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21 | 21 | "modeling, convolution, coordinates, WCS, FITS, radio astronomy, matplotlib, colorbar\n",
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22 | 22 | "\n",
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23 | 23 | "## Summary\n",
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24 |
| - "In this tutorial, we will:\n", |
25 |
| - "\n", |
26 |
| - "[1. Load and examine the FITS file](#1.-Load-and-examine-the-FITS-file)\n", |
27 |
| - "\n", |
28 |
| - "[2. Set up astrometry coordinates](#2.-Set-up-astrometry-coordinates)\n", |
29 |
| - "\n", |
30 |
| - "[3. Prepare a Point Spread Function (PSF)](#3.-Prepare-a-Point-Spread-Function-(PSF))\n", |
31 |
| - "\n", |
32 |
| - ">[3.a How to do this without astropy kernels](#3.a-How-to-do-this-without-astropy-kernels)\n", |
33 |
| - "\n", |
34 |
| - "[4. Convolve image with PSF](#4.-Convolve-image-with-PSF)\n", |
35 |
| - "\n", |
36 |
| - "[5. Convolve Stokes Q and U images](#5.-Convolve-Stokes-Q-and-U-images)\n", |
37 |
| - "\n", |
38 |
| - "[6. Calculate polarization angle and fraction for quiver plot](#6.-Calculate-polarization-angle-and-fraction-for-quiver-plot)" |
| 24 | + "In this tutorial, we will: [load and examine a FITS file](#load-and-examine-the-fits-file), \n", |
| 25 | + "[set up astrometry coordinates](#set-up-astrometry-coordinates), \n", |
| 26 | + "[prepare a Point Spread Function (PSF)](#prepare-a-point-spread-function-psf),\n", |
| 27 | + "[see how to do this without astropy kernels](#a-how-to-do-this-without-astropy-kernels),\n", |
| 28 | + "[convolve an image with a PSF](#convolve-image-with-psf), \n", |
| 29 | + "[convolve Stokes Q and U images](#convolve-stokes-q-and-u-images), and\n", |
| 30 | + "[calculate polarization angle and fraction for a quiver plot](#calculate-polarization-angle-and-fraction-for-quiver-plot)." |
39 | 31 | ]
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40 | 32 | },
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41 | 33 | {
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