Simulations - Revision history

Baraks: /* Fun4All */

2022-07-24T00:03:41Z

Fun4All

Baraks: /* Fun4All */

2022-07-24T00:01:49Z

Fun4All

Turonski at 22:33, 23 July 2022

2022-07-23T22:33:38Z

Turonski at 22:32, 23 July 2022

2022-07-23T22:32:45Z

Turonski at 22:31, 23 July 2022

2022-07-23T22:31:31Z

Hyde: /* Exclusive reactions */

2021-11-15T13:30:24Z

Exclusive reactions

Hyde: /* Exclusive reactions */

2021-11-15T13:28:10Z

Exclusive reactions

Hyde: /* Semi-inclusive reactions */

2021-11-04T13:31:41Z

Semi-inclusive reactions

Hyde: /* Semi-inclusive reactions */

2021-11-04T13:30:37Z

Semi-inclusive reactions

Hyde: /* Semi-inclusive reactions */

2021-11-04T13:29:29Z

Semi-inclusive reactions

@@ Line 187: / Line 187: @@
 ** [https://github.com/ECCE-EIC/Singularity Running Fun4All from a singularity container]
 * General Fun4All tutorials can be found here:
-** [https://eic-detector.github.io/tutorials_landing_page.html Fun4All Tutorials and Documentation]
+** [https://ecce-eic.github.io/tutorials_landing_page.html Fun4All Tutorials and Documentation]
 * IR: The CORE simulation can be run without any extended IR, but also supports both IR6 and IR8 (although the implementation of the latter is still ongoing). You can choose the configuration by editing the appropriate flags in the local copy of this file:
 ** [https://github.com/bschmookler/fun4all_eicmacros/blob/CORE/detectors/CORE/Fun4All_G4_CORE.C#L192 https://github.com/bschmookler/fun4all_eicmacros/blob/CORE/detectors/CORE/Fun4All_G4_CORE.C#L192]

@@ Line 180: / Line 180: @@
 * The current implementation of the CORE detector in the Fun4All framework can be found here:
 **[https://github.com/bschmookler/fun4all_eicmacros/tree/CORE/detectors/CORE https://github.com/bschmookler/fun4all_eicmacros/tree/CORE/detectors/CORE].
-** Everyone can download. If you want to upload files, please send an email to barak.schmookler@stonybrook.edu.
+** Everyone can download (see instructions below). If you want to upload files, please send an email to baraks@ucr.edu.
 * The running instructions can be found here:
 **[https://github.com/bschmookler/fun4all_eicmacros/tree/CORE#fun4all_eicmacros--core-detector https://github.com/bschmookler/fun4all_eicmacros/tree/CORE#fun4all_eicmacros--core-detector].
-* On the SDCC (BNL) machines, you can use the files located in '/sphenix/user/baschmoo/analysis/CORE' as a template for running batch jobs and analyzing the simulation output.
+* Analysis examples, as well as a template for running batch jobs on the SDCC (BNL) machines and analyzing the simulation output, are included in the repository.
-* To run on the JLab ifarm, use a singularity container.
+* If running on the SDCC or JLab ifarm, set up the environment as described in the running instructions above. If you want to use the singularity container, see here:
 ** [https://github.com/ECCE-EIC/Singularity Running Fun4All from a singularity container]
 ** [https://eic-detector.github.io/tutorials_landing_page.html Fun4All Tutorials and Documentation]
 * IR: The CORE simulation can be run without any extended IR, but also supports both IR6 and IR8 (although the implementation of the latter is still ongoing). You can choose the configuration by editing the appropriate flags in the local copy of this file:

@@ Line 182: / Line 182: @@
 ** Everyone can download. If you want to upload files, please send an email to barak.schmookler@stonybrook.edu.
 * The running instructions can be found here:
-**[https://github.com/bschmookler/fun4all_eicmacros/tree/CORE#fun4all_eicmacros--core-detector] https://github.com/bschmookler/fun4all_eicmacros/tree/CORE#fun4all_eicmacros--core-detector
+**[https://github.com/bschmookler/fun4all_eicmacros/tree/CORE#fun4all_eicmacros--core-detector https://github.com/bschmookler/fun4all_eicmacros/tree/CORE#fun4all_eicmacros--core-detector].
 * On the SDCC (BNL) machines, you can use the files located in '/sphenix/user/baschmoo/analysis/CORE' as a template for running batch jobs and analyzing the simulation output.
 * To run on the JLab ifarm, use a singularity container.

@@ Line 180: / Line 180: @@
 * The current implementation of the CORE detector in the Fun4All framework can be found here:
 **[https://github.com/bschmookler/fun4all_eicmacros/tree/CORE/detectors/CORE https://github.com/bschmookler/fun4all_eicmacros/tree/CORE/detectors/CORE].
 * The running instructions can be found here:
 **[https://github.com/bschmookler/fun4all_eicmacros/tree/CORE#fun4all_eicmacros--core-detector] https://github.com/bschmookler/fun4all_eicmacros/tree/CORE#fun4all_eicmacros--core-detector
 * On the SDCC (BNL) machines, you can use the files located in '/sphenix/user/baschmoo/analysis/CORE' as a template for running batch jobs and analyzing the simulation output.
 * To run on the JLab ifarm, use a singularity container.

@@ Line 180: / Line 180: @@
 * The current implementation of the CORE detector in the Fun4All framework can be found here:
 **[https://github.com/bschmookler/fun4all_eicmacros/tree/CORE/detectors/CORE https://github.com/bschmookler/fun4all_eicmacros/tree/CORE/detectors/CORE].
 ** Everyone can download. If you want to upload files, please send an email to barak.schmookler@stonybrook.edu.
 * On the SDCC (BNL) machines, you can use the files located in '/sphenix/user/baschmoo/analysis/CORE' as a template for running batch jobs and analyzing the simulation output.

@@ Line 82: / Line 82: @@
 ==Exclusive reactions==
 * Notes on light cone vectors and improving resolution by imposing exclusivity constraint
-**
+** [[File:DVCS_t-Resolution_Exclusivity.pdf]]
 * TOPEG ([https://gitlab.in2p3.fr/dupre/nopeg Code and documentation]): nuclear DVCS (including proton)
 ** Contact: R. Dupré

@@ Line 56: / Line 56: @@
 ** Generator for incorporating Spectroscopy into electro/photoproduction reactions, by D. Glazier
 ** Sample steering cards at: [https://github.com/dglazier/elSpectro https://github.com/dglazier/elSpectro]
-** Comment on SIDIS PID (4 Nov 2021) [Media:Whiteboard_PID.png PID in Delphes]
+** Comment on SIDIS PID (4 Nov 2021) [[Media:Whiteboard_PID.png]]
 == Jets & HQ ==