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Element# : 2
TBPUT by : Subroutine SMRRIN
Contents : Smearing job information.
Format : R*4 4*NVX+77 variable length where NVX is the number of VTX layers + 1.
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RBUF(1)=seed value for smearing.
(2)=magnetic field ( kG ).
(11-14)=R`_{min}, R_{max}, Z_{min}, Z_{max}.
(15)=´# sampling points.
(16)=cut on # sampling points.
(17-18)=t#tex2html_wrap_inline607#,
(31-33)=Number of , (barrel) and *r* (endcap)segments of EM calorimeter.
(34-37)=R_{min}, R_{max}, Z_{min}, Z_{max}.
(38-39)=t#tex2html_wrap_inline625# pedestal and at 1 GeV for (barrel EM).
(40-41)=t#tex2html_wrap_inline627# pedestal and at 1 GeV for (endcap EM).
(51-53)=Number , (barrel), and *r*(endcap) segmentsof HD calorimeter.
(58-59)=t#tex2html_wrap_inline635# pedestal and at 1 GeV for (barrel HD)
(60-61)=t#tex2html_wrap_inline637# pedestal and at 1 GeV for (endcap HD)
(71)=Number of VTX layers + 1 = NVX
(72-73)=VTX resolution in and *z*(cm)
(74-76)=r(cm), Z-(cm), Z+(cm) of beampipe.
(77)=thickness in radiation length of beam pipe.
(78-80)=r(cm), Z-(cm), Z+(cm) of 1st VTX layer.
(81)=thickness in radiation length of 1st VTX layer.
(82-84)=r(cm), Z-(cm), Z+(cm) of 2nd VTX layer.
(85)=thickness in radiation length 2nd VTX layer.
.....
(4*NVX+74)=r(cm) of CDC inner cylinder
(+75)=Z-(cm) of CDC inner cylinder
(+76)=Z+(cm) of CDC inner cylinder
(+77)=thickness in radiation length of CDC inner cylinder