This module handles creating new sources, citations, and assertions.

This module gets the ball rolling by defining paths and by creating a configuration file with default values if it doesn't exist. Manually deleting config.txt is Step 1 of three steps to cleaning up after creating a bunch of test trees during development. Step 2 is to manually delete the folders that the trees' *.tbd file and the trees' images directories are in. Step 3 is to open tbard.db in the SQLite command line interface and delete rows referencing the deleted trees from tbard.db's `family_tree` table.

This module takes care of letting the user choose date display formats, storing and editing dates, and there's a class that populates the Preferences > Dates tab with controls.

Provides the Treebard developer with 1) a printing tool that lets the dev make print statements that include line numbers and descriptive strings, without extra typing, and 2) an easy way to make timestamped copies of any Python file when things are going well, in case the dev should want to roll back to this version.

This is a class that displays controls on the little TabBook where the person image gallery is opened, on the right side of the person tab. The user can record, prioritize, and delete to-do list items.

This module houses the TypesTab class where the user can create his own event types, name types, place types, kin types, etc.

This module creates the conclusions table on the persons tab, which displays the user's conclusions about events and attributes linked to the current person.

This module populates the nuclear families table on the person tab above the conclusions table. This table shows all the current person's partner, parents, adoptive parents, and children, all at once. No clicking around to see who someone was, it all shows at once.

This module creates a dialog which can display images in image galleries linked to a current person, current place or current source.

Functions, constants, and queries used by GEDCOM import and export programs.

This module translates from the UNIGEDS model to the GEDCOM substandard.

This module skims usable data from a GEDCOM file and upgrades it to UNIGEDS' standards, and when that is impossible or makes me cry, it reports the data in an exceptions log.

This module will allow the user to perform simple modifications to images such as resizing, cropping, adding borders and text, or to link text captions to an image for displaying in image galleries.

This module initializes display of specific parts of the Treebard interface.

Adding, deleting, and editing images and other media to the app. Default image options.

These are strings imported to the various modules where error messages are used.

These are strings used to populate the right-click context-sensitive help dialogs.

The unigeds.db which stores the UNIGEDS schema no longer stores any data, it's completely empty, just a collection of table schemas. This new_tree.py module stores the data that Treebard inserts to start a brand new tree from a copy of unigeds.db.

This module contains a class that opens Treebard's notes dialog, where the user can create, delete, link, search and edit notes. In Treebard, any note can be linked to any number of elements instead of the user's having to copy and paste notes that have to be repeated from element to element.

This module includes classes for the main treebard app and can open multiple trees at once.

This tool works on its own but can be opened from within the Treebard GUI. As developer, I use it to generate fictional names, birth dates and death dates when adding people to the tree for testing purposes. This simple tool is the only thing that prevents me from creating tree people with names like "Fardwick Pleabargain Cheesebottom IV".

This module takes care of sorting through a person's various names and appellations as well as letting the user create and delete people while also being able to add and even resize images to persons as they are being added to the tree.

This module lets the user create places and place names. It has a class that populates the new and duplicate places dialog which gives the user a chance to make places with the same name without having them be the same place. Nested places are taken care of, such as "Paris, France" vs. "Paris, Texas" so they are two completely unconfusable different places in every way. Also, Treebard allows multiple different enclosing places--e.g. "United States" and "Republic of Texas"--to be Dallas' parent place without creating two different Dallases.

This module provides redraw functions for the GUI and its main parts so that when the user changes something, the new information will display instantly.

In addition to tracking related people, Treebard lets the user add unrelated people to the database along with the role they played in family events such as "flower girl", "arresting officer" or "neighbor". These folks are treated exactly like anyone else in the tree, which will come in handy when Doris next door turns out to be AUNT Doris.

This class has been used to create a person search dialog and can be modeled to create search tools for other elements also. All columns are sortable by clicking the column header. Currently searching finds any part of any name after the user types three or more characters.

This is a file that is used by CXFreeze to create an .exe from the Treebard code base. I first tried PyInstaller but one person said the resulting .exe didn't work. I switched to CXFreeze because their documentation is less frightening and CXFreeze has a very good reputation. This setup.py tool is a simple Python file that I can edit myself. I got the CXFreeze .exe to work on various computers by adding conditional code to Treebard that creates two sets of paths: one if the main script being run has an .exe extension and one if the script has a .py extension.

This module has a class that's used to create the sources tab, where sources and citations can be created and edited without linking them to anything, so that they will be available when needed. Sources and citations can also be created when needed, in the assertions tab. Repositories can be created as source notes in the sources tab.

SQLite queries are imported from here so the Python code will be more readable. Only queries relating to unigeds.db are kept here.

This module enables the user to change color schemes app-wide instantly without restarting the app, and includes the Colorizer class which displays the color scheme controls in the Preferences > Colors tab. Your favorite color schemes can be made a named theme. You can create your own color schemes in seconds. Another class allows the user to change font family and font size instantly. A preview area lets the user see what the font will look like before applying the font change.