def getUserLabels(self):
"""Collect UserLabels."""
labelPaths = absoluteFilePaths(self.labelDir)
self.userLabels = [CorpusLabel(path, self.corpus) for path in labelPaths]
if len(self.userLabels) == 0:
raise ValueError("No users labels found")
self.nlabelers = len(self.userLabels)
def getDataFiles(self):
"""
Collect all CSV data files from self.srcRoot directory.
@return (dict) Keys are relative paths (from self.srcRoot) and values are
the corresponding data files.
"""
filePaths = absoluteFilePaths(self.srcRoot)
dataSets = [DataFile(path) for path in filePaths if ".csv" in path]
def getRelativePath(srcRoot, srcPath):
return srcPath[srcPath.index(srcRoot)+len(srcRoot):]\
.strip(os.path.sep).replace(os.path.sep, "/")
def getRawLabels(self):
"""Collect the raw user labels from specified directory."""
labelPaths = absoluteFilePaths(self.labelDir)
self.userLabels = []
self.knownLabels = []
for path in labelPaths:
if "known" in path:
self.knownLabels.append(CorpusLabel(path, self.corpus))
else:
self.userLabels.append(CorpusLabel(path, self.corpus))
self.nLabelers = len(self.userLabels)
if self.nLabelers == 0:
raise ValueError("No users labels found")
def getRawLabels(self):
"""Collect the raw user labels from specified directory."""
labelPaths = absoluteFilePaths(self.labelDir)
self.userLabels = []
self.knownLabels = []
for path in labelPaths:
if "known" in path:
self.knownLabels.append(CorpusLabel(path, self.corpus))
else:
self.userLabels.append(CorpusLabel(path, self.corpus))
self.nLabelers = len(self.userLabels)
if self.nLabelers == 0:
raise ValueError("No users labels found")
def getDataFiles(self):
"""
Collect all CSV data files from self.srcRoot directory.
@return (dict) Keys are relative paths (from self.srcRoot) and values are
the corresponding data files.
"""
filePaths = absoluteFilePaths(self.srcRoot)
dataSets = [DataFile(path) for path in filePaths if ".csv" in path]
def getRelativePath(srcRoot, srcPath):
return srcPath[srcPath.index(srcRoot)+len(srcRoot):].strip("/")
return {getRelativePath(self.srcRoot, d.srcPath) : d for d in dataSets}
def getDataFiles(self):
"""
Collect datafiles from self.srcRoot where datafiles are stored in a dictionary
in which the path relative to the self.srcRoot is their key.
@return (dict) Dictionary containing key value pairs of a relative path
and its corresponding datafile.
"""
filePaths = absoluteFilePaths(self.srcRoot)
dataSets = [DataFile(path) for path in filePaths]
def getRelativePath(srcRoot, srcPath):
return srcPath[srcPath.index(srcRoot) + len(srcRoot) :].strip("/")
dataSets = {getRelativePath(self.srcRoot, d.srcPath): d for d in dataSets}
return dataSets
def getDataFiles(self):
"""
Collect datafiles from self.srcRoot where datafiles are stored in a dictionary
in which the path relative to the self.srcRoot is their key.
@return (dict) Dictionary containing key value pairs of a relative path
and its corresponding datafile.
"""
filePaths = absoluteFilePaths(self.srcRoot)
dataSets = [DataFile(path) for path in filePaths]
def getRelativePath(srcRoot, srcPath):
return srcPath[srcPath.index(srcRoot) + len(srcRoot):].strip("/")
dataSets = {getRelativePath(self.srcRoot, d.srcPath) : d \
for d in dataSets}
return dataSets
def getDataFiles(self):
"""
Collect all CSV data files from self.srcRoot directory.
@return (dict) Keys are relative paths (from self.srcRoot) and values are
the corresponding data files.
"""
filePaths = absoluteFilePaths(self.srcRoot)
dataSets = [DataFile(path) for path in filePaths if ".csv" in path]
def getRelativePath(srcRoot, srcPath):
# Handle case where srcRoot is already relative
srcRoot = os.path.abspath(srcRoot)
ind = srcPath.index(srcRoot)
root_len = len(srcRoot)
return srcPath[ind+root_len:]\
.strip(os.path.sep).replace(os.path.sep, "/")
return {getRelativePath(self.srcRoot, d.srcPath): d for d in dataSets}
#%%
print('\n ==Preprocessing==========================================')
#construct a dict per collection of datasets
#the idea is that each collection has datasets with similar formats
collections = {
#"nab" : {'folder':'/nab/','delimiter':',','timestamp':True},
"synth": {
'folder': '/synth/',
'delimiter': ',',
'timestamp': False
}
}
#now use the collections to create preprocessors and automatically preprocess each folder
for c in collections:
rawPaths = absoluteFilePaths(rawDir + collections[c]['folder'])
for f in rawPaths:
print('\n **Preprocessing ' + f)
pre = Preprocessor(fileName=f,
delimiter=collections[c]['delimiter'],
timestamp=collections[c]['timestamp'],
folderStruct=collections[c]['folder'])
pre.autoPP()
print('\n ==Finished Preprocessing==================================')
#create a dict via nab.corpus that contain filenames as keys and dataframes as values
print('\n Loading preprocessed data files to corpus')
corpus = Corpus(dataDir)
data = corpus.dataFiles
print('The following datasets will be analysed')
for d in data:
def getUserLabels(self): """Collect UserLabels.""" labelPaths = absoluteFilePaths(self.labelRoot) userLabels = [UserLabel(path, corp=self.corpus) for path in labelPaths] self.userLabels = userLabels self.nlabelers = len(self.userLabels)
