Procedural Generation

[quantumjim]

Abstract

Algorithms are sometimes used to generate things like maps, levels, puzzles or even stories for games. This is procedural generation. Let's do it with a quantum computer!

Description

A proof-of-principle project on quantum terrain generation has already been done. See this tutorial for more information. This could be adapted or used as inspiration.

A possibility that is currently being explored us using quantum networks as the basis for games or procedural story generation. See here for a prototype and an example use case.

Note: This project is not about using quantum randomness to create random things. Ideally, the content generated should always be the same when the same seed is used.

Members

• Member list will be created in the comments below.
• Qiskit Coach: @quantumjim (Coaching from afar. Available as 'James Wootton' on the Qiskit Slack.

Deliverable

A Jupyter notebook generating some interesting content, and explaining how it is done.

GitHub repo

• Link will be posted in the comments below.

[0xMujtaba]

@qcamp

[quantumjim]

See also #36, which would be another take on quantum proc gen.

[lpoulo]

@qcamp

[coralfe]

@qcamp

[1ucian0]

Ghulame Mujtaba Arbi Bernard Lebeko Poulo Eric Ndirangu Coral Featherstone

Coach: Ken Nixon

[qcamp]

Hi @lpoulo! I could not add you to this group because you are already in #3. If you want to change teams, unassign yourself from #3 and write me again here.

[qcamp]

Hi @coralfe! I could not add you to this group because you are already in #3. If you want to change teams, unassign yourself from #3 and write me again here.

[erodrago]

@qcamp

[lpoulo]

Issue git Repo: https://github.com/nixkj/qprocgen

[coralfe]

Presentation at

https://github.com/nixkj/qprocgen/blob/master/qprocegen_presentation.pdf