semvec/pypi-packages huggingface dataset:
lapis-sim 0.4.2
Lapis is an adaptable, performant, and interactive scheduling (Lapis) simulator
License: MIT
Requires Python: >=3.6.1,<4.0.0
Keywords: htcondor,simulation,tardis,opportunistic,scheduling

===============================================================================
Lapis is an adaptable, performant, and interactive scheduling (Lapis) simulator
===============================================================================

The ``lapis`` library provides a framework and runtime for simulating the scheduling and usage of opportunistic
and static resources.

Command Line Interface
----------------------

Currently the library provides a simple command line interface that allows three modes of operation:

* static provisioning of resources,
* dynamic provisioning of resources, and
* hybrid provisioning of resources.

In the most simple case you can apply a given workload, e.g. downloaded from the parallel workload archive to a
static resource configuration:


.. code:: bash

    python3 simulate.py --log-file - static --job-file <path-to-workload> swf --pool-file <path-to-pool-definition> htcondor

The output of simulation is given to stdout. You have further options you can explore via

.. code:: bash

    python3 simulate.py --help

and more specifically for the different operation modes with

.. code:: bash

    python3 simulate.py static --help
lorenz-zonoid 0.0.9
Computes the Shapley Lorenz Zonoid share of covariates
License: MIT
Keywords: shapley lorenz zonoid

## Installation

Run the following to install:

```python
pip install lorenz_zonoid
````

```python
from lorenz_zonoid import ShapleyLorenzShare

# Compute Shapley Lorenz Zonoid values:
lorenzshare = ShapleyLorenzShare(model.predict, X_background_data, y_background_data)
lorenzshare.shapleyLorenz_val(X_test, y_test)
```

# Developing Shapley Lorenz Zonoid

To install lorenz_zonoid, along with the tools you need to develop and run tests, run the following in your virtualenv:

```bash
$ pip install -e .[dev]
```
bpmscan 0.1.2
Measures heart rate of multiple person realtime from Webcamera, IPCamera and also from from Uploaded video
License: MIT
Keywords: rPPG heartbeat webcam

# BPMScan

Ever imagined that from a video footage can you measure heart rate of a person? Well, Yeah! It is possible and the technology behind that is Remote-photoplethysmography (rPPG) and Face tracking. Try Out :)

# Installation

```bash
$ pip3 install bpmscan
```

# Usage

```bash
$ bpmscan #Defaults to webcam(camera_id=0)
$ bpmscan [camera_id, ipcamera_address, video_file_path] #Optional to use
```

# Disclaimer

This project is made for a coursework and represents only educational usage. This should not be used as a means of medical instrument, software or as a reference to measure any health vitals as this is under development and may give errenous result. The author is not responsible for any incidents occuring after violating this Disclaimer.