Main Page - Revision history

Alex Buts: /* ISIS Direct Inelastic Data Reduction */

2023-01-09T16:12:25Z

ISIS Direct Inelastic Data Reduction

Alex Buts: /* ISIS Direct Inelastic Data Reduction */

2023-01-09T15:39:18Z

ISIS Direct Inelastic Data Reduction

Alex Buts: /* ISIS Direct Inelastic Data Reduction */

2023-01-09T15:20:59Z

ISIS Direct Inelastic Data Reduction

Alex Buts: /* Autoreduction service */

2023-01-09T15:17:55Z

Autoreduction service

Alex Buts: /* ISIS Direct Inelastic Data Reduction */

2023-01-09T15:17:22Z

ISIS Direct Inelastic Data Reduction

Alex Buts: /* ISIS Direct Inelastic Data Reduction */

2023-01-09T15:13:50Z

ISIS Direct Inelastic Data Reduction

Alex Buts: /* ISIS Direct Inelastic Data Reduction */

2017-09-15T09:33:53Z

ISIS Direct Inelastic Data Reduction

Alex Buts: /* Autoreduction service */

2017-09-15T09:30:51Z

Autoreduction service

Alex Buts: /* Autoreduction service */

2017-08-16T13:31:53Z

Autoreduction service

Alex Buts: /* Autoreduction service */

2017-08-16T13:29:52Z

Autoreduction service

← Older revision		Revision as of 16:12, 9 January 2023
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−	To process the data recorded by [https://www.isis.stfc.ac.uk/Pages/Neutron-spectroscopy.aspx Direct Inelastic Instruments] and obtain the desired cross-sections ISIS scientists use the [http://www.mantidproject.org/Main_Page Mantid-based] reduction program with a range of additional data and set-up parameters, tuning up this program to the particular inelastic instrument and experimental conditions. Users are also provided with access to the [https://isis.analysis.stfc.ac.uk/ ~~computing~~ cluster], dedicated to help them in processing raw experimental data into the form, which has physical meaning.	+	To process the data recorded by [https://www.isis.stfc.ac.uk/Pages/Neutron-spectroscopy.aspx Direct Inelastic Instruments] and obtain the desired cross-sections ISIS scientists use the [http://www.mantidproject.org/Main_Page Mantid-based] reduction program with a range of additional data and set-up parameters, tuning up this program to the particular inelastic instrument and experimental conditions. Users are also provided with access to the [https://isis.analysis.stfc.ac.uk/ cluster of virtual machines], dedicated to help them in processing raw experimental data into the form, which has physical meaning.

	From a user's point of view, the processing of their results should be simple and straightforward, namely:		From a user's point of view, the processing of their results should be simple and straightforward, namely:

@@ Line 4: / Line 4: @@
-To process the data recorded by [https://www.isis.stfc.ac.uk/Pages/Neutron-spectroscopy.aspx Direct Inelastic Instruments] and obtain the desired cross-sections ISIS scientists use the [http://www.mantidproject.org/Main_Page Mantid-based] reduction program with a range of additional data and set-up parameters, tuning up this program to the particular inelastic instrument and experimental conditions. Users are also provided with access to the [http://isiscompute.nd.rl.ac.uk computing cluster], dedicated to help them in processing raw experimental data into the form, which has physical meaning.
+To process the data recorded by [https://www.isis.stfc.ac.uk/Pages/Neutron-spectroscopy.aspx Direct Inelastic Instruments] and obtain the desired cross-sections ISIS scientists use the [http://www.mantidproject.org/Main_Page Mantid-based] reduction program with a range of additional data and set-up parameters, tuning up this program to the particular inelastic instrument and experimental conditions. Users are also provided with access to the [https://isis.analysis.stfc.ac.uk/ computing cluster], dedicated to help them in processing raw experimental data into the form, which has physical meaning.
 From a user's point of view, the processing of their results should be simple and straightforward, namely:
-# User logs into his or her [https://data.analysis.stfc.ac.uk/ IDAaaS account] with logon name and password, obtained from the user office and launches virtual machine (creates workspace), dedicated for the instrument and technique used for the experiment. In his home directory he finds a folder with the RB-name of the proposal, approved for the experiment.
+# User logs into his or her [https://data.analysis.stfc.ac.uk/ IDAaaS account] with logon name and password, obtained from the user office and launches virtual machine (creates workspace), dedicated for the instrument and technique used in the experiment. In his home directory he finds a folder with the RB-name of the proposal, approved for the experiment.
 # In this RB folder user can find a python script, necessary to process the results of the experiment, obtained from the instrument. User opens this script in Mantid, changes the run numbers to the numbers obtained in the experiment, can change some reduction parameters familiar to him (the description of the parameters is provided within the script) and runs the script to processes the results of the experiment. User should not need to set up Mantid or modify the advanced reduction parameters.
 # The desktop of the users account also contains links to more advanced sample [http://horace.isis.rl.ac.uk/Main_Page Horace] and Mantid scripts for further analysis and visualization of the experimental data. Some advanced Mantid scripts are also described below.

@@ Line 8: / Line 8: @@
 From a user's point of view, the processing of their results should be simple and straightforward, namely:
-# User logs into his or her [https://data.analysis.stfc.ac.uk/ IDAaaS account] with logon name and password, obtained from the user office and launches virtual machine, dedicated for the instrument used for the experiment. In his home directory he finds a folder with the RB-name of the proposal, approved for the experiment.
+# User logs into his or her [https://data.analysis.stfc.ac.uk/ IDAaaS account] with logon name and password, obtained from the user office and launches virtual machine (creates workspace), dedicated for the instrument and technique used for the experiment. In his home directory he finds a folder with the RB-name of the proposal, approved for the experiment.
 # In this RB folder user can find a python script, necessary to process the results of the experiment, obtained from the instrument. User opens this script in Mantid, changes the run numbers to the numbers obtained in the experiment, can change some reduction parameters familiar to him (the description of the parameters is provided within the script) and runs the script to processes the results of the experiment. User should not need to set up Mantid or modify the advanced reduction parameters.
 # The desktop of the users account also contains links to more advanced sample [http://horace.isis.rl.ac.uk/Main_Page Horace] and Mantid scripts for further analysis and visualization of the experimental data. Some advanced Mantid scripts are also described below.

@@ Line 20: / Line 20: @@
 === Autoreduction service ===
 ''' <span style="color:#FF0000"> On 01/08/2017 Autoreduction service has been disabled for inelastic instruments.</span>'''
-<!--
 When Autoreduction service is enabled and set up properly, users data are also processed automatically, namely:
 # Within RB folder a user finds folder named '''autoreduction'''. The folder should contain the reduced data processed automatically by [https://users.facilities.rl.ac.uk/auth/?service=http://reduce.isis.cclrc.ac.uk&redirecturl=http://reduce.isis.cclrc.ac.uk/ autoreduction service], which runs on a separate powerful machine and picks up the results of the experiments as they are completed and rapidly reduces them using a script similar to the one the users have in their RB folder.

@@ Line 8: / Line 8: @@
 From a user's point of view, the processing of their results should be simple and straightforward, namely:
-# User logs into his or her [http://isiscompute.nd.rl.ac.uk/ isiscompute account] with logon name and password, obtained from the user office. In his home directory he finds a folder with the RB-name of the proposal, approved for the experiment.
+# User logs into his or her [https://data.analysis.stfc.ac.uk/ IDAaaS account] with logon name and password, obtained from the user office and launches virtual machine, dedicated for the instrument used for the experiment. In his home directory he finds a folder with the RB-name of the proposal, approved for the experiment.
-# In this RB folder user can find a python script, necessary to process the results of the experiment, obtained from the instrument. User opens this script in Mantid, changes the run numbers to the numbers obtained in the experiment, can change some reduction parameters familiar to him (the description of the parameters is provided within the script) and run the script to processes the results of the experiment. User should not need to set up Mantid or modify the advanced reduction parameters.
+# In this RB folder user can find a python script, necessary to process the results of the experiment, obtained from the instrument. User opens this script in Mantid, changes the run numbers to the numbers obtained in the experiment, can change some reduction parameters familiar to him (the description of the parameters is provided within the script) and runs the script to processes the results of the experiment. User should not need to set up Mantid or modify the advanced reduction parameters.
 # The desktop of the users account also contains links to more advanced sample [http://horace.isis.rl.ac.uk/Main_Page Horace] and Mantid scripts for further analysis and visualization of the experimental data. Some advanced Mantid scripts are also described below.
@@ Line 16: / Line 16: @@
 This chapter contains the information about the data reduction service, implemented in ISIS.
-User should familiarise himself with the information on [[Setting up Mantid, Matlab and auxiliary programs to process results of inelastic experiments.]]
+User should familiarize himself with the information on [[Setting up Mantid, Matlab and auxiliary programs to process results of inelastic experiments.]]
 if he is going to set up and process results of his experiments on a computers outside ISIS.

← Older revision		Revision as of 15:13, 9 January 2023
Line 4:		Line 4:


−	To process the data recorded by [~~http~~://www.isis.stfc.ac.uk/~~groups~~/~~excitations/excitations~~-~~4640~~.~~html~~ Direct Inelastic Instruments] and obtain the desired cross-sections ISIS scientists use the [http://www.mantidproject.org/Main_Page Mantid-based] reduction program with a range of additional data and set-up parameters, tuning up this program to the particular inelastic instrument and experimental conditions. Users are also provided with access to the [http://isiscompute.nd.rl.ac.uk computing cluster], dedicated to help them in processing raw experimental data into the form, which has physical meaning.	+	To process the data recorded by [https://www.isis.stfc.ac.uk/Pages/Neutron-spectroscopy.aspx Direct Inelastic Instruments] and obtain the desired cross-sections ISIS scientists use the [http://www.mantidproject.org/Main_Page Mantid-based] reduction program with a range of additional data and set-up parameters, tuning up this program to the particular inelastic instrument and experimental conditions. Users are also provided with access to the [http://isiscompute.nd.rl.ac.uk computing cluster], dedicated to help them in processing raw experimental data into the form, which has physical meaning.

	From a user's point of view, the processing of their results should be simple and straightforward, namely:		From a user's point of view, the processing of their results should be simple and straightforward, namely:

@@ Line 24: / Line 24: @@
 ''' <span style="color:#FF0000"> On 01/08/2017 Autoreduction service has been disabled for inelastic instruments.</span>'''
 When Autoreduction service is enabled and set up properly, users data are also processed automatically, namely:
 # Within RB folder a user finds folder named '''autoreduction'''. The folder should contain the reduced data processed automatically by [https://users.facilities.rl.ac.uk/auth/?service=http://reduce.isis.cclrc.ac.uk&redirecturl=http://reduce.isis.cclrc.ac.uk/ autoreduction service], which runs on a separate powerful machine and picks up the results of the experiments as they are completed and rapidly reduces them using a script similar to the one the users have in their RB folder.
@@ Line 30: / Line 31: @@
 The autoreduction service is currently working in test mode, so its availability and reliability are not guaranteed.
 === Reduction scripts ===