hpstr
The Heavy Photon Search Toolkit for Reconstruction (hpstr) provides an interface to physics data from the HPS experiment saved in the LCIO format and converts it into an ROOT based format.
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processing
python
HpstrConf.py
Go to the documentation of this file.
1
import
platform
2
3
4
class
Processor
:
5
"""! Processor python class."""
6
7
def
__init__
(self, instance_name, class_name):
8
self.
instance_name
= instance_name
9
self.
class_name
= class_name
10
self.
parameters
= {}
11
12
def
toString
(self):
13
print(
"\tProcessor( %s of instance %s )"
% (self.
instance_name
, self.
class_name
))
14
if
len(self.
parameters
) > 0:
15
print(
"\t\tParameters: "
)
16
for
key, value
in
self.
parameters
.items():
17
print(
"\t\t\t [ %s ]: %s"
% (key, value))
18
19
20
class
Process
:
21
"""! Process python class."""
22
lastProcess =
None
23
24
def
__init__
(self):
25
self.
max_events
= -1
26
self.
input_files
= []
27
self.
output_files
= []
28
self.
sequence
= []
29
self.
libraries
= []
30
Process.lastProcess = self
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32
def
add_library
(self, lib):
33
"""! Add a libraries to the list of libraries to load, searching the appropriate paths to find it,
34
and adding the correct file extension"""
35
systemName = platform.system()
36
if
(systemName ==
"Linux"
):
37
libParts = lib.split(
"."
)
38
add_lib = libParts[0]+
".so"
39
pass
40
if
(systemName ==
"Darwin"
):
41
libParts = lib.split(
"."
)
42
add_lib = libParts[0]+
".dylib"
43
pass
44
self.
libraries
.append(add_lib)
45
46
def
printProcess
(self):
47
"""! Print process."""
48
if
(self.
max_events
> 0): print(
" Maximum events to process: %d"
% (self.
max_events
))
49
else
: print(
" No limit on maximum events to process"
)
50
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print(
"Processor sequence:"
)
52
for
proc
in
self.
sequence
:
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proc.toString()
54
if
len(self.
input_files
) > 0:
55
if
len(self.
output_files
) == len(self.
input_files
):
56
print(
"Files:"
)
57
for
i
in
range(0, len(self.
input_files
)):
58
print(
" '%s' -> '%s'"
%(self.
input_files
[i], self.
output_files
[i]))
59
else
:
60
print(
"Input files:"
)
61
for
afile
in
self.
input_files
:
62
print(
" %s"
%(afile))
63
if
len(self.
output_files
) > 0:
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print(
"Output file:"
, self.
output_files
[0])
65
elif
len(self.
output_files
) > 0:
66
print(
"Output file:"
, self.
output_files
[0])
67
if
len(self.
libraries
) > 0:
68
print(
"Shared libraries to load:"
)
69
for
afile
in
self.
libraries
:
70
print(
" %s"
%(afile))
HpstrConf.Process
Process python class.
Definition
HpstrConf.py:20
HpstrConf.Process.input_files
input_files
Definition
HpstrConf.py:26
HpstrConf.Process.sequence
sequence
Definition
HpstrConf.py:28
HpstrConf.Process.printProcess
printProcess(self)
Print process.
Definition
HpstrConf.py:46
HpstrConf.Process.output_files
output_files
Definition
HpstrConf.py:27
HpstrConf.Process.max_events
max_events
Definition
HpstrConf.py:25
HpstrConf.Process.libraries
libraries
Definition
HpstrConf.py:29
HpstrConf.Process.add_library
add_library(self, lib)
Add a libraries to the list of libraries to load, searching the appropriate paths to find it,...
Definition
HpstrConf.py:32
HpstrConf.Process.__init__
__init__(self)
Definition
HpstrConf.py:24
HpstrConf.Processor
Processor python class.
Definition
HpstrConf.py:4
HpstrConf.Processor.class_name
class_name
Definition
HpstrConf.py:9
HpstrConf.Processor.__init__
__init__(self, instance_name, class_name)
Definition
HpstrConf.py:7
HpstrConf.Processor.instance_name
instance_name
Definition
HpstrConf.py:8
HpstrConf.Processor.toString
toString(self)
Definition
HpstrConf.py:12
HpstrConf.Processor.parameters
parameters
Definition
HpstrConf.py:10
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