c $Id$ ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc c c standard common block for uQMD c cdes This file contains the standard commom blocks of UrQMD c real*8 emnuc parameter (emnuc = 0.938) ! nucleon mass integer nmax, nspl real*8 hit_sphere parameter (nmax = 500) ! maximum number of particles parameter (nspl = 500) ! dimension of spline arrays parameter (hit_sphere = 8.d0) ! hard collision cutoff: 251 mbarn c debug and validity range logical check, info, warn parameter (check=.true., info=.false., warn=.false.) integer Ap, At, Zp, Zt, npart, nbar, nmes, ctag integer nsteps,ranseed,event,eos,dectag,uid_cnt integer NHardRes,NSoftRes,NDecRes,NElColl,NBlColl real*8 time, acttime, bdist, ebeam, bimp,bmin,ecm c 7 integer common /sys/ npart, nbar, nmes, ctag,nsteps,uid_cnt, + ranseed,event,Ap,At,Zp,Zt,eos,dectag, + NHardRes,NSoftRes,NDecRes,NElColl,NBlColl common /rsys/ time,acttime,bdist,bimp,bmin,ebeam,ecm c Ap : projectile mass c Zp : projectile charge c At : target mass c Zt : target charge c npart : total number of particles c nbar : number of baryons AND antibaryons c nmes : number of mesons c ctag : counter of All interactions (coll. and dec.) c nsteps : number of timesteps c uid_cnt : counter for assigning unique particle ID-tags c ranseed : random number generator seed of event c event : event counter c eos : flag for the EoS chosen c dectag : counter for decays c NHardRes : counter for resonance excitation in BB collisions c NSoftRes : counter for resonance excitation in MB collisions c NElColl : counter for elastic collisions c NBlColl : counter for Pauli-blocked collisions c time : system time at beginning of timestep c acttime : current system time c bdist : maximum impact parameter (of event sample) c bimp : actual impact parameter c bmin : minimum impact parameter (of event sample) c ebeam : incident beam energy (lab frame) c ecm : initial projectile-hadron target-hadron c.m. energy logical firstseed common /comseed/firstseed logical lsct(nmax), + logSky, logYuk, logCb, logPau common /logic/ lsct, logSky, logYuk, logCb, logPau c 2*nmax*nmax logical integer spin(nmax),ncoll(nmax),charge(nmax),strid(nmax), + ityp(nmax),lstcoll(nmax),iso3(nmax),origin(nmax),uid(nmax) c 6*nmax integer real*8 eps, er0, pi, rho0,hqc parameter (eps = 1.0E-12) ! small number parameter (er0 = 1.128379167) ! used for error function parameter (pi = 3.1415926535) ! useful constant parameter (rho0 = 0.16) ! nuclear matter ground state density parameter (hqc = 0.197327) ! value of $\hbar c$ c IMPORTANT: when you change the version number please change also c the versiontag in blockres.f ! integer version, laires parameter ( version = 10035) ! version number parameter ( laires = 10002) ! additional tag c MD temporary arrays real*8 r0_t(nmax), rx_t(nmax), ry_t(nmax), rz_t(nmax) common/mdprop/ r0_t, rx_t, ry_t, rz_t real*8 + gw, sgw, delr, fdel, dt, + da, db, + Cb0, Yuk0, Pau0, Sky20, Sky30, gamSky, gamYuk, drPau, dpPau, + dtimestep c 19 real*8 real*8 cutmax, cutPau, cutCb, cutYuk, cutSky, cutdww common /cuts/ cutmax, cutPau, cutCb, cutYuk, cutSky, cutdww real*8 spx(nspl), spPauy(nspl), outPau(nspl), + spCby(nspl), outCb(nspl), + spYuky(nspl), outYuk(nspl), + spSkyy(nspl), outSky(nspl), + spdwwy(nspl), outdww(nspl) common /spdata/ spx, spPauy, outPau, spCby, outCb, + spYuky, outYuk, spSkyy, outSky, + spdwwy, outdww real*8 + r0(nmax), rx(nmax), ry(nmax), rz(nmax), + p0(nmax), px(nmax), py(nmax), pz(nmax), + airx(nmax), airy(nmax), airz(nmax), + aipx(nmax), aipy(nmax), aipz(nmax), + aorx(nmax,4), aory(nmax,4), aorz(nmax,4), + aopx(nmax,4), aopy(nmax,4), aopz(nmax,4), + fmass(nmax), rww(nmax), + dectime(nmax), tform(nmax), xtotfac(nmax) common/isys/spin,ncoll,charge,ityp,lstcoll,iso3,origin,strid, + uid common /coor/ r0, rx, ry, rz, p0, px, py, pz, fmass, rww, dectime common /frag/ tform, xtotfac c spin : particle spin c ncoll : particle number of collisions c charge : particle charge c strid : ID of last string, the particle was contained in c ityp : particle ID c lstcoll : tag of last interaction of particle c iso3 : $2 \cdot I_3$ of particle c origin : ID of last interaction of particle c uid : unique particle ID tag c r0 : particle time c rx : $x$ coordinate c ry : $y$ coordinate c rz : $z$ coordinate c p0 : particle energy c px : $p_x$ momentum c py : $p_y$ momentum c pz : $p_z$ momentum c fmass : mass of particle c rww : ?? c dectime : decay time of particle c tform : formation time of particle c xtotfac : cross section scaling factor during formation time c common /aios/ airx, airy, airz, aipx, aipy, aipz, + aorx, aory, aorz, aopx, aopy, aopz common /pots/ Cb0, Yuk0, Pau0, Sky20, Sky30, gamSky, + gamYuk, drPau, dpPau, gw, sgw, delr, fdel, + dt,da, db,dtimestep c spectator arrays integer smax parameter(smax=500) ! maximum number of spectators real*8 r0s(smax), rxs(smax), rys(smax), rzs(smax), + p0s(smax), pxs(smax), pys(smax), pzs(smax), + sfmass(smax) integer sspin(smax), scharge(smax), sityp(smax), siso3(smax), + suid(smax) integer nspec common /scoor/ r0s, rxs, rys, rzs, p0s, pxs ,pys, pzs, sfmass common /sisys/ sspin, scharge, sityp, siso3, suid common /ssys/ nspec c sspin : spectator particle spin c scharge : spectator particle charge c sityp : spectator particle ID c siso3 : $2 \cdot I_3$ of spectator particle c r0s : spectator particle time c rxs : spectator $x$ coordinate c rys : spectator $y$ coordinate c rzs : spectator $z$ coordinate c p0s : spectator particle energy c pxs : spectator $p_x$ momentum c pys : spectator $p_y$ momentum c pzs : spectator $p_z$ momentum c sfmass : mass of spectator particle c real*8 p0td(2,nmax),pxtd(2,nmax),pytd(2,nmax),pztd(2,nmax), + fmasstd(2,nmax) integer ityptd(2,nmax),iso3td(2,nmax) integer itypt(2),uidt(2),origint(2),iso3t(2) common /rtdelay/p0td,pxtd,pytd,pztd,fmasstd common /itdelay/ityptd,iso3td common /svinfo/itypt,uidt,origint,iso3t c p0td : energy of parent particles of resonace (DP formalism) c pxtd : $p_x$ of parent particles of resonace (DP formalism) c pytd : $p_y$ of parent particles of resonace (DP formalism) c pztd : $p_z$ of parent particles of resonace (DP formalism) c fmasstd : mass of parent particles of resonace (DP formalism) c ityptd : ID of parent particles of resonace (DP formalism) c iso3td : $2\cdot I_3$ of parent particles of resonace (DP formalism) real*8 ffermpx(nmax), ffermpy(nmax), ffermpz(nmax) real*8 peq1, peq2 common /ffermi/ ffermpx, ffermpy, ffermpz common /peq/ peq1,peq2 c ffermpx : fermi momentum in $x$ direction c ffermpy : fermi momentum in $y$ direction c ffermpz : fermi momentum in $z$ direction