semvec/pypi-packages huggingface dataset:
osl-analysis 0.1.20
program for the analysis of physical processes of OSL curves
Requires Python: >=3.6

# OSL_ANALYSIS

A comprehensive simulation program for analyzing photostimulation, irradiation,
thermal washing, and optical washing processes in optically and thermally
stimulated materials.

## Author
**EDWIN JOEL PILCO QUISPE**  
Email: edwinpilco10@gmail.com
## Co-Author
**JOSÉ FRANCISCO BENAVENTE CUEVAS** 
Email:
benaventejosef@gmail.com
jf.benavente@ciemat.es

## Co-Author
**NILO FRANCISCO CANO MAMANI**
Email:nilo.cano@unifesp.br

## Description
This package provides a sophisticated computational framework for modeling
charge carrier dynamics in materials subjected to optical and thermal
stimulation. It implements advanced physical models for optically stimulated
luminescence (OSL) and radiation dosimetry applications.

## Key Features

### Multi-Process Simulation
- **Photostimulation Analysis**: Wavelength-dependent photoionization
  cross-section calculations with Gaussian light source simulation
- **Irradiation Modeling**: Trap filling dynamics during radiation exposure
  with competition effects
- **Thermal Washing**: Thermal release of trapped charges using the
  TTOR (Two-Trap One-Recombination center) model
- **Optical Washing**: Combined thermal–optical stimulation effects analysis

### Advanced Physical Models
- Extended TTOR model with three eV electron traps (user selected)
- Temperature-dependent detrapping via Arrhenius equation
- Wavelength-dependent photoionization probabilities
- Charge neutrality verification and validation

### Flexible Input System
Supports:
- Single values: `470`
- Ranges: `300,400,25`
- Multiple values: `300-350-400`

## Output
- Three-panel diagnostic plots per simulation
- Publication-quality PNG images (300 DPI)
- Tab-delimited text files (Origin / Excel compatible)
- Pandas DataFrames
- Automatic Google Colab download support

## Scientific Applications
- Radiation dosimetry and OSL dosimeter characterization
- Material science defect studies

## Installation

### From PyPI
```bash
python -m pip install OSL_ANALYSIS
cosmic-explorer-pro 0.1.0
An incredibly cool space MCP with real-time data, space weather, exoplanet discovery, Mars rover feeds, and interactive space simulations!
Requires Python: >=3.10

# Cosmic Explorer Pro

An incredibly cool space MCP with real-time data, space weather, exoplanet discovery, Mars rover feeds, and interactive space simulations!

## Installation

```bash
uvx cosmic-explorer-pro
```

## Tools

- `track_iss_live`: Get ISS location with live tracking, next pass times for any location, and crew details
- `get_space_weather`: Get current space weather including solar flares, geomagnetic storms, and aurora predictions
- `discover_exoplanets`: Discover fascinating exoplanets with detailed characteristics and habitability analysis
- `mars_rover_update`: Get the latest updates from Mars rovers including weather, recent photos, and mission status
- `simulate_space_mission`: Run an interactive space mission simulation with real physics and challenges
- `cosmic_event_tracker`: Track upcoming cosmic events like eclipses, meteor showers, planetary alignments, and celestial phenomena

## Resources

- `cosmic://missions`: Comprehensive database of past, current, and planned space missions
- `cosmic://technology`: Cutting-edge space technologies and their applications
- `cosmic://phenomena`: Guide to fascinating cosmic phenomena and celestial events

## Prompts

- `space_mission_commander`: Generate detailed mission briefings as an experienced space mission commander
- `cosmic_discovery_narrator`: Narrate cosmic discoveries and space phenomena with dramatic flair and scientific accuracy

## Claude Desktop Configuration

```json
{
  "mcpServers": {
    "cosmic-explorer-pro": {
      "command": "uvx",
      "args": ["cosmic-explorer-pro"]
    }
  }
}
```

---

Generated with MCP Builder
space-explorer-mcp 0.1.0
An awesome MCP server for exploring space! Track the ISS, get SpaceX launch data, discover NASA content, and learn fascinating space facts.
Requires Python: >=3.10

# Space Explorer MCP

An awesome MCP server for exploring space! Track the ISS, get SpaceX launch data, discover NASA content, and learn fascinating space facts.

## Installation

```bash
uvx space-explorer-mcp
```

## Tools

- `get_iss_location`: Get the current location of the International Space Station with coordinates and timestamp
- `get_astronauts_in_space`: Get information about all astronauts currently in space
- `get_spacex_next_launch`: Get information about the next upcoming SpaceX launch
- `get_nasa_apod`: Get NASA's Astronomy Picture of the Day
- `get_space_fact`: Get a random fascinating space fact
- `calculate_space_distance`: Calculate distances between celestial bodies or convert space units

## Resources

- `space://apis`: Information about space-related APIs and data sources
- `space://iss`: Detailed information about the International Space Station
- `space://solar-system`: Overview of our solar system with key facts

## Prompts

- `space_mission_briefing`: Generate a space mission briefing for any celestial destination
- `explain_space_concept`: Generate an engaging explanation of space concepts for different audiences

## Claude Desktop Configuration

```json
{
  "mcpServers": {
    "space-explorer-mcp": {
      "command": "uvx",
      "args": ["space-explorer-mcp"]
    }
  }
}
```

---

Generated with MCP Builder
pix8 0.0.4
Tiny fantasy console

# **📦 PIX-8 — Tiny Fantasy Console**

PIX-8 is a minimal, retro-style fantasy console written in Python.  
 It lets you create **tiny games** with a simple PEP-8-inspired Python cartridge format.

---

## **⚡ Features**

* 128×128 pixel display

* 16-color palette

* Simple drawing API: `cls()`, `pset()`, `rectfill()`

* Input: arrow keys \+ `Z/X` as buttons

* PEP-8–style cartridges (`init(pix)`, `update(pix)`, `draw(pix)`)

* Runs as a single Python file (`pix8.py`)

---

## **🏁 Installation**

`git clone <repo-url>`  
`cd pix8`  
`pip install .`

Or if you just want to run it locally without pip:

`python pix8.py game.py`

---

## **🎮 Writing a Cartridge**

Create a Python file, for example `game.py`:

`metadata = {"title": "Tiny Demo"}`

`def init(pix):`  
    `pix.x = 60`  
    `pix.y = 60`

`def update(pix):`  
    `if pix.btn("left"):`  
        `pix.x -= 1`  
    `if pix.btn("right"):`  
        `pix.x += 1`

`def draw(pix):`  
    `pix.cls(1)`  
    `pix.rectfill(pix.x, pix.y, 8, 8, 8)`

Run it:

`pix8 game.py`

---

## **🔑 API Reference**

| Function | Description |
| ----- | ----- |
| `pix.cls(color=0)` | Clear the screen |
| `pix.pset(x, y, color=7)` | Draw a single pixel |
| `pix.rectfill(x, y, w, h, color=7)` | Draw a filled rectangle |
| `pix.btn("left")` | Check if a button is pressed (`left`, `right`, `up`, `down`, `a`, `b`) |
| `pix.flip()` | Update the screen and tick FPS |

---

## **📄 License**

MIT License — free to use, modify, and share.