semvec/pypi-packages huggingface dataset:
COCOPLOTS 1.0.8
COlor COllapsed PLOTting quick-look and context image software
Requires Python: >=3.7, <4

# COCOPLOT
COlor COllapsed PLOTting software (COCOPLOT) generates quick-look and context images. The aim is to convey spectral profile information from all of the spatial pixels in a 3D datacube via a single 2D image, using color. Filters for red, green, and blue channels are convolved with the datacube to produce an RGB a color image. This process avoids the user needing to scan through many different wavelengths when searching for regions in the datacube that satisfy multiple criteria.

Although applicable to any 3D datacube, this software was inspired by a single thought: what would the Sun look like if we could only see light from one spectral line? In an absorption line, with low emission in the central wavelengths, and high wings on either side, the blue and red cone receptors of our thought experiment would be triggered, making the Sun appear purple. For a strong, narrow emission line the converse is true, and so the line would appear green. A red or blue Doppler-shifted emission would appear in those colours respectively.

## Citing this method
These routines were developed as part of a publication by
[M. Druett et al. (2022)](https://ui.adsabs.harvard.edu/abs/2021arXiv211110786D/abstract).
Please if you use them in your project we would appreciate
it if you cite our publication.

## Acknowledgements
This work was supported by The Swedish Research Council, grant number 2017-04099
StarWorldCoreLib3 1.9.2
StarWorldCoreLib
Requires Python: >=3.8

# StarWorldCoreLib3
>A simple data processing module<br>
>Version: 1.9.2

Example Code
```python
import StarWorldCoreLib as sw
rstr = sw.rstring("HelloWorld")
print(sw.string(rstr.reverse()))
#Output "dlroWolleH"
print(sw.string(rstr.upset()))
#Output "HelloWorld" scrambled text
#As edWrolHlol
```

StarWorldCoreLib.rstring's introduce
> Usage：rstring("Some Texts") -> rstring<br>
> Action：<br>
>>reverse() -> rstring: used to reverse the rstring content<br>
>>upset() -> rstring: used to disrupt rstring content<br>
>>replace(rstring("Text to replace"),rstring("Replaced text")) -> rstring: used to replace the contents of rstring<br>
>>split(rstring("Split text")) -> list: used to divide rstring text into lists according to parameters<br>

StarWorldCoreLib.rclipboard's introduce
> Usage：rclipboard() -> rclipboard<br>
> Action：<br>
>> read() -> rstring: Read rstring type of pasteboard
>> write(rstring("Content written to the pasteboard")) -> rstring: write content to pasteboard


StarWorldCoreLib.string's introduce
> Usage：string(rstring("An rstring content")) -> str<br>
> introduce：Convert rstring content to string content

Please study more by yourself.
XPathMongoCompiler 0.1.1
CS5421 project: Design and implementation of a compiler for an XPath dialect for JSON and MongoDB
Requires Python: >=3.6

# CS5421 Project

- group members: Gu Yunxiang, Hou Shizheng, Liu Fengjiang, Zheng Ying, Zou Haoliang

## Description

This is a group project for CS5421 at NUS. The aim is to design and implement a compiler from an XPath dialect to MongoDB query that searches through the binary JSON documents.