semvec/pypi-packages huggingface dataset:
windows-hotkey-checker 0.1.11
A simple command line tool to check whether a hotkey is already registered by another program on Windows.
Requires Python: >=3.10

# Windows Hotkey Checker
## Simple command line tool to check for registered hotkeys on Windows

This is a simple python script that checks for hotkeys that already regitstered
by other programs on Windos and prints them to the console.

It works by enumerating combinations of modifiers and keys and trying to
register them as new hotkeys. If the registration fails, it means that the
combination is already registered by another program.

## Installation

The script can be installed with pip:

    python -m pip install windows_hotkey_checker

and only uses python standard library modules, so no additional dependencies.

## Usage

Usage is simple. Just run the script with python:

    > python -m windows_hotkey_checker

There is also a Script installed in the Scripts directory of the python
installation with the shortcut "hotkeys" that you can run from the command line as:
  
      > hotkeys
colarise 3.3.1
Simple package for color and formatting to terminal
Requires Python: >=3.7

Very simple Python library for color and formatting in terminal.
Collection of color codes and names for 256 color terminal setups.
The following is a list of 256 colors for Xterm, containing an example
of the displayed color, Xterm Name, Xterm Number and HEX.
The following colors works with most terminals and terminals emulators.
ANSI/VT100 escape sequences can be used in every programming languages.

Attributes:

.. code-block:: bash

    +-----+------------------+
    |Code | Description      |
    +-----+------------------+
    |  1  | bold             |
    |  2  | dim              |
    |  4  | underlined       |
    |  5  | blink            |
    |  7  | reverse          |
    |  8  | hidden           |
    |  0  | reset            |
    |  21 | res_bold         |
    |  22 | res_dim          |
    |  24 | res_underlined   |
    |  25 | res_blink        |
    |  27 | res_reverse      |
    |  28 | res_hidden       |
    +------------------------+

256 Colors Foreground (text):
256 Colors Background:
Installation
------------

.. code-block:: bash

    $ pip install colarise --upgrade

    uninstall

    $ pip uninstall colarise


Dependencies
------------

None, only Python programming language.

Usage Examples
--------------

How to use the module in your own python code:

.. code-block:: bash

    >>> from colarise import fg, bg, attr
    >>>
    >>> print(f'{fg(1)} Hello World !!! {attr(0)}')
     Hello World !!!
    >>>
    >>> print(f'{fg(1)}{bg(15)} Hello World !!! {attr(0)}')
     Hello World !!!

Use description:

.. code-block:: bash

    >>> print(f'{fg("white")}{bg("yellow")} Hello World !!! {attr("reset")}')
     Hello World !!!
    >>>
    >>> print(f'{fg("orchid")}{attr("bold")} Hello World !!! {attr("reset")}')
     Hello World !!!
    >>>
    >>> color = bg('indian_red_1a') + fg('white')
    >>> reset = attr('reset')
    >>> print(color + 'Hello World !!!' + reset)
    Hello World !!!

Or use HEX code:

.. code-block:: bash

    >>> color = fg('#C0C0C0') + bg('#00005f')
    >>> res = attr('reset')
    >>> print(color + "Hello World !!!" + res)
    Hello World !!!

Or the convenient `stylize(text, *styles)` wrapper to save some keystrokes:

.. code-block:: bash

    >>> import colarise
    >>> from colarise import stylize
    >>> print(stylize("This is green.", colarise.fg("green")))
    This is green.
    >>> print("This is not.")
    This is not.
    >>> angry = colarise.fg("red") + colarise.attr("bold")
    >>> print(stylize("This is angry text.", angry))
    This is angry text.
    >>> print(stylize("This is VERY angry text.", angry, colarise.attr("underlined")))
    This is VERY angry text.
    >>> print("But this is not.")
    But this is not.
trixyscope 0.0.0
GUI tool for calibrating motion capture systems composed of multiple standard webcams
Requires Python: >=3.8
Keywords: opencv,tracking,calibration,python,webcam


# Introduction

trixyscope is a python package for converting 2D (x,y) point data from multiple cameras into 3D position estimates. The core calibration function is built on top of OpenCV's `calibrateCamera` and `stereoCalibrate` methods, with additional refinement of estimated camera positions using [bundle adjustment via SciPy](https://scipy-cookbook.readthedocs.io/items/bundle_adjustment.html). 3D point positions can then be estimated with time synchronized 2D data.

This project was inspired by Anipose and seeks to provide similar functionality with improved visual feedback to the user. The calibration process is intended to be presented in more granular steps, allowing easier diagnosis of poor calibrations.