semvec/pypi-packages huggingface dataset:
simple-distance-calculator 0.0.4
A distance calculator
License: MIT

Functions
get_coordinates(address: str) -> tuple

Given an address, returns a tuple with the latitude and longitude of the address, obtained from the OpenStreetMap Nominatim API.
Parameters

    address (str): The address to get the coordinates of.

Returns

    tuple: A tuple with two floats representing the latitude and longitude of the address, respectively.

get_address(lat: float, lon: float) -> str

Given a latitude and longitude, returns the corresponding address, obtained from the OpenStreetMap Nominatim API.
Parameters

    lat (float): The latitude of the location.
    lon (float): The longitude of the location.

Returns

    str: A string representing the address of the location.

haversine_distance(lat1, lon1, lat2, lon2) -> float

Calculates the distance in kilometers between two points on Earth using the Haversine formula.
Parameters

    lat1 (float): The latitude of the first point.
    lon1 (float): The longitude of the first point.
    lat2 (float): The latitude of the second point.
    lon2 (float): The longitude of the second point.

Returns

    float: A float representing the distance in kilometers between the two points.

spherical_law_of_cosines_distance(lat1, lon1, lat2, lon2) -> float

Calculates the distance in kilometers between two points on Earth using the Spherical Law of Cosines formula.
Parameters

    lat1 (float): The latitude of the first point.
    lon1 (float): The longitude of the first point.
    lat2 (float): The latitude of the second point.
    lon2 (float): The longitude of the second point.

Returns

    float: A float representing the distance in kilometers between the two points.

equirectangular_approximation(lat1, lon1, lat2, lon2) -> float

Calculates the distance in kilometers between two points on Earth using the Equirectangular Approximation formula.
Parameters

    lat1 (float): The latitude of the first point.
    lon1 (float): The longitude of the first point.
    lat2 (float): The latitude of the second point.
    lon2 (float): The longitude of the second point.

Returns

    float: A float representing the distance in kilometers between the two points.

***HOW TO USE***
1. Install library
pip install simple-distance-calculator

2. import functions
from simple_distance_calculator.distance import haversine_distance, get_coordinates, spherical_law_of_cosines_distance, get_address, equirectangular_approximation

examples for caculating distances
haversine_distance(54.9037, 23.9578, 54.9057, 23.9562)
returns - 0.24478592390463977

spherical_law_of_cosines_distance(54.9037, 23.9578, 54.9057, 23.9562)
returns - 0.24478591164572538

equirectangular_approximation(54.9037, 23.9578, 54.9057, 23.9562)
returns - 0.24478592392092405

get_coordinates("Gedimino pilis")
returns - (54.686758350000005, 25.29068448063221)

get_address(54.686758350000005, 25.29068448063221)
returns - Gedimino pilis, 5, Arsenalo g., Senamiestis, Senamiesčio seniūnija, Vilnius, Vilniaus miesto savivaldybė, Vilniaus apskritis, 01143, Lietuva
the-best-distance-calculator 0.0.4
A distance calculator
License: MIT

Functions
get_coordinates(address: str) -> tuple

Given an address, returns a tuple with the latitude and longitude of the address, obtained from the OpenStreetMap Nominatim API.
Parameters

    address (str): The address to get the coordinates of.

Returns

    tuple: A tuple with two floats representing the latitude and longitude of the address, respectively.

get_address(lat: float, lon: float) -> str

Given a latitude and longitude, returns the corresponding address, obtained from the OpenStreetMap Nominatim API.
Parameters

    lat (float): The latitude of the location.
    lon (float): The longitude of the location.

Returns

    str: A string representing the address of the location.

haversine_distance(lat1, lon1, lat2, lon2) -> float

Calculates the distance in kilometers between two points on Earth using the Haversine formula.
Parameters

    lat1 (float): The latitude of the first point.
    lon1 (float): The longitude of the first point.
    lat2 (float): The latitude of the second point.
    lon2 (float): The longitude of the second point.

Returns

    float: A float representing the distance in kilometers between the two points.

spherical_law_of_cosines_distance(lat1, lon1, lat2, lon2) -> float

Calculates the distance in kilometers between two points on Earth using the Spherical Law of Cosines formula.
Parameters

    lat1 (float): The latitude of the first point.
    lon1 (float): The longitude of the first point.
    lat2 (float): The latitude of the second point.
    lon2 (float): The longitude of the second point.

Returns

    float: A float representing the distance in kilometers between the two points.

equirectangular_approximation(lat1, lon1, lat2, lon2) -> float

Calculates the distance in kilometers between two points on Earth using the Equirectangular Approximation formula.
Parameters

    lat1 (float): The latitude of the first point.
    lon1 (float): The longitude of the first point.
    lat2 (float): The latitude of the second point.
    lon2 (float): The longitude of the second point.

Returns

    float: A float representing the distance in kilometers between the two points.

***HOW TO USE***
1. Install library
pip install simple-distance-calculator

2. import functions
from simple_distance_calculator.distance import haversine_distance, get_coordinates, spherical_law_of_cosines_distance, get_address, equirectangular_approximation

examples for caculating distances
haversine_distance(54.9037, 23.9578, 54.9057, 23.9562)
returns - 0.24478592390463977

spherical_law_of_cosines_distance(54.9037, 23.9578, 54.9057, 23.9562)
returns - 0.24478591164572538

equirectangular_approximation(54.9037, 23.9578, 54.9057, 23.9562)
returns - 0.24478592392092405

get_coordinates("Gedimino pilis")
returns - (54.686758350000005, 25.29068448063221)

get_address(54.686758350000005, 25.29068448063221)
returns - Gedimino pilis, 5, Arsenalo g., Senamiestis, Senamiesčio seniūnija, Vilnius, Vilniaus miesto savivaldybė, Vilniaus apskritis, 01143, Lietuva