π§ Compass Surveying
Description: A traditional surveying method that uses a magnetic compass to determine the direction and angle of survey lines relative to magnetic north. It is primarily used for preliminary surveys and navigation in the field.
π Coordinate Offset
Description: A tool for calculating the offset distance between a known coordinate and a new point, useful for setting out points in the field with precision relative to an established grid or baseline.
π Coordinates System Converter
Description: Converts coordinates between different geodetic datums and coordinate systems, ensuring compatibility and accuracy across various mapping and surveying projects.
π Coordinate Transformation
Description: Applies mathematical transformations to convert coordinates from one system or projection to another, crucial for integrating data from different sources.
π Curvature Correction
Description: Adjusts survey measurements for the Earth's curvature, which is essential for achieving precise long-distance measurements.
π Curve Calculator
Description: Calculates the parameters of curves, such as radii, length, and degree of curve, used in the design and layout of roads, railways, and other infrastructure projects.
π Elevation Level Loop
Description: A tool for calculating and adjusting elevations in a level loop survey to ensure all points are consistent and accurate relative to a common datum.
πΊ Ellipse Error
Description: Evaluates and visualizes the error ellipse in a survey, indicating the uncertainty in the position of surveyed points.
π Feet to Meters
Description: Converts measurements between feet and meters, accommodating projects that require different units of measurement.
π§° Field Kit
Description: A collection of essential tools and resources for field surveyors, including calculators, measurement converters, and reference materials.
π Geodetic Computations
Description: Performs advanced geodetic calculations, including distance, angle, and area measurements on the Earth's surface, essential for high-precision surveys.
π Geoid
Description: Computes geoid heights, which represent the shape of the Earth's mean sea level, used to correct elevation measurements for greater accuracy.
π§ Grid Azimuth
Description: Calculates the azimuth of a line relative to grid north, necessary for navigating and plotting courses on maps with a defined coordinate system.
π Height Calculator
Description: Determines the height of objects or points above a reference plane, useful in topographic and construction surveys.
β Intersection Calculator
Description: Finds the intersection points of lines or curves, aiding in the layout and design of various infrastructure projects.
π Irregular Parcel Calculator
Description: Calculates the area and perimeter of irregularly shaped parcels of land, essential for property boundary and land use planning.
π Legal Descriptions
Description: Generates detailed and precise legal descriptions of property boundaries, required for deeds and other legal documents.
ποΈ Legal Description Writer
Description: Assists in drafting accurate and legally sound descriptions of land parcels, streamlining the documentation process for surveyors and legal professionals.
π Scale Factor
Description: Computes the scale factor for converting between map and ground distances, ensuring accurate representation of features on survey maps.
π Three Point Resection Tool
Description: Determines the location of an unknown point by measuring angles from three known points, commonly used in triangulation surveys.
π§ Traverse Adjustment
Description: Adjusts traverse measurements to close any gaps or errors, ensuring that the survey forms a consistent and accurate loop.
π Traverse Network Adjustments
Description: Refines a network of traverse lines by adjusting measurements for precision, used in large-scale surveying projects.
π Trigonometric Levelling Calculator
Description: Calculates elevations using trigonometric principles, useful for high-precision vertical measurements in challenging terrain.
β Vector Components
Description: Decomposes vector measurements into their component parts, aiding in the analysis and computation of survey data.
π§° Vendor Toolkit
Description: A set of tools provided by equipment vendors for the calibration, maintenance, and operation of surveying instruments.
π Vertical Curve Calculator
Description: Computes the parameters of vertical curves, such as length and gradient changes, essential for the design of roads and railways.
π₯ Video Studio
Description: Produces instructional and demonstration videos for surveyors, enhancing training and field procedures through visual learning.