Bow & Arrow: A Python Stand Generator

# A Stand Generator for Python

#Imported stuff goes below

import random

# Global variables and lists go below.  Global variables/databases are not bad practice, being bad at using them is bad practice.

standAdjective = ["Red", "Blue", "Yellow", "Green", "Hot", "Cold", "Smooth", "Fluffy"]; #adjectives to be combined with the stand's mystical name part
standMystical = {  #the various Mystical things the stand could be
  "Greek" : ["Zeus", "Hera", "Hermes", "Ares" ],
  "Egypt" : ["Thoth", "Osiris", "Bast" ],
  "Tarot" : ["Tower", "Magician", "Moon", "Star", "Sun", "Hanged Man" ]
}
standAdjectiveForm = ["a bizzare", "a mighty", "a mutant" ]; #used for describing the stand
standCoreForm = ["dog", "cat", "bird", "whale", "lemur" ]; #the core appearance of the stand
standGrade = {0 : "Special", 1 : "A", 2 : "B", 3 : "C", 4 : "D", 5 : "E" }
standType = ['Generalist', 'Self-Limited', 'Close-Ranged Power', 'Long-Ranged Manipulated', 'Long-Ranged Autopilot' ]


#functions used throughout the code go here

def det_standType(): #returns the type of stand the person will be generating
   random.seed()
   standTypeChoice = random.randrange(4)
   return standType[standTypeChoice]

def det_standNameMystical(): #Choses a stand base with a 'mystical' theme
  random.seed()
  mysticChoices = standMystical.keys() # Pulls possible topics from the pool
  mysticChosen = mysticChoices[random.randrange(len(mysticChoices))] #Choses a topic
  baseChoicesNumber = len(standMystical[mysticChosen]) #draws number of possible bases from the topic
  baseChoicesOptions = standMystical[mysticChosen]
  baseChoicesFinal = baseChoicesOptions[random.randrange(int(baseChoicesNumber))]
  return baseChoicesFinal

def det_standAdjective(): #choses an adjective for the stand name
  random.seed()
  standAdjectiveChoice = random.randrange(len(standAdjective))
  return standAdjective[standAdjectiveChoice]

def det_standAdjectiveForm(): #choses an Adjective for the stand's form
  random.seed()
  standAdFormChoice = random.randrange(len(standAdjectiveForm))
  return standAdjectiveForm[standAdFormChoice]

def det_standCoreForm(): #choses the core form of the stand
  random.seed()
  standFormChoice = random.randrange(len(standCoreForm))
  return standCoreForm[standFormChoice]

def det_standGrade(category): #calculates the grading of the stand in accordance with the type generated
  random.seed()
  if category == 'Generalist':
    destructivePower = standGrade[random.randint(2, 4)]
    speedPower = standGrade[random.randint(2, 3)]
    rangePower = standGrade[random.randint(2, 4)]
    duraPower = standGrade[random.randint(3, 4)]
    precisePower = standGrade[random.randint(2, 4)]
    learnPower = standGrade[random.randint(1, 5)]
    standStats = ('  Your stand is graded ' + destructivePower + ' in destructive power, ' + speedPower + ' in speed and reflexes, ' + rangePower + ' in the range at which it can operate, ' + duraPower + ' in the stand\'s endurance and ability to take punishment, ' + precisePower + ' in its dexterity and accuracy, or general precision of its movements, and ' + learnPower + ' in its potential to develop further given future training or experience.')
    return standStats
  elif category == 'Self-Limited':
    destructivePower = standGrade[random.randint(1, 4)]
    speedPower = standGrade[random.randint(1, 3)]
    rangePower = standGrade[0]
    duraPower = standGrade[random.randint(1, 2)]
    precisePower = standGrade[random.randint(1, 4)]
    learnPower = standGrade[random.randint(1, 4)]
    standStats =('  Your stand is graded ' + destructivePower + ' in destructive power, ' + speedPower + ' in speed and reflexes, ' + rangePower + ' in range because it is only able to access your very immediate surroundings, ' + duraPower + ' in the stand\'s endurance and ability to take punishment, ' + precisePower + ' in its dexterity and accuracy, or general precision of its movements, and ' + learnPower + ' in its potential to develop further given future training or experience.')
    return standStats
  elif category == 'Close-Ranged Power':
    destructivePower = standGrade[random.randint(1, 3)]
    speedPower = standGrade[random.randint(1, 4)]
    rangePower = standGrade[random.randint(3, 5)]
    duraPower = standGrade[random.randint(2, 3)]
    precisePower = standGrade[random.randint(1, 5)]
    learnPower = standGrade[random.randint(1, 5)]
    standStats =('  Your stand is graded ' + destructivePower + ' in destructive power, ' + speedPower + ' in speed and reflexes, ' + rangePower + ' in the range at which it can operate, ' + duraPower + ' in the stand\'s endurance and ability to take punishment, ' + precisePower + ' in its dexterity and accuracy, or general precision of its movements, and ' + learnPower + ' in its potential to develop further given future training or experience.')
    return standStats
  elif category == 'Long-Ranged Manipulated':
    destructivePower = standGrade[random.randint(2, 5)]
    speedPower = standGrade[random.randint(1, 5)]
    rangePower = standGrade[1]
    duraPower = standGrade[random.randint(3, 5)]
    precisePower = standGrade[random.randint(1, 3)]
    learnPower = standGrade[random.randint(1, 5)]
    standStats =('  Your stand is graded ' + destructivePower + ' in destructive power, ' + speedPower + ' in speed and reflexes, ' + rangePower + ' in the range at which it can operate, though it may be far longer, ' + duraPower + ' in the stand\'s endurance and ability to take punishment, ' + precisePower + ' in its dexterity and accuracy, or general precision of its movements, and ' + learnPower + ' in its potential to develop further given future training or experience.')
    return standStats
  elif category == 'Long-Range Autopilot':
    destructivePower = standGrade[random.randint(2, 5)]
    speedPower = standGrade[random.randint(2, 5)]
    rangePower = standGrade[0]
    duraPower = standGrade[random.randint(2, 5)]
    precisePower = standGrade[random.randint(4, 5)]
    learnPower = standGrade[random.randint(2, 5)]
    standStats =(  'Your stand is graded ' + destructivePower + ' in destructive power, ' + speedPower + ' in speed and reflexes, ' + rangePower + ' in range as a result of its ability to act completely independant from your command, ' + duraPower + ' in the stand\'s endurance and ability to take punishment, ' + precisePower + ' in its dexterity and accuracy, or general precision of its movements, and ' + learnPower + ' in its potential to develop further given future training or experience.')
    return standStats
  else:
    return 'WHOOPS PILZ DUN FUKT UP'

type = det_standType()
grade = det_standGrade(type)
nameNoun = det_standNameMystical()
nameAdjective = det_standAdjective()
formNoun = det_standCoreForm()
formAdjective = det_standAdjectiveForm()

print('Your stand is a ' + type + '-type.  It is called ' + nameAdjective + ' ' + nameNoun + ' and takes the form of a ' + formAdjective + ' ' + formNoun + '.')
print(grade)