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]>
63 lines
5 KiB
JSON
63 lines
5 KiB
JSON
{
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"_meta": {
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"locale": "zh-CN",
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"area": "estimate_view",
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"translation": "machine-assisted: to be reviewed by a fluent reader before it is advertised"
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},
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"estimate_view.qubit_ns_e4": "ns-e4 · 50 ns 门,1e-4",
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"estimate_view.qubit_ns_e3": "ns-e3 · 50 ns 门,1e-3",
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"estimate_view.qubit_us_e4": "us-e4 · 100 µs 门,1e-4",
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"estimate_view.qubit_us_e3": "us-e3 · 100 µs 门,1e-3",
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"estimate_view.qubit_meas_e4": "meas-e4 · 基于测量,1e-4",
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"estimate_view.qubit_meas_e6": "meas-e6 · 基于测量,1e-6",
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"estimate_view.days": "{n} 天",
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"estimate_view.years": "{n} 年",
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"estimate_view.frontier_label_one": "前沿:{n} 个估算,运行时间与物理量子比特数的关系,双对数刻度",
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"estimate_view.frontier_label_other": "前沿:{n} 个估算,运行时间与物理量子比特数的关系,双对数刻度",
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"estimate_view.runtime": "运行时间",
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"estimate_view.physical_qubits": "物理量子比特",
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"estimate_view.point_label": "减速倍数 {slowdown}:{qubits} 个物理量子比特,{runtime},码距 {distance},{factories} 个工厂",
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"estimate_view.point_title": "减速倍数 {slowdown}:{qubits} 个物理量子比特,{runtime}",
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"estimate_view.the_estimate": "本估算",
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"estimate_view.qubit_label": "物理量子比特",
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"estimate_view.qubit_title": "构成这台机器的物理量子比特",
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"estimate_view.budget_aria": "错误预算",
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"estimate_view.budget_title": "允许这次运行失败的概率,由逻辑错误、蒸馏和旋转门的合成共同分摊",
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"estimate_view.model_label": "码模型",
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"estimate_view.model_title": "基于门的表面码所用的模型:拟合本引擎的精确匹配(exact matching)或并查集(union-find)解码器,或采用平面模型假定的模型",
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"estimate_view.fit_exact_matching": "拟合:精确匹配",
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"estimate_view.fit_union_find": "拟合:并查集",
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"estimate_view.assumed_model": "假定模型",
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"estimate_view.estimate": "估算",
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"estimate_view.estimate_title": "容错量子计算机运行这个程序需要什么,每个估算都附有签名",
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"estimate_view.heading": "估算",
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"estimate_view.budget": "预算",
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"estimate_view.ancillas_one": "(含 {n} 个辅助量子比特)",
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"estimate_view.ancillas_other": "(含 {n} 个辅助量子比特)",
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"estimate_view.depths": ";T 深度 {t_depth},深度 {depth}",
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"estimate_view.counts": "{logical} 个逻辑量子比特{ancillas},{measurements} 次测量,{t} 个 T 门,{toffolis} 个 Toffoli 门,{rotations} 个旋转门(合成后的门序列中共 {rotation_t} 个 T 门){depths}{bound}。",
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"estimate_view.bound_upper": ";程序含有分支,因此这些数字是任意一次运行的上界",
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"estimate_view.synth": "每个旋转门的误差不超过 {each}(合成在预算 {budget} 中分得 {synthesis}),每个需要 {per} 个 T 门。",
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"estimate_view.synth_none": "预算 {budget};没有需要合成的旋转门。",
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"estimate_view.calibration": "码距由 P(d) = a·(p/p*)^((d+1)/2) 得出,其中 a = {prefactor},p* = {threshold},拟合自本引擎的 {label} 解码器{extrapolated}。",
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"estimate_view.extrapolated": ",并外推到了实测范围 p = 0.002–0.005 之外",
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"estimate_view.factories_one": "{n} 个工厂",
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"estimate_view.factories_other": "{n} 个工厂",
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"estimate_view.readout": "{which}:{qubits} 个物理量子比特({factories}),{runtime},码距 {distance}。",
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"estimate_view.the_estimate_cap": "本估算",
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"estimate_view.slowed": "减速 ×{slowdown}",
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"estimate_view.col_slowdown": "减速倍数",
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"estimate_view.col_d": "码距",
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"estimate_view.col_factories": "工厂",
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"estimate_view.this_key": "此密钥",
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"estimate_view.verified_one": "{n} 个估算已用 {signer} 签封:签封验证通过,在这里重新运行请求也得出了每一个数字。",
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"estimate_view.verified_other": "{n} 个估算已用 {signer} 签封:签封验证通过,在这里重新运行请求也得出了每一个数字。",
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"estimate_view.not_verified": "签封在这里未通过验证(已签名:{signed},回执:{receipts},已复现:{reproduced})。",
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"estimate_view.t_factories_one": "{n} 个 T 工厂",
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"estimate_view.t_factories_other": "{n} 个 T 工厂",
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"estimate_view.summary": "在 {qubit} 上:{qubits} 个物理量子比特({factories},占物理量子比特的 {share}%),运行 {runtime},码距 {distance}({code})。",
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"estimate_view.model_note": "这是对一个模型的估算:平面模型的假设(噪声均匀且相互独立、T 态的传输不计代价、T 态的消耗平稳)适用于这里的每一个数字。放慢程序所需的工厂更少;前沿保留每一个不被其他估算在两方面同时胜过的估算。",
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"estimate_view.bad_budget": "预算是 0 到 1 之间的概率,例如 1e-3。",
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"estimate_view.estimating": "正在估算:统计程序、合成每个旋转门、搜索工厂配置…",
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"estimate_view.stale": "这是针对程序较早版本的结果:请重新估算。"
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}
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