semvec/pypi-packages huggingface dataset:
finitelight-brobbins2001 0.0.9
A package for lightspeed calculations
Requires Python: >=3.6

# finitelight

Finitelight is a python package which adds functionality for calculating the time it takes light to travel a distance.

To calculate the time it takes for light to travel from an observer to an object given the following parameters:
* The distance to the object in kilometers 

example:
```angular2html
    import finitelight as fl

    distance_to_object = 300
    light_travel_time = fl.lightspeed_time(distance_to_object)
```

To calculate the time difference it takes for light to reach two observers from an object given:
* From observer 1's frame of reference, the viewing angle between the second observer and the object

* from observer 1's frame of reference, the distance to the object, and the distance to the second observer

```angular2html
    import finitelight as fl

    distance_to_object = 300
    distance_to_observer = 300
    viewing_angle = 90

    light_travel_difference = (distance_to_object, viewing_angle, distance_to_observer)
```
finitelight 0.0.1
A package for lightspeed calculations
Requires Python: >=3.6

# finitelight

Finitelight is a python package which adds functionality for calculating the time it takes light to travel a distance.

To calculate the time it takes for light to travel from an observer to an object given the following parameters:
* The distance to the object in kilometers 

example:
```angular2html
    import finitelight as fl

    distance_to_object = 300
    light_travel_time = fl.lightspeed_time(distance_to_object)
```

To calculate the time difference it takes for light to reach two observers from an object given:
* From observer 1's frame of reference, the viewing angle between the second observer and the object

* from observer 1's frame of reference, the distance to the object, and the distance to the second observer

```angular2html
    import finitelight as fl

    distance_to_object = 300
    distance_to_observer = 300
    viewing_angle = 90

    light_travel_difference = (distance_to_object, viewing_angle, distance_to_observer)
```
mrhallwaylib 2
Shared code for my projects.
Requires Python: >=3.6

# Mr. Hallway Lib
Shared code for Python projects. 

`alerts` - Display a message to the user. <br>
`calc` - Calculator tools. <br>
`error` - Error messages and handlers. <br>
`file` - Tools for files. <br>
`formatting` - Rich text outputs. <br>
`github_api` - Tools for GitHub API.<br>
`lists` - Lists of random stuff. <br>
`mc_api` - API for Minecraft. <br>
`networking` - Networking tools.<br>
`photo` - Tools for images.<br>
`prog` - Program tools. <br>
`security` - Tools for security. <br>
`unicode` - Unicode output.<br>
`validate` - Check to see if something is valid (ie. Unix username).<br>
`weather_api` - https://www.weatherapi.com/ in Python. <br>
`jdk` - JDK auto-downloader. <br>