# -*- coding: utf-8 -*-
#===============================================================================
# Copyright (C) 2000-2008, 小泉ひよ子とタマゴ倶楽部
#
# Change History: Games
# 1988/05, Smalltalk
# 2004/09, Java
# 2005/02, C#
# 2005/03, Jython
# Change History: WPF examples
# 2008/01/25, IronPython 1.1.1 (download)
# 2008/08/22, IronPython 1.1.2 (download)
# 2008/03/16, ver.2.0, WPF
# 2008/00/00, ver.2.1, IronPython 1.1.2
#===============================================================================
from hexOthello import HexStone
## --------------------
class Colony: # 生命体: life-form
def __init__(self):
self.lives =
def addCell(self, cell):
life = Unicellular(cell)
for e in self.lives:
e.adjoin(life)
self.lives.append(life)
def detectLife(self, name):
life = None
for e in self.lives:
if e.cell.name == name:
life = e; break
return life
## --------------------
class Organism:
def merge(self, s1, i1, s2, i2):
p = (i1+4)%len(s2)
q = 6-i2; d = 5-q
return s1[:i1+1] + self.circulate(s2, p, q) + s1[i1+d:]
def circulate(self, s, p, q):
size = len(s)
start = p+1; stop = p+q+1
if size < stop:
s = s[start:] + s[:stop-size]
else:
s = s[start:stop]
return s
## --------------------
class Unicellular(Organism): # 単細胞生物: unicellular organism
def __init__(self, cell):
self.cell = cell
self.surroundings =
def __repr__(self):
return str(self.cell)
def adjoin(self, cell):
self.surroundings.append(cell)
cell.surroundings.append(self)
def combine(self):
target = self.surroundings[0]
indexes = self.intersection(target)
print "target::", target.name(), indexes
points = self.merge(
target.points(),
indexes[0],
self.points(),
len(indexes),
)
return Multicellular([self, target], points)
def intersection(self, target):
return [i for i, e in enumerate(target.points()) if e in self.points()]
def points(self):
return self.cell.points()
def name(self):
return self.cell.name
## --------------------
class Multicellular(Organism): # 多細胞生物: multicellular organism
def __init__(self, lives, points):
self.lives = lives
self.points = points
def __repr__(self):
s = []
for e in self.points:
s.append("(%d,%d) "%(e.X, e.Y))
return "%s %s"%(self.lives, "".join(s))
## --------------------
