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Rebekah Bledsoe
Technical Designer - TheTinyDeveloperStudio@gmail.com
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Delve
Project Type
Game Development
Role
Lead Quality Assurance & Lead Audio Designer
Date
09/03/2024 - Present (Temporary Hiatus)
Playable Build
C# Scripts
Delve is a group project that I worked on as a Senior capstone project while studying Computer Simulation and Gaming. I have been expanding my skills as a technical designer while working on this game by implementing systems to boost the overall player experience. My official roles are Lead Audio Designer and Lead Quality Assurance, but I have also had a major role in polishing the technical side of the UI within the game.
You can visit the itch.io webpage for Delve by clicking on the "Delve Itch Page" link on the top of this page. The itch page further expands upon the team's and my development process with dev logs of major updates as the game progresses, and it also has a playable demo of the game that is downloadable and/or built straight into the web browser.
This video showcases the implemented sound effects for each of the guns. After the team added VFX to the guns, we decided that we wanted futuristic sounding guns. I worked on taking samples from Freesound and editing them to match our game's overall aesthetic. I then imported the audio files to the project and linked their play functionality to when the player inputs firing their weapon.
This video demonstrates the feature(s) I worked on for randomized rooms. The player can interact with a door which teleports them to a random room from an array of rooms. Another team member coded the locking feature of the door once you enter the room, and I integrated that with the enemy tracking. Once you enter a random room, enemies will spawn, and you must defeat all of them for the upgrade altar to spawn and unlock the door.
While in-game, players can obtain useful information from computers located throughout the various levels. These computers give general info, but they also give info on mining, combat, altars, and much more. I worked on creating the visual design for the computer screens, and I implemented the code to have the system work in game.
When the players are within the triggerable zone for an interactable object, a message will replace their crosshair with instructions on how to interact with that object. I created the UI for the prompts, and I also programmed the script that controls the interactable object UI functionality.
I worked on implementing the laser mining system that was developed with a bar system that represented the major points in the mini-game. The player is meant to aim for the green zones which give double ore. The grey zones give one ore, and the red zones fail the mine. These were just number values being generated when the player began the mine, but I worked to convert those into a bar system that would show the player where their target was each time.
I created the main menu for the game with its UI and camera system, but I also worked on polishing the other menus when functioning with each other. I made sure that menus would not interfere with one another when open (for example: the altar menu will not interfere with the pause menu).
This script controls the main functions of the mining laser, and this screenshot shows the work I did to the script. I made sure that the script would access the pause menu controller script and check if the game is paused. If it isn't, the functions work as intended, but otherwise, the laser will not register inputs.
This controller script has the main functions for the main menu including the camera rig movement (panning and teleportation), opening certain menus, and if the game quits.
This script is integral to the randomized room mechanic that I designed. This door script can be attached to door objects to help control the spawning, randomization, and return functionality of each door (whether it is the main door or not).
This video showcases the implemented sound effects for each of the guns. After the team added VFX to the guns, we decided that we wanted futuristic sounding guns. I worked on taking samples from Freesound and editing them to match our game's overall aesthetic. I then imported the audio files to the project and linked their play functionality to when the player inputs firing their weapon.
This video demonstrates the feature(s) I worked on for randomized rooms. The player can interact with a door which teleports them to a random room from an array of rooms. Another team member coded the locking feature of the door once you enter the room, and I integrated that with the enemy tracking. Once you enter a random room, enemies will spawn, and you must defeat all of them for the upgrade altar to spawn and unlock the door.
While in-game, players can obtain useful information from computers located throughout the various levels. These computers give general info, but they also give info on mining, combat, altars, and much more. I worked on creating the visual design for the computer screens, and I implemented the code to have the system work in game.
When the players are within the triggerable zone for an interactable object, a message will replace their crosshair with instructions on how to interact with that object. I created the UI for the prompts, and I also programmed the script that controls the interactable object UI functionality.
I worked on implementing the laser mining system that was developed with a bar system that represented the major points in the mini-game. The player is meant to aim for the green zones which give double ore. The grey zones give one ore, and the red zones fail the mine. These were just number values being generated when the player began the mine, but I worked to convert those into a bar system that would show the player where their target was each time.
I created the main menu for the game with its UI and camera system, but I also worked on polishing the other menus when functioning with each other. I made sure that menus would not interfere with one another when open (for example: the altar menu will not interfere with the pause menu).
This script controls the main functions of the mining laser, and this screenshot shows the work I did to the script. I made sure that the script would access the pause menu controller script and check if the game is paused. If it isn't, the functions work as intended, but otherwise, the laser will not register inputs.
This controller script has the main functions for the main menu including the camera rig movement (panning and teleportation), opening certain menus, and if the game quits.
This script is integral to the randomized room mechanic that I designed. This door script can be attached to door objects to help control the spawning, randomization, and return functionality of each door (whether it is the main door or not).
This video showcases the implemented sound effects for each of the guns. After the team added VFX to the guns, we decided that we wanted futuristic sounding guns. I worked on taking samples from Freesound and editing them to match our game's overall aesthetic. I then imported the audio files to the project and linked their play functionality to when the player inputs firing their weapon.
This video demonstrates the feature(s) I worked on for randomized rooms. The player can interact with a door which teleports them to a random room from an array of rooms. Another team member coded the locking feature of the door once you enter the room, and I integrated that with the enemy tracking. Once you enter a random room, enemies will spawn, and you must defeat all of them for the upgrade altar to spawn and unlock the door.
While in-game, players can obtain useful information from computers located throughout the various levels. These computers give general info, but they also give info on mining, combat, altars, and much more. I worked on creating the visual design for the computer screens, and I implemented the code to have the system work in game.
When the players are within the triggerable zone for an interactable object, a message will replace their crosshair with instructions on how to interact with that object. I created the UI for the prompts, and I also programmed the script that controls the interactable object UI functionality.
I worked on implementing the laser mining system that was developed with a bar system that represented the major points in the mini-game. The player is meant to aim for the green zones which give double ore. The grey zones give one ore, and the red zones fail the mine. These were just number values being generated when the player began the mine, but I worked to convert those into a bar system that would show the player where their target was each time.
I created the main menu for the game with its UI and camera system, but I also worked on polishing the other menus when functioning with each other. I made sure that menus would not interfere with one another when open (for example: the altar menu will not interfere with the pause menu).
This script controls the main functions of the mining laser, and this screenshot shows the work I did to the script. I made sure that the script would access the pause menu controller script and check if the game is paused. If it isn't, the functions work as intended, but otherwise, the laser will not register inputs.
This controller script has the main functions for the main menu including the camera rig movement (panning and teleportation), opening certain menus, and if the game quits.
This script is integral to the randomized room mechanic that I designed. This door script can be attached to door objects to help control the spawning, randomization, and return functionality of each door (whether it is the main door or not).
This video showcases the implemented sound effects for each of the guns. After the team added VFX to the guns, we decided that we wanted futuristic sounding guns. I worked on taking samples from Freesound and editing them to match our game's overall aesthetic. I then imported the audio files to the project and linked their play functionality to when the player inputs firing their weapon.
This video demonstrates the feature(s) I worked on for randomized rooms. The player can interact with a door which teleports them to a random room from an array of rooms. Another team member coded the locking feature of the door once you enter the room, and I integrated that with the enemy tracking. Once you enter a random room, enemies will spawn, and you must defeat all of them for the upgrade altar to spawn and unlock the door.
While in-game, players can obtain useful information from computers located throughout the various levels. These computers give general info, but they also give info on mining, combat, altars, and much more. I worked on creating the visual design for the computer screens, and I implemented the code to have the system work in game.
When the players are within the triggerable zone for an interactable object, a message will replace their crosshair with instructions on how to interact with that object. I created the UI for the prompts, and I also programmed the script that controls the interactable object UI functionality.
I worked on implementing the laser mining system that was developed with a bar system that represented the major points in the mini-game. The player is meant to aim for the green zones which give double ore. The grey zones give one ore, and the red zones fail the mine. These were just number values being generated when the player began the mine, but I worked to convert those into a bar system that would show the player where their target was each time.
I created the main menu for the game with its UI and camera system, but I also worked on polishing the other menus when functioning with each other. I made sure that menus would not interfere with one another when open (for example: the altar menu will not interfere with the pause menu).
This script controls the main functions of the mining laser, and this screenshot shows the work I did to the script. I made sure that the script would access the pause menu controller script and check if the game is paused. If it isn't, the functions work as intended, but otherwise, the laser will not register inputs.
This controller script has the main functions for the main menu including the camera rig movement (panning and teleportation), opening certain menus, and if the game quits.
This script is integral to the randomized room mechanic that I designed. This door script can be attached to door objects to help control the spawning, randomization, and return functionality of each door (whether it is the main door or not).
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