Workshop

The content of this workshop was presented at XLVII Reunião Anual da SAB, held in Águas de Lindóia (São Paulo, Brazil)

Requirements

• Python 3.8
• splusdata to access S-PLUS data.
• S-Cubes to create IFS-like galaxy cubes
• Jupyter to run the notebooks to open the classes and exercises notebooks
• LSDB to deal with big catalogs
• S-Cubes requires Source-extractor (SEXtractor) installed either locally or system-wide (to install with aptitude: sudo apt install source-extractor)
• An user account at S-PLUS Cloud in order to access the necessary data.

Installation

To install splusdata, S-Cubes, Jupyter and LSDB, simply run:

pip install -r requirements.txt

About S-PLUS

Slides

Tutorials

1. Introduction to S-PLUS

2. S-PLUS Data Structures

• Intro to splus.cloud and splusdata
• Fast query with lsdb
• [Extra] Extinction Correction and Zero Points in Astronomical Data

3. Hands-on: S-PLUS data use - some science cases

• H.R. diagram of a cluster of stars
• Galaxy crosmatch and a color-magnitude diagram
• [Extra] Radial Profile Analysis with S-PLUS data

4. S-Cubes: Creating IFS-like cubes with S-PLUS data

• S-Cubes pdf presentation
• Creating a cube and check result