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comparison orpg/mapper/fog.py @ 228:24769389a7ba alpha

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Traipse Alpha 'OpenRPG' {100612-01} Traipse is a distribution of OpenRPG that is designed to be easy to setup and go. Traipse also makes it easy for developers to work on code without fear of sacrifice. 'Ornery-Orc' continues the trend of 'Grumpy' and adds fixes to the code. 'Ornery-Orc's main goal is to offer more advanced features and enhance the productivity of the user. Update Summary (Preparing to close updates) New Features: New to Map, can re-order Grid, Miniatures, and Whiteboard layer draw order Fixes: Fix to InterParse that was causing an Infernal Loop with Namespace Internal Fix to XML data, removed old Minidom and switched to Element Tree Fix to Server that was causing eternal attempt to find a Server ID, in Register Rooms thread Fix to metaservers.xml file not being created
author sirebral
date Sat, 12 Jun 2010 04:38:29 -0500
parents 06f10429eedc
children
comparison
equal deleted inserted replaced
225:2c6db2043764 228:24769389a7ba
25 25
26 import sys 26 import sys
27 from base import * 27 from base import *
28 from random import Random 28 from random import Random
29 from region import * 29 from region import *
30 from orpg.minidom import Element 30 from xml.etree.ElementTree import Element, tostring
31 import traceback 31 import traceback
32 COURSE = 10 32 COURSE = 10
33 33
34 class FogArea: 34 class FogArea:
35 def __init__(self, outline, log): 35 def __init__(self, outline, log):
45 return result 45 return result
46 46
47 for pairs in string.split( points, ';' ): 47 for pairs in string.split( points, ';' ):
48 pair = string.split( pairs, ',' ) 48 pair = string.split( pairs, ',' )
49 p = Element( "point" ) 49 p = Element( "point" )
50 p.setAttribute( "x", pair[0] ) 50 p.set( "x", pair[0] )
51 p.setAttribute( "y", pair[1] ) 51 p.set( "y", pair[1] )
52 result.append( p ) 52 result.append( p )
53 return result 53 return result
54 54
55 def toxml(self, action="update"): 55 def toxml(self, action="update"):
56 xml_str = "" 56 xml_str = ""
57 localOutline = self.outline 57 localOutline = self.outline
58 if localOutline != None and localOutline != "all" and localOutline != "none": 58 if localOutline != None and localOutline != "all" and localOutline != "none":
59 localOutline = "points" 59 localOutline = "points"
60 elem = Element( "poly" ) 60 elem = Element( "poly" )
61 if action == "del": 61 if action == "del":
62 elem.setAttribute( "action", action ) 62 elem.set( "action", action )
63 elem.setAttribute( "outline", localOutline ) 63 elem.set( "outline", localOutline )
64 if localOutline == 'points': 64 if localOutline == 'points':
65 list = self.points_to_elements( self.outline ) 65 foglist = self.points_to_elements( self.outline )
66 for p in list: elem.appendChild( p ) 66 for p in foglist: elem.append( p )
67 str = elem.toxml() 67 return tostring(elem)
68 elem.unlink() 68 elem.set( "action", action )
69 return str
70 elem.setAttribute( "action", action )
71 if localOutline != None: 69 if localOutline != None:
72 elem.setAttribute( "outline", localOutline ) 70 elem.set( "outline", localOutline )
73 if localOutline == 'points': 71 if localOutline == 'points':
74 list = self.points_to_elements( self.outline ) 72 foglist = self.points_to_elements( self.outline )
75 for p in list: elem.appendChild( p ) 73 for p in foglist: elem.append( p )
76 xml_str = elem.toxml() 74 #xml_str = elem.toxml()
77 elem.unlink() 75 return tostring(elem)
78 return xml_str
79 76
80 class fog_layer(layer_base): 77 class fog_layer(layer_base):
81 def __init__(self, canvas): 78 def __init__(self, canvas):
82 self.canvas = canvas 79 self.canvas = canvas
83 self.log = component.get('log') 80 self.log = component.get('log')
221 def layerTakeDOM(self, xml_dom): 218 def layerTakeDOM(self, xml_dom):
222 try: 219 try:
223 if not self.use_fog: 220 if not self.use_fog:
224 self.use_fog = True 221 self.use_fog = True
225 self.recompute_fog() 222 self.recompute_fog()
226 if xml_dom.hasAttribute('serial'): self.serial_number = int(xml_dom.getAttribute('serial')) 223 serial = xml_dom.get('serial')
227 children = xml_dom._get_childNodes() 224 if serial != None: self.serial_number = int(serial)
225 children = xml_dom.getchildren()
228 for l in children: 226 for l in children:
229 action = l.getAttribute("action") 227 action = l.get("action")
230 outline = l.getAttribute("outline") 228 outline = l.get("outline")
231 if (outline == "all"): 229 if (outline == "all"):
232 polyline = [IPoint().make(0,0), IPoint().make(self.width-1, 0), 230 polyline = [IPoint().make(0,0), IPoint().make(self.width-1, 0),
233 IPoint().make(self.width-1, self.height-1), 231 IPoint().make(self.width-1, self.height-1),
234 IPoint().make(0, self.height-1)] 232 IPoint().make(0, self.height-1)]
235 elif (outline == "none"): 233 elif (outline == "none"):
238 self.fog_bmp = None 236 self.fog_bmp = None
239 else: 237 else:
240 polyline = [] 238 polyline = []
241 lastx = None 239 lastx = None
242 lasty = None 240 lasty = None
243 list = l._get_childNodes() 241 list = l.getchildren()
244 for point in list: 242 for point in list:
245 x = point.getAttribute( "x" ) 243 x = point.get( "x" )
246 y = point.getAttribute( "y" ) 244 y = point.get( "y" )
247 if (x != lastx or y != lasty): 245 if (x != lastx or y != lasty):
248 polyline.append(IPoint().make(int(x), int(y))) 246 polyline.append(IPoint().make(int(x), int(y)))
249 lastx = x 247 lastx = x
250 lasty = y 248 lasty = y
251 if (len(polyline) > 1): self.createregn2(polyline, action, "No") 249 if (len(polyline) > 1): self.createregn2(polyline, action, "No")