This highly adaptable Jass scorekeeping app, designed for Android smartphones and tablets, simplifies point tracking during Jass games. It supports various Jass types, including Schieber, Coiffeur, Differenzler, and Molotov, allowing for flexible point entry methods.
Multiple profiles are supported for each board type, ensuring independent storage of settings and scores. This eliminates the need to delete unfinished rounds when switching players or rulesets. Profiles can even be shared seamlessly with another device via Android Beam (NFC) – ideal for situations with low battery or complex profile adjustments.
Key Features:
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Schieber Board: Offers individual point entry (1/20/50/100 for Weis, etc.), complete round entry including multipliers (1x-7x) and opponent points, rotatable input dialog (for single or dual writers), undo functionality, customizable target points and score per round, extensive statistics, and a dedicated area for recording wins/matches.
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Coiffeur Board: Allows selection from 16 predefined Jass types plus custom entries (without images), adjustable round numbers (6-12), support for 2 or 3 teams, manual multiplier adjustments, statistics on achievable points, and detection of uncatchable teams.
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Differenzler Board: Accommodates 2-8 players, keeps announcements hidden until points are entered, automatically calculates points from the last outstanding player, and allows for post-entry round point modification.
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Molotov Board: Supports 2-8 players, offers 3-click Weis entry, automatic calculation of outstanding points during round entry, and allows for point editing. Points can be entered precisely or rounded.
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General Scoreboard: A versatile board for various Jass types, supporting 2-8 players, customizable target points/round numbers, and adjustable points per round for faster entry (with automatic outstanding point calculation).
The app's source code is publicly available: https://github.com/simonste/jasstafel
Version 4.1.6 (Updated Dec 2, 2024): This version includes a bug fix addressing an issue with win detection when the exact target points were reached.
