def analyzeReport(self, report):
"""
given an individual radiology report, creates a pyConTextGraph
object that contains the context markup
report: a text string containing the radiology reports
"""
context = pyConText.ConTextDocument()
targets = self.targets
modifiers = self.modifiers
splitter = helpers.sentenceSplitter()
sentences = splitter.splitSentences(report)
count = 0
for s in sentences:
#print s
markup = pyConText.ConTextMarkup()
markup.setRawText(s)
markup.cleanText()
markup.markItems(modifiers, mode="modifier")
markup.markItems(targets, mode="target")
markup.pruneMarks()
markup.dropMarks('Exclusion')
markup.applyModifiers()
context.addMarkup(markup)
context.computeDocumentGraph(verbose=True)
return context
def analyzeReport(self, report, mode, modFilters = None ):
"""given an individual radiology report, creates a pyConTextSql
object that contains the context markup
report: a text string containing the radiology reports
mode: which of the pyConText objects are we using: disease
modFilters: """
context = self.context.get(mode)
targets = self.targets.get(mode)
modifiers = self.modifiers.get(mode)
if modFilters == None :
modFilters = ['indication','pseudoneg','probable_negated_existence',
'definite_negated_existence', 'probable_existence',
'definite_existence', 'historical']
context.reset()
sentences = helpers.sentenceSplitter(report)
count = 0
for s in sentences:
context.setTxt(s)
context.markItems(modifiers, mode="modifier")
context.markItems(targets, mode="target")
context.pruneMarks()
context.dropMarks('Exclusion')
context.applyModifiers()
#context.pruneModifierRelationships()
context.dropInactiveModifiers()
context.commit()
count += 1
def analyzeReport(self,csv,eHOST, idName,report, modFilters = ['indication','pseudoneg','probable_negated_existence',
'definite_negated_existence', 'probable_existence',
'definite_existence','future', 'historical', 'cigarette_units', 'frequency',
'amount', 'current', 'past', 'cessation', "initiation","pack_year", ]
):
"""given an individual radiology report, creates a pyConTextSql
object that contains the context markup
report: a text string containing the radiology reports
mode: which of the pyConText objects are we using: disease
modFilters: """
self.context = pyConText.ConTextDocument()
targets=self.targets
modifiers = self.modifiers
if modFilters == None :
modFilters = ['indication','pseudoneg','probable_negated_existence',
'definite_negated_existence', 'probable_existence',
'definite_existence', 'future', 'historical', 'cigarette_units', 'frequency',
'amount', 'current', 'past', 'cessation', "initiation","pack_year", ]
fo=open(os.getcwd()+"/eHOST_FILES/corpus/%s"%idName, "w")
fo.write(report.strip())
fo.close()
splitter = helpers.sentenceSplitter()
sentences = splitter.splitSentences(report)
count = 0
for s in sentences:
markup=pyConText.ConTextMarkup()
markup.setRawText(s)
markup.cleanText()
markup.markItems(modifiers, mode="modifier")
markup.markItems(targets, mode="target")
markup.pruneMarks()
markup.applyModifiers()
markup.dropInactiveModifiers()
count += 1
self.context.addMarkup(markup)
idName, sevFlag, htmlStr = html.mark_document_with_html(csv, eHOST, idName,self.context)
self.outString+= self.context.getXML()+u"\n"
print self.context.getXML()#;raw_input()
return idName, sevFlag, htmlStr
def setUp(self):
# create a sample image in memory
self.context = pyConText.ConTextMarkup()
self.splitter = helpers.sentenceSplitter()
self.su1 = u"kanso <Diagnosis>**diabetes**</Diagnosis> utesl\xf6t eller diabetes men inte s\xe4kert. Vi siktar p\xe5 en r\xf6ntgenkontroll. kan det vara nej panik\xe5ngesten\n?"
self.su2 = u"IMPRESSION: 1. LIMITED STUDY DEMONSTRATING NO GROSS EVIDENCE OF SIGNIFICANT PULMONARY EMBOLISM."
self.su3 = u"This is a sentence that does not end with a number. But this sentence ends with 1. So this should be recognized as a third sentence."
self.su4 = u"This is a sentence with a numeric value equal to 1.43 and should not be split into two parts."
self.items = [
[u"pulmonary embolism", u"PULMONARY_EMBOLISM", ur"""pulmonary\s(artery )?(embol[a-z]+)""", ""],
["no gross evidence of", "PROBABLE_NEGATED_EXISTENCE", "", "forward"],
]
def setUp(self):
# create a sample image in memory
self.context = pyConText.ConTextMarkup()
self.splitter = helpers.sentenceSplitter()
self.su1 = u'kanso <Diagnosis>**diabetes**</Diagnosis> utesl\xf6t eller diabetes men inte s\xe4kert. Vi siktar p\xe5 en r\xf6ntgenkontroll. kan det vara nej panik\xe5ngesten\n?'
self.su2 = u'IMPRESSION: 1. LIMITED STUDY DEMONSTRATING NO GROSS EVIDENCE OF SIGNIFICANT PULMONARY EMBOLISM.'
self.su3 = u'This is a sentence that does not end with a number. But this sentence ends with 1. So this should be recognized as a third sentence.'
self.su4 = u'This is a sentence with a numeric value equal to 1.43 and should not be split into two parts.'
self.items = [[
u"pulmonary embolism", u"PULMONARY_EMBOLISM",
ur"""pulmonary\s(artery )?(embol[a-z]+)""", ""
], [
"no gross evidence of", "PROBABLE_NEGATED_EXISTENCE", "", "forward"
]]
def analyzeReport(self, report ):
"""
given an individual radiology report, creates a pyConTextGraph
object that contains the context markup
report: a text string containing the radiology reports
"""
context = self.document
targets = self.targets
modifiers = self.modifiers
splitter = helpers.sentenceSplitter()
# alternatively you can skip the default exceptions and add your own
# splitter = helpers.sentenceSpliter(useDefaults = False)
#splitter.addExceptionTerms("Dr.","Mr.","Mrs.",M.D.","R.N.","L.P.N.",addCaseVariants=True)
splitter.addExceptionTerms("Ms.","D.O.",addCaseVariants=True)
splitter.deleteExceptionTerms("A.B.","B.S.",deleteCaseVariants=True)
sentences = splitter.splitSentences(report)
count = 0
for s in sentences:
#print s
markup = pyConText.ConTextMarkup()
markup.toggleVerbose()
markup.setRawText(s)
markup.cleanText()
markup.markItems(modifiers, mode="modifier")
markup.markItems(targets, mode="target")
#raw_input('marked targets and modifiers')
#print "markup before pruning"
#print markup.getXML()
markup.pruneMarks()
markup.dropMarks('Exclusion')
# apply modifiers to any targets within the modifiers scope
markup.applyModifiers()
markup.pruneSelfModifyingRelationships()
#context.pruneModifierRelationships()
#context.dropInactiveModifiers()
# add markup to context document
print markup
context.addMarkup(markup)
count += 1
context.computeDocumentGraph()
def analyzeReport(self, report):
"""
given an individual radiology report, creates a pyConTextGraph
object that contains the context markup
report: a text string containing the radiology reports
"""
context = self.document
targets = self.targets
modifiers = self.modifiers
splitter = helpers.sentenceSplitter()
# alternatively you can skip the default exceptions and add your own
# splitter = helpers.sentenceSpliter(useDefaults = False)
#splitter.addExceptionTerms("Dr.","Mr.","Mrs.",M.D.","R.N.","L.P.N.",addCaseVariants=True)
splitter.addExceptionTerms("Ms.", "D.O.", addCaseVariants=True)
splitter.deleteExceptionTerms("A.B.", "B.S.", deleteCaseVariants=True)
sentences = splitter.splitSentences(report)
count = 0
for s in sentences:
#print s
markup = pyConText.ConTextMarkup()
markup.toggleVerbose()
markup.setRawText(s)
markup.cleanText()
markup.markItems(modifiers, mode="modifier")
markup.markItems(targets, mode="target")
#raw_input('marked targets and modifiers')
#print "markup before pruning"
#print markup.getXML()
markup.pruneMarks()
markup.dropMarks('Exclusion')
# apply modifiers to any targets within the modifiers scope
markup.applyModifiers()
markup.pruneSelfModifyingRelationships()
#context.pruneModifierRelationships()
#context.dropInactiveModifiers()
# add markup to context document
print markup
context.addMarkup(markup)
count += 1
context.computeDocumentGraph()
def analyzeReport(self, report ):
"""
given an individual radiology report, creates a pyConTextGraph
object that contains the context markup
report: a text string containing the radiology reports
"""
context = self.context
targets = self.targets
modifiers = self.modifiers
context.reset()
splitter = helpers.sentenceSplitter()
# alternatively you can skip the default exceptions and add your own
# splitter = helpers.sentenceSpliter(useDefaults = False)
#splitter.addExceptionTerms("Dr.","Mr.","Mrs.",M.D.","R.N.","L.P.N.",addCaseVariants=True)
splitter.addExceptionTerms("Ms.","D.O.",addCaseVariants=True)
splitter.deleteExceptionTerms("A.B.","B.S.",deleteCaseVariants=True)
sentences = splitter.splitSentences(report)
count = 0
for s in sentences:
#print s
context.setRawText(s)
context.cleanText()
context.markItems(modifiers, mode="modifier")
context.markItems(targets, mode="target")
g= context.getCurrentGraph()
ic=0
context.pruneMarks()
context.dropMarks('Exclusion')
context.applyModifiers()
#context.pruneModifierRelationships()
#context.dropInactiveModifiers()
print context
self.outString += context.getXML()+u"\n"
context.commit()
count += 1
print context.getSectionText()
raw_input('continue')
context.computeDocumentGraph()
ag = nx.to_pydot(context.getDocumentGraph(), strict=True)
ag.write("case%03d.pdf"%self.currentCase,format="pdf")
def _splitSentencesSingleDocInternal(documentPath):
"""Takes a string, returns a list of reconstructed sentences of the form (text, docSpanTuple, docName, docLength, None) to be fed to PyConTextInput."""
sentenceTuples = []
with open(documentPath, 'rU') as inFile:
documentText = inFile.read()
documentName = Document.ParseDocumentNameFromPath(documentPath)
docLength = len(documentText)
sentences = sentenceSplitter().splitSentences(documentText)
repeatManager = RepeatManger(documentText)
reconstructor = Reconstructor(documentText)
for sentence in sentences:
reconstructedSentence = reconstructor.reconstructSentence(sentence)
span = repeatManager.determineSpan(reconstructedSentence)
sentenceTuples.append((reconstructedSentence, span, documentName, docLength, None))
return sentenceTuples
def splitter():
return helpers.sentenceSplitter()
def test_sentenceSplitter1(self):
"""test whether we properly capture text that terminates without a recognized sentence termination"""
splitter = helpers.sentenceSplitter()
sentences = splitter.splitSentences(self.su3)
assert len(sentences) == 3
def test_createSentenceSplitter():
assert helpers.sentenceSplitter()
def splitter():
return helpers.sentenceSplitter()
def test_sentenceSplitter2(self):
"""test whether we properly skip numbers with decimal points."""
splitter = helpers.sentenceSplitter()
sentences = splitter.splitSentences(self.su4)
assert len(sentences) == 1
def analyzeReport(
self,
idName,
report,
modFilters=[
'indication', 'pseudoneg', 'probable_negated_existence',
'definite_negated_existence', 'probable_existence',
'definite_existence', 'historical', 'carotid_critical',
'carotid_noncritical', 'right_sidedness', 'left_sidedness',
'bilateral_sidedness', 'sidedness',
'common_carotid_neurovascularanatomy',
'bulb_carotid_neurovascularanatomy',
'internal_carotid_neurovascularanatomy'
]):
"""given an individual radiology report, creates a pyConTextSql
object that contains the context markup
report: a text string containing the radiology reports
mode: which of the pyConText objects are we using: disease
modFilters: """
self.context = pyConText.ConTextDocument()
targets = self.targets
modifiers = self.modifiers
if modFilters == None:
modFilters = [
'indication',
'pseudoneg',
'probable_negated_existence',
'definite_negated_existence',
'probable_existence',
'definite_existence',
'historical',
'carotid_critical',
'carotid_noncritical',
'right_sidedness',
'left_sidedness',
'bilateral_sidedness',
'sidedness',
'bulb_carotid_neurovascularanatomy',
'common_carotid_neurovascularanatomy',
'internal_carotid_neurovascularanatomy',
]
splitter = helpers.sentenceSplitter()
sentences = splitter.splitSentences(report)
count = 0
print idName
for s in sentences:
markup = pyConText.ConTextMarkup()
markup.setRawText(s)
markup.cleanText()
markup.markItems(modifiers, mode="modifier")
markup.markItems(targets, mode="target")
#markup.pruneMarks()
#markup.dropMarks('Exclusion')
markup.applyModifiers()
#markup.pruneModifierRelationships()
markup.dropInactiveModifiers()
count += 1
self.context.addMarkup(markup)
idName, sevFlag, htmlStr = html.mark_document_with_html(
idName, self.context) #;raw_input()
# fo=open(self.html_dir+"\\%s.html"%idName, "w")
# fo.write(htmlStr)
# fo.close()
self.outString += self.context.getXML() + u"\n"
print self.context.getXML() #;raw_input()
return idName, sevFlag, htmlStr
from BoundaryReader import parseSentenceBoundaries
from eHostessAddins.SentenceReconstructor import SentenceReconstructor
from eHostessAddins.SentenceRepeatManager import SentenceRepeatManager
from pyConTextNLP.helpers import sentenceSplitter
testDoc = '327000.txt'
inFile = open("./ClinicalNotes/Training1/" + testDoc, 'rU')
body = inFile.read()
inFile.close()
testBoundaries, testText = parseSentenceBoundaries(body)
reconstructor = SentenceReconstructor(testText)
repeatManager = SentenceRepeatManager()
sentences = sentenceSplitter().splitSentences(testText)
predictedBoundaries = []
for sentence in sentences:
reconstructedSentence = reconstructor.reconstructSentence(sentence)
docSpan = repeatManager.processSentence(reconstructedSentence, testText)
predictedBoundaries.append(docSpan[1])
numTrueBoundaries = len(testBoundaries)
numPredictedBoundaries = len(predictedBoundaries)
numPredictedCorrect = 0
for boundary in predictedBoundaries:
if boundary in testBoundaries:
def test_createSentenceSplitter():
assert helpers.sentenceSplitter()
def test_sentenceSplitter1(self):
"""test whether we properly capture text that terminates without a recognized sentence termination"""
splitter = helpers.sentenceSplitter()
sentences = splitter.splitSentences(self.su3)
assert len(sentences) == 3
def test_sentenceSplitter2(self):
"""test whether we properly skip numbers with decimal points."""
splitter = helpers.sentenceSplitter()
sentences = splitter.splitSentences(self.su4)
assert len(sentences) == 1
