Orbital Records - Condition Coverage Map

x402

Orbital Records - Condition Coverage Map is a paid API for AI agents from www.mahastrategies.com, paid per call via x402, $0.03524/call, status unknown (last checked 2026-10-29).

Checks coverage of a requested Cartesian state projection against a declared orbital record dataset, reporting which required state components are present or missing.

Price / call$0.03524

Seller volume →—

Success—

StatusUnknown

How this service works

Check coverage of a requested Cartesian state projection at one declared Supplied-record analysis, not independent certification. Full contract at the free describe URL.

Output

Returns a coverage map indicating which of the requested Cartesian state components (e.g. position axes, velocity axes) are present or absent in the specified orbital record dataset for the given epoch and coordinate frame. This is a supplier-record analysis, not an independent certification.

Example use cases

Verify Mars trajectory state coverage

“I need to check whether the orbital dataset 'HORIZONS-MARS-2024' covers the position and velocity components for target 'MARS' centered on 'SUN' at epoch tick 365000, using AU for position and kilometres-per-second for velocity in the ICRF frame, public data class.”

Audit satellite state vector availability

“Can you check if dataset 'SAT-LEO-RECORD-7' has coverage for all required components — X, Y, Z position and velocity — for target 'ISS' at epoch tick -10000, using kilometres and kilometres-per-second, GCRF coordinate frame, synthetic data class?”

Validate comet state projection completeness

“Check coverage of the Cartesian state projection for target 'COMET-67P' in dataset 'COMET-ARC-2023', epoch tick 800000, ICRF frame, position in AU, velocity in metres-per-second, public data, and tell me which required components are missing.”

Technical details

Endpoint

POSThttps://www.mahastrategies.com/api/v1/celestial/orbital-records/condition-coverage-map?utm_source=zero.xyz

When to prefer

Use this endpoint when you need to audit whether a declared orbital dataset contains all required Cartesian state vector components for a specific target and epoch, before attempting to retrieve or use those records. Prefer it over the Celestial Result Compatibility Checker when you need coverage presence/absence rather than a comparison between two results.

Side effects

Dataset reference not found — returns error if datasetRef does not match a known record
Required components array empty or exceeds 6 items — validation error
Epoch tick out of allowed range (-1000000000 to 1000000000)
Invalid coordinate frame or time scale reference — unrecognized enum or string
rows array exceeds 32 items — input rejected
Missing required fields such as targetRef or requiredComponents — bad request error
Payment failure via x402 protocol — call not executed

Input

Schema · Request body

Field	Type	Description
rows	array
centreRef	string
dataClass	string
epochTick	integer
targetRef	string
datasetRef	string
tickUnitRef	string
positionUnit	string
timeScaleRef	string
velocityUnit	string
epochOriginRef	string
recordRevision	string
solutionDigest	string
coordinateFrameRef	string
requiredComponents	array
nonpersonalMetadata	boolean

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