def doKruskalWallisTest(verbose, groups, combivehlist, assignments, label, hValues):
if verbose:
print '\nbegin the Kruskal-Wallis test!'
print 'methods:', label
print 'number of samples:', len(combivehlist)
adjlabel = label + '_' + "adjusted"
if groups >= 100.:
groups = 100.
lowvalue = chiSquareTable[int(groups)-1][2]
highvalue = chiSquareTable[int(groups)-1][4]
H = H_Value(label, lowvalue, highvalue)
adjH = H_Value(adjlabel, lowvalue, highvalue)
hValues.append(H)
hValues.append(adjH)
for index in [("traveltime"),("speed"),("travellength"),("waittime")]:
for veh in combivehlist:
veh.rank = 0.
for method in assignments.itervalues():
method.sumrank = 0.
samecountlist = []
current = 0
lastrank = 0
subtotal = 0.
adjusted = 0.
combivehlist.sort(key=operator.attrgetter(index))
totalsamples = len(combivehlist)
for i in range (0,len(combivehlist)):
samecount = 0
if i <= current:
if index == "traveltime":
value = combivehlist[current].traveltime
elif index == "speed":
value = combivehlist[current].speed
elif index == "travellength":
value = combivehlist[current].travellength
elif index == "waittime":
value = combivehlist[current].waittime
else:
print 'error!'
for j in range (current,len(combivehlist)):
if index == "traveltime":
if combivehlist[j].traveltime == value:
samecount += 1
else:
break
elif index == "speed":
if combivehlist[j].speed == value:
samecount += 1
else:
break
elif index == "travellength":
if combivehlist[j].travellength == value:
samecount += 1
else:
break
elif index == "waittime":
if combivehlist[j].waittime == value:
samecount += 1
else:
break
if samecount == 1.:
lastrank += 1.
combivehlist[current].rank = lastrank
else:
sumrank = 0.
for j in range (0, samecount):
lastrank += 1.
sumrank += lastrank
rank = sumrank/samecount
for j in range (0, samecount):
combivehlist[current+j].rank = rank
elem = (value, samecount)
samecountlist.append(elem)
current = current + samecount
if current > (len(combivehlist) - 1):
break
print 'current:', current
for veh in combivehlist:
for method in assignments.itervalues():
if veh.method == method.label:
method.sumrank += veh.rank
for method in assignments.itervalues():
subtotal += (method.sumrank**2.) / method.totalVeh
for elem in samecountlist:
adjusted += (float(elem[1]**3) - float(elem[1]))
c = 1. - (adjusted /float(totalsamples**3 - totalsamples))
if index == "traveltime":
H.traveltime = 12./(totalsamples*(totalsamples+1)) * subtotal - 3.*(totalsamples+1)
if c > 0.:
adjH.traveltime = H.traveltime / c
elif index == "speed":
H.travelspeed = 12./(totalsamples*(totalsamples+1)) * subtotal - 3.*(totalsamples+1)
if c > 0.:
adjH.travelspeed = H.travelspeed / c
elif index == "travellength":
H.travellength = 12./(totalsamples*(totalsamples+1)) * subtotal - 3.*(totalsamples+1)
if c > 0.:
adjH.travellength = H.travellength / c
elif index == "waittime":
H.waittime = 12./(totalsamples*(totalsamples+1)) * subtotal - 3.*(totalsamples+1)
if c > 0.:
adjH.waittime = H.waittime / c
def doKruskalWallisTest(verbose, groups, combivehlist, assignments, label,
hValues):
if verbose:
print '\nbegin the Kruskal-Wallis test!'
print 'methods:', label
print 'number of samples:', len(combivehlist)
adjlabel = label + '_' + "adjusted"
if groups >= 100.:
groups = 100.
lowvalue = chiSquareTable[int(groups) - 1][2]
highvalue = chiSquareTable[int(groups) - 1][4]
H = H_Value(label, lowvalue, highvalue)
adjH = H_Value(adjlabel, lowvalue, highvalue)
hValues.append(H)
hValues.append(adjH)
for index in [("traveltime"), ("speed"), ("travellength"), ("waittime")]:
for veh in combivehlist:
veh.rank = 0.
for method in assignments.itervalues():
method.sumrank = 0.
samecountlist = []
current = 0
lastrank = 0
subtotal = 0.
adjusted = 0.
combivehlist.sort(key=operator.attrgetter(index))
totalsamples = len(combivehlist)
for i in range(0, len(combivehlist)):
samecount = 0
if i <= current:
if index == "traveltime":
value = combivehlist[current].traveltime
elif index == "speed":
value = combivehlist[current].speed
elif index == "travellength":
value = combivehlist[current].travellength
elif index == "waittime":
value = combivehlist[current].waittime
else:
print 'error!'
for j in range(current, len(combivehlist)):
if index == "traveltime":
if combivehlist[j].traveltime == value:
samecount += 1
else:
break
elif index == "speed":
if combivehlist[j].speed == value:
samecount += 1
else:
break
elif index == "travellength":
if combivehlist[j].travellength == value:
samecount += 1
else:
break
elif index == "waittime":
if combivehlist[j].waittime == value:
samecount += 1
else:
break
if samecount == 1.:
lastrank += 1.
combivehlist[current].rank = lastrank
else:
sumrank = 0.
for j in range(0, samecount):
lastrank += 1.
sumrank += lastrank
rank = sumrank / samecount
for j in range(0, samecount):
combivehlist[current + j].rank = rank
elem = (value, samecount)
samecountlist.append(elem)
current = current + samecount
if current > (len(combivehlist) - 1):
break
print 'current:', current
for veh in combivehlist:
for method in assignments.itervalues():
if veh.method == method.label:
method.sumrank += veh.rank
for method in assignments.itervalues():
subtotal += (method.sumrank**2.) / method.totalVeh
for elem in samecountlist:
adjusted += (float(elem[1]**3) - float(elem[1]))
c = 1. - (adjusted / float(totalsamples**3 - totalsamples))
if index == "traveltime":
H.traveltime = 12. / (totalsamples *
(totalsamples + 1)) * subtotal - 3. * (
totalsamples + 1)
if c > 0.:
adjH.traveltime = H.traveltime / c
elif index == "speed":
H.travelspeed = 12. / (totalsamples *
(totalsamples + 1)) * subtotal - 3. * (
totalsamples + 1)
if c > 0.:
adjH.travelspeed = H.travelspeed / c
elif index == "travellength":
H.travellength = 12. / (totalsamples *
(totalsamples + 1)) * subtotal - 3. * (
totalsamples + 1)
if c > 0.:
adjH.travellength = H.travellength / c
elif index == "waittime":
H.waittime = 12. / (totalsamples *
(totalsamples + 1)) * subtotal - 3. * (
totalsamples + 1)
if c > 0.:
adjH.waittime = H.waittime / c
