def fromXml(self, v): for ch in v.childNodes: if ch.nodeType != Node.ELEMENT_NODE: continue e = Element().fromXml(ch) if e.name == 'ref': self.ref = e.value elif e.name == 'default': self.default = e.value elif e.name == 'enum': self.enum = Enum().fromXml(ch) elif e.name == 'range': self.range = e.attrs elif e.name == 'len': self.len = e.attrs return self
class ValueDef(object):
def __init__(self):
self.ref = None
self.default = None
self.enum = None
self.range = None
self.len = None
def __str__(self):
return self.toXml().toxml()
def fromXml(self, v):
for ch in v.childNodes:
if ch.nodeType != Node.ELEMENT_NODE:
continue
e = Element().fromXml(ch)
if e.name == 'ref':
self.ref = e.value
elif e.name == 'default':
self.default = e.value
elif e.name == 'enum':
self.enum = Enum().fromXml(ch)
elif e.name == 'range':
self.range = e.attrs
elif e.name == 'len':
self.len = e.attrs
return self
def toXml(self):
parent = Element('valuedef').toXml()
ch = Element('ref', self.ref).toXml()
parent.appendChild(ch)
ch = Element('default', self.default).toXml()
parent.appendChild(ch)
ch = self.enum.toXml()
parent.appendChild(ch)
ch = Element(name = 'range', attrs = self.range).toXml()
parent.appendChild(ch)
ch = Element(name = 'len', attrs = self.range).toXml()
parent.appendChild(ch)
return parent
from Enum import Enum Jobs = Enum(['Doctor', 'Engineer', 'Researcher', 'Artist', 'Laborer'])
'keyYellow': 'assets/graphics/tiles/keyYellow.png'
}
lock_sources = {
'lockBlue': 'assets/graphics/tiles/lockBlue.png',
'lockGreen': 'assets/graphics/tiles/lockGreen.png',
'lockOrange': 'assets/graphics/tiles/lockOrange.png',
'lockYellow': 'assets/graphics/tiles/lockYellow.png'
}
flyables = 'fly'
map_sizes = ((6, 7), (7, 8), (7, 8), (8, 9))
PlayerStates = Enum([
'SIT_LEFT', 'SIT_RIGHT', 'SIT_LEFT_SELECTED', 'SIT_RIGHT_SELECTED',
'JUMP_LEFT', 'JUMP_RIGHT', 'WALK_LEFT', 'WALK_RIGHT', 'DEAD'
])
ActorStated = Enum([
'SIT_LEFT', 'SIT_RIGHT', 'JUMP_LEFT', 'JUMP_RIGHT', 'WALK_LEFT',
'WALK_RIGHT', 'DEAD'
])
player_sprites = {
'SIT_LEFT': 'assets/graphics/player/playerStandLeft.png',
'SIT_RIGHT': 'assets/graphics/player/playerStandRight.png',
'SIT_LEFT_SELECTED': 'assets/graphics/player/playerStandLeftSelected.png',
'SIT_RIGHT_SELECTED':
'assets/graphics/player/playerStandRightSelected.png',
'JUMP_LEFT': 'assets/graphics/player/playerJumpLeft.png',
'JUMP_RIGHT': 'assets/graphics/player/playerJumpRight.png',
genesis = Initial.test_ship()
for mate in genesis.crew:
mate.job = "Laborer"
while not (lose(genesis) or win(genesis)):
# while True:
decision_loop(genesis)
def inspect_crew(s):
answer = UI.pick_list_crew(s.crew)
if answer == -1:
return
UI.full_info(s.crew[answer])
Research = Enum(['Health', 'Safety', 'Art', 'Research', 'Engine'])
def choose_research(s):
answer = UI.list_options(Research)
s.priority = answer
def assign_job(s):
mate = UI.pick_list_crew(s.crew)
if mate == -1:
return
colorful_jobs = map(UI.color_code, Jobs)
for quest in quest_list:
colorful_jobs.append(quest.description + " " + str(quest.quest_id))
job = UI.list_options(colorful_jobs, UI.inline_print(s.crew[mate]))
import csv
import random
from Gene import Gene
from Enum import Enum
Sex = Enum(['Male', 'Female'])
class Crewmate(object):
id_counter = 0
def __init__(self):
self.crew_id = Crewmate.id_counter
Crewmate.id_counter += 1
# Setting default values
self.alive = True
self.adult = False
self.name = "Unnamed"
self.set_parents()
self.sex = None
self.sterile = False
self.job = "None"
# self.training = False
self.empathy = 0
self.intelligence = 0
self.creativity = 0
self.age = 0
self.genome = [] #pairs of genes
self.traits = []
self.breeding = False
from Enum import Enum
import sys
python2 = sys.version.startswith('2.')
python3 = sys.version.startswith('3.')
if python3:
print('DEBUG: python3 = True')
long = int
print('DEBUG: type(long) = %s' % repr(type(long)))
if __name__ == '__main__':
print('type(Enum) = %s' % repr(type((Enum))))
a = Enum(',,,,ee = 100,ff,ggg')
membs = ''
for memb in a.Members():
if membs: membs += ','
membs += memb + '=' + str(a[memb])
print('a.Members() =', membs)
print('a.Min() =', a.Min())
print('a.Max() =', a.Max())
print('a.Count() =', a.Count())
print('')
a.ggg = 'Hi there!'
print('a.ggg =', repr(a.ggg))
print('a.__members__ =', a.__members__)
print('str(a) =', str(a))
print('repr(a) =', repr(a))
