*********************************************** ************** Superchic v2.03 *************** *********************************************** * v2.03 DATE 8/02/16 * * * * Author: Lucian Harland-Lang * * (l.harland-lang@ucl.ac.uk) * * * * For details see : * * * * arXiv 1508.02718 * * arXiv 1405.0018 (review) * * arXiv 1005.0695 (quarkonia and diphoton * * arXiv 1011.0680 (quarkonia) * * arXiv 1105.1626 (meson pairs) * * arXiv 1302.2004 (meson pairs - eta/eta') * * arXiv 1306.6661 (Skewed PDF) * * arXiv 1306.2149 (Skewed PDF) * * * * Available at : * * http:://projects.hepforge.org/superchic * * * *********************************************** ************************************************************************ * gg dijet production ************************************************************************ ******************** Input parameters ********************************* * 13000.0000 : CMS collision energy (GeV) * 1 : Model of soft survival * in : input file * CT10 : PDF set * 0 : PDF member * 3 : Process number * job_1.dat : Output file * T : Include soft survival effects ************************************************************************ ********************* Integration parameters ************************** * 100000 : Preconditioning calls * 1 : Preconditioning iterations * 0.0100 : Percentage accuracy * 10000 : Calls in first main iteration * 10000 : Increase calls per iteration * 1000 : Maximum number of iterations * 14685 : Random number seed ************************************************************************ * 8 : Survival factor integration par. ************************************************************************ ********************* Unweighted Events ******************************* * T : Generate unweighted events * 2000 : Number of events * lhe : Record format ************************************************************************ ********************* General Cuts ************************************* * -3.0000 : Minimum object rapidity * 3.0000 : Maximum object rapidity * 500.0000 : Minimum object mass * 13000.0000 : Maximum object mass * T : Include further cuts * T : Include spin correlations *********************************************************************** ***************** 2-body decay cuts *********************************** * 0.0000 : pT(a) min * 0.0000 : pT(b) min * -2.4000 : eta(a) min * 2.4000 : eta(a) max * -2.4000 : eta(b) min * 2.4000 : eta(b) max ***********************************************************************