Rendered tutorial notebooks¶
Title |
Brief Description |
|---|---|
NB 01. Introduction to DP02 |
Use the Jupyter Notebooks and Rubin python packages to access LSST data products. |
NB 02. Catalog Queries with TAP |
Explore the DP0.2 catalogs via TAP and execute complex queries to retrieve data. |
NB 03a. Image Display and Manipulation |
Learn how to display and manipulate images using the LSST Science Pipelines. |
NB 03b. Image Display with Firefly |
Use the Firefly interactive interface for image data. |
NB 03c. Survey Property Maps |
Use the tools to visualize full-area survey property maps. |
NB 04a. Introduction to the Butler |
Use the Butler to query DP0 images and catalogs. |
NB 04b. Intermediate Butler Queries |
Learn to discover data and apply query constraints with the Butler. |
Manipulate images; measure sources; and extract, plot, and use object footprints. |
|
NB 06a. Interactive Image Visualization |
Image visualizations with the HoloViews and Bokeh open-source python libraries. |
Visualizations for large datasets with HoloViews, Bokeh, and Datashader. |
|
NB 07a. DiaObject Samples |
Identify a sample of time-variable objects of interest. |
NB 07b. Variable Star Lightcurves |
Use the DP0.2 catalogs to identify variable stars and plot their lightcurves. |
NB 08. Truth Tables |
Explore, retrieve, and compare data from the truth and measurement tables. |
NB 09a. Custom Coadd |
Create a custom “deepCoadd” using only a subset of the input visits. |
NB 09b. Custom Coadd Sources |
Detect and measure sources in a custom “deepCoadd” image. |
NB 10. Deblender Data Products |
Explore the footprints of parent and child objects. |
NB 11. Working with User Packages |
An example of how to install and set up user packages. |
NB 12a. PSF Data Products |
A demonstration of how to access calexp and deepCoadd PSF properties. |
NB 12b. PSF Science Demo |
Demonstration of the use of measured PSF properties in weak lensing analysis. |
NB 13a. Image Cutout SciDemo |
Demonstration of the use of the image cutout tool with a few science applications. |
NB 14. Injecting Synthetic Sources |
Inject artificial stars and galaxies into images. |
More tutorials coming soon!