def getPairDiff(
self,
filepath,
querypath,
numberrange,
dayrange,
firstcol,
lastcol,
excel
):
#import data
#determine type of import: csv of excel
filetype = os.path.basename(filepath).split(".")[1]
if filetype == "csv":
data = pd.DataFrame.from_csv(filepath)
elif filetype == "xlsx" or filetype == "xls":
data = pd.read_excel(filepath, sheetname = excel, index_col = 0) #reads the sheet indexed by "excel" - it's python indexed.
self.data = copy(data) #original data
handle_range(data, numberrange, firstcol, lastcol) #process range issue, i.e. [number] to [number]
self.datarange = copy(data) #save the range dataset
#process subset selection from query.xml take data, give datadrop
inclusion = createQuery(querypath, data.shape[0], data)
datadrop = data.ix[[x[0] for x in enumerate(inclusion) if x[1]]] #0 is row, 1 is true if the row should be included
self.dataquery = datadrop #save the query inclusion
#process data with multiple days. 0 is average, 1 is first, 2 is second, -1 is keep all rows #take datadrop, give dataproc
dataproc = handle_days(datadrop, dayrange, firstcol, lastcol)
m, n = dataproc.shape
self.datadays = dataproc
#create difference take dataproc
datamat = dataproc.iloc[:,range(firstcol,lastcol + 1)]
self.datamat = datamat
diff = pairdiff(datamat)
diffmeas = pd.DataFrame(data = diff,
index = dataproc.columns[firstcol:lastcol+1],
columns = ["diff"])
#add summary information to output
outmean, outsd, outnan, outsamplesize = summaries(dataproc, firstcol, lastcol)
diffmeas['mean'] = pd.Series(outmean, index = diffmeas.index)
diffmeas['sd'] = pd.Series(outsd, index = diffmeas.index)
diffmeas['count_nan'] = pd.Series(outnan, index = diffmeas.index)
diffmeas['sample_size'] = pd.Series(outsamplesize, index = diffmeas.index)
self.pairdiff = diffmeas
self.debugger(filepath)
return(diffmeas)
def getPairDiff(self, filepath, querypath, numberrange, dayrange, firstcol,
lastcol, excel):
#import data
#determine type of import: csv of excel
filetype = os.path.basename(filepath).split(".")[1]
if filetype == "csv":
data = pd.DataFrame.from_csv(filepath)
elif filetype == "xlsx" or filetype == "xls":
data = pd.read_excel(
filepath, sheetname=excel, index_col=0
) #reads the sheet indexed by "excel" - it's python indexed.
self.data = copy(data) #original data
handle_range(data, numberrange, firstcol,
lastcol) #process range issue, i.e. [number] to [number]
self.datarange = copy(data) #save the range dataset
#process subset selection from query.xml take data, give datadrop
inclusion = createQuery(querypath, data.shape[0], data)
datadrop = data.ix[[
x[0] for x in enumerate(inclusion) if x[1]
]] #0 is row, 1 is true if the row should be included
self.dataquery = datadrop #save the query inclusion
#process data with multiple days. 0 is average, 1 is first, 2 is second, -1 is keep all rows #take datadrop, give dataproc
dataproc = handle_days(datadrop, dayrange, firstcol, lastcol)
m, n = dataproc.shape
self.datadays = dataproc
#create difference take dataproc
datamat = dataproc.iloc[:, range(firstcol, lastcol + 1)]
self.datamat = datamat
diff = pairdiff(datamat)
diffmeas = pd.DataFrame(data=diff,
index=dataproc.columns[firstcol:lastcol + 1],
columns=["diff"])
#add summary information to output
outmean, outsd, outnan, outsamplesize = summaries(
dataproc, firstcol, lastcol)
diffmeas['mean'] = pd.Series(outmean, index=diffmeas.index)
diffmeas['sd'] = pd.Series(outsd, index=diffmeas.index)
diffmeas['count_nan'] = pd.Series(outnan, index=diffmeas.index)
diffmeas['sample_size'] = pd.Series(outsamplesize,
index=diffmeas.index)
self.pairdiff = diffmeas
self.debugger(filepath)
return (diffmeas)
print "No filters specified in xml query."
return(query.include)
if __name__ == "__main__":
########################
#remove this later
lastcol = 10
firstcol = 1
import pandas as pd
from process import handle_range, handle_days
from pairdiff import pairdiff
data = pd.DataFrame.from_csv("../DmelClockTimeSeriesSearch-2015-03-26--DataTable3.csv")
handle_range(data,1) #process range issue
dataproc = handle_days(data,0) #processed data with dates
m, n = dataproc.shape
########################
#xml processing
xmldoc = minidom.parse('query.xml') #only user input is here
rawexclusion = xmldoc.getElementsByTagName('rowMod')
rawType = str(rawexclusion[0].attributes['type'].value)
rawValue = [int(x) for x in (rawexclusion[0].firstChild.nodeValue).split(',')]
filters = xmldoc.getElementsByTagName('filter')
#build query object
query = filterobj(m,dataproc)
if rawType == 'include':
