""" Settlement Generator """
#Imports the random module
import random

#Creates a new class called Settlement
class Settlement():
    #Sets the population size to a number from 0-20
    populationSize = random.choice(range(20))
    #Makes a blank list that we can fill with people later
    denizenList = []

    #__init__ is called when an object of the class is created
    def __init__(self):
        #runs the populateSettlement function
        self.populateSettlement()

    #This function generates people
    def generatePerson(self):
        #This sub-function generated names for the people
        def generatePersonName():
            #List of syllables to pick from
            nameSyllables = [
            "ka", "ke", "ki", "ko", "ku",
            "ba", "be", "bi", "bo", "bu",
            "ta", "te", "ti", "to", "tu",
            "ga", "ge", "gi", "go", "gu",
            "ja", "je", "ji", "jo", "ju"
            "sa", "se", "si", "so", "su"]

            #Choosing the number of syllables for each name
            firstNameSyllables  = random.choice(range(1,4))
            lastNameSyllables   = random.choice(range(1,3))

            #Creates the blank names, we will fill these later
            firstName   = ""
            lastName    = ""
            fullName    = ""

            #For each number in the sequence 1-whatever number was generated
            for x in range(firstNameSyllables):
                #add a random syllable to our blank firstName variable
                firstName += random.choice(nameSyllables)

            #See above, but this time for last name
            for x in range(lastNameSyllables):
                lastName += random.choice(nameSyllables)

            #Concatanate first and last names to make a full name
            fullName = firstName.capitalize() + " " + lastName.capitalize()
            #Output that full name
            return fullName

        def generatePersonJob():
            jobList = [
            "General Merchant",
            "Blacksmith",
            "Tailor",
            "Cobbler",
            "Tanner",
            "Doctor",
            "Wicken",
            "Wizard",
            "Healer",
            "Chef",
            "Baker",
            "Mercenary",
            "Arms Merchant",
            "Undertaker",
            "Executioner",
            "Carpenter",
            "Conjourer",
            "Stable Worker",
            "Falconer",
            "Hunter",
            "Farmer",
            "Banker",
            "Soldier",
            "Librarian"
            ]

            job = random.choice(jobList)
            return job


        #set name equal to the full name we just generated in the above function
        name = generatePersonName()
        #Pick a random number for age
        age = random.choice(range(1,90))
        #Pick a random job
        job = generatePersonJob()

        #Create a data dict that holds the name and age
        person = {"Name":name, "Age":age, "Job":job}
        #output the data dict we just made
        return person

    def populateSettlement(self):
        #For every number 1-the size of the population
        for x in range(self.populationSize):
            #create a new person and add them to the denizen list
            self.denizenList.append(self.generatePerson())

    #Can be called from outwith the class to get the size
    def getSize(self):
        return self.populationSize

    #Can be called from outwith the class to get the denizen list
    def getDenizens(self):
        return self.denizenList

#Make a new settlement called ukuhara
#Doing this runs the __init__() in the Settlement class
ukuhara = Settlement()

print("Age" + " " + "Name")
print("--------------------------------")

#For every item in the denizen list of Ukuhara
for x in ukuhara.getDenizens():
    #Print that persons age and name
    print(str(x["Age"])+ "          " + x["Name"]+ "            " + x["Job"])