Upon app launch, the logo displayed on the splash screen is consistently cropped on all Android devices, regardless of their screen size or resolution. As a result, the logo appears distorted, cut off, or improperly positioned, leading to an unprofessional and visually unpleasant splash screen experience.

Currently, the app lacks settings for controllers, limiting users' ability to customize their experience based on their preferences and needs. This leads to a one-size-fits-all approach, which may not cater to all users' unique workflows and use cases.

Custom Commands Binding: Users should be able to remap controller buttons to specific actions within the application. This will enable users to define keybindings that suit their muscle memory and playstyle.

Camera Front/Back Selection: Adding the option to switch between front and back cameras will provide users with greater flexibility when capturing content or interacting with the app's camera functionality.

Confidence Level Control: Introducing a confidence level slider will enable users to fine-tune the sensitivity of gestures or voice commands. This will accommodate users with varying skill levels and ensure a smoother interaction.

Threshold Adjustment: Allowing users to adjust the threshold for certain actions will provide granular control over triggering events, making the app adaptable to different environmental conditions and user preferences.

As of the current version, our application successfully detects facial landmarks, body landmarks, and various objects. However, we have yet to implement hand gesture detection and body pose recognition using the detected landmarks. This functionality is crucial for enabling users to set custom commands based on different gestures and object manipulations, which will greatly enhance the user experience and interaction possibilities.

Key Objectives:

• Hand Gesture Detection: Utilize the facial landmarks to recognize various hand gestures, such as palm open, palm lclosed, and pinches. These gestures can then be mapped to predefined actions or user-customized commands.
• Body Pose Recognition: Use the body landmarks to determine different body poses, such as standing, sitting, or raising arms. These poses can serve as triggers for specific commands or actions within the application.
• Object Mapping: Users can assign specific commands or interactions based on the detection of different objects.

Currently, there is an issue with the snackbar messages in the application. In certain scenarios, the snackbar messages fail to appear, leading to a lack of feedback for important actions and errors. This impacts user experience negatively, as users may not be aware of the success or failure of certain operations.

Potential Causes:
The issue could be caused by improper handling of UI thread updates, conflicts with device rotation, and fragment changes.

Main Cause:
Fragment not attached to a context

The Liquid Galaxy functionality in our Android app currently lacks visual feedback for various important buttons such as "Set Refresh," "Reset Refresh," "Relaunch," and others. When users interact with these buttons, there is no indication that the app has acknowledged their action, leading to a potentially confusing user experience.

To enhance usability and provide a more intuitive interface, we should address this issue by adding appropriate visual feedback for the aforementioned buttons.

The current version of the Android app lacks visual feedback when the user clicks on the "Connect" or "Disconnect" buttons. This results in a confusing user experience, as there is no indication that the process has started or is in progress. To improve the app's usability, we should implement a progress indicator or loading animation that appears when either button is pressed.

Currently, our application lacks clear information about what gestures correspond to specific commands when using the controllers. To enhance user experience and help users understand the available functionalities, we propose adding a gesture information feature.

Objective:
The objective of this issue is to implement a gesture information feature that provides users with a reference guide for the gestures and their corresponding commands for each controller.

The current Liquid Galaxy connection dialog in our Android app presents some usability challenges on different device sizes. On mobile devices, the dialog shrinks when the keyboard is shown, affecting the user experience. To overcome this issue and provide consistent and optimal UI, we should replace the existing dialog with adaptive bottom sheets for mobile devices and side sheets for tablet devices.