/* * DO NOT MANUALLY UPDATE THIS FILE. * If needed: make cpp_headers * * fortran2c.py - automatic conversion * outmer.inc -> outmer.h */ #ifndef __OUTMER__ #define __OUTMER__ #include "types.h" #ifdef __cplusplus extern "C" { #endif // * //=== outmer ===========================================================* // * //----------------------------------------------------------------------* // * // Copyright (C) 2003-2019: CERN & INFN * // All Rights Reserved. * // * // OUTput switch & MEchanism Record by Francesco Cerutti, CERN/EN * // * // included in : * // minima * // percol * // midsou * // buffal * // totmul * // parpro * // angdis * // ddspec * // * // Lprbme = .true. to activate printout * // Lunbme = output UNit for the BME event generator * // Luncfe = dedicated output UNit for (virtual) * // Complete Fusion events * // * // Lcfhap = .true. in case of real Complete Fusion * // L3body = .true. in case of pure 3 BODY production * // [-> Projectile-Like, Target-Like, Middle Source] * // Linesc = .true. in case of break-up with a single nucleon * // fragment [-> Partner Fragment, Single Nucleon, * // Untouched Nucleus] and possibly its transfer * // [-> Partner Fragment, Composite Nucleus] * // (in the past it was INElastic SCattering) * // Ltrans = .true. in case of TRANSfer reaction (for * // asymmetric systems) [-> REmnant, Middle Source] * // L3bifu = .true. in case of 3 Body production resulting in * // Incomplete FUsion [-> Cold Fragment, Middle Source]* // * //----------------------------------------------------------------------* // * extern struct { int lunbme; int luncfe; logical lprbme; logical lcfhap; logical l3body; logical linesc; logical ltrans; logical l3bifu; } outmer_; #ifdef __cplusplus } #endif #endif