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SectorGen.py
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SectorGen.py
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#
# Python 3.11.6 Sector Generator
#
########################################################
"""
SectorGen 0.6.0 Beta
-----------------------------------------------------------------------
This program generates sectors using rules from
Mongoose Traveller 2nd Edition, and a smidgen from Traveller 5.10
"""
#import win32com.client as win32
import sys
#sys.path.append('C:\Users\Shonner\Documents\My Files\Python Programs\Mongoose Traveller')
from random import randint
from PyQt5.QtCore import *
from PyQt5.QtGui import *
from PyQt5.QtWidgets import *
#import PyQt5.QtMultimedia as MM
import time
from mainwindow import Ui_MainWindow
from aboutdialog import Ui_aboutDialog
from completeddialog import Ui_completedDialog
from rpg_tools.pydice import roll
import os
import logging
import csv
import json
import datetime
__author__ = 'Shawn Driscoll <shawndriscoll@hotmail.com>\nshawndriscoll.blogspot.com'
__app__ = 'SectorGen 0.6.0 (Beta)'
__version__ = '0.6.0b'
class aboutDialog(QDialog, Ui_aboutDialog):
def __init__(self):
super().__init__()
log.info('PyQt5 aboutDialog initializing...')
self.setWindowFlags(Qt.Drawer | Qt.WindowStaysOnTopHint)
self.setupUi(self)
self.aboutOKButton.clicked.connect(self.acceptOKButtonClicked)
log.info('PyQt5 aboutDialog initialized.')
def acceptOKButtonClicked(self):
log.info('PyQt5 aboutDialog closing...')
self.close()
class completedDialog(QDialog, Ui_completedDialog):
def __init__(self):
'''
Open the Completed dialog window
'''
super().__init__()
log.info('PyQt5 completedDialog initializing...')
self.setWindowFlags(Qt.Drawer | Qt.WindowStaysOnTopHint)
self.setupUi(self)
self.completedOKButton.clicked.connect(self.acceptOKButtonClicked)
self.numworldsDisplay.setText('')
log.info('PyQt5 completedDialog initialized.')
def acceptOKButtonClicked(self):
'''
Close the PyQt5 Completed dialog window
'''
log.info('PyQt5 completedDialog closing...')
self.close()
def showNumworlds(self):
'''
Show the number of worlds generated in the PyQt5 Completed dialog window
'''
self.show()
class MainWindow(QMainWindow, Ui_MainWindow):
def __init__(self):
super().__init__()
log.info('PyQt5 MainWindow initializing...')
self.setupUi(self)
self.genButton.clicked.connect(self.generateSector)
self.actionGen.triggered.connect(self.generateSector)
self.actionAbout_SectorGen.triggered.connect(self.actionAbout_triggered)
self.actionQuitProg.triggered.connect(self.actionQuitProg_triggered)
# Options
self.hydro_calc_method = 'Based on Atmosphere'
self.hydroBox.addItem('Based on Atmosphere')
self.hydroBox.addItem('Based on Size')
self.hydroBox.setCurrentIndex(0)
self.hydroBox.currentIndexChanged.connect(self.hydroBox_changed)
self.stellar_densityBox.addItem('Extra Galactic: 1%')
self.stellar_densityBox.addItem('Rift: 3%')
self.stellar_densityBox.addItem('Sparse: 17%')
self.stellar_densityBox.addItem('Scattered: 33%')
self.stellar_densityBox.addItem('Standard: 50%')
self.stellar_densityBox.addItem('Dense: 66%')
self.stellar_densityBox.addItem('Cluster: 83%')
self.stellar_densityBox.addItem('Core: 91%')
self.stellar_densityBox.setCurrentIndex(4)
self.stellar_densityBox.currentIndexChanged.connect(self.stellar_densityBox_changed)
self.stellar_density = 50
log.info('Default Stellar Density is Standard ' + str(self.stellar_density) + '%.')
self.allegianceBox.addItem('As: Aslan Hierate')
self.allegianceBox.addItem('Cs: Client State')
self.allegianceBox.addItem('Im: Third Imperium')
self.allegianceBox.addItem('Na: Non-Aligned, Human-dominated')
self.allegianceBox.addItem('So: Solomani Confederation')
self.allegianceBox.addItem('Va: Non-Aligned, Vargr-dominated')
self.allegianceBox.addItem('Zh: Zhodani Consulate')
self.allegianceBox.addItem('Random')
self.allegianceBox.setCurrentIndex(2)
self.allegiance = 'Im'
log.info('Default Allegiance is Im: Third Imperium.')
self.random_allegiance = False
self.allegianceBox.currentIndexChanged.connect(self.allegianceBox_changed)
self.super_earth_chance = False
self.super_earth_checkBox.toggled.connect(self.super_earth_checkBox_changed)
self.super_earth_checkBox.setChecked(self.super_earth_chance)
self.p1Box.valueChanged.connect(self.p1Box_valueChanged)
self.p2Box.valueChanged.connect(self.p2Box_valueChanged)
self.genButton.setDisabled(True)
self.popAboutDialog = aboutDialog()
self.popCompletedDialog = completedDialog()
# UPP Code Table
self.hex_code = ['0', '1', '2', '3', '4', '5', '6',
'7', '8', '9', 'A', 'B', 'C', 'D',
'E', 'F', 'G', 'H', 'J', 'K',
'L', 'M', 'N', 'P', 'Q', 'R',
'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z']
self.core_code = ['A', 'B', 'C', 'D',
'E', 'F', 'G', 'H',
'I', 'J', 'K', 'L',
'M', 'N', 'O', 'P']
# World Data Tables
self.world_temperature_dm = [0, 0, -2, -2, -1, -1, 0, 0, 1, 1, 2, 6, 6, 2, -1, 2]
self.size_value = [ 2, 2, 1, 1, 1, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
self.atmosphere_value = [ 1, 1, 1, 1, 0, 0, 0, 0, 0, 0, 1, 1, 1, 1, 1, 1]
self.hydro_value = [ 1, 0, 0, 0, 0, 0, 0, 0, 0, 1, 2, 0, 0, 0, 0, 0]
self.population_value = [ 0, 1, 1, 1, 1, 1, 0, 0, 1, 2, 4, 0, 0, 0, 0, 0]
self.government_value = [ 1, 0, 0, 0, 0, 1, 0, 2, 0, 0, 0, 0, 0, -2, -2, 0]
self.minimum_TL = [ 8, 8, 5, 5, 3, -1, -1, 3, -1, 3, 8, 9, 10, 5, 5, 8]
self.world_starport_class = ['X', 'X', 'X', 'E', 'E', 'D', 'D', 'C', 'C', 'B', 'B', 'A', 'A', 'A', 'A']
self.starport_value = [ -4, -4, -4, 0, 0, 0, 0, 2, 2, 4, 4, 6, 6, 6, 6]
self.gas_giant_quantity = [' ', ' ', '1', '1', '2', '2', '3', '3', '4', '4', '4', '5', '5']
self.planetoid_belt_quantity = [' ', ' ', '1', '1', '1', '1', '1', '1', '2', '2', '2', '2', '3']
self.population_multipliers = ['0', '1', '2', '3', '4', '5', '6', '7', '8', '9', '10']
self.sn = [0, 0, 1, 1, 1, 1, 1, 1, 2, 2, 2, 2, 3]
self.primary_star_type = [' ', ' ', 'A', 'M', 'M', 'M', 'M', 'M', 'K', 'G', 'F', 'F', 'F']
self.companion_star_type = [' ', ' ', 'A', 'F', 'F', 'G', 'G', 'K', 'K', 'M', 'M', 'M', 'M']
self.star_size = [' ', ' ', 'II ', 'III', 'IV ', 'V ', 'V ', 'V ', 'V ', 'V ', 'V ', 'VI ', 'D ']
self.world_name_list = []
self.world_name_suffix = ['II', 'III', 'IV', 'V', 'VI', 'VII', 'VIII', 'IX', 'X']
# Sound Tables
self.V = 1
self.CV = 2
self.VC = 3
self.CVC = 4
self.CC = 5
self.ic_sound = ['b','br','c','ch','d','g',
'h','j','k','l','m','n','p',
'r','s','st','sh',
't','v','w','z']
self.ic_freq = [28,12,20,16,27,9,20,20,17,
28,24,10,27,24,30,13,25,
20,6,16,4]
self.v_sound = ['a','e','i','o','u']
self.v_freq = [16,20,10,7,3]
self.mc_sound = ['g','lt','ns','nst','ls','ll','nn']
self.mc_freq = [5,3,18,16,18,4,3]
self.fc_sound = ['i','s','r','ch','ck','d','dy',
'li','la','ler',
'nn','m','man','ma','mer','ny',
'me','n','ne','ng',
'ner','nor','nie',
'rie','rlie','rly','rie','rt',
'ry','sa','sha','nshi','nski','son',
'nson','th','ta','ti','t','v',
'za','ue','than',
'lam','lis','lus','ton','tis','tus',
'se','nter','ll','mison','som','er','or','rry']
self.fc_freq = [9,7,7,6,13,22,2,3,10,10,7,
25,10,4,13,12,5,27,4,14,3,3,5,6,2,2,3,3,
21,10,3,8,3,20,9,14,10,16,11,8,6,8,10,7,6,5,7,7,4,
12,5,4,3,3,7,4,6]
for i in range(len(self.ic_sound)):
log.debug(self.ic_sound[i] + ' ' + str(self.ic_freq[i]))
for i in range(len(self.v_sound)):
log.debug(self.v_sound[i] + ' ' + str(self.v_freq[i]))
for i in range(len(self.mc_sound)):
log.debug(self.mc_sound[i] + ' ' + str(self.mc_freq[i]))
for i in range(len(self.fc_sound)):
log.debug(self.fc_sound[i] + ' ' + str(self.fc_freq[i]))
self.syllable_type = [self.V,self.V,self.V,self.V,self.V,self.V,self.V,self.V,
self.VC,self.VC,self.VC,self.VC,
self.CV,self.CV,self.CV,self.CV,
self.CVC,self.CVC,self.CVC,self.CVC,self.CVC,self.CVC,
self.CC,self.CC]
#print self.syllable_type
self.ic_sounds = []
for i in range(len(self.ic_freq)):
for j in range(self.ic_freq[i]):
self.ic_sounds.append(self.ic_sound[i])
self.v_sounds = []
for i in range(len(self.v_freq)):
for j in range(self.v_freq[i]):
self.v_sounds.append(self.v_sound[i])
self.mc_sounds = []
for i in range(len(self.mc_freq)):
for j in range(self.mc_freq[i]):
self.mc_sounds.append(self.mc_sound[i])
self.fc_sounds = []
for i in range(len(self.fc_freq)):
for j in range(self.fc_freq[i]):
self.fc_sounds.append(self.fc_sound[i])
log.info('PyQt5 MainWindow initialized.')
def pick_sound(self):
if self.s_type == self.V:
self.sound = self.v_sounds[randint(1, len(self.v_sounds)) - 1]
if self.s_type == self.CV:
self.sound = self.ic_sounds[randint(1, len(self.ic_sounds)) - 1] + self.v_sounds[randint(1, len(self.v_sounds)) - 1]
if self.s_type == self.VC:
self.sound = self.v_sounds[randint(1, len(self.v_sounds)) - 1] + self.fc_sounds[randint(1, len(self.fc_sounds)) - 1]
if self.s_type == self.CVC:
self.sound = self.ic_sounds[randint(1, len(self.ic_sounds)) - 1] + self.v_sounds[randint(1, len(self.v_sounds)) - 1] \
+ self.fc_sounds[randint(1, len(self.fc_sounds)) - 1]
if self.s_type == self.CC:
self.sound = self.mc_sounds[randint(1, len(self.mc_sounds)) - 1]
def generateSector(self):
if not os.path.exists('data'):
os.mkdir('data')
csv_file_out = open('data/raw_sector_data.csv', 'w', newline='')
csv_writer = csv.writer(csv_file_out)
csv_writer.writerow(['Location', 'World_Name', 'Starport', 'Size', 'Atmosphere', 'Hydrographics', 'Population', 'Government', 'Law_Level', 'Tech_Level', 'Trade_Codes', 'Travel_Code', 'Base', 'Pop_M', 'Belts', 'Gas_giants', 'Worlds', 'Allegiance', 'Stellar_Data', 'Temperature'])
json_file_out = open('data/raw_sector_data.json', 'w')
mapper_file_out = open('data/' + self.sec_filename + '.dat', 'w', newline='')
mapper_file_out.write('# Generated by https://github.com/ShawnDriscoll/Traveller-RPG-SectorGen')
mapper_file_out.write('\n# ' + str(datetime.datetime.now()))
world_list = []
self.main_world_tech_level = -1
self.main_world_travel_code = ''
# Name the sector
proper = False
while not(proper):
temp = self.CC
while temp == self.CC:
temp = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
self.s_type = temp
self.pick_sound()
self.word = self.sound
building = True
while building:
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.CC and (syllable == self.CV or syllable == self.CVC or syllable == self.CC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.V and (syllable == self.V or syllable == self.VC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.CV and (syllable == self.V or syllable == self.VC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.VC and (syllable == self.CV or syllable == self.CVC or syllable == self.CC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.CVC and (syllable == self.CV or syllable == self.CVC or syllable == self.CC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
if temp == self.VC or temp == self.CVC:
building = False
else:
self.s_type = syllable
self.pick_sound()
self.word += self.sound
temp = syllable
if len(self.word) > 4 and len(self.word) < 11:
proper = True
self.sector_name = chr(ord(self.word[0]) - 32) + self.word[1:len(self.word)]
name_variance = roll('d100')
#print(name_variance)
if name_variance <= 60:
if name_variance >= 45:
proper = False
while not(proper):
temp = self.CC
while temp == self.CC:
temp = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
self.s_type = temp
self.pick_sound()
self.word = self.sound
building = True
while building:
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.CC and (syllable == self.CV or syllable == self.CVC or syllable == self.CC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.V and (syllable == self.V or syllable == self.VC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.CV and (syllable == self.V or syllable == self.VC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.VC and (syllable == self.CV or syllable == self.CVC or syllable == self.CC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.CVC and (syllable == self.CV or syllable == self.CVC or syllable == self.CC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
if temp == self.VC or temp == self.CVC:
building = False
else:
self.s_type = syllable
self.pick_sound()
self.word += self.sound
temp = syllable
if len(self.word) > 4 and len(self.word) < 11:
proper = True
self.sector_name += ' ' + chr(ord(self.word[0]) - 32) + self.word[1:len(self.word)]
elif name_variance >= 35:
self.sector_name += ' ' + 'Alpha'
elif name_variance >= 25:
self.sector_name += ' ' + 'Beta'
elif name_variance >= 15:
self.sector_name += ' ' + 'Gamma'
elif name_variance >= 10:
self.sector_name += ' ' + 'Reaches'
elif name_variance >= 7:
self.sector_name += ' ' + 'Sector'
elif name_variance >= 6:
self.sector_name += ' ' + 'Frontier'
elif name_variance >= 4:
self.sector_name += ' ' + 'UNEXPLORED'
elif name_variance >= 2:
self.sector_name += ' ' + 'UNKNOWN'
#print(self.sector_name)
mapper_file_out.write('\n\n# ' + self.sector_name)
mapper_file_out.write('\n# ' + str(int(self.pos1)) + ',' + str(int(self.pos2)))
mapper_file_out.write('\n\n# Name: ' + self.sector_name)
mapper_file_out.write('\n\n# Milieu: M1105')
mapper_file_out.write('\n\n# Credits: ' + self.sector_name + ' sector was randomly generated by ' + __app__)
mapper_file_out.write('\n\n# Author: Shawn Driscoll https://www.youtube.com/user/ShawnDriscollCG')
mapper_file_out.write('\n# Source: Rules from Mongoose Traveller 2nd Edition, and a smidgen from Traveller 5.10\n')
# Name the subsectors
#self.subsect_name = []
for subs in range(16):
proper = False
while not(proper):
temp = self.CC
while temp == self.CC:
temp = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
self.s_type = temp
self.pick_sound()
self.word = self.sound
building = True
while building:
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.CC and (syllable == self.CV or syllable == self.CVC or syllable == self.CC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.V and (syllable == self.V or syllable == self.VC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.CV and (syllable == self.V or syllable == self.VC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.VC and (syllable == self.CV or syllable == self.CVC or syllable == self.CC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.CVC and (syllable == self.CV or syllable == self.CVC or syllable == self.CC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
if temp == self.VC or temp == self.CVC:
building = False
else:
self.s_type = syllable
self.pick_sound()
self.word += self.sound
temp = syllable
if len(self.word) > 4 and len(self.word) < 11:
proper = True
mapper_file_out.write('\n# Subsector ' + self.core_code[subs] + ': ' + chr(ord(self.word[0]) - 32) + self.word[1:len(self.word)])
#self.subsect_name.append(chr(ord(self.word[0]) - 32) + self.word[1:len(self.word)])
#print(self.subsect_name)
mapper_file_out.write('\n\n# Alleg: As: "Aslan Hierate"')
mapper_file_out.write('\n# Alleg: Cs: "Client State"')
mapper_file_out.write('\n# Alleg: Im: "Third Imperium"')
mapper_file_out.write('\n# Alleg: Na: "Non-Aligned, Human-dominated"')
mapper_file_out.write('\n# Alleg: So: "Solomani Confederation"')
mapper_file_out.write('\n# Alleg: Va: "Non-Aligned, Vargr-dominated"')
mapper_file_out.write('\n# Alleg: Zh: "Zhodani Consulate"')
mapper_file_out.write('\n\nHex Name UWP Remarks {Ix} (Ex) [Cx] N B Z PBG W A Stellar')
mapper_file_out.write( '\n---- -------------------- --------- -------------------- ------ ------- ------ - -- - --- -- ---- --------------')
self.worlds_rolled = 0
# Make the worlds
for hex_grid_col in range(32):
for hex_grid_row in range(40):
if roll('d100') <= self.stellar_density:
# Get World Name
proper = False
while not(proper):
temp = self.CC
while temp == self.CC:
temp = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
self.s_type = temp
self.pick_sound()
self.word = self.sound
building = True
while building:
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.CC and (syllable == self.CV or syllable == self.CVC or syllable == self.CC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.V and (syllable == self.V or syllable == self.VC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.CV and (syllable == self.V or syllable == self.VC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.VC and (syllable == self.CV or syllable == self.CVC or syllable == self.CC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
while temp == self.CVC and (syllable == self.CV or syllable == self.CVC or syllable == self.CC):
syllable = self.syllable_type[randint(1, len(self.syllable_type)) - 1]
if temp == self.VC or temp == self.CVC:
building = False
else:
self.s_type = syllable
self.pick_sound()
self.word += self.sound
temp = syllable
if len(self.word) > 4 and len(self.word) < 11:
proper = True
self.main_world_name = chr(ord(self.word[0]) - 32) + self.word[1:len(self.word)]
temp_name = self.main_world_name
name_count = 0
if len(self.world_name_list) > 0:
for n in range(len(self.world_name_list)):
if self.main_world_name == self.world_name_list[n]:
temp_name = self.main_world_name
name_count += 1
if name_count > 0:
self.main_world_name = temp_name + ' ' + self.world_name_suffix[name_count - 1]
else:
temp_name = self.main_world_name
self.world_name_list.append(temp_name)
# Find Location and Subsector for Main World
self.main_world_location = self.core_code[(hex_grid_col) // 8 + ((hex_grid_row) // 10) * 4]
#print(self.main_world_location)
self.main_world_location = ''
if hex_grid_col + 1 < 10:
self.main_world_location += '0' + self.hex_code[hex_grid_col + 1]
else:
self.main_world_location += str(hex_grid_col + 1)
if hex_grid_row + 1 < 10:
self.main_world_location += '0' + self.hex_code[hex_grid_row + 1]
else:
self.main_world_location += str(hex_grid_row + 1)
#print(self.main_world_location)
# Roll for Main World Size
self.main_world_size = roll('2D-2')
# from Traveller5
if self.main_world_size == 10:
if self.super_earth_chance:
self.main_world_size = roll('1D+9')
#print(self.main_world_size)
# Roll for Main World Atmosphere
self.main_world_atmosphere = roll('FLUX') + self.main_world_size
# from Traveller5
if self.main_world_atmosphere < 0 or self.main_world_size == 0:
self.main_world_atmosphere = 0
if self.main_world_atmosphere > 15:
self.main_world_atmosphere = 15
# Roll for Main World Hydrographics
if self.hydro_calc_method == 'Based on Atmosphere':
# from Mongoose Traveller 2nd Edition and Traveller5
self.main_world_hydrographics = roll('FLUX') + self.main_world_atmosphere
else:
# from something else
self.main_world_hydrographics = roll('FLUX') + self.main_world_size
if self.main_world_hydrographics < 0:
self.main_world_hydrographics = 0
if self.main_world_hydrographics > 10:
self.main_world_hydrographics = 10
# Size and Atmosphere DMs added to Hydrographics
if self.main_world_size < 2:
self.main_world_hydrographics = 0
if self.main_world_atmosphere < 2 or \
self.main_world_atmosphere == 10 or \
self.main_world_atmosphere == 11 or \
self.main_world_atmosphere == 12:
self.main_world_hydrographics += -4
# Main World Temperature?
self.main_world_temperature = roll('2d6') + self.world_temperature_dm[self.main_world_atmosphere]
# Temperature DMs added to Hydrographics
if self.main_world_atmosphere != 13 and self.main_world_atmosphere != 15:
if self.main_world_temperature >= 10 and self.main_world_temperature <= 11:
self.main_world_hydrographics += -2
if self.main_world_temperature >= 12:
self.main_world_hydrographics += -6
if self.main_world_hydrographics < 0:
self.main_world_hydrographics = 0
# Roll for Main World Population
#self.main_world_population = roll('2D6-2')
#self.main_world_population = roll('4D4-4')
self.main_world_population = roll('2d6-2')
# Roll for Main World Government
if self.main_world_population > 0:
self.main_world_government = roll('FLUX') + self.main_world_population
if self.main_world_government < 0:
self.main_world_government = 0
if self.main_world_government > 15:
self.main_world_government = 15
else:
self.main_world_government = 0
# Roll for Law Level
if self.main_world_population > 0:
self.main_world_law_level = roll('FLUX') + self.main_world_government
if self.main_world_law_level < 0:
self.main_world_law_level = 0
if self.main_world_law_level > 15:
self.main_world_law_level = 15
else:
self.main_world_law_level = 0
# Roll for Starport
self.main_world_starport = roll('2D6')
if self.main_world_population >= 10:
self.main_world_starport += 2
elif self.main_world_population >= 8:
self.main_world_starport += 1
elif self.main_world_population <= 2:
self.main_world_starport += -2
elif self.main_world_population <= 4:
self.main_world_starport += -1
# Roll for Technology Level
if self.main_world_population > 0:
self.main_world_tech_level = roll('1D6')
# Add DMs
self.main_world_tech_level += self.starport_value[self.main_world_starport]
self.main_world_tech_level += self.size_value[self.main_world_size]
self.main_world_tech_level += self.atmosphere_value[self.main_world_atmosphere]
self.main_world_tech_level += self.hydro_value[self.main_world_hydrographics]
self.main_world_tech_level += self.population_value[self.main_world_population]
self.main_world_tech_level += self.government_value[self.main_world_government]
# Adjust Minimum TL for Environmental Limits
if self.minimum_TL[self.main_world_atmosphere] != -1:
if self.main_world_tech_level < self.minimum_TL[self.main_world_atmosphere]:
self.main_world_tech_level = self.minimum_TL[self.main_world_atmosphere]
if self.main_world_tech_level < 0:
self.main_world_tech_level = 0
if self.main_world_tech_level > 15:
self.main_world_tech_level = 15
else:
self.main_world_tech_level = 0
# Calculate Travel Code
self.main_world_travel_code = ''
if (self.main_world_atmosphere >= 10 or (self.main_world_government == 0 or self.main_world_government == 7 \
or self.main_world_government == 10) or (self.main_world_law_level == 0 or self.main_world_law_level >= 9)) and roll('d6') == 6:
self.main_world_travel_code = ' A'
# Lookup Trade Code(s)
self.trade_index = 0
self.main_world_trade_code = [' ',' ',' ',' ',' ',' ', ' ', ' ', ' ', ' ']
self.main_world_trade_class = [' ',' ',' ',' ',' ',' ', ' ', ' ', ' ', ' ']
if self.main_world_atmosphere >= 4 \
and self.main_world_atmosphere <= 9 \
and self.main_world_hydrographics >= 4 \
and self.main_world_hydrographics <= 8 \
and self.main_world_population >= 5 \
and self.main_world_population <= 7:
self.main_world_trade_code[self.trade_index] = 'Ag'
self.main_world_trade_class[self.trade_index] = 'Agricultural'
self.trade_index += 1
if (self.main_world_atmosphere == 2 \
or self.main_world_atmosphere == 3 \
or self.main_world_atmosphere == 10 \
or self.main_world_atmosphere == 11) \
and self.main_world_hydrographics >= 1 \
and self.main_world_hydrographics <= 5 \
and self.main_world_population >= 3 \
and self.main_world_population <= 6 \
and self.main_world_law_level >= 6 \
and self.main_world_law_level <= 9:
self.main_world_trade_code[self.trade_index] = 'Px'
self.main_world_trade_class[self.trade_index] = 'Prison'
self.main_world_travel_code = ' A'
self.trade_index += 1
if self.main_world_size == 0 \
and self.main_world_atmosphere == 0 \
and self.main_world_hydrographics == 0:
self.main_world_trade_code[self.trade_index] = 'As'
self.main_world_trade_class[self.trade_index] = 'Asteroid'
self.trade_index += 1
if self.main_world_population == 0 \
and self.main_world_government == 0 \
and self.main_world_law_level == 0:
if self.world_starport_class[self.main_world_starport] == 'E' \
or self.world_starport_class[self.main_world_starport] == 'X':
if roll('1D3') > 1:
self.main_world_tech_level = 0
self.main_world_trade_code[self.trade_index] = 'Ba'
self.main_world_trade_class[self.trade_index] = 'Barren'
else:
self.main_world_tech_level = roll('3D-3')
self.main_world_trade_code[self.trade_index] = 'Di'
self.main_world_trade_class[self.trade_index] = 'Dieback'
self.main_world_travel_code = ' R'
self.trade_index += 1
if self.world_starport_class[self.main_world_starport] == 'A':
if roll('1D3') == 1:
self.main_world_trade_code[self.trade_index] = 'Cp'
self.main_world_trade_class[self.trade_index] = 'Subsector Capital'
self.trade_index += 1
if self.main_world_population >=5 \
and self.main_world_population <= 10 \
and self.main_world_government == 6 \
and self.main_world_law_level >= 0 \
and self.main_world_law_level <= 3:
self.main_world_trade_code[self.trade_index] = 'Cy'
self.main_world_trade_class[self.trade_index] = 'Colony'
self.trade_index += 1
if self.main_world_atmosphere >= 2 \
and self.main_world_hydrographics == 0:
self.main_world_trade_code[self.trade_index] = 'De'
self.main_world_trade_class[self.trade_index] = 'Desert'
self.trade_index += 1
if self.main_world_atmosphere >= 10 \
and self.main_world_hydrographics >= 1:
self.main_world_trade_code[self.trade_index] = 'Fl'
self.main_world_trade_class[self.trade_index] = 'Fluid Oceans'
self.trade_index += 1
if self.main_world_size >= 6 \
and self.main_world_size <= 8 \
and (self.main_world_atmosphere == 5 \
or self.main_world_atmosphere == 6 \
or self.main_world_atmosphere == 8) \
and self.main_world_hydrographics >= 5 \
and self.main_world_hydrographics <= 7:
self.main_world_trade_code[self.trade_index] = 'Ga'
self.main_world_trade_class[self.trade_index] = 'Garden'
self.trade_index += 1
if self.main_world_population >= 9:
self.main_world_trade_code[self.trade_index] = 'Hi'
self.main_world_trade_class[self.trade_index] = 'High Population'
self.trade_index += 1
if self.main_world_tech_level >= 12:
self.main_world_trade_code[self.trade_index] = 'Ht'
self.main_world_trade_class[self.trade_index] = 'High Tech'
self.trade_index += 1
if self.main_world_atmosphere >= 0 \
and self.main_world_atmosphere <= 1 \
and self.main_world_hydrographics >= 1:
self.main_world_trade_code[self.trade_index] = 'Ic'
self.main_world_trade_class[self.trade_index] = 'Ice-Capped'
self.trade_index += 1
if (self.main_world_atmosphere >= 0 \
and self.main_world_atmosphere <= 2 \
or self.main_world_atmosphere == 4 \
or self.main_world_atmosphere == 7 \
or self.main_world_atmosphere == 9) \
and self.main_world_population >= 9:
self.main_world_trade_code[self.trade_index] = 'In'
self.main_world_trade_class[self.trade_index] = 'Industrial'
self.trade_index += 1
if self.main_world_population >= 1 \
and self.main_world_population <= 3:
self.main_world_trade_code[self.trade_index] = 'Lo'
self.main_world_trade_class[self.trade_index] = 'Low Population'
self.trade_index += 1
if self.main_world_tech_level <= 5:
self.main_world_trade_code[self.trade_index] = 'Lt'
self.main_world_trade_class[self.trade_index] = 'Low Tech'
self.trade_index += 1
if self.main_world_atmosphere >= 0 \
and self.main_world_atmosphere <= 3 \
and self.main_world_hydrographics >= 0 \
and self.main_world_hydrographics <= 3 \
and self.main_world_population >= 6:
self.main_world_trade_code[self.trade_index] = 'Na'
self.main_world_trade_class[self.trade_index] = 'Non-Agricultural'
self.trade_index += 1
if self.main_world_population <= 6:
self.main_world_trade_code[self.trade_index] = 'Ni'
self.main_world_trade_class[self.trade_index] = 'Non-Industrial'
self.trade_index += 1
if self.main_world_atmosphere >= 2 \
and self.main_world_atmosphere <= 5 \
and self.main_world_hydrographics >= 0 \
and self.main_world_hydrographics <= 3:
self.main_world_trade_code[self.trade_index] = 'Po'
self.main_world_trade_class[self.trade_index] = 'Poor'
self.trade_index += 1
if (self.main_world_atmosphere == 6 \
or self.main_world_atmosphere == 8) \
and self.main_world_population >= 6 \
and self.main_world_population <= 8 \
and self.main_world_government >= 4 \
and self.main_world_government <= 9:
self.main_world_trade_code[self.trade_index] = 'Ri'
self.main_world_trade_class[self.trade_index] = 'Rich'
self.trade_index += 1
if self.main_world_hydrographics == 10 \
and self.main_world_atmosphere >= 1 \
and self.main_world_atmosphere <= 9:
self.main_world_trade_code[self.trade_index] = 'Wa'
self.main_world_trade_class[self.trade_index] = 'Water World'
self.trade_index += 1
if self.main_world_atmosphere == 0:
self.main_world_trade_code[self.trade_index] = 'Va'
self.main_world_trade_class[self.trade_index] = 'Vacuum'
self.trade_index += 1
if self.main_world_government + self.main_world_law_level >= 30:
self.main_world_trade_code[self.trade_index] = 'Fo'
self.main_world_trade_class[self.trade_index] = 'Forbidden'
self.trade_index += 1
self.main_world_travel_code = ' R'
# Any bases? Naval? Research, etc?
self.base = ''
if self.world_starport_class[self.main_world_starport] == 'A':
if roll('2D6') >= 8:
self.base = 'N'
elif roll('2D6') >= 10:
self.base = 'S'
elif roll('2D6') >= 8:
self.base = 'R'
elif roll('2D6') >= 6:
self.base = 'I'
if self.world_starport_class[self.main_world_starport] == 'B':
if roll('2D6') >= 8:
self.base = 'N'
elif roll('2D6') >= 8:
self.base = 'S'
elif roll('2D6') >= 10:
self.base = 'R'
elif roll('2D6') >= 8:
self.base = 'I'
elif roll('2D6') >= 12:
self.base = 'P'
if self.world_starport_class[self.main_world_starport] == 'C':
if roll('2D6') >= 8:
self.base = 'S'
elif roll('2D6') >= 10:
self.base = 'R'
elif roll('2D6') >= 8:
self.base = 'W'
elif roll('2D6') >= 10:
self.base = 'I'
elif roll('2D6') >= 10:
self.base = 'P'
if self.world_starport_class[self.main_world_starport] == 'D':
if roll('2D6') >= 7:
self.base = 'S'
elif roll('2D6') >= 12:
self.base = 'P'
if self.world_starport_class[self.main_world_starport] == 'E':
if roll('2D6') >= 12:
self.base = 'P'
# Population Multiplier?
if roll('1D6') > 3:
self.population_multiplier = roll('1D6-1')
while self.population_multiplier == 5:
self.population_multiplier = roll('1D6-1')
else:
self.population_multiplier = roll('1D6+4')
while self.population_multiplier == 10:
self.population_multiplier = roll('1D6+4')
if self.population_multiplier < 1:
self.population_multiplier = 1
self.population_multiplier = self.population_multipliers[self.population_multiplier]
# Planetoid Belts?
self.planetoid_belts = '0'
if roll('2D6') >= 8:
self.planetoid_belts = self.planetoid_belt_quantity[roll('2D')]
# Gas Giants?
self.gas_giants = '0'
if roll('2D6') >= 5:
self.gas_giants = self.gas_giant_quantity[roll('2D')]
# Worlds?
self.worlds = str(1 + int(self.planetoid_belts) + int(self.gas_giants) + roll('2D'))
# Allegiance?
if self.random_allegiance is True:
self.allegiance = 'Im'
temp = roll('D100')
if temp > 50:
self.allegiance = 'Cs'
if temp > 80:
self.allegiance = 'Na'
if temp > 90:
self.allegiance = 'Va'
if temp > 94:
self.allegiance = 'So'
if temp > 97:
self.allegiance = 'As'
if temp == 100:
self.allegiance = 'Zh'
# System Nature
self.stellar_data = ''
star_count = self.sn[roll('2D6')]
if self.main_world_atmosphere >= 4 and self.main_world_atmosphere <= 9 \
or self.main_world_population >= 8:
star_DM = 4
else:
star_DM = 0
star_rolled = roll('2D6') + star_DM
if star_rolled > 12:
star_rolled = 12
previous_star_rolled = star_rolled
self.stellar_data += self.primary_star_type[star_rolled]
if roll('1D6') > 3:
classification = roll('1D6-1')
while classification == 5:
classification = roll('1D6-1')
else:
classification = roll('1D6+4')
while classification == 10:
classification = roll('1D6+4')
self.stellar_data += str(classification)
star_rolled = roll('2D6') + star_DM
if star_rolled > 12:
star_rolled = 12
star_size_rolled = self.star_size[star_rolled]
if (self.stellar_data == 'K5' or self.stellar_data == 'M9') \
and star_size_rolled == 'IV ':
star_size_rolled = 'V '
if (self.stellar_data == 'B0' or self.stellar_data == 'F4') \
and star_size_rolled == 'IV ':
star_size_rolled = 'V '
self.stellar_data += ' ' + star_size_rolled
previous_star_size_rolled = star_rolled
star_count += -1
if star_count > 1:
star_rolled = roll('2D6') + previous_star_rolled
if star_rolled > 12:
star_rolled = 12
companion_data = self.companion_star_type[star_rolled]
if roll('1D6') > 3:
classification = roll('1D6-1')
while classification == 5:
classification = roll('1D6-1')
else:
classification = roll('1D6+4')
while classification == 10:
classification = roll('1D6+4')
companion_data += str(classification)
star_rolled = roll('2D6') + previous_star_size_rolled
if star_rolled > 12:
star_rolled = 12
star_size_rolled = self.star_size[star_rolled]
if (companion_data == 'K5' or companion_data == 'M9') \
and star_size_rolled == 'IV ':
star_size_rolled = 'V '
if (companion_data == 'B0' or companion_data == 'F4') \
and star_size_rolled == 'IV ':
star_size_rolled = 'V '
self.stellar_data += ' ' + companion_data + ' ' + star_size_rolled
# Maybe World has no name? Just a UWP.
if roll('D100') > 95:
self.main_world_name = self.world_starport_class[self.main_world_starport] + \
self.hex_code[self.main_world_size] + \
self.hex_code[self.main_world_atmosphere] + \
self.hex_code[self.main_world_hydrographics] + \
self.hex_code[self.main_world_population] + \
self.hex_code[self.main_world_government] + \
self.hex_code[self.main_world_law_level] + '-' + \
self.hex_code[self.main_world_tech_level]
self.main_world_trade_codes = ''
self.main_world_trade_classes = ''
#self.trade_index = 0
if self.trade_index > 0:
for i in range(self.trade_index):
self.main_world_trade_codes += ' ' + self.main_world_trade_code[i]
self.main_world_trade_classes += self.main_world_trade_class[i] + ', '
else:
self.main_world_trade_codes = ' Unknown Codes'
self.main_world_trade_classes = 'Unknown Codes, '
# Print Main World
print(self.main_world_name + ' (%s %s%s%s%s%s%s%s-%s %s%s)' % (self.main_world_location, \
self.world_starport_class[self.main_world_starport], \
self.hex_code[self.main_world_size], self.hex_code[self.main_world_atmosphere], \
self.hex_code[self.main_world_hydrographics], self.hex_code[self.main_world_population], \
self.hex_code[self.main_world_government], self.hex_code[self.main_world_law_level], \
self.hex_code[self.main_world_tech_level], self.main_world_trade_codes, self.main_world_travel_code))
self.worlds_rolled += 1
csv_writer.writerow([self.main_world_location,
self.main_world_name,
self.world_starport_class[self.main_world_starport],
self.hex_code[self.main_world_size],
self.hex_code[self.main_world_atmosphere],
self.hex_code[self.main_world_hydrographics],
self.hex_code[self.main_world_population],
self.hex_code[self.main_world_government],
self.hex_code[self.main_world_law_level],
self.hex_code[self.main_world_tech_level],
self.main_world_trade_codes[1:],