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hops [2023/09/05 11:28]
Déborah Paradis
hops [2024/02/02 16:37]
Déborah Paradis
Line 1: Line 1:
-====== HOPS ======+====== ​The H2O southern Galactic Plane Survey (HOPS)  ​======
  
-The H2O southern Galactic Plane Survey (HOPSwas a survey of selected molecular line transitions in the 12mm window with the Mopra radio-telescope. The HOPS survey covers a longitude range  l = (-70°,​+30°) and a latitude range of |b| < 0.5°. ​ The total survey area is 100 square degrees. ​+The HOPS survey ​was a survey of selected molecular line transitions in the 12mm window with the Mopra radio-telescope. The HOPS survey covers a longitude range  l = (-70°,​+30°) and a latitude range of |b| < 0.5°. ​ The total survey area is 100 square degrees. ​
  
 The key spectral targets of HOPS were H2O masers, the ammonia transitions NH3(1,1), NH3(2,2), NH3(3,3) and NH3(6,6), HC3N (3-2) and the RRL H69α. The key spectral targets of HOPS were H2O masers, the ammonia transitions NH3(1,1), NH3(2,2), NH3(3,3) and NH3(6,6), HC3N (3-2) and the RRL H69α.
Line 7: Line 7:
 The intrinsic angular resolution of the HOPS survey data is ~2 arcminutes, and the velocity resolution is 0.43 km/s. The typical rms sensitivity per 0.43 km/s channel of the HOPS data cubes is σ(T) ~ 0.1K.  The intrinsic angular resolution of the HOPS survey data is ~2 arcminutes, and the velocity resolution is 0.43 km/s. The typical rms sensitivity per 0.43 km/s channel of the HOPS data cubes is σ(T) ~ 0.1K. 
  
-CADE currently ​delivers NH3(1,1), NH3(2,2), NH3(6,6) and HC3N (3-2) integrated intensity ​and peak brightness ​maps of the full HOPS region using the survey'​s public data release.+CADE  delivers ​H2O maser, RRL H69α, ​NH3(1,1), NH3(2,2), NH3(3,3), NH3(6,6) and HC3N (3-2) integrated intensity maps of the full HOPS region using the survey'​s public data release.
  
 /*Please contact us [[mailto:​cade@irap.omp.eu|cade@irap.omp.eu]] if you are interested in HEALPix maps of the other transitions surveyed by HOPS, or if you require maps at a different angular resolution for your science.*/ /*Please contact us [[mailto:​cade@irap.omp.eu|cade@irap.omp.eu]] if you are interested in HEALPix maps of the other transitions surveyed by HOPS, or if you require maps at a different angular resolution for your science.*/
  
-Healpix maps made by AHughes. +Healpix maps made by DParadis.
  
 <​html>​ <​html>​
Line 22: Line 21:
     connection.notifyAll([msg]);​     connection.notifyAll([msg]);​
 }; };
-var nh311_tpk= function(connection) {+var h2o_mom0= function(connection) {
     var msg = new samp.Message("​image.load.fits",​     var msg = new samp.Message("​image.load.fits",​
-    {"​url":​ "​http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_NH311_TPK_1_4096_partial.fits","​name":"​HOPS ​NH311 TPK"} );+    {"​url":​ "​http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_H2O_MOM0_1_4096_partial.fits","​name":"​HOPS ​H2O MOM0"} );
     connection.notifyAll([msg]);​     connection.notifyAll([msg]);​
 }; };
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 </​html>​ </​html>​
  
-^  __**NH3(1,1) integrated intensity**__  ^  __**NH3(1,​1) ​TPK**__  ^  __**HC3N(3,​2) ​integrated intensity**__  ^+^  __**H2O **__  ^  __**NH3(1,​1) **__  ^  __**HC3N(3,​2) **__  ^
 |  <​html>​ |  <​html>​
 +<div id="​aladin-lite-div-h2o_mom0"​ class="​aladin-lite-container200"></​div>​
 +</​html> ​ |  <​html>​
 <div id="​aladin-lite-div-nh311_mom0"​ class="​aladin-lite-container200"></​div>​ <div id="​aladin-lite-div-nh311_mom0"​ class="​aladin-lite-container200"></​div>​
-</​html> ​ |  <​html>​ 
-<div id="​aladin-lite-div-nh311_tpk"​ class="​aladin-lite-container200"></​div>​ 
 </​html> ​ |  <​html>​ </​html> ​ |  <​html>​
 <div id="​aladin-lite-div-hc3n_mom0"​ class="​aladin-lite-container200"></​div>​ <div id="​aladin-lite-div-hc3n_mom0"​ class="​aladin-lite-container200"></​div>​
Line 51: Line 50:
 === Maps === === Maps ===
  
-NH3(1,1) Integrated Intensity ​: [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_NH311_MOM0_1_4096_partial.fits|HOPS_NH311_MOM0_1_4096_partial.fits]]+H2O Masers ​: [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_H2O_MOM0_1_4096_partial.fits|HOPS_H2O_MOM0_1_4096_partial.fits]] 
 +<​html>​ 
 +<button class="​aladin-btn"​ type="​button"​ onclick="​connector.runWithConnection(h2o_mom0)">​Aladin</​button>​ 
 +</​html>​
  
-NH3(1,​1) ​Peak Brightness ​: [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_NH311_TPK_1_4096_partial.fits|HOPS_NH311_TPK_1_4096_partial.fits]]+RRL H69α : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_H69a_MOM0_1_4096_partial.fits|HOPS_H69a_MOM0_1_4096_partial.fits]] 
 + 
 +NH3(1,​1) ​Integrated Intensity ​: [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_NH311_MOM0_1_4096_partial.fits|HOPS_NH311_MOM0_1_4096_partial.fits]] 
 +<​html>​ 
 +<button class="​aladin-btn"​ type="​button"​ onclick="​connector.runWithConnection(nh311_mom0)">​Aladin</​button>​ 
 +</​html>​
  
 NH3(2,2) Integrated Intensity : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_NH322_MOM0_1_4096_partial.fits|HOPS_NH322_MOM0_1_4096_partial.fits]] NH3(2,2) Integrated Intensity : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_NH322_MOM0_1_4096_partial.fits|HOPS_NH322_MOM0_1_4096_partial.fits]]
  
-NH3(2,2Peak Brightness ​: [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_NH322_TPK_1_4096_partial.fits|HOPS_NH322_TPK_1_4096_partial.fits]]+NH3(3,3Integrated Intensity ​: [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_NH333_MOM0_1_4096_partial.fits|HOPS_NH333_MOM0_1_4096_partial.fits]]
  
 NH3(6,6) Integrated Intensity : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_NH366_MOM0_1_4096_partial.fits|HOPS_NH366_MOM0_1_4096_partial.fits]] NH3(6,6) Integrated Intensity : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_NH366_MOM0_1_4096_partial.fits|HOPS_NH366_MOM0_1_4096_partial.fits]]
- 
-NH3(6,6) Peak Brightness : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_NH366_TPK_1_4096_partial.fits|HOPS_NH366_TPK_1_4096_partial.fits]] 
  
 HC3N (3-2) Integrated Intensity : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_HC3N_MOM0_1_4096_partial.fits|HOPS_HC3N_MOM0_1_4096_partial.fits]] HC3N (3-2) Integrated Intensity : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_HC3N_MOM0_1_4096_partial.fits|HOPS_HC3N_MOM0_1_4096_partial.fits]]
- +<​html>​ 
-HC3N (3-2) Peak Brightness : [[http://​cade.irap.omp.eu/​documents/​Ancillary/​HOPS/​HOPS_HC3N_MOM0_1_4096_partial.fits|HOPS_HC3N_MOM0_1_4096_partial.fits]] +<button class="​aladin-btn" type="​button"​ onclick="​connector.runWithConnection(hc3n_mom0)">​Aladin<​/button> 
- +</html>
-=== Original WCS Data === +
-https://​research.science.mq.edu.au/hops/​public/​data_cubes.php +
- +
-=== Project Website === +
-https://​research.science.mq.edu.au/​hops/​public/​index.php+
  
 <​html>​ <​html>​
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     aladin_01.gotoPosition(0,​ 0);     aladin_01.gotoPosition(0,​ 0);
     aladin_01.setImageSurvey(aladin_01.createImageSurvey(     aladin_01.setImageSurvey(aladin_01.createImageSurvey(
-        '​HOPS_NH311_MOM0,​ 'HOPS _NH311_MOM0',​+        '​HOPS_NH311_MOM0', 'HOPS _NH311_MOM0',​
         '​http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​HOPS_NH311_MOM0/',​         '​http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​HOPS_NH311_MOM0/',​
         '​Galactic',​ 3         '​Galactic',​ 3
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     aladin_01.getBaseImageLayer().getColorMap().update('​rainbow'​);​     aladin_01.getBaseImageLayer().getColorMap().update('​rainbow'​);​
  
-            ​var aladin_02 = A.aladin('#​aladin-lite-div-nh311_tpk',​ {zoom:​170});​+    ​var aladin_02 = A.aladin('#​aladin-lite-div-nh311_tpk',​ {zoom:​170});​
     aladin_02.setFrame('​Galactic'​);​     aladin_02.setFrame('​Galactic'​);​
     aladin_02.gotoPosition(0,​ 0);     aladin_02.gotoPosition(0,​ 0);
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     aladin_02.getBaseImageLayer().getColorMap().update('​rainbow'​);​     aladin_02.getBaseImageLayer().getColorMap().update('​rainbow'​);​
  
- +    ​var aladin_03 = A.aladin('#​aladin-lite-div-hc3n_mom0', {zoom:​170});​
-            ​var aladin_03 = A.aladin('#​aladin-lite-div-hi4pi_mom1', {zoom:​170});​+
     aladin_03.setFrame('​Galactic'​);​     aladin_03.setFrame('​Galactic'​);​
     aladin_03.gotoPosition(0,​ 0);     aladin_03.gotoPosition(0,​ 0);
     aladin_03.setImageSurvey(aladin_03.createImageSurvey(     aladin_03.setImageSurvey(aladin_03.createImageSurvey(
-        'HI4PI_MOM1', 'HI4PI_MOM1', +        'HOPS_HC3N_MOM0', 'HOPS_HC3N_MOM0', 
-        '​http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​HI4PI_MOM1_GAL/',+        '​http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​HOPS_HC3N_MOM0/',
         '​Galactic',​ 3         '​Galactic',​ 3
     ));     ));
Line 112: Line 111:
 </​script>​ </​script>​
 </​html>​ </​html>​
 +
 +
 +
 +===HiPS ===
 +
 +Enter the following URLs in Aladin ("​Files"​ then "Use directly a URL"):
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​HOPS_H2O_MOM0 \\
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​HOPS_H69a_MOM0 \\
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​HOPS_NH311_MOM0 \\
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​HOPS_NH322_MOM0 \\
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​HOPS_NH333_MOM0 \\
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​HOPS_NH366_MOM0 \\
 +http://​cade.irap.omp.eu/​documents/​Ancillary/​4Aladin/​HOPS_HC3N_MOM0 \\
 +
 +
 +
 +=== Original WCS Data ===
 +https://​research.science.mq.edu.au/​hops/​public/​data_cubes.php
 +
 +=== Project Website ===
 +https://​research.science.mq.edu.au/​hops/​public/​index.php