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This is an archived project. Repository and other project resources are read-only.
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jlab
simc-file-input
Commits
4ac0c445
Commit
4ac0c445
authored
6 years ago
by
Sylvester Joosten
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Merge branch 'master' of gitlab.com:jpsi007/simc-file-input
parents
8f45a7d4
5c71ddcd
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2 changed files
simc/event.f
+1
-1
1 addition, 1 deletion
simc/event.f
simc/get_file_event.f
+63
-28
63 additions, 28 deletions
simc/get_file_event.f
with
64 additions
and
29 deletions
simc/event.f
+
1
−
1
View file @
4ac0c445
...
...
@@ -299,7 +299,7 @@ C modified 5/15/06 for poinct
endif
!not (doing_hyd_elast)
if
(
doing_2pi
)
then
ok_2pi
=
.true.
call
get_file_event
(
spec
%
e
%
theta
,
spec
%
p
%
theta
,
call
get_file_event
(
electron_arm
,
spec
%
e
%
theta
,
spec
%
p
%
theta
,
>
vertex
%
e
%
xptar
,
vertex
%
e
%
yptar
,
vertex
%
e
%
p
,
vertex
%
e
%
E
,
>
vertex
%
p
%
xptar
,
vertex
%
p
%
yptar
,
vertex
%
p
%
p
,
vertex
%
p
%
E
,
>
main
%
gen_weight
)
...
...
This diff is collapsed.
Click to expand it.
simc/get_file_event.f
+
63
−
28
View file @
4ac0c445
subroutine
get_file_event
(
th_spec_e
,
th_spec_p
,
subroutine
get_file_event
(
e_arm
,
th_spec_e
,
th_spec_p
,
>
dxdz
,
dydz
,
e_mom
,
e_E
,
dxdzp
,
dydzp
,
p_mom
,
p_E
,
weight
)
c
c
input
variables
:
c
electron_arm
:
1
means
HMS
is
electron
arm
c
5
means
SHMS
is
the
electron
arm
c
th_spec_e
:
central
spec
angle
for
electron
(
rad
)
c
th_spec_p
:
central
spec
angle
for
proton
(
rad
)
c
output
variables
:
...
...
@@ -20,12 +22,14 @@ c
implicit
none
include
'simulate.inc'
c
real
*
8
e_4v
(
4
),
e_4vr
(
4
)
real
*
8
p_4v
(
4
),
p_4vr
(
4
)
integer
*
4
e_arm
,
ii
real
*
8
SHMS_4v
(
4
),
e_4vr
(
4
),
e_4v
(
4
)
real
*
8
HMS_4v
(
4
),
p_4vr
(
4
),
p_4v
(
4
)
real
*
8
cth_hms
,
sth_hms
,
cth_shms
,
sth_shms
real
*
8
th_spec_e
real
*
8
th_spec_p
real
*
8
e_mom
,
e_E
,
dxdz
,
dydz
,
e_vz
real
*
8
sth_elec
,
cth_elec
,
sth_prot
,
cth_prot
real
*
8
e_mom
,
e_E
,
dxdz
,
dydz
,
e_vz
,
SHMS_vz
,
HMS_vz
real
*
8
p_mom
,
p_E
,
dxdzp
,
dydzp
,
p_vz
real
*
8
w
,
weight
character
*
80
multpifile
...
...
@@ -47,40 +51,69 @@ c
c
c
end_of_2pi_file
=
.false.
read
(
51
,
*
,
end
=
999
,
err
=
999
)
e_4v
,
e_vz
,
p_4v
,
p_vz
,
w
888
continue
read
(
51
,
*
,
end
=
999
,
err
=
999
)
HMS_4v
,
HMS_vz
,
SHMS_4v
,
SHMS_vz
,
w
count
=
count
+
1
c
if
(
count
.gt.
100
)
goto
999
c
Rotate
4
-
vectors
to
their
respective
frames
c
This
is
a
rotation
around
the
x
-
axis
,
which
points
downwards
c
-->
the
HMS
is
at
negative
angles
,
and
the
SHMS
at
positive
angles
if
(
e_arm
.eq.
1
)
then
cth_elec
=
cos
(
th_spec_e
)
sth_elec
=
sin
(
-
th_spec_e
)
cth_prot
=
cos
(
th_spec_p
)
sth_prot
=
sin
(
th_spec_p
)
e_vz
=
HMS_vz
*
1.
p_vz
=
SHMS_vz
*
1.
e_4v
(
1
)
=
HMS_4v
(
1
)
p_4v
(
1
)
=
SHMS_4v
(
1
)
e_4v
(
2
)
=
HMS_4v
(
2
)
p_4v
(
2
)
=
SHMS_4v
(
2
)
e_4v
(
3
)
=
HMS_4v
(
3
)
p_4v
(
3
)
=
SHMS_4v
(
3
)
e_4v
(
4
)
=
HMS_4v
(
4
)
p_4v
(
4
)
=
SHMS_4v
(
4
)
else
cth_prot
=
cos
(
th_spec_p
)
sth_prot
=
sin
(
-
th_spec_p
)
cth_elec
=
cos
(
th_spec_e
)
sth_elec
=
sin
(
th_spec_e
)
e_vz
=
SHMS_vz
*
1.
p_vz
=
HMS_vz
*
1.
e_4v
(
1
)
=
SHMS_4v
(
1
)
p_4v
(
1
)
=
HMS_4v
(
1
)
e_4v
(
2
)
=
SHMS_4v
(
2
)
p_4v
(
2
)
=
HMS_4v
(
2
)
e_4v
(
3
)
=
SHMS_4v
(
3
)
p_4v
(
3
)
=
HMS_4v
(
3
)
e_4v
(
4
)
=
SHMS_4v
(
4
)
p_4v
(
4
)
=
HMS_4v
(
4
)
endif
if
(
debug
(
5
))
then
write
(
*
,
*
)
' '
write
(
*
,
*
)
' NEW EVENT: '
,
count
,
weight
write
(
*
,
*
)
'
HMS
: '
,
e_4v
(
1
),
e_4v
(
2
),
e_4v
(
3
),
e_4v
(
4
)
write
(
*
,
*
)
'
SHMS
: '
,
p_4v
(
1
),
p_4v
(
2
),
p_4v
(
3
),
p_4v
(
4
)
write
(
*
,
*
)
'
e
: '
,
e_4v
(
1
),
e_4v
(
2
),
e_4v
(
3
),
e_4v
(
4
)
write
(
*
,
*
)
'
p
: '
,
p_4v
(
1
),
p_4v
(
2
),
p_4v
(
3
),
p_4v
(
4
)
write
(
*
,
*
)
' vertex: '
,
e_vz
,
p_vz
endif
!debug
c
c
Rotate
4
-
vectors
to
their
respective
frames
c
This
is
a
rotation
around
the
x
-
axis
,
which
points
downwards
c
-->
the
HMS
is
at
negative
angles
,
and
the
SHMS
at
positive
angles
cth_hms
=
cos
(
th_spec_e
)
sth_hms
=
sin
(
-
th_spec_e
)
cth_shms
=
cos
(
th_spec_p
)
sth_shms
=
sin
(
th_spec_p
)
c
Rotatation
about
the
x
-
axis
-->
only
y
,
and
z
change
cc
Rotatation
about
the
x
-
axis
-->
only
y
,
and
z
change
e_4vr
(
1
)
=
e_4v
(
1
)
e_4vr
(
2
)
=
cth_
hms
*
e_4v
(
2
)
-
sth_
hms
*
e_4v
(
3
)
e_4vr
(
3
)
=
sth_
hms
*
e_4v
(
2
)
+
cth_
hms
*
e_4v
(
3
)
e_4vr
(
2
)
=
cth_
elec
*
e_4v
(
2
)
-
sth_
elec
*
e_4v
(
3
)
e_4vr
(
3
)
=
sth_
elec
*
e_4v
(
2
)
+
cth_
elec
*
e_4v
(
3
)
e_4vr
(
4
)
=
e_4v
(
4
)
p_4vr
(
1
)
=
p_4v
(
1
)
p_4vr
(
2
)
=
cth_
shms
*
p_4v
(
2
)
-
sth_
shms
*
p_4v
(
3
)
p_4vr
(
3
)
=
sth_
shms
*
p_4v
(
2
)
+
cth_
shms
*
p_4v
(
3
)
p_4vr
(
2
)
=
cth_
prot
*
p_4v
(
2
)
-
sth_
prot
*
p_4v
(
3
)
p_4vr
(
3
)
=
sth_
prot
*
p_4v
(
2
)
+
cth_
prot
*
p_4v
(
3
)
p_4vr
(
4
)
=
p_4v
(
4
)
if
(
debug
(
5
))
then
write
(
*
,
*
)
' '
write
(
*
,
*
)
' SPEC:'
write
(
*
,
*
)
'
HMS
: '
,
-
th_spec_e
/
pi
*
180
write
(
*
,
*
)
'
SHMS
: '
,
th_spec_p
/
pi
*
180
write
(
*
,
*
)
'
e
: '
,
th_spec_e
/
pi
*
180
write
(
*
,
*
)
'
p
: '
,
th_spec_p
/
pi
*
180
write
(
*
,
*
)
' ROTATED: '
write
(
*
,
*
)
'
HMS
: '
,
e_4vr
(
1
),
e_4vr
(
2
),
e_4vr
(
3
),
e_4vr
(
4
)
write
(
*
,
*
)
'
SHMS
: '
,
p_4vr
(
1
),
p_4vr
(
2
),
p_4vr
(
3
),
p_4vr
(
4
)
write
(
*
,
*
)
'
e
: '
,
e_4vr
(
1
),
e_4vr
(
2
),
e_4vr
(
3
),
e_4vr
(
4
)
write
(
*
,
*
)
'
p
: '
,
p_4vr
(
1
),
p_4vr
(
2
),
p_4vr
(
3
),
p_4vr
(
4
)
endif
!debug
c
Calculate
dxdz
and
dydz
e_mom
=
sqrt
(
e_4vr
(
1
)
**
2
+
e_4vr
(
2
)
**
2
+
e_4vr
(
3
)
**
2
)
...
...
@@ -96,16 +129,18 @@ c Convert momenta and energies into MeV
p_E
=
p_4vr
(
4
)
*
1000.
c
Weight
and
vertex
positions
are
read
in
correctly
.
c
Vertez
z
is
read
in
cm
e_vz
=
e_vz
*
1.
p_vz
=
p_vz
*
1.
weight
=
w
if
(
debug
(
5
))
then
write
(
*
,
*
)
' '
write
(
*
,
*
)
'SIMC INPUT: '
write
(
*
,
*
)
'
HMS
: '
,
dxdz
,
dydz
,
e_mom
,
e_E
,
e_vz
write
(
*
,
*
)
'
SHMS
: '
,
dxdzp
,
dydzp
,
p_mom
,
p_E
,
p_vz
write
(
*
,
*
)
'
e
: '
,
dxdz
,
dydz
,
e_mom
,
e_E
,
e_vz
write
(
*
,
*
)
'
p
: '
,
dxdzp
,
dydzp
,
p_mom
,
p_E
,
p_vz
endif
!debug
c
if
(
abs
(
atan
(
e_4v
(
1
)/
e_4v
(
3
))
*
57.3
-
th_spec_e
)
<
3.
c
.and.
abs
(
atan
(
p_4v
(
1
)/
p_4v
(
3
))
*
57.3
-
th_spec_p
)
<
3.
)
then
count_miss
=
count_miss
+1
endif
return
c
999
write
(
*
,
*
)
' reached end of file'
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