Smart Task Prioritization

Help users prioritize their tasks more effectively using algorithms.

Implementing Smart Task Prioritization

1. Define Criteria for Prioritization:

Identify key factors, such as deadlines, importance, and user history.

2. Create a Scoring System:

Assign scores to tasks based on their criteria.

javascriptCopy codeconst prioritizeTasks = (tasks) => {
  return tasks.sort((a, b) => {
    const scoreA = calculateScore(a);
    const scoreB = calculateScore(b);
    return scoreB - scoreA; // Higher score first
  });
};

const calculateScore = (task) => {
  // Example: score based on deadline proximity and importance
  return task.importance * (1 / (task.deadline - Date.now()));
};

3. Display Prioritized Tasks:

Show users their tasks in order of priority.

Step 2: Integration with Fitness Tracking

Encourage users to maintain a balance between productivity and wellness by integrating with fitness apps.

Implementing Fitness Tracking Integration

1. Choose Fitness APIs:

Consider APIs from Fitbit, Apple Health, or Google Fit.

2. Authenticate Users:

Implement OAuth for users to connect their fitness accounts.

javascriptCopy codeconst connectFitnessAccount = async () => {
  // OAuth flow to connect fitness account
};

3. Display Fitness Data:

Show users their fitness data alongside task completion metrics.

javascriptCopy codeconst [steps, setSteps] = useState(0);

// Fetch and display fitness data

4. Set Fitness-Related Goals:

Allow users to set productivity goals that incorporate physical activity (e.g., “Complete 5 tasks and walk 10,000 steps”).

Step 3: Dynamic Task Templates

Allow users to create and reuse templates for common tasks or projects.

Implementing Dynamic Task Templates

1. Template Creation:

Create a UI for users to define a task template (e.g., checklists, due dates).

javascriptCopy codeconst [taskTemplate, setTaskTemplate] = useState({ name: '', checklist: [] });

2. Save and Load Templates:

Store templates in the database or AsyncStorage.

javascriptCopy codeconst saveTemplate = async () => {
  // Logic to save the template
};

3. Use Templates for New Tasks:

Enable users to select a template when creating a new task.

Step 4: Video Tutorials and Onboarding

Enhance user experience by providing tutorials and a smooth onboarding process.

Implementing Video Tutorials

1. Create Onboarding Screens:

Design onboarding screens that introduce the app’s features.

2. Incorporate Video Content:

Use react-native-video to embed tutorial videos within the app.

javascriptCopy codeimport Video from 'react-native-video';

const TutorialVideo = () => (
  <Video source={require('./path/to/video.mp4')} style={styles.video} />
);

3. Interactive Walkthroughs:

Create interactive tutorials that guide users through the app’s functionalities.

Step 5: Push Notifications for Deadlines

Remind users of approaching deadlines to help them stay on track.

Implementing Push Notifications

1. Set Up Push Notifications:

Use libraries like @react-native-firebase/messaging or react-native-push-notification.

bashCopy codenpm install @react-native-firebase/messaging

2. Schedule Notifications:

Allow users to set notifications for task deadlines.

javascriptCopy codeimport PushNotification from 'react-native-push-notification';

const scheduleNotification = (task) => {
  PushNotification.localNotificationSchedule({
    message: `Deadline approaching for: ${task.name}`,
    date: new Date(task.deadline),
  });
};

3. Configure Notification Preferences:

Let users customize how they receive notifications (e.g., sound, vibration).