def get_modules(beta=False):
game = 'HoI4_beta' if beta else 'HoI4'
technologies = pyradox.parse_merge('common/technologies',
game=game,
merge_levels=1)['technologies']
modules = pyradox.parse_merge('common/units/equipment/modules',
game=game,
merge_levels=1)['equipment_modules']
for key, technology in technologies.items():
if not isinstance(technology, pyradox.Tree): continue
start_year = technology['start_year']
for module_key in technology.find_all('enable_equipment_modules'):
if module_key in modules:
# print(module_key, start_year)
if start_year is None:
start_year = module_year_fallback[module_key]
modules[module_key]['start_year'] = start_year
for module_key, module in modules.items():
if module['start_year'] is None:
print('No tech found for ' + module_key +
'; setting default year of ' + str(default_year))
module['start_year'] = default_year
return modules
def get_hulls(beta = False):
game = 'HoI4_beta' if beta else 'HoI4'
equipments = pyradox.parse_merge('common/units/equipment', game = game, filter_pattern = "ship_hull", merge_levels = 1)['equipments']
archetypes = pyradox.Tree()
# Compute archetypes.
for key, hull in equipments.items():
if hull['is_archetype']:
hull = copy.deepcopy(hull)
hull['module_slots'].resolve_references()
archetypes[key] = hull
hulls = pyradox.Tree()
# Compute final hulls.
for key, hull in equipments.items():
if hull['is_buildable'] is False: continue
hull = copy.deepcopy(hull)
archetype = archetypes[hull['archetype']]
hull.inherit(archetype)
hull.weak_update(archetype)
if 'parent' in hull:
parent = hulls[hull['parent']]
hull.inherit(parent)
hull['module_slots'].resolve_references()
hull['is_archetype'] = False
hull['is_buildable'] = True
hulls[key] = hull
return archetypes, hulls
def get_modules(beta = False):
game = 'HoI4_beta' if beta else 'HoI4'
technologies = pyradox.parse_merge('common/technologies', game = game, merge_levels = 1)['technologies']
modules = pyradox.parse_merge('common/units/equipment/modules', game = game, merge_levels = 1)['equipment_modules']
for key, technology in technologies.items():
if not isinstance(technology, pyradox.Tree): continue
start_year = technology['start_year']
for module_key in technology.find_all('enable_equipment_modules'):
if module_key in modules:
# print(module_key, start_year)
if start_year is None:
start_year = module_year_fallback[module_key]
modules[module_key]['start_year'] = start_year
for module_key, module in modules.items():
if module['start_year'] is None:
print('No tech found for ' + module_key + '; setting default year of ' + str(default_year))
module['start_year'] = default_year
return modules
import _initpath
import pyradox
import os
import copy
import math
import stellaris.weapon
txt_data = pyradox.parse_merge(['common', 'component_templates'],
game='Stellaris',
apply_defines=True)
default_values = pyradox.Tree()
default_values['hull_damage'] = 1.0
default_values['armor_damage'] = 1.0
default_values['shield_damage'] = 1.0
default_values['armor_penetration'] = 0.0
default_values['shield_penetration'] = 0.0
default_values['tracking'] = 0.0
default_values['prerequisites'] = 'Ship part strike craft scout 1'
result_data = pyradox.Tree()
for strike_craft in txt_data.find_all('strike_craft_component_template'):
if strike_craft['hidden']: continue
key = strike_craft['key']
strike_craft.weak_update(default_values)
strike_craft['size'] = 'hangar'
result_data[key] = strike_craft
column_specs = [
('Weapon/Role', stellaris.weapon.icon_and_name_and_role),
import _initpath
import pyradox
import os
import copy
import math
import stellaris.weapon
csv_data = pyradox.csv.parse_file(
['common', 'component_templates', 'weapon_components.csv'],
game='Stellaris')
txt_data = pyradox.parse_merge(['common', 'component_templates'],
game='Stellaris')
total_data = pyradox.Tree()
for weapon in txt_data.find_all('weapon_component_template'):
if weapon['hidden']: continue
key = weapon['key']
total_data[key] = weapon + csv_data[key]
column_specs = [
('Weapon/Role', stellaris.weapon.icon_and_name_and_role),
('Size', stellaris.weapon.slot_string),
('{{icon|minerals}}<br/>Cost', '%(cost)d'),
('{{icon|power}}<br/>Power', lambda k, v: str(abs(v['power']))),
('{{icon|damage}}<br/>Average<br/>damage',
lambda k, v: '%0.1f' % stellaris.weapon.average_damage(v)),
('{{icon|time}}<br/>Cooldown', '%(cooldown)d'),
('{{icon|weapons range}}<br/>Range', '%(range)d'),
def get_technologies(beta = False):
game = 'HoI4_beta' if beta else 'HoI4'
return pyradox.parse_merge('common/technologies', game = game, merge_levels = 1)['technologies']
def get_states(beta = False):
game = 'HoI4_beta' if beta else 'HoI4'
result = pyradox.parse_merge(['history', 'states'], game = 'HoI4')
result.replaced_key_with_subkey('state', 'id')
return result
def get_units(beta = False):
game = 'HoI4_beta' if beta else 'HoI4'
return pyradox.parse_merge('common/units', game = game, merge_levels = 1)['sub_units']
def get_technologies(beta = False):
game = 'HoI4_beta' if beta else 'HoI4'
return pyradox.parse_merge('common/technologies', game = game, merge_levels = 1)['technologies']
def get_states(beta = False):
game = 'HoI4_beta' if beta else 'HoI4'
result = pyradox.parse_merge(['history', 'states'], game = 'HoI4')
result.replaced_key_with_subkey('state', 'id')
return result
def get_units(beta = False):
game = 'HoI4_beta' if beta else 'HoI4'
return pyradox.parse_merge('common/units', game = game, merge_levels = 1)['sub_units']
import _initpath
import pyradox
import os
import copy
import math
import stellaris.weapon
txt_data = pyradox.parse_merge(['common',
'component_templates'], game = 'Stellaris', apply_defines = True)
default_values = pyradox.Tree()
default_values['hull_damage'] = 1.0
default_values['armor_damage'] = 1.0
default_values['shield_damage'] = 1.0
default_values['armor_penetration'] = 0.0
default_values['shield_penetration'] = 0.0
default_values['tracking'] = 0.0
default_values['prerequisites'] = 'Ship part strike craft scout 1'
result_data = pyradox.Tree()
for strike_craft in txt_data.find_all('strike_craft_component_template'):
if strike_craft['hidden']: continue
key = strike_craft['key']
strike_craft.weak_update(default_values)
strike_craft['size'] = 'hangar'
result_data[key] = strike_craft
column_specs = [
('Weapon/Role', stellaris.weapon.icon_and_name_and_role),
('Size', stellaris.weapon.slot_string),
import _initpath
import pyradox
import os
import copy
import math
import stellaris.weapon
csv_data = pyradox.csv.parse_file(['common',
'component_templates',
'weapon_components.csv'],
game = 'Stellaris')
txt_data = pyradox.parse_merge(['common',
'component_templates'], game = 'Stellaris')
total_data = pyradox.Tree()
for weapon in txt_data.find_all('weapon_component_template'):
if weapon['hidden']: continue
key = weapon['key']
total_data[key] = weapon + csv_data[key]
column_specs = [
('Weapon/Role', stellaris.weapon.icon_and_name_and_role),
('Size', stellaris.weapon.slot_string),
('{{icon|minerals}}<br/>Cost', '%(cost)d'),
('{{icon|power}}<br/>Power', lambda k, v: str(abs(v['power']))),
('{{icon|damage}}<br/>Average<br/>damage', lambda k, v: '%0.1f' % stellaris.weapon.average_damage(v)),
('{{icon|time}}<br/>Cooldown', '%(cooldown)d'),
('{{icon|weapons range}}<br/>Range', '%(range)d'),
