samanthavaldivia-demos-blog

[samanthavaldivia-demos-blog]

The main goal of my project was to parse YouTube videos into my application. Displayed above is a demo video and splash screen. Note: this video was captured mid development. There is now a TabBarController with more information about Bowdoin Sports and two navigable in- app web links.

There is a UITableView with necessary constraints and IBOutlet that allows for a reference to the table view. Each cell has a customized label and image that is synonymous to the video the user will be expecting to watch once it is clicked. The video data was collected using a subclass of NSObject, which allows the application to have strings, numbers, arrays, and dictionaries. The video model class is also responsible or supplying the video objects to the view controller, allowing for communication with the model to retrieve the necessary data. The Video data in my application is created when the UITableView will ask the ViewController for the data it needs; for example, the number of rows needed for the datasource.  The video thumbnails are added using the individual URL of the thumbnail to display in the cells UITableView. A similar procedure was used for the label and label view for each of the videos. There are also modifications to the row height and width in order to fit the thumbnail, label, and label view. 

[samanthavaldivia-demos-blog]

My iOS 9 calculator application made in my Mobile Computing course. Language: Swift. Each operation is saved in the description label at the bottom of the application. The description label can be cleared. Wait toward the end of the video to see the graph functionality. You can also pan, pinch, and swipe the graph. My mobile computing religiously followed the Stanford Developing iOS 9 Apps with Swift course on YouTube. (2016).

[samanthavaldivia-demos-blog]

Here the Pacman can traverse through the maze (which is designed based off of a 2D array) using the up, down, left, and right directional keys. The mouth of the Pacman is animated and it will eat the small or large pacdots. (2015)

[samanthavaldivia-demos-blog]

Coded in Java Processing. Currently the conveyor belt increases speed when the right direction key is pressed and decreased when the left direction key is pressed. Sauce is also placed on the pizza when the sauce is clicked, but it resets in order to show that a new pizza has entered the screen (2015).