view_forward)"; } Shortcut { trigger: "E"; action: "action(app.export_data)"; } Shortcut { trigger: "E"; action: "action(app.export_figure)"; } Shortcut { trigger: "period"; action: "action(app.styles)"; } Shortcut { trigger: "S"; action: "action(app.save_project)"; } Shortcut { trigger: "O"; action: "action(app.open_project)"; } Shortcut { trigger: "Delete"; action: "action(app.delete_selected)"; } Shortcut { trigger: "plus"; action: "action(app.zoom_in)"; } Shortcut { trigger: "KP_Add"; action: "action(app.zoom_in)"; } Shortcut { trigger: "equal"; action: "action(app.zoom_in)"; } Shortcut { trigger: "ZoomIn"; action: "action(app.zoom_in)"; } Shortcut { trigger: "minus"; action: "action(app.zoom_out)"; } Shortcut { trigger: "KP_Subtract"; action: "action(app.zoom_out)"; } Shortcut { trigger: "ZoomOut"; action: "action(app.zoom_out)"; } Shortcut { trigger: "S"; action: "action(app.save_project_as)"; } Shortcut { trigger: "N"; action: "action(app.new_project)"; } Shortcut { trigger: "F9"; action: "action(app.toggle_sidebar)"; } Shortcut { trigger: "1"; action: "action(app.mode_pan)"; } Shortcut { trigger: "2"; action: "action(app.mode_zoom)"; } Shortcut { trigger: "3"; action: "action(app.mode_select)"; } } // If both width and height are limited Adw.Breakpoint { condition ("max-width: 725sp and max-height: 640sp") setters { scrollwindow_itemlist.height-request: 60; scrollwindow_itemlist.vexpand: true; split_view.collapsed: true; } } // If only height is limited Adw.Breakpoint { condition ("min-width: 725sp and max-height: 640sp") setters { scrollwindow_itemlist.height-request: 60; scrollwindow_itemlist.vexpand: true; } } // If only width is limited Adw.Breakpoint { condition ("max-width: 725sp and min-height: 640sp") setters { scrollwindow_itemlist.height-request: 250; scrollwindow_itemlist.vexpand: false; split_view.collapsed: true; } } content: Adw.OverlaySplitView split_view { show-sidebar: bind show_sidebar_button.active; notify => $on_sidebar_toggle(); sidebar: Adw.ToolbarView { width-request: 350; [top] Adw.HeaderBar sidebar_headerbar { styles ["flat"] [start] MenuButton add_button { icon-name: "list-add-symbolic"; tooltip-text: _("Add New Data"); always-show-arrow: true; menu-model: add_data_menu; } [end] MenuButton { icon-name: "open-menu-symbolic"; menu-model: primary_menu; tooltip-text: _("Open Application Menu"); primary: true; } } Box { orientation: vertical; ScrolledWindow scrollwindow_itemlist { height-request: 250; hscrollbar-policy: never; Viewport { Box { ListBox item_list { margin-bottom: 12; margin-top: 6; margin-start: 12; margin-end: 12; vexpand: false; valign: start; hexpand: true; visible: false; selection-mode: none; styles ["boxed-list"] } Adw.StatusPage { icon-name: "list-compact"; hexpand: true; width-request: 240; halign: center; visible: bind item_list.visible inverted; title: _("No Data"); description: _("Add data from a file or manually as an equation"); styles ["compact"] } } } } Separator { orientation: horizontal; } Box { spacing: 10; margin-top: 12; margin-bottom: 12; margin-start: 12; margin-end: 12; ToggleButton pan_button { icon-name: "move-tool-symbolic"; action-name: "app.mode_pan"; hexpand: true; tooltip-text: _("Pan Mode. Click and drag to pan"); } ToggleButton zoom_button { icon-name: "loupe-symbolic"; action-name: "app.mode_zoom"; hexpand: true; tooltip-text: _("Zoom Mode. Select an area on the figure to zoom in"); } ToggleButton select_button { icon-name: "edit-select-all-symbolic"; action-name: "app.mode_select"; hexpand: true; tooltip-text: _("Select Mode. Click and drag to make a selection of data"); } } Separator { orientation: horizontal; } Box { orientation: vertical; hexpand: false; spacing: 12; margin-start: 6; valign: start; margin-end: 6; margin-top: 6; margin-bottom: 6; Box stack_switcher_box { margin-start: 6; margin-end: 6; margin-top: 6; margin-bottom: 6; } Stack stack { valign: start; margin-start: 6; margin-end: 6; margin-bottom: 6; transition-type: slide_left_right; StackPage{ title: _("Adjust"); child: Adw.PreferencesGroup { Grid { column-spacing: 10; row-spacing: 10; margin-bottom:12; Button shift_button { hexpand: true; layout { column: 0; row: 0; } Adw.ButtonContent { halign: center; icon-name: "shift-symbolic"; label: _("Shift"); } tooltip-text: _("Shift all data vertically with respect to each other"); clicked => $perform_operation(); } Button normalize_button { hexpand: true; sensitive: bind shift_button.sensitive; width-request: 130; layout { column: 1; row: 0; } Adw.ButtonContent { halign: center; icon-name: "normalize-symbolic"; label: _("Normalize"); } tooltip-text: _("Normalize data"); clicked => $perform_operation(); } Adw.SplitButton smoothen_button { hexpand: false; can-shrink: true; sensitive: bind shift_button.sensitive; layout { column: 0; row: 1; } Adw.ButtonContent { halign: center; can-shrink: true; icon-name: "smoothen-symbolic"; label: _("Smoothen"); } tooltip-text: _("Smoothen data"); menu-model: smoothen_menu; clicked => $perform_operation(); } Adw.SplitButton center_button { hexpand: true; sensitive: bind shift_button.sensitive; layout { column: 1; row: 1; } Adw.ButtonContent { halign: center; icon-name: "center-symbolic"; label: _("Center"); } tooltip-text: _("Center data"); menu-model: center_menu; clicked => $perform_operation(); } Button combine_button { hexpand: true; sensitive: bind shift_button.sensitive; layout { column: 0; row: 2; } Adw.ButtonContent { halign: center; icon-name: "edit-paste-symbolic"; label: _("Combine"); } tooltip-text: _("Combine all selected data"); clicked => $perform_operation(); } Button cut_button { hexpand: true; sensitive: bind select_button.active; layout { column: 1; row: 2; } Adw.ButtonContent { halign: center; icon-name: "edit-cut-symbolic"; label: _("Cut"); } tooltip-text: _("Cut selected data"); clicked => $perform_operation(); } } }; } StackPage{ title: _("Transform"); child: Adw.PreferencesGroup { Grid { column-spacing: 12; row-spacing: 12; margin-bottom:12; Button derivative_button { hexpand: true; sensitive: bind shift_button.sensitive; layout { column: 0; row: 0; } Adw.ButtonContent { halign: center; icon-name: "derivative2-symbolic"; label: _("Derivative"); } tooltip-text: _("Get the derivative of the data"); clicked => $perform_operation(); } Button integral_button { hexpand: true; sensitive: bind shift_button.sensitive; layout { column: 1; row: 0; } Adw.ButtonContent { halign: center; icon-name: "integral-symbolic"; label: _("Integral"); } tooltip-text: _("Get the indefinite integral of the data"); clicked => $perform_operation(); } Button fft_button { hexpand: true; sensitive: bind shift_button.sensitive; layout { column: 0; row: 1; } Adw.ButtonContent { halign: center; icon-name: "fast-fourier-transform-symbolic"; label: _("FFT"); } tooltip-text: _("Get the Fast Fourier Transform of the data"); clicked => $perform_operation(); } Button inverse_fft_button { hexpand: true; sensitive: bind shift_button.sensitive; layout { column: 1; row: 1; } Adw.ButtonContent { halign: center; icon-name: "inverse-fast-fourier-transform-symbolic"; label: _("Inverse FFT"); } tooltip-text: _("Get the Inverse Fast Fourier Transform of the data"); clicked => $perform_operation(); } Button custom_transformation_button { hexpand: true; sensitive: bind shift_button.sensitive; layout { column: 0; row: 2; column-span: 2; } Adw.ButtonContent { halign: center; icon-name: "transform-symbolic"; label: _("Custom Transformation"); } tooltip-text: _("Perform custom transformations on the data"); clicked => $perform_operation(); } } }; } StackPage{ title: _("Modify"); child: Adw.PreferencesGroup { Grid { column-spacing: 10; row-spacing: 10; margin-bottom:12; Entry translate_x_entry { max-width-chars: 6; hexpand: true; text: "10"; layout { column: 0; row: 0; } } Button translate_x_button { valign: center; clicked => $perform_operation(); width-request: 120; Adw.ButtonContent { icon-name: "horizontal-arrows-symbolic"; label: _("Translate X"); } layout { column: 1; row: 0; } } Entry translate_y_entry { max-width-chars: 6; hexpand: true; text: "10"; layout { column: 0; row: 1; } } Button translate_y_button { valign: center; clicked => $perform_operation(); width-request: 120; Adw.ButtonContent { icon-name: "vertical-arrows-symbolic"; label: _("Translate Y"); } layout { column: 1; row: 1; } } Entry multiply_x_entry { max-width-chars: 6; hexpand: true; text: "10"; layout { column: 0; row: 2; } } Button multiply_x_button { valign: center; clicked => $perform_operation(); width-request: 120; Adw.ButtonContent { icon-name: "horizontal-arrows-symbolic"; label: _("Multiply X"); } layout { column: 1; row: 2; } } Entry multiply_y_entry { max-width-chars: 6; hexpand: true; text: "10"; layout { column: 0; row: 3; } } Button multiply_y_button { valign: center; clicked => $perform_operation(); width-request: 120; Adw.ButtonContent { icon-name: "vertical-arrows-symbolic"; label: _("Multiply Y"); } layout { column: 1; row: 3; } } } }; } } } } }; content: Box { orientation: vertical; Adw.HeaderBar content_headerbar { styles ["flat"] title-widget: Adw.WindowTitle content_title {}; ToggleButton show_sidebar_button { icon-name: "sidebar-show-symbolic"; tooltip-text: _("Toggle Sidebar"); active: bind split_view.show-sidebar; visible: bind split_view.collapsed; } Button undo_button { action-name: "app.undo"; icon-name: "edit-undo-symbolic"; tooltip-text: _("Undo"); } Button redo_button { action-name: "app.redo"; icon-name: "edit-redo-symbolic"; tooltip-text: _("Redo"); } [end] MenuButton view_menu_button { icon-name: "view-reveal-symbolic"; tooltip-text: _("View Menu"); always-show-arrow: true; menu-model: view_menu; } [end] Button view_forward_button { action-name: "app.view_forward"; icon-name: "go-next-symbolic"; tooltip-text: _("Next View"); } [end] Button view_back_button { action-name: "app.view_back"; icon-name: "go-previous-symbolic"; tooltip-text: _("Previous View"); } } Adw.ToastOverlay toast_overlay { focusable: true; height-request: 200; width-request: 200; child: Adw.StatusPage { icon-name: "dialog-error-symbolic"; title: _("Canvas Failed to Load"); }; } }; }; } menu primary_menu { section{ item (_("New Project"), "app.new_project") } section{ item (_("Save Project…"), "app.save_project") item (_("Save Project as…"), "app.save_project_as") item (_("Open Project…"), "app.open_project") } section { item (_("Export Data…"), "app.export_data") item (_("Export Figure…"), "app.export_figure") } section { item (_("Figure Settings"), "app.figure_settings") } section { item (_("Keyboard Shortcuts"), "win.show-help-overlay") item (_("Help"), "app.help") item (_("About Graphs"), "app.about") } } menu add_data_menu { section { item (_("Add Data from File…"), "app.add_data") item (_("Add Equation…"), "app.add_equation") } } menu view_menu { } menu center_menu { item { label: _("At Maximum Y Value"); action: "app.center"; target: "max-y"; } item { label: _("At Middle X Value"); action: "app.center"; target: "middle-x"; } } menu smoothen_menu { section { item { label: _("Savitzky–Golay Filter"); action: "app.smoothen"; target: "savgol"; } item { label: _("Moving Average"); action: "app.smoothen"; target: "moving-average"; } } section { item { label: _("Advanced Settings"); action: "app.smoothen_settings"; } } }Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/data/whats_new000066400000000000000000000126221511351636000233310ustar00rootroot00000000000000

Version 1.7 marks our biggest release yet. With a major UI overhaul and a revamped style editor. Other major highlights include a new curve fitting functionality, the ability to open projects directly, and support for gestures in the canvas.

New in Graphs:

  • The style editor has been revamped completely and now shows previews for each style
  • Curve fitting functionality has been added to Graphs
  • Graphs can now open data as well as Graphs project files directly from the file manager
  • When closing the application while unsaved changes are present, a dialog is now shown allowing you to save the data
  • The active project and its directory are now shown in the headerbar, including an indicator for unsaved changes
  • Graphs now includes forwards/backwards buttons to quickly navigate to the next and previous view
  • The smoothening action can now be configured with a choice of two different filters, a rolling average and a LOESS Savitzky-Gotsky filter
  • A new Yaru style has been added, which is set as the default system style for the Snap package when Yaru is used in the system, offering a more consistent experience
  • The default matplotlib style has been added to Graphs
  • The title font size can now be changed with respect to the overall font size
  • New scaling options are available for the axes, allowing for radian, square root and inverse scaling
  • Transparent colours for the curves are now supported
  • Superscript characters are now supported when entering equations
  • Support has been added for cotangents, secants and cosecants for equations and transformations
  • Headers are now written to exported files if present in the originally imported data
  • Style sheets now allow you to choose whether a frame should be drawn around the axes
  • The size of the title and labels can now be set seperately in the style editor
  • Importing column data is now more robust, supporting expressions as data points
  • Pinch and ctrl+scroll to zoom gestures are now supported on the canvas
  • The canvas can now be panned using two fingers on a touch screen, as well as with the middle mouse button
  • Toasts now show an "Open Location" button when saving data, bringing you to the saved file location
  • Entries for numerical values now get a red CSS when input value is invalid
  • There is now a warning, when editing a style with poor contrast between labels and background colors
  • Added some new goniometric functions such as the hyperbolic sinoids and their inverses
  • Graphs now fully supports touch screen devices

Changed behaviour:

  • Several linguistic changes were made, to get a clearer and more consistent description
  • The syntax for equations has been simplified
  • Delimiters can now be specified from a dropdown menu instead of having to rely on regex
  • The used axes limits are now saved when saving/loading a project
  • Settings related to specific axes are now only displayed when the axis is in use
  • The preferences have been redesigned and simplified, leaving only a single dialog for the figure settings
  • The drag and drop animation when moving items has been improved
  • The headerbar now follows the color of the used stylesheet, giving a more unified look
  • The shortcuts have been modified to follow the rest of the GNOME ecosystem
  • The logic for placing the legend has been changed, so that it now properly moves away when it intersects with a curve
  • The behaviour of the "Shift" action has been revamped to be more consistent when only part of the data span is selected
  • Help is now shipped with Graphs

Bugfixes and changes under the hood:

  • Graphs has been migrated to GNOME 46, and uses the new Libadwaita 1.5 widgets
  • Number inputs are now handled safely without calling the Python eval function
  • The clipboard implementation has been rewritten from scratch
  • The scale buttons in the view menu are now properly changed when the scale has been changed from the figure settings
  • Automatic scaling is now handled properly even when the dataset contains infinite values
  • Graphs now uses unit tests, reducing the risk of regression bugs
  • Part of the code-base has been migrated to Vala
  • Fixed a bug where "Skip rows" did not work properly with single-column data
  • Fixed a bug where rows would change width when selected in case they are adjecent to other entry rows.
  • Curve fitting now supports duplicate variables, and has gotten some bug fixes with regards to equation naming
  • Graphs translations are now hosted on Weblate
  • More smaller changes and fixes throughout the code-base
Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/000077500000000000000000000000001511351636000217575ustar00rootroot00000000000000Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/about.vala000066400000000000000000000027741511351636000237500ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Adw; using Gtk; namespace Graphs { /** * Show Graphs's about window. * * Displays the about window, fetching the changelog from whats_new * * @param application Appplication */ public void show_about_dialog (Application application) { var file = File.new_for_uri ("resource:///se/sjoerd/Graphs/whats_new"); string release_notes; try { release_notes = (string) file.load_bytes ().get_data (); } catch { release_notes = ""; } var dialog = new Adw.AboutDialog () { application_name = _("Graphs"), application_icon = application.application_id, website = Config.HOMEPAGE_URL, developer_name = Config.AUTHOR, issue_url = Config.ISSUE_URL, version = application.version, developers = { "Sjoerd Stendahl ", "Christoph Kohnen " }, designers = { "Sjoerd Stendahl ", "Christoph Kohnen ", "Tobias Bernard " }, copyright = "© 2022 – 2024", license_type = License.GPL_3_0, translator_credits = _("translator-credits"), release_notes = release_notes }; dialog.present (application.window); } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/actions.py000066400000000000000000000170331511351636000237750ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Main actions.""" import logging import sys from gettext import gettext as _ from gi.repository import Adw, Gio, Graphs from graphs import file_io, project, ui, utilities from graphs.figure_settings import FigureSettingsDialog from graphs.item import DataItem import numexpr import numpy def on_action_invoked(application: Graphs.Application, name: str) -> None: """Handle action invokation.""" getattr(sys.modules[__name__], name + "_action")(application) def quit_action(application: Graphs.Application) -> None: """Quit the application.""" application.close_application() def about_action(application: Graphs.Application) -> None: """Display about dialog.""" Graphs.show_about_dialog(application) def figure_settings_action(application: Graphs.Application) -> None: """Open the figure settings.""" FigureSettingsDialog(application) def add_data_action(application: Graphs.Application) -> None: """Import data.""" ui.add_data_dialog(application) def add_equation_action(application: Graphs.Application) -> None: """Add data from an equation.""" def on_accept(_dialog, name): settings = application.get_settings_child("add-equation") try: x_start = utilities.string_to_float(settings.get_string("x-start")) x_stop = utilities.string_to_float(settings.get_string("x-stop")) step_size = utilities.string_to_float( settings.get_string("step-size"), ) datapoints = int(abs(x_start - x_stop) / step_size) + 1 xdata = numpy.ndarray.tolist( numpy.linspace(x_start, x_stop, datapoints), ) equation = utilities.preprocess(settings.get_string("equation")) ydata = numpy.ndarray.tolist( numexpr.evaluate(equation + " + x*0", local_dict={"x": xdata}), ) if name == "": name = f"Y = {settings.get_string('equation')}" style_manager = application.get_figure_style_manager() application.get_data().add_items( [ DataItem.new( style_manager.get_selected_style_params(), xdata, ydata, name=name, ), ], style_manager, ) return "" except ValueError as error: return str(error) except (NameError, SyntaxError, TypeError, KeyError) as exception: message = _("{error} - Unable to add data from equation") msg = message.format(error=exception.__class__.__name__) logging.exception(msg) return msg def on_entry_change(entry, _param): ui.validate_entry(entry) dialog = Graphs.AddEquationDialog.new(application) for s in ("x_start", "x_stop", "step_size"): entry = dialog.get_property(s) entry.connect("notify::text", on_entry_change) on_entry_change(entry, None) dialog.connect("accept", on_accept) def select_all_action(application: Graphs.Application) -> None: """Select all Items.""" data = application.get_data() for item in data: item.set_selected(True) data.add_history_state() def select_none_action(application: Graphs.Application) -> None: """Deselect all items.""" data = application.get_data() for item in data: item.set_selected(False) data.add_history_state() def undo_action(application: Graphs.Application) -> None: """Undo last action.""" application.get_data().undo() def redo_action(application: Graphs.Application) -> None: """Redo last action.""" application.get_data().redo() def optimize_limits_action(application: Graphs.Application) -> None: """Optimize figure limits.""" application.get_data().optimize_limits() def view_back_action(application: Graphs.Application) -> None: """Restore last view.""" data = application.get_data() if data.props.can_view_back: data.view_back() def view_forward_action(application: Graphs.Application) -> None: """Restore current view.""" data = application.get_data() if data.props.can_view_forward: data.view_forward() def export_data_action(application: Graphs.Application) -> None: """Export Data.""" ui.export_data_dialog(application) def export_figure_action(application: Graphs.Application) -> None: """Export Figure.""" def on_accept(_dialog, file): window = application.get_window() settings = application.get_settings_child("export-figure") with file_io.open_wrapped(file, "wb") as wrapper: window.get_canvas().figure.savefig( wrapper, format=settings.get_string("file-format"), dpi=settings.get_int("dpi"), transparent=settings.get_boolean("transparent"), ) window.add_toast_string_with_file(_("Exported Figure"), file) dialog = Graphs.ExportFigureDialog.new(application) dialog.connect("accept", on_accept) def new_project_action(application: Graphs.Application) -> None: """Clear the current project and reset Graphs to the initial state.""" data = application.get_data() if data.get_unsaved(): def on_response(_dialog, response): application.save_handler = data.connect( "saved", application.on_project_saved, "reset_project", ) if response == "discard_close": data.reset() if response == "save_close": project.save_project(application) dialog = Graphs.tools_build_dialog("save_changes") dialog.connect("response", on_response) dialog.present(application.get_window()) return data.reset() def save_project_action(application: Graphs.Application) -> None: """Save the current project.""" project.save_project(application) def save_project_as_action(application: Graphs.Application) -> None: """Save the current project and ask for save location.""" project.save_project(application, require_dialog=True) def smoothen_settings_action(application: Graphs.Application) -> None: """Open settings for the smoothen action.""" Graphs.SmoothenDialog.new(application) def zoom_in_action(application: Graphs.Application) -> None: """Zoom into the figure.""" canvas = application.get_window().get_canvas() canvas.zoom(1.15, respect_mouse=False) def zoom_out_action(application: Graphs.Application) -> None: """Zoom out of the figure.""" canvas = application.get_window().get_canvas() canvas.zoom(1 / 1.15, respect_mouse=False) def open_project_action(application: Graphs.Application) -> None: """Open a project.""" project.open_project(application) def delete_selected_action(application: Graphs.Application) -> None: """Delete selected items.""" items = [item for item in application.get_data() if item.get_selected()] names = ", ".join(item.get_name() for item in items) application.get_data().delete_items(items) toast = Adw.Toast.new(_("Deleted {name}").format(name=names)) toast.set_button_label(_("Undo")) toast.set_action_name("app.undo") application.get_window().add_toast(toast) def help_action(application: Graphs.Application) -> None: """Open Help page for Graphs.""" Gio.AppInfo.launch_default_for_uri( "help:graphs", application.get_window().get_display().get_app_launch_context(), ) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/actions.vala000066400000000000000000000071211511351636000242650ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Adw; using Gee; namespace Graphs { private const string[] X_DIRECTIONS = {"top", "bottom"}; private const string[] Y_DIRECTIONS = {"left", "right"}; /** * Setup actions. * * @param application Application */ public void setup_actions (Application application) { foreach (string name in ACTION_NAMES) { var action = new SimpleAction (name, null); action.activate.connect (() => { application.action_invoked.emit (name); }); application.add_action (action); } application.set_accels_for_action ("app.help", {"F1"}); var toggle_sidebar_action = new SimpleAction.stateful ( "toggle_sidebar", null, new Variant.boolean (true) ); toggle_sidebar_action.activate.connect (() => { OverlaySplitView split_view = application.window.split_view; split_view.collapsed = !split_view.collapsed; }); application.add_action (toggle_sidebar_action); var modes = new ArrayList.wrap ({"pan", "zoom", "select"}); foreach (string mode in modes) { var action = new SimpleAction (@"mode_$mode", null); action.activate.connect (() => { application.window.canvas.mode = modes.index_of (mode); }); application.add_action (action); } Settings settings = application.get_settings_child ("figure"); FigureSettings figure_settings = application.data.figure_settings; foreach (string dir in DIRECTION_NAMES) { string val = @"$dir-scale"; var action = new SimpleAction.stateful ( @"change-$val", new VariantType ("s"), new Variant.string (settings.get_enum (val).to_string ()) ); action.activate.connect ((a, target) => { string[] directions = {dir}; bool[] visible_axes = application.data.get_used_positions (); // Also set opposite axis if opposite axis not in use if (dir in X_DIRECTIONS && visible_axes[0] ^ visible_axes[1]) { directions = X_DIRECTIONS; } if (dir in Y_DIRECTIONS && visible_axes[2] ^ visible_axes[3]) { directions = Y_DIRECTIONS; } foreach (string target_dir in directions) { figure_settings.set ( val, int.parse (target.get_string ()) ); } application.data.add_history_state_request.emit (); }); figure_settings.notify[val].connect (() => { int scale; figure_settings.get (val, out scale); action.set_state (new Variant.string (scale.to_string ())); }); application.add_action (action); } string[] settings_actions = {"center", "smoothen"}; Settings actions_settings = application.settings.get_child ("actions"); foreach (string settings_action in settings_actions) { application.add_action (actions_settings.create_action (settings_action)); } var operation_action = new SimpleAction ( "app.perform_operation", new VariantType ("s") ); operation_action.activate.connect ((a, target) => { application.operation_invoked.emit (target.get_string ()); }); application.add_action (operation_action); } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/add_equation.vala000066400000000000000000000025241511351636000252640ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Adw; using Gtk; namespace Graphs { /** * Add Equation dialog. */ [GtkTemplate (ui = "/se/sjoerd/Graphs/ui/add-equation.ui")] public class AddEquationDialog : Adw.Dialog { [GtkChild] public unowned Adw.EntryRow equation { get; } [GtkChild] public unowned Adw.EntryRow x_start { get; } [GtkChild] public unowned Adw.EntryRow x_stop { get; } [GtkChild] public unowned Adw.EntryRow step_size { get; } [GtkChild] public unowned Adw.EntryRow item_name { get; } [GtkChild] private unowned Adw.ToastOverlay toast_overlay { get; } private Application application; public signal string accept (string name); public AddEquationDialog (Application application) { Object (); this.application = application; Tools.bind_settings_to_widgets ( application.get_settings_child ("add-equation"), this ); present (application.window); } [GtkCallback] private void on_accept () { string error = this.accept.emit (this.item_name.get_text ()); if (error == "") close (); else this.toast_overlay.add_toast (new Adw.Toast (error)); } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/application.py000066400000000000000000000143551511351636000246440ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Main application.""" import logging from gettext import gettext as _ from gi.repository import Adw, Gio, Graphs, Gtk from graphs import ( actions, file_import, migrate, operations, project, styles, ui, ) from graphs.data import Data from matplotlib import font_manager class PythonApplication(Graphs.Application): """The main application singleton class.""" __gtype_name__ = "GraphsPythonApplication" def __init__(self, application_id, **kwargs): settings = Gio.Settings(application_id) migrate.migrate_config(settings) data = Data(settings.get_child("figure")) super().__init__( application_id=application_id, settings=settings, flags=Gio.ApplicationFlags.HANDLES_OPEN, data=data, **kwargs, ) font_list = font_manager.findSystemFonts(fontpaths=None, fontext="ttf") for font in font_list: try: font_manager.fontManager.addfont(font) except RuntimeError: logging.warning(_("Could not load {font}").format(font=font)) Graphs.setup_actions(self) self.connect("action_invoked", actions.on_action_invoked) self.connect("operation_invoked", operations.perform_operation) data.connect( "notify::items", ui.on_items_change, self, ) def on_project_saved(self, _application, handler=None, *args) -> None: """Change unsaved state.""" self.disconnect(self.save_handler) if handler == "close": self.quit() data = self.get_data() if handler == "open_project": data.props.project_file = args[0] data.load() def do_open(self, files: list, nfiles: int, _hint: str) -> None: """Open Graphs with a File as argument.""" self.do_activate() data = self.get_data() if nfiles == 1 and files[0].get_uri().endswith(".graphs"): project_file = files[0] if data.get_unsaved(): def on_response(_dialog, response): if response == "discard_close": project.load(data, project_file) if response == "save_close": self.save_handler = data.connect( "saved", self.on_project_saved, "open_project", project_file, ) project.save_project(self) dialog = Graphs.tools_build_dialog("save_changes") dialog.set_transient_for(self.get_window()) dialog.connect("response", on_response) dialog.present() else: project.load(data, project_file) else: file_import.import_from_files(self, files) def close_application(self, *_args) -> None: """ Intercept when closing the application. Will ask the user to confirm and save/discard open data if any unsaved changes are present. """ if self.get_data().get_unsaved(): def on_response(_dialog, response): if response == "discard_close": self.quit() if response == "save_close": self.save_handler = self.get_data().connect( "saved", self.on_project_saved, "close", ) project.save_project(self) dialog = Graphs.tools_build_dialog("save_changes") dialog.connect("response", on_response) dialog.present(self.get_window()) return True self.quit() def do_activate(self) -> None: """ Activate the application. We raise the application"s main window, creating it if necessary. """ window = self.props.active_window if not window: window = Graphs.Window.new(self) data = self.get_data() binding_table = [ ("can_undo", window.get_undo_button(), "sensitive"), ("can_redo", window.get_redo_button(), "sensitive"), ("can_view_back", window.get_view_back_button(), "sensitive"), ( "can_view_forward", window.get_view_forward_button(), "sensitive", ), ("project_name", window.get_content_title(), "title"), ("project_path", window.get_content_title(), "subtitle"), ] for prop1, obj, prop2 in binding_table: data.bind_property(prop1, obj, prop2, 2) actions = ( "multiply_x", "multiply_y", "translate_x", "translate_y", ) for action in actions: entry = window.get_property(action + "_entry") button = window.get_property(action + "_button") entry.connect( "notify::text", self.set_entry_css, entry, button, ) data.connect( "notify::items-selected", self.set_entry_css, entry, button, ) self.set_entry_css(None, None, entry, button) self.set_window(window) window.connect("close-request", self.close_application) self.set_figure_style_manager(styles.StyleManager(self)) data.connect_after( "notify::items", lambda _data, _param: window.update_view_menu(), ) window.update_view_menu() window.present() def set_entry_css( self, _object, _param, entry: Adw.EntryRow, button: Gtk.Button, ) -> None: """Validate text field input.""" button.set_sensitive( ui.validate_entry(entry)[1] and self.get_data().props.items_selected, ) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/application.vala000066400000000000000000000023721511351636000251330ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Adw; namespace Graphs { /** * Graphs application */ public class Application : Adw.Application { public Window window { get; set; } public Settings settings { get; construct set; } public Data data { get; construct set; } public StyleManager figure_style_manager { get; set; } public bool debug { get; construct set; default = false; } public signal void action_invoked (string name); public signal void operation_invoked (string name); construct { Intl.bindtextdomain (Config.GETTEXT_PACKAGE, Config.LOCALEDIR); Intl.bind_textdomain_codeset (Config.GETTEXT_PACKAGE, "UTF-8"); Intl.textdomain (Config.GETTEXT_PACKAGE); this.version = Config.VERSION; } /** * Retrieve a child of the applications settings. * * @param path a slash-separated path */ public Settings get_settings_child (string path) { Settings settings = this.settings; foreach (string child_name in path.split ("/")) { settings = settings.get_child (child_name); } return settings; } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/artist.py000066400000000000000000000170651511351636000236500ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """ Wrapper classes for mpl artists. Provides GObject based wrappers for mpl artists. """ from gi.repository import GObject, Graphs from graphs import misc from matplotlib import artist, pyplot from matplotlib.figure import Figure def new_for_item(canvas: Graphs.Canvas, item: Graphs.Item): """ Create a new artist for an item. Creates bindings between item and artist properties so changes are handled automatically. """ match item.__gtype_name__: case "GraphsDataItem": cls = DataItemArtistWrapper case "GraphsTextItem": cls = TextItemArtistWrapper case "GraphsFillItem": cls = FillItemArtistWrapper case _: pass artist_wrapper = cls( canvas.axes[item.get_yposition() * 2 + item.get_xposition()], item, ) for prop in dir(artist_wrapper.props): if not (prop == "label" and artist_wrapper.legend): item.bind_property(prop, artist_wrapper, prop, 0) artist_wrapper.connect("notify", lambda _x, _y: canvas.update_legend()) return artist_wrapper class ItemArtistWrapper(GObject.Object): """Wrapper for base Item.""" __gtype_name__ = "GraphsItemArtistWrapper" legend = False def get_artist(self) -> artist: """Get underlying mpl artist.""" return self._artist @GObject.Property(type=str, default="") def name(self) -> str: """Get name/label property.""" return self._artist.get_label() @name.setter def name(self, name: str) -> None: """Set name/label property.""" self._artist.set_label(Graphs.tools_shorten_label(name, 40)) @GObject.Property(type=str, default="000000") def color(self) -> str: """Get color property.""" return self._artist.get_color() @color.setter def color(self, color: str) -> None: """Set color property.""" self._artist.set_color(color) @GObject.Property(type=float, default=1) def alpha(self) -> float: """Get alpha property.""" return self._artist.get_alpha() @alpha.setter def alpha(self, alpha: float) -> None: """Set alpha property.""" self._artist.set_alpha(alpha) class DataItemArtistWrapper(ItemArtistWrapper): """Wrapper for DataItem.""" __gtype_name__ = "GraphsDataItemArtistWrapper" selected = GObject.Property(type=bool, default=True) linewidth = GObject.Property(type=float, default=3) markersize = GObject.Property(type=float, default=7) legend = True @GObject.Property def xdata(self) -> list: """Get xdata property.""" return self._artist.get_xdata() @xdata.setter def xdata(self, xdata: list) -> None: """Set xdata property.""" self._artist.set_xdata(xdata) @GObject.Property def ydata(self) -> list: """Get ydata property.""" return self._artist.get_ydata() @ydata.setter def ydata(self, ydata: list) -> None: """Set ydata property.""" self._artist.set_ydata(ydata) @GObject.Property(type=int, default=1) def linestyle(self) -> int: """Get linestyle property.""" return misc.LINESTYLES.index(self._artist.get_linestyle()) @linestyle.setter def linestyle(self, linestyle: int) -> None: """Set linestyle property.""" self._artist.set_linestyle(misc.LINESTYLES[linestyle]) @GObject.Property(type=int, default=1) def markerstyle(self) -> int: """Get markerstyle property.""" return misc.MARKERSTYLES.index(self._artist.get_marker()) @markerstyle.setter def markerstyle(self, markerstyle: int) -> None: """Set markerstyle property.""" self._artist.set_marker(misc.MARKERSTYLES[markerstyle]) def _set_properties(self, _x, _y) -> None: linewidth, markersize = self.props.linewidth, self.props.markersize if not self.props.selected: linewidth *= 0.35 markersize *= 0.35 self._artist.set_linewidth(linewidth) self._artist.set_markersize(markersize) def __init__(self, axis: pyplot.axis, item: Graphs.Item): super().__init__() self._artist = axis.plot( item.props.xdata, item.props.ydata, label=Graphs.tools_shorten_label(item.get_name(), 40), color=item.get_color(), alpha=item.get_alpha(), linestyle=misc.LINESTYLES[item.props.linestyle], marker=misc.MARKERSTYLES[item.props.markerstyle], )[0] for prop in ("selected", "linewidth", "markersize"): self.set_property(prop, item.get_property(prop)) self.connect(f"notify::{prop}", self._set_properties) self._set_properties(None, None) class TextItemArtistWrapper(ItemArtistWrapper): """Wrapper for TextItem.""" __gtype_name__ = "GraphsTextItemArtistWrapper" @GObject.Property(type=float, default=12) def size(self) -> float: """Get size property.""" return self._artist.get_fontsize() @size.setter def size(self, size: float) -> None: """Set size property.""" self._artist.set_fontsize(size) @GObject.Property(type=int, default=0, minimum=0, maximum=360) def rotation(self) -> int: """Get rotation property.""" return self._artist.get_rotation() @rotation.setter def rotation(self, rotation: int) -> None: """Set rotation property.""" self._artist.set_rotation(rotation) @GObject.Property(type=str, default="") def text(self) -> str: """Get text property.""" return self._artist.get_text() @text.setter def text(self, text: str) -> None: """Set text property.""" self._artist.set_text(text) @GObject.Property(type=float, default=0) def xanchor(self) -> float: """Get xanchor property.""" return self._artist.get_position()[0] @xanchor.setter def xanchor(self, xanchor: float) -> None: """Set xanchor property.""" self._artist.set_position((xanchor, self.props.yanchor)) @GObject.Property(type=float, default=0) def yanchor(self) -> float: """Get yanchor property.""" return self._artist.get_position()[1] @yanchor.setter def yanchor(self, yanchor: float) -> None: """Set yanchor property.""" self._artist.set_position((self.props.xanchor, yanchor)) def __init__(self, axis: pyplot.axis, item: Graphs.Item): super().__init__() self._artist = axis.text( item.props.xanchor, item.props.yanchor, item.props.text, label=Graphs.tools_shorten_label(item.get_name(), 40), color=item.get_color(), alpha=item.get_alpha(), clip_on=True, fontsize=item.props.size, rotation=item.props.rotation, ) class FillItemArtistWrapper(ItemArtistWrapper): """Wrapper for FillItem.""" __gtype_name__ = "GraphsFillItemArtistWrapper" @GObject.Property(type=object, flags=2) def data(self) -> None: """Write-only property, ignored.""" @data.setter def data(self, data) -> None: dummy = Figure().add_subplot().fill_between(*data) self._artist.set_paths([dummy.get_paths()[0].vertices]) def __init__(self, axis: pyplot.axis, item: Graphs.Item): super().__init__() self._artist = axis.fill_between( *item.props.data, label=Graphs.tools_shorten_label(item.get_name(), 40), color=item.get_color(), alpha=item.get_alpha(), ) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/canvas.py000066400000000000000000000750311511351636000236120ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """ Custom canvas implementation. Acts as an interface between matplotlib and GObject and contains a custom implementation of a `SpanSelector` as well as a dummy toolbar used for interactive navigation in conjunction with graphs-specific structures. Classes: Canvas """ import math from gi.repository import Adw, GObject, Gdk, Graphs, Gtk from graphs import artist, misc, scales, utilities from matplotlib import backend_tools as tools, pyplot from matplotlib.backend_bases import ( FigureCanvasBase, MouseEvent, NavigationToolbar2, ) from matplotlib.backends.backend_gtk4cairo import FigureCanvas from matplotlib.widgets import SpanSelector _SCROLL_SCALE = 1.06 class Canvas(Graphs.Canvas, FigureCanvas): """ Custom Canvas. Implements properties analouge to `FigureSettings`. Automatically connects to `FigureSettings` and `Data.items` during init. Properties: mode: int items: list (write-only) title: str bottom_label: str left_label: str top_label: str right_label: str bottom_scale: int (0: linear, 1: logarithmic) left_scale: int (0: linear, 1: logarithmic) top_scale: int (0: linear, 1: logarithmic) right_scale: int (0: linear, 1: logarithmic) legend: bool legend_position: int use_custom_style: bool custom_style: str min_bottom: float max_bottom: float min_left: float max_lef: float min_top: float max_top: float min_right: float max_right: float min_selected: float (fraction) max_selected: float (fraction) Signals: edit_request view_changed Functions: update_legend """ __gtype_name__ = "GraphsPythonCanvas" items = GObject.Property(type=object) def __init__( self, style_params: dict, interactive: bool = True, ): """ Create the canvas. Create figure, axes and define rubberband_colors based on the current style context. Bind `items` to `data.items` and all figure settings attributes to their respective values. """ self._style_params = style_params pyplot.rcParams.update(self._style_params) # apply style_params Graphs.Canvas.__init__( self, can_focus=True, focusable=True, hexpand=True, vexpand=True, items=[], ) self._idle_draw_id = 0 self.set_draw_func(self._draw_func) self.connect("resize", self.resize_event) self.connect("notify::scale-factor", self._update_device_pixel_ratio) FigureCanvasBase.__init__(self) self.figure.set_tight_layout(True) self._axis = self.figure.add_subplot(111) self._top_left_axis = self._axis.twiny() self._right_axis = self._axis.twinx() self._top_right_axis = self._top_left_axis.twinx() self.axes = [ self._axis, self._top_left_axis, self._right_axis, self._top_right_axis, ] self._legend_axis = self._axis self._legend = True self._legend_position = misc.LEGEND_POSITIONS[0] self._handles = [] self._rubberband_rect = None # Handle stuff only used if the canvas is interactive if interactive: self._setup_interactive() self.connect("notify::hide-unselected", self._redraw) self.connect("notify::items", self._redraw) def _setup_interactive(self): self._ctrl_held, self._shift_held = False, False self._xfrac, self._yfrac = None, None self.mpl_connect("pick_event", self._on_pick) self.mpl_connect("motion_notify_event", self._set_mouse_fraction) # Reference is created by the toolbar itself _DummyToolbar(self) click = Gtk.GestureClick() click.set_button(0) # All buttons. click.connect("pressed", self.button_press_event) click.connect("update", self.handle_touch_update) click.connect("released", self.button_release_event) self.add_controller(click) key = Gtk.EventControllerKey() key.connect("key-pressed", self.key_press_event) key.connect("key-released", self.key_release_event) self.add_controller(key) motion = Gtk.EventControllerMotion() motion.connect("motion", self.motion_notify_event) motion.connect("enter", self.enter_notify_event) motion.connect("leave", self.leave_notify_event) self.add_controller(motion) scroll = Gtk.EventControllerScroll.new( Gtk.EventControllerScrollFlags.BOTH_AXES, ) scroll.connect("scroll", self.scroll_event) scroll.connect("scroll-end", self.toolbar.push_current) self.add_controller(scroll) zoom = Gtk.GestureZoom.new() zoom.connect("scale-changed", self.zoom_event) zoom.connect("end", self.end_zoom_event) self.add_controller(zoom) def rgba_to_tuple(rgba): return (rgba.red, rgba.green, rgba.blue, rgba.alpha) style_manager = Adw.StyleManager() rgba = style_manager.get_accent_color_rgba() self.rubberband_edge_color = rgba_to_tuple(rgba) rgba.alpha = 0.2 self.rubberband_fill_color = rgba_to_tuple(rgba) self.highlight = _Highlight(self) for item in ("min", "max"): self.connect( f"notify::{item}-selected", lambda _a, _b: self.highlight.load(self), ) def handle_touch_update(self, controller: Gtk.GestureClick, _data) -> None: """ Handle an update event for GtkGestureClick motion. This is needed for touch screen devices to handle gestures properly. """ if not controller.get_point()[0]: # If touch event coords = controller.get_bounding_box_center() x, y = coords.x, coords.y MouseEvent( "motion_notify_event", self, *self._mpl_coords((x, y)), )._process() def key_press_event( self, controller: Gtk.EventControllerKey, keyval: int, keycode: int, state: Gdk.ModifierType, ) -> None: """Handle key press event.""" if keyval == 65507 or keyval == 65508: # Control_L or Control_R self._ctrl_held = True elif keyval == 65505 or keyval == 65506: # Left or right Shift self._shift_held = True else: # Prevent keys from being true with key combos self._ctrl_held = False super().key_press_event(controller, keyval, keycode, state) def key_release_event( self, controller: Gtk.EventControllerKey, keyval: int, keycode: int, state: Gdk.ModifierType, ) -> None: """Handle key release event.""" self._ctrl_held = False self._shift_held = False super().key_release_event(controller, keyval, keycode, state) def scroll_event( self, controller: Gtk.EventControllerScroll, dx: float, dy: float, ) -> None: """Handle scroll event.""" if self._ctrl_held: self.zoom(1 / _SCROLL_SCALE if dy > 0 else _SCROLL_SCALE) else: if self._shift_held: dx, dy = dy, dx if controller.get_unit() == Gdk.ScrollUnit.WHEEL: dx *= 10 dy *= 10 for ax in self.axes: xmin, xmax, ymin, ymax = \ self._calculate_pan_values(ax, dx, dy) ax.set_xlim(xmin, xmax) ax.set_ylim(ymin, ymax) self.queue_draw() super().scroll_event(controller, dx, dy) def zoom_event( self, controller: Gtk.GestureZoom, scale: float, ) -> None: """Handle zoom event.""" coords = controller.get_bounding_box_center() x, y = coords.x, coords.y event = MouseEvent( "motion_notify_event", self, *self._mpl_coords((x, y)), ) self._set_mouse_fraction(event) scale = 1 + 0.01 * (scale - 1) if scale > 5 or scale < 0.2: # Don't scale if ridiculous values are registered return self.zoom(scale) def end_zoom_event(self, controller: Gtk.GestureZoom, _sequence) -> None: """ End the zoom event. Pushes the canvas to the stack, and emits a `release` signal cancel out registered touches from touchscreen devices. """ coords = controller.get_bounding_box_center() x, y = coords.x, coords.y MouseEvent( "button_release_event", self, *self._mpl_coords((x, y)), 1, )._process() self.toolbar.push_current() def enter_notify_event( self, controller: Gtk.EventControllerMotion, x: float, y: float, ) -> None: """Process pointer entry.""" self.grab_focus() super().enter_notify_event(controller, x, y) def _set_mouse_fraction(self, event) -> None: """Set the mouse coordinate in terms of fraction of the canvas.""" if event.inaxes is not None: xlim = self._top_right_axis.get_xlim() ylim = self._top_right_axis.get_ylim() self._xfrac = utilities.get_fraction_at_value( event.xdata, xlim[0], xlim[1], self.top_scale, ) self._yfrac = utilities.get_fraction_at_value( event.ydata, ylim[0], ylim[1], self.right_scale, ) else: self._xfrac, self._yfrac = None, None def zoom(self, scaling: float = 1.15, respect_mouse: bool = True) -> None: """ Zoom with given scaling. Update all axes' limits in respect to the current mouse position. """ if not respect_mouse: self._xfrac, self._yfrac = 0.5, 0.5 if self._xfrac is None or self._yfrac is None: return for ax in self.axes: ax.set_xlim( self._calculate_zoomed_values( self._xfrac, scales.to_int(ax.get_xscale()), ax.get_xlim(), scaling, ), ) ax.set_ylim( self._calculate_zoomed_values( self._yfrac, scales.to_int(ax.get_yscale()), ax.get_ylim(), scaling, ), ) self.queue_draw() @staticmethod def _calculate_pan_values( ax: pyplot.axis, x_panspeed: float, y_panspeed: float, ) -> None: """ Calculate values required for panning. Calculates the coordinates of the canvas after a panning gesture has been emitted. """ xmin, xmax = ax.get_xlim() ymin, ymax = ax.get_ylim() x_scale = scales.to_int(ax.get_xscale()) y_scale = scales.to_int(ax.get_yscale()) pan_scale = 0.002 xvalue1 = utilities.get_value_at_fraction( x_panspeed * pan_scale, xmin, xmax, x_scale, ) xvalue2 = utilities.get_value_at_fraction( 1 + x_panspeed * pan_scale, xmin, xmax, x_scale, ) yvalue1 = utilities.get_value_at_fraction( -y_panspeed * pan_scale, ymin, ymax, y_scale, ) yvalue2 = utilities.get_value_at_fraction( 1 - y_panspeed * pan_scale, ymin, ymax, y_scale, ) if x_scale == 4: xvalue1, xvalue2 = xvalue2, xvalue1 if y_scale == 4: yvalue1, yvalue2 = yvalue2, yvalue1 return xvalue1, xvalue2, yvalue1, yvalue2 @staticmethod def _calculate_zoomed_values( fraction: float, scale: float, limit: float, zoom_factor: float, ) -> tuple[float, float]: """ Calculate zoomed values. Calculates the coordinates of the canvas after a zoom gesture has been ezoomed. """ min_, max_ = limit[0], limit[1] value1 = utilities.get_value_at_fraction( fraction - fraction / zoom_factor, min_, max_, scale, ) value2 = utilities.get_value_at_fraction( fraction + (1 - fraction) / zoom_factor, min_, max_, scale, ) if scale == 4: value1, value2 = value2, value1 return value1, value2 def _redraw(self, *_args) -> None: # bottom, top, left, right used_axes = [False, False, False, False] visible_axes = [False, False, False, False] if self.props.hide_unselected: drawable_items = [] for item in self.props.items: if hasattr(item, "handler"): item.disconnect(item.handler) item.handler = item.connect("notify::selected", self._redraw) if item.get_selected(): drawable_items.append(item) else: drawable_items = self.props.items for item in drawable_items: xposition = item.get_xposition() yposition = item.get_yposition() visible_axes[xposition] = True visible_axes[2 + yposition] = True used_axes[xposition + 2 * yposition] = True axes_directions = ( ("bottom", "left"), # axis ("top", "left"), # top_left_axis ("bottom", "right"), # right_axis ("top", "right"), # top_right_axis ) if not any(visible_axes): visible_axes = (True, False, True, False) # Left and bottom used_axes = (True, False, False, False) # self.axis visible self._legend_axis = self._axis params = self._style_params draw_frame = params["axes.spines.bottom"] ticks = "both" if params["xtick.minor.visible"] else "major" for directions, axis, used \ in zip(axes_directions, self.axes, used_axes): axis.get_xaxis().set_visible(False) axis.get_yaxis().set_visible(False) # Set tick where requested, as long as that axis is not occupied # and visible if ( params[f"xtick.{directions[0]}"] or params[f"ytick.{directions[1]}"] ): axis.tick_params( which=ticks, **{ direction: ( draw_frame and not visible_axes[i] or direction in directions ) and params[f"{'x' if i < 2 else 'y'}tick.{direction}"] for i, direction in enumerate(misc.DIRECTIONS) }, ) for handle in axis.lines + axis.texts: handle.remove() axis_legend = axis.get_legend() if axis_legend is not None: axis_legend.remove() for direction in misc.DIRECTIONS: axis.spines[direction].set_visible( direction in directions and used or draw_frame, ) if used: self._legend_axis = axis self._axis.get_xaxis().set_visible(visible_axes[0]) self._top_left_axis.get_xaxis().set_visible(visible_axes[1]) self._axis.get_yaxis().set_visible(visible_axes[2]) self._right_axis.get_yaxis().set_visible(visible_axes[3]) self._handles = [ artist.new_for_item(self, item) for item in reversed(drawable_items) ] self.update_legend() def _on_pick(self, event) -> None: """Emit edit-request signal for picked label/title.""" self.emit("edit_request", event.artist.id) # Overwritten function - do not change name def _post_draw(self, _widget, context) -> None: """Allow custom rendering extensions.""" if self._rubberband_rect is not None: self._draw_rubberband(context) def _draw_rubberband(self, ctx) -> None: """ Implement custom rubberband. Draw a rubberband matching libadwaitas style, where `_rubberband_rect` is set. """ radius = 6 x0, y0, width, height = ( dim / self.device_pixel_ratio for dim in self._rubberband_rect ) x1 = x0 + width y1 = y0 + height if x1 < x0: x0, x1 = x1, x0 if y1 < y0: y0, y1 = y1, y0 degrees = math.pi / 180 ctx.new_sub_path() ctx.arc(x1 - radius, y0 + radius, radius, -90 * degrees, 0 * degrees) ctx.arc(x1 - radius, y1 - radius, radius, 0 * degrees, 90 * degrees) ctx.arc(x0 + radius, y1 - radius, radius, 90 * degrees, 180 * degrees) ctx.arc(x0 + radius, y0 + radius, radius, 180 * degrees, 270 * degrees) ctx.close_path() ctx.set_line_width(1) ctx.set_source_rgba(*self.rubberband_fill_color) ctx.fill_preserve() ctx.set_source_rgba(*self.rubberband_edge_color) ctx.stroke() def update_legend(self) -> None: """Update the legend or hide if not used.""" if self._legend and self._handles: handles = [ handle.get_artist() for handle in self._handles if handle.legend ] if handles: self._legend_axis.legend( handles=handles, loc=self._legend_position, frameon=True, reverse=True, ) self.queue_draw() return legend = self._legend_axis.get_legend() if legend is not None: legend.remove() self.queue_draw() @GObject.Property(type=bool, default=True) def legend(self) -> bool: """Whether or not, the legend is visible.""" return self._legend @legend.setter def legend(self, legend: bool) -> None: self._legend = legend self.update_legend() @GObject.Property(type=int, default=0) def legend_position(self) -> int: """Legend Position (see `misc.LEGEND_POSITIONS`).""" return misc.LEGEND_POSITIONS.index(self._legend_position) @legend_position.setter def legend_position(self, legend_position: int) -> None: self._legend_position = misc.LEGEND_POSITIONS[legend_position] self.update_legend() @GObject.Property(type=str) def title(self) -> str: """Figure title.""" return self._axis.get_title() @title.setter def title(self, title: str) -> None: self._axis.set_title(title, picker=True).id = "title" self.queue_draw() @GObject.Property(type=str) def bottom_label(self) -> str: """Label of the bottom axis.""" return self._axis.get_xlabel() @bottom_label.setter def bottom_label(self, label: str) -> None: self._axis.set_xlabel(label, picker=True).id = "bottom_label" self.queue_draw() @GObject.Property(type=str) def left_label(self) -> str: """Label of the left axis.""" return self._axis.get_ylabel() @left_label.setter def left_label(self, label: str) -> None: self._axis.set_ylabel(label, picker=True).id = "left_label" self.queue_draw() @GObject.Property(type=str) def top_label(self) -> str: """Label of the top axis.""" return self._top_left_axis.get_xlabel() @top_label.setter def top_label(self, label: str) -> None: self._top_left_axis.set_xlabel(label, picker=True).id = "top_label" self.queue_draw() @GObject.Property(type=str) def right_label(self) -> str: """Label of the right axis.""" return self._right_axis.get_ylabel() @right_label.setter def right_label(self, label: str) -> None: self._right_axis.set_ylabel(label, picker=True).id = "right_label" self.queue_draw() @GObject.Property(type=int) def bottom_scale(self) -> int: """Scale of the bottom axis.""" return scales.to_int(self._axis.get_xscale()) @bottom_scale.setter def bottom_scale(self, scale: int) -> None: scale = scales.to_string(scale) for axis in (self._axis, self._right_axis): axis.set_xscale(scale) axis.set_xlim(None, None) self.queue_draw() @GObject.Property(type=int) def left_scale(self) -> int: """Scale of the left axis.""" return scales.to_int(self._axis.get_yscale()) @left_scale.setter def left_scale(self, scale: int) -> None: scale = scales.to_string(scale) for axis in (self._axis, self._top_left_axis): axis.set_yscale(scale) axis.set_ylim(None, None) self.queue_draw() @GObject.Property(type=int) def top_scale(self) -> int: """Scale of the top axis.""" return scales.to_int(self._top_left_axis.get_xscale()) @top_scale.setter def top_scale(self, scale: int) -> None: scale = scales.to_string(scale) for axis in (self._top_right_axis, self._top_left_axis): axis.set_xscale(scale) axis.set_xlim(None, None) self.queue_draw() @GObject.Property(type=int) def right_scale(self) -> int: """Scale of the right axis.""" return scales.to_int(self._right_axis.get_yscale()) @right_scale.setter def right_scale(self, scale: int) -> None: scale = scales.to_string(scale) for axis in (self._top_right_axis, self._right_axis): axis.set_yscale(scale) axis.set_ylim(None, None) self.queue_draw() @GObject.Property(type=float) def min_bottom(self) -> float: """Lower limit for the bottom axis.""" return self._axis.get_xlim()[0] @min_bottom.setter def min_bottom(self, value: float) -> None: for axis in (self._axis, self._right_axis): axis.set_xlim(value, None) self.queue_draw() @GObject.Property(type=float) def max_bottom(self) -> float: """Upper limit for the bottom axis.""" return self._axis.get_xlim()[1] @max_bottom.setter def max_bottom(self, value: float) -> None: for axis in (self._axis, self._right_axis): axis.set_xlim(None, value) self.queue_draw() @GObject.Property(type=float) def min_left(self) -> float: """Lower limit for the left axis.""" return self._axis.get_ylim()[0] @min_left.setter def min_left(self, value: float) -> None: for axis in (self._axis, self._top_left_axis): axis.set_ylim(value, None) self.queue_draw() @GObject.Property(type=float) def max_left(self) -> float: """Upper limit for the left axis.""" return self._axis.get_ylim()[1] @max_left.setter def max_left(self, value: float) -> None: for axis in (self._axis, self._top_left_axis): axis.set_ylim(None, value) self.queue_draw() @GObject.Property(type=float) def min_top(self) -> float: """Lower limit for the top axis.""" return self._top_left_axis.get_xlim()[0] @min_top.setter def min_top(self, value: float) -> None: for axis in (self._top_left_axis, self._top_right_axis): axis.set_xlim(value, None) self.highlight.load(self) self.queue_draw() @GObject.Property(type=float) def max_top(self) -> float: """Upper limit for the top axis.""" return self._top_left_axis.get_xlim()[1] @max_top.setter def max_top(self, value: float) -> None: for axis in (self._top_left_axis, self._top_right_axis): axis.set_xlim(None, value) self.highlight.load(self) self.queue_draw() @GObject.Property(type=float) def min_right(self) -> float: """Lower limit for the right axis.""" return self._right_axis.get_ylim()[0] @min_right.setter def min_right(self, value: float) -> None: for axis in (self._right_axis, self._top_right_axis): axis.set_ylim(value, None) self.queue_draw() @GObject.Property(type=float) def max_right(self) -> float: """Upper limit for the right axis.""" return self._right_axis.get_ylim()[1] @max_right.setter def max_right(self, value: float) -> None: for axis in (self._right_axis, self._top_right_axis): axis.set_ylim(None, value) self.queue_draw() @GObject.Property(type=bool, default=False) def highlight_enabled(self) -> bool: """Whether or not the highlight is enabled.""" return hasattr(self, "highlight") and self.highlight.get_active() @highlight_enabled.setter def highlight_enabled(self, enabled: bool) -> None: if hasattr(self, "highlight"): self.highlight.set_active(enabled) self.highlight.set_visible(enabled) self.queue_draw() class _DummyToolbar(NavigationToolbar2): """Custom Toolbar implementation.""" # Overwritten function - do not change name def _zoom_pan_handler(self, event) -> None: mode = self.canvas.props.mode if event.button == 2: event.button = 1 mode = 0 elif event.button != 1: return if mode == 0: if event.name == "button_press_event": self.press_pan(event) elif event.name == "button_release_event": self.release_pan(event) elif mode == 1: if event.name == "button_press_event": self.press_zoom(event) elif event.name == "button_release_event": self.release_zoom(event) # Overwritten function - do not change name def _update_cursor(self, event) -> None: mode = self.canvas.props.mode if event.inaxes and event.inaxes.get_navigate(): if mode == 1 and self._last_cursor != tools.Cursors.SELECT_REGION: self.canvas.set_cursor(tools.Cursors.SELECT_REGION) self._last_cursor = tools.Cursors.SELECT_REGION elif mode == 0 and self._last_cursor != tools.Cursors.MOVE: self.canvas.set_cursor(tools.Cursors.MOVE) self._last_cursor = tools.Cursors.MOVE elif self._last_cursor != tools.Cursors.POINTER: self.canvas.set_cursor(tools.Cursors.POINTER) self._last_cursor = tools.Cursors.POINTER # Overwritten function - do not change name def drag_pan(self, event): """Handle dragging in pan/zoom mode.""" for ax in self._pan_info.axes: # Using the recorded button at the press is safer than the current # button, as multiple buttons can get pressed during motion. # Use custom drag_pan that maxes sure limits are set in right order # even on inverted scale self.ax_drag_pan( ax, self._pan_info.button, event.key, event.x, event.y, ) self.canvas.draw_idle() @staticmethod def ax_drag_pan(self, button, key: str, x: float, y: float) -> None: """ Handle mouse events during a pan operation. Notes ----- This is intended to be overridden by new projection types. """ points = self._get_pan_points(button, key, x, y) if points is not None: # Max and min needs to be defined at correct position for this to # work with inverted scaling ylim = points[:, 1] xlim = points[:, 0] self.set_xlim(min(xlim), max(xlim)) self.set_ylim(min(ylim), max(ylim)) # Overwritten function - do not change name def draw_rubberband(self, _event, x0, y0, x1, y1) -> None: self.canvas._rubberband_rect = [ int(val) for val in (x0, self.canvas.figure.bbox.height - y0, x1 - x0, y0 - y1) ] self.canvas.queue_draw() # Overwritten function - do not change name def remove_rubberband(self) -> None: self.canvas._rubberband_rect = None self.canvas.queue_draw() # Overwritten function - do not change name def push_current(self, *_args) -> None: """Use custom functionality for the view clipboard.""" self.canvas.highlight.load(self.canvas) for direction in ("bottom", "left", "top", "right"): self.canvas.notify(f"min-{direction}") self.canvas.notify(f"max-{direction}") self.canvas.emit("view_changed") # Overwritten function - do not change name def save_figure(self) -> None: pass class _Highlight(SpanSelector): def __init__(self, canvas: Canvas): super().__init__( canvas.axes[3], lambda _x, _y: self.apply(canvas), "horizontal", useblit=True, props={ "facecolor": canvas.rubberband_fill_color, "edgecolor": canvas.rubberband_edge_color, "linewidth": 1, }, handle_props={"linewidth": 0}, interactive=True, drag_from_anywhere=True, ) self.load(canvas) def load(self, canvas: Canvas) -> None: xmin, xmax = canvas.axes[1].get_xlim() scale = canvas.props.top_scale self.extents = ( utilities.get_value_at_fraction( canvas.get_min_selected(), xmin, xmax, scale, ), utilities.get_value_at_fraction( canvas.get_max_selected(), xmin, xmax, scale, ), ) def apply(self, canvas: Canvas) -> None: xmin, xmax = canvas.axes[1].get_xlim() extents = self.extents extents = max(xmin, extents[0]), min(xmax, extents[1]) self.extents = extents for prefix, value in zip(["min_", "max_"], extents): canvas.set_property( prefix + "selected", utilities.get_fraction_at_value( value, xmin, xmax, canvas.props.top_scale, ), ) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/canvas.vala000066400000000000000000000010061511351636000240740ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Gtk; namespace Graphs { /** * Custom Canvas implementation. */ public class Canvas : DrawingArea { public bool hide_unselected { get; set; default = false; } public int mode { get; set; default = 0; } public double min_selected { get; set; default = 0; } public double max_selected { get; set; default = 0; } public signal void edit_request (string id); public signal void view_changed (); } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/config.vapi000066400000000000000000000005511511351636000241060ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later [CCode (cprefix = "", lower_case_cprefix = "", cheader_filename = "config.h")] namespace Config { public const string GETTEXT_PACKAGE; public const string LOCALEDIR; public const string VERSION; public const string AUTHOR; public const string HOMEPAGE_URL; public const string ISSUE_URL; } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/curve_fitting.py000066400000000000000000000357411511351636000252130ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Curve fitting module.""" import re from gettext import gettext as _ from gi.repository import Adw, Graphs, Gtk from graphs import utilities from graphs.canvas import Canvas from graphs.item import DataItem, FillItem import numpy from scipy.optimize import _minpack, curve_fit class CurveFittingDialog(Graphs.CurveFittingDialog): """Class for displaying the Curve Fitting dialog.""" __gtype_name__ = "GraphsPythonCurveFittingDialog" def __init__(self, application: Graphs.Application, item: Graphs.Item): """Initialize the curve fitting dialog.""" super().__init__(application=application) Adw.StyleManager.get_default().connect("notify", self.reload_canvas) self.connect("equation_change", self.on_equation_change) self.connect("fit_curve_request", self.fit_curve) self.connect("add_fit_request", self.add_fit) self.fitting_parameters = FittingParameterContainer() style = \ application.get_figure_style_manager().get_system_style_params() self.param = [] self.sigma = [] self.r2 = 0 # Generate items for the canvas self.data_curve = DataItem.new( style, xdata=item.xdata, ydata=item.ydata, name=item.get_name(), color="#1A5FB4", ) self.data_curve.linestyle = 0 self.data_curve.markerstyle = 1 self.data_curve.markersize = 13 self.fitted_curve = DataItem.new(style, color="#A51D2D") self.fill = FillItem.new( style, ( self.fitted_curve.xdata, self.fitted_curve.ydata, self.fitted_curve.ydata, ), color="#1A5FB4", alpha=0.15, ) self.reload_canvas() self.setup() self.present(application.get_window()) def reload_canvas(self, *_args) -> None: """Reinitialise the currently used canvas.""" application = self.props.application figure_settings = application.get_data().get_figure_settings() style = \ application.get_figure_style_manager().get_system_style_params() canvas = Canvas(style, interactive=False) canvas.props.items = [self.fitted_curve, self.data_curve, self.fill] axis = canvas.axes[0] axis.yscale = "linear" axis.xscale = "linear" axis.xlabel = "X Value" canvas.left_label = figure_settings.get_property("left_label") canvas.bottom_label = figure_settings.get_property("bottom_label") self.set_canvas(canvas) @staticmethod def on_equation_change(self, equation: str) -> None: """ Logic to execute whenever the equation is changed. Set the free variables and corresponding entry rows when the equation has been changed. """ processed_equation = utilities.preprocess(equation) self.set_equation_string(processed_equation) free_variables = utilities.get_free_variables(processed_equation) if len(free_variables) == 0: self.set_results(error="equation") return self.fitting_parameters.update(free_variables) fit = self.fit_curve() if not fit: return False box = self.get_fitting_params_box() while box.get_last_child() is not None: box.remove(box.get_last_child()) for param in self.fitting_parameters: parameter_box = Graphs.FittingParameterBox.new(param) parameter_box.set_bounds_visible( self.get_settings().get_string("optimization") != "lm", ) for prop in ("initial", "upper_bound", "lower_bound"): entry = parameter_box.get_property(prop) entry.connect("notify::text", self.on_entry_change) box.append(parameter_box) return bool(fit) def on_entry_change(self, entry, _param) -> None: """ Triggered whenever an entry changes. Update the parameters of the curve and perform a new subsequent fit. """ error = False def _is_float(value): """ Check if a value can be converted to a float. If value cannot be parsed as a float, the CSS class "error" to is added to the entry. """ try: float(value) return True except ValueError: entry.add_css_class("error") return False entries = entry.get_ancestor(Graphs.FittingParameterBox) # Set the parameters for the row corresponding to the entry that # was edited for row, params in \ zip(self.get_fitting_params_box(), self.fitting_parameters): if row == entries: initial = entries.get_initial().get_text() lower_bound = entries.get_lower_bound().get_text() upper_bound = entries.get_upper_bound().get_text() entries.get_initial().remove_css_class("error") entries.get_lower_bound().remove_css_class("error") entries.get_upper_bound().remove_css_class("error") for bound in [initial, lower_bound, upper_bound]: if not _is_float(bound): self.set_results(error="value") return initial = float(initial) lower_bound = float(lower_bound) upper_bound = float(upper_bound) if (initial < lower_bound or initial > upper_bound): entries.get_initial().add_css_class("error") self.set_results(error="bounds") error = True if not lower_bound < upper_bound: entries.get_lower_bound().add_css_class("error") entries.get_upper_bound().add_css_class("error") error = True self.set_results(error="bounds") params.set_initial(initial) params.set_lower_bound(str(lower_bound)) params.set_upper_bound(str(upper_bound)) if not error: self.fit_curve() def set_results(self, error="") -> None: """Set the results dialog based on the fit.""" initial_string = _("Results:") + "\n" buffer_string = initial_string if error == "value": buffer_string += _( "Please enter valid fitting \nparameters to start the fit", ) elif error == "equation": buffer_string += _( "Please enter a valid equation \nto start the fit", ) elif error == "bounds": buffer_string += _( "Please enter valid fitting bounds \nto start the fit", ) else: free_variables = utilities.get_free_variables( self.get_equation_string(), ) for index, arg in enumerate(free_variables): parameter = utilities.sig_fig_round(self.param[index], 3) sigma = utilities.sig_fig_round(self.sigma[index], 3) buffer_string += f"{arg}: {parameter}" if self.get_settings().get_enum("confidence") != 0: buffer_string += f" (± {sigma})" buffer_string += "\n" buffer_string += "\n" + _("Sum of R²: {R2}").format(R2=self.r2) self.get_text_view().get_buffer().set_text(buffer_string) bold_tag = Gtk.TextTag(weight=700) self.get_text_view().get_buffer().get_tag_table().add(bold_tag) start_iter = self.get_text_view().get_buffer().get_start_iter() end_iter = self.get_text_view().get_buffer().get_start_iter() # Highlight first word while not end_iter.ends_word() and not end_iter.ends_sentence(): end_iter.forward_char() self.get_text_view().get_buffer().apply_tag( bold_tag, start_iter, end_iter, ) def fit_curve(self, *_args) -> bool: """ Fit the data to the equation in the entry. Returns a boolean indicating whether the fit was succesfull or not. """ def _get_equation_name(equation_name, values): """Obtain the equation name with the fitted parameter values.""" free_variables = utilities.get_free_variables( self.get_equation_string(), ) var_to_val = dict(zip(free_variables, values)) for var, val in var_to_val.items(): if var.lower() == "e": pattern = r"(? None: """ Obtain the confidence interval from the fit. Get the confidence interval in terms of the standard deviation resulting from the covariance in the plot. The bounds are navively calculated by using the extremes on each parameter for both sides of the bounds. """ # Get standard deviation self.get_canvas().axes[0].relim() # Reset limits self.sigma = numpy.sqrt(numpy.diagonal(self.param_cov)) self.sigma *= self.get_settings().get_enum("confidence") try: fitted_y = [ function(x, *self.param) for x in self.data_curve.xdata ] except (OverflowError, ZeroDivisionError): return ss_res = numpy.sum( (numpy.asarray(self.data_curve.ydata) - numpy.asarray(fitted_y))**2, ) ss_sum = numpy.sum((self.data_curve.ydata - numpy.mean(fitted_y))**2) self.r2 = utilities.sig_fig_round(1 - (ss_res / ss_sum), 3) # Get confidence band upper_bound = function( self.fitted_curve.xdata, *(self.param + self.sigma), ) lower_bound = function( self.fitted_curve.xdata, *(self.param - self.sigma), ) # Filter non-finite values from the bounds lower_bound = lower_bound[numpy.isfinite(lower_bound)] upper_bound = upper_bound[numpy.isfinite(upper_bound)] # Cancel if there's no valid values left after filtering non-finite if len(upper_bound) == 0 or len(lower_bound) == 0: return span = max(self.fitted_curve.ydata) - min(self.fitted_curve.ydata) middle = \ (max(self.fitted_curve.ydata) - min(self.fitted_curve.ydata)) / 2 # Don't try to draw complicated and resource-hogging bounds when # far out of range, instead set them to be single-values far away if max(upper_bound) > middle + 1e5 * span: upper_bound = [middle + 1e5 * span] if min(lower_bound) < middle - 1e5 * span: lower_bound = [middle - 1e5 * span] self.fill.props.data = ( self.fitted_curve.props.xdata, lower_bound, upper_bound, ) @staticmethod def add_fit(self) -> None: """Add fitted data to the items in the main application.""" application = self.props.application style_manager = application.get_figure_style_manager() application.get_data().add_items( [ DataItem.new( style_manager.get_selected_style_params(), name=self.fitted_curve.get_name(), xdata=list(self.fitted_curve.xdata), ydata=list(self.fitted_curve.ydata), ), ], style_manager, ) self.close() class FittingParameterContainer(): """ Container class for the Fitting Parameters. Each item in the container represents one fitting parameter. """ def __init__(self): self._items = {} def __iter__(self): """Iterate over items.""" return iter(self._items.values()) def get(self, arg): """Retrieve an item.""" return self._items[arg] def update(self, parameters: list) -> None: """ Remove unused fitting parameters. Removes the used parameters `used_list` from the container, this ensures that the fitting parameters are kept up-to-date with the actual equation. """ names = [item.get_name() for item in self] for var in parameters: if var not in names: self._items[var] = Graphs.FittingParameter( name=var, initial=1, lower_bound="-inf", upper_bound="inf", ) # First create list with items to remove # to avoid dict changing size during iteration remove_list = [] for item in self._items.values(): if item.get_name() not in parameters: remove_list.append(item.get_name()) for item_name in remove_list: del self._items[item_name] self._items = {key: self._items[key] for key in parameters} def get_p0(self) -> list: """Get the initial values of the fitting.""" return [float(item_.get_initial()) for item_ in self] def get_bounds(self) -> tuple: """Get the bounds of the fitting parameters.""" lower_bounds = [float(item_.get_lower_bound()) for item_ in self] upper_bounds = [float(item_.get_upper_bound()) for item_ in self] return (lower_bounds, upper_bounds) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/curve_fitting.vala000066400000000000000000000125311511351636000254760ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Adw; using Gtk; namespace Graphs { public class FittingParameter : Object { public string name { get; construct set; } public double initial { get; construct set; } public string lower_bound { get; construct set; } public string upper_bound { get; construct set; } } private const string[] EQUATIONS = { "a*x+b", // linear "a*x²+b*x+c", // quadratic "a*exp(b*x)", // exponential "a*x^b", // power "a*log(x)+b", // log "L/(1+exp(-k*(x-b)))", // sigmoid "a*exp(-(x-mu)²/(2*s²))" // gaussian }; /** * Curve fitting dialog. */ [GtkTemplate (ui = "/se/sjoerd/Graphs/ui/curve-fitting.ui")] public class CurveFittingDialog : Adw.Dialog { [GtkChild] private unowned Adw.ComboRow equation { get; } [GtkChild] protected unowned Adw.EntryRow custom_equation { get; } [GtkChild] protected unowned Box fitting_params_box { get; } [GtkChild] protected unowned TextView text_view { get; } [GtkChild] private unowned Adw.ToastOverlay toast_overlay { get; } public Application application { get; construct set; } protected GLib.Settings settings { get; private set; } protected string equation_string { get; protected set; } protected Canvas canvas { get { return (Canvas) this.toast_overlay.get_child (); } set { this.toast_overlay.set_child (value); } } protected signal bool equation_change (string equation); protected signal void fit_curve_request (); protected signal void add_fit_request (); protected void setup () { this.settings = this.application.get_settings_child ("curve-fitting"); var action_map = new SimpleActionGroup (); Action confidence_action = this.settings.create_action ("confidence"); Action optimization_action = this.settings.create_action ("optimization"); confidence_action.notify.connect (emit_fit_curve_request); optimization_action.notify.connect (() => { emit_fit_curve_request (); bool visible = this.settings.get_string ("optimization") != "lm"; var entry = (FittingParameterBox) this.fitting_params_box.get_first_child (); while (entry != null) { entry.set_bounds_visible (visible); entry = (FittingParameterBox) entry.get_next_sibling (); } }); action_map.add_action (confidence_action); action_map.add_action (optimization_action); this.insert_action_group ("win", action_map); this.equation.set_selected (this.settings.get_enum ("equation")); this.equation.notify["selected"].connect (set_equation); this.custom_equation.notify["text"].connect (() => { bool success = this.equation_change.emit (this.custom_equation.get_text ()); if (success) { this.custom_equation.remove_css_class ("error"); if (this.equation.get_selected () == 7) { this.settings.set_string ("custom-equation", this.custom_equation.get_text ()); } } else this.custom_equation.add_css_class ("error"); }); set_equation (); } private void emit_fit_curve_request () { this.fit_curve_request.emit (); } private void set_equation () { int selected = (int) this.equation.get_selected (); if (this.settings.get_enum ("equation") != selected ) { this.settings.set_enum ("equation", selected); } string equation; if (selected != 7) { equation = EQUATIONS[selected]; this.equation.set_subtitle (@"Y=$equation"); this.custom_equation.set_visible (false); } else { equation = this.settings.get_string ("custom-equation"); this.equation.set_subtitle (""); this.settings.set_string ("custom-equation", equation); this.custom_equation.set_visible (true); } this.custom_equation.set_text (equation); } [GtkCallback] private void emit_add_fit_request () { this.add_fit_request.emit (); } } [GtkTemplate (ui = "/se/sjoerd/Graphs/ui/fitting-parameters.ui")] public class FittingParameterBox : Box { [GtkChild] private unowned Label label { get; } [GtkChild] public unowned Adw.EntryRow initial { get; } [GtkChild] public unowned Adw.EntryRow upper_bound { get; } [GtkChild] public unowned Adw.EntryRow lower_bound { get; } public FittingParameterBox (FittingParameter param) { string msg = _("Fitting Parameters for %s").printf (param.name); this.label.set_markup (@" $msg: "); this.initial.set_text (param.initial.to_string ()); } public void set_bounds_visible (bool visible) { this.upper_bound.set_visible (visible); this.lower_bound.set_visible (visible); } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/data.py000066400000000000000000000564051511351636000232540ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Data management module.""" import copy import math import os from gettext import gettext as _ from urllib.parse import unquote, urlparse from gi.repository import GObject, Gio, Graphs from graphs import item, misc import numpy _FIGURE_SETTINGS_HISTORY_IGNORELIST = misc.LIMITS + [ "min_selected", "max_selected", ] class Data(Graphs.Data): """Class for managing data.""" __gtype_name__ = "GraphsPythonData" def __init__(self, settings: Gio.Settings): figure_settings = Graphs.FigureSettings.new(settings) super().__init__( settings=settings, figure_settings=figure_settings, ) self._initialize() figure_settings.connect("notify", self._on_figure_settings_change) self.connect("notify::unsaved", self._on_unsaved_change) self._update_used_positions() self.connect( "add_history_state_request", lambda _s: self.add_history_state(), ) def reset(self): """Reset data.""" # Reset figure settings default_figure_settings = Graphs.FigureSettings.new( self.props.settings, ) figure_settings = self.get_figure_settings() for prop in dir(default_figure_settings.props): new_value = default_figure_settings.get_property(prop) figure_settings.set_property(prop, new_value) # Reset items if not self.empty: self.delete_items([item for item in self]) self._initialize() self.props.file = None self.props.unsaved = False def _initialize(self): """Initialize the data class and set default values.""" figure_settings = self.get_figure_settings() limits = figure_settings.get_limits() self.props.can_undo = False self.props.can_redo = False self.props.can_view_back = False self.props.can_view_forward = False self._history_states = [([], limits)] self._history_pos = -1 self._view_history_states = [limits] self._view_history_pos = -1 self._items = {} self._set_data_copy() @GObject.Property(type=bool, default=True, flags=1 | 1073741824) def empty(self) -> bool: """Whether or not the class is empty.""" return not self._items def _on_unsaved_change(self, _a, _b) -> None: if not self.props.unsaved: self.emit("saved") self.notify("project-name") self.notify("project-path") @GObject.Property(type=str, default="", flags=1) def project_name(self) -> str: """Get project_name property.""" if self.props.file is None: title = _("Untitled Project") else: title = Graphs.tools_get_filename(self.props.file) if self.props.unsaved: title = "• " + title return title @GObject.Property(type=str, default="", flags=1) def project_path(self) -> str: """Retrieve the path of the associated file.""" if self.props.file is None: return _("Draft") uri_parse = urlparse(self.props.file.get_uri()) filepath = os.path.dirname( os.path.join(uri_parse.netloc, unquote(uri_parse.path)), ) if filepath.startswith("/var"): # Fix for rpm-ostree distros, where home is placed in /var/home filepath = filepath.replace("/var", "", 1) return filepath.replace(os.path.expanduser("~"), "~") @GObject.Property(type=bool, default=False, flags=1) def items_selected(self) -> bool: """Whether or not at least one item is selected.""" return any(item_.get_selected() for item_ in self) @GObject.Property(type=object, flags=3 | 1073741824) # explicit notify def items(self) -> misc.ItemList: """All managed items.""" return self.get_items() @items.setter def items(self, items: misc.ItemList) -> None: """Set items property.""" self.set_items(items) def get_items(self) -> misc.ItemList: """Get all managed items.""" return list(self._items.values()) def set_items(self, items: misc.ItemList) -> None: """Set all managed items.""" self._items = {} for item_ in items: self._add_item(item_) self._update_used_positions() self.notify("items") self.notify("empty") def _add_item(self, item_: Graphs.Item) -> None: """Append items to self.""" self._connect_to_item(item_) self._items[item_.get_uuid()] = item_ def _delete_item(self, uuid: str) -> None: """Pop and delete item.""" item_ = self._items[uuid] self._items.pop(uuid) del item_ def index(self, item_: Graphs.Item) -> int: """Get the index of an item.""" return list(self._items.keys()).index(item_.get_uuid()) def get_names(self) -> list[str]: """All items' names.""" return [item_.get_name() for item_ in self] def get_n_items(self) -> int: """Amount of managed items.""" return len(self._items) def get_at_pos(self, position: int) -> Graphs.Item: """Get item at position.""" return self.get_items()[position] def get_for_uuid(self, uuid: str) -> Graphs.Item: """Get item for key.""" return self._items[uuid] def __len__(self) -> int: """Magic alias for `get_n_items()`.""" return self.get_n_items() def __iter__(self): """Iterate over items.""" return iter(self._items.values()) def __getitem__(self, getter: str | int): """Magic alias for retrieving items.""" if isinstance(getter, str): return self.get_for_uuid(getter) return self.get_at_pos(getter) def change_position(self, index1: int, index2: int) -> None: """Change item position of index2 to that of index1.""" items = self.get_items() # Check if target key is lower in the order, if so we can put the old # key below the target key. Otherwise put it above. if index1 < index2: items[index1:index2 + 1] = [items[index2]] + items[index1:index2] else: items[index2:index1 + 1] = \ items[index2 + 1:index1 + 1] + [items[index2]] self.set_items(items) self._current_batch.append((3, (index2, index1))) def add_items( self, items: misc.ItemList, style_manager: Graphs.StyleManager, ) -> None: """ Add items to be managed. Respects settings in regards to handling duplicate names. New Items with a x- or y-label change the figures current labels if they are still the default. If they are already modified and do not match the items label, they get moved to another axis. """ figure_settings = self.get_figure_settings() selected_style = style_manager.get_selected_style_params() color_cycle = selected_style["axes.prop_cycle"].by_key()["color"] used_colors = [] def _append_used_color(color): used_colors.append(color) if len(set(used_colors)) == len(color_cycle): for color in color_cycle: used_colors.remove(color) def _is_default(prop): return figure_settings.get_property(prop) == \ self.props.settings.get_string(prop) for item_ in self: color = item_.get_color() if color in color_cycle: _append_used_color(color) used_names = set(self.get_names()) for new_item in items: item_name = new_item.get_name() if item_name in used_names: new_item.set_name( Graphs.tools_get_duplicate_string( item_name, list(used_names), ), ) used_names.add(new_item.get_name()) xlabel = new_item.get_xlabel() if xlabel: original_position = new_item.get_xposition() if original_position == 0: if _is_default("bottom-label") or self.props.empty: figure_settings.set_bottom_label(xlabel) elif xlabel != figure_settings.get_bottom_label(): new_item.set_xposition(1) if new_item.get_xposition() == 1: if _is_default("top-label"): figure_settings.set_top_label(xlabel) elif xlabel != figure_settings.get_top_label(): new_item.set_xposition(original_position) ylabel = new_item.get_ylabel() if ylabel: original_position = new_item.get_yposition() if original_position == 0: if _is_default("left-label") or self.props.empty: figure_settings.set_left_label(ylabel) elif ylabel != figure_settings.get_left_label(): new_item.set_yposition(1) if new_item.get_yposition() == 1: if _is_default("right-label"): figure_settings.set_right_label(ylabel) elif ylabel != figure_settings.get_right_label(): new_item.set_yposition(original_position) if new_item.get_color() == "": for color in color_cycle: if color not in used_colors: _append_used_color(color) new_item.set_color(color) break self._add_item(new_item) change = (1, copy.deepcopy(new_item.to_dict())) self._current_batch.append(change) self.optimize_limits() self.add_history_state() self._update_used_positions() self.notify("items") self.notify("empty") self.notify("items_selected") def delete_items(self, items: misc.ItemList): """Delete specified items.""" settings = self.get_figure_settings() for item_ in items: self._current_batch.append( (2, (self.index(item_), item_.to_dict())), ) x_position = item_.get_xposition() y_position = item_.get_yposition() + 2 xlabel = item_.get_xlabel() ylabel = item_.get_ylabel() self._delete_item(item_.get_uuid()) used = self.get_used_positions() for position in [x_position, y_position]: direction = misc.DIRECTIONS[position] item_label = xlabel if position < 2 else ylabel axis_label = getattr(settings, f"get_{direction}_label")() if not used[position] and item_label == axis_label: set_label = getattr(settings, f"set_{direction}_label") set_label( self.props.settings.get_string(f"{direction}-label"), ) self._update_used_positions() self.notify("items") self.notify("empty") self.add_history_state() self.notify("items_selected") def _connect_to_item(self, item_: Graphs.Item): item_.connect("notify::selected", self._on_item_select) item_.connect("notify", self._on_item_change) for prop in ("xposition", "yposition"): item_.connect(f"notify::{prop}", self._on_item_position_change) def _on_item_position_change(self, _item, _ignored) -> None: self.optimize_limits() self._update_used_positions() self.notify("items") def _on_item_select(self, _x, _y) -> None: self.notify("items_selected") def _on_item_change(self, item_, param) -> None: self._current_batch.append(( 0, ( item_.get_uuid(), param.name, copy.deepcopy(self._data_copy[item_.get_uuid()][param.name]), copy.deepcopy(item_.get_property(param.name)), ), )) def _update_used_positions(self) -> None: # bottom, top, left, right figure_settings = self.get_figure_settings() used_positions = [False, False, False, False] for item_ in self.items: if ( figure_settings.get_hide_unselected() and not item_.get_selected() ): continue used_positions[item_.get_xposition()] = True used_positions[item_.get_yposition() + 2] = True if not any(used_positions): self.set_used_positions(True, False, True, False) return self.set_used_positions(*used_positions) def _on_figure_settings_change(self, figure_settings, param) -> None: if param.name in _FIGURE_SETTINGS_HISTORY_IGNORELIST: return self._current_batch.append(( 4, ( param.name, copy.deepcopy(self._figure_settings_copy[param.name]), copy.deepcopy(figure_settings.get_property(param.name)), ), )) def _set_data_copy(self) -> None: """Set a deep copy for the data.""" self._current_batch: list = [] self._data_copy = copy.deepcopy({ item_.get_uuid(): item_.to_dict() for item_ in self }) self._figure_settings_copy = copy.deepcopy({ prop.replace("_", "-"): self.props.figure_settings.get_property(prop) for prop in dir(self.props.figure_settings.props) }) def add_history_state(self, old_limits: misc.Limits = None) -> None: """Add a state to the clipboard.""" if not self._current_batch: return if self._history_pos != -1: self._history_states = self._history_states[:self._history_pos + 1] self._history_pos = -1 self._history_states.append( (self._current_batch, self.get_figure_settings().get_limits()), ) if old_limits is not None: old_state = self._history_states[-2][1] for index in range(8): old_state[index] = old_limits[index] self.props.can_redo = False self.props.can_undo = True # Keep history states length limited to 100 spots if len(self._history_states) > 101: self._history_states = self._history_states[1:] self._set_data_copy() self.props.unsaved = True def undo(self) -> None: """Undo the latest change that was added to the clipboard.""" if not self.props.can_undo: return batch = self._history_states[self._history_pos][0] self._history_pos -= 1 items_changed = False for change_type, change in reversed(batch): if change_type == 0: self[change[0]].set_property(change[1], change[2]) elif change_type == 1: self._delete_item(change["uuid"]) items_changed = True elif change_type == 2: item_ = item.new_from_dict(copy.deepcopy(change[1])) self._add_item(item_) self.change_position(change[0], len(self) - 1) items_changed = True elif change_type == 3: self.change_position(change[0], change[1]) items_changed = True elif change_type == 4: self.props.figure_settings.set_property( change[0], change[1], ) if items_changed: self._update_used_positions() self.notify("items") self.notify("empty") self.notify("items_selected") self.get_figure_settings().set_limits( self._history_states[self._history_pos][1], ) self.props.can_redo = True self.props.can_undo = \ abs(self._history_pos) < len(self._history_states) self._set_data_copy() self.add_view_history_state() def redo(self) -> None: """Redo the latest change that was added to the clipboard.""" if not self.props.can_redo: return self._history_pos += 1 state = self._history_states[self._history_pos] items_changed = False for change_type, change in state[0]: if change_type == 0: self[change[0]].set_property(change[1], change[3]) elif change_type == 1: self._add_item(item.new_from_dict(copy.deepcopy(change))) items_changed = True elif change_type == 2: self._delete_item(change[1]["uuid"]) items_changed = True elif change_type == 3: self.change_position(change[1], change[0]) items_changed = True elif change_type == 4: self.props.figure_settings.set_property( change[0], change[2], ) if items_changed: self._update_used_positions() self.notify("items") self.notify("empty") self.notify("items_selected") self.get_figure_settings().set_limits(state[1]) self.props.can_redo = self._history_pos < -1 self.props.can_undo = True self._set_data_copy() self.add_view_history_state() def add_view_history_state(self) -> None: """Add the view to the view history.""" limits = self.get_figure_settings().get_limits() if all( math.isclose(old, new) for old, new in zip(self._view_history_states[-1], limits) ): return # If a couple of redo's were performed previously, it deletes the # clipboard data that is located after the current clipboard # position and disables the redo button if self._view_history_pos != -1: self._view_history_states = \ self._view_history_states[:self._view_history_pos + 1] self._view_history_pos = -1 self._view_history_states.append(limits) self.props.can_view_back = True self.props.can_view_forward = False self.props.unsaved = True def view_back(self) -> None: """Move the view to the previous value in the view history.""" if not self.props.can_view_back: return self._view_history_pos -= 1 self.get_figure_settings().set_limits( self._view_history_states[self._view_history_pos], ) self.props.can_view_forward = True self.props.can_view_back = \ abs(self._view_history_pos) < len(self._view_history_states) def view_forward(self) -> None: """Move the view to the next value in the view history.""" if not self.props.can_view_forward: return self._view_history_pos += 1 self.get_figure_settings().set_limits( self._view_history_states[self._view_history_pos], ) self.props.can_view_back = True self.props.can_view_forward = self._view_history_pos < -1 def optimize_limits(self) -> None: """Optimize the limits of the canvas to the data class.""" figure_settings = self.get_figure_settings() axes = [[ direction, False, [], [], figure_settings.get_property(f"{direction}_scale"), ] for direction in ("bottom", "left", "top", "right")] for item_ in self: if not isinstance(item_, item.DataItem) or ( not item_.get_selected() and figure_settings.get_hide_unselected() ): continue for index in \ item_.get_xposition() * 2, 1 + item_.get_yposition() * 2: axes[index][1] = True xydata = numpy.asarray( item_.ydata if index % 2 else item_.xdata, ) try: xydata = xydata[numpy.isfinite(xydata)] except TypeError: return nonzero_data = numpy.array([ value for value in xydata if value != 0 ]) axes[index][2].append( nonzero_data.min() if axes[index][4] in (1, 4) and len(nonzero_data) > 0 else xydata.min(), ) axes[index][3].append(xydata.max()) for count, (direction, used, min_all, max_all, scale) in \ enumerate(axes): if not used: continue min_all = min(min_all) max_all = max(max_all) if scale != 1: # For non-logarithmic scales span = max_all - min_all # 0.05 padding on y-axis, 0.015 padding on x-axis padding_factor = 0.05 if count % 2 else 0.015 max_all += padding_factor * span # For inverse scale, calculate padding using a factor min_all = ( min_all - padding_factor * span if scale != 4 else min_all * 0.99 ) else: # Use different scaling type for logarithmic scale # Use padding factor of 2 for y-axis, 1.025 for x-axis padding_factor = 2 if count % 2 else 1.025 min_all *= 1 / padding_factor max_all *= padding_factor figure_settings.set_property(f"min_{direction}", min_all) figure_settings.set_property(f"max_{direction}", max_all) self.add_view_history_state() def get_project_dict(self, version: str) -> dict: """Convert data to dict.""" figure_settings = self.get_figure_settings() return { "version": version, "data": [item_.to_dict() for item_ in self], "figure-settings": { key: figure_settings.get_property(key) for key in dir(figure_settings.props) }, "history-states": self._history_states, "history-position": self._history_pos, "view-history-states": self._view_history_states, "view-history-position": self._view_history_pos, } def load_from_project_dict(self, project_dict: dict) -> None: """Load data from dict.""" # Load data figure_settings = self.get_figure_settings() for key, value in project_dict["figure-settings"].items(): if figure_settings.get_property(key) != value: figure_settings.set_property(key, value) self.set_items(item.new_from_dict(d) for d in project_dict["data"]) self.notify("items_selected") # Set clipboard self._set_data_copy() self._history_states = project_dict["history-states"] self._history_pos = project_dict["history-position"] self._view_history_states = project_dict["view-history-states"] self._view_history_pos = project_dict["view-history-position"] self.unsaved = False # Set clipboard/view buttons self.props.can_undo = \ abs(self._history_pos) < len(self._history_states) self.props.can_redo = self._history_pos < -1 self.props.can_view_back = \ abs(self._view_history_pos) < len(self._view_history_states) self.props.can_view_forward = self._view_history_pos < -1 Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/data.vala000066400000000000000000000017751511351636000235470ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later namespace Graphs { /** * Data class */ public class Data : Object { protected Settings settings { get; set; } public FigureSettings figure_settings { get; construct set; } public bool can_undo { get; protected set; default = false; } public bool can_redo { get; protected set; default = false; } public bool can_view_back { get; protected set; default = false; } public bool can_view_forward { get; protected set; default = false; } public File file { get; set; } public bool unsaved { get; set; default = false; } private bool[] _used_positions; public signal void add_history_state_request (); public bool[] get_used_positions () { return this._used_positions; } public void set_used_positions (bool a, bool b, bool c, bool d) { this._used_positions = { a, b, c, d }; } public signal void saved (); } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/edit_item.py000066400000000000000000000067411511351636000243040ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Module for Editing an Item.""" from gi.repository import Adw, GObject, Graphs, Gtk from graphs.item import DataItem _IGNORELIST = [ "alpha", "color", "item_type", "uuid", "selected", "xdata", "xlabel", "ydata", "ylabel", ] @Gtk.Template(resource_path="/se/sjoerd/Graphs/ui/edit-item.ui") class EditItemDialog(Adw.PreferencesDialog): """Class for editing an Item.""" __gtype_name__ = "GraphsEditItemDialog" item_selector = Gtk.Template.Child() name = Gtk.Template.Child() xposition = Gtk.Template.Child() yposition = Gtk.Template.Child() item_group = Gtk.Template.Child() linestyle = Gtk.Template.Child() linewidth = Gtk.Template.Child() markerstyle = Gtk.Template.Child() markersize = Gtk.Template.Child() data = GObject.Property(type=Graphs.Data) item = GObject.Property(type=Graphs.Item) model = GObject.Property(type=Gtk.StringList) bindings = GObject.Property(type=object) def __init__(self, application, item): data = application.get_data() super().__init__( data=data, item=item, bindings=[], model=Gtk.StringList.new(data.get_names()), ) self.item_selector.set_model(self.props.model) self.item_selector.set_selected(data.get_items().index(item)) self.present(application.get_window()) @Gtk.Template.Callback() def on_select(self, _action, _target) -> None: """Handle Item selection.""" item = self.props.data[self.item_selector.get_selected()] if item != self.item: self.props.model.splice( self.props.data.get_items().index(self.item), 1, [self.props.item.get_name()], ) self.props.item = item @Gtk.Template.Callback() def on_item_change(self, _a, _b) -> None: """Handle Item change.""" item = self.props.item self.set_title(item.get_name()) for binding in self.props.bindings: binding.unbind() bindings = [] for key in dir(item.props): if key in _IGNORELIST: continue widget = getattr(self, key) if isinstance(widget, Adw.EntryRow): bindings.append( item.bind_property(key, widget, "text", 1 | 2), ) elif isinstance(widget, Adw.ComboRow): bindings.append( item.bind_property(key, widget, "selected", 1 | 2), ) elif isinstance(widget, Gtk.Scale): bindings.append( item.bind_property( key, widget.get_adjustment(), "value", 1 | 2, ), ) self.props.bindings = bindings self.item_group.set_visible(isinstance(item, DataItem)) @Gtk.Template.Callback() def on_close(self, _a) -> None: """Handle dialog closing.""" self.props.data.add_history_state() @Gtk.Template.Callback() def on_linestyle(self, comborow, _b) -> None: """Handle linestyle selection.""" self.linewidth.set_sensitive(comborow.get_selected() != 0) @Gtk.Template.Callback() def on_markers(self, comborow, _b) -> None: """Handle marker selection.""" self.markersize.set_sensitive(comborow.get_selected() != 0) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/export_figure.vala000066400000000000000000000042741511351636000255150ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Adw; using Gtk; namespace Graphs { private const uint[] FORMATS_WITH_DPI = {1, 3, 6}; /** * Export figure dialog */ [GtkTemplate (ui = "/se/sjoerd/Graphs/ui/export-figure.ui")] public class ExportFigureDialog : Adw.Dialog { [GtkChild] public unowned Adw.SpinRow dpi { get; } [GtkChild] public unowned Adw.SwitchRow transparent { get; } [GtkChild] public unowned Adw.ComboRow file_format { get; } private Application application; public signal void accept (File file); public ExportFigureDialog (Application application) { Object (); this.application = application; Tools.bind_settings_to_widgets ( application.get_settings_child ("export-figure"), this ); present (application.window); } [GtkCallback] private void on_file_format () { this.dpi.set_visible ( this.file_format.get_selected () in FORMATS_WITH_DPI ); } [GtkCallback] private void on_accept () { string filename = C_("filename", "Exported Figure"); GLib.Settings settings = application.get_settings_child ("export-figure"); string suffix = settings.get_string ("file-format"); var dialog = new FileDialog (); dialog.set_initial_name (@"$filename.$suffix"); dialog.set_accept_label (_("Export")); GLib.ListStore filter_store = new GLib.ListStore (typeof (FileFilter)); var filter = new FileFilter (); StringObject selected = (StringObject) this.file_format.get_selected_item (); filter.name = selected.get_string (); filter.add_suffix (suffix); filter_store.append (filter); dialog.set_filters (filter_store); dialog.save.begin (this.application.window, null, (d, r) => { try { File file = dialog.save.end (r); this.accept.emit (file); close (); } catch {} }); } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/figure_settings.py000066400000000000000000000050121511351636000255300ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Figure Settings Dialog.""" from gettext import gettext as _ from gi.repository import Graphs from graphs import misc, styles, ui class FigureSettingsDialog(Graphs.FigureSettingsDialog): """Figure Settings Dialog.""" __gtype_name__ = "GraphsPythonFigureSettingsDialog" def __init__( self, application: Graphs.Application, highlighted: str = None, ): """Initialize the Figure Settings window and set the widget entries.""" super().__init__(application=application) self.props.style_editor = styles.StyleEditor(self) self.setup(highlighted) self.connect("copy-request", self.copy_style) self.connect("closed", self.on_close) self.connect("entry-change", self.on_entry_change) self.connect("set-as-default", self.on_set_as_default) @staticmethod def on_entry_change(self, entry, prop) -> None: """Bind the entry upon change.""" is_valid, value = ui.validate_entry(entry) if is_valid: self.props.figure_settings.set_property(prop, value) @staticmethod def copy_style(self, template, name) -> None: """Open the new style window.""" style_manager = self.props.application.get_figure_style_manager() style_manager.copy_style(template, name) def on_close(self, *_args) -> None: """ Handle closing. Closes the figure settings, saves the current style and adds the new state to the clipboard """ self.emit("save-style-request") data = self.props.application.get_data() data.add_view_history_state() data.add_history_state() @staticmethod def on_set_as_default(self) -> None: """Set the current figure settings as the new default.""" figure_settings = self.props.figure_settings settings = self.props.application.get_settings_child("figure") ignorelist = ["min_selected", "max_selected"] + misc.LIMITS for prop in dir(figure_settings.props): if prop in ignorelist: continue value = figure_settings.get_property(prop) prop = prop.replace("_", "-") if isinstance(value, str): settings.set_string(prop, value) elif isinstance(value, bool): settings.set_boolean(prop, value) elif isinstance(value, int): settings.set_enum(prop, value) self.add_toast_string(_("Defaults Updated")) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/figure_settings.vala000066400000000000000000000250261511351636000260320ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Adw; using Gtk; namespace Graphs { /** * Figure settings */ public class FigureSettings : Object { public string title { get; set; default = ""; } public string bottom_label { get; set; default = ""; } public string left_label { get; set; default = ""; } public string top_label { get; set; default = ""; } public string right_label { get; set; default = ""; } public int bottom_scale { get; set; default = 0; } public int left_scale { get; set; default = 0; } public int top_scale { get; set; default = 0; } public int right_scale { get; set; default = 0; } public bool legend { get; set; default = true; } public int legend_position { get; set; default = 0; } public bool use_custom_style { get; set; default = false; } public string custom_style { get; set; default = "Adwaita"; } public bool hide_unselected { get; set; default = false; } public double min_bottom { get; set; default = 0; } public double max_bottom { get; set; default = 1; } public double min_left { get; set; default = 0; } public double max_left { get; set; default = 10; } public double min_top { get; set; default = 0; } public double max_top { get; set; default = 1; } public double min_right { get; set; default = 0; } public double max_right { get; set; default = 10; } public double min_selected { get; set; default = 0; } public double max_selected { get; set; default = 0; } public FigureSettings (GLib.Settings settings) { Object ( bottom_scale: settings.get_enum ("bottom-scale"), left_scale: settings.get_enum ("left-scale"), right_scale: settings.get_enum ("right-scale"), top_scale: settings.get_enum ("top-scale"), title: settings.get_string ("title"), bottom_label: settings.get_string ("bottom-label"), left_label: settings.get_string ("left-label"), top_label: settings.get_string ("top-label"), right_label: settings.get_string ("right-label"), legend: settings.get_boolean ("legend"), use_custom_style: settings.get_boolean ("use-custom-style"), legend_position: settings.get_enum ("legend-position"), custom_style: settings.get_string ("custom-style") ); } public double[] get_limits () { double[] limits = {}; foreach (string limit_name in LIMIT_NAMES) { double limit; get (limit_name, out limit); limits += limit; } return limits; } public void set_limits (double[] limits) requires (limits.length == 8) { for (int i = 0; i < LIMIT_NAMES.length; i++) { set (LIMIT_NAMES[i], limits[i]); } } public void set_selection_range (double minimum, double maximum) requires (0 <= minimum <= 1) requires (0 <= maximum <= 1) requires (minimum <= maximum) { this.min_selected = minimum; this.max_selected = maximum; } } private const string PAGE_RESOURCE = "/se/sjoerd/Graphs/ui/figure-settings-page.ui"; /** * Figure settings dialog */ [GtkTemplate (ui = "/se/sjoerd/Graphs/ui/figure-settings-dialog.ui")] public class FigureSettingsDialog : Adw.Dialog { [GtkChild] public unowned Adw.NavigationView navigation_view { get; } [GtkChild] private unowned GridView grid_view { get; } [GtkChild] private unowned Adw.NavigationPage style_overview { get; } [GtkChild] private unowned Adw.ToastOverlay toast_overlay { get; } public Application application { get; construct set; } protected Adw.NavigationPage settings_page { get; private set; } protected Adw.NavigationPage style_editor { get; protected set; } protected FigureSettings figure_settings { get { return this.application.data.figure_settings; } } protected signal void entry_change (Adw.EntryRow entry, string prop); protected signal void set_as_default (); protected signal void copy_request (string template, string name); public signal void load_style_request (Style style); public signal void save_style_request (); protected void setup (string? highlighted) { FigureSettings figure_settings = this.figure_settings; GLib.Settings settings = this.application.get_settings_child ("figure"); var builder = new Builder.from_resource (PAGE_RESOURCE); this.settings_page = (Adw.NavigationPage) builder.get_object ("settings_page"); this.navigation_view.push (this.settings_page); foreach (string key in settings.settings_schema.list_keys ()) { if (key[-5:] == "style") continue; key = key.replace ("-", "_"); Object object = builder.get_object (key); if (object is Adw.EntryRow) { figure_settings.bind_property (key, object, "text", 1 | 2); } else if (object is Adw.ComboRow) { figure_settings.bind_property (key, object, "selected", 1 | 2); } else if (object is Adw.ExpanderRow) { figure_settings.bind_property (key, object, "enable-expansion", 1 | 2); } else if (object is Adw.SwitchRow) { figure_settings.bind_property (key, object, "active", 1 | 2); } else assert_not_reached (); } bool[] visible_axes = this.application.data.get_used_positions (); bool both_x = visible_axes[0] && visible_axes[1]; bool both_y = visible_axes[2] && visible_axes[3]; string[] min_max = {"min", "max"}; for (int i = 0; i < 4; i++) { string direction = DIRECTION_NAMES[i]; bool visible = visible_axes[i]; bool x = i < 2; if (visible) { foreach (string s in min_max) { string key = s + "_" + direction; var entry = (Adw.EntryRow) builder.get_object (key); double val; figure_settings.get (key, out val); entry.set_text (val.to_string ()); entry.notify["text"].connect (() => { this.entry_change.emit (entry, key); }); if (s == "min") { if (x && !both_x) entry.set_title (_("X Axis Minimum")); else if (!x && !both_y) entry.set_title (_("Y Axis Minimum")); } else { if (x && !both_x) entry.set_title (_("X Axis Maximum")); else if (!x && !both_y) entry.set_title (_("Y Axis Maximum")); } } var scale = (Adw.ComboRow) builder.get_object (direction + "_scale"); var label = (Adw.EntryRow) builder.get_object (direction + "_label"); var limits = (Box) builder.get_object (direction + "_limits"); scale.set_visible (true); label.set_visible (true); limits.set_visible (true); if (x && !both_x) { scale.set_title (_("X Axis Scale")); label.set_title (_("X Axis Label")); } else if (!x && !both_y) { scale.set_title (_("Y Axis Scale")); label.set_title (_("X Axis Label")); } } } var style_name = (Label) builder.get_object ("style_name"); StyleManager style_manager = this.application.figure_style_manager; style_manager.bind_property ( "selected_stylename", style_name, "label", 2 ); var factory = new SignalListItemFactory (); factory.setup.connect (on_factory_setup); factory.bind.connect (on_factory_bind); this.grid_view.set_factory (factory); this.grid_view.set_model (style_manager.selection_model); var style_row = (Adw.ActionRow) builder.get_object ("style_row"); style_row.activated.connect (() => { this.navigation_view.push (this.style_overview); }); var button = (Button) builder.get_object ("set_as_default"); button.clicked.connect (() => { this.set_as_default.emit (); }); present (this.application.window); if (highlighted != null) { var widget = (Widget) builder.get_object (highlighted); widget.grab_focus (); } } protected void add_toast_string (string msg) { this.toast_overlay.add_toast (new Adw.Toast (msg)); } [GtkCallback] private void on_pop (Adw.NavigationPage page) { if (page == this.style_editor) this.save_style_request.emit (); } [GtkCallback] private void add_style () { StyleManager style_manager = this.application.figure_style_manager; var dialog = new AddStyleDialog (style_manager, this); dialog.accept.connect ((d, template, name) => { this.copy_request.emit (template, name); }); } private void on_factory_setup (Object object) { ListItem item = (ListItem) object; item.set_child (new StylePreview ()); } private void on_factory_bind (Object object) { ListItem item = (ListItem) object; StylePreview preview = (StylePreview) item.get_child (); Style style = (Style) item.get_item (); preview.style = style; if (style.mutable && !preview.edit_button.get_visible ()) { preview.edit_button.set_visible (true); preview.edit_button.clicked.connect (() => { this.load_style_request.emit (style); this.navigation_view.push (this.style_editor); }); } } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/file_import.py000066400000000000000000000054241511351636000246470ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """ Module for importing data from files. Functions: import_from_files """ from pathlib import Path from gi.repository import Gio, Graphs from graphs import parse_file from graphs.misc import ParseError _IMPORT_MODES = { # name: suffix "project": ".graphs", "xrdml": ".xrdml", "xry": ".xry", "columns": None, } def import_from_files( application: Graphs.Application, files: list[Gio.File], ) -> None: """ Import from a list of files. Automatically guesses, which mode to use. If configurable settings are present at /se/sjoerd/Graphs/import-params, a Window will be shown, giving the option to configure them. """ import_dict = {mode: [] for mode in _IMPORT_MODES.keys()} for file in files: import_dict[_guess_import_mode(file)].append(file) modes = [] for mode, files in import_dict.items(): if files: modes.append(mode) configurable_modes = [] settings = application.get_settings_child("import-params") for mode in settings.list_children(): if mode in modes: configurable_modes.append(mode) if configurable_modes: def on_accept(_dialog): _import_from_files( application, settings, configurable_modes, import_dict, ) dialog = Graphs.ImportDialog.new(application, configurable_modes) dialog.connect("accept", on_accept) else: _import_from_files( application, settings, configurable_modes, import_dict, ) def _import_from_files( application: Graphs.Application, settings: Gio.Settings, configurable_modes: list[str], import_dict: dict, ): items = [] style = application.get_figure_style_manager().get_selected_style_params() for mode, files in import_dict.items(): callback = getattr(parse_file, "import_from_" + mode) params = settings.get_child(mode) if mode in configurable_modes \ else None for file in files: try: items.extend(callback(params, style, file)) except ParseError as error: application.get_window().add_toast_string(error.message) continue application.get_data().add_items( items, application.get_figure_style_manager(), ) def _guess_import_mode(file: Gio.File) -> str: try: filename = Graphs.tools_get_filename(file) file_suffix = Path(filename).suffixes[-1] except IndexError: file_suffix = None for mode, suffix in _IMPORT_MODES.items(): if suffix is not None and file_suffix == suffix: return mode return "columns" Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/file_import.vala000066400000000000000000000074751511351636000251520ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Adw; using Gtk; namespace Graphs { /** * Import dialog */ [GtkTemplate (ui = "/se/sjoerd/Graphs/ui/import.ui")] public class ImportDialog : Adw.Dialog { [GtkChild] private unowned Box mode_box { get; } private GLib.Settings settings; private string[] modes; public signal void accept (); public ImportDialog (Application application, string[] modes) { this.settings = application.get_settings_child ("import-params"); this.modes = modes; var builder = new Builder (); foreach (string mode in modes) { try { builder.add_from_resource (@"/se/sjoerd/Graphs/ui/import-$mode.ui"); } catch { assert_not_reached (); } var group = (PreferencesGroup) builder.get_object (mode + "_group"); GLib.Settings mode_settings = this.settings.get_child (mode); foreach (string key in mode_settings.settings_schema.list_keys ()) { Object object = builder.get_object (mode + "_" + key.replace ("-", "_")); bind_setting (mode_settings, object, key); } // mode specific setups: switch (mode) { case "columns": { var delimiter = (Adw.ComboRow) builder.get_object ("columns_delimiter"); var custom_delimiter = (Adw.EntryRow) builder.get_object ("columns_custom_delimiter"); if (delimiter.get_selected () == 6) { custom_delimiter.set_visible (true); } delimiter.notify["selected"].connect (() => { custom_delimiter.set_visible (delimiter.get_selected () == 6); }); break; } default: { break; } } this.mode_box.append (group); } present (application.window); } [GtkCallback] private void on_accept () { this.accept.emit (); close (); } [GtkCallback] private void on_reset () { var dialog = (Adw.AlertDialog) Tools.build_dialog ("reset_to_defaults"); dialog.set_body (_("Are you sure you want to reset the import settings?")); dialog.response.connect ((d, response) => { if (response == "reset") { foreach (string mode in this.modes) { Tools.reset_settings (this.settings.get_child (mode)); } } }); dialog.present (this); } private static void bind_setting (GLib.Settings settings, Object object, string key) { if (object is Adw.EntryRow) { settings.bind (key, object, "text", 0); } else if (object is Adw.ComboRow) { var comborow = (Adw.ComboRow) object; comborow.set_selected (settings.get_enum (key)); comborow.notify["selected"].connect (() => { if (settings.get_enum (key) != comborow.get_selected ()) { settings.set_enum ( key, (int) comborow.get_selected () ); } }); settings.changed[key].connect (() => { comborow.set_selected (settings.get_enum (key)); }); } else if (object is Adw.SpinRow) { settings.bind (key, object, "value", 0); } } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/file_io.py000066400000000000000000000113271511351636000237430ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Module for file operations.""" import io import json from xml.dom import minidom from gi.repository import GLib, Gio from graphs import item class FileLikeWrapper(io.BufferedIOBase): """FileLike Wrapper for Gio.Files.""" def __init__(self, read_stream=None, write_stream=None): self._read_stream, self._write_stream = read_stream, write_stream @classmethod def new_for_io_stream(cls, io_stream: Gio.IOStream): """Create a wrapper for an IOStream.""" return cls( read_stream=io_stream.get_input_stream(), write_stream=io_stream.get_output_stream(), ) @property def closed(self) -> bool: """Whether or not the stream is closed.""" return self._read_stream is None and self._write_stream is None def close(self) -> None: """Close the stream.""" if self._read_stream is not None: self._read_stream.close() self._read_stream = None if self._write_stream is not None: self._write_stream.close() self._write_stream = None def writable(self) -> bool: """Whether or not the stream can be written to.""" return self._write_stream is not None def write(self, b) -> int: """Write to the stream.""" if self._write_stream is None: raise OSError() elif b is None or b == b"": return 0 return self._write_stream.write_bytes(GLib.Bytes(b)) def readable(self) -> bool: """Whether or not the stream can be read from.""" return self._read_stream is not None def read(self, size=-1): """Read from the stream.""" if self._read_stream is None: raise OSError() elif size == 0: return b"" elif size > 0: return self._read_stream.read_bytes(size, None).get_data() buffer = io.BytesIO() while True: chunk = self._read_stream.read_bytes(4096, None) if chunk.get_size() == 0: break buffer.write(chunk.get_data()) return buffer.getvalue() read1 = read def create_write_stream(file: Gio.File) -> Gio.OutputStream: """Create a write stream for a given file.""" if file.query_exists(None): file.delete(None) return file.create(0, None) def open_wrapped(file: Gio.File, mode: str = "rt", encoding: str = "utf-8"): """Open a file in a FileLike wrapper.""" read = "r" in mode append = "a" in mode replace = "w" in mode def _io_stream(): return FileLikeWrapper.new_for_io_stream(file.open_readwrite(None)) if "x" in mode: if file.query_exists(): return OSError() stream = create_write_stream(file) stream.close() if read and append: obj = _io_stream() elif read and replace: stream = create_write_stream(file) stream.close() obj = _io_stream() elif read: obj = FileLikeWrapper(read_stream=file.read(None)) elif replace: obj = FileLikeWrapper(write_stream=create_write_stream(file)) elif append: obj = FileLikeWrapper(write_stream=file.append(None)) if "b" not in mode: obj = io.TextIOWrapper(obj, encoding=encoding) return obj def iter_data_stream(stream: Gio.DataInputStream): """ Iterate over a data stream. Note: This can be removed in the next release of pygobject. """ line = stream.read_line_utf8(None)[0] while line is not None: yield line line = stream.read_line_utf8(None)[0] def save_item(file: Gio.File, item_: item.DataItem) -> None: """Save an Item to a txt file.""" delimiter = "\t" fmt = delimiter.join(["%.12e"] * 2) xlabel, ylabel = item_.get_xlabel(), item_.get_ylabel() stream = Gio.DataOutputStream.new(create_write_stream(file)) if xlabel != "" and ylabel != "": stream.stream(xlabel + delimiter + ylabel + "\n") for values in zip(item_.xdata, item_.ydata): stream.put_string(fmt % values + "\n") stream.close() def parse_json(file: Gio.File) -> dict: """Parse a json file to a python dict.""" with open_wrapped(file, "rb") as wrapper: return json.load(wrapper) def write_json(file: Gio.File, json_object: dict, pretty_print=True) -> None: """Write a python dict to a python file.""" with open_wrapped(file, "wt") as wrapper: json.dump( json_object, wrapper, indent=4 if pretty_print else None, sort_keys=True, ) def parse_xml(file: Gio.File) -> dict: """Parse a xml file to a python dict.""" with open_wrapped(file, "rb") as wrapper: return minidom.parse(wrapper) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/graphs.in000077500000000000000000000044051511351636000236010ustar00rootroot00000000000000#!@PYTHON@ # Graphs # Plot and manipulate data # # @HOMEPAGE_URL@ # @VCS_URL@ # # Copyright @COPYRIGHT@ @AUTHOR@ # # This program is free software: you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program. If not, see . # # SPDX-License-Identifier: GPL-3.0-or-later """Main graphs module.""" import gettext import locale import logging import os import signal import sys if __name__ == "__main__": import gi gi.require_version("Adw", "1") gi.require_version("Gtk", "4.0") gi.require_version("Graphs", "1") graph_path_dir = "@PKGDATADIR@" if os.environ.get("GRAPHS_DEVEL_PATH"): graph_path_dir = os.environ.get("GRAPHS_DEVEL_PATH") sys.path.insert(1, graph_path_dir) signal.signal(signal.SIGINT, signal.SIG_DFL) localedir = "@LOCALEDIR@" if os.environ.get('GRAPHS_OVERRIDE_LOCALEDIR'): localedir = os.environ.get('GRAPHS_OVERRIDE_LOCALEDIR') locale.bindtextdomain("@GETTEXT_PACKAGE@", localedir) locale.textdomain("@GETTEXT_PACKAGE@") gettext.bindtextdomain("@GETTEXT_PACKAGE@", localedir) gettext.textdomain("@GETTEXT_PACKAGE@") from gi.repository import Gio gresource_location = os.path.join("@PKGDATADIR@", "@APPLICATION_ID@.gresource") if os.environ.get("GRAPHS_OVERRIDE_RESOURCES"): gresource_location = os.environ.get('GRAPHS_OVERRIDE_RESOURCES') resource = Gio.Resource.load(gresource_location) resource._register() debug = @DEBUG@ loglevel = logging.DEBUG if debug else logging.INFO logging.basicConfig(format="%(levelname)s: %(message)s", level=loglevel) logging.getLogger("matplotlib.font_manager").disabled = True from graphs.application import PythonApplication sys.exit(PythonApplication("@APPLICATION_ID@", debug=debug).run(sys.argv)) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/inline-stack-switcher.vala000066400000000000000000000170651511351636000270440ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later namespace Graphs { public class InlineStackSwitcher : Gtk.Widget { private const int TIMEOUT_EXPAND = 500; private Gtk.Stack _stack; public Gtk.Stack stack { get { return _stack; } set { if (stack == value) return; if (stack != null) disconnect_stack (); _stack = value; if (stack != null) connect_stack (); } } private Gtk.SelectionModel pages; private HashTable buttons; static construct { set_css_name ("inline-stack-switcher"); set_accessible_role (TAB_LIST); set_layout_manager_type (typeof (Gtk.BoxLayout)); } construct { buttons = new HashTable (direct_hash, direct_equal); } protected override void dispose () { if (stack != null) disconnect_stack (); base.dispose (); } private void connect_stack () { pages = stack.pages; pages.items_changed.connect (items_changed_cb); pages.selection_changed.connect (selection_changed_cb); populate_switcher (); } private void disconnect_stack () { clear_switcher (); pages.items_changed.disconnect (items_changed_cb); pages.selection_changed.disconnect (selection_changed_cb); pages = null; } private void populate_switcher () { for (int i = 0; i < pages.get_n_items (); i++) add_child (i); } private void clear_switcher () { buttons.for_each ((page, button) => { var separator = button.get_data ("next-separator"); button.unparent (); separator.unparent (); page.notify.disconnect (page_updated_cb); }); buttons.remove_all (); } private void items_changed_cb () { clear_switcher (); populate_switcher (); } private void selection_changed_cb (uint position, uint n_items) { for (uint i = position; i < position + n_items; i++) { var page = pages.get_item (i) as Gtk.StackPage; var button = buttons[page]; if (button != null) { bool selected = pages.is_selected (i); button.active = selected; button.update_state (Gtk.AccessibleState.SELECTED, selected, -1); } } } private void add_child (int index) { var button = new Gtk.ToggleButton () { accessible_role = TAB, hexpand = true, vexpand = true, focus_on_click = false, }; button.can_shrink = true; button.add_css_class ("flat"); var controller = new Gtk.DropControllerMotion (); controller.enter.connect (() => { if (button.active) return; uint switch_timer = Timeout.add (TIMEOUT_EXPAND, () => { button.steal_data ("switch-timer"); button.active = true; return Source.REMOVE; }); button.set_data_full ("switch-timer", (void *) switch_timer, data => { if (data != null) Source.remove ((uint) data); }); }); controller.leave.connect (() => { uint switch_timer = button.steal_data ("switch-timer"); if (switch_timer > 0) Source.remove (switch_timer); }); button.add_controller (controller); var page = pages.get_item (index) as Gtk.StackPage; update_button (page, button); button.set_parent (this); bool selected = pages.is_selected (index); button.active = selected; button.update_state (Gtk.AccessibleState.SELECTED, selected, -1); button.update_relation (Gtk.AccessibleRelation.CONTROLS, page, null, -1); button.notify["active"].connect (() => { if (button.active) pages.select_item (index, true); else button.active = pages.is_selected (index); }); page.notify.connect (page_updated_cb); buttons[page] = button; var separator = new Gtk.Separator (VERTICAL); separator.set_parent (this); button.set_data ("separator", separator); button.state_flags_changed.connect (() => { var prev_separator = button.get_prev_sibling (); var next_separator = button.get_next_sibling (); if (prev_separator != null) update_separator (prev_separator); if (next_separator != null) update_separator (next_separator); }); var prev_separator = button.get_prev_sibling (); var next_separator = button.get_next_sibling (); if (prev_separator != null) update_separator (prev_separator); if (next_separator != null) update_separator (next_separator); } private void page_updated_cb (Object object, ParamSpec pspec) { var page = object as Gtk.StackPage; var button = buttons[page]; update_button (page, button); } private void update_button (Gtk.StackPage page, Gtk.Button button) { if (page.icon_name != null) { button.icon_name = page.icon_name; button.tooltip_text = page.title; } else if (page.title != null) { button.label = page.title; button.use_underline = page.use_underline; button.tooltip_text = null; } button.update_property (Gtk.AccessibleProperty.LABEL, page.title, -1); button.visible = page.visible && (page.title != null || page.icon_name != null); if (page.needs_attention) button.add_css_class ("needs-attention"); else button.remove_css_class ("needs-attention"); } private bool should_hide_separators (Gtk.Widget? widget) { if (widget == null) return true; var flags = widget.get_state_flags (); if ((flags & (Gtk.StateFlags.PRELIGHT | Gtk.StateFlags.ACTIVE | Gtk.StateFlags.CHECKED)) != 0) return true; if ((flags & Gtk.StateFlags.FOCUSED) != 0 && (flags & Gtk.StateFlags.FOCUS_VISIBLE) != 0) return true; return false; } private void update_separator (Gtk.Widget separator) { var prev_button = separator.get_prev_sibling (); var next_button = separator.get_next_sibling (); separator.visible = prev_button != null && next_button != null; if (should_hide_separators (prev_button) || should_hide_separators (next_button)) separator.add_css_class ("hidden"); else separator.remove_css_class ("hidden"); } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/item.py000066400000000000000000000074471511351636000233030ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Module for data Items.""" from gi.repository import GObject, Graphs from graphs import misc def new_from_dict(dictionary: dict): """Instanciate item from dict.""" match dictionary["type"]: case "GraphsDataItem": cls = DataItem case "GrapsTextItem": cls = TextItem case "GrapsFillItem": cls = FillItem case _: pass dictionary.pop("type") return cls(**dictionary) class _ItemMixin(): def reset(self, old_style, new_style): """Reset all properties.""" for prop, (key, function) in self._style_properties.items(): old_value = old_style[key] new_value = new_style[key] if function is not None: old_value = function(old_value) new_value = function(new_value) if self.get_property(prop) == old_value: self.set_property(prop, new_value) def _extract_params(self, style): return { prop: style[key] if function is None else function(style[key]) for prop, (key, function) in self._style_properties.items() } def to_dict(self): """Convert item to dict.""" dictionary = {key: self.get_property(key) for key in dir(self.props)} dictionary["type"] = self.__gtype_name__ return dictionary class DataItem(Graphs.Item, _ItemMixin): """DataItem.""" __gtype_name__ = "GraphsDataItem" xdata = GObject.Property(type=object) ydata = GObject.Property(type=object) linestyle = GObject.Property(type=int, default=1) linewidth = GObject.Property(type=float, default=3) markerstyle = GObject.Property(type=int, default=0) markersize = GObject.Property(type=float, default=7) _style_properties = { "linestyle": ("lines.linestyle", misc.LINESTYLES.index), "linewidth": ("lines.linewidth", None), "markerstyle": ("lines.marker", misc.MARKERSTYLES.index), "markersize": ("lines.markersize", None), } @classmethod def new(cls, style, xdata=None, ydata=None, **kwargs): """Create new DataItem.""" return cls( xdata=xdata, ydata=ydata, **cls._extract_params(cls, style), **kwargs, ) def __init__(self, **kwargs): super().__init__(**kwargs) for prop in ("xdata", "ydata"): if self.get_property(prop) is None: self.set_property(prop, []) class TextItem(Graphs.Item, _ItemMixin): """TextItem.""" __gtype_name__ = "GraphsTextItem" xanchor = GObject.Property(type=float, default=0) yanchor = GObject.Property(type=float, default=0) text = GObject.Property(type=str, default="") size = GObject.Property(type=float, default=12) rotation = GObject.Property(type=int, default=0, minimum=0, maximum=360) _style_properties = { "size": ("font.size", None), "color": ("text.color", None), } @classmethod def new(cls, style, xanchor=0, yanchor=0, text="", **kwargs): """Create new textItem.""" return cls( xanchor=xanchor, yanchor=yanchor, text=text, **cls._extract_params(cls, style), **kwargs, ) class FillItem(Graphs.Item, _ItemMixin): """FillItem.""" __gtype_name__ = "GraphsFillItem" data = GObject.Property(type=object) @classmethod def new(cls, _params, data, **kwargs): """Create new FillItem.""" return cls(data=data, **kwargs) def __init__(self, **kwargs): super().__init__(**kwargs) if self.props.data is None: self.props.data = (None, None, None) def reset(self): """Not yet implemented.""" raise NotImplementedError Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/item.vala000066400000000000000000000017461511351636000235720ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Gdk; namespace Graphs { /** * Base item class */ public class Item : Object { public string name { get; set; default = ""; } public string color { get; set; default = ""; } public float alpha { get; set; default = 1; } public bool selected { get; set; default = true; } public string xlabel { get; set; default = ""; } public string ylabel { get; set; default = ""; } public int xposition { get; set; default = 0; } public int yposition { get; set; default = 0; } public string uuid { get; set; default = Uuid.string_random (); } public Gdk.RGBA get_rgba () { Gdk.RGBA rgba = Tools.hex_to_rgba (this.color); rgba.alpha = this.alpha; return rgba; } public void set_rgba (Gdk.RGBA rgba) { this.color = Tools.rgba_to_hex (rgba); this.alpha = rgba.alpha; } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/item_box.py000066400000000000000000000051001511351636000241330ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """UI representation of an Item.""" from gettext import gettext as _ from gi.repository import Adw, Gio, Graphs from graphs.curve_fitting import CurveFittingDialog from graphs.edit_item import EditItemDialog class ItemBox(Graphs.ItemBox): """UI representation of an Item.""" __gtype_name__ = "GraphsPythonItemBox" def __init__(self, application, item, index): super().__init__( application=application, item=item, index=index, ) self.setup() self.props.drop_target.connect("drop", self.on_dnd_drop) action_list = ["edit", "delete", "curve_fitting"] if self.props.index > 0: action_list += ["move_up"] if self.props.index + 1 < len(self.props.application.get_data()): action_list += ["move_down"] action_group = Gio.SimpleActionGroup() # Set the action group for the widget for name in action_list: action = Gio.SimpleAction.new(name, None) action.connect("activate", getattr(self, f"{name}")) action_group.add_action(action) self.insert_action_group("item_box", action_group) def _change_position(self, source_index: int) -> None: data = self.props.application.get_data() data.change_position(self.props.index, source_index) data.add_history_state() data.add_view_history_state() def on_dnd_drop(self, _drop_target, value: int, _x, _y) -> None: """Handle dropped data.""" self._change_position(value) def curve_fitting(self, _action, _shortcut) -> None: """Open Curve Fitting dialog.""" CurveFittingDialog(self.props.application, self.props.item) def move_up(self, _action, _shortcut) -> None: """Move item up in hirarchy.""" self._change_position(self.props.index - 1) def move_down(self, _action, _shortcut) -> None: """Move item down in hirarchy.""" self._change_position(self.props.index + 1) def delete(self, _action, _shortcut) -> None: """Delete Item.""" name = self.props.item.get_name() self.props.application.get_data().delete_items([self.props.item]) toast = Adw.Toast.new(_("Deleted {name}").format(name=name)) toast.set_button_label(_("Undo")) toast.set_action_name("app.undo") self.props.application.get_window().add_toast(toast) def edit(self, _action, _shortcut) -> None: """Show Edit Item Dialog.""" EditItemDialog(self.props.application, self.props.item) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/item_box.vala000066400000000000000000000061661511351636000244430ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Adw; using Gtk; using Gdk; namespace Graphs { /** * Item Box widget */ [GtkTemplate (ui = "/se/sjoerd/Graphs/ui/item-box.ui")] public class ItemBox : Box { [GtkChild] private unowned Label label { get; } [GtkChild] public unowned CheckButton check_button { get; } [GtkChild] private unowned Button color_button { get; } public Application application { get; construct set; } public Item item { get; construct set; } public int index { get; construct set; } public GestureClick click_gesture { get; private set; } public DragSource drag_source { get; private set; } public DropTarget drop_target { get; private set; } private CssProvider provider; public void setup () { this.provider = new CssProvider (); this.color_button.get_style_context ().add_provider ( this.provider, STYLE_PROVIDER_PRIORITY_APPLICATION ); this.item.bind_property ("name", this.label, "label", 2); this.item.bind_property ("selected", this.check_button, "active", 2); this.item.notify["color"].connect (on_color_change); on_color_change (); this.click_gesture = new GestureClick (); this.click_gesture.released.connect (() => { this.check_button.set_active (!this.check_button.get_active ()); }); this.drag_source = new DragSource (); this.drag_source.set_actions (DragAction.COPY); this.drag_source.prepare.connect ((s, x, y) => { Widget widget = this.get_parent (); widget.add_css_class ("card"); var paintable = new WidgetPaintable (widget); this.drag_source.set_icon (paintable, (int) x, (int) y); return new ContentProvider.for_value (this.index); }); this.drop_target = new DropTarget (typeof (int), DragAction.COPY); } private void on_color_change () { string c = this.item.color; string o = this.item.alpha.to_string (); this.provider.load_from_string (@"button { color: $c; opacity: $o; }"); } [GtkCallback] private void on_toggle () { bool new_value = this.check_button.get_active (); if (this.item.selected != new_value) { this.item.selected = new_value; this.application.data.add_history_state_request.emit (); } } [GtkCallback] private void choose_color () { var dialog = new ColorDialog (); dialog.choose_rgba.begin ( this.application.window, this.item.get_rgba (), null, (d, result) => { try { this.item.set_rgba (dialog.choose_rgba.end (result)); this.application.data.add_history_state_request.emit (); } catch {} } ); } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/meson.build000066400000000000000000000037121511351636000241240ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later configure_file( input: 'graphs.in', output: meson.project_name(), configuration: conf, install: true, install_mode: 'rwxr-xr-x', install_dir: bindir ) python.install_sources( files( 'actions.py', 'application.py', 'artist.py', 'canvas.py', 'curve_fitting.py', 'data.py', 'edit_item.py', 'figure_settings.py', 'file_import.py', 'file_io.py', 'item.py', 'item_box.py', 'migrate.py', 'misc.py', 'operations.py', 'parse_file.py', 'project.py', 'scales.py', 'style_io.py', 'styles.py', 'ui.py', 'utilities.py', ), subdir: meson.project_name() ) configure_file (output: 'config.h', configuration: vala_conf) config_dep = valac.find_library ('config', dirs: meson.project_source_root () / 'graphs') graphs_lib = shared_library( 'graphs', files( 'about.vala', 'actions.vala', 'add_equation.vala', 'application.vala', 'canvas.vala', 'curve_fitting.vala', 'data.vala', 'export_figure.vala', 'figure_settings.vala', 'file_import.vala', 'item.vala', 'inline-stack-switcher.vala', 'item_box.vala', 'misc.vala', 'smoothen_settings.vala', 'styles.vala', 'transform.vala', 'utilities.vala', 'window.vala', ), gresource_hack, gresource_bundle, vala_gir: 'Graphs-1.gir', dependencies: dependencies + config_dep, include_directories: include_directories('.'), link_args: ['-lm',], install: true, install_dir: [true], ) custom_target('graphs typelib', command: [find_program('g-ir-compiler'), '--shared-library', 'libgraphs.so', '--output', '@OUTPUT@', meson.current_build_dir() / 'Graphs-1.gir'], output: 'Graphs-1.typelib', depends: graphs_lib, install: true, install_dir: get_option('libdir') / 'girepository-1.0') devenv.set('GI_TYPELIB_PATH', meson.current_build_dir()) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/migrate.py000066400000000000000000000271321511351636000237660ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Module for migrating old data to new structures.""" import contextlib import pickle import sys from pathlib import Path from gi.repository import GLib, Gio, Graphs from graphs import file_io, misc, style_io _CONFIG_MIGRATION_TABLE = { # old-key: (category, key, old-default) "action_center_data": ("actions", "center", "Center at middle coordinate"), "addequation_equation": ("add-equation", "equation", "X"), "addequation_step_size": ("add-equation", "step-size", "0.01"), "addequation_x_start": ("add-equation", "x-start", "0"), "addequation_x_stop": ("add-equation", "x-stop", "10"), "export_figure_dpi": ("export-figure", "dpi", 100), "export_figure_transparent": ("export-figure", "transparent", True), "hide_unselected": ("figure", "hide-unselected", False), "plot_custom_style": ("figure", "custom-style", "adwaita"), "plot_legend": ("figure", "legend", True), "plot_right_label": ("figure", "right-label", "Y Value 2"), "plot_right_scale": ("figure", "right-scale", "linear"), "plot_title": ("figure", "title", ""), "plot_top_label": ("figure", "top-label", "X Value 2"), "plot_top_scale": ("figure", "top-scale", "linear"), "plot_use_custom_style": ("figure", "use-custom-style", False), "plot_x_label": ("figure", "bottom-label", "X Value"), "plot_x_scale": ("figure", "bottom-scale", "linear"), "plot_y_label": ("figure", "left-label", "Y Value"), "plot_y_scale": ("figure", "left-scale", "linear"), } _CENTER_ACTION_MIGRATION_TABLE = { "Center at middle coordinate": "middle-x", "Center at middle X value": "max-y", } def migrate_config(settings: Gio.Settings) -> None: """Migrate old file-based user config to dconf.""" main_dir = Gio.File.new_for_path(GLib.get_user_config_dir()) old_config_dir = main_dir.get_child_for_display_name("Graphs") if not old_config_dir.query_exists(None): return new_config_dir = Graphs.tools_get_config_directory() config_file = old_config_dir.get_child_for_display_name("config.json") import_file = old_config_dir.get_child_for_display_name("import.json") old_styles_dir = old_config_dir.get_child_for_display_name("styles") if config_file.query_exists(None): _migrate_config(settings, config_file) if import_file.query_exists(None): _migrate_import_params(settings, import_file) if old_styles_dir.query_exists(None): _migrate_styles(old_styles_dir, new_config_dir) old_config_dir.delete(None) def _migrate_config(settings_, config_file): config = file_io.parse_json(config_file) for old_key, (category, key, old_default) \ in _CONFIG_MIGRATION_TABLE.items(): with contextlib.suppress(KeyError, ValueError): value = config[old_key] if old_key == "action_center_data": value = _CENTER_ACTION_MIGRATION_TABLE[value] elif "scale" in key: value = value.capitalize() if old_default != value: settings_.get_child(category)[key] = value config_file.delete(None) def _migrate_import_params(settings_, import_file): params = file_io.parse_json(import_file)["columns"] settings = settings_.get_child("import-params").get_child("columns") settings.set_string("separator", params["separator"] + " ") old_delimiter = params["delimiter"] if old_delimiter in misc.DELIMITERS.values(): inverted_dict = {value: key for key, value in misc.DELIMITERS.items()} settings.set_string("delimiter", inverted_dict[old_delimiter]) else: settings.set_string("delimiter", "custom") settings.set_string("custom-delimiter", old_delimiter) for key in ("column_x", "column_y", "skip_rows"): settings.set_int(key.replace("_", "-"), params[key]) import_file.delete(None) SYSTEM_STYLES = [ "adwaita", "adwaita-dark", "bmh", "classic", "dark-background", "fivethirtyeight", "ggplot", "grayscale", "seaborn", "seaborn-bright", "seaborn-colorblind", "seaborn-dark", "seaborn-darkgrid", "seaborn-dark-pallete", "seaborn-deep", "seaborn-muted", "seaborn-notebook", "seaborn-paper", "seaborn-pastel", "seaborn-poster", "seaborn-talk", "seaborn-ticks", "seaborn-white", "seaborn-whitegrid", "solarized-light", "tableu-colorblind10", "thesis", "yaru", "yaru-dark", ] def _migrate_styles(old_styles_dir, new_config_dir): new_styles_dir = new_config_dir.get_child_for_display_name("styles") if not new_styles_dir.query_exists(None): new_styles_dir.make_directory_with_parents() enumerator = old_styles_dir.enumerate_children("default::*", 0, None) adwaita = style_io.parse( Gio.File.new_for_uri( "resource:///se/sjoerd/Graphs/styles/adwaita.mplstyle", ), )[0] for file in map(enumerator.get_child, enumerator): stylename = Path(Graphs.tools_get_filename(file)).stem if stylename not in SYSTEM_STYLES: params = style_io.parse(file)[0] for key, value in adwaita.items(): if key not in params: params[key] = value style_io.write( new_styles_dir.get_child_for_display_name( f"{stylename.lower().replace(' ', '-')}.mplstyle", ), stylename, params, ) file.delete(None) enumerator.close(None) old_styles_dir.delete(None) ITEM_MIGRATION_TABLE = { "plot_x_position": "xposition", "plot_y_position": "yposition", "x_anchor": "xanchor", "y_anchor": "yanchor", "key": "uuid", } ITEM_VALUE_MIGRATION_TABLE = { "linestyle": ["none", "solid", "dotted", "dashed", "dashdot"], "markerstyle": [ "none", ".", ",", "o", "v", "^", "<", ">", "8", "s", "p", "*", "h", "H", "+", "x", "D", "d", "|", "_", "P", "X", ], "xposition": ["bottom", "top"], "yposition": ["left", "right"], } PLOT_SETTINGS_MIGRATION_TABLE = { "xlabel": "bottom_label", "ylabel": "left_label", "xscale": "bottom_scale", "yscale": "left_scale", "use_custom_plot_style": "use_custom_style", "custom_plot_style": "custom_style", "mix_right": "min_right", } LEGEND_POSITIONS = [ "best", "upper right", "upper left", "lower left", "lower right", "center left", "center right", "lower center", "upper center", "center", ] class PlotSettings: """Old PlotSettings standin.""" def migrate(self) -> dict: """Migrate class to dict.""" dictionary = {} for key, value in self.__dict__.items(): with contextlib.suppress(KeyError): key = PLOT_SETTINGS_MIGRATION_TABLE[key] if "scale" in key: value = 0 if value == "linear" else 1 elif key == "legend_position": value = LEGEND_POSITIONS.index(value) dictionary[key] = value return dictionary class ItemBase: """Old ItemBase standin.""" def migrate(self) -> dict: """Migrate class to dict.""" dictionary = {"type": self.item_type} for key, value in self.__dict__.items(): with contextlib.suppress(KeyError): key = ITEM_MIGRATION_TABLE[key] if key in ITEM_VALUE_MIGRATION_TABLE: try: value = ITEM_VALUE_MIGRATION_TABLE[key].index(value) except IndexError: value = 0 dictionary[key] = value return dictionary class Item(ItemBase): """Old Item standin.""" item_type = "GraphsDataItem" class TextItem(ItemBase): """Old TextItem standin.""" item_type = "GraphsTextItem" _DEFAULT_VIEW = [0, 1, 0, 10, 0, 1, 0, 10] def migrate_project(file: Gio.File) -> dict: """Migrate pickle-based project.""" sys.modules["graphs.misc"] = sys.modules[__name__] sys.modules["graphs.item"] = sys.modules[__name__] with file_io.open_wrapped(file, "rb") as wrapper: project = pickle.load(wrapper) figure_settings = project["plot_settings"].migrate() current_limits = [figure_settings[key] for key in misc.LIMITS] history_pos = project["clipboard_pos"] history_states = _migrate_clipboard( project["datadict_clipboard"], history_pos, current_limits, ) return { "version": project["version"], "data": [item.migrate() for item in project["data"].values()], "figure-settings": figure_settings, "history-states": history_states, "history-position": history_pos, "view-history-states": [_DEFAULT_VIEW.copy(), current_limits], "view-history-position": -1, } def _migrate_clipboard(clipboard, clipboard_pos, current_limits): if not clipboard: return [] new_clipboard = [] if len(clipboard) > 100: clipboard = clipboard[len(clipboard) - 100:] states = [{ item.key: item.migrate() for item in state.values() } for state in clipboard] new_clipboard.append(([], _DEFAULT_VIEW.copy())) initial_items = states[1].values() new_clipboard.append(( [(1, item) for item in initial_items], _get_limits(initial_items), )) if len(states) > 2: for count in range(len(states) - 2): batch = [] previous_state = states[count + 1] current_state = states[count + 2] if len(current_state) < len(previous_state): for key, item in previous_state.copy().items(): if key not in current_state: batch.append((2, previous_state.index(item), item)) previous_state.pop(item) for count_2, (key, item) in enumerate(current_state.items()): if key in previous_state: previous_index = list(previous_state.keys()).index(key) if previous_index != count_2: batch.append((3, (previous_index, count_2))) else: for key_2, value in item.items(): previous_value = previous_state[key][key_2] if value != previous_value: batch.append( (0, (key, key_2, previous_value, value)), ) else: batch.append((1, item)) if clipboard_pos == count - len(states) + 1: limits = _get_limits(current_state.values()) else: limits = current_limits new_clipboard.append((batch, limits)) return new_clipboard def _get_limits(items): limits = [None] * 8 for item in items: if item["type"] != "Item": continue for count, x_or_y in enumerate(["x", "y"]): index = item[f"{x_or_y}position"] * 2 + 4 * count data = item[f"{x_or_y}data"] try: limits[index] = min(limits[index], min(data)) except TypeError: limits[index] = min(data) try: limits[index + 1] = max(limits[index + 1], max(data)) except TypeError: limits[index + 1] = max(data) for count in range(8): default_view_copy = _DEFAULT_VIEW.copy() if limits[count] is None: limits[count] = default_view_copy[count] return limits Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/misc.py000066400000000000000000000031721511351636000232670ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Miscallaneous constants.""" from gettext import pgettext as C_ from gi.repository import Graphs # Type hints ItemList = list[Graphs.Item] Limits = tuple[float, float, float, float] class ParseError(Exception): """Custom Error for parsing files.""" def __init__(self, message): self.message = message super().__init__(self.message) LEGEND_POSITIONS = [ "best", "upper right", "upper left", "lower left", "lower right", "center left", "center right", "lower center", "upper center", "center", ] DELIMITERS = { "whitespace": "\\s+", "tabs": "\\t+", "colon": ":", "semicolon": ";", "comma": ",", "period": ".", "custom": "custom", } LINESTYLES = ["none", "solid", "dotted", "dashed", "dashdot"] MARKERSTYLES = [ "none", ".", ",", "o", "v", "^", "<", ">", "8", "s", "p", "*", "h", "H", "+", "x", "D", "d", "|", "_", "P", "X", ] LIMITS = [ "min_bottom", "max_bottom", "min_top", "max_top", "min_left", "max_left", "min_right", "max_right", ] DIRECTIONS = ["bottom", "top", "left", "right"] FUNCTIONS = { "sin", "cos", "tan", "sinh", "cosh", "tanh", "arcsin", "arccos", "arctan", "arcsinh", "arccosh", "arctanh", "cot", "sec", "csc", "arccot", "arcsec", "arccsc", "sqrt", "exp", "abs", "log", "log10", } GRAPHS_PROJECT_FILE_FILTER_TEMPLATE = \ (C_("file-filter", "Graphs Project File"), ["graphs"]) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/misc.vala000066400000000000000000000015671511351636000235700ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later namespace Graphs { public const string[] LIMIT_NAMES = { "min-bottom", "max-bottom", "min-top", "max-top", "min-left", "max-left", "min-right", "max-right", }; public const string[] DIRECTION_NAMES = { "bottom", "top", "left", "right" }; public const string[] ACTION_NAMES = { "quit", "help", "about", "figure_settings", "add_data", "add_equation", "select_all", "select_none", "undo", "redo", "optimize_limits", "view_back", "view_forward", "export_data", "export_figure", "new_project", "save_project", "save_project_as", "smoothen_settings", "open_project", "delete_selected", "zoom_in", "zoom_out" }; } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/operations.py000066400000000000000000000400021511351636000245100ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Module for data transformations.""" import logging import sys from gettext import gettext as _ from gi.repository import Graphs from graphs import misc, utilities from graphs.item import DataItem import numexpr import numpy import scipy def get_data(application: Graphs.Application, item: DataItem): """ Retrieve item from datadict with start and stop index. If interaction_mode is set to "SELECT" """ new_xdata = item.props.xdata new_ydata = item.props.ydata canvas = application.get_window().get_canvas() if canvas.get_mode() == 2: figure_settings = application.get_data().get_figure_settings() if item.get_xposition() == 0: xmin = figure_settings.get_min_bottom() xmax = figure_settings.get_max_bottom() scale = figure_settings.get_bottom_scale() else: xmin = figure_settings.get_min_top() xmax = figure_settings.get_max_top() scale = figure_settings.get_top_scale() startx = utilities.get_value_at_fraction( figure_settings.get_min_selected(), xmin, xmax, scale, ) stopx = utilities.get_value_at_fraction( figure_settings.get_max_selected(), xmin, xmax, scale, ) # If startx and stopx are not out of range, that is, # if the item data is within the highlight new_min = min(new_xdata) a = startx < new_min and stopx < new_min if not (a or (startx > max(new_xdata))): new_xdata, new_ydata = filter_data( new_xdata, new_ydata, ">=", startx, ) new_xdata, new_ydata = filter_data( new_xdata, new_ydata, "<=", stopx, ) else: new_xdata = None new_ydata = None return new_xdata, new_ydata def filter_data( xdata: list, ydata: list, condition: str, value: float, ) -> list: """Filter coordinates based on the given condition.""" xdata = numpy.array(xdata) ydata = numpy.array(ydata) conditions = { "<=": numpy.less_equal, ">=": numpy.greater_equal, "==": numpy.equal, } mask = conditions[condition](xdata, value) xdata_filtered = xdata[mask] ydata_filtered = ydata[mask] return list(xdata_filtered), list(ydata_filtered) def create_data_mask(xdata1: list, ydata1: list, xdata2: list, ydata2: list): """ Create a mask for matching pairs of coordinates. Returns: - Boolean mask indicating where pairs of coordinates match. """ xdata1, ydata1, xdata2, ydata2 = \ map(numpy.array, [xdata1, ydata1, xdata2, ydata2]) return numpy.any((xdata1[:, None] == xdata2) & (ydata1[:, None] == ydata2), axis=1) def sort_data(xdata: list, ydata: list) -> (list, list): """Sort data.""" return map( list, zip(*sorted( zip(xdata, ydata), key=lambda x_values: x_values[0], )), ) def perform_operation(application: Graphs.Application, name: str) -> None: """Perform an operation.""" this = sys.modules[__name__] window = application.get_window() if name in ("combine", ): return getattr(this, name)(application) elif name == "custom_transformation": def on_accept(_dialog, input_x, input_y, discard): try: _apply(application, transform, input_x, input_y, discard) except (RuntimeError, KeyError) as exception: toast = _( "{name}: Unable to do transformation, \ make sure the syntax is correct", ).format(name=exception.__class__.__name__) window.add_toast_string(toast) logging.exception(_("Unable to do transformation")) dialog = Graphs.TransformDialog.new(application) dialog.connect("accept", on_accept) return elif name == "cut" and window.get_canvas().get_mode() != 2: return args = [] actions_settings = application.get_settings_child("actions") if name in ("center", "smoothen"): args = [actions_settings.get_enum(name)] if name == "smoothen": params = {} settings = actions_settings.get_child("smoothen") for setting in settings: params[setting] = int(settings.get_int(setting)) args += [params] elif name == "shift": figure_settings = application.get_data().get_figure_settings() right_range = ( figure_settings.get_max_right() - figure_settings.get_min_right() ) left_range = ( figure_settings.get_max_left() - figure_settings.get_min_left() ) args += [ figure_settings.get_left_scale(), figure_settings.get_right_scale(), application.get_data().get_items(), [left_range, right_range], ] elif "translate" in name or "multiply" in name: try: args += [ utilities.string_to_float( window.get_property(name + "_entry").get_text(), ), ] except ValueError as error: window.add_toast_string(str(error)) return _apply(application, getattr(this, name), *args) def _apply(application, callback, *args): data = application.get_data() figure_settings = data.get_figure_settings() data_selected = False old_limits = figure_settings.get_limits() for item in data: if not (item.get_selected() and isinstance(item, DataItem)): continue xdata, ydata = get_data(application, item) if xdata is not None and len(xdata) != 0: data_selected = True new_xdata, new_ydata, sort, discard = callback( item, xdata, ydata, *args, ) new_xdata, new_ydata = list(new_xdata), list(new_ydata) canvas = application.get_window().get_canvas() if discard and canvas.get_mode() == 2: logging.debug("Discard is true") application.get_window().add_toast_string( _( "Data that was outside of the highlighted area has" " been discarded", ), ) item.props.xdata = new_xdata item.props.ydata = new_ydata else: logging.debug("Discard is false") mask = create_data_mask( item.props.xdata, item.props.ydata, xdata, ydata, ) if new_xdata == []: # If cut action was performed remove_list = \ [index for index, masked in enumerate(mask) if masked] for index in sorted(remove_list, reverse=True): item.props.xdata.pop(index) item.props.ydata.pop(index) else: i = 0 for index, masked in enumerate(mask): # Change coordinates that were within span if masked: item.props.xdata[index] = new_xdata[i] item.props.ydata[index] = new_ydata[i] i += 1 if sort: logging.debug("Sorting data") item.xdata, item.ydata = sort_data(item.xdata, item.ydata) item.notify("xdata") item.notify("ydata") figure_settings.set_selection_range(0, 0) if not data_selected: application.get_window().add_toast_string( _("No data found within the highlighted area"), ) return data.optimize_limits() data.add_history_state(old_limits) _return = (list[float], list[float], bool, bool) def translate_x(_item, xdata: list, ydata: list, offset: float) -> _return: """ Translate all selected data on the x-axis. Amount to be shifted is equal to the value in the translate_x entry widget Will show a toast if a ValueError is raised, typically when a user entered an invalid number (e.g. comma instead of point separators) """ return [value + offset for value in xdata], ydata, True, False def translate_y(_item, xdata: list, ydata: list, offset: float) -> _return: """ Translate all selected data on the y-axis. Amount to be shifted is equal to the value in the translate_y entry widget Will show a toast if a ValueError is raised, typically when a user entered an invalid number (e.g. comma instead of point separators) """ return xdata, [value + offset for value in ydata], False, False def multiply_x(_item, xdata: list, ydata: list, multiplier: float) -> _return: """ Multiply all selected data on the x-axis. Amount to be shifted is equal to the value in the multiply_x entry widget Will show a toast if a ValueError is raised, typically when a user entered an invalid number (e.g. comma instead of point separators) """ return [value * multiplier for value in xdata], ydata, True, False def multiply_y(_item, xdata: list, ydata: list, multiplier: float) -> _return: """ Multiply all selected data on the y-axis. Amount to be shifted is equal to the value in the multiply_y entry widget Will show a toast if a ValueError is raised, typically when a user entered an invalid number (e.g. comma instead of point separators) """ return xdata, [value * multiplier for value in ydata], False, False def normalize(_item, xdata: list, ydata: list) -> _return: """Normalize all selected data.""" return xdata, [value / max(ydata) for value in ydata], False, False def smoothen( _item, xdata: list, ydata: list, smooth_type: int, params: dict, ) -> None: """Smoothen y-data.""" if smooth_type == 0: minimum = params["savgol-polynomial"] + 1 window_percentage = params["savgol-window"] / 100 window = max(minimum, int(len(xdata) * window_percentage)) new_ydata = scipy.signal.savgol_filter( ydata, window, params["savgol-polynomial"], ) elif smooth_type == 1: box_points = params["moving-average-box"] box = numpy.ones(box_points) / box_points new_ydata = numpy.convolve(ydata, box, mode="same") return xdata, new_ydata, False, False def center(_item, xdata: list, ydata: list, center_maximum: int) -> _return: """ Center all selected data. Depending on the key, will center either on the middle coordinate, or on the maximum value of the data """ if center_maximum == 0: # Center at maximum Y middle_index = ydata.index(max(ydata)) middle_value = xdata[middle_index] elif center_maximum == 1: # Center at middle middle_value = (min(xdata) + max(xdata)) / 2 new_xdata = [coordinate - middle_value for coordinate in xdata] return new_xdata, ydata, True, False def shift( item, xdata: list, ydata: list, left_scale: int, right_scale: int, items: misc.ItemList, ranges: tuple[float, float], ) -> _return: """ Shifts data vertically with respect to each other. By default it scales linear data by 1.2 times the total span of the ydata, and log data 10 to the power of the yspan. """ data_list = [ item for item in items if item.get_selected() and isinstance(item, DataItem) ] y_range = ranges[1] if item.get_yposition() else ranges[0] shift_value_log = 0 shift_value_linear = 0 for index, item_ in enumerate(data_list): # Compare first element with itself, not "previous" item index = 1 if index == 0 and len(data_list) > 1 else index previous_item = data_list[index - 1] # Only use selected span when obtaining values to determine shift value new_xdata, new_ydata = xdata, ydata if ( min(xdata) >= min(previous_item.xdata) and max(xdata) <= max(previous_item.xdata) ): new_xdata, new_ydata = filter_data( previous_item.xdata, previous_item.ydata, ">=", min(xdata)) new_xdata, new_ydata = filter_data( new_xdata, new_ydata, "<=", max(xdata)) ymin = min(x for x in new_ydata if x != 0) ymax = max(x for x in new_ydata if x != 0) scale = right_scale if item.get_yposition() else left_scale if scale == 1: # Use log values for log scaling shift_value_log += \ numpy.log10(abs(ymax / ymin)) + 0.1 * numpy.log10(y_range) else: shift_value_linear += (ymax - ymin) + 0.1 * y_range if item.get_uuid() == item_.get_uuid(): if scale == 1: # Log scaling new_ydata = [value * 10**shift_value_log for value in ydata] else: new_ydata = [value + shift_value_linear for value in ydata] return xdata, new_ydata, False, False return xdata, ydata, False, False def cut(_item, _xdata, _ydata) -> _return: """Cut selected data over the span that is selected.""" return [], [], False, False def derivative(_item, xdata: list, ydata: list) -> _return: """Calculate derivative of all selected data.""" x_values = numpy.array(xdata) y_values = numpy.array(ydata) dy_dx = numpy.gradient(y_values, x_values) return xdata, dy_dx.tolist(), False, True def integral(_item, xdata: list, ydata: list) -> _return: """Calculate indefinite integral of all selected data.""" x_values = numpy.array(xdata) y_values = numpy.array(ydata) indefinite_integral = scipy.integrate.cumulative_trapezoid( y_values, x_values, initial=0, ).tolist() return xdata, indefinite_integral, False, True def fft(_item, xdata: list, ydata: list) -> _return: """Perform Fourier transformation on all selected data.""" x_values = numpy.array(xdata) y_values = numpy.array(ydata) y_fourier = numpy.fft.fft(y_values) x_fourier = numpy.fft.fftfreq(len(x_values), x_values[1] - x_values[0]) y_fourier = [value.real for value in y_fourier] return x_fourier, y_fourier, False, True def inverse_fft(_item, xdata: list, ydata: list) -> _return: """Perform Inverse Fourier transformation on all selected data.""" x_values = numpy.array(xdata) y_values = numpy.array(ydata) y_fourier = numpy.fft.ifft(y_values) x_fourier = numpy.fft.fftfreq(len(x_values), x_values[1] - x_values[0]) y_fourier = [value.real for value in y_fourier] return x_fourier, y_fourier, False, True def transform( _item, xdata: list, ydata: list, input_x: str, input_y: str, discard: bool = False, ) -> _return: """Perform custom transformation.""" local_dict = { "x": xdata, "y": ydata, "x_min": min(xdata), "x_max": max(xdata), "y_min": min(ydata), "y_max": max(ydata), } # Add array of zeros to return values, such that output remains a list # of the correct size, even when a float is given as input. return ( numexpr.evaluate(utilities.preprocess(input_x) + "+ 0*x", local_dict), numexpr.evaluate(utilities.preprocess(input_y) + "+ 0*y", local_dict), True, discard, ) def combine(application: Graphs.Application) -> None: """Combine the selected data into a new data set.""" new_xdata, new_ydata = [], [] for item in application.get_data(): if not (item.get_selected() and isinstance(item, DataItem)): continue xdata, ydata = get_data(application, item)[:2] new_xdata.extend(xdata) new_ydata.extend(ydata) # Create the item itself new_xdata, new_ydata = sort_data(new_xdata, new_ydata) style = application.get_figure_style_manager().get_selected_style_params() application.get_data().add_items( [DataItem.new(style, new_xdata, new_ydata, name=_("Combined Data"))], application.get_figure_style_manager(), ) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/parse_file.py000066400000000000000000000146031511351636000244460ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Module for parsing files to usable data.""" import re from gettext import gettext as _ from gi.repository import Gio, Graphs from graphs import file_io, item, misc, project, utilities from graphs.misc import ParseError import numpy def import_from_project(_params, _style, file: Gio.File) -> misc.ItemList: """Import data from project file.""" project_dict = project.read_project_file(file) return list(map(item.new_from_dict, project_dict["data"])) def import_from_xrdml(_params, style, file: Gio.File) -> misc.ItemList: """Import data from xrdml file.""" content = file_io.parse_xml(file) intensities = content.getElementsByTagName("intensities") counting_time = content.getElementsByTagName("commonCountingTime") counting_time = float(counting_time[0].firstChild.data) ydata = intensities[0].firstChild.data.split() ydata = [int(value) / counting_time for value in ydata] scan_type = content.getElementsByTagName("scan") scan_axis = scan_type[0].attributes["scanAxis"].value if scan_axis.startswith("2Theta"): scan_axis = "2Theta" if scan_axis.startswith("Omega"): scan_axis = "Omega" data_points = content.getElementsByTagName("positions") for position in data_points: axis = position.attributes["axis"] if axis.value == scan_axis: unit = position.attributes["unit"].value start_pos = position.getElementsByTagName("startPosition") end_pos = position.getElementsByTagName("endPosition") start_pos = float(start_pos[0].firstChild.data) end_pos = float(end_pos[0].firstChild.data) xdata = numpy.linspace(start_pos, end_pos, len(ydata)) xdata = numpy.ndarray.tolist(xdata) return [ item.DataItem.new( style, xdata, ydata, name=Graphs.tools_get_filename(file), xlabel=f"{scan_axis} ({unit})", ylabel=_("Intensity (cps)"), ), ] def import_from_xry(_params, style, file: Gio.File) -> misc.ItemList: """Import data from .xry files used by Leybold X-ray apparatus.""" with file_io.open_wrapped(file, "rt", encoding="ISO-8859-1") as wrapper: def skip(lines: int): for _count in range(lines): next(wrapper) if wrapper.readline().strip() != "XR01": raise ParseError(_("Invalid .xry format")) skip(3) b_params = wrapper.readline().strip().split() x_step = float(b_params[3]) x_value = float(b_params[0]) skip(12) info = wrapper.readline().strip().split() item_count = int(info[0]) name = Graphs.tools_get_filename(file) items = [ item.DataItem.new( style, name=f"{name} - {i + 1}" if item_count > 1 else name, xlabel=_("β (°)"), ylabel=_("R (1/s)"), ) for i in range(item_count) ] for _count in range(int(info[1])): for value, item_ in zip(wrapper.readline().strip().split(), items): if value != "NaN": item_.xdata.append(x_value) item_.ydata.append(float(value)) x_value += x_step skip(9 + item_count) for _count in range(int(wrapper.readline().strip())): values = wrapper.readline().strip().split() text = " ".join(values[7:]) items.append( item.TextItem.new( style, float(values[5]), float(values[6]), text, name=text, ), ) return items _PH = "dVldZaXqENhuPLPw" def import_from_columns(params, style, file: Gio.File) -> misc.ItemList: """Import data from columns file.""" item_ = item.DataItem.new(style, name=Graphs.tools_get_filename(file)) column_x = params.get_int("column-x") column_y = params.get_int("column-y") separator = params.get_string("separator").replace(" ", "") skip_rows = params.get_int("skip-rows") delimiter = misc.DELIMITERS[params.get_string("delimiter")] if delimiter == "custom": delimiter = params.get_string("custom-delimiter") stream = Gio.DataInputStream.new(file.read(None)) start_values = False for index, line in \ enumerate(file_io.iter_data_stream(stream), -skip_rows): if index < 0: continue values = re.split(delimiter, line) if separator == ",": values = ( string.replace(",", _PH).replace(".", ", ").replace(_PH, ".") for string in values ) try: if len(values) == 1: float_value = utilities.string_to_float(values[0]) if float_value is not None: item_.ydata.append(float_value) item_.xdata.append(index) start_values = True else: try: x_value = utilities.string_to_float(values[column_x]) y_value = utilities.string_to_float(values[column_y]) if x_value is None or y_value is None: raise ValueError else: item_.xdata.append(x_value) item_.ydata.append(y_value) start_values = True except IndexError as error: raise ParseError( _("Import failed, column index out of range"), ) from error # If not all values in the line are floats, start looking for # headers instead except ValueError: # Don't try to add headers when started adding values if not start_values: try: headers = re.split(delimiter, line) if len(values) == 1: item_.set_ylabel(headers[column_x]) else: item_.set_xlabel(headers[column_x]) item_.set_ylabel(headers[column_y]) # If no label could be found at the index, skip. except IndexError: pass stream.close() if not item_.xdata: raise ParseError(_("Unable to import from file")) return [item_] Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/project.py000066400000000000000000000060411511351636000240000ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Module for saving and loading projects.""" import contextlib from gettext import gettext as _ from gi.repository import GLib, Gio, Graphs, Gtk from graphs import file_io, migrate, misc, utilities def read_project_file(file: Gio.File) -> dict: """Read a project dict from file and account for migration.""" try: project_dict = file_io.parse_json(file) except UnicodeDecodeError: project_dict = migrate.migrate_project(file) return project_dict def save_project_dict(file: Gio.File, project_dict: dict) -> None: """Save a project dict to a file.""" file_io.write_json(file, project_dict) _GRAPHS_PROJECT_FILE_ONLY_FILE_FILTER = utilities.create_file_filters( (misc.GRAPHS_PROJECT_FILE_FILTER_TEMPLATE, ), ) def _save(application: Graphs.Application) -> None: data = application.get_data() project_file = data.props.file project_dict = data.get_project_dict(application.get_version()) save_project_dict(project_file, project_dict) data.set_unsaved(False) data.emit("saved") application.get_window().add_toast_string_with_file( _("Saved Project"), project_file, ) def save_project( application: Graphs.Application, require_dialog: bool = False, ) -> None: """Save the current data to disk.""" data = application.get_data() if data.props.file is not None and not require_dialog: _save(application) return def on_response(dialog, response): with contextlib.suppress(GLib.GError): data.props.file = dialog.save_finish(response) _save(application) dialog = Gtk.FileDialog() dialog.set_filters(_GRAPHS_PROJECT_FILE_ONLY_FILE_FILTER) dialog.set_initial_name(_("Project") + ".graphs") dialog.save(application.get_window(), None, on_response) def open_project(application: Graphs.Application) -> None: """Open a project.""" def pick_file(): def on_pick_response(dialog, response): with contextlib.suppress(GLib.GError): load(application.get_data(), dialog.open_finish(response)) dialog = Gtk.FileDialog() dialog.set_filters(_GRAPHS_PROJECT_FILE_ONLY_FILE_FILTER) dialog.open(application.get_window(), None, on_pick_response) if not application.get_data().get_unsaved(): pick_file() return def on_save_response(_dialog, response): if response == "discard_close": pick_file() if response == "save_close": # Retrieving open dialog first means that save dialog will be # on top. Thus user will be presented with save dialog first. pick_file() save_project(application) dialog = Graphs.tools_build_dialog("save_changes") dialog.connect("response", on_save_response) dialog.present(application.get_window()) def load(data: Graphs.Data, file: Gio.File) -> None: """Load a project from file into data.""" data.props.file = file data.load_from_project_dict(read_project_file(file)) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/scales.py000066400000000000000000000203041511351636000236020ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """ Scales Module. Contains helper functions to convert between string and int as well as custom Scale classes. Functions: to_string to_int """ from matplotlib import scale, ticker, transforms import numpy _SCALES = ["linear", "log", "radians", "squareroot", "inverse"] def to_string(scale: int) -> str: """Convert an int to a string.""" return _SCALES[scale] def to_int(scale: str) -> int: """Convert a string to an int.""" return _SCALES.index(scale) class RadiansScale(scale.LinearScale): """Radians Scale.""" name = "radians" def set_default_locators_and_formatters(self, axis): """Handle locators and formatters.""" super().set_default_locators_and_formatters(axis) axis.set_major_formatter( ticker.FuncFormatter(lambda x, _pos=None: f"{x / numpy.pi:.3g}π"), ) axis.set_major_locator(RadianLocator()) class SquareRootScale(scale.ScaleBase): """Class for generating custom square root scale.""" name = "squareroot" def set_default_locators_and_formatters(self, axis): """Handle locators and formatters.""" axis.set_major_locator(CustomScaleLocator()) axis.set_minor_locator(CustomScaleLocator(is_minor=True)) axis.set_major_formatter(ticker.ScalarFormatter()) axis.set_minor_formatter(ticker.NullFormatter()) def limit_range_for_scale(self, vmin, vmax, _minpos): """Limit scale range.""" return max(0, vmin), vmax class SquareRootTransform(transforms.Transform): """The transform to convert from linear to square root scale.""" input_dims = 1 # Amount of input params in transform output_dims = 1 # Amount of output params in transform is_separable = True # Seperable in X and Y dimension def transform_non_affine(self, a): """Transform data.""" # Don't spam about invalid divide by zero errors with numpy.errstate(divide="ignore", invalid="ignore"): return numpy.array(a)**0.5 def inverted(self): """Get the inverse transform.""" return SquareRootScale.InvertedSquareRootTransform() class InvertedSquareRootTransform(transforms.Transform): """Inverse transform to convert from square root to linear scale.""" input_dims = 1 # Amount of input params in transform output_dims = 1 # Amount of output params in transform is_separable = True # Seperable in X and Y dimension def transform_non_affine(self, a): """Transform data.""" # Don't spam about invalid divide by zero errors with numpy.errstate(divide="ignore", invalid="ignore"): return numpy.array(a)**2 def inverted(self): """Get the inverse transform.""" return SquareRootScale.SquareRootTransform() def get_transform(self): """Get the transform.""" return self.SquareRootTransform() class InverseScale(scale.ScaleBase): """Inverse scale.""" name = "inverse" def set_default_locators_and_formatters(self, axis): """Handle locators and formatters.""" axis.set_major_locator(CustomScaleLocator()) axis.set_minor_locator(CustomScaleLocator(is_minor=True)) axis.set_major_formatter(ticker.ScalarFormatter()) axis.set_minor_formatter(ticker.NullFormatter()) def limit_range_for_scale(self, vmin, vmax, minpos): """Limit scale range.""" if not numpy.isfinite(minpos): minpos = 1e-300 return ( minpos if vmin <= 0 else vmin, minpos if vmax <= 0 else vmax, ) def get_transform(self): """Get the transform.""" return InverseScale.InverseTransform() class InverseTransform(transforms.Transform): """The transform to invert the scaling on the axis.""" input_dims = 1 output_dims = 1 is_separable = True has_inverse = True def inverted(self): """Get the inverse transform.""" return InverseScale.InverseTransform() def transform_non_affine(self, a): """Transform data.""" # Don't spam about invalid divide by zero errors with numpy.errstate(divide="ignore", invalid="ignore"): return 1 / numpy.array(a) class CustomScaleLocator(ticker.MaxNLocator): """Dynamically find tick positions on custom scales.""" def __init__(self, is_minor=False): self.is_minor = is_minor @property def numticks(self): """Get number of ticks.""" if self.axis is not None: numticks = max(1, self.axis.get_tick_space() - 4) # Amount of ticks is set between 3 and 9 self._numticks = numpy.clip(numticks, 3, 9) else: self._numticks = 9 if self.is_minor: # Amount of minor ticks is equal to amount of major ticks # times (N+1) minus N. Where N is the amount of minor ticks # in between the major ticks. self._numticks = len(self.axis.get_majorticklocs()) * 4 - 3 return self._numticks @numticks.setter def numticks(self, numticks): """Set number of ticks.""" self._numticks = numticks def tick_values(self, vmin, vmax): """Get tick values.""" vmin, vmax = transforms.nonsingular(vmin, vmax, expander=0.05) vmin, vmax = min(vmin, vmax), max(vmin, vmax) # Swap values if needed lin_tick_pos = numpy.linspace(vmin, vmax, self.numticks) lin_tick_pos = lin_tick_pos[lin_tick_pos != 0] # Remove zeroes if self.axis.get_scale() == "squareroot": tick_pos = lin_tick_pos**2 elif self.axis.get_scale() == "inverse": tick_pos = 1 / lin_tick_pos else: raise ValueError("Wrong locator for the axis type") tick_pos = tick_pos * ((vmax - vmin) / (max(tick_pos) - min(tick_pos))) tick_pos *= 2 if self.axis.get_scale() == "squareroot" else 1 return tick_pos class RadianLocator(ticker.MultipleLocator): """ Dynamically place tick positions on radian scale. Places ticks at a distance of pi if there's between 4 and 8 ticks Otherwise it places ticks at a distance of 2pi if reasonable, or with a multiple of 5 pi such that a number between 3 and 8 ticks are placed At smaller values, the distances between the ticks are a power of 2, multiplied by pi. e.g. (1/2)pi, (1/4)pi, (1/8)pi etc.. """ def __init__(self): super().__init__(base=self.base) def tick_values(self, vmin, vmax): """Get tick values.""" if vmax < vmin: vmin, vmax = vmax, vmin self._edge = ticker._Edge_integer(self.base, 0) step = self._edge.step vmin -= self._offset vmax -= self._offset vmin = self._edge.ge(vmin) * step n = (vmax - vmin + 0.001 * step) // step locs = vmin - step + numpy.arange(n + 3) * step + self._offset return self.raise_if_exceeds(locs) @property def base(self): """Get base.""" if self.axis is None: return numpy.pi vmin, vmax = self.axis.get_view_interval() distance = numpy.pi # Amount of ticks if we use a multiple of pi num_ticks = (vmax - vmin) / distance # Desired amount of ticks, should be between 3 and 8 numticks_goal = max(1, self.axis.get_tick_space() - 4) numticks_goal = numpy.clip(numticks_goal, 3, 7) ratio = (num_ticks / numticks_goal) if num_ticks > 8: if ratio < 2: # Use a distance of 2pi if reasonable return distance * 2 # Make sure ratio is never rounded to 0: ratio = 5 if round(ratio / 5) == 0 else ratio return distance * round(ratio / 5) * 5 elif num_ticks < 4: ratio = (num_ticks / numticks_goal) exponent = int(numpy.log2(abs(ratio))) result = 2**exponent # Return distance as a power of 2 return distance * result return distance scale.register_scale(RadiansScale) scale.register_scale(SquareRootScale) scale.register_scale(InverseScale) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/smoothen_settings.vala000066400000000000000000000020641511351636000264020ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Adw; using Gtk; namespace Graphs { /** * Smoothen settings dialog */ [GtkTemplate (ui = "/se/sjoerd/Graphs/ui/smoothen-settings.ui")] public class SmoothenDialog : Adw.Dialog { [GtkChild] public unowned Adw.SpinRow savgol_window { get; } [GtkChild] public unowned Adw.SpinRow savgol_polynomial { get; } [GtkChild] public unowned Adw.SpinRow moving_average_box { get; } private Application application { get; set; } public SmoothenDialog (Application application) { Object (); this.application = application; Tools.bind_settings_to_widgets ( application.get_settings_child ("actions/smoothen"), this ); present (application.window); } [GtkCallback] private void on_reset () { GLib.Settings settings = this.application.get_settings_child ("actions/smoothen"); Tools.reset_settings (settings); } } } Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/style_io.py000066400000000000000000000124261511351636000241650ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Module for parsing and writing styles.""" import logging import typing from gettext import gettext as _ from gi.repository import Gio from matplotlib import RcParams, cbook, rc_context from matplotlib.figure import Figure from matplotlib.font_manager import font_scalings, weight_dict from matplotlib.style.core import STYLE_BLACKLIST import numpy STYLE_IGNORELIST = [ "savefig.dpi", "savefig.facecolor", "savefig.edgecolor", "savefig.format", "savefix.bbox", "savefig.pad_inches", "savefig.transparent", "savefig.orientation", ] FONT_SIZE_KEYS = [ "font.size", "axes.labelsize", "xtick.labelsize", "ytick.labelsize", "legend.fontsize", "figure.labelsize", "figure.titlesize", "axes.titlesize", ] def parse(file: Gio.File) -> (RcParams, str): """ Parse a style to RcParams. This is an improved version of matplotlibs '_rc_params_in_file()' function. It is also modified to work with GFile instead of the python builtin functions. """ style = RcParams() filename = file.get_basename() try: stream = Gio.DataInputStream.new(file.read(None)) line_number = 0 while True: line = stream.read_line_utf8(None)[0] if line is None: break line_number += 1 if line_number == 2: name = line[2:] line = cbook._strip_comment(line) if not line: continue try: key, value = line.split(":", 1) except ValueError: msg = _("Missing colon in file {file}, line {line}") logging.warning(msg.format(file=filename, line=line_number)) continue key = key.strip() value = value.strip() if value.startswith('"') and value.endswith('"'): value = value[1:-1] # strip double quotes if key in STYLE_BLACKLIST: msg = _("Non-style related parameter {param} in file {file}") logging.warning(msg.format(param=key, file=filename)) elif key in STYLE_IGNORELIST: msg = _("Ignoring parameter {param} in file {file}") logging.warning(msg.format(param=key, file=filename)) elif key in style: msg = _("Duplicate key in file {file}, on line {line}") logging.warning(msg.format(file=filename, line=line_number)) else: if key in FONT_SIZE_KEYS \ and not value.replace(".", "", 1).isdigit(): try: value = font_scalings[value] except KeyError: continue elif key == "font.weight" and not value.isdigit(): try: value = weight_dict[value] except KeyError: continue try: style[key] = value except (KeyError, ValueError): msg = _("Bad value in file {file} on line {line}") logging.exception( msg.format(file=filename, line=line_number), ) except UnicodeDecodeError: logging.exception( _("Could not parse {filename}").format(filename=filename), ) finally: stream.close() return style, name WRITE_IGNORELIST = STYLE_IGNORELIST + [ "lines.dashdot_pattern", "lines.dashed_pattern", "lines.dotted_pattern", "lines.dash_capstyle", "lines.dash_joinstyle", "lines.solid_capstyle", "lines.solid_joinstyle", ] def write(file: Gio.File, name: str, style: RcParams) -> None: """Write a style to a file.""" if file.query_exists(None): file.delete(None) stream = Gio.DataOutputStream.new(file.create(0, None)) stream.put_string("# Generated via Graphs\n") stream.put_string(f"# {name}\n") for key, value in style.items(): if key not in STYLE_BLACKLIST and key not in WRITE_IGNORELIST: value = str(value).replace("#", "") if key != "axes.prop_cycle": value = value.replace("[", "").replace("]", "") value = value.replace("'", "").replace("'", "") value = value.replace('"', "").replace('"', "") stream.put_string(f"{key}: {value}\n") stream.close() _PREVIEW_XDATA = numpy.linspace(0, 10, 30) _PREVIEW_YDATA1 = numpy.sin(_PREVIEW_XDATA) _PREVIEW_YDATA2 = numpy.cos(_PREVIEW_XDATA) def create_preview( file: typing.IO, params: RcParams, file_format: str = "svg", ) -> None: """Create preview of params and write it to file.""" with rc_context(params): # set render size in inch figure = Figure(figsize=(5, 3)) axis = figure.add_subplot() axis.spines.bottom.set_visible(True) axis.spines.left.set_visible(True) if not params["axes.spines.top"]: axis.tick_params(which="both", top=False, right=False) axis.plot(_PREVIEW_XDATA, _PREVIEW_YDATA1) axis.plot(_PREVIEW_XDATA, _PREVIEW_YDATA2) axis.set_xlabel(_("X Label")) axis.set_xlabel(_("Y Label")) figure.savefig(file, format=file_format) Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/styles.py000066400000000000000000000672641511351636000236730ustar00rootroot00000000000000# SPDX-License-Identifier: GPL-3.0-or-later """Module for style utilities.""" import contextlib import io import os from gettext import gettext as _ from pathlib import Path from cycler import cycler from gi.repository import ( Adw, GLib, GObject, Gdk, Gio, Graphs, Gtk, Pango, ) import graphs from graphs import item, style_io from matplotlib import RcParams, rcParams, rcParamsDefault def _generate_filename(name: str) -> str: name = name.replace("(", "").replace(")", "") return f"{name.lower().replace(' ', '-')}.mplstyle" def _is_style_bright(params: RcParams): return Graphs.tools_get_luminance_from_hex(params["axes.facecolor"]) < 0.4 def _generate_preview(style: RcParams) -> Gdk.Texture: buffer = io.BytesIO() style_io.create_preview(buffer, style) return Gdk.Texture.new_from_bytes(GLib.Bytes.new(buffer.getvalue())) class StyleManager(Graphs.StyleManager): """ Main Style Manager. Keeps track of all files in the style dir and represents them in the `selection_model` property. """ __gtype_name__ = "GraphsPythonStyleManager" def __init__(self, application: Graphs.Application): # Check for Ubuntu gtk_theme = Gtk.Settings.get_default().get_property("gtk-theme-name") self._system_style_name = "Yaru" \ if "SNAP" in os.environ \ and gtk_theme.lower().startswith("yaru") \ else "Adwaita" super().__init__(application=application) self._selected_style_params = None self._stylenames = self.load_system_styles( self._system_style_name.lower(), ) self._update_system_style() enumerator = self.props.style_dir.enumerate_children( "default::*", 0, None, ) for file in map(enumerator.get_child, enumerator): if file.query_file_type(0, None) != 1: continue if Path(Graphs.tools_get_filename(file)).suffix != ".mplstyle": continue self._add_user_style(file) enumerator.close(None) self._style_monitor = self.props.style_dir.monitor_directory(0, None) self._style_monitor.connect("changed", self._on_file_change) application.get_style_manager().connect( "notify", self._on_system_style_change, ) notifiers = ("custom_style", "use_custom_style") for prop in notifiers: self.connect( "notify::" + prop.replace("_", "-"), getattr(self, "_on_" + prop), ) self.setup_bindings(application.get_data().get_figure_settings()) self._on_style_change() def _on_system_style_change(self, _a, _b): if not self.props.use_custom_style: self._on_style_change() def _add_user_style( self, file: Gio.File, style_params: RcParams = None, name: str = None, ) -> None: if style_params is None: tmp_style_params, name = style_io.parse(file) style_params = self._complete_style(tmp_style_params) if name in self._stylenames: new_name = Graphs.tools_get_duplicate_string( name, self._stylenames, ) file.delete(None) file = self.props.style_dir.get_child_for_display_name( _generate_filename(new_name), ) style_io.write(style_params, new_name, file) self._stylenames.append(name) self.props.selection_model.get_model().insert_sorted( Graphs.Style( name=name, file=file, mutable=True, preview=_generate_preview(style_params), light=_is_style_bright(style_params), ), Graphs.style_cmp, ) if not self.props.use_custom_style: return old_style = self.props.custom_style if old_style not in self._stylenames: self.props.custom_style = name for index, style in enumerate(self.props.selection_model): if index > 0 and style.get_name() == self.props.custom_style: self.props.selection_model.set_selected(index) break def get_selected_style_params(self) -> RcParams: """Get the selected style properties.""" return self._selected_style_params def get_system_style_params(self) -> RcParams: """Get the system style properties.""" return self._system_style_params def _on_file_change( self, _monitor, file: Gio.File, _other_file, event_type: int, ) -> None: if Path(file.peek_path()).stem.startswith("."): return possible_visual_impact = False stylename = None style_model = self.props.selection_model.get_model() if event_type == 2: for index, style in enumerate(style_model): file2 = style.get_file() if file2 is not None and file.equal(file2): stylename = style.get_name() self._stylenames.remove(stylename) style_model.remove(index) break if stylename is None: return possible_visual_impact = True else: tmp_style_params, stylename = style_io.parse(file) style_params = self._complete_style(tmp_style_params) if event_type == 1: for obj in style_model: if obj.get_name() == stylename: obj.set_preview(_generate_preview(style_params)) obj.set_light(_is_style_bright(style_params)) break possible_visual_impact = False elif event_type == 3: self._add_user_style(file, style_params, stylename) if possible_visual_impact \ and self.props.use_custom_style \ and self.props.custom_style == stylename \ and event_type != 2: self._on_style_change() def _on_style_select(self, style_model, _pos, _n_items): """Set the style upon selection.""" selected_item = style_model.get_selected_item() # Don't trigger unneccesary reloads if selected_item.get_file() is None: # System style if self.props.use_custom_style: self.props.use_custom_style = False else: stylename = selected_item.get_name() if stylename != self.props.custom_style: self.props.custom_style = stylename if not self.props.use_custom_style: self.props.use_custom_style = True @staticmethod def _on_use_custom_style(self, _a) -> None: """Handle `use_custom_style` property change.""" if self.props.use_custom_style: self._on_custom_style(self, None) else: self.props.selection_model.set_selected(0) self._on_style_change(True) @staticmethod def _on_custom_style(self, _a) -> None: """Handle `custom_style` property change.""" if self.props.use_custom_style: for index, style in enumerate(self.props.selection_model): if index > 0 and style.get_name() == self.props.custom_style: self.props.selection_model.set_selected(index) break self._on_style_change(True) def _on_style_change(self, override: bool = False) -> None: rcParams.update(rcParamsDefault) self.props.selected_stylename = self.get_selected_style().get_name() old_style = self._selected_style_params self._update_system_style() self._update_selected_style() data = self.props.application.get_data() if old_style is not None and override: old_colors = old_style["axes.prop_cycle"].by_key()["color"] color_cycle = self._selected_style_params["axes.prop_cycle" ].by_key()["color"] for item_ in data: item_.reset(old_style, self._selected_style_params) count = 0 for item_ in data: if isinstance(item_, item.DataItem) \ and item_.get_color() in old_colors: if count > len(color_cycle): count = 0 item_.set_color(color_cycle[count]) count += 1 window = self.props.application.get_window() canvas = graphs.canvas.Canvas(self._selected_style_params) figure_settings = data.get_figure_settings() for prop in dir(figure_settings.props): if prop not in ("use_custom_style", "custom_style"): figure_settings.bind_property(prop, canvas, prop, 1 | 2) data.bind_property("items", canvas, "items", 2) from graphs.figure_settings import FigureSettingsDialog def on_edit_request(_canvas, label_id): FigureSettingsDialog(self.props.application, label_id) def on_view_changed(_canvas): data.add_view_history_state() canvas.connect("edit_request", on_edit_request) canvas.connect("view_changed", on_view_changed) # Set headerbar color and contrast bg_color = self._selected_style_params["figure.facecolor"] color = self._selected_style_params["text.color"] css_provider = window.get_headerbar_provider() css_provider.load_from_string( f"headerbar {{ background-color: {bg_color}; color: {color}; }}", ) window.set_canvas(canvas) window.get_cut_button().bind_property( "sensitive", canvas, "highlight_enabled", 2, ) def _update_system_style(self) -> None: system_style = self._system_style_name if Adw.StyleManager.get_default().get_dark(): system_style += " Dark" filename = _generate_filename(system_style) self._system_style_params = style_io.parse( Gio.File.new_for_uri( "resource:///se/sjoerd/Graphs/styles/" + filename, ), )[0] def _update_selected_style(self) -> None: self._selected_style_params = None if self.props.use_custom_style: stylename = self.props.custom_style for style in self.props.selection_model.get_model(): if stylename == style.get_name(): try: style_params = style_io.parse(style.get_file())[0] if style.get_mutable(): style_params = self._complete_style(style_params) self._selected_style_params = style_params return except (ValueError, SyntaxError, AttributeError): self._reset_selected_style( _( f"Could not parse {stylename}, loading " "system preferred style", ).format(stylename=stylename), ) break if self._selected_style_params is None: self._reset_selected_style( _( f"Plot style {stylename} does not exist " "loading system preferred", ).format(stylename=stylename), ) self._selected_style_params = self._system_style_params def _reset_selected_style(self, message: str) -> None: self.props.use_custom_style = False self.props.custom_style = self._system_style_name self.props.application.get_window().add_toast_string(message) def copy_style(self, template: str, new_name: str) -> None: """Copy a style.""" new_name = Graphs.tools_get_duplicate_string( new_name, self._stylenames, ) destination = self.props.style_dir.get_child_for_display_name( _generate_filename(new_name), ) for style in self.props.selection_model.get_model(): if template == style.get_name(): style_params = style_io.parse(style.get_file())[0] source = self._complete_style(style_params) \ if style.get_mutable() else style_params break style_io.write(destination, new_name, source) def _complete_style(self, params: RcParams) -> RcParams: for key, value in self._system_style_params.items(): if key not in params: params[key] = value return params def delete_style(self, file: Gio.File) -> None: """Delete a style.""" style_model = self.props.selection_model.get_model() for index, style in enumerate(style_model): if style is not None: file2 = style.get_file() if file2 is not None and file.equal(file2): stylename = style.get_name() style_model.remove(index) self._stylenames.remove(stylename) self.props.use_custom_style = False self.props.custom_style = self._system_style_name STYLE_DICT = { "linestyle": ["lines.linestyle"], "linewidth": ["lines.linewidth"], "markers": ["lines.marker"], "markersize": ["lines.markersize"], "draw_frame": [ "axes.spines.bottom", "axes.spines.left", "axes.spines.top", "axes.spines.right", ], "tick_direction": ["xtick.direction", "ytick.direction"], "minor_ticks": ["xtick.minor.visible", "ytick.minor.visible"], "major_tick_width": ["xtick.major.width", "ytick.major.width"], "minor_tick_width": ["xtick.minor.width", "ytick.minor.width"], "major_tick_length": ["xtick.major.size", "ytick.major.size"], "minor_tick_length": ["xtick.minor.size", "ytick.minor.size"], "tick_bottom": ["xtick.bottom"], "tick_left": ["ytick.left"], "tick_top": ["xtick.top"], "tick_right": ["ytick.right"], "show_grid": ["axes.grid"], "grid_linewidth": ["grid.linewidth"], "value_padding": [ "xtick.major.pad", "xtick.minor.pad", "ytick.major.pad", "ytick.minor.pad", ], "label_padding": ["axes.labelpad"], "title_padding": ["axes.titlepad"], "axis_width": ["axes.linewidth"], "text_color": [ "text.color", "axes.labelcolor", "xtick.labelcolor", "ytick.labelcolor", ], "tick_color": ["xtick.color", "ytick.color"], "axis_color": ["axes.edgecolor"], "grid_color": ["grid.color"], "grid_opacity": ["grid.alpha"], "background_color": ["axes.facecolor"], "outline_color": ["figure.facecolor", "figure.edgecolor"], } VALUE_DICT = { "linestyle": ["none", "solid", "dotted", "dashed", "dashdot"], "markers": [ "none", ".", ",", "o", "v", "^", "<", ">", "8", "s", "p", "*", "h", "H", "+", "x", "D", "d", "|", "_", "P", "X", ], "tick_direction": ["in", "out"], } FONT_STYLE_DICT = { 0: "normal", 1: "oblique", 2: "italic", } FONT_VARIANT_DICT = { 0: "normal", 1: "small-caps", } def _title_format_function(_scale, value: float) -> str: """Format a float value as percentage string.""" return str(value / 2 * 100).split(".")[0] + "%" @Gtk.Template(resource_path="/se/sjoerd/Graphs/ui/style-editor.ui") class StyleEditor(Adw.NavigationPage): """Style editor widget.""" __gtype_name__ = "GraphsStyleEditor" style_name = Gtk.Template.Child() font_chooser = Gtk.Template.Child() titlesize = Gtk.Template.Child() labelsize = Gtk.Template.Child() linestyle = Gtk.Template.Child() linewidth = Gtk.Template.Child() markers = Gtk.Template.Child() markersize = Gtk.Template.Child() draw_frame = Gtk.Template.Child() tick_direction = Gtk.Template.Child() minor_ticks = Gtk.Template.Child() major_tick_width = Gtk.Template.Child() minor_tick_width = Gtk.Template.Child() major_tick_length = Gtk.Template.Child() minor_tick_length = Gtk.Template.Child() tick_bottom = Gtk.Template.Child() tick_left = Gtk.Template.Child() tick_top = Gtk.Template.Child() tick_right = Gtk.Template.Child() show_grid = Gtk.Template.Child() grid_linewidth = Gtk.Template.Child() grid_opacity = Gtk.Template.Child() value_padding = Gtk.Template.Child() label_padding = Gtk.Template.Child() title_padding = Gtk.Template.Child() axis_width = Gtk.Template.Child() text_color = Gtk.Template.Child() tick_color = Gtk.Template.Child() axis_color = Gtk.Template.Child() grid_color = Gtk.Template.Child() background_color = Gtk.Template.Child() outline_color = Gtk.Template.Child() line_colors_box = Gtk.Template.Child() poor_contrast_warning = Gtk.Template.Child() def __init__(self, parent): super().__init__() self.style = None self.parent = parent self._style_manager = \ parent.get_application().get_figure_style_manager() self.titlesize.set_format_value_func(_title_format_function) self.labelsize.set_format_value_func(_title_format_function) # color buttons self.color_buttons = [ self.text_color, self.tick_color, self.axis_color, self.grid_color, self.background_color, self.outline_color, ] for button in self.color_buttons: button.connect("clicked", self.on_color_change) button.provider = Gtk.CssProvider() button.get_style_context().add_provider( button.provider, Gtk.STYLE_PROVIDER_PRIORITY_APPLICATION, ) parent.connect("load-style-request", self._load_style) parent.connect("save-style-request", self._save_style) def _load_style(self, _parent, style): """Load a style.""" if not style.get_mutable(): return self.style = style self.style_params = self._style_manager._complete_style( style_io.parse(self.style.get_file())[0], ) stylename = self.style.get_name() self.set_title(stylename) self.style_name.set_text(stylename) for key, value in STYLE_DICT.items(): value = self.style_params[value[0]] with contextlib.suppress(KeyError): value = VALUE_DICT[key].index(value) widget = getattr(self, key.replace("-", "_")) if isinstance(widget, Adw.EntryRow): widget.set_text(str(value)) elif isinstance(widget, Adw.ComboRow): widget.set_selected(int(value)) elif isinstance(widget, Gtk.Scale): widget.set_value(value) elif isinstance(widget, Gtk.Button): widget.color = Graphs.tools_hex_to_rgba(value) elif isinstance(widget, Adw.SwitchRow): widget.set_active(bool(value)) else: raise ValueError # font font_description = Pango.FontDescription.new() font_size = self.style_params["font.size"] font_description.set_size(font_size * Pango.SCALE) self.titlesize.set_value( round(self.style_params["figure.titlesize"] * 2 / font_size, 1), ) self.labelsize.set_value( round(self.style_params["axes.labelsize"] * 2 / font_size, 1), ) font_description.set_family(self.style_params["font.sans-serif"][0]) font_description.set_weight(self.style_params["font.weight"]) inverted_style_dict = {b: a for a, b in FONT_STYLE_DICT.items()} font_description.set_style( inverted_style_dict[self.style_params["font.style"]], ) inverted_variant_dict = {b: a for a, b in FONT_VARIANT_DICT.items()} font_description.set_variant( inverted_variant_dict[self.style_params["font.variant"]], ) self.font_chooser.set_font_desc(font_description) for button in self.color_buttons: hex_color = Graphs.tools_rgba_to_hex(button.color) button.provider.load_from_string( f"button {{ color: {hex_color}; }}", ) self._check_contrast() # line colors self.line_colors = \ self.style_params["axes.prop_cycle"].by_key()["color"] self._reload_line_colors() def _save_style(self, _parent): """Save the style.""" if self.style is None: return for key in STYLE_DICT.keys(): widget = getattr(self, key.replace("-", "_")) if isinstance(widget, Adw.EntryRow): value = str(widget.get_text()) elif isinstance(widget, Adw.ComboRow): value = widget.get_selected() elif isinstance(widget, Gtk.Scale): value = widget.get_value() elif isinstance(widget, Gtk.Button): value = Graphs.tools_rgba_to_hex(widget.color) elif isinstance(widget, Adw.SwitchRow): value = bool(widget.get_active()) else: raise ValueError with contextlib.suppress(KeyError): value = VALUE_DICT[key][value] for item_ in STYLE_DICT[key]: self.style_params[item_] = value # font font_description = self.font_chooser.get_font_desc() self.style_params["font.sans-serif"] = [font_description.get_family()] font_size = font_description.get_size() / Pango.SCALE for key in ( "font.size", "xtick.labelsize", "ytick.labelsize", "legend.fontsize", "figure.labelsize", ): self.style_params[key] = font_size titlesize = round(self.titlesize.get_value() / 2 * font_size, 1) labelsize = round(self.labelsize.get_value() / 2 * font_size, 1) self.style_params["figure.titlesize"] = titlesize self.style_params["axes.titlesize"] = titlesize self.style_params["axes.labelsize"] = labelsize font_weight = font_description.get_weight() for key in ( "font.weight", "axes.titleweight", "axes.labelweight", "figure.titleweight", "figure.labelweight", ): self.style_params[key] = font_weight self.style_params["font.style"] = \ FONT_STYLE_DICT[font_description.get_style()] self.style_params["font.variant"] = \ FONT_VARIANT_DICT[font_description.get_variant()] # line colors self.style_params["axes.prop_cycle"] = cycler(color=self.line_colors) self.style_params["patch.facecolor"] = self.line_colors[0] # name & save new_name = self.style_name.get_text() if self.style.get_name() != new_name: new_name = Graphs.tools_get_duplicate_string( new_name, self._style_manager.list_stylenames(), ) style_io.write(self.style.get_file(), new_name, self.style_params) self._style_manager._on_style_change(True) self.style = None def _reload_line_colors(self): list_box = self.line_colors_box while list_box.get_last_child() is not None: list_box.remove(list_box.get_last_child()) if self.line_colors: for index in range(len(self.line_colors)): list_box.append(_StyleColorBox(self, index)) else: self.line_colors.append("#000000") list_box.append(_StyleColorBox(self, 0)) def on_color_change(self, button): """Handle color change.""" def on_accept(dialog, result): with contextlib.suppress(GLib.GError): color = dialog.choose_rgba_finish(result) if color is not None: button.color = color self._check_contrast() hex_color = Graphs.tools_rgba_to_hex(button.color) button.provider.load_from_string( f"button {{ color: {hex_color}; }}", ) dialog = Gtk.ColorDialog() dialog.set_with_alpha(False) dialog.choose_rgba( self.parent.get_application().get_window(), button.color, None, on_accept, ) def _check_contrast(self): contrast = Graphs.tools_get_contrast( self.outline_color.color, self.text_color.color, ) self.poor_contrast_warning.set_visible(contrast < 4.5) @Gtk.Template.Callback() def on_linestyle(self, comborow, _b): """Handle linestyle selection.""" self.linewidth.set_sensitive(comborow.get_selected() != 0) @Gtk.Template.Callback() def on_markers(self, comborow, _b): """Handle marker selection.""" self.markersize.set_sensitive(comborow.get_selected() != 0) @Gtk.Template.Callback() def add_color(self, _button): """Add a color.""" self.line_colors.append("000000") self._reload_line_colors() @Gtk.Template.Callback() def on_delete(self, _button): """Handle style deletion.""" def on_response(_dialog, response): if response == "cancel_delete_style": return if response == "delete_style": file = self.style.get_file() self._style_manager.delete_style(file) file.trash(None) self.style = None self.parent.get_navigation_view().pop() dialog = Graphs.tools_build_dialog("delete_style_dialog") msg = _("Are you sure you want to delete {stylename}?") dialog.set_body(msg.format(stylename=self.style.get_name())) dialog.connect("response", on_response) dialog.present(self.parent) @Gtk.Template(resource_path="/se/sjoerd/Graphs/ui/style-color-box.ui") class _StyleColorBox(Gtk.Box): __gtype_name__ = "GraphsStyleColorBox" label = Gtk.Template.Child() color_button = Gtk.Template.Child() parent = GObject.Property(type=StyleEditor) index = GObject.Property(type=int, default=0) def __init__(self, parent, index): super().__init__(parent=parent, index=index) self.label.set_label(_("Color {number}").format(number=index + 1)) self.provider = Gtk.CssProvider() self.color_button.get_style_context().add_provider( self.provider, Gtk.STYLE_PROVIDER_PRIORITY_APPLICATION, ) self._reload_color() def _reload_color(self): color = self.props.parent.line_colors[self.props.index] self.provider.load_from_string(f"button {{ color: {color}; }}") @Gtk.Template.Callback() def on_color_choose(self, _button): def on_accept(dialog, result): with contextlib.suppress(GLib.GError): color = dialog.choose_rgba_finish(result) if color is not None: self.props.parent.line_colors[self.props.index] = \ Graphs.tools_rgba_to_hex(color) self._reload_color() dialog = Gtk.ColorDialog() dialog.set_with_alpha(False) dialog.choose_rgba( self.props.parent.parent, Graphs.tools_hex_to_rgba( self.props.parent.line_colors[self.props.index], ), None, on_accept, ) @Gtk.Template.Callback() def on_delete(self, _button): self.props.parent.line_colors.pop(self.props.index) self.props.parent._reload_line_colors() Graphs-v1.8.6-ab61976766ce7935774ea19327dcd572d8dc065e/graphs/styles.vala000066400000000000000000000204331511351636000241510ustar00rootroot00000000000000// SPDX-License-Identifier: GPL-3.0-or-later using Gdk; using Gtk; namespace Graphs { public int style_cmp (Style a, Style b) { if (a.file == null) return -1; else if (b.file == null) return 1; return strcmp (a.name.down (), b.name.down ()); } /** * Style manager */ public class StyleManager : Object { public Application application { get; construct set; } public bool use_custom_style { get; set; default = false; } public string custom_style { get; set; default = "Adwaita"; } public SingleSelection selection_model { get; set; } public File style_dir { get; construct set; } public string selected_stylename { get; protected set; } private GLib.ListStore style_model; construct { this.style_model = new GLib.ListStore (typeof (Style)); this.selection_model = new SingleSelection (this.style_model); try { File config_dir = Tools.get_config_directory (); this.style_dir = config_dir.get_child_for_display_name ("styles"); if (!this.style_dir.query_exists ()) { this.style_dir.make_directory_with_parents (); } } catch { assert_not_reached (); } } protected string[] load_system_styles (string system_style) { string[] stylenames = {}; try { var directory = File.new_for_uri ("resource:///se/sjoerd/Graphs/styles"); FileEnumerator enumerator = directory.enumerate_children ( "standard::*", FileQueryInfoFlags.NONE ); FileInfo info = null; while ((info = enumerator.next_file ()) != null) { File file = enumerator.get_child (info); var stream = new DataInputStream (file.read ()); stream.read_line_utf8 (); size_t size; string name = stream.read_line_utf8 (out size)[2: (long)size]; stylenames += name; string preview_name = info.get_name ().replace (".mplstyle", ".png"); var preview = Gdk.Texture.from_resource ( @"/se/sjoerd/Graphs/$preview_name" ); CompareDataFunc