1 · Reference
Define a bounded local panel frame and record three or more non-collinear control points with evidence references.
A browser-only, vendor-neutral workbench for plotting local reference points and intended line segments, then screening user-supplied measured points against user-supplied tolerances. It supports evidence handoff without planning or controlling a flight or certifying a mark.
Define a bounded local panel frame and record three or more non-collinear control points with evidence references.
Plot intended segments and measured samples, then calculate point-to-segment RMS, P95, maximum, and within-tolerance share.
Export the normalized record and target-level summary for independent review against drawings, calibration, and site procedures.
Paste reference points, intended line segments, and measured samples. The tool validates the dataset, draws a bounded panel map, and calculates transparent deviation statistics in your browser.
Orange lines are intended targets; teal circles are control points; white points are measured samples. This is a schematic local frame, not a 3D hull reconstruction.
| Target | Kind | Tolerance | Samples | RMS | P95 | Max | Within tolerance |
|---|---|---|---|---|---|---|---|
| REF-01 | fabrication-reference | 50 mm | 3 | 21.6 mm | 30 mm | 30 mm | 100% |
| REF-02 | fabrication-reference | 50 mm | 3 | 31.09 mm | 40 mm | 40 mm | 100% |
| PB-01 | paint-boundary | 40 mm | 3 | 21.6 mm | 30 mm | 30 mm | 100% |
OpenDroneMap documents ground control points as a way to correct distortion and reference outputs to known coordinate systems. This release borrows the evidence discipline—not its full photogrammetry pipeline—and uses a simple user-defined 2D panel frame.
ArduPilot Mission Planner can create survey grids and camera-trigger missions. This workbench deliberately does not produce those missions: the responsible operator must separately validate airframe, sensors, standoff, site boundaries, navigation, and emergency procedures.
IMO load-line rules prescribe dimensions, visibility, permanence, placement, and verification for assigned load-line marks. A browser calculation cannot replace the Administration or recognized surveyor, so regulated marks trigger a warning rather than an acceptance result.
Project ID, surface label, local-frame description, width, and height.
ID, x/y metres, and the survey or evidence reference that supports each point.
Endpoints, target kind, user-supplied review tolerance, and drawing or specification reference.
Target ID, sample ID, x/y metres, and the source-image or measurement reference.
The Apache-2.0 reference package contains UAMKT-authored parsing, validation, deviation calculations, tests, and synthetic data. It does not transform pixels, reconstruct a curved hull, validate calibration, compensate rotor-wall interaction, control a marker or aircraft, or determine legal, class, shipyard, drawing, EHS, permanence, or visibility acceptance. Do not enter confidential coordinates unless your device and governance rules permit it.
Hull Mark Mapping Workbench v0.1.0 is distributed as a self-contained, inspectable archive. Review the manifest and checksum before use.
54830966829d022968021766984debe550403357fbf8eae1e35608584d2fd81aThe checksum detects changes to the downloaded file only. It does not certify code safety, fitness, identity, or chain of custody.