8 COMMON /leptou/ cut(14),lst(40),parl(30),
x,
y,w2,q2,u
9 REAL cut,parl,
x,
y,w2,q2,u
11 common/lujets/
n,
k(4000,5),
p(4000,5),
v(4000,5)
20 INTEGER lst7(nset),lst8(nset),lst11(nset),lst15(nset),lst19(nset),
22 & lst23(nset),lst34(nset),lst35(nset)
26 DATA lst8/2*12,1,17*12/
27 DATA lst11/3*0,111,16*0/
28 DATA lst15/17*9,-4,-4,9/
29 DATA lst19/4*-1,10,-10,14*-1/
30 DATA lst20/6*5,1,6,12*5/
31 DATA lst23/8*4,1,2,3,9*4/
32 DATA lst34/11*1,0,0,7*1/
33 DATA lst35/12*1,0,0,3*1,0,0,1/
34 DATA ltype/9*-11,13,10*-11/
36 REAL parl7(nset),parl8(nset),parl9(nset)
37 REAL pe(nset),le(nset)
40 DATA parl8/6*0.04,2*0.005,6*0.04,0.001,5*0.04/
41 DATA parl9/15*4.0,10.0,100.0,3*4.0/
63 WRITE(6,*)
'LST(7)=',lst(7),
'hadronisation'
64 WRITE(6,*)
'LST(8)=',lst(8),
'QCD'
65 WRITE(6,*)
'LST(11)=',lst(11),
'LQCD+10*LTM+100*LHT'
66 WRITE(6,*)
'LST(19)=',lst(19),
'Grid'
67 WRITE(6,*)
'LST(20)=',lst(20),
'Cut-off scheme'
68 WRITE(6,*)
'LST(34)=',lst(34),
'SCI'
69 WRITE(6,*)
'LST(35)=',lst(35),
'SQT'
70 WRITE(6,*)
'PARL(7)=',parl(7),
'SCI prob'
71 WRITE(6,*)
'PARL(8)=',parl(8),
'ycut or zmin'
72 WRITE(6,*)
'PARL(9)=',parl(9),
'smin'
73 WRITE(6,*)
'LEPTON TYPE=',ltype(
set)
74 WRITE(6,*)
'LEPTON ENERGY=',le(
set)
75 WRITE(6,*)
'PROTON ENERGY=',pe(
set)
84 WRITE(6,*)
' Warning: LST(21)=',lst(21),
' event skipped'
87 IF(mod(ne,1000).EQ.0)
THEN
93 WRITE(6,1000) parl(23),parl(24),nevent,
96 1000
FORMAT(/,
' Cross section from numerical integration:',g12.3,
' pb',
97 & /,
' Cross section from MonteCarlo simulation:',g12.3,
' pb',
98 & /,
' Number of events generated: ',i12,
99 & /,
' Time for initialization (LINIT): ',f12.3,
' s',
100 & /,
' Time for event generation, total: ',f12.3,
' s',
101 & /,
' per event: ',f12.3,
' s')