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@@ -15,25 +15,25 @@ Arbitrary 3D structures can be constructed by rotating the grid. |
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The URL contains a unique ID such as `oranges-arkansas-mexico-fish`. You can share this URL with other people to share your screen and edit collaboratively. |
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## Python package |
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The underlying graph state simulator is based on Anders' and Briegel's method. Full docs for the Python package are [here](https://peteshadbolt.co.uk/static/abp/). |
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The underlying graph state simulator is based on Anders' and Briegel's method. Full docs for the Python package are [here](https://peteshadbolt.co.uk/static/abp/). You can install it like this: |
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:::bash |
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pip install abp |
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## API |
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Here's a complete example of sending a state from Python to the server: |
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:::python |
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import requests, json, abp |
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import abp |
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# Make a new graph and position the nodes |
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# Make a new graph and automatically position the nodes |
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g = abp.NXGraphState(range(10)) |
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g.layout() |
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# Serialize |
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data = json.dumps(test_graph().to_json()) |
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# Post to the server |
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URL = "https://abv.peteshadbolt.co.uk/oranges-arkansas-mexico-fish" |
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requests.post("{}/graph".format(URL), data=data) |
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g.push() |
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### Endpoints |
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