def main():
# Task 1: Ask questions here
for destination in Destinations().get_all():
# Task 2+: Add comparison logic here
# Task 1: The following code is example code, and
# should be deleted once you implement task 2.
print("Name:", destination.get_name())
print("Continent:", destination.get_continent())
print("Kid Friendly:", destination.is_kid_friendly())
print("Cost:", destination.get_cost())
print("Crime:", destination.get_crime())
print("Climate:", destination.get_climate())
print("Season Factors:",
destination.get_season_factor("spring"),
destination.get_season_factor("summer"),
destination.get_season_factor("autumn"),
destination.get_season_factor("winter"))
print("Scores:",
destination.get_interest_score("sports"),
destination.get_interest_score("wildlife"),
destination.get_interest_score("nature"),
destination.get_interest_score("historical"),
destination.get_interest_score("cuisine"),
destination.get_interest_score("adventure"),
destination.get_interest_score("beach"))
print("-" * 40)
print(type(destination))
def __init__(self,
config=None,
force_net_build=False,
verbose=False,
debug=False,
host=None,
db_name=None,
user=None,
password=None):
"""Connects to the BNA database
kwargs:
config -- path to the config file, if not given use the default config.yaml
force_net_build -- force a rebuild of the network even if an existing one is found
verbose -- output useful messages
debug -- set to debug mode
host -- hostname or address (overrides the config file if given)
db -- name of database on server (overrides the config file if given)
user -- username to connect to database (overrides the config file if given)
password -- password to connect to database (overrides the config file if given)
return: pyBNA object
"""
Destinations.__init__(self)
Connectivity.__init__(self)
Core.__init__(self)
Conf.__init__(self)
self.verbose = verbose
self.debug = debug
self.module_dir = os.path.dirname(os.path.abspath(__file__))
if config is None:
config = os.path.join(self.module_dir, "config.yaml")
self.config = self.parse_config(yaml.safe_load(open(config)))
self.config["bna"]["connectivity"]["max_detour"] = float(
100 + self.config["bna"]["connectivity"]["max_detour"]) / 100
self.db_connectivity_table = self.config["bna"]["connectivity"][
"table"]
self.net_config = self.config["bna"]["network"]
# km/mi
if "units" in self.config:
if self.config.units == "mi":
self.km = False
elif self.config.units == "km":
self.km = True
else:
raise ValueError("Invalid units \"{}\" in config".format(
self.config.units))
else:
self.km = False
if self.verbose:
print("")
print("---------------pyBNA---------------")
print(" Create and test BNA scenarios")
print("-----------------------------------")
print("")
# set up db connection
print("Connecting to database")
if host is None:
host = self.config["db"]["host"]
if db_name is None:
db_name = self.config["db"]["dbname"]
if user is None:
user = self.config["db"]["user"]
if password is None:
password = self.config["db"]["password"]
db_connection_string = " ".join([
"dbname=" + db_name, "user="******"host=" + host,
"password="******"DB connection: %s" % db_connection_string)
DBUtils.__init__(self, db_connection_string, self.verbose, self.debug)
# srid
if "srid" in self.config:
self.srid = self.config["srid"]
elif not self.debug:
self.srid = self.get_srid(self.config.bna.blocks.table)
# destinations
self.destinations = dict()
self.destination_blocks = set()
if not self.debug:
pass
# self.set_destinations()
self.sql_subs = self.make_bna_substitutions(self.config)
if force_net_build:
print("Building network tables in database")
self.build_network()
elif self.debug:
pass
elif not self.check_network():
print("Network tables not found in database...building")
self.build_network()
elif self.verbose:
print("Network tables found in database")
def main():
# Task 1: Ask questions here
print("Welcome to Travel Inspiration!")
name = input("What is your name?")
print("Hi, ", name)
# paste from here
invalid = True
continent = ""
money = ""
crime = ""
chidren = ""
season = ""
climate = ""
#Likes
sports = nature = dining = historical = adventure = beach = wildlife = -6
while continent == "":
travel_to = input("Which continent would you like to travel to?"
"\n1) Asia"
"\n2) Africa"
"\n3) North America"
"\n4) South America"
"\n5) Europe"
"\n6) Oceania"
"\n7) Antarctica\n")
travel_to = int(travel_to)
if travel_to == 1:
continent = "asia"
elif travel_to == 2:
continent == "africa"
elif travel_to == 3:
continent == "north america"
elif travel_to == 4:
continent = "south america"
elif travel_to == 5:
continent = "europe"
elif travel_to == 6:
continent = "oceania"
elif travel_to == 7:
continent = "antarctica"
else:
print("Please reply with a valid option")
continent = ""
while money == "":
money_to_you = input(
"What is money to you?"
"\n$$$) No object"
"\n$$) Spendable, so long as I get value from doing so"
"\n$) Extremely important; I want to spend as little as possible\n"
)
if money_to_you == "$$$":
money = "$$$"
elif money_to_you == "$$":
money = "$$"
elif money_to_you == "$":
money = "$"
else:
print("Please reply with a valid option")
money = ""
while crime == "":
crime_acceptable = input(
"How much crime is acceptable when you travel?"
"\n1) Low"
"\n2) Avarage"
"\n3) High\n")
crime_acceptable = int(crime_acceptable)
if crime_acceptable == 1:
crime = "low"
elif crime_acceptable == 2:
crime == "avarage"
elif crime_acceptable == 3:
crime = "high"
else:
print("Please reply with a valid option")
crime = ""
while chidren == "":
traveling_with_children = input("Will you be travelling with children?"
"\n1) Yes"
"\n2) No\n")
traveling_with_children = int(traveling_with_children)
if traveling_with_children == 1:
chidren = "yes"
elif traveling_with_children == 2:
chidren = "no"
else:
print("Please reply with a valid option")
chidren = ""
while season == "":
season_of_travel = input("Which season do you plan to travel in?"
"\n1) Spring"
"\n2) Summer"
"\n3) Autumn"
"\n4) Winter\n")
season_of_travel = int(season_of_travel)
if season_of_travel == 1:
season = "spring"
elif season_of_travel == 2:
season = "summer"
elif season_of_travel == 3:
season = "autumn"
elif season_of_travel == 4:
season = "winter"
else:
print("Please reply with a valid option")
season = ""
while climate == "":
prefered_climate = input("What climate do you prefer?"
"\n1) Cold"
"\n2) Cool"
"\n3) Moderate"
"\n4) Warm"
"\n5) Hot\n")
prefered_climate = int(prefered_climate)
if prefered_climate == 1:
climate = "cold"
elif prefered_climate == 2:
climate = "cool"
elif prefered_climate == 3:
climate = "moderate"
elif prefered_climate == 4:
climate = "warm"
elif prefered_climate == 5:
climate = "hot"
else:
print("Please reply with a valid option")
climate = ""
print(
"Now we would like to ask you some questions about your interests, on a scale of -5 to 5. -5 indicates strong dislike, whereas 5 indicates strong interest, and 0 indicates indifference."
)
while sports == -6:
like_sports = input("How much do you like wildlife? (-5 to 5)\n")
like_sports = int(like_sports)
if like_sports > -6 and like_sports < 6:
sports = like_sports
else:
print("Please reply with a valid response(-5 to 5)")
sports = -6
while wildlife == -6:
like_wild_life = input("How much do you like nature? (-5 to 5)\n")
like_wild_life = int(like_wild_life)
if like_wild_life > -6 and like_wild_life < 6:
wildlife = like_wild_life
else:
print("Please reply with a valid response(-5 to 5)")
wildlife = -6
while nature == -6:
like_nature = input("How much do you like nature? (-5 to 5)\n")
like_nature = int(like_nature)
if like_nature > -6 and like_nature < 6:
nature = like_nature
else:
print("Please reply with a valid response(-5 to 5)")
nature = -6
while historical == -6:
like_historical_sites = input(
"How much do you like historical sites? (-5 to 5)\n")
like_historical_sites = int(like_historical_sites)
if like_historical_sites > -6 and like_historical_sites < 6:
historical = like_historical_sites
else:
print("Please reply with a valid response(-5 to 5)")
historical = -6
while dining == -6:
like_fine_dining = input(
"How much do you like fine dining? (-5 to 5)\n")
like_fine_dining = int(like_fine_dining)
if like_fine_dining > -6 and like_fine_dining < 6:
dining = like_fine_dining
else:
print("Please reply with a valid response(-5 to 5)")
dining = -6
while adventure == -6:
like_adventure = input(
"How much do you like adventure activities? (-5 to 5)\n")
like_adventure = int(like_adventure)
if like_adventure > -6 and like_adventure < 6:
adventure = like_adventure
else:
print("Please reply with a valid response(-5 to 5)")
adventure = -6
while beach == -6:
like_beach = input("How much do you like the beach? (-5 to 5)\n")
like_beach = int(like_beach)
if like_beach > -6 and like_beach < 6:
beach = like_beach
else:
print("Please reply with a valid response(-5 to 5)")
beach = -6
print(
"Thank you for answering all our questions. Your next travel destination is:"
)
found = False
season_score = 0.0
dest_name = ""
score = ""
print("Continent", continent)
print("Money", money)
print("Crime", crime)
print("Continent", continent)
print("Children", chidren)
print("Season", season)
print("Climate", climate)
print("Wildlife", wildlife)
print("Nature", nature)
print("Hisorical", historical)
print("Dining", dining)
print("Adventure", adventure)
print("Beach", beach)
for destination in Destinations().get_all():
# Task 2+: Add comparison logic here
if destination.get_continent(
) == continent: #and match_children(destination.is_kid_friendly(),"no" and cost_int(destination.get_cost())<= cost_int("$$$") and crimeRate(destination.get_crime())<= crimeRate("high")):
if match_children(destination.is_kid_friendly(), chidren):
if cost_int(destination.get_cost()) <= cost_int(money):
if crimeRate(destination.get_crime) <= crimeRate(crime):
if destination.get_climate() == climate:
if destination.get_season_factor(
season) >= season_score:
season_score = destination.get_season_factor(
season)
interest_score = sports * destination.get_interest_score(
"sports"
) + wildlife * destination.get_interest_score(
"wildlife"
) + nature * destination.get_interest_score(
"nature"
) + historical * destination.get_interest_score(
"historical"
) + dining * destination.get_interest_score(
"cuisine"
) + adventure * destination.get_interest_score(
"adventure"
) + beach * destination.get_interest_score(
"beach")
temp_score = season_score * interest_score
if score == "":
score = int(temp_score)
if temp_score >= score:
found = True
dest_name = destination.get_name()
if found == False:
print("None")
else:
print(dest_name)
def main():
name()
continent = continent_input()
while continent is False:
continent = continent_input()
cost = cost_input()
while cost is False:
cost = cost_input()
crime = crime_input()
while crime is False:
crime = crime_input()
kids = kids_input()
while kids is False:
kids = kids_input()
season = season_input()
while season is False:
season = season_input()
climate = climate_input()
while climate is False:
climate = climate_input()
print(
"\nNow we would like to ask you some questions about your interests, on a scale "
"of -5 to 5. -5 indicates strong dislike, whereas 5 indicates strong interest, "
"and 0 indicates indifference.")
while True:
print("\nHow much do you like sports? (-5 to 5)")
sports = input("> ")
if sports in [
"-5", "-4", "-3", "-2", "-1", "0", "1", "2", "3", "4", "5"
]:
sports = int(sports)
break
else:
print("\nI'm sorry, but", sports,
"is not a valid choice. Please try again.")
while True:
print("\nHow much do you like wildlife? (-5 to 5)")
wildlife = input("> ")
if wildlife in [
"-5", "-4", "-3", "-2", "-1", "0", "1", "2", "3", "4", "5"
]:
wildlife = int(wildlife)
break
else:
print("\nI'm sorry, but", wildlife,
"is not a valid choice. Please try again.")
while True:
print("\nHow much do you like nature? (-5 to 5)")
nature = input("> ")
if nature in [
"-5", "-4", "-3", "-2", "-1", "0", "1", "2", "3", "4", "5"
]:
nature = int(nature)
break
else:
print("\nI'm sorry, but", nature,
"is not a valid choice. Please try again.")
while True:
print("\nHow much do you like historical sites? (-5 to 5)")
historical = input("> ")
if historical in [
"-5", "-4", "-3", "-2", "-1", "0", "1", "2", "3", "4", "5"
]:
historical = int(historical)
break
else:
print("\nI'm sorry, but", historical,
"is not a valid choice. Please try again.")
while True:
print("\nHow much do you like fine dining? (-5 to 5)")
cuisine = input("> ")
if cuisine in [
"-5", "-4", "-3", "-2", "-1", "0", "1", "2", "3", "4", "5"
]:
cuisine = int(cuisine)
break
else:
print("\nI'm sorry, but", cuisine,
"is not a valid choice. Please try again.")
while True:
print("\nHow much do you like adventure activities? (-5 to 5)")
adventure = input("> ")
if adventure in [
"-5", "-4", "-3", "-2", "-1", "0", "1", "2", "3", "4", "5"
]:
adventure = int(adventure)
break
else:
print("\nI'm sorry, but", adventure,
"is not a valid choice. Please try again.")
while True:
print("\nHow much do you like the beach? (-5 to 5)")
beach = input("> ")
if beach in [
"-5", "-4", "-3", "-2", "-1", "0", "1", "2", "3", "4", "5"
]:
beach = int(beach)
break
else:
print("\nI'm sorry, but", beach,
"is not a valid choice. Please try again.")
destination_set = Destinations().get_all()
first_exact_match_result = first_exact_match(destination_set, continent,
cost, crime, climate, kids)
final_result = season_interest_match(first_exact_match_result, season,
sports, wildlife, nature, historical,
cuisine, adventure, beach)
print(
"\nThank you for answering all our questions. Your next travel destination is:"
)
if final_result is None:
print(None)
else:
print(final_result.get_name())
def main():
# Task 1: Ask questions here
print("\nWelcome to Travel Inspiration!")
name = str(input("\nWhat is your name? ", ))
print("\nHi,",name+"!")
print("\nWhich continent would you like to travel to?")
print(" 1) Asia\n 2) Africa\n 3) North America\n 4) South America\n 5) Europe\n 6) Oceania\n 7) Antarctica")
choice1 = input("> ")
if choice1 == "1" :
continent = "asia"
elif choice1 == "2" :
continent = "africa"
elif choice1 == "3" :
continent = "north america"
elif choice1 == "4" :
continent = "south america"
elif choice1 == "5" :
continent = "europe"
elif choice1 == "6" :
continent = "oceania"
elif choice1 == "7" :
continent = "antarctica"
print("\nWhat is money to you?")
print(" $$$) No object\n $$) Spendable, so long as I get value from doing so\n $) Extremely important; "
"I want to spend as little as possible")
choice2 = input("> ")
if choice2 == "$$$" :
cost = "$$$"
elif choice2 == "$$" :
cost = "$$"
elif choice2 == "$" :
cost = "$"
print("\nHow much crime is acceptable when you travel?")
print(" 1) Low\n 2) Average\n 3) High")
choice3 = input("> ")
if choice3 == "1" :
crime = "low"
elif choice3 == "2" :
crime = "average"
elif choice3 == "3" :
crime = "high"
print("\nWill you be travelling with children?")
print(" 1) Yes\n 2) No")
choice4 = input("> ")
if choice4 == "1" :
kids = True
else:
kids = False
print("\nWhich season do you plan to travel in?")
print(" 1) Spring\n 2) Summer\n 3) Autumn\n 4) Winter")
choice5 = input("> ")
if choice5 == "1" :
season_fator = "spring"
elif choice5 == "2" :
season_fator = "summer"
elif choice5 == "3" :
season_fator = "autumn"
elif choice5 == "4" :
season_fator = "winter"
print("\nWhat climate do you prefer?")
print(" 1) Cold\n 2) Cool\n 3) Moderate\n 4) Warm\n 5) Hot")
choice6 = input("> ")
if choice6 == "1" :
climate = "cold"
elif choice6 == "2" :
climate = "cool"
elif choice6 == "3" :
climate = "moderate"
elif choice6 == "4" :
climate = "warm"
elif choice6 == "5" :
climate = "hot"
print("\nNow we would like to ask you some questions about your interests, on a scale " \
"of -5 to 5. -5 indicates strong dislike, whereas 5 indicates strong interest, " \
"and 0 indicates indifference.")
print("\nHow much do you like sports? (-5 to 5)")
interests1 = input("> ")
print("\nHow much do you like wildlife? (-5 to 5)")
interests2 = input("> ")
print("\nHow much do you like nature? (-5 to 5)")
interests3 = input("> ")
print("\nHow much do you like historical sites? (-5 to 5)")
interests4 = input("> ")
print("\nHow much do you like fine dining? (-5 to 5)")
interests5 = input("> ")
print("\nHow much do you like adventure activities? (-5 to 5)")
interests6 = input("> ")
print("\nHow much do you like beach? (-5 to 5)")
interests7 = input("> ")
print("\nThank you for answering all our questions. Your next travel destination is:\n")
for destination in Destinations().get_all():
# Task 2+: Add comparison logic here
if continent == destination.get_continent() :
if len(cost) >= len(destination.get_cost()) :
if crime >= destination.get_crime() :
if kids == destination.is_kid_friendly() :
if season_fator == destination.get_season_factor() :
if climate == destination.get_climate():
print(destination.get_name(),sep="")
season_fator == destination.get_season_factor(season_fator)
score = season_factor * interest_score
interest_score = response_sports * score_sports
+ response_wildlife * score_wildlife
+ response_nature * score_nature
+ response_historical * score_historical
+ response_cuisine * score_cuisine
+ response_adventure * score_adventure
+ response_beach * score_beach
def main():
# Task 1: Ask questions here
hasDestination = False
print("Welcome to Travel Inspiration!\n")
getName = input("What is your name? ")
print("\nHi,", getName + "!\n")
################## The first part questions(begin) ############################
def theFirstQuestion():
"""
1,Return the choice from traveler
2,obtain multiple input from traveler
3,Judge whether the traveler input the invalid choice
"""
print("Which continents would you like to travel to?")
print(
" 1) Asia\n 2) Africa\n 3) North America\n 4) South America\n",
" 5) Europe\n 6) Oceania\n 7) Antarctica")
sortMutipleInput = []
obtainChoice = input("> ") # obtain multiple input
obtainChoiceAsList = [] # use for storing all inputs into the list.
for i in obtainChoice:
if i not in ["1", "2", "3", "4", "5", "6", "7", ",", " "]:
return obtainChoice
break
else:
obtainChoiceAsList.append(i)
for i in obtainChoiceAsList:
if i.isdigit():
sortMutipleInput.append(i)
finalMultipleChoice = list(
set(sortMutipleInput)
) # eliminate repeat values and get the final multiple choices
collections = [] # use for collecting the choice number : 1),2) ... 7)
getChoice = []
result = [
"asia", "africa", "north america", "south america", "europe",
"oceania", "antarctica"
]
for i in finalMultipleChoice:
collections.append(int(i))
for i in collections:
getChoice.append(result[i - 1])
return getChoice
def theSecondQuestion():
"""
1,Return the choice from traveler
2,Judge whether the traveler input the invalid choice
"""
print("\nWhat is money to you?")
print(
" $$$) No object\n",
" $$) Spendable, so long as I get value from doing so\n",
" $) Extremely important; I want to spend as little as possible")
getChoice = input("> ")
if getChoice == "$$$" and getChoice == "$$" and getChoice == "$":
result = getChoice
return result
else:
return getChoice
def theThirdQuestion():
"""
1,Return the choice from traveler
2,Judge whether the traveler input the invalid choice
"""
print("\nHow much crime is acceptable when you travel?")
print(" 1) Low\n 2) Average\n 3) High")
getChoice = int(input("> "))
result = ["low", "average", "high"]
if getChoice == 1 or getChoice == 2 or getChoice == 3:
return result[getChoice - 1]
else:
return getChoice
def theForthQuestion():
"""
1,Return the choice from traveler
2,Judge whether the traveler input the invalid choice
"""
print("\nWill you be travelling with children?")
print(" 1) Yes\n 2) No")
getChoice = input("> ")
if getChoice == "1":
return True
elif getChoice == "2":
return False
else:
return getChoice
def theFifthQuestion():
"""
1,Return the choice from traveler
2,obtain multiple input from traveler
3,Judge whether the traveler input the invalid choice
"""
print("\nWhich seasons do you plan to travel in?")
print(" 1) Spring\n 2) Summer\n 3) Autumn\n 4) Winter")
sortMutipleInput = []
obtainChoice = input("> ") # obtain multiple input
obtainChoiceAsList = [] # use for storing all inputs into the list.
for i in obtainChoice:
if i not in ["1", "2", "3", "4", ",", " "]:
return obtainChoice
break
else:
obtainChoiceAsList.append(i)
for i in obtainChoiceAsList:
if i.isdigit():
sortMutipleInput.append(i)
finalMultipleChoice = list(
set(sortMutipleInput)
) # eliminate repeat values and get the final multiple choices
collections = [] # use for collecting the choice number : 1),2)...7)
getChoice = []
result = ["spring", "summer", "autumn", "winter"]
for i in finalMultipleChoice:
collections.append(int(i))
for i in collections:
getChoice.append(result[i - 1])
return getChoice
def theSixthQuestion():
"""
1,Return the choice from traveler
2,Judge whether the traveler input the invalid choice
"""
print("\nWhat climate do you prefer?")
print(" 1) Cold\n 2) Cool\n 3) Moderate\n 4) Warm\n 5) Hot")
getChoice = int(input("> "))
result = ["cold", "cool", "moderate", "warm", "hot"]
if getChoice == 1 or getChoice == 2 or getChoice == 3 or getChoice == 4 or getChoice == 5:
return result[getChoice - 1]
else:
return getChoice
################## The first part questions(end) ############################
"""
1,Collect the answer from the first part questions by defining value1, value2, ... value6
2,tell the travelers when they enter the wrong value
"""
isWrongInput = True
while isWrongInput: #assume the input is wrong and get in the while loop
value1 = theFirstQuestion()
for i in value1:
if i not in [
"asia", "africa", "north america", "south america",
"europe", "oceania", "antarctica"
]:
print("\nI'm sorry, but", value1,
"is not a valid choice. Please try again.")
break
else:
isWrongInput = False
value3 = theSecondQuestion()
while value3 != "$$$" and value3 != "$$" and value3 != "$":
print("\nI'm sorry, but", value3,
"is not a valid choice. Please try again.")
value3 = theSecondQuestion()
value4 = theThirdQuestion()
while value4 != "low" and value4 != "average" and value4 != "high":
print("\nI'm sorry, but", value4,
"is not a valid choice. Please try again.")
value4 = theThirdQuestion()
value2 = theForthQuestion()
while value2 != False and value2 != True:
print("\nI'm sorry, but", value2,
"is not a valid choice. Please try again.")
value2 = theForthQuestion()
isWrongEnter = True
while isWrongEnter: # assume the enter is wrong and get in the while loop
value6 = theFifthQuestion()
for i in value6:
if i not in ["spring", "summer", "autumn", "winter"]:
print("\nI'm sorry, but", value6,
"is not a valid choice. Please try again.")
break
else:
isWrongEnter = False
value5 = theSixthQuestion()
while value5 != "cold" and value5 != "cool" and value5 != "moderate" and value5 != "warm" and value5 != "hot":
print("\nI'm sorry, but", value5,
"is not a valid choice. Please try again.")
value5 = theSixthQuestion()
print(
"\nNow we would like to ask you some questions about your interests," +
" on a scale of -5 to 5. -5 indicates strong dislike," +
" whereas 5 indicates strong interest, and 0 indicates indifference.\n"
)
################## The Second part questions(begin) ############################
def levelOfPerference():
"""
1, return the degree from different perference
2, use list as the value of return
"""
LevelOfPerference = []
print("How much do you like sports? (-5 to 5)")
getLevel1 = int(input("> "))
LevelOfPerference.append(getLevel1)
print("\nHow much do you like wildlife? (-5 to 5)")
getLevel2 = int(input("> "))
LevelOfPerference.append(getLevel2)
print("\nHow much do you like nature? (-5 to 5)")
getLevel3 = int(input("> "))
LevelOfPerference.append(getLevel3)
print("\nHow much do you like historical sites? (-5 to 5)")
getLevel4 = int(input("> "))
LevelOfPerference.append(getLevel4)
print("\nHow much do you like fine dining? (-5 to 5)")
getLevel5 = int(input("> "))
LevelOfPerference.append(getLevel5)
print("\nHow much do you like adventure activities? (-5 to 5)")
getLevel6 = int(input("> "))
LevelOfPerference.append(getLevel6)
print("\nHow much do you like the beach? (-5 to 5)")
getLevel7 = int(input("> "))
LevelOfPerference.append(getLevel7)
return LevelOfPerference
################## The Second part questions(end) ############################
nameStore = [] # record the city name later
scoreStore = [] # record the total score later
""" collect the answer from the second part questions by defining answer1, answer2, ... answer7 """
answer = levelOfPerference()
answer1 = answer[0]
answer2 = answer[1]
answer3 = answer[2]
answer4 = answer[3]
answer5 = answer[4]
answer6 = answer[5]
answer7 = answer[6]
for destination in Destinations().get_all():
# Task 2+: Add comparison logic here
def filter1():
judge = False
"""
1,judge that whether the choice is equal to the "contients" from datebase
2,return a list of boolean value when the contients are equal or unequal to the traveler choice
"""
for i in value1:
judgeSingleChoice = i == destination.get_continent(
) # filter the boolean value when the single choice is equal to continent.
judge = judge or judgeSingleChoice
return judge # return the boolean value
def filter2():
"""
1,judge that whether the choice is equal to the "kids" from datebase
2,return a list of boolean value when the kid friendly is equal or unequal to the traveler choice
3,satisfy the criteria that If the user will be travelling with children, it must be kid friend
"""
if value2 == False:
judge = False == destination.is_kid_friendly(
) or True == destination.is_kid_friendly()
else:
judge = False == destination.is_kid_friendly()
return judge # return the boolean value
def filter3():
"""
1,judge that whether the choice is equal to the "cost" from datebase
2,return a list of boolean value when the anticipant cost is equal or unequal to the traveler choice
3,satisfy the criteria that cost must be less than or equal to the user's response to the money question
"""
if value3 == "$$$":
judge = destination.get_cost(
) == "$$$" or destination.get_cost(
) == "$$" or destination.get_cost() == "$"
return judge
elif value3 == "$$":
judge = destination.get_cost() == "$$" or destination.get_cost(
) == "$"
return judge
elif value3 == "$":
judge = destination.get_cost() == "$"
return judge
def filter4():
"""
1,judge that whether the choice is equal to the "crime" from datebase
2,return a list of boolean value when the anticipant safety is equal or unequal to the traveler choice
3,satisfy the criteria that crime cannot be greater than is acceptable to the user
"""
if value4 == "high":
judge = destination.get_crime(
) == "high" or destination.get_crime(
) == "average" or destination.get_crime() == "low"
return judge
elif value4 == "average":
judge = destination.get_crime(
) == "average" or destination.get_crime() == "low"
return judge
elif value4 == "low":
judge = destination.get_crime() == "low"
return judge
def filter5():
"""
1,judge that whether the choice is equal to the "climate" from datebase
2,return a list of boolean value when the climate perference is equal or unequal to the traveler choice
"""
judge = value5 == destination.get_climate()
return judge
def calculate_sum_score():
"""
1,use the list[] to store the sum of score
2,return the max score
"""
score1 = answer1 * destination.get_interest_score('sports')
score2 = answer2 * destination.get_interest_score('wildlife')
score3 = answer3 * destination.get_interest_score('nature')
score4 = answer4 * destination.get_interest_score('historical')
score5 = answer5 * destination.get_interest_score('cuisine')
score6 = answer6 * destination.get_interest_score('adventure')
score7 = answer7 * destination.get_interest_score('beach')
interest_score = score1 + score2 + score3 + score4 + score5 + score6 + score7
season_factor_score = []
for i in value6:
season_factor_score.append(destination.get_season_factor(
i)) # store the season factor in the list
total_score = []
for i in season_factor_score:
total_score.append(
i * interest_score) # store the total score in the list
return max(total_score) # return the max score in the list
if filter1() and filter2() and filter3() and filter4() and filter5():
hasDestination = True
nameStore.append(destination.get_name())
scoreStore.append(calculate_sum_score())
""" obtain the max score and city name in the scoreStore and nameStore """
if hasDestination == True:
the_max_score = scoreStore[0]
the_max_score_name = nameStore[0]
counter = 1
while counter < len(nameStore):
if the_max_score < scoreStore[counter]:
the_max_score = scoreStore[counter]
the_max_score_name = nameStore[counter]
counter += 1
# Task 2+: Output final answer here
if hasDestination == True:
print(
"\nThank you for answering all our questions. Your next travel destination is:\n"
+ the_max_score_name)
else:
print(
"\nThank you for answering all our questions. Your next travel destination is:",
"None")
def main():
# Task 1: Ask questions here
continent = ""
cost = ""
crime = ""
is_kid_friendly = True
climate = ""
season_selected = ""
arrayM = []
array_cost = []
array_crime = []
array_kids = []
array_climate = []
array_season_score = []
name = input("What is your name? ")
print("Hello", name + "! ")
# print("Which continent would you like to travel to?")
print(" 1) Asia")
print(" 2) Africa")
print(" 3) North America")
print(" 4) South America")
print(" 5) Europe")
print(" 6) Oceania")
print(" 7) Antarctica")
print("> ")
#-----------------------------------------------------------------
print('Which continent would you like to travel to?:')
choice = str(input())
print(choice)
if choice == '1':
continent = "asia"
print('choice1:' + choice)
print('continent====:' + continent)
elif choice == "2":
continent = "africa"
elif choice == "3":
continent = "north america"
elif choice == "4":
continent = "south america"
elif choice == "5":
continent = "europe"
elif choice == "6":
continent = "oceania"
elif choice == "7":
continent = "antarctica"
else:
print('invailid')
for destination in Destinations().get_all():
if continent == destination.get_continent():
arrayM.append(destination)
# -----------------------------------------------------------------
print("What is money to you?")
print(" 1) No object")
print(" 2) Spendable, so long as I get value from doing so")
print(" 3) Extremely important; I want to spend as little as possible")
choice = str(input(""))
if choice == '1':
cost = "$"
elif choice == "2":
cost = "$$"
print('cost2-2-2-2-2====:' + cost)
elif choice == "3":
cost = "$$$"
else:
print('invailid')
for destination in arrayM:
# print("destination=========:" + destination.get_name())
if cost == "$":
if destination.get_cost() == "$":
array_cost.append(destination)
print('cost$:-=-=-=-===---==--== ' + str(destination.get_name()))
elif cost == "$$":
print('cost2$$:-=-=-=-===---==--== ' + str(destination.get_cost()))
if (destination.get_cost() == "$") or (destination.get_cost() == "$$"):
array_cost.append(destination)
print('cost$$:-=-=-=-===---==--== ' + str(destination.get_name()))
elif cost == "$$$":
if (destination.get_cost() == "$") or (destination.get_cost() == "$$") or (destination.get_cost() == "$$$"):
array_cost.append(destination)
print('cost$$$:-=-=-=-===---==--== ' + str(destination.get_name()))
else:
print('invailid')
#----------------------------------------------------------------------
print("How much crime is acceptable when you travel?")
print("1) low")
print("2) average")
print("3) high")
choice = str(input(""))
if choice == '1':
crime = "low"
elif choice == "2":
crime = "average"
print('cost2-2-2-2-2====:' + cost)
elif choice == "3":
crime = "high"
else:
print('invailid')
for destination in array_cost:
# print("destination=========:" + destination.get_name())
if cost == "$":
if destination.get_crime() == "low":
array_crime.append(destination)
print('crime$:-=-=-=-===---==--== ' + str(destination.get_name()))
elif cost == "$$":
print('cost2$$:-=-=-=-===---==--== ' + str(destination.get_cost()))
if (destination.get_crime() == "low") or (destination.get_crime() == "average"):
array_crime.append(destination)
print('crime$$:-=-=-=-===---==--== ' + str(destination.get_name()))
elif cost == "$$$":
if (destination.get_crime() == "low") or (destination.get_crime() == "average") or (destination.get_crime() == "high"):
array_crime.append(destination)
print('crime$$$:-=-=-=-===---==--== ' + str(destination.get_name()))
else:
print('invailid')
#-----------------------------------------------------------------
print("Will you be travelling with children?")
print(" 1) Yes")
print(" 2) No")
choice = str(input(""))
if choice == '1':
is_kid_friendly = True
print('is_kid_friendly--==-=-=-=:-=-=-=-===---==--== ' + str(is_kid_friendly))
elif choice == "2":
is_kid_friendly = False
else:
print('invailid')
for destination in array_crime:
if destination.is_kid_friendly() == is_kid_friendly:
array_kids.append(destination)
print('Result ======== :-=-=-=-===---==--== ' + str(destination.get_name()))
#----------------------------------------------------------------
print("What climate do you prefer?")
print(" 1) cold")
print(" 2) cool")
print(" 3) moderate")
print(" 4) warm")
print(" 5) hot")
choice = str(input(""))
if choice == '1':
climate = "cold"
elif choice == "2":
climate = "cool"
elif choice == "3":
climate = "moderate"
elif choice == "4":
climate = "warm"
elif choice == "5":
climate = "hot"
else:
print('invailid climate')
for destination in array_kids:
# print('climate====9999999:' + destination.get_climate())
# print('array_climate.count====99999991111:' + array_climate.count())
if destination.get_climate() == climate:
array_climate.append(destination)
print('Result66666666 ======== :-=-=-=-===---==--== ' + str(destination.get_name()))
if len(array_climate) == 0:
print('None Climate')
return;
#------------------------------------------------
print("Which season do you plan to travel in?")
print(" 1) spring")
print(" 2) summer")
print(" 3) autumn")
print(" 4) winter")
choice = str(input(""))
if choice == '1':
season_selected = "spring"
elif choice == "2":
season_selected = "summer"
elif choice == "3":
season_selected = "autumn"
elif choice == "4":
season_selected = "winter"
else:
print('invailid season')
for destination in array_climate:
print('season_selected9999====:' + season_selected)
array_season_score.append((float(destination.get_season_factor(season_selected))))
if len(array_season_score) == 0:
print('None season')
return;
else:
print('season')
def main():
"""Determine a possible destination for a user based on their interests."""
print("Welcome to Travel Inspiration!\n")
name = input("What is your name? ")
print(f"\nHi, {name}!\n")
# Task 1: Questions & Inputs
# Prompts the user for their travel preferences and interests.
responses = {}
interests = {}
# Decides how to get the input from the user
for key, (question, options), type_ in QUESTIONS:
if type_ == "numeric":
responses[key] = input_numeric_options(question, options)
elif type_ == "multiple_numeric":
responses[key] = input_multiple_numeric_options(question, options)
elif type_ == "string":
responses[key] = input_str_options(question, options)
else:
raise ValueError(f"Unknown question type: {type_}")
print()
print(
"Now we would like to ask you some questions about your interests, on "
"a scale of -5 to 5. -5 indicates strong dislike, whereas 5 indicates "
"strong interest, and 0 indicates indifference.\n")
for key, label in INTEREST_INPUT:
interests[key] = input_interest_question(label)
print()
# Selects the best matching destination based on the user's preferences.
match = None # Signal that no match has been found yet.
# Tasks 2-6:
for destination in Destinations().get_all():
# If destination's continent, crime level, cost, kid friendliness, climate
# does not match the user's preferences, will skip to the next destination.
if destination.get_continent().title() not in responses['continent']:
continue
if (CRIME_INPUT[1].index(destination.get_crime().title()) >
CRIME_INPUT[1].index(responses['crime'])):
continue
if len(destination.get_cost()) > len(responses['cost']):
continue
if responses['kids'] == "Yes" and not destination.is_kid_friendly():
continue
# Task 3: Climate & Season Factor
if responses['climate'].lower() != destination.get_climate():
continue
if match is None:
match = destination
else:
# Task 6:
# Based on the season factor, which season has the highest score.
prev_score = max(
match.get_season_factor(season.lower())
for season in responses['season'])
score = max(
destination.get_season_factor(season.lower())
for season in responses['season'])
# Task 4: Interests
prev_interest_score = sum(response * match.get_interest_score(key)
for key, response in interests.items())
interest_score = sum(response * destination.get_interest_score(key)
for key, response in interests.items())
prev_score *= prev_interest_score
score *= interest_score
if score > prev_score:
match = destination
print("Thank you for answering all our questions.",
"Your next travel destination is:")
if match is None:
print(match)
else:
print(match.get_name())
def main():
""" Logic for Travel program. The user will be asked a number of questions
and an exact match (or None) will be returned based on parameters.
Variables:
final_match (bool): Exact match based on parameters. Start as FALSE.
greatest_score (int): Value start at -200 (min score for any destination)
user_xxx (misc): User input for each question.
interest_score (int): Sum of all interest scores for destination.
season_factor (float): Season factor of destination based on user input.
destination_score (float): Total score is interest score * season factor.
Return:
Destination name: if match for continent, kid friendly, cost, crime and
climate. The destination will have the greatest destination score.
OR "None" if no match.
"""
#INTRODUCTION - Welcome and name
print("Welcome to Travel Inspiration!\n")
user_name = input("What is your name? ")
print("\nHi, ", user_name, "!\n", sep="")
#TRAVEL PREFERENCE INPUTS - Continent, Money, Children, Season, Climate
user_continent = int(
get_user_preference(
"Which continent would you like to travel to?\n"
" 1) Asia\n 2) Africa\n 3) North America\n 4) South America\n 5) Europe\n"
" 6) Oceania\n 7) Antarctica",
["1", "2", "3", "4", "5", "6", "7"]))
user_cost = get_user_preference(
"What is money to you?\n"
" $$$) No object\n $$) Spendable, so long as I get value from doing so\n"
" $) Extremely important; I want to spend as little as possible",
["$$$", "$$", "$"])
user_crime = int(
get_user_preference(
"How much crime is acceptable when you travel?\n"
" 1) Low\n 2) Average\n 3) High", ["1", "2", "3"]))
user_children = int(
get_user_preference(
"Will you be travelling with children?\n"
" 1) Yes\n 2) No", ["1", "2"]))
user_season = float(
get_user_preference(
"Which season do you plan to travel in?\n"
" 1) Spring\n 2) Summer\n 3) Autumn\n 4) Winter",
["1", "2", "3", "4"]))
user_climate = int(
get_user_preference(
"What climate do you prefer?\n"
" 1) Cold\n 2) Cool\n 3) Moderate\n 4) Warm\n 5) Hot",
["1", "2", "3", "4", "5"]))
# INTEREST INPUTS - Sports, wildlife, nature, historical, cuisine, adventure, beach
print(
"Now we would like to ask you some questions about your interests,"
" on a scale of -5 to 5. -5 indicates strong dislike, whereas 5 indicates"
" strong interest, and 0 indicates indifference.\n")
destination_interests = [
"sports", "wildlife", "nature", "historical sites", "fine dining",
"adventure activities", "the beach"
]
user_interests = []
get_user_interest(destination_interests, user_interests)
# CHECK PARAMETERS
greatest_score = -200 # Any matching destination will have a higher score.
final_match = False # Set default to false
for destination in Destinations().get_all():
# For each destination run through parameters based on user inputs.
if match_continent(user_continent, destination.get_continent()):
if match_children(user_children, destination.is_kid_friendly()):
if match_cost(user_cost, destination.get_cost()):
if match_crime(user_crime, destination.get_crime()):
if match_climate(user_climate,
destination.get_climate()):
# All the user inputs match the current destination.
# At least one final match will be returned.
# Now calculate destination score.
# Determine season factor and interest score.
season_factor = destination.get_season_factor(
match_season(user_season))
interest_score = match_interest(
user_interests, destination)
destination_score = interest_score * season_factor
# Name and greatest destination score will be stored.
if destination_score > greatest_score:
greatest_score = destination_score
final_match_name = destination.get_name()
final_match = True
#FINAL OUTPUT:
print(
"Thank you for answering all our questions."
" Your next travel destination is:",
sep="\n")
if final_match == True:
print(final_match_name)
else:
print("None")
def main():
user_reqs = {}
user_interests = {}
current_match = None
# Task 1: Ask questions here
# Start the User Requirements Questionnaire
print('Welcome to Travel Inspiration!\n')
username = input('What is your name? ')
print('\nHi, ', username, '!', sep='')
# User Requirements Questionnaire categories, questions and answer options
reqs = {
'continents': [
'Which continents would you like to travel to?',
[
' 1) Asia', ' 2) Africa', ' 3) North America',
' 4) South America', ' 5) Europe', ' 6) Oceania',
' 7) Antarctica'
]
],
'money': [
'What is money to you?',
[
' $$$) No object',
' $$) Spendable, so long as I get value from doing so',
' $) Extremely important; I want to spend as little as'
' possible'
]
],
'crime': [
'How much crime is acceptable when you travel?',
[' 1) Low', ' 2) Average', ' 3) High']
],
'kids':
['Will you be travelling with children?', [' 1) Yes', ' 2) No']],
'seasons': [
'Which seasons do you plan to travel in?',
[' 1) Spring', ' 2) Summer', ' 3) Autumn', ' 4) Winter']
],
'climate': [
'What climate do you prefer?',
[
' 1) Cold', ' 2) Cool', ' 3) Moderate', ' 4) Warm',
' 5) Hot'
]
]
}
# Ask requirements questions and add answers to the user_reqs dictionary
for category in reqs:
is_money = category == 'money'
is_multi = category in ['continents', 'seasons']
user_reqs[category] = reqs_q(reqs[category][0], reqs[category][1],
is_money, is_multi)
# Start the User Interests Questionnaire
print('\nNow we would like to ask you some questions about your interests,'
' on a scale of -5 to 5. -5 indicates strong dislike, whereas 5'
' indicates strong interest, and 0 indicates indifference.')
# User Interests Questionnaire, categories and question wording
interests = {
'sports': 'sports',
'wildlife': 'wildlife',
'nature': 'nature',
'historical': 'historical sites',
'cuisine': 'fine dining',
'adventure': 'adventure activities',
'beach': 'the beach'
}
# Ask interest questions and add answers to the user_interests dictionary
for interest in interests:
user_interests[interest] = interest_q(interests[interest])
for destination in Destinations().get_all():
# Task 2+: Add comparison logic here
if not find_match(user_reqs, destination): # There is no match
continue
else:
potential_match = destination # Store the new match to compare
if current_match is None: # Nothing to compare yet so save as current
current_match = destination
else:
# check score of potential against current match, keep best
current_season_factors = []
potential_season_factors = []
for user_season in user_reqs['seasons']:
current_season_factors.append\
(current_match.get_season_factor(SEASONS[user_season]))
potential_season_factors.append\
(potential_match.get_season_factor(SEASONS[user_season]))
# Max gets highest season score and multiplies with interest score
if max(current_season_factors) * \
interest_score(user_interests, current_match) < \
max(potential_season_factors) * \
interest_score(user_interests, potential_match):
current_match = potential_match
# Task 2+: Output final answer here
print('\nThank you for answering all our questions. Your next travel'
' destination is:')
if current_match is None:
print(current_match)
else:
print(current_match.get_name())
def main():
"""
:return:
"""
ask_username()
continent = ask_continent()
cost = ask_money()
crime = ask_crime()
kidfriendly = ask_kidfriendly()
season = ask_season()
climate = ask_climate()
interests()
sports = float(ask_interests_sports())
wildlife = float(ask_interests_wildlife())
nature = float(ask_interests_nature())
historical = float(ask_interests_historical())
cuisine = float(ask_interests_cuisine())
adventure = float(ask_interests_adventure())
beach = float(ask_interests_beach())
# Get original data from .csv file
new_destination = []
final_destination = {}
# select destinations in the selected continent
for select_continent in Destinations().get_all():
if select_continent.get_continent() == continent:
new_destination.append(select_continent)
# select destinations match the user cost
for money_select in new_destination:
if len(money_select.get_cost()) <= len(cost):
continue
else:
new_destination.remove(money_select)
# select destinations with selected crime rate
for crime_select in new_destination:
if crime == "high":
continue
elif crime == "low" and crime_select.get_crime() != "low":
new_destination.remove(crime_select)
elif crime == "average" and crime_select.get_crime() == "high":
new_destination.remove(crime_select)
for kid_select in new_destination:
if kidfriendly == "TRUE" and kid_select.is_kid_friendly() == "FALSE":
new_destination.remove(kid_select)
# select destinations with certain climate
for climate_select in new_destination:
if climate_select.get_climate() != climate:
new_destination.remove(climate_select)
highest_score = -9999
highest_score_destination = None
for destination in new_destination:
_sports = sports * float(destination.get_interest_score('sports'))
_wildlife = wildlife * float(
destination.get_interest_score('wildlife'))
_nature = nature * float(destination.get_interest_score('nature'))
_historical = historical * float(
destination.get_interest_score('historical'))
_cuisine = cuisine * float(destination.get_interest_score('cuisine'))
_adventure = adventure * float(
destination.get_interest_score('adventure'))
_beach = beach * float(destination.get_interest_score('beach'))
interest_score = _sports + _wildlife + _nature + _historical + _cuisine + _adventure + _beach
score = destination.get_season_factor(season) * interest_score
if score > highest_score:
highest_score = score
highest_score_destination = destination.get_name()
print(
"Thank you for answering all our questions. Your next travel destination is:"
)
print(highest_score_destination)
def main():
# Task 1: Ask questions here
# Welcome Information
print("Welcome to Travel Inspiration!\n")
# Prompt the user to input the name
user_name = input("What is your name? ")
print("\nHi,", user_name + "!\n")
# Get the user's preferred continents
continent = input("Which continents would you like to travel to?" +
"\n 1) Asia" + "\n 2) Africa" +
"\n 3) North America" + "\n 4) South America" +
"\n 5) Europe" + "\n 6) Oceania" +
"\n 7) Antarctica" + "\n> ")
continent_list = [
"", "asia", "africa", "north america", "south america", "europe",
"oceania", "antarctica"
]
valid_continent_input = continent_validation(continent)
continent_input_list = valid_continent_input.split(",")
# Get the user's response to travel cost
money = input(
"\nWhat is money to you?" + "\n $$$) No object" +
"\n $$) Spendable, so long as I get value from doing so" +
"\n $) Extremely important; I want to spend as little as possible" +
"\n> ")
valid_cost_input = cost_validation(money)
# Get the user's attitude towards crime issues
crime = input("\nHow much crime is acceptable when you travel?" +
"\n 1) Low" + "\n 2) Average" + "\n 3) High" + "\n> ")
crime_list = ["", "low", "average", "high"]
valid_crime_input = crime_validation(crime)
# Determine if the user will go travelling with children
children = input("\nWill you be travelling with children?" + "\n 1) Yes" +
"\n 2) No" + "\n> ")
valid_kid_friendly_input = kid_friendly_validation(children)
if valid_kid_friendly_input == "1":
chi = True
elif valid_kid_friendly_input == "2":
chi = False
# Get the user's attitude towards different seasons
season = input("\nWhich seasons do you plan to travel in?" +
"\n 1) Spring" + "\n 2) Summer" + "\n 3) Autumn" +
"\n 4) Winter" + "\n> ")
valid_season_input = season_validation(season)
season_input_list = valid_season_input.split(",")
season_list = ["", "spring", "summer", "autumn", "winter"]
# Get the user's attitude towards different climates
climate = input("\nWhat climate do you prefer?" + "\n 1) Cold" +
"\n 2) Cool" + "\n 3) Moderate" + "\n 4) Warm" +
"\n 5) Hot" + "\n> ")
valid_climate_input = climate_validation(climate)
if valid_climate_input == "1":
cli = "cold"
elif valid_climate_input == "2":
cli = "cool"
elif valid_climate_input == "3":
cli = "moderate"
elif valid_climate_input == "4":
cli = "warm"
elif valid_climate_input == "5":
cli = "hot"
# Introduction of the interst questionnair
print(
"\nNow we would like to ask you some questions about your interests, on a scale of -5 to 5. -5 indicates strong dislike, whereas 5 indicates strong interest, and 0 indicates indifference."
)
# Get user's interest score
sports = input("\nHow much do you like sports? (-5 to 5)" + "\n> ")
valid_sports_input = sports_validation(sports)
wildlife = input("\nHow much do you like wildlife? (-5 to 5)" + "\n> ")
valid_wildlife_input = wildlife_validation(wildlife)
nature = input("\nHow much do you like nature? (-5 to 5)" + "\n> ")
valid_nature_input = nature_validation(nature)
historical_sites = input(
"\nHow much do you like historical sites? (-5 to 5)" + "\n> ")
valid_historical_site_input = historical_site_validation(historical_sites)
fine_dining = input("\nHow much do you like fine dining? (-5 to 5)" +
"\n> ")
valid_fine_dining_input = fine_dining_validation(fine_dining)
adventure_activities = input(
"\nHow much do you like adventure activities? (-5 to 5)" + "\n> ")
valid_adventure_activity_input = adventure_activity_validation(
adventure_activities)
beach = input("\nHow much do you like the beach? (-5 to 5)" + "\n> ")
valid_beach_input = beach_validation(beach)
# Ending statement
print(
"\nThank you for answering all our questions. Your next travel destination is:"
)
# Some variables which are going to be used in the comparison later
largest = -999999
destination_name = ""
destination_list = []
for destination in Destinations().get_all():
# Task 2+: Add comparison logic here
for continents in continent_input_list:
int_continents = int(continents)
temp_continents = continent_list[int_continents]
for seasons in season_input_list:
int_seasons = int(seasons)
temp_seasons = season_list[int_seasons]
# Decide the continent, cost, crime, kid-friendly and climate factor
if temp_continents == destination.get_continent() and\
valid_cost_input >= destination.get_cost() and\
int(valid_crime_input) >= crime_list.index(destination.get_crime()) and\
chi <= bool(destination.is_kid_friendly()) and \
cli == destination.get_climate() :
# Calculate the total score
interest_score = int(valid_sports_input) * destination.get_interest_score("sports") \
+ int(valid_wildlife_input) * destination.get_interest_score("wildlife") \
+ int(valid_nature_input) * destination.get_interest_score("nature") \
+ int(valid_historical_site_input) * destination.get_interest_score("historical") \
+ int(valid_fine_dining_input) * destination.get_interest_score("cuisine") \
+ int(valid_adventure_activity_input) * destination.get_interest_score("adventure") \
+ int(valid_beach_input) * destination.get_interest_score("beach")
score = destination.get_season_factor(
temp_seasons) * interest_score
# compare the score and decide the final destination
if score > largest:
largest = score
destination_name = destination.get_name()
destination_list.append(destination_name)
# Task 2+: Output final answer here
if destination_list != []:
print(destination_name)
else:
print("None")
from string import punctuation
from destinations import Destinations
from testrunner import OrderedTestCase, TestMaster, RedirectStdIO, skipIfFailed
# So we don't remove $ from output
punctuation = punctuation.replace('$', '')
TEST_DATA = Path('test_data') / 'marking'
# Compile regex expression "dest_1|dest_2|dest_3|dest_n"
# Reverse order because some destinations have names that are part other other
# destinations. Search in reverse to match the longer destination name first.
DESTINATIONS_PATTERN = re.compile('|'.join(
sorted((fr'{re.escape(d.get_name())}'
for d in Destinations('destinations_long.csv').get_all()),
reverse=True) + ['None']),
flags=re.MULTILINE | re.IGNORECASE)
NEWLINES_PATTERN = re.compile(r'\n+')
SPACES_PATTERN = re.compile(r'[^\S\n]{2,}')
class TestDesign(OrderedTestCase):
def setUp(self):
if self.a1 is None:
raise RuntimeError('Failed to import travel.py')
def test_main_defined(self):
""" test a main function has been defined """
self.assertFunctionDefined(self.a1, 'main', 0)