Implement quantum circuits in frontend about tqec HOT 5 CLOSED

The textual output format seems like something sufficient to construct the corresponding quantum circuit in the Python code.
There is still a question on detectors and how they should be implemented, but this package seems to be sufficient to handle at least the quantum circuit part.

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I think this is part of tasks 4+.

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Could we look at qni instead? It's based on Quirk and at least has a npm package available.
I was interested in doing this task, but I would need some pointers on how to include any of the alternatives.
As I see it q.js is pure javascript and renders div elements; qni uses typescript to render svg elements.
For a quick solution it would be fine to use one of those, but wouldn't it make more sense to use a pixy for this?
Especially since we don't need the simulation capabilities, and we could also define the output based on our needs

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Could we look at qni instead? It's based on Quirk and at least has a npm package available. I was interested in doing this task, but I would need some pointers on how to include any of the alternatives. As I see it q.js is pure javascript and renders div elements; qni uses typescript to render svg elements. For a quick solution it would be fine to use one of those, but wouldn't it make more sense to use a pixy for this? Especially since we don't need the simulation capabilities, and we could also define the output based on our needs

@Gistbatch my intuition is that we could treat qni as a sub-module within the frontend code and invoke whichever components we need on-demand. React and Pixi already provide the HTML components, so we'd only need to invoke qni's logic through JavaScript.

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Marking as redundant

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