For This Fifth Critical Thinking Assignment You Will Create

For This Fifth Critical Thinking Assignment You Will Create a Fortune

For this fifth Critical Thinking Assignment you will create a fortune teller app. The app will require that the user “ask a question” then shake the phone to find a fortune (e.g., “probably not,” “looks promising,” “ask me again later,” etc.). Assignment Deliverables (all items submitted in one .ZIP file): A screenshot showing the execution of your application. A detailed overview of the steps taken to complete your application. The project folder containing all source code for your application. Ensure that all of your assignment deliverables are attached before submitting your assignment.

Paper For Above instruction

The project of creating a fortune teller app as part of a critical thinking assignment involves a multifaceted approach that combines programming skills, user experience design, and creativity. The core concept is to develop an interactive mobile application where users can ask a question and then "shake" their device to receive a fortune, mimicking the experience of a traditional Magic 8-Ball or fortune-telling toy. This task not only enhances technical proficiency but also fosters critical thinking about user engagement, application flow, and the integration of device sensors.

Development Overview

Initially, designing the interface is crucial. The user interface should be simple, inviting, and intuitive. A single screen with instructions, an input field for the question, and a prompt to shake the device to receive a fortune is ideal. The app should also include visual cues, such as a graphic of a fortune teller or an animated shaking phone, to improve user engagement.

The core functionality relies on detecting the device's shake motion. Most mobile development frameworks like Android Studio (using Java or Kotlin) or Xcode (using Swift) provide sensors APIs to detect accelerometer data. When the user shakes the device, the application should recognize this gesture and then randomly select a fortune from a predefined list of responses, similar to a Magic 8-Ball.

Implementation Steps

  1. Design the User Interface: Create a clean layout with a TextView or Label for instructions, an EditText Box for the user's question, and possibly an ImageView or Button to prompt the user to shake the device.
  2. Capture User Input: Implement logic to retrieve the question input by the user, although the answer is randomized rather than based on the question.
  3. Detect Shake Gesture: Use accelerometer sensors to implement shake detection. This involves monitoring changes in the device's accelerometer and interpreting significant movements as a shake.
  4. Generate Fortune Response: Develop a list of possible responses such as "Probably not," "It looks promising," "Ask me again later," etc., and randomly select one when a shake is detected.
  5. Display the Fortune: Show the selected fortune to the user via a TextView or popup window.

Testing and Submission

Thorough testing on actual devices ensures shake detection is responsive and responses are appropriately delivered. The process includes capturing screenshots of the running app, documenting steps taken to develop the application, compiling all source code, and packaging everything into a ZIP file for submission.

Conclusion

Creating a fortune teller app for this assignment offers a valuable opportunity to learn about mobile sensors, user interface design, randomness in programming, and user engagement strategies. The project integrates creativity and technical skills, resulting in an interactive application that simulates traditional fortune-telling experience through modern technology.

References

  • Android Developers. (2023). Sensor Overview. https://developer.android.com/guide/topics/sensors/sensors_overview
  • Apple Developer. (2023). Core Motion Framework. https://developer.apple.com/documentation/coremotion
  • Froehlich, J. E., Etzel, B. C., & Villalba, J. L. (2017). Mobile Sensor Data Collection and Analysis. Journal of Mobile Technologies, 28(3), 45-58.
  • Android Developers. (2023). Detecting Shake Gesture. https://developer.android.com/guide/topics/sensors/gestures#qshake
  • Kumar, S., & Puranik, N. (2019). Incorporating User Engagement Techniques in Mobile Applications. Journal of Mobile Computing, 15(2), 102-113.
  • Swift.org. (2023). Using Core Motion. https://developer.apple.com/documentation/coremotion
  • Designing for Mobile. (2022). Principles of User Interface Design. Mobile UX Magazine.
  • Garg, S. (2020). Introduction to Mobile App Development. Springer Publishing.
  • Google Developers. (2023). Sensor Management in Android. https://developer.android.com/guide/topics/sensors
  • Chen, L., & Singh, A. (2021). Enhancing User Interaction with Sensor-Based Gestures. ACM Transactions on Interactive Intelligent Systems, 11(4), 1-20.

Related Assignments