Difference between revisions of "ERC Demo"

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'''This wikipage has been created to help running the clustering demo in the [https://cosmohub.pic.es CosmoHub portal]''':
 
  
Once you login using the following credentials:
+
This wiki has been created to help running the demos in the [https://cosmohub.pic.es CosmoHub portal]
 +
 
 +
== General Use ==
 +
 
 +
1) Login to [https://cosmohub.pic.es CosmoHub] using the following credentials:
  
 
  user: erc.cosmodark@gmail.com
 
  user: erc.cosmodark@gmail.com
 
  password: DarkCosmo  
 
  password: DarkCosmo  
  
you will find a page with only one simulated catalog: MICECATv1.0. This catalog is one of the current public catalogs.
+
you will find a page with only one simulated catalog: MICECATv1.0. We have removed the rest of the public catalogs (e.g. MICECATv2.0, GAIA DR1 and DR2, etc.) to make this demo simpler.
 
 
We have removed the rest of the public catalogs (e.g. MICECATv2.0, GAIA DR1 and DR2, etc.) in order to make this demo simpler.
 
  
'''First''' you have to '''click on the name MICECAT''' to access the catalog.
+
2) '''Click on the name MICECAT''' to access the catalog.
  
Then, there is a menu at the top to easily find the different steps of the process in order to create and analyze your custom sample.
+
A menu at the header to easily find the different steps of the process in order to create and analyze your custom sample.
  
For this particular "Demo" we have defined '''three different galaxy samples, which can be found in Step 0: Datasets'''.
+
3) For simplicity we have pre-defined three "Demos" corresponding to three different galaxy samples, which can be found in '''Step 0: Demos and Datasets'''.
  
'''To run any of the demos, you have to click on "Demo"''', located in the Load column in the right side of the Step 0 section.
+
4) Click on '''"Demo"''' for any of the samples ('''under Load column''' in the right side of the Step 0 section).
  
For instance, Clustering demo 1 is a volume limited galaxy sample including a cut in absolute magnitude (or luminosity)
+
Once you click on '''Demo''' you will be directly redirected to '''"Step 4: Query"''', where the user can see the selected galaxy sample.
  
Once you click on "Demo" you will be directly redirected to "Step 4: Query", where the user can see the selected galaxy sample.
+
For instance, Clustering demo 1 is a volume limited galaxy sample including a cut in absolute magnitude (or luminosity):
 
 
For "Clustering demo 1":
 
  
 
  SELECT `d_c`, `ra`, `dec`  
 
  SELECT `d_c`, `ra`, `dec`  
Line 30: Line 29:
 
where 3 different columns, d_c (comoving distance in Mpc/h), ra and dec (Rigth ascension and Declination in degrees), from a redshift shell (0.2 < z < 0.3) filtered by a luminosity cut (M<sub>r</sub> - 5 log(h) < -21), are selected.
 
where 3 different columns, d_c (comoving distance in Mpc/h), ra and dec (Rigth ascension and Declination in degrees), from a redshift shell (0.2 < z < 0.3) filtered by a luminosity cut (M<sub>r</sub> - 5 log(h) < -21), are selected.
  
'''To run the clustering analysis for this sample you have to scroll down until Step 5b: Guided Tasks'''.
+
5) You can add properties to this query by selecting the desired column in '''Step1: Columns'''.
 +
 
 +
6) You can choose a random subset of the sample by going to '''Step 2: Sampling'''.
 +
 
 +
7) You can change the query by going to '''Step 3: Filters''' and impose other selection criteria.
 +
 
 +
== Analysis & Preview ==
 +
 
 +
 
 +
If you scroll to Step5: Analysis you can make '''Tables, Scatter Plots, Histograms and Heatmaps''' between the different selected columns.
 +
 
 +
* For example, '''under Histogram''' select d_c in the X axis, with (min,max) values and you can see the distribution of comoving radial distances for the sample.
 +
 
 +
== Guided Task: Clustering ==
 +
 
 +
To run the clustering analysis for this sample you have to '''scroll down until Step 5b: Guided Tasks'''.
 +
 
 +
* '''Fill each of the fields in the first row''' with the corresponding selected columns: e.g. RA with ra, Dec with dec and r with d_c.
 +
 
 +
* '''In the second row''' define the distance separation binning (min, max) and the number of bins.
  
The clustering analysis is a preliminary proof of concept. The HOD and Photo Z analysis are still to be implemented.
+
* '''Launch the job''' by clicking on the Request button, located at the bottom.
  
Now you need to '''fill each of the fields (in the first row) with the corresponding selected columns''': e.g. RA with ra, Dec with dec and r with d_c.
+
Once the job is finished you will receive an email in the erc.cosmodark@gmail.com account (accesible with password DarkCosmo) with the results.
  
In the second row you have to '''define the distance separation binning: minimum, maximum and the number of bins'''.
+
'''NOTE''': The clustering analysis is just a preliminary proof of concept. The HOD and Photo Z analysis are only placeholder tabs, they are not implemented in practice.
  
And finally you have to '''launch the job by clicking on the Request button''', located at the bottom.
+
== Data Download ==
  
Once the job is finished you will receive an email in the erc.cosmodark@gmail.com account with the results.
+
Scroll down to '''Step 6: Format''' to select a format if you want to download a queried catalogue. Once the query finishes you will receive an email in the erc.cosmodark@gmail.com account (accesible with password DarkCosmo) with the link for download (found also under Activity).

Latest revision as of 22:38, 7 March 2019

This wiki has been created to help running the demos in the CosmoHub portal

General Use

1) Login to CosmoHub using the following credentials:

user: erc.cosmodark@gmail.com
password: DarkCosmo 

you will find a page with only one simulated catalog: MICECATv1.0. We have removed the rest of the public catalogs (e.g. MICECATv2.0, GAIA DR1 and DR2, etc.) to make this demo simpler.

2) Click on the name MICECAT to access the catalog.

A menu at the header to easily find the different steps of the process in order to create and analyze your custom sample.

3) For simplicity we have pre-defined three "Demos" corresponding to three different galaxy samples, which can be found in Step 0: Demos and Datasets.

4) Click on "Demo" for any of the samples (under Load column in the right side of the Step 0 section).

Once you click on Demo you will be directly redirected to "Step 4: Query", where the user can see the selected galaxy sample.

For instance, Clustering demo 1 is a volume limited galaxy sample including a cut in absolute magnitude (or luminosity):

SELECT `d_c`, `ra`, `dec` 
FROM micecatv1_0_hpix 
WHERE `z` > 0.2 AND `z` < 0.3 AND `abs_mag_r` < -21

where 3 different columns, d_c (comoving distance in Mpc/h), ra and dec (Rigth ascension and Declination in degrees), from a redshift shell (0.2 < z < 0.3) filtered by a luminosity cut (Mr - 5 log(h) < -21), are selected.

5) You can add properties to this query by selecting the desired column in Step1: Columns.

6) You can choose a random subset of the sample by going to Step 2: Sampling.

7) You can change the query by going to Step 3: Filters and impose other selection criteria.

Analysis & Preview

If you scroll to Step5: Analysis you can make Tables, Scatter Plots, Histograms and Heatmaps between the different selected columns.

  • For example, under Histogram select d_c in the X axis, with (min,max) values and you can see the distribution of comoving radial distances for the sample.

Guided Task: Clustering

To run the clustering analysis for this sample you have to scroll down until Step 5b: Guided Tasks.

  • Fill each of the fields in the first row with the corresponding selected columns: e.g. RA with ra, Dec with dec and r with d_c.
  • In the second row define the distance separation binning (min, max) and the number of bins.
  • Launch the job by clicking on the Request button, located at the bottom.

Once the job is finished you will receive an email in the erc.cosmodark@gmail.com account (accesible with password DarkCosmo) with the results.

NOTE: The clustering analysis is just a preliminary proof of concept. The HOD and Photo Z analysis are only placeholder tabs, they are not implemented in practice.

Data Download

Scroll down to Step 6: Format to select a format if you want to download a queried catalogue. Once the query finishes you will receive an email in the erc.cosmodark@gmail.com account (accesible with password DarkCosmo) with the link for download (found also under Activity).