Mining Drill Trajectory Calculation Q&A Dataset

#numerical calculation #spatial reasoning #unit-aware problem solving #mining drillhole trajectory planning #drillhole coordinate calculation #mining engineering analysis

5000
0.4GB
JSON
CATL
MOBIUSI INC

Updated:2026-11-05

AI Analysis & Value Prop

This dataset contains question-and-answer examples for calculating mining drill trajectories. Inputs include collar easting, northing, elevation, azimuth, inclination, and drilled depth; outputs include bottom coordinates, horizontal displacement, and deviation from a vertical trajectory. Examples call for step-by-step calculations with units and use explicit conventions for azimuth and inclination, supporting model training and evaluation in coordinate reasoning and trajectory calculation for mining drilling robots.

Dataset Insights

Sample Examples

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Technical Specifications

Field	Type	Description
file_name	string	File name
azimuth_deg	number	Hole azimuth in degrees, measured clockwise from north; valid values range from 0 to 360.
final_answer	string	Concise answer reporting the calculated bottom coordinates, horizontal displacement, and trajectory deviation with units.
drill_depth_m	number	Measured distance drilled along the hole from the collar, in meters; must be non-negative.
question_text	string	The original user question containing the drillhole information and calculation request.
inclination_deg	number	Downward hole inclination in degrees measured from horizontal, where 0 is horizontal and 90 is vertically downward.
bottom_easting_m	number	Calculated easting coordinate at the bottom of the hole, in meters.
collar_easting_m	number	Easting coordinate of the hole collar, in meters, extracted from the question.
bottom_northing_m	number	Calculated northing coordinate at the bottom of the hole, in meters.
calculation_steps	string	Step-by-step derivation with formulas, substituted values, units, and intermediate results. Use horizontal displacement = depth × cos(inclination), easting offset = horizontal displacement × sin(azimuth), northing offset = horizontal displacement × cos(azimuth), and elevation change = −depth × sin(inclination).
collar_northing_m	number	Northing coordinate of the hole collar, in meters, extracted from the question.
bottom_elevation_m	number	Calculated elevation coordinate at the bottom of the hole, in meters.
collar_elevation_m	number	Elevation of the hole collar, in meters, extracted from the question; elevation is positive upward.
trajectory_deviation_deg	number	Calculated angular deviation from a vertically downward trajectory, in degrees, defined as 90 degrees minus the downward inclination.
horizontal_displacement_m	number	Calculated horizontal distance from the collar to the hole bottom, in meters.

Compliance Statement

Authorization Type	Proprietary - Commercial AI Training License (No Redistribution)
Commercial Use	Requires exclusive subscription or authorization contract (monthly or per-invocation charging)
Privacy and Anonymization	No PII, no real company names, simulated scenarios follow industry standards
Compliance System	Compliant with China's Data Security Law / EU GDPR / supports enterprise data access logs

Frequently Asked Questions

What does the dataset contain?: Examples include question text with drilling parameters and calculation requests, along with fields for collar coordinates, azimuth, inclination, drilled depth, calculation steps, bottom coordinates, horizontal displacement, trajectory deviation, and the final answer.

Which conventions are used for trajectory calculations?: Azimuth is measured clockwise from north. Inclination is measured downward from horizontal, with 0 degrees representing horizontal and 90 degrees representing vertically downward. Calculation steps are expected to show formulas, substituted values, intermediate results, and units.

Which training and evaluation tasks does it support?: The data can support math supervised fine-tuning, drilling-parameter extraction, coordinate calculation, step-by-step mathematical reasoning, and verification of drill trajectory results. Validate it against the coordinate reference system and accuracy requirements of the target application.

How can the dataset be obtained, and what are the licensing terms?: Obtain the dataset through the product page or the delivery channel provided by the platform. Refer to the applicable product listing for access, license scope, use restrictions, and delivery specifications. Check the license terms before commercial training, redistribution, or other specific uses.

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Cite this Work

@dataset{Mobiusi2026,
  title={Mining Drill Trajectory Calculation Q&amp;A Dataset},
  author={MOBIUSI INC},
  year={2026},
  url={https://www.mobiusi.com/datasets/5c150d753d9184b133b296149c4ad5b6},
  urldate={2026-10-19},
  keywords={mining drilling dataset,drill trajectory calculation,borehole bottom coordinates,mining drilling robots,numerical reasoning,azimuth calculation,inclination calculation,math SFT},
  version={1.0}
}

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Mining Drill Trajectory Calculation Q&amp;A Dataset