semvec/pypi-packages huggingface dataset:
onepix-dct 0.1.0
DCT imaging method plugin for ONE-PIX
License: MIT
Requires Python: >=3.9

# Discrete Cosine Transform (DCT) Imaging Method  
---  
## Overview  
The *DCT* (Discrete Cosine Transform) imaging method is a classical single-pixel imaging technique based on discrete cosine patterns. This orthogonal pattern basis is the same one historically used in JPEG compression.  

| Development Status | Technique Specificity | Measurement Output Format | Example Patterns |
|--------------------|-----------------------|----------------------------|------------------|
| Functional and final | Classical SPI | Raw measurements: spectra / masks / metadata | <p align="center"> <img src="img/DCT_pattern.png" alt="hub" width="100"/> </p> |

## install 
tested with python 3.9
```bash
pip install onepix_dct
```

## 🔗 Source Code  
📁 Access the source code on GitHub:  
👉 [ONE-PIX – DCT Imaging Method](https://github.com/PhotonicsOpenProjects/ONE-PIX/tree/main/plugins/imaging_methods/DCT)

## 🧪 Author & Contributor  
🔧 Made by [POP](https://www.photonics-open-projects.com/) 💡
onepix-custom 0.1.0
Custom ONE-PIX imaging method
License: MIT
Requires Python: >=3.9

# Custom Measurement Method  
---  
## Overview  
The *Custom* measurement method allows users to perform measurements using pre-recorded patterns stored in a folder of their choice.  

one file is considered as a pattern 

"*.png", "*.jpg", "*.jpeg", "*.bmp", "*.tif", "*.tiff", "*.npy", "*.npz" format can be load.  

This measurement method is useful for the following use cases:  

- Performing **HAS measurements** with a static scene, to repeat measurements.  
- Experimenting with **new low-level imaging methods** if needed.  

| Development Status | Technique Specificity | Measurement Output Format | Example Patterns |
|--------------------|-----------------------|----------------------------|------------------|
| Functional and final | Use of custom patterns | Raw measurements: spectra / masks / metadata | |


## install 
tested with python 3.9
```bash
pip install onepix_custom
```

## 🔗 Source Code  
📁 Access the source code on GitHub:  
👉 [ONE-PIX – Custom Imaging Method](https://github.com/PhotonicsOpenProjects/ONE-PIX/tree/main/plugins/imaging_methods/Custom)

## 🧪 Author & Contributor  
🔧 Made by [POP](https://www.photonics-open-projects.com/) 💡
XGM-devtest-xy 1.2.0
XGM MDS24 设备驱动
License: MIT
Requires Python: >=3.8.0
Keywords: XGM MDS24 device driver

# XGM_devtest_xy

XGM MDS24 设备驱动包

## 安装

```bash
pip install XGM_devtest_xy
```

## 使用

安装后，使用以下方式导入：

```python
import systemq_xy
from systemq_xy.XGM_MDS24 import Driver
```

## 版本信息

- 版本：V1.2-20250719
- XY 驱动版本：V1.0-20250523

## 依赖

- quarkstudio[remote]
- waveforms
- numpy

## 许可证

MIT License