#Brython things... from browser import document from browser.html import P, STRONG, A import re #The dictionaries averages = {} facts = {} #METHODS USED FOR NUMERICAL FUNCTIONS def parseAvgs(): #Populates averages dictionary from avgs.txt with open('avgs.txt','r') as f: for line in f: lst = line.split() averages[lst[0]] = float(lst[1]) #First word in line is key, next is value def parseFacts(): #Populates facts dictionary from facts.txt global facts isKey = True with open('facts.txt','r') as f: stripped = [line.strip() for line in f.readlines()] #removes newline character for line in stripped: if isKey: #For alternating between lines being the key and being the value key = line isKey = False else: fact = line isKey = True facts[key] = fact #First line is key, then the fact string, repeats def percentComparison(key, value): #Returns a string detailing the percent difference between the average value and inputted value global averages avg = averages[key] percentDiff = (((abs(value - avg))/avg) * 100.0) if (value > avg): return ("Your " + re.sub("[\(\[].*?[\)\]]", "", key) + " is " + str((int(percentDiff*100))/(100.0)) + "% greater than the worldwide average, " + str(avg)) elif (avg > value): return ("Your " + re.sub("[\(\[].*?[\)\]]", "", key) + " is " + str((int(percentDiff*100))/(100.0)) + "% less than the worldwide average, " + str(avg)) else: return ("Your " + re.sub("[\(\[].*?[\)\]]", "", key) + " is average!") parseAvgs() parseFacts() print(facts) print(averages) #dictionaries used for non numerical component EyeColours = {} Contient = {} Sex = {} NonFacts = {} #METHODS USED FOR NON NUMERICAL COMPONENT #method to fill in country facts def FillCountfacts(): global NonFacts isKey = True with open('Continentfacts.txt', 'r') as ReadThis: Revmoved = [line.strip() for line in ReadThis.readlines()] for line in Revmoved: if isKey: key = line isKey = False else: fact = line isKey = True NonFacts[key] = fact def ReturnFact(UserSelection): x = NonFacts[UserSelection] return(x) #method to read from eyecolours.txt into dictioanry def FillDictionarys(): with open('Eye colours.txt', 'r') as ReadOnto: for line in ReadOnto: component = line.split() if component[0] == "EYE": EyeColours[(component[1]).lower()] = str(component[2]) elif component[0] == "CONTINENT": if component[1] == "South": Contient[(component[1] +" "+ component[2]).lower()] = str(component[3]) elif component[1] == "North": Contient[(component[1] +" "+ component[2]).lower()] = str(component[3]) else: Contient[(component[1]).lower()] = str(component[2]) elif component[0] == "SEX": Sex[(component[1]).lower()] = str(component[2]) #return the output of the users Eye colour def ReturnEyeComparison(UserKey): global EyeColours return ("You have " + UserKey + " eyes, which is a trait shared by " + EyeColours.get(UserKey) + "%" + " of the population") def ReturnContComparison(UserKey): global Contient return ("You live in " + UserKey + ", " + UserKey + " is also home to " + Contient.get(UserKey ) + "%" + " of the population") def ReturnSexComparison(UserKey): global Sex return ("Your sex is " + UserKey + ", this means you're the same sex as " + Sex.get(UserKey) + "%" + " of the population") #list all keys within an dictionary def ListKeysOfDic(Dictionary): counter = 1 for keys in Dictionary.keys(): print(str(counter)+". " + keys + " ") counter = counter + 1 #gets the users input def EyeDescription(): return("(Please select an eye colour from below that best describes you)") def ContDescription1(): return("What is your continent?") def ContDescription2(): return("(Please select which continent you currently live on)") def SexDescription1(): return("What is your sex?") def SexDescription2(): return("(Please select which sex most accurately describes you)") FillCountfacts() FillDictionarys() #This is for running in commandline. to do so, comment out brython code and uncomment this. ##for key in averages.keys(): #Iterate through keys ## print("What is your " + key) ## print(percentComparison(key,float(input(" ")))) #user input & function call ## print(facts[key]) #Print fact about this stat keySequence = [ ["numerical","salary(CAD)"], ["numerical","height(cm)"], ["numerical","worth(Net,CAD)"], ["NonNumerical","eye colour"], ["NonNumerical","continent"], ["NonNumerical","sex"], ["NonNumerical","FinalScreen"] ] currentKeyIndex = 0 hasAsked = False #Brython code def submitClicked(event): #Handles the submit button being clicked global currentKeyIndex global keySequence global hasAsked document["errorBox"].clear() userIn = (document["userTextBox"].value) if keySequence[currentKeyIndex][0] == "numerical": try: document["zone"] <= P(percentComparison(keySequence[currentKeyIndex][1],float(userIn))) document["zone"] <= P(facts[keySequence[currentKeyIndex][1]]) if ((currentKeyIndex + 1) < len(keySequence)): currentKeyIndex += 1 document["question"].clear() document["question"] <= P(STRONG("What is your " + keySequence[currentKeyIndex][1] + "?")) except ValueError: document["errorBox"] <= P("Please double check your input") if keySequence[currentKeyIndex][0] == "NonNumerical": try: if keySequence[currentKeyIndex][1] == "eye colour": if(not (hasAsked)): document["question"] <= P(EyeDescription()) document["question"] <= P(("1. "+STRONG("Brown"))+(" 2. "+STRONG("Blue"))+(" 3. "+STRONG("Hazel"))+(" 4. "+STRONG("Amber"))) document["question"] <= P(("5. "+STRONG("Green"))+(" 6. "+STRONG("Red/Violet"))+(" 7. "+STRONG("Heterochromia"))+(" 8. "+STRONG("Other"))) hasAsked = True document["zone"] <= P(ReturnEyeComparison((userIn).lower())) document["zone"] <= P(ReturnFact((userIn).lower())) if((currentKeyIndex + 1) < len(keySequence)): currentKeyIndex += 1 document["question"].clear() document["question"] <= P(STRONG(ContDescription1())) document["question"] <= P(ContDescription2()) document["question"] <= P(("1. "+STRONG("Asia"))+(" 2. "+STRONG("Africa"))+(" 3. "+STRONG("Europe"))) document["question"] <= P(("4. "+STRONG("South America"))+(" 5. "+STRONG("North America"))+(" 6. "+STRONG("Oceania"))) if keySequence[currentKeyIndex][1] == "continent": document["zone"] <= P(ReturnContComparison((userIn).lower())) document["zone"] <= P(ReturnFact((userIn).lower())) if((currentKeyIndex + 1) < len(keySequence)): currentKeyIndex += 1 document["question"].clear() document["question"] <= P(STRONG(SexDescription1())) document["question"] <= P(SexDescription2()) document["question"] <= P(("1. "+STRONG("Male"))+(" 2. "+STRONG("Female"))+(" 3. "+STRONG("Intersex"))) if keySequence[currentKeyIndex][1] == "sex": document["zone"] <= P(ReturnSexComparison((userIn).lower())) document["zone"] <= P(ReturnFact((userIn).lower())) if((currentKeyIndex + 1) < len(keySequence)): currentKeyIndex += 1 document["question"].clear() document["question"] <= P(STRONG("Thank you!")) document["submission"].clear() document["zone"] <= P(STRONG("If any of these figures about wealth or income equality concern you, consider looking at some of these charities...")) document["zone"] <= P(A(' The UN Development Project ', href='https://www.undp.org')) document["zone"] <= P(A(' The Borgen Project ', href='https://borgenproject.org/')) document["zone"] <= P(A(' Oxfam ', href='https://www.oxfam.org')) except ValueError: document["zone"] <= P("Please double check your input") #create the second section of code for elif second for not numerical #Link our python method to the submit button... document["submitButton"].bind("click",submitClicked)