Prepare a parcel mapping mission and CAD base

Why use this

1. A parcel project can combine boundary records, terrain data and imagery that use different coordinate references or describe different dates. A visually aligned drawing may still be unsuitable for survey decisions if those distinctions are hidden.

2. A mapping-preparation packet could inventory the supplied layers, proposed deliverables and questions for the operator. The operator could assess data fitness and plan requirements while retaining flight control and responsibility for geometry and any applicable permissions.

Why an agent / simpler alternative

Useful judgment

Identify inconsistent spatial metadata and missing project assumptions across parcel, elevation and imagery inputs.

Simpler alternative

Use an established survey or GIS workflow when authoritative project data and operator procedures already exist.

Unsuitable when

The output would be treated as a legal boundary survey or a safe-to-fly authorization.

Proposed inputs

1. Name

   Spatial-data manifest

   Owner

   Project survey or GIS lead

   Minimum scope

   Layer names, provenance, coordinate references and dates

   Quality check

   Distinguish assessor boundaries from survey control.

2. Name

   Mapping brief

   Owner

   Responsible operator

   Minimum scope

   Authorized area, intended CAD use and deliverable requirements

   Quality check

   Identify unknown output format and accuracy expectations.

Access and setup — proposed or unknown

Proposed minimum

1. Fictional layer metadata and a proposed mission-review checklist without GIS or flight access.

Compatibility unknowns

1. Unknown: current runtime, imagery processing, CAD import format and spatial transformation behavior.

External actions requiring approval

1. Data use, flight plan, imagery collection, processing resources and sharing; a human controls flight.

Expected deliverable and review checks

Proposed artifact

Input-layer register and proposed mapping-to-CAD handoff with geometry verification questions.

Critical checks

1. Coordinate reference, units and source authority are explicit for every layer.

2. The operator resolves flight and output-format questions before any operational plan is accepted.

Missing output evidence

No new workflow run or output inspection was performed for this overlay; use the canonical source-outcome references.

Failure signals and proposed responses

1. Signal

   Two layers use different coordinate references without a stated transformation.

   Why it matters

   Apparent alignment can conceal a geometric error.

   Proposed response

   Hold their combination and request an expert-approved transformation basis.

2. Signal

   The CAD destination format is ambiguous.

   Why it matters

   An apparently complete export plan may be unusable.

   Proposed response

   Clarify the exact application, format and intended geometry checks before processing.

Effort and cost — unknown

Setup work

1. Inventory spatial references, data rights and deliverable requirements.

Ongoing review

1. Inspect operator-approved geometry and later imagery-processing evidence.

Unknowns

1. Unknown: survey accuracy, processing charges and applicable flight requirements.

First check — proposed, unexecuted

Status

proposed_unexecuted

Synthetic fixture

A fictional layer manifest mixes coordinate references and lists an undefined CAD extension.

Acceptance checks

1. Flag both unresolved dependencies.

2. Produce a review checklist without a flight-ready mission or accuracy claim.

Stop conditions

1. Real GIS processing, imagery, flight planning approval or physical operation is required.

Limits

1. A metadata check establishes neither aviation compliance nor geospatial accuracy; canonical source-format and outcome limits remain referenced.