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Rebekah Bledsoe
Technical Designer - TheTinyDeveloperStudio@gmail.com
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Keeper
Project type
Game Project
Date
09/08/2024 - 12/14/2024
Demo Build
C# Scripts
Keeper is a game that I had the opportunity to work on for my Interactive Display and Production class while studying Computer Simulation and Gaming. The game is inspired by soccer, specifically by the role of goalie/keeper. The player must use a Leap Motion tracking controller in order to play the game, and it must be fastened in a way that is facing away from the player’s head and toward their hands.
I mainly worked on implementing the ideas of other team members into the build, as well as coding the main ball shooting/retrieval system. I helped integrate another member's timer system with my ball system, so that whenever a goal is scored, the timer is depleted based on the ball's type.
You can download the build for Keeper to try on its itch.io page, which is linked at the top of this page. If you do not have a leap motion controller, a showcase video is on the itch.io page or shown below.
This video showcases the final build of the school project Keeper that I worked on. I implemented the main menu and pause menu designs with the functionality that another team member created. I also worked on the ball shooting and randomization mechanic, which I implemented with the timer feature that another team member made. If a ball goes past the player, it will detract the timer amount based on the ball's type. Ball types are demonstrated by color value: light, medium, and dark.
The player's main goal is to stop balls from going past them into the goal behind them. The timer will slowly decrease, but balls scoring will remove even more time. This game requires a Leap Motion controller to play. I worked on creating the visual components for the menus of the game.
The player can pause their game, which will stop the timer and stop the balls from continuing to spawn. I didn't create the pause menu, functionality, but I did create the sprites for the buttons. I also implemented the time freezing with the ball spawning feature.
Different ball types will remove different amounts of time from the timer. The darker the ball, the more time lost if a goal is scored. I was the main developer for the ball spawning script, and I worked on randomizing the type of ball and damage to the timer that they would apply.
If the ball gets stuck anywhere, it is set to time out and return again to the spawn point. I created this reset method because there were times that if the ball was deflected, it wouldn't ever return to the player.
This video showcases the final build of the school project Keeper that I worked on. I implemented the main menu and pause menu designs with the functionality that another team member created. I also worked on the ball shooting and randomization mechanic, which I implemented with the timer feature that another team member made. If a ball goes past the player, it will detract the timer amount based on the ball's type. Ball types are demonstrated by color value: light, medium, and dark.
The player's main goal is to stop balls from going past them into the goal behind them. The timer will slowly decrease, but balls scoring will remove even more time. This game requires a Leap Motion controller to play. I worked on creating the visual components for the menus of the game.
The player can pause their game, which will stop the timer and stop the balls from continuing to spawn. I didn't create the pause menu, functionality, but I did create the sprites for the buttons. I also implemented the time freezing with the ball spawning feature.
Different ball types will remove different amounts of time from the timer. The darker the ball, the more time lost if a goal is scored. I was the main developer for the ball spawning script, and I worked on randomizing the type of ball and damage to the timer that they would apply.
If the ball gets stuck anywhere, it is set to time out and return again to the spawn point. I created this reset method because there were times that if the ball was deflected, it wouldn't ever return to the player.
This video showcases the final build of the school project Keeper that I worked on. I implemented the main menu and pause menu designs with the functionality that another team member created. I also worked on the ball shooting and randomization mechanic, which I implemented with the timer feature that another team member made. If a ball goes past the player, it will detract the timer amount based on the ball's type. Ball types are demonstrated by color value: light, medium, and dark.
The player's main goal is to stop balls from going past them into the goal behind them. The timer will slowly decrease, but balls scoring will remove even more time. This game requires a Leap Motion controller to play. I worked on creating the visual components for the menus of the game.
The player can pause their game, which will stop the timer and stop the balls from continuing to spawn. I didn't create the pause menu, functionality, but I did create the sprites for the buttons. I also implemented the time freezing with the ball spawning feature.
Different ball types will remove different amounts of time from the timer. The darker the ball, the more time lost if a goal is scored. I was the main developer for the ball spawning script, and I worked on randomizing the type of ball and damage to the timer that they would apply.
If the ball gets stuck anywhere, it is set to time out and return again to the spawn point. I created this reset method because there were times that if the ball was deflected, it wouldn't ever return to the player.
This video showcases the final build of the school project Keeper that I worked on. I implemented the main menu and pause menu designs with the functionality that another team member created. I also worked on the ball shooting and randomization mechanic, which I implemented with the timer feature that another team member made. If a ball goes past the player, it will detract the timer amount based on the ball's type. Ball types are demonstrated by color value: light, medium, and dark.
The player's main goal is to stop balls from going past them into the goal behind them. The timer will slowly decrease, but balls scoring will remove even more time. This game requires a Leap Motion controller to play. I worked on creating the visual components for the menus of the game.
The player can pause their game, which will stop the timer and stop the balls from continuing to spawn. I didn't create the pause menu, functionality, but I did create the sprites for the buttons. I also implemented the time freezing with the ball spawning feature.
Different ball types will remove different amounts of time from the timer. The darker the ball, the more time lost if a goal is scored. I was the main developer for the ball spawning script, and I worked on randomizing the type of ball and damage to the timer that they would apply.
If the ball gets stuck anywhere, it is set to time out and return again to the spawn point. I created this reset method because there were times that if the ball was deflected, it wouldn't ever return to the player.
This video showcases the final build of the school project Keeper that I worked on. I implemented the main menu and pause menu designs with the functionality that another team member created. I also worked on the ball shooting and randomization mechanic, which I implemented with the timer feature that another team member made. If a ball goes past the player, it will detract the timer amount based on the ball's type. Ball types are demonstrated by color value: light, medium, and dark.
The player's main goal is to stop balls from going past them into the goal behind them. The timer will slowly decrease, but balls scoring will remove even more time. This game requires a Leap Motion controller to play. I worked on creating the visual components for the menus of the game.
The player can pause their game, which will stop the timer and stop the balls from continuing to spawn. I didn't create the pause menu, functionality, but I did create the sprites for the buttons. I also implemented the time freezing with the ball spawning feature.
Different ball types will remove different amounts of time from the timer. The darker the ball, the more time lost if a goal is scored. I was the main developer for the ball spawning script, and I worked on randomizing the type of ball and damage to the timer that they would apply.
If the ball gets stuck anywhere, it is set to time out and return again to the spawn point. I created this reset method because there were times that if the ball was deflected, it wouldn't ever return to the player.
This video showcases the final build of the school project Keeper that I worked on. I implemented the main menu and pause menu designs with the functionality that another team member created. I also worked on the ball shooting and randomization mechanic, which I implemented with the timer feature that another team member made. If a ball goes past the player, it will detract the timer amount based on the ball's type. Ball types are demonstrated by color value: light, medium, and dark.
The player's main goal is to stop balls from going past them into the goal behind them. The timer will slowly decrease, but balls scoring will remove even more time. This game requires a Leap Motion controller to play. I worked on creating the visual components for the menus of the game.
The player can pause their game, which will stop the timer and stop the balls from continuing to spawn. I didn't create the pause menu, functionality, but I did create the sprites for the buttons. I also implemented the time freezing with the ball spawning feature.
Different ball types will remove different amounts of time from the timer. The darker the ball, the more time lost if a goal is scored. I was the main developer for the ball spawning script, and I worked on randomizing the type of ball and damage to the timer that they would apply.
If the ball gets stuck anywhere, it is set to time out and return again to the spawn point. I created this reset method because there were times that if the ball was deflected, it wouldn't ever return to the player.
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