semvec/pypi-packages huggingface dataset:
keplertools 1.4.1
Two-body orbital propagation tools

# keplertools
Two-body orbital propagation tools

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## Installation

```
pip install keplertools
```

To install from source, clone or download the repository, and, in the top level directory run:

```
pip install .
```

Installing from source requires a C compiler.  See here for details: https://cython.readthedocs.io/en/latest/src/quickstart/install.html

## Documentation

https://keplertools.readthedocs.io/

## Acknowledgements

Portions of this code are adapted from orvara (https://github.com/t-brandt/orvara). orvara is distributed under a BSD 3-clause license and is Copyright (c) 2021, Timothy Brandt, Trent Dupuy, Yiting Li, G. Mirek Brandt, 
Yunlin Zeng, Daniel Michalik, and Virginia Raposo-Pulido.
psymple 1.0.3
Population Modeling
Requires Python: >=3.10

# Psymple

`psymple` is a Python package designed for general complex systems modelling. A complex system is a dynamic system whose interconnectivity produces non-trivial or unexpected behaviour. Examples of complex systems exist everywhere, from ecological systems, chemical reactions, economic systems, astronomy and even social networks.

## Installation

`psymple` officially supports Python `3.10` and higher.

The latest version of `psymple` is available on [PyPI](https://pypi.org/project/psymple/) and can be installed with `pip`.

```
pip install psymple
```

## Documentation

The latest version of `psymple` documentation can be found [here](https://casasglobal-org.github.io/psymple/).

## Where to start

For most new users, going through the following resources in the suggested order will provide a good introduction to `psymple`. 

1. To familiarise yourself with the need, purpose and design of `psymple`, the best place to start is [here](https://casasglobal-org.github.io/psymple/latest/overview/introduction/).
2. To start modelling with `psymple`, the best place to find out about capturing functions and differential equations is [here](https://casasglobal-org.github.io/psymple/latest/components/functional_ported_objects/).
3. To start simulating models in `psymple`, start reading about systems [here](https://casasglobal-org.github.io/psymple/latest/user_guide/system/).
4. A detailed set of examples demonstrating the process of building and simulating models can be found [here](https://casasglobal-org.github.io/psymple/latest/examples/).
5. If you're interested in the mathematical basis of `psymple`, the best place to start is [here](https://casasglobal-org.github.io/psymple/latest/mathematics/ported_objects/).
6. Information on how to get help, support, or get involved with developing `psymple` can be found [here](https://casasglobal-org.github.io/psymple/latest/development/development/).