fix(records): Include images from cds.cern and mybinder

data/records/cms-tools-nanoaod-outreach-dimuon-spectrum.json

@@ -1,7 +1,7 @@
 [
   {
     "abstract": {
-      "description": "<p>This analysis takes data from the CMS experiment recorded in 2012 during Run B and C and extracts the di-muon spectrum. The di-muon spectrum is computed from the data by calculating the invariant mass of muon pairs with opposite charge. In the resulting plot, you are able to rediscover particle resonances in a wide energy range from the <a href=\"https://en.wikipedia.org/wiki/Eta_meson\">$\\eta$ meson</a> at about 548 MeV up to the <a href=\"https://en.wikipedia.org/wiki/W_and_Z_bosons\">Z boson</a> at about 91 GeV.</p><p>The analysis code opens an interactive plot, which allows to zoom and navigate in the spectrum. Note that the bump at 30 GeV is not a resonance but an effect of the data taking due to the used trigger. The technical description of the dataset can be found in the respective record linked below.</p><p>The result of this analysis can be compared with <a href=\"https://cds.cern.ch/record/1456510\">an official result of the CMS collaboration using data taken in 2010</a>, see the plots below:</p><p align=\"middle\"><img src=\"https://github.com/cms-opendata-analyses/DimuonSpectrum2012NanoAOD/blob/master/dimuonSpectrum.png?raw=true\" width=50% align=\"middle\"><img src=\"http://cds.cern.ch/record/1456510/files/pictures_samples_dimuonSpectrum_40pb-1_mod-combined.png\" width=50% align=\"middle\"></p>"
+      "description": "<p>This analysis takes data from the CMS experiment recorded in 2012 during Run B and C and extracts the di-muon spectrum. The di-muon spectrum is computed from the data by calculating the invariant mass of muon pairs with opposite charge. In the resulting plot, you are able to rediscover particle resonances in a wide energy range from the <a href=\"https://en.wikipedia.org/wiki/Eta_meson\">$\\eta$ meson</a> at about 548 MeV up to the <a href=\"https://en.wikipedia.org/wiki/W_and_Z_bosons\">Z boson</a> at about 91 GeV.</p><p>The analysis code opens an interactive plot, which allows to zoom and navigate in the spectrum. Note that the bump at 30 GeV is not a resonance but an effect of the data taking due to the used trigger. The technical description of the dataset can be found in the respective record linked below.</p><p>The result of this analysis can be compared with <a href=\"https://cds.cern.ch/record/1456510\">an official result of the CMS collaboration using data taken in 2010</a>, see the plots below:</p><p align=\"middle\"><img src=\"https://github.com/cms-opendata-analyses/DimuonSpectrum2012NanoAOD/blob/master/dimuonSpectrum.png?raw=true\" width=50% align=\"middle\"><img src=\"/static/records/12342/pictures_samples_dimuonSpectrum_40pb-1_mod-combined.png\" width=50% align=\"middle\"></p>"
     },
     "accelerator": "CERN-LHC",
     "authors": [
@@ -86,7 +86,7 @@
       ]
     },
     "usage": {
-      "description": "<p>The analysis can be run with a plain ROOT installation, either installed locally or taken from the CMS Open Data VM environment. Follow the respective link in the related items section for the VM or go to <a href=\"https://root.cern\">root.cern</a> for instructions how to install locally.</p><p>In case your system has a CVMFS installation, or you can use the CMS Open Data VM environment, you can set up the needed software sourcing an <a href=\"http://lcginfo.cern.ch/\">LCG software release</a> with following setup script:</p><p><code>source /cvmfs/sft.cern.ch/lcg/views/LCG_95/x86_64-slc6-gcc8-opt/setup.sh</code></p><p>Note that you may have to replace <code>x86_64-slc6-gcc8-opt</code> with a platform matching your system.</p><p>To download the files, you can either use directly the web browser or the following command.<p><code>git clone git://github.com/cms-opendata-analyses/DimuonSpectrumNanoAODOutreachAnalysis -b v1.4</code></p></p><p>The code of the analysis is provided in C++ and Python, which provide the exact same result. The instructions to run the code are shown below:</p><p><strong>Python (notebook):</strong></p><p>The notebook is run in the web browser and can either be executed locally or via <a href=\"https://mybinder.org\">binder</a>. To run locally, use the following command in the directory with the notebook file.</p><p><code>jupyter notebook</code></p><p>To run the analysis in binder, click on the badge below.</p><p><a href=\"https://mybinder.org/v2/gh/cms-opendata-analyses/DimuonSpectrumNanoAODOutreachAnalysis/v1.4\"><img src=\"https://mybinder.org/badge_logo.svg\"></a></p><p><strong>Python (interactive graphics):</strong></p><p>Note the <code>-i</code> flag, which keeps the Python interpreter alive after the end of the script so that the interactive plot can still be explored.<br><code>python -i dimuonSpectrum.py</code></p><p><strong>C++ (interactive graphics):</strong></p><p><code>root -l dimuonSpectrum.C</code></p><p><strong>C++ (compiled):</strong></p><p>Note that you have to select the compiler based on your system.<br><code>g++ -O3 -o dimuonSpectrum dimuonSpectrum.C $(root-config --cflags --libs)</code><br><code>./dimuonSpectrum</code></p><p>The scripts download the file on demand using the <a href=\"http://xrootd.org/\">XRootD</a> protocol. However, with a limited internet connection, you can download the file upfront and link to the local file in the code. Use the following command to download the file:</p><p><code>xrdcp root://eospublic.cern.ch//eos/opendata/cms/derived-data/AOD2NanoAODOutreachTool/Run2012BC_DoubleMuParked_Muons.root .</code></p><p><em>Updated on December 1st 2022. New version v1.4 is provided with an updated notebook file <code>dimuonSpectrum.ipynb</code>.</em></p>"
+      "description": "<p>The analysis can be run with a plain ROOT installation, either installed locally or taken from the CMS Open Data VM environment. Follow the respective link in the related items section for the VM or go to <a href=\"https://root.cern\">root.cern</a> for instructions how to install locally.</p><p>In case your system has a CVMFS installation, or you can use the CMS Open Data VM environment, you can set up the needed software sourcing an <a href=\"http://lcginfo.cern.ch/\">LCG software release</a> with following setup script:</p><p><code>source /cvmfs/sft.cern.ch/lcg/views/LCG_95/x86_64-slc6-gcc8-opt/setup.sh</code></p><p>Note that you may have to replace <code>x86_64-slc6-gcc8-opt</code> with a platform matching your system.</p><p>To download the files, you can either use directly the web browser or the following command.<p><code>git clone git://github.com/cms-opendata-analyses/DimuonSpectrumNanoAODOutreachAnalysis -b v1.4</code></p></p><p>The code of the analysis is provided in C++ and Python, which provide the exact same result. The instructions to run the code are shown below:</p><p><strong>Python (notebook):</strong></p><p>The notebook is run in the web browser and can either be executed locally or via <a href=\"https://mybinder.org\">binder</a>. To run locally, use the following command in the directory with the notebook file.</p><p><code>jupyter notebook</code></p><p>To run the analysis in binder, click on the badge below.</p><p><a href=\"https://mybinder.org/v2/gh/cms-opendata-analyses/DimuonSpectrumNanoAODOutreachAnalysis/HEAD?labpath=dimuonSpectrum.ipynb\"><img src=\"/static/records/12342/badge_logo.svg\"></a></p><p><strong>Python (interactive graphics):</strong></p><p>Note the <code>-i</code> flag, which keeps the Python interpreter alive after the end of the script so that the interactive plot can still be explored.<br><code>python -i dimuonSpectrum.py</code></p><p><strong>C++ (interactive graphics):</strong></p><p><code>root -l dimuonSpectrum.C</code></p><p><strong>C++ (compiled):</strong></p><p>Note that you have to select the compiler based on your system.<br><code>g++ -O3 -o dimuonSpectrum dimuonSpectrum.C $(root-config --cflags --libs)</code><br><code>./dimuonSpectrum</code></p><p>The scripts download the file on demand using the <a href=\"http://xrootd.org/\">XRootD</a> protocol. However, with a limited internet connection, you can download the file upfront and link to the local file in the code. Use the following command to download the file:</p><p><code>xrdcp root://eospublic.cern.ch//eos/opendata/cms/derived-data/AOD2NanoAODOutreachTool/Run2012BC_DoubleMuParked_Muons.root .</code></p><p><em>Updated on December 1st 2022. New version v1.4 is provided with an updated notebook file <code>dimuonSpectrum.ipynb</code>.</em></p>"
     },
     "use_with": {
       "description": "The analysis can be run with the following dataset:",