Open Issues Need Help
View All on GitHubAI Summary: Update the color palettes and styling of a Django/Next.js leaderboard website based on provided Figma designs. This involves modifying the `globals.css` and `tailwind.config.ts` files to reflect the new design system.
A leaderboard website for the 2025 Drone Competition at Murdoch University, built to manage scores and display rankings. Developed by CFC in collaboration with Squadrone and AICODE AUS.
AI Summary: Create a Django model named `MatchResult` in the `server/api/models.py` file. This model will store results from drone competition matches and include foreign keys to `Match` and `Team` models (using lazy relationships as these models are not yet implemented). The model should include fields for score, penalties, and possibly other relevant match data as shown in the provided image. This requires familiarity with Django models, foreign keys, and potentially lazy relationships.
A leaderboard website for the 2025 Drone Competition at Murdoch University, built to manage scores and display rankings. Developed by CFC in collaboration with Squadrone and AICODE AUS.
AI Summary: Create a Django model named `Match` in the `server/api/models.py` file. The model should have three fields: `team1`, `team2`, and `winner`, representing the two competing teams and the winning team. Refer to the provided example from the coexist project and Django documentation for guidance.
A leaderboard website for the 2025 Drone Competition at Murdoch University, built to manage scores and display rankings. Developed by CFC in collaboration with Squadrone and AICODE AUS.
AI Summary: Create a Django model named `Team` in the `server/api/models.py` file. The model should have three fields: `team_name` (CharField), `members` (TextField), and `university` (CharField). Refer to the provided example from the coexist project and Django documentation for guidance.
A leaderboard website for the 2025 Drone Competition at Murdoch University, built to manage scores and display rankings. Developed by CFC in collaboration with Squadrone and AICODE AUS.