{"request":{"d":2,"qudits":3,"gates":[{"gate":"fourier","qudits":[0]},{"gate":"csum","qudits":[0,1]},{"gate":"csum","qudits":[1,2]}],"shots":256,"seed":3},"result":{"answer":"run","d":2,"qudits":3,"gates":3,"shots":256,"seed":3,"counts":{"000":130,"111":126},"distinct_outcomes":2,"omitted_shots":0,"outcomes":"each outcome is the qudits' digits, the highest-numbered qudit first","state":{"blake3":"c73c8f4ba19d5a55e75c598dc620d4bf9e59d865e768ead3432a2e229b0fd685","amplitudes":8,"norm2":1073741824},"constants":{"blake3":"fa5e6bc7fe53b14b4e5917caeb9b8028ae316c7f619bdd5c292565c9360b9dbf"},"work":304,"accuracy":{"class":"bit-exact","bound":4.6566128730773926e-9,"bound_units":5.0,"outcomes":1.8626451535677657e-8,"note":"the amplitudes are the same integers on every host; the state is within bound (bound_units at 2^-30) of the ideal state in the 2-norm, each gate's rounding and constants added up as quantum-sim.md §9.4 states, and the counts are drawn from a law within outcomes of the ideal outcome distribution in total variation"},"engine":{"name":"wai-quantum","version":"0.9.0"},"schema":"wai.quantum.qudit/1","energy":{"unmetered":"the command line seals no reading of a run in its own process: one read there cannot be read completely, so what it reads of it only estimates later runs"},"receipt":{"alg":"ed25519","canon":"rfc8785","key":"197f6b23e16c8532c6abc838facd5ea789be0c76b2920334039bfa8b3d368d61","digest":"54c101aee8f8811562a55dd3cdc23da33d09365c673f0bc7ba32959e16ef1951","signature":"dc35ed4bd1b75cf7cc1662ada2ff9a7496161f68514261ed2fc1bb0caff7fbd230f6ce31331d19dad54fe8df940c928cd04c3e2b727bb1582abda43c8b410000"}}}