class EditSession:
def __init__(self,file):
self.file = file
self.code = ''
self.module = 'ARCEDIT'
self.covers = []
self.backcovers = []
self.currentcov = None
self.startup()
def writecode(self,code):
self.code = self.code + code
f = open(self.file,'a')
f.write(code)
f.close()
def startup(self):
code = '''
/*
/* Check that the user is starting the module from
/* the correct place
/*
&if not [show program] = ARC &then
&do
&ty MODULE ERROR:
&ty Cannot start %s from [show program]
&return &error
&end
&else
&do
%s
&end
/* ==================================================
''' % (self.module,self.module)
self.writecode(code)
def edit(self,name,feature='' ):
self.currentcov = Cover(name,self.file)
if feature == '':
code = '''
edit %s
''' % self.currentcov.name
else:
if feat == 'poly':
feat = 'polygon'
self.currentcov.checktopology(feat)
code = '''
edit %s %s
''' % (self.currentcov.name,feat)
self.writecode(code)
if self.currentcov.name not in self.covers:
self.covers.append(self.currentcov.name)
return self.currentcov
def run(self):
"""实现主要逻辑"""
while True:
# 显示封面
Cover().run()
while self.starting:
# 设置游戏最大帧率为60
pygame.time.Clock().tick(60)
# 绘制背景
self.background_draw()
# 绘制玩家飞机
self.player_draw()
# 绘制玩家击毁动画
self.player_destory()
# 判断游戏是否结束
if self.gameover() == True: break
# 生成敌机
self.create_enemies()
# 移动敌机
self.enemies_move()
# 绘制敌机
self.enemies1.draw(self.screen)
# 绘制敌机击毁动画
self.enemies_destory()
# 显示子弹
self.bullets_draw()
# bomb掉下来
self.bomb_down()
# 获得bomb
self.get_bomb()
self.get_bullet()
# 监听键盘事件
key_pressed = pygame.key.get_pressed()
if not self.player.is_hit:
if key_pressed[K_UP]:
self.player.moveUp()
if key_pressed[K_DOWN]:
self.player.moveDown()
if key_pressed[K_LEFT]:
self.player.moveLeft()
if key_pressed[K_RIGHT]:
self.player.moveRight()
self.pause_resume() # 暂停功能
pygame.display.update()
# 是否重新游戏
while not self.starting:
if True == self.restart():
break
def __init__(self,name,filename):
Cover.__init__(self,name,filename)
# A features table showing feature classes and
# related feat_codes
self.features = {'point': ['aircrft_flty']}
self.items = {'point': ['area',
'perimeter',
'%s#' % self.name,
'%s-id' % self.name,
'feat_code',
'name',
'facility',
'q_info',
'ufi',
'symbol',
'feat_wid',
'orientation',
'old_ufi']
}
def checktopology(self,feat):
# Check that DOES have point topology
Cover.checktopology(self,'point')
# Check that it DOESNT have other topology or features.
feats = string.join(self.features.keys())
allfeats = ['point','arc','polygon']
for f in allfeats:
if f not in self.features.keys():
Cover.checkextratopology(self,f,feats)
Cover.checkextrafeatures(self,f,feats)
def edit(self,name,feature='' ):
self.currentcov = Cover(name,self.file)
if feature == '':
code = '''
edit %s
''' % self.currentcov.name
else:
if feat == 'poly':
feat = 'polygon'
self.currentcov.checktopology(feat)
code = '''
edit %s %s
''' % (self.currentcov.name,feat)
self.writecode(code)
if self.currentcov.name not in self.covers:
self.covers.append(self.currentcov.name)
return self.currentcov
def gen_table(self, mapName):
table = [[tile_content(self) for i in range(Dimesions.TABLE_WIDTH)]
for j in range(Dimesions.TABLE_HEIGHT)]
img = Image.open(mapName)
pixels = img.load()
for j in range(img.size[1]):
for i in range(img.size[0]):
p = pixels[i, j]
content = "\u00B7"
if isinstance(p, tuple):
if p[0] == p[1] and p[1] == p[2] and p[0] == p[2]:
if p[0] <= 128:
content = Cover(self, int((256 - p[0]) / 32))
if p[0] >= 255:
content = tile_content(self)
else:
if p[0] == 0 and p[1] == 0 and p[2] == 255:
content = Station(self, location(i, j), None)
self.stations.append(content)
table[i][j] = content
return table
from Cover import Cover
from List import List
vcover = Cover('I5308VM','same.aml')
fcover = Cover('COAST','same.aml')
l1 = vcover.getitems('arc')
l2 = fcover.getitems('arc')
l3 = l1[7:0]
l4 = l2[7:0]
code = '''
&ty %s
&ty %s
''' % (l3.isequal(l4),l3[2])
vcover.writecode(code)
def __init__(self, cover, file):
Cover.__init__(self, cover.name, file)
self = cover.reselect("point", "feat_code = 'building'")
