def stockShelves(TMR):
print "I'm stocking the shelves..."
time.sleep(1)
if TMR == 0: return
theme = None
for concept in TMR:
s = concept.__class__.__name__
if s[0] != "Animal" and s[0] != "Delivery" and s[0] != "Quality":
theme = concept
if theme == None:
print "This TMR is confusing, I'm not saying anything."
return
concept.location = Slot(Aisle)
concept.price = Slot(Price)
concept.preferred_product = True
cost = Price()
name = theme.__class__.__name__
aisles = kblookup("Aisle")
target_aisle = "six"
if name == "Chips":
cost.value = "$2.00"
target_aisle = 'three'
elif name == "Wines":
if concept.quality.filler.__class__.__name__ == "Good":
cost.value = "$5.00"
target_aisle = 'four'
elif concept.quality.filler.__class__.__name__ == "Bad":
cost.value = "$2.00"
target_aisle = 'five'
elif concept.quality.filler.__class__.__name__ == "Best":
cost.value = "$10.00"
target_aisle = 'four'
else:
cost.value = "$3.00"
target_aisle = 'six'
else:
cost.value = "$3.00"
target_aisle = 'six'
concept.price.fill(cost)
for a in aisles:
if a.name == target_aisle:
concept.location.fill(a)
break
store(concept)
print "The delivery of", name, "is being put away in aisle", target_aisle
def checkout(TMR):
items = raw_input("What items are you purchasing?")
item_list = items.split()
total = 0.0
for item in item_list:
if item == "and":
continue
else:
kb_return = kblookup(item)
if len(kb_return) == 0:
continue
total += float(kb_return[0].price.filler.value.strip("$"))
raw_input("That will be {0}".format(total))
print "Have a nice day!"
def determineLocation(TMR):
#Determine the theme of the location query
theme = None
quality = "Any"
for concept in TMR:
s = str(concept).split("-")
if s[0] == "Good" or s[0] == "Bad" or s[0] == "Best":
quality = s[0]
elif s[0] != "Aisle" and s[0] != "QuestionEvent":
theme = s[0]
#Look for this theme
if theme == None:
print "This TMR is confusing, I'm not saying anything."
return
kb_return = kblookup(theme)
print kb_return
if len(kb_return) == 0:
print "We do not currently have {0}".format(theme)
else:
#pref_i represents the best index with bias (in order) preferred_product, quality, and (maybe) price
pref_i = 0
pref_found = True
while not kb_return[pref_i].preferred_product:
pref_i += 1
if pref_i == len(kb_return):
pref_i = 0
pref_found = False
break
if quality != "Any":
while ((not kb_return[pref_i].preferred_product) == pref_found) or (kb_return[pref_i].quality.filler.__class__.__name__ != quality):
pref_i += 1
if pref_i == len(kb_return):
pref_i = 0
if not pref_found:
print "We do not have any {0} {1}".format(quality, theme)
return
else:
pref_found = False
aisle = kb_return[pref_i].location.filler.name
print "The {0} {1} are in aisle {2}".format(quality, theme, aisle)
else:
aisle = kb_return[pref_i].location.filler.name
#return/print the location associated with this theme
print "The {0} are in aisle {1}".format(theme, aisle)
def determinePrice(TMR):
theme = None
quality = "Any"
for concept in TMR:
s = str(concept).split("-")
if s[0] == "Good" or s[0] == "Bad" or s[0] == "Best":
quality = s[0]
elif s[0] != "Price" and s[0] != "QuestionEvent":
theme = s[0]
if theme == None:
print "This TMR is confusing, I'm not saying anything."
return
kb_return = kblookup(theme)
if len(kb_return) == 0:
print "We do not currently have {0}".format(theme)
else:
#pref_i represents the best index with bias (in order) preferred_product, quality, and (maybe) price
pref_i = 0
pref_found = True
while not kb_return[pref_i].preferred_product:
pref_i += 1
if pref_i == len(kb_return):
pref_i = 0
pref_found = False
break
if quality != "Any":
while ((not kb_return[pref_i].preferred_product) == pref_found) or (kb_return[pref_i].quality.filler.__class__.__name__ != quality):
pref_i += 1
if pref_i == len(kb_return):
pref_i = 0
if not pref_found:
print "We do not have any {0} {1}".format(quality, theme)
return
else:
pref_found = False
price = kb_return[pref_i].price.filler.value
print "The {0} {1} cost {2}".format(quality, theme, price)
else:
price = kb_return[pref_i].price.filler.value
print "The {0} cost {1}".format(theme, price)
"""
