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Chess Timer

Customizable chess timer supporting multiple time control modes for competitive and casual play

Flutter GetX Mobile Development

About This Project

Chess Timer is a precision timing application designed for chess players, supporting various time control formats from bullet to classical chess. The app provides reliable timekeeping with customizable settings and an intuitive interface optimized for tournament and casual play.

Key Features

  • Multiple Time Controls: Implemented support for standard chess time formats including bullet (1-2 min), blitz (3-5 min), rapid (10-15 min), and classical (30+ min) with increment options.
  • Custom Time Settings: Built flexible configuration system allowing players to set custom time controls, increment/delay values, and create presets for frequently used formats.
  • Precision Timing: Developed accurate timing mechanism with millisecond precision, ensuring fair and reliable time tracking during competitive games.
  • Fischer Increment: Integrated Fischer time increment feature adding specified seconds to each player's clock after every move.
  • Sound & Haptic Feedback: Added audio alerts and vibration feedback for time running low, move confirmation, and game completion.
  • Clean Interface: Designed minimalist UI with large, easily tappable buttons and clear time display optimized for quick glances during games.

Technical Implementation

Built with Flutter using GetX for efficient state management and reactive updates:

  • GetX for lightweight and performant state management
  • Dart Timer for precise countdown implementation
  • Local storage for saving custom presets and settings
  • Responsive design adapting to different screen sizes
  • Wake lock to prevent screen timeout during games

Challenges & Solutions

Maintaining timing accuracy while handling rapid button presses required implementing debouncing and ensuring timer updates didn't accumulate errors over long games.

Creating an interface that's both aesthetically pleasing and functional during intense time pressure was solved through user testing and iterative design improvements.

Technologies Used

Frontend

  • Flutter
  • Dart
  • GetX
  • Material Design

Core Features

  • Precision Timing
  • Time Control Modes
  • Fischer Increment
  • Custom Presets

UX Features

  • Sound Alerts
  • Haptic Feedback
  • Wake Lock
  • Responsive Design

Interested in this project?

Check out the source code and documentation on GitHub

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