船舶航线与港口作业
Vessel routing & port operations
Plan routes in chart plotters and schedule berths and yard moves.
20 条本项目编写的提案 · 分类 v1.1 · 新增基准运行 0 次。下方验证方式与部分得分规则是设计,不是执行结果。
- 典型应用
- OpenCPN · ECDIS simulators · terminal operating systems
- 小类 GUI 需求标签
G2· GUI 必要
任务提案 · 20
展开查看完整原文与建议检查方式;两种界面均保留提案英文原文。
R07.13.01.02-T01 Create and export a six-waypoint route in OpenCPN
原始指令
Training exercise. In OpenCPN with the synthetic ENC set fixtures/enc_bay/, create route 'Bay Transit' through the 6 positions in input/wps.csv (in order), name each waypoint as listed, and export the route to output/bay_transit.gpx.
- 平台
mac· macOSwin· Windowslin· Linux- 应用
- OpenCPN
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
CL· CLI 足够- 交互原语
click· 指向与点击type· 文字与表单nav· 平移 / 缩放 / 滚动- 工作产物
WP08· 应用 / 系统状态- 条件
- 未声明
- 提案难度
- 2 / 5
建议验证方式
Grader parses the GPX and OpenCPN's navobj.xml: 6 points within 5 m of the CSV, names and order exact, route name exact. OpenCPN's plugin API and REST server are disabled for the agent; navobj.xml edits made while OpenCPN is closed are detected by the grader's file-event log.
建议部分得分
50% positions; 25% names/order; 25% export present.
R07.13.01.02-T02 Plan a coastal passage that respects a safety contour
原始指令
Training exercise. In OpenCPN with ENCs fixtures/enc_coast/, plan a route from the fairway buoy at Port A to the pilot station at Port B for a ship with 8.5 m draft: no leg may cross depth areas shallower than 12 m or charted obstructions within 0.2 nm. Minimize distance; export output/passage.gpx.
- 平台
mac· macOSwin· Windowslin· Linux- 应用
- OpenCPN
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
CL· CLI 足够- 交互原语
click· 指向与点击drag· 拖放nav· 平移 / 缩放 / 滚动vis· 视觉判断- 工作产物
WP08· 应用 / 系统状态- 条件
- 未声明
- 提案难度
- 3 / 5
建议验证方式
Grader intersects each leg (buffered 0.2 nm for obstructions) with S-57 DEPARE/OBSTRN features: no violations; length <=110% of grader's safe shortest path. OpenCPN's plugin API and REST server are disabled for the agent; navobj.xml edits made while OpenCPN is closed are detected by the grader's file-event log.
建议部分得分
50% no depth violations; 20% no obstruction violations; 30% route length within 1.10x the safe shortest path.
R07.13.01.02-T03 Compute a weather-optimal sailing route with GRIB and polars
原始指令
Training exercise. In OpenCPN with the Weather Routing plugin, load GRIB input/gale_week.grb2 and polar input/synth40.pol, compute the fastest route from Port A to Island C departing 2026-03-02 06:00Z with max TWS 30 kn and no upwind legs <40 deg TWA, and export the route and ETA.
- 平台
mac· macOSwin· Windowslin· Linux- 应用
- OpenCPN · Weather Routing plugin
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
CL· CLI 足够- 交互原语
click· 指向与点击type· 文字与表单vis· 视觉判断- 工作产物
WP08· 应用 / 系统状态- 条件
- 未声明
- 提案难度
- 4 / 5
建议验证方式
Grader re-runs the plugin's isochrone routing with the same configuration (from the saved WeatherRoutingConfiguration.xml): constraints exact; exported route ETA within 1 h of reference and constraints satisfied along the route. OpenCPN's plugin API and REST server are disabled for the agent; navobj.xml edits made while OpenCPN is closed are detected by the grader's file-event log.
建议部分得分
30% inputs loaded; 30% constraints configured; 40% route/ETA match.
R07.13.01.02-T04 Find the departure window for a tidal channel with 1.5 m UKC
原始指令
Training exercise. A vessel of 9.2 m draft must transit the dredged channel (charted 8.4 m) in fixtures/enc_estuary/. Using OpenCPN's tide station 'Synth Harbor' predictions for 2026-05-14, find the earliest departure from berth 4 (8 kn, distance per your route) so UKC >=1.5 m throughout the channel. Report it in output/answer.json.
- 平台
mac· macOSwin· Windowslin· Linux- 应用
- OpenCPN
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
G2· GUI 必要- 交互原语
click· 指向与点击nav· 平移 / 缩放 / 滚动vis· 视觉判断- 工作产物
WP12· 答案 / 决策- 条件
- 未声明
- 提案难度
- 3 / 5
建议验证方式
Grader computes the tidal window from the same harmonic constants: earliest departure within 10 min; route through the channel exported and distance used within 0.2 nm. The agent VM has no terminal or Python, so tide predictions can only be read in OpenCPN; OpenCPN's plugin API and REST server are disabled for the agent.
建议部分得分
30% route through channel; 20% tide data used correctly; 50% departure time.
R07.13.01.02-T05 Check and repair a route in an ECDIS simulator
原始指令
Training exercise. In the ECDIS training simulator, load route 'R-117' and run Route Check with safety contour 15 m and XTD 0.3 nm. Fix all alarms (safety contour crossings, restricted areas, too-close turns) by moving or adding waypoints only, re-check to zero alarms and save as 'R-117B'.
- 平台
win· Windows- 应用
- ECDIS simulators
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
G3· 仅 GUI- 交互原语
drag· 拖放click· 指向与点击geom· 精确几何vis· 视觉判断- 工作产物
WP08· 应用 / 系统状态- 条件
licensed· 授权专业软件- 提案难度
- 4 / 5
建议验证方式
Grader exports R-117B (RTZ): ECDIS route check rerun by grader reports zero alarms; start/end waypoints unchanged; length increase <=8%. The sim exposes no API.
建议部分得分
50% zero alarms; 20% endpoints unchanged; 30% length increase within 8 pct.
R07.13.01.02-T06 Identify a close-quarters AIS target from a replayed feed
原始指令
Training exercise. In OpenCPN, replay the NMEA/AIS log fixtures/strait_ais.nmea (own ship on GPS sentences) with CPA alarm at 0.5 nm / 12 min. Identify the first target whose CPA falls below 0.5 nm and record MMSI, CPA, TCPA and the log time in output/answer.json.
- 平台
mac· macOSwin· Windowslin· Linux- 应用
- OpenCPN
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
CL· CLI 足够- 交互原语
click· 指向与点击vis· 视觉判断nav· 平移 / 缩放 / 滚动- 工作产物
WP12· 答案 / 决策- 条件
- 未声明
- 提案难度
- 3 / 5
建议验证方式
Grader computes CPA/TCPA from the log: MMSI exact; CPA within 0.05 nm; TCPA within 1 min; time within 30 s; alarm settings in opencpn.conf exact. The agent VM has no terminal or Python, so CPA/TCPA must be read from OpenCPN's AIS target list; OpenCPN's plugin API and REST server are disabled for the agent.
建议部分得分
40% MMSI; 30% CPA/TCPA; 20% time; 10% alarm settings.
R07.13.01.02-T07 Navigate a traffic scenario in a bridge simulator under COLREGs
原始指令
Training exercise. In the ECDIS/bridge training simulator scenario 'TSS-East', con own ship (container, 18 kn) through the traffic separation scheme to the pilot boarding point, keeping CPA >=1.0 nm from all targets, complying with Rules 10, 15 and 16, and staying in the correct lane.
- 平台
win· Windows- 应用
- ECDIS simulators
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
G3· 仅 GUI- 交互原语
click· 指向与点击key· 快捷键rt· 实时控制vis· 视觉判断- 工作产物
WP11· 游戏 / 仿真状态- 条件
licensed· 授权专业软件long· 长流程- 提案难度
- 5 / 5
建议验证方式
Grader reads the simulator's exercise log: min CPA per target >=1.0 nm, lane compliance, give-way actions taken early and to starboard (heading change >=20 deg when required), arrival within 0.3 nm of boarding point. The simulator exposes no API; own-ship helm and engine orders are accepted only from the bridge console UI, and the exercise log records each input's source.
建议部分得分
35% CPA kept; 25% TSS compliance; 25% correct give-way actions; 15% arrival.
R07.13.01.02-T08 Measure range and bearing between two charted lights
原始指令
Training exercise. In OpenCPN with fixtures/enc_bay/, use the measure tool to find the distance (nm, 2 decimals) and true bearing from 'Synth Point Lt' to 'Outer Reef Lt', and write both to output/answer.json.
- 平台
mac· macOSwin· Windowslin· Linux- 应用
- OpenCPN
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
CL· CLI 足够- 交互原语
click· 指向与点击nav· 平移 / 缩放 / 滚动- 工作产物
WP12· 答案 / 决策- 条件
- 未声明
- 提案难度
- 2 / 5
建议验证方式
Grader computes from the ENC LIGHTS features: distance within 0.02 nm, bearing within 0.5 deg. The agent has no terminal or Python (no S-57 reader), so range and bearing can only be measured in OpenCPN; OpenCPN's plugin API and REST server are disabled for the agent.
建议部分得分
50% distance; 50% bearing.
R07.13.01.02-T09 Schedule eight vessel calls on three berths
原始指令
In the sandbox berth-planning app (synthetic port), schedule the 8 vessel calls in input/calls.csv on berths B1-B3 respecting LOA and draft limits per berth, ETA windows and crane availability, minimizing total waiting time. Drag the vessels on the berth Gantt and publish the plan.
- 平台
web· 任意系统(网页)- 应用
- terminal operating systems
- 交互表面
brow· 浏览器- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
G2· GUI 必要- 交互原语
drag· 拖放vis· 视觉判断- 工作产物
WP08· 应用 / 系统状态- 条件
- 未声明
- 提案难度
- 3 / 5
建议验证方式
Grader reads the published plan: all constraints satisfied; total waiting within 5% of the MILP optimum (partial to 20%). The sandbox TOS's REST API is disabled for the agent role; grader reads the TOS database and audit log (UI-origin events only).
建议部分得分
40% feasibility; 60% waiting-time quality.
R07.13.01.02-T10 Assign import containers to yard blocks by segregation rules
原始指令
In the sandbox TOS yard planner, assign the 40 import containers of vessel visit 'SYN-2611' to yard positions per input/yard_rules.pdf: reefers only at plug rows, IMO class 3 separated from class 5.1 by one block, heavy boxes bottom tiers, max stack 4. Commit the yard plan.
- 平台
web· 任意系统(网页)- 应用
- terminal operating systems
- 交互表面
brow· 浏览器- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
G2· GUI 必要- 交互原语
drag· 拖放click· 指向与点击vis· 视觉判断- 工作产物
WP08· 应用 / 系统状态- 条件
- 未声明
- 提案难度
- 4 / 5
建议验证方式
Grader reads committed positions: zero rule violations, all 40 assigned, no slot double-booked. The sandbox TOS's REST API is disabled for the agent role; grader reads the TOS database and audit log (UI-origin events only).
建议部分得分
40% reefer/hazmat rules; 30% stacking rules; 30% all assigned without conflicts.
R07.13.01.02-T11 Build a bay stowage plan for sixty containers
原始指令
In the sandbox stowage-planning web app, stow the 60 containers of input/load_list.csv into bays 01-05 of vessel 'Synth Trader': discharge-port order (last port bottom), heavy under light, reefers in reefer slots, and bay weight limits. Drag containers onto bay views and finalize the plan.
- 平台
web· 任意系统(网页)- 应用
- terminal operating systems
- 交互表面
brow· 浏览器- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
G2· GUI 必要- 交互原语
drag· 拖放vis· 视觉判断- 工作产物
WP08· 应用 / 系统状态- 条件
long· 长流程- 提案难度
- 4 / 5
建议验证方式
Grader exports the BAPLIE-like plan: zero overstows by POD, weight-order and reefer constraints satisfied, bay limits met, all 60 stowed. The sandbox TOS's REST API is disabled for the agent role; grader reads the TOS database and audit log (UI-origin events only).
建议部分得分
30% POD order; 25% weight order; 20% reefers; 25% bay limits and completeness.
R07.13.01.02-T12 Set up anchor watch and detect a dragging anchor
原始指令
Training exercise. In OpenCPN, set an anchor watch with 60 m radius on the anchored position and a guard zone alarm, then replay fixtures/anchorage.nmea. Report the log time at which the anchor first drags beyond 60 m in output/answer.txt.
- 平台
mac· macOSwin· Windowslin· Linux- 应用
- OpenCPN
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
G2· GUI 必要- 交互原语
click· 指向与点击type· 文字与表单- 工作产物
WP12· 答案 / 决策- 条件
- 未声明
- 提案难度
- 3 / 5
建议验证方式
Grader: anchor watch config in opencpn.conf (position within 10 m, radius 60 m); reported time within 15 s of the first fix beyond 60 m. The agent has no terminal or Python, so the drag time must be found by replaying the log in OpenCPN; opencpn.conf edits made while OpenCPN is closed are detected by the grader's file-event log.
建议部分得分
40% anchor watch configured; 60% time.
R07.13.01.02-T13 Plan quay crane splits for two overlapping vessel calls
原始指令
In the sandbox TOS, plan quay crane assignments for vessels 'SYN-A' (bays 2-20) and 'SYN-B' (bays 4-30) berthed adjacently, with 6 cranes that cannot cross each other and 1-bay safety spacing, minimizing the latest vessel completion time. Commit the crane split.
- 平台
web· 任意系统(网页)- 应用
- terminal operating systems
- 交互表面
brow· 浏览器- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
G3· 仅 GUI- 交互原语
drag· 拖放vis· 视觉判断- 工作产物
WP08· 应用 / 系统状态- 条件
long· 长流程- 提案难度
- 5 / 5
建议验证方式
Grader validates the committed plan: non-crossing and spacing constraints hold; makespan within 5% of the optimum from a CP solver (partial to 15%). The sandbox TOS's REST API is disabled for the agent role; grader reads the TOS database and audit log (UI-origin events only).
建议部分得分
40% feasibility; 60% makespan quality.
R07.13.01.02-T14 Check a route against ENC depth areas by script (control pair of T02)
原始指令
Control pair of T02: with GDAL/OGR and Python only, plan or verify the T02 passage (Port A fairway buoy to Port B pilot station) against the S-57 cells fixtures/enc_coast/: compute a safe shortest route for the 12 m contour and 0.2 nm obstruction buffer and write output/passage.gpx.
- 平台
mac· macOSwin· Windowslin· Linux- 应用
- GDAL · Python
- 交互表面
term· 终端- GUI 需求 · 任务设定
CL· CLI 足够- GUI 需求 · 普通权限
CL· CLI 足够- 交互原语
code· 代码与命令- 工作产物
WP08· 应用 / 系统状态- 条件
- 未声明
- 提案难度
- 3 / 5
建议验证方式
Control pair of T02: same checks (no depth/obstruction violations, length <=110% of reference).
建议部分得分
50% no depth violations; 20% no obstruction violations; 30% length.
R07.13.01.02-T15 Load ENCs and configure safety depths and display settings
原始指令
In OpenCPN, import the S-57 cells in fixtures/enc_bay/ into the chart database and set: safety depth 12 m, shallow 5 m, deep 20 m, two-shade depth display, simplified symbols, plain boundaries and display category 'Standard'. Save settings.
- 平台
mac· macOSwin· Windowslin· Linux- 应用
- OpenCPN
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
CL· CLI 足够- 交互原语
click· 指向与点击type· 文字与表单- 工作产物
WP08· 应用 / 系统状态- 条件
- 未声明
- 提案难度
- 2 / 5
建议验证方式
Grader parses opencpn.conf: chart directory registered; S52 settings exact. OpenCPN's plugin API and REST server are disabled for the agent; navobj.xml edits made while OpenCPN is closed are detected by the grader's file-event log.
建议部分得分
30% charts imported; 70% display settings.
R07.13.01.02-T16 Mark NAVTEX hazards as no-go areas and clear the route
原始指令
Training exercise. In the ECDIS training simulator, enter the 3 NAVTEX warnings in input/navtex.txt as mariner's no-go areas (polygons/circles at given coordinates), check route 'R-204' against them, and modify it so it clears each hazard by >=0.5 nm. Save as 'R-204N'.
- 平台
win· Windows- 应用
- ECDIS simulators
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
G3· 仅 GUI- 交互原语
click· 指向与点击type· 文字与表单drag· 拖放geom· 精确几何- 工作产物
WP08· 应用 / 系统状态- 条件
licensed· 授权专业软件- 提案难度
- 3 / 5
建议验证方式
Grader exports user layers and the route: 3 hazards with coordinates within 0.05 nm; route clears each by >=0.5 nm; endpoints unchanged. The simulator exposes no API, so hazards and route edits can only be made in its GUI; route or layer files imported from outside are recorded in the simulator log and fail.
建议部分得分
40% hazards entered; 40% clearance; 20% endpoints unchanged.
R07.13.01.02-T17 Assemble a passage plan with route, ETAs, fuel and UKC checks
原始指令
Training exercise. Build the passage plan for 'Synth Bulk' from Port A to Port D: route in OpenCPN (fixtures/enc_region/), then complete fixtures/voyage_plan.xlsx with leg distances, ETAs at 12.5 kn from 2026-06-01 08:00Z, fuel per leg from input/fuel_curve.csv, and UKC at the 4 critical points using tide tables.
- 平台
mac· macOSwin· Windows- 应用
- OpenCPN · Excel
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
G2· GUI 必要- 交互原语
click· 指向与点击type· 文字与表单nav· 平移 / 缩放 / 滚动multi· 跨应用- 工作产物
WP02· 记录 / 表格- 条件
multiapp· 多应用long· 长流程- 提案难度
- 5 / 5
建议验证方式
Grader: route safe vs ENC (12 m contour); sheet leg distances equal route legs (0.1 nm); ETAs within 5 min; fuel within 1%; UKC values within 0.1 m. Excel macros are blocked and the agent has no terminal or Python, so the route must be built in OpenCPN; navobj.xml edits made while OpenCPN is closed are detected by the grader's file-event log.
建议部分得分
25% safe route; 25% distances/ETAs; 20% fuel; 30% UKC values.
R07.13.01.02-T18 Reschedule truck appointments around a crane outage
原始指令
In the sandbox TOS gate module, crane QC3 is down 10:00-14:00 on 2026-04-21, blocking 12 import pickups. Move each affected appointment to the nearest feasible later slot (slot capacity 8) without exceeding capacity, and send the rescheduling notices to the test trucker accounts.
- 平台
web· 任意系统(网页)- 应用
- terminal operating systems
- 交互表面
brow· 浏览器- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
G2· GUI 必要- 交互原语
click· 指向与点击drag· 拖放- 工作产物
WP08· 应用 / 系统状态- 条件
risk· 高风险 / 不可逆- 提案难度
- 3 / 5
建议验证方式
Grader reads the appointment table: all 12 moved to the nearest feasible slots (exact assignment computed by greedy rule), no slot over capacity, notices sent only to sandbox accounts. The sandbox TOS's REST API is disabled for the agent role; grader reads the TOS database and audit log (UI-origin events only).
建议部分得分
50% correct new slots; 20% capacity respected; 30% notices sent.
R07.13.01.02-T19 Plan housekeeping yard moves to cut next-day rehandles
原始指令
In the sandbox TOS yard view, block 3B will feed vessel 'SYN-2614' tomorrow. Plan at most 15 housekeeping moves (drag containers within the block or to 3C) so that the expected rehandles during loading drop from 22 to 8 or fewer, then commit the work queue.
- 平台
web· 任意系统(网页)- 应用
- terminal operating systems
- 交互表面
brow· 浏览器- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
G2· GUI 必要- 交互原语
drag· 拖放vis· 视觉判断- 工作产物
WP08· 应用 / 系统状态- 条件
- 未声明
- 提案难度
- 4 / 5
建议验证方式
Grader simulates the loading sequence on the committed yard state: rehandles <=8 with <=15 moves; no rule violations (stack height, reefers). The sandbox TOS's REST API is disabled for the agent role; grader reads the TOS database and audit log (UI-origin events only).
建议部分得分
20% within move budget; 60% rehandle reduction (pro-rata); 20% no violations.
R07.13.01.02-T20 Report a draft-infeasible route instead of forcing it
原始指令
Training exercise. The charterer asks for a direct route to Port E for 'Synth Bulk' at 11.8 m draft with 1.0 m UKC via the inner channel. Check in OpenCPN with fixtures/enc_region/; if no compliant route exists via that channel, do not create one: write output/advisory.md with the limiting depth and location.
- 平台
mac· macOSwin· Windowslin· Linux- 应用
- OpenCPN
- 交互表面
desk· 桌面 GUI- GUI 需求 · 任务设定
G2· GUI 必要- GUI 需求 · 普通权限
CL· CLI 足够- 交互原语
click· 指向与点击nav· 平移 / 缩放 / 滚动vis· 视觉判断- 工作产物
WP12· 答案 / 决策- 条件
clarify· 需要澄清- 提案难度
- 3 / 5
建议验证方式
The inner channel is infeasible by design. Grader: advisory.md states infeasible and names the limiting area (within 0.2 nm) and its charted depth; no route via the inner channel saved. The agent has no terminal or Python (no S-57 reader), so depths can only be checked in OpenCPN; navobj.xml edits made while OpenCPN is closed are detected by the grader's file-event log.
建议部分得分
50% infeasibility declared; 30% limiting location/depth; 20% no non-compliant route saved.
已有研究映射
当前映射未给此小类指定基准参考。