open-standards/wai/quantum-studio/locales/en/debugger.json
Transaction Science f090e8b6d1 quantum-studio: the course in the Studio and the desktop app, and the interface in Simplified Chinese
The Course pane lists the 21 lessons, shows a lesson's text and exercise,
loads its starter, and checks the program in the editor with the engine
(engine_course_check in the page, the same commands in the desktop app):
each case's verdict, each rule, What went wrong? from the diagnostics, the
verdict and the critique, the hints one at a time with the engine's pointer,
and a hint from the assistant when a model is connected, any program in its
answer held back. Progress is kept only in this browser and says so.

The interface's words are data, locales/<locale>/<area>.json for every part,
English the source and Simplified Chinese marked machine-assisted; the Studio
follows the browser's language until the reader picks one with the switch.
test/locales.test.mjs holds every locale to every key and placeholder. The
e2e checks the course in English and in Chinese. wai-web's engine tests pin
23 native and 16 wasm32, a course check the same bytes in both.

Co-Authored-By: Claude Opus 5.5 <[email protected]>
2026-10-28 08:43:06 -04:00

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{
"_meta": {
"locale": "en",
"area": "debugger",
"translation": "source"
},
"debugger.start": "Step through",
"debugger.start_title": "Step through the program on the engine, forward and back",
"debugger.to_start": "To the start",
"debugger.back": "One step back",
"debugger.forward": "One step forward",
"debugger.to_end": "To the end",
"debugger.slider": "The step the state is shown at",
"debugger.not_started": "not started",
"debugger.pick": "The qubits whose reduced state to show",
"debugger.against_noiseless": "Against the noiseless state",
"debugger.qubits": "Qubits",
"debugger.amplitudes": "Amplitudes",
"debugger.reduced": "Reduced state",
"debugger.branches": "Branches",
"debugger.title": "Step through",
"debugger.empty": "Step through the program on the engine: the state at each step, each qubit on its Bloch sphere, and every branch of its measurements with its weight.",
"debugger.refused": "refused",
"debugger.position": "position {position} of {length}",
"debugger.line": " (line {line})",
"debugger.next": "Next: ",
"debugger.end": "The end of the program.",
"debugger.just_now": " · just now: {kind} q{qubit}{line} read {outcome} with p {p} ({by})",
"debugger.by_recorded": "the branch chosen",
"debugger.by_likelier": "the likelier",
"debugger.by_certain": "certain",
"debugger.path": "Path: {outcomes} · weight {weight} · bits {bits}{read}",
"debugger.outcomes": "outcomes {outcomes}",
"debugger.no_measurement": "no measurement yet",
"debugger.no_bits": "none",
"debugger.entangled": "Entangled across q{cut} | the rest: {bits} bits (Schmidt rank {rank}).",
"debugger.negativity": "Across q{cut} | the rest: logarithmic negativity {value} bits.",
"debugger.final": "final: {final}{more}",
"debugger.more": " and {n} more",
"debugger.reads": "reads {outcome} · p {p} · weight {weight}",
"debugger.branch_count_one": "{n} branch; weights {weights}.",
"debugger.branch_count": "{n} branches; weights {weights}.",
"debugger.tree_label": "The branches at the program’s measurements in the middle",
"debugger.one_path": "No measurement in the middle: one path; {final}.",
"debugger.again": "Again"
}