src
Alignment
MuonAlignment
python
geometryXMLtoCSV.py
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#!/usr/bin/env python
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# XML must come from MuonGeometryDBConverter; it must not be hand-made
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# Example configuration that will work
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#
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# PSet outputXML = {
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# string fileName = "tmp.xml"
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# string relativeto = "container" # keep in mind which relativeto you used when interpreting positions and angles!
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# bool survey = false # important: survey must be false
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# bool rawIds = false # important: rawIds must be false
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# bool eulerAngles = false
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#
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# untracked bool suppressDTBarrel = true
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# untracked bool suppressDTWheels = true
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# untracked bool suppressDTStations = true
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# untracked bool suppressDTChambers = true
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# untracked bool suppressDTSuperLayers = true
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# untracked bool suppressDTLayers = true
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# untracked bool suppressCSCEndcaps = true
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# untracked bool suppressCSCStations = true
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# untracked bool suppressCSCRings = true
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# untracked bool suppressCSCChambers = true
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# untracked bool suppressCSCLayers = false
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# }
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# External libraries (standard in Python >= 2.4, at least)
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from
__future__
import
print_function
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from
xml.sax
import
handler, make_parser
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from
sys
import
stdin
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# Headers for the CSV file
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print
(
"Alignable, wheel, station, sector, superlayer, layer, relativeto, x, y, z, angletype, phix, phiy, phiz, xx, xy, xz, yy, yz, zz"
)
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print
(
", endcap, station, ring, chamber, layer, , , , , , alpha, beta, gamma, , , , , , "
)
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# This class is a subclass of something which knows how to parse XML
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class
ContentHandler
(handler.ContentHandler):
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# what to do when you get to a <startelement>
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def
startElement
(self, tag, attrib):
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attrib = dict(attrib.items())
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if
"rawId"
in
attrib:
raise
Exception
(
"Please use \"rawIds = false\""
)
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if
"aa"
in
attrib:
raise
Exception
(
"Please use \"survey = false\""
)
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# <DT...>: print wheel/station/sector/superlayer/layer
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if
tag[0:2] ==
"DT"
:
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print
(tag, end=
' '
)
# ending with a comma means "don't print end-of-line character"
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for
a
in
"wheel"
,
"station"
,
"sector"
,
"superlayer"
,
"layer"
:
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if
a
in
attrib:
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print
((
", %s"
% attrib[a]), end=
' '
)
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else
:
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print
(
", "
, end=
' '
)
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# <CSC...>: print endcap/station/ring/chamber/layer
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elif
tag[0:3] ==
"CSC"
:
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print
(tag, end=
' '
)
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for
a
in
"endcap"
,
"station"
,
"ring"
,
"chamber"
,
"layer"
:
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if
a
in
attrib:
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print
((
", %s"
% attrib[a]), end=
' '
)
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else
:
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print
(
", "
, end=
' '
)
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# <setposition>: print x, y, z and phix, phiy, phiz or alpha, beta, gamma
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elif
tag ==
"setposition"
:
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print
((
", %(relativeto)s, %(x)s, %(y)s, %(z)s"
% attrib), end=
' '
)
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if
"phix"
in
attrib:
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print
((
", phixyz, %(phix)s, %(phiy)s, %(phiz)s"
% attrib), end=
' '
)
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else
:
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print
((
", Euler, %(alpha)s, %(beta)s, %(gamma)s"
% attrib), end=
' '
)
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# <setape>: print xx, xy, xz, yy, yz, zz
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elif
tag ==
"setape"
:
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print
((
", %(xx)s, %(xy)s, %(xz)s, %(yy)s, %(yz)s, %(zz)s"
% attrib), end=
' '
)
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# what to do when you get to an </endelement>
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def
endElement
(self, tag):
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if
tag ==
"operation"
:
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print
(
""
)
# end current line (note: no comma)
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# Actually make it and use it on "stdin" (a file object)
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parser = make_parser()
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parser.setContentHandler(
ContentHandler
())
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parser.parse(stdin)
geometryXMLtoCSV.ContentHandler
Definition:
geometryXMLtoCSV.py:36
print
void print(TMatrixD &m, const char *label=nullptr, bool mathematicaFormat=false)
Definition:
Utilities.cc:47
geometryXMLtoCSV.ContentHandler.endElement
def endElement(self, tag)
Definition:
geometryXMLtoCSV.py:74
Exception
geometryXMLtoCSV.ContentHandler.startElement
def startElement(self, tag, attrib)
Definition:
geometryXMLtoCSV.py:38
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