Interactive Excavator Project: Explore an interactive simulation featuring a realistic bucket wheel excavator and character control. Take command of the excavator, navigate character movements, and encounter dynamic camera views for an engaging virtual experience. Includes real-time object destruction functionality for added interactivity.
- Movement: Excavator using WASD keys: W (Forward), S (Back), A (Turn Left), D (Turn Right)
- Avatar controls and the using WASD keys: W (Forward), S (Back), A (Run Left), D (Run Right)
- Mouse(Rotating)
- Interacting: toggling between the two is using the E key
- Excavator wheel: Use number key (1) to spin up (turn on) the excavator wheel and number key (2) to spin down (turn off) the excavator wheel.
- Arm Rotation Control: Number key (3) to pivot left and number key (4) to pivot right.
- Excavator Arm Use number key (5) to move up the excavator arm and number key (6) to move down.
- Cameras Cameras can be “p” for a mini-map and left and right click to turn the view of the following camera.
Unity Project Highlights:
In my Unity project, I've achieved precise control dynamics, ensuring the vehicle moves as expected, including independent arm movement. The player character's seamless navigation and the addition of a pickup animation enhance the user experience. There's potential for future enhancements like jumping, crouching, and a climbing animation for vehicle entry.
Camera Management:
The camera control system provides effective functionality, although I'm exploring ways to improve the click-to-rotate mechanism for smoother player interaction. A standout feature is the inclusion of a minimap. I'm also considering the addition of static cameras that players can switch between for exploration, both indoors and outdoors. Smooth camera transitions during vehicle entry and exit could enhance immersion.
Particle Systems:
Seamless integration of particle systems with the environment adds a layer of interactivity. I'm exploring the possibility of expanding this by introducing particle emitters within buildings, creating effects like rock particles kicking up dirt.
Physics System:
The physics system adds depth to the project. I'm considering opportunities to showcase more physics interactions within the level to further engage players.
Audio Integration:
Sound greatly enhances enjoyment and immersion in the project. This attention to detail contributes to the overall appeal.
- Unity
- Maya
- Unity Technologies. (2022, July 28). Terrain Sample Asset Pack (Version 2.01) [Asset pack]. Retrieved from Unity Asset Store website. mgear. (2018, November, (05). Terrain Tools (Version 2.7) [Asset pack]. Retrieved from Unity Asset Store website
- Kevin Iglesias. (2023, January 25). Basic Motions FREE (Version 1.2) [Asset pack]. Retrieved from Unity Asset Store website.
- Profi Developers. (2013, January 18). Destroyed City FREE (Version 1) [Asset pack]. Retrieved from Unity Asset Store website.
- Unity Technologies. (2022, July 28). Terrain Sample Asset Pack (Version 2.01) [Asset pack]. Retrieved from Unity Asset Store website.
- Loknar Studio. (2022, September 09). Destroyed Building Kit - Demo (Version 1.0.1) [Asset pack]. Retrieved from Unity Asset Store website.
- Pixel Games. (2015, September 11). Stone (Version 2.0) [Asset pack]. Retrieved from Unity Asset Store website.
- And other assets provided in the lab sessions.
This project was created solely for a school assignment and is not intended for public release or distribution. All rights to the game and its code belong to the project creator.