def occStats(self, path, format, list, plotting):
wordlists = PlaintextCorpusReader(path, format)
fileids = wordlists.fileids()
k = len(fileids)
# computing frequencies
self.fileStats(path, fileids)
# save stats
statsname = "Base GQs (patterns)"
savpath = plotting + '/' + statsname.replace(' ', '-')
# generating report
SaveStats(self.classstats, self.stats, "", savpath, plotting) # all
def occStats(self,path,format,list,plotting):
wordlists = PlaintextCorpusReader(path,format)
fileids = wordlists.fileids()
k = len(fileids)
# computing rel frequencies
self.fileStats(path,fileids)
# plotting vars
figname = "GQs by class"
figpath = plotting +'/'+ figname.replace(' ', '-') + '-stats.pdf'
savpath = plotting +'/'+ figname.replace(' ', '-')
# plotting
MyPlot(self.stats,self.classstats,figname, "three",plotting,list) # per class (no regression)
# generating report
SaveStats(self.classstats,self.stats,figpath,savpath,plotting) # per class
def __init__(self, aika, pelaaja):
ds = (aika % 1) * 100
minute = aika / 60
sekunti = str(aika)
s1 = sekunti.split(".")[0]
self = QtWidgets.QMessageBox()
self.setWindowTitle(" ")
self.setGeometry(650, 550, 0, 0)
self.setText("Voitit pelin!")
self.setInformativeText(
"Aikasi oli: \n{:2.0f} min {:s} s {:2.0f} ms".format(
minute, s1, ds))
self.exec()
SaveStats(aika, pelaaja) #tallennetaan tulos
#Palataan main menuun käynnistämällä ohjelma uusiksi
os.execl(sys.executable, sys.executable, *sys.argv)
def occStats(self, path, formatt, llist, plotting):
wordlists = PlaintextCorpusReader(path, formatt)
fileids = wordlists.fileids()
#k = len(fileids)
# computing rel frequencies
self.fileStats(path, fileids)
# plotting vars
figname = "Base GQs"
figpath = plotting + '/' + figname.replace(' ', '-') + '-stats.pdf'
savpath = plotting + '/' + figname.replace(' ', '-')
# plotting
MyPlot(self.stats, self.classstats, figname, "one", plotting,
llist) # all
# generating report
SaveStats(self.classstats, self.stats, figpath, savpath,
plotting) # all