The most significant risk/task we are facing is the integration between app and Jetson, and Jetson and mirror UI. We are expecting that both integration would require creating server-client socket connections, and there is a no easy way out. However, Jeremy and Yun have some experience in this area, so we are hoping to get this task done if we push through.
In terms of the system design, we initially planned to connect the app with mirror UI as well; however, we decided to remove that interaction and use Jetson as the intermediate for the communication as we need to build connections of Jetson-mirror UI and Jetson-app anyway.
We do not have any change in the schedule from the last week. We set a small goal last week to finish the modular tasks by this Thursday and work on integration from Saturday, and we are on track for this schedule.
To explain in a bit more detail of what we did this week, we worked on completing all remaining modular tasks. The remaining tasks were 1) automating torso and top detection, 2) user wardrobe input form from the app, 3) color + weather recommendation, and 4) mirror UI.
- Wonho was able to write the automation script for Jetson which covers from spinning off Jetson to taking a screenshot using Arducam, running OpenPose, and to cropping the screenshot.
- Jeremy finished making the user wardrobe input form that asks apparel type, length, season. After the user submit the form, the data gets saved into google spreadsheet, which will be the user wardrobe database.
- Ramzi finished the color and weather based recommendation with Python. The color recommendation based on the survey he created on which colors go well with which, and the weather recommendation is based on the real-time feels-like temperature.
- Yun finished creating the mirror UI using Electron. It has main page, recommendation loading page, recommendation result page, and thank you/feedback page.
More details can be found on each of our individual status report. The above four tasks were all of the modular tasks remaining, which means all we actually need to do is integrating these parts.