semvec/pypi-packages huggingface dataset:
tzf-utils 0.1.2
TZF Utility Scripts
Requires Python: >=3.12

# tzf-scripty

[![CI & Deploy](https://github.com/Marekmahav/tzf-scripty/actions/workflows/ci.yml/badge.svg)](https://github.com/Marekmahav/tzf-scripty/actions/workflows/ci.yml)
[![Schedule Invest](https://github.com/Marekmahav/tzf-scripty/actions/workflows/schedule_invest.yml/badge.svg)](https://github.com/Marekmahav/tzf-scripty/actions/workflows/schedule_invest.yml)

**Automatizované skripty pre testovanie a investície cez Streamlit Cloud.**

## Obsah

- `main.py` – hlavný spúšťací skript
- `script_a/`, `invest/` – moduly testované v CI
- CI: Python unit testy + coverage + Codecov
  Deploy: Streamlit Cloud + Discord notifikácie
  Scheduled: denný beh investičného skriptu

## Spustenie lokálne

```bash
python3 -m venv .venv
source .venv/bin/activate
pip install -r requirements.txt
python main.py
mapviewer-web 1.2.2
MapViewer-Web: Visualizing galaxy properties from the GIST pipeline products
Requires Python: >=3.6


# MapViewer-Web: Visualizing galaxy properties from the GIST pipeline products

[![pypi](https://img.shields.io/badge/python-pypi-blue.svg)](https://pypi.org/project/mapviewer-web/)
[![LICENSE](https://img.shields.io/badge/lisence-MIT-blue.svg)](https://github.com/purmortal/mapviewer-web/blob/master/LICENSE)

Mapviewer-web is a web-based tool for visualizing galaxy properties analyzed by the [GIST Pipeline](https://gitlab.com/abittner/gist-development).
It is an enhanced adaptation of the original PyQt-based [Mapviewer](https://gitlab.com/abittner/gist-development/-/blob/master/gistPipeline/Mapviewer.py?ref_type=heads) widget, 
offering improved interactivity and easier access through web browsers. 
This web version also significantly reduces response times compared to its PyQt version.
![Alt text](example.jpg)

## Installation

### Using pip

```
pip install mapviewer-web
```

### From the git repo

```
git clone https://github.com/purmortal/mapviewer-web.git
cd mapviewer-web
pip install .
```

## Run Mapviewer-Web

In the terminal, just type:
```
Mapviewer-Web
```
The terminal will return an address (by default ``http://127.0.0.1:9928``) which can be opened by a browser.
Next, input the hardcoded path of GIST products, and click ``Load Database``.
Then you can inspect galaxy properties and spectra fitting for each Voaonoi bin as you wish.

To use a different port (e.g., 5800), type:
```
Mapviewer-Web --port 5800
```

To also allow remote access (your internet should have a static ip address), type:
```
Mapviewer-Web --port 5800 --mode remote
```

## Example

Follow the command below to inspect an example galaxy properties:

Download GIST products example
```
wget https://github.com/purmortal/mapviewer-web/archive/refs/heads/gistProducts.zip
unzip gistProducts.zip
```
Then, run ``Mapviewer-Web`` and open the browser. 
Input ``/your-download-path/mapviewer-web-gistProducts/NGC0000Example``,
and now you can explore this tool.

## License
This software is governed by the MIT License. In brief, you can use, distribute, and change this package as you want.


## Contact 
- Zixian Wang (University of Utah, wang.zixian.astro@gmail.com)
tk-digital-time-picker 0.1.0
A tkinter widget
Requires Python: >=3.13.3

# TimePicker

tkinter widget.

Button that displays time in `HH:MM:SS` format. When clicked, opens a window to edit time.

Methods:
```python
TimePicker.__str__()				# -> str: format 'HH:MM:SS'
TimePicker.get_seconds()			# -> int: total seconds
TimePicker.set_value(value: str)	# value format: 'HH:MM:SS'
TimePicker.set_value(value: list)	# value: [h, m, s]
TimePicker.set_value(value: tuple)	# value: (h, m, s)
```

## Demo

```python
import tkinter as tk

from tk_digital_time_picker import TimePicker


root = tk.Tk()
root.title('TimePicker testing')
root.geometry('300x300+1000+200')
root.configure(bg='grey')

TimePicker(root, hours=12, minutes=34, seconds=56).pack()

picker = TimePicker(root, hours_limit=100)
picker.pack()

picker.set_value([1, 2, 3])
print(picker)				# > 01:02:03

picker.set_value('99:59:59')
print(picker)				# > 99:59:59

picker.seconds += 1
print(picker)				# > 00:00:00

picker.minutes += 120
print(picker)				# > 02:00:00

picker.hours *= 3
print(picker)				# > 06:00:00

print(picker.get_seconds())	# > 21600

root.mainloop()
```

![TimePicker test](https://raw.githubusercontent.com/yannprada/tk_time_picker/refs/heads/master/demo.png "TimePicker test")
pomodoro-racoon 0.1.3
Ein simpler Pomodoro-Timer mit ASCII-Waschbär-Animation
Requires Python: >=3.8
Keywords: pomodoro timer productivity ascii animation racoon

# 🦝 Pomodoro Racoon 🍅

Ein süßer Pomodoro-Timer mit ASCII-Waschbär-Animation für produktives Arbeiten!

## Features

- 🍅 **25-Minuten Pomodoro-Timer** mit 5-Minuten Pausen
- 🦝 **ASCII-Waschbär-Animationen** während der Sessions
- 🎨 **Farbige Progress-Bar** mit verschiedenen Phasen
- 🔊 **Plattform-native Signaltöne** (Linux & Windows)
- 📱 **Motivierende Nachrichten** für jeden Fortschritt
- ⏰ **Automatische Pause-Timer** nach jeder Session

## Installation

```bash
pip install pomodoro-racoon
```

## Verwendung

```bash
pomodoro-racoon
```

Oder direkt in Python:
```python
from pomodoro_racoon import run
run()
```

## Screenshots

```
       🍅
     (\_/)  
     ( •_•)
     / >🍵   Fokus...

[████████████████--------------] 67%
💬 Weiter so, Champ! 🦝💪
```

## Lizenz

MIT License - siehe [LICENSE](LICENSE) Datei.
pratikpathak 2.3.5
A package that prints information about Pratik Pathak
Requires Python: >=3.6
Keywords: pratik, pathak, microsoft, trainer, personal, info

# Pratik Pathak Package

A Python package that displays information about Pratik Pathak, a Microsoft Certified Trainer and technology professional.

## Installation

### Option 1: Using uv (Fastest ⚡)
```bash
uv pip install pratikpathak
```
> **Why uv?** uv is 10-100x faster than pip and offers reliable dependency resolution.

### Option 2: Using pipx (Recommended for CLI tools)
```bash
pipx install pratikpathak
```
> **Why pipx?** pipx installs packages in isolated environments, avoiding dependency conflicts while making commands globally available.

### Option 3: Using pip (Traditional)
```bash
pip install pratikpathak
```

## Usage

After installation with uv, pipx, or pip, you can run the command:

```bash
pratikpathak
```

Or use it in Python:

```python
import pratikpathak
pratikpathak.main()
```

## About

This package prints information about Pratik Pathak, including his professional background, contact details, and passion for sharing knowledge through free workshops and seminars.

## 📚 Documentation

- **[UV Installation Guide](https://github.com/zpratikpathak/pip-install-pratikpathak/blob/main/UV_INSTALLATION.md)** - Complete guide for using uv (fastest method)
- **[PIPX Installation Guide](https://github.com/zpratikpathak/pip-install-pratikpathak/blob/main/PIPX_INSTALLATION.md)** - Complete guide for using pipx
- **[Publishing Guide](https://github.com/zpratikpathak/pip-install-pratikpathak/blob/main/PUBLISH_INSTRUCTIONS.md)** - How this package was created and published

## Contact

- **Email**: me@pratikpathak.com
- **LinkedIn**: https://www.linkedin.com/in/pathakpratik/
- **Website**: http://pratikpathak.com/

## License

MIT License