View difference between Paste ID: GR75wzG4 and Gj3RcRrj

-""" Settlement Generator """
+
-#Imports the random module
+
 biome_type = random.choice(['Grassland','Mountain'])
 maxMinPop = {"Camp":[6,12], "Outpost":[15,25], "Village":[40,80], "Town":[80, 1000], "City":[1000, 2000], "Capital City":[2000, 5000]}
-#Creates a new class called Settlement
+chosen_Settlement_Type = random.choice(list(maxMinPop.keys()))
-class Settlement():
+population = random.choice (range(maxMinPop[chosen_Settlement_Type][0],maxMinPop[chosen_Settlement_Type] [1]))
-	#Sets the population size to a number from 0-20
+
-	populationSize = random.choice(range(20))
+def get_services(chosen_Settlement_Type):
-	#Makes a blank list that we can fill with people later
+    basic_services    = ['Blacksmith','Tanner','Travelling Merchant','Cleric']
-	denizenList = []
+    advanced_services = ['Inn','Tavern','Farm','Stable', 'Shop','Church']
-
+    chosen_services   = []
-	#__init__ is called when an object of the class is created
+    #add in a premium services for town(maybe) city and capital
-	def __init__(self):
+    if chosen_Settlement_Type == 'Camp':
-		#runs the populateSettlement function
+        services = random.choice(range(0,3))
-		self.populateSettlement()
+        for x in range(services):
-
+            chosen_services.append(random.choice(basic_services))
-	#This function generates people
+
-	def generatePerson(self):
+    elif chosen_Settlement_Type == 'Outpost':
-		#This sub-function generated names for the people
+        services = random.choice(range(2,5))
-		def generatePersonName():
+        for x in range(services):
-			#List of syllables to pick from
+            chosen_services.append(random.choice(basic_services+basic_services+advanced_services))
-			nameSyllables = [
+
-			"ka", "ke", "ki", "ko", "ku",
+    elif chosen_Settlement_Type == 'Village':
-			"ba", "be", "bi", "bo", "bu",
+        services =  random.choice(range(4,10))
-			"ta", "te", "ti", "to", "tu",
+        for x in range(services):
-			"ga", "ge", "gi", "go", "gu",
+            chosen_services.append(random.choice(basic_services+advanced_services))
-			"ja", "je", "ji", "jo", "ju"
+
-			"sa", "se", "si", "so", "su"]
+    elif chosen_Settlement_Type == 'Town':
         services = random.choice(range(7,17))
-			#Choosing the number of syllables for each name
+        for x in range(services):
-			firstNameSyllables	= random.choice(range(1,4))
+            chosen_services.append(random.choice(basic_services+advanced_services))
-			lastNameSyllables	= random.choice(range(1,3))
+
     elif chosen_Settlement_Type == 'City':
-			#Creates the blank names, we will fill these later
+        services = random.choice(range(12,21))
-			firstName 	= ""
+        for x in range(services):
-			lastName	= ""
+            chosen_services.append(random.choice(basic_services+advanced_services))
-			fullName	= ""
+
     elif chosen_Settlement_Type == 'Capital City':
-			#For each number in the sequence 1-whatever number was generated
+        services = random.choice(range(18,35))
-			for x in range(firstNameSyllables):
+        for x in range(services):
-				#add a random syllable to our blank firstName variable
+            chosen_services.append(random.choice(basic_services+advanced_services))
-				firstName += random.choice(nameSyllables)
+
     return chosen_services
-			#See above, but this time for last name
+
-			for x in range(lastNameSyllables):
+
-				lastName += random.choice(nameSyllables)
+
-
+if biome_type == 'Grassland':
-			#Concatanate first and last names to make a full name
+    race = random.choice (['Human','Human','Human','Dwarf'])
-			fullName = firstName.capitalize() + " " + lastName.capitalize()
+
-			#Output that full name
+elif biome_type == 'Mountain':
-			return fullName
+    race = random.choice (['Human','Dwarf','Dwarf','Dwarf'])
 
 
 
 def human_name_gen():
     syllables = ['mas', 'ran', 'lan', 'top', 'val', 'la', 'gar','cal','ron',
     'lie','jera','mey','cop','per','dar', 'ren','ie','jes','har','ha','gre','hem','way','sam','mal','ik','war','hay']
 
     laSyllables = ['smi','tay','low','lock','row','wood','ley','par','son','dal','house','river','field','hay']
 
     first_s    = random.choice(syllables)
     second_s   = random.choice(syllables)
 
     for x in range(20):
         while True:
             first_s    = random.choice(syllables).capitalize()
             second_s   = random.choice(syllables)
 
             if first_s != second_s:
                 first_name = first_s + second_s
                 break
 
         surname    = random.choice (laSyllables).capitalize() + random.choice(laSyllables)
         return (first_name + ' ' + surname)
 
 def dwarf_name_gen():
     syllables = ['to', 'ro', 'for', 'lo', 'ran', 'ga', 'rag', 'var', 'lag', 'gar','rek','ron','vek','jera','ker','kot','dok','dar', 'ka']
 
     body_names= ['hand', 'fist', 'leg', 'head', 'heart', 'eye', 'foot', 'arm', 'finger', 'toe', 'nose','hat']
     rock_names= ['rock', 'stone','boulder', 'gold', 'lead', 'pebble','diamond','ruby','lapis','crag','cliff']
 
     first_s    = random.choice(syllables)
     second_s   = random.choice(syllables)
 
     for x in range(20):
-		name = generatePersonName()
+        while True:
             first_s    = random.choice(syllables).capitalize()
             second_s   = random.choice(syllables)
 
             if first_s != second_s:
                 first_name = first_s + second_s
                 break
 
         surname    = random.choice (rock_names).capitalize() + random.choice(body_names)
         return (first_name + ' ' + surname)
 
-	def populateSettlement(self):
+def get_leader_title(chosen_Settlement_Type):
-		#For every number 1-the size of the population
+
-		for x in range(self.populationSize):
+        if chosen_Settlement_Type == 'Camp':
-			#create a new person and add them to the denizen list
+            leader_title = random.choice(['Captain ','',''])
-			self.denizenList.append(self.generatePerson())
+
-
+        elif chosen_Settlement_Type == 'Outpost':
-	#Can be called from outwith the class to get the size
+            leader_title = random.choice(['Captain ','General ','Captain ','Lord ','Lady ','Captain '])
-	def getSize(self):
+
-		return self.populationSize
+        elif chosen_Settlement_Type == 'Village':
             leader_title = random.choice (['Lord ','Lady ','Baron ','Baroness ','','','','',''])
-	#Can be called from outwith the class to get the denizen list
+
-	def getDenizens(self):
+        elif chosen_Settlement_Type == 'Town':
-		return self.denizenList
+            leader_title = random.choice (['Lord ','Lady ','Baron ','Baroness ','Mayor ','Mayor ','Mayor ','Mayor '])
 
-#Make a new settlement called ukuhara
+        elif chosen_Settlement_Type == 'City':
-#Doing this runs the __init__() in the Settlement class
+            leader_title = random.choice (['King ','Queen '])
-ukuhara = Settlement()
+
         elif chosen_Settlement_Type == 'Capital City':
-print("Age" + "	" + "Name")
+            leader_title = random.choice (['High King ','High Queen ','Queen ','King '])
-print("--------------------------------")
+        return (leader_title)
 
-#For every item in the denizen list of Ukuhara
+if race == 'Human':
-for x in ukuhara.getDenizens():
+    leader_name = get_leader_title(chosen_Settlement_Type) + human_name_gen()
-	#Print that persons age and name
+
-	print(str(x["Age"])+ "			" + x["Name"]+ "			" + x["Job"])
+elif race == 'Dwarf':
     leader_name = get_leader_title(chosen_Settlement_Type) + dwarf_name_gen()
 
 def generateDenizen():
 	#This sub-function generated names for the people
 		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 = dwarf_name_gen()
 		#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
 
 denizenList = []
 for x in range(population):
 	denizenList.append(generateDenizen())
 
 services_list = get_services(chosen_Settlement_Type)
 
 print ("~ Settlement Generator ~")
 print ('Biome: '+ biome_type + "\n")
 print ("Type: "+ chosen_Settlement_Type + "\n")
 print ('Prominant race: ' + race + "\n")
 print ('Lead by: ' + leader_name + "\n")
 print ('Population: '+ str(population) + "\n")
 print ('Services: ')
 for x in set(services_list):
     print("> " + x + " - " + str(services_list.count(x)))
 print("\n")
 
 print ('Denizens: ')
 for x in denizenList:
 	print(x["Name"])
 print("\n")