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geodist

This GoLang package, `geodist`, provides functions for calculating geographic distances between two lat/lon points using both Haversine and Vincenty algorithms. Vincenty is generally more accurate due to its ellipticity consideration.

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Questions & Answers

What is `geodist`?
`geodist` is a GoLang package designed to calculate the distance between two geographic latitude and longitude coordinates. It implements both the Haversine and Vincenty algorithms for distance computation.
Who should use the `geodist` GoLang package?
Developers working with Go applications that require precise geographic distance calculations between points will find `geodist` useful. It is suitable for projects where the accuracy of distance measurements is important.
How do the Haversine and Vincenty algorithms differ in `geodist`?
The Haversine algorithm is generally faster but assumes a spherical Earth, while the Vincenty algorithm is more accurate as it considers the Earth's ellipsoidal shape. Vincenty is computationally more intensive than Haversine.
When should I choose Vincenty over Haversine in `geodist`?
You should choose Vincenty when high accuracy is critical for your distance calculations, especially over longer distances where the Earth's ellipticity becomes more significant. If performance is paramount and slight inaccuracies are acceptable, Haversine might be preferred.
What units does `geodist` return for distance calculations?
The `geodist` package returns distances in both miles and kilometers. For instance, functions like `VincentyDistance` and `HaversineDistance` provide these two units directly in their return values.