SIMULATION

Inspiration

Thought process

    • Create a connection between reality and technology

    • Identify and research the conspiracy theory behind being in a simulation

    • Research the audience and find a niche

MATERIAL

Arduino

  • The Arduino is programmed to enable a seamless digital touch experience, serving as the primary component to power and control the LCD screen.

3D Printer

  • This process brings the initial concept, sketched and refined in Blender, to life. The design is exported as an STL file, sliced, and prepared as a g-code for the 3D printer. Ensuring precise measurements and accurate components is critical for successful production.

Breadboard and jumper wires

  • The breadboard is used to provide power and establish connections between the Arduino and other components, such as the LCD screen. Jumper wires are used to create temporary circuits on the breadboard, allowing the Arduino to send signals and power to the LCD, bringing it to life. This setup ensures that all components communicate effectively to display information on the screen.

SKETCHES

CAD - SOFTWARE

  • By staying within the conspiracy theory and coding. I am meshing together gaming in a futuristic tone. This is the first initial sketch of many.

    Software: Blender

PROTOTYPE

First Prototype

  • Print quality is great, size is true to size, but it’s missing the futuristic tone. This will be adjusted in the next revision.

    Software: Blender

RESULT