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##**++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++**##
##**++ GGGGGG RRRRRR A PPPPPPP EEEEEE ++**##
##**++ G G R R A A P P E ++**##
##**++ G R R A A P P E ++**##
##**++ G GGGGGG R RRRR A A PPPPPPPP EEEEEEE ++**##
##**++ G G G R R AAAAAAA P E ++**##
##**++ G G G R R A A P E ++**##
##**++ GGGGG G R RR A A P EEEEEEEE ++**##
##**++ ++**##
##**++ GRAce-based generator for Proton-Electron collisions ++**##
##**++ ++**##
##**++ GRAPE-Dilepton_version1.1 ++**##
##**++ ^^^^^^^^ ++**##
##**++ Mar. 14 2000 ++**##
##**++ Comments/bug-report to Tetsuo ABE(tabe@post.kek.jp) ++**##
##**++ (abe@mail.desy.de) ++**##
##**++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++**##
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<<<<<<<<<< This is an INTEGRATION step. >>>>>>>>>>
---> DIS process
(Scattering of e and u quark)
---> Muon-pair production
grace 2.1(5)
(c)Copyright 1990-1998 Minami-Tateya Group (Japan)
>>> Graph selection
jselg =
1 : 0
2 : 0
3 : 0
4 : 0
5 : 0
6 : 0
7 : 0
8 : 0
9 : 1
10 : 0
11 : 0
12 : 0
13 : 1
14 : 0
15 : 0
16 : 0
17 : 0
18 : 0
19 : 0
20 : 0
21 : 0
22 : 0
23 : 0
24 : 0
25 : 0
========> Start of Kinematics Initialization
********** Information (in Lab. frame) **********
(in unit of GeV)
P of electrons = 27.5200
P of protons = 820.000
Mass of electron = 5.10999E-04
Mass of proton = 0.938272
sqrt(S) = 300.444
P of CMS = 792.480
E of CMS = 847.521
gamma of CMS = 2.82089
beta*gamma of CMS = 2.63770
***********************************************
<< Mass range for the hadronic system >>
Min. = 5.00000 GeV
Max. = 300.000 GeV
------> PDFLIB Initialization started
***** PDFLIB Version: 7.09 Released on 970702 at 16.05
in the CERN Computer Program Library W5051 *****
***** Library compiled on 970702 at 16.05 *****
Parm = Nptype Ngroup Nset
Val = 1.0000 5.0000 5.0000
Nptype = 1 Ngroup = 5 Nset = 5 Name = "GRV94-LO" CrMode = -1
Nfl = -5, LO = 1, Tmas = 180.00 GeV/c**2
QCDL4 = 0.2000 GeV, QCDL5 = 0.1530 GeV
Xmin = 0.10E-05, Xmax = 0.99999E+00,
Q2min = 0.400 (GeV/c)**2, Q2max = 0.10E+07 (GeV/c)**2
------> PDFLIB Initialization finished
------> ISR for incoming lepton using Structure Function method
========> End of Kinematics Initialization
>>> e+ beam
Date: 0/ 4/12 21:29
**********************************************************
* *
* BBBBBBB AAAA SSSSSS EEEEEE SSSSSS *
* BB BB AA AA SS SS EE SS SS *
* BB BB AA AA SS EE SS *
* BBBBBBB AAAAAAAA SSSSSS EEEEEE SSSSSS *
* BB BB AA AA SS EE SS *
* BB BB AA AA SS SS EE SS SS *
* BBBB BB AA AA SSSSSS EEEEEE SSSSSS *
* *
* BASES Version 5.1 *
* coded by S.Kawabata KEK, March 1994 *
**********************************************************
<< Parameters for BASES >>
(1) Dimensions of integration etc.
# of dimensions : Ndim = 9 ( 50 at max.)
# of Wilds : Nwild = 7 ( 15 at max.)
# of sample points : Ncall = 1399680(real) 1400000(given)
# of subregions : Ng = 48 / variable
# of regions : Nregion = 6 / variable
# of Hypercubes : Ncube = 279936
(2) About the integration variables
------+---------------+---------------+-------+-------
i XL(i) XU(i) IG(i) Wild
------+---------------+---------------+-------+-------
1 0.000000E+00 1.000000E+00 1 yes
2 0.000000E+00 1.000000E+00 1 yes
3 0.000000E+00 1.000000E+00 1 yes
4 0.000000E+00 1.000000E+00 1 yes
5 0.000000E+00 1.000000E+00 1 yes
6 0.000000E+00 1.000000E+00 1 yes
7 0.000000E+00 1.000000E+00 1 yes
8 0.000000E+00 1.000000E+00 0 no
9 0.000000E+00 1.000000E+00 0 no
------+---------------+---------------+-------+-------
(3) Parameters for the grid optimization step
Max.# of iterations: ITMX1 = 4
Expected accuracy : Acc1 = 0.2000 %
(4) Parameters for the integration step
Max.# of iterations: ITMX2 = 10
Expected accuracy : Acc2 = 0.0100 %
Date: 0/ 4/12 21:29
Convergency Behavior for the Grid Optimization Step
------------------------------------------------------------------------------
<- Result of each iteration -> <- Cumulative Result -> < CPU time >
IT Eff R_Neg Estimate Acc % Estimate(+- Error )order Acc % ( H: M: Sec )
------------------------------------------------------------------------------
1 2 0.00 4.586E-02 6.435 4.586406(+-0.295122)E-02 6.435 0: 1:37.57
2 29 0.00 5.205E-02 0.295 5.203249(+-0.015359)E-02 0.295 0: 7:23.86
3 37 0.00 5.196E-02 0.201 5.198557(+-0.008625)E-02 0.166 0:13:52.62
------------------------------------------------------------------------------
Date: 0/ 4/12 21:29
Convergency Behavior for the Integration Step
------------------------------------------------------------------------------
<- Result of each iteration -> <- Cumulative Result -> < CPU time >
IT Eff R_Neg Estimate Acc % Estimate(+- Error )order Acc % ( H: M: Sec )
------------------------------------------------------------------------------
1 38 0.00 5.196E-02 0.194 5.196162(+-0.010077)E-02 0.194 0:20:27.03
2 39 0.00 5.201E-02 0.198 5.198416(+-0.007197)E-02 0.138 0:27: 0.89
3 38 0.00 5.201E-02 0.395 5.198705(+-0.006793)E-02 0.131 0:33:34.96
4 39 0.00 5.199E-02 0.191 5.198759(+-0.005605)E-02 0.108 0:40: 9.71
5 38 0.00 5.200E-02 0.195 5.198989(+-0.004905)E-02 0.094 0:46:43.94
6 39 0.00 5.200E-02 0.193 5.199218(+-0.004405)E-02 0.085 0:53:18.60
7 38 0.00 5.187E-02 0.193 5.197301(+-0.004032)E-02 0.078 0:59:53.16
8 38 0.00 5.185E-02 0.193 5.195602(+-0.003739)E-02 0.072 1: 6:27.22
9 38 0.00 5.205E-02 0.193 5.196769(+-0.003505)E-02 0.067 1:13: 1.21
10 38 0.00 5.191E-02 0.196 5.196186(+-0.003313)E-02 0.064 1:19:34.81
------------------------------------------------------------------------------
****** END OF BASES *********
<< Computing Time Information >>
(1) For BASES H: M: Sec
Overhead : 0: 0: 0.12
Grid Optim. Step : 0:13:52.62
Integration Step : 1: 5:42.20
Go time for all : 1:19:34.94
(2) Expected event generation time
Expected time for 1000 events : 0.40 Sec
Making bases.rz...
---> BASE1 : finished
---> BASE3 : finished
---> BASE4 : finished
---> BASE5 : finished
---> RANDM : finished
---> PLOTH : finished
---> PLOTB : finished
---> BSRSLT: finished
===> Directory : //bn
3 (N) BASES data(real*8)
1 (N) BASES data(integer*4)
2 (N) BASES data(real*4)
Tetsuo Abe
2001-07-12