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comparison pyink/MBScene.py @ 955:53b0f8dc2284

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Add tailing 'pass' commands to close indents
author Thinker K.F. Li <thinker@codemud.net>
date Wed, 17 Nov 2010 13:30:32 +0800
parents 82321f404b5f
children 167e359c9d5b
comparison
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954:75bc6d9f4e0a 955:53b0f8dc2284
1 #!/usr/bin/python 1 #!/usr/bin/python
2 # -*- indent-tabs-mode: t; tab-width: 8; python-indent: 4; -*-
3 # vim: sw=4:ts=8:sts=4
2 import pygtk 4 import pygtk
3 import gtk 5 import gtk
4 from copy import deepcopy 6 from copy import deepcopy
5 from lxml import etree 7 from lxml import etree
6 import random 8 import random
9 # Please refer to http://www.assembla.com/wiki/show/MadButterfly/Inkscape_extention for the designed document. 11 # Please refer to http://www.assembla.com/wiki/show/MadButterfly/Inkscape_extention for the designed document.
10 12
11 13
12 # Algorithm: 14 # Algorithm:
13 # 15 #
14 # We will parse the first two level of the SVG DOM. collect a table of layer and scene. 16 # We will parse the first two level of the SVG DOM. collect a table of
15 # 1. Collect the layer table which will be displayed as the first column of the grid. 17 # layer and scene.
16 # 2. Get the maximum scene number. This will decide the size of the grid. 18 # - 1. Collect the layer table which will be displayed as the first
17 # 3. When F6 is pressed, we will check if this scene has been defined. This can be done by scan all second level group and check if the current scene number is within the 19 # column of the grid.
18 # range specified by scene field. The function IsSceneDefined(scene) can be used for this purpose. 20 # - 2. Get the maximum scene number. This will decide the size of the
19 # 4. If this is a new scene, we will append a new group which duplication the content of the last scene in the same group. The scene field will contain the number from the 21 # grid.
20 # last scene number of the last scene to the current scenen number. For example, if the last scene is from 4-7 and the new scene is 10, we will set the scene field as 22 # - 3. When F6 is pressed, we will check if this scene has been
21 # "8-10". 23 # defined. This can be done by scan all second level group and
22 # 5. If this scene are filled screne, we will split the existing scene into two scenes with the same content. 24 # check if the current scene number is within the range specified
25 # by scene field. The function IsSceneDefined(scene) can be used
26 # for this purpose.
27 # - 4. If this is a new scene, we will append a new group which
28 # duplication the content of the last scene in the same
29 # group. The scene field will contain the number from the last
30 # scene number of the last scene to the current scenen
31 # number. For example, if the last scene is from 4-7 and the new
32 # scene is 10, we will set the scene field as "8-10".
33 # - 5. If this scene are filled screne, we will split the existing
34 # scene into two scenes with the same content.
35 #
23 36
24 class Layer: 37 class Layer:
25 def __init__(self,node): 38 def __init__(self,node):
26 self.scene = [] 39 self.scene = []
27 self.node = node 40 self.node = node
28 self.nodes=[] 41 self.nodes=[]
42 pass
43 pass
44
29 class Scene: 45 class Scene:
30 def __init__(self, node, start,end): 46 def __init__(self, node, start,end):
31 self.node = node 47 self.node = node
32 self.start = int(start) 48 self.start = int(start)
33 self.end = int(end) 49 self.end = int(end)
50 pass
51 pass
34 52
35 53
36 class MBScene(): 54 class MBScene():
37 def __init__(self,desktop,win): 55 def __init__(self,desktop,win):
38 self.desktop = desktop 56 self.desktop = desktop
39 self.window = win 57 self.window = win
40 self.layer = [] 58 self.layer = []
41 self.layer.append(Layer(None)) 59 self.layer.append(Layer(None))
42 self.scenemap = None 60 self.scenemap = None
61 pass
43 62
44 def confirm(self,msg): 63 def confirm(self,msg):
45 vbox = gtk.VBox() 64 vbox = gtk.VBox()
46 vbox.pack_start(gtk.Label(msg)) 65 vbox.pack_start(gtk.Label(msg))
47 self.button = gtk.Button('OK') 66 self.button = gtk.Button('OK')
48 vbox.pack_start(self.button) 67 vbox.pack_start(self.button)
49 self.button.connect("clicked", self.onQuit) 68 self.button.connect("clicked", self.onQuit)
50 self.window.add(vbox) 69 self.window.add(vbox)
70 pass
71
51 def dumpattr(self,n): 72 def dumpattr(self,n):
52 s = "" 73 s = ""
53 for a,v in n.attrib.items(): 74 for a,v in n.attrib.items():
54 s = s + ("%s=%s" % (a,v)) 75 s = s + ("%s=%s" % (a,v))
55 return s 76 return s
56 77
57 def dump(self,node,l=0): 78 def dump(self,node,l=0):
58 print " " * l*2,"<", node.tag, self.dumpattr(node),">" 79 print " " * l*2,"<", node.tag, self.dumpattr(node),">"
59 for n in node: 80 for n in node:
60 self.dump(n,l+1) 81 self.dump(n,l+1)
82 pass
61 print " " * l * 2,"/>" 83 print " " * l * 2,"/>"
84 pass
85
62 def parseMetadata(self,node): 86 def parseMetadata(self,node):
63 self.current = 1 87 self.current = 1
64 for n in node.childList(): 88 for n in node.childList():
65 if n.repr.name() == 'ns0:scenes': 89 if n.repr.name() == 'ns0:scenes':
66 self.scenemap={} 90 self.scenemap={}
79 end = s.repr.attribute("end") 103 end = s.repr.attribute("end")
80 if end == None: 104 if end == None:
81 end = start 105 end = start
82 except: 106 except:
83 end = start 107 end = start
108 pass
84 link = s.repr.attribute("ref") 109 link = s.repr.attribute("ref")
85 self.scenemap[link] = [int(start),int(end)] 110 self.scenemap[link] = [int(start),int(end)]
86 print "scene %d to %d" % (self.scenemap[link][0],self.scenemap[link][1]) 111 print "scene %d to %d" % (self.scenemap[link][0],self.scenemap[link][1])
87 if cur >= start and cur <= end: 112 if cur >= start and cur <= end:
88 self.currentscene = link 113 self.currentscene = link
89 114 pass
90 pass 115 pass
91 pass 116 pass
92 pass 117 pass
93 pass 118 pass
94 119 pass
120
95 121
96 def parseScene(self): 122 def parseScene(self):
97 """ 123 """
98 In this function, we will collect all items for the current scene and then relocate them back to the appropriate scene object. 124 In this function, we will collect all items for the current scene and then relocate them back to the appropriate scene object.
99 """ 125 """
102 doc = self.desktop.doc().root() 128 doc = self.desktop.doc().root()
103 129
104 for node in doc.childList(): 130 for node in doc.childList():
105 if node.repr.name() == 'svg:metadata': 131 if node.repr.name() == 'svg:metadata':
106 self.parseMetadata(node) 132 self.parseMetadata(node)
133 pass
107 elif node.repr.name() == 'svg:g': 134 elif node.repr.name() == 'svg:g':
108 oldscene = None 135 oldscene = None
109 #print layer.attrib.get("id") 136 #print layer.attrib.get("id")
110 lyobj = Layer(node) 137 lyobj = Layer(node)
111 self.layer.append(lyobj) 138 self.layer.append(lyobj)
117 if scmap == None: 144 if scmap == None:
118 lyobj.current_scene.append(scene) 145 lyobj.current_scene.append(scene)
119 continue 146 continue
120 if self.current <= scmap[1] and self.current >= scmap[0]: 147 if self.current <= scmap[1] and self.current >= scmap[0]:
121 oldscene = scene 148 oldscene = scene
149 pass
122 except: 150 except:
123 lyobj.current_scene.append(scene) 151 lyobj.current_scene.append(scene)
124 continue 152 continue
125 153
126 lyobj.scene.append(Scene(scene,scmap[0],scmap[1])) 154 lyobj.scene.append(Scene(scene,scmap[0],scmap[1]))
155 pass
127 else: 156 else:
128 lyobj.current_scene.append(scene) 157 lyobj.current_scene.append(scene)
129 pass 158 pass
159 pass
130 160
131 if oldscene != None: 161 if oldscene != None:
132 # Put the objects back to the current scene 162 # Put the objects back to the current scene
133 #for o in lyobj.current_scene: 163 #for o in lyobj.current_scene:
134 #print o.tag 164 #print o.tag
135 #oldscene.append(o) 165 #oldscene.append(o)
136 pass 166 pass
137 pass 167 pass
138 pass 168 pass
139 169
140 self.collectID() 170 self.collectID()
141 self.dumpID() 171 self.dumpID()
172 pass
173
142 def collectID(self): 174 def collectID(self):
143 self.ID = {} 175 self.ID = {}
144 root = self.desktop.doc().root() 176 root = self.desktop.doc().root()
145 for n in root.childList(): 177 for n in root.childList():
146 self.collectID_recursive(n) 178 self.collectID_recursive(n)
179 pass
180 pass
181
147 def collectID_recursive(self,node): 182 def collectID_recursive(self,node):
148 self.ID[node.getId()] = 1 183 self.ID[node.getId()] = 1
149 for n in node.childList(): 184 for n in node.childList():
150 self.collectID_recursive(n) 185 self.collectID_recursive(n)
186 pass
187 pass
188
151 def newID(self): 189 def newID(self):
152 while True: 190 while True:
153 n = 's%d' % int(random.random()*10000) 191 n = 's%d' % int(random.random()*10000)
154 #print "try %s" % n 192 #print "try %s" % n
155 if self.ID.has_key(n) == False: 193 if self.ID.has_key(n) == False:
156 return n 194 return n
195 pass
196 pass
197
157 def dumpID(self): 198 def dumpID(self):
158 for a,v in self.ID.items(): 199 for a,v in self.ID.items():
159 print a 200 print a
160 201 pass
202 pass
161 203
162 def getLayer(self, layer): 204 def getLayer(self, layer):
163 for l in self.layer: 205 for l in self.layer:
164 if l.node.getId() == layer: 206 if l.node.getId() == layer:
165 return l 207 return l
208 pass
166 return None 209 return None
167 210
168 211
169 def insertKeyScene(self): 212 def insertKeyScene(self):
170 """ 213 """
191 btn.layer = layer 234 btn.layer = layer
192 btn.nLayer = y 235 btn.nLayer = y
193 self.grid.remove(self.last_cell) 236 self.grid.remove(self.last_cell)
194 self.grid.attach(btn, x,x+1,y,y+1,0,0,0,0) 237 self.grid.attach(btn, x,x+1,y,y+1,0,0,0,0)
195 return 238 return
239 pass
240
196 if len(layer.scene) > 0: 241 if len(layer.scene) > 0:
197 last = nth 242 last = nth
198 lastscene = None 243 lastscene = None
199 for s in layer.scene: 244 for s in layer.scene:
200 if s.end < nth and last < s.end: 245 if s.end < nth and last < s.end:
201 last = s.end 246 last = s.end
202 lastscene = s 247 lastscene = s
248 pass
249 pass
250
203 for x in range(last+1, nth): 251 for x in range(last+1, nth):
204 btn = self.newCell('fill.png') 252 btn = self.newCell('fill.png')
205 btn.nScene = x 253 btn.nScene = x
206 btn.layer = layer.node.getId() 254 btn.layer = layer.node.getId()
207 btn.nLayer = y 255 btn.nLayer = y
208 self.grid.attach(btn, x, x+1, y , y+1,0,0,0,0) 256 self.grid.attach(btn, x, x+1, y , y+1,0,0,0,0)
257 pass
258
209 if lastscene == None: 259 if lastscene == None:
210 node = etree.Element('{http://madbutterfly.sourceforge.net/DTD/madbutterfly.dtd}scene') 260 node = etree.Element('{http://madbutterfly.sourceforge.net/DTD/madbutterfly.dtd}scene')
211 node.setId(self.newID()) 261 node.setId(self.newID())
212 newscene = Scene(node,nth,nth) 262 newscene = Scene(node,nth,nth)
213 else: 263 else:
214 lastscene.end = nth-1 264 lastscene.end = nth-1
215 newscene = Scene(DuplicateNode(lastscene.node),nth,nth) 265 newscene = Scene(DuplicateNode(lastscene.node),nth,nth)
216 newscene.node.setId(self.newID()) 266 newscene.node.setId(self.newID())
267 pass
268
217 layer.scene.append(newscene) 269 layer.scene.append(newscene)
218 btn = self.newCell('start.png') 270 btn = self.newCell('start.png')
219 x = self.last_cell.nScene 271 x = self.last_cell.nScene
220 y = self.last_cell.nLayer 272 y = self.last_cell.nLayer
221 btn.nScene = nth 273 btn.nScene = nth
231 btn = self.newCell('start.png') 283 btn = self.newCell('start.png')
232 btn.nScene = nth 284 btn.nScene = nth
233 btn.layer = layer.node.getId() 285 btn.layer = layer.node.getId()
234 btn.nLayer = y 286 btn.nLayer = y
235 self.grid.attach(btn, x, x+1, y, y+1,0,0,0,0) 287 self.grid.attach(btn, x, x+1, y, y+1,0,0,0,0)
236 288 pass
237 289 pass
238 290
239 291
240 def removeKeyScene(self): 292 def removeKeyScene(self):
241 nth = self.last_cell.nScene 293 nth = self.last_cell.nScene
242 try: 294 try:
243 layer = self.getLayer(self.last_cell.layer) 295 layer = self.getLayer(self.last_cell.layer)
253 btn = self.newCell('empty.png') 305 btn = self.newCell('empty.png')
254 btn.nScene = nth 306 btn.nScene = nth
255 btn.layer = layer 307 btn.layer = layer
256 btn.nLayer = y 308 btn.nLayer = y
257 self.grid.attach(btn, j,j+1,y,y+1,0,0,0,0) 309 self.grid.attach(btn, j,j+1,y,y+1,0,0,0,0)
310 pass
258 layer.scene.remove(s) 311 layer.scene.remove(s)
259 else: 312 else:
260 if s.start == layer.scene[i-1].end+1: 313 if s.start == layer.scene[i-1].end+1:
261 # If the start of the delete scene segment is the end of the last scene segmenet, convert all scenes in the deleted 314 # If the start of the delete scene segment is the end of the last scene segmenet, convert all scenes in the deleted
262 # scene segmenet to the last one 315 # scene segmenet to the last one
275 btn = self.newCell('empty.png') 328 btn = self.newCell('empty.png')
276 btn.nScene = nth 329 btn.nScene = nth
277 btn.layer = layer 330 btn.layer = layer
278 btn.nLayer = y 331 btn.nLayer = y
279 self.grid.attach(btn, j,j+1,y,y+1,0,0,0,0) 332 self.grid.attach(btn, j,j+1,y,y+1,0,0,0,0)
280 333 pass
281 334 pass
335 pass
282 return 336 return
337 pass
338 pass
283 339
284 def extendScene(self): 340 def extendScene(self):
285 nth = self.last_cell.nScene 341 nth = self.last_cell.nScene
286 try: 342 try:
287 layer = self.getLayer(self.last_cell.layer) 343 layer = self.getLayer(self.last_cell.layer)
288 except: 344 except:
289 traceback.print_exc() 345 traceback.print_exc()
290 return 346 return
291 x = self.last_cell.nScene 347 x = self.last_cell.nScene
292 y = self.last_cell.nLayer 348 y = self.last_cell.nLayer
293 if layer == None: return 349 if layer == None:
350 return
294 351
295 for i in range(0,len(layer.scene)-1): 352 for i in range(0,len(layer.scene)-1):
296 s = layer.scene[i] 353 s = layer.scene[i]
297 if nth >= layer.scene[i].start and nth <= layer.scene[i].end: 354 if nth >= layer.scene[i].start and nth <= layer.scene[i].end:
298 return 355 return
356 pass
299 357
300 for i in range(0,len(layer.scene)-1): 358 for i in range(0,len(layer.scene)-1):
301 s = layer.scene[i] 359 s = layer.scene[i]
302 if nth >= layer.scene[i].start and nth < layer.scene[i+1].start: 360 if nth >= layer.scene[i].start and nth < layer.scene[i+1].start:
303 for j in range(layer.scene[i].end+1, nth+1): 361 for j in range(layer.scene[i].end+1, nth+1):
306 btn.nLayer = y 364 btn.nLayer = y
307 btn.layer = self.last_cell.layer 365 btn.layer = self.last_cell.layer
308 self.grid.attach(btn, j,j+1,y,y+1,0,0,0,0) 366 self.grid.attach(btn, j,j+1,y,y+1,0,0,0,0)
309 layer.scene[i].end = nth 367 layer.scene[i].end = nth
310 return 368 return
369 pass
311 if len(layer.scene) > 0 and nth > layer.scene[len(layer.scene)-1].end: 370 if len(layer.scene) > 0 and nth > layer.scene[len(layer.scene)-1].end:
312 for j in range(layer.scene[len(layer.scene)-1].end+1, nth+1): 371 for j in range(layer.scene[len(layer.scene)-1].end+1, nth+1):
313 btn = self.newCell('fill.png') 372 btn = self.newCell('fill.png')
314 btn.nScene = nth 373 btn.nScene = nth
315 btn.nLayer = y 374 btn.nLayer = y
316 btn.layer = self.last_cell.layer 375 btn.layer = self.last_cell.layer
317 self.grid.attach(btn, j,j+1,y,y+1,0,0,0,0) 376 self.grid.attach(btn, j,j+1,y,y+1,0,0,0,0)
377 pass
318 layer.scene[len(layer.scene)-1].end = nth 378 layer.scene[len(layer.scene)-1].end = nth
379 pass
380 pass
381
319 def setCurrentScene(self,nth): 382 def setCurrentScene(self,nth):
320 self.current = nth 383 self.current = nth
321 for layer in self.layer: 384 for layer in self.layer:
322 for s in layer.scene: 385 for s in layer.scene:
323 if nth >= s.start and nth <= s.end: 386 if nth >= s.start and nth <= s.end:
330 # layer.nodes.append(o) 393 # layer.nodes.append(o)
331 #for o in s.node: 394 #for o in s.node:
332 # s.node.remove(o) 395 # s.node.remove(o)
333 else: 396 else:
334 s.node.repr.setAttribute("style","display:none",True) 397 s.node.repr.setAttribute("style","display:none",True)
398 pass
399 pass
400 pass
401 pass
402
335 def generate(self): 403 def generate(self):
336 newdoc = deepcopy(self.document) 404 newdoc = deepcopy(self.document)
337 root = newdoc.getroot() 405 root = newdoc.getroot()
338 has_scene = False 406 has_scene = False
339 for n in root: 407 for n in root:
351 if s.start == s.end: 419 if s.start == s.end:
352 scene.set("start", "%d" % s.start) 420 scene.set("start", "%d" % s.start)
353 else: 421 else:
354 scene.set("start", "%d" % s.start) 422 scene.set("start", "%d" % s.start)
355 scene.set("end", "%d" % s.end) 423 scene.set("end", "%d" % s.end)
424 pass
356 425
357 scenes.append(scene) 426 scenes.append(scene)
427 pass
428 pass
358 for s in scenes: 429 for s in scenes:
359 nn.append(s) 430 nn.append(s)
431 pass
360 has_scene = True 432 has_scene = True
433 pass
434 pass
361 if has_scene == False: 435 if has_scene == False:
362 scenes = etree.Element('{http://madbutterfly.sourceforge.net/DTD/madbutterfly.dtd}scenes') 436 scenes = etree.Element('{http://madbutterfly.sourceforge.net/DTD/madbutterfly.dtd}scenes')
363 scenes.set("current","%d" % self.current) 437 scenes.set("current","%d" % self.current)
364 for l in self.layer: 438 for l in self.layer:
365 for s in l.scene: 439 for s in l.scene:
368 if s.start == s.end: 442 if s.start == s.end:
369 scene.set("start", "%d" % s.start) 443 scene.set("start", "%d" % s.start)
370 else: 444 else:
371 scene.set("start", "%d" % s.start) 445 scene.set("start", "%d" % s.start)
372 scene.set("end", "%d" % s.end) 446 scene.set("end", "%d" % s.end)
447 pass
373 scenes.append(scene) 448 scenes.append(scene)
449 pass
450 pass
374 n.append(scenes) 451 n.append(scenes)
375 if n.tag == '{http://www.w3.org/2000/svg}g': 452 if n.tag == '{http://www.w3.org/2000/svg}g':
376 root.remove(n) 453 root.remove(n)
377 454 pass
455 pass
456
378 for l in self.layer: 457 for l in self.layer:
379 # Duplicate all attribute of the layer 458 # Duplicate all attribute of the layer
380 lnode = etree.Element("{http://www.w3.org/2000/svg}g") 459 lnode = etree.Element("{http://www.w3.org/2000/svg}g")
381 for a,v in l.node.attrib.items(): 460 for a,v in l.node.attrib.items():
382 lnode.set(a,v) 461 lnode.set(a,v)
462 pass
383 for n in l.nodes: 463 for n in l.nodes:
384 lnode.append(n) 464 lnode.append(n)
465 pass
385 root.append(lnode) 466 root.append(lnode)
386 for s in l.scene: 467 for s in l.scene:
387 snode = etree.Element("{http://www.w3.org/2000/svg}g") 468 snode = etree.Element("{http://www.w3.org/2000/svg}g")
388 for a,v in s.node.attrib.items(): 469 for a,v in s.node.attrib.items():
389 snode.set(a,v) 470 snode.set(a,v)
471 pass
390 for n in s.node: 472 for n in s.node:
391 snode.append(deepcopy(n)) 473 snode.append(deepcopy(n))
474 pass
392 lnode.append(snode) 475 lnode.append(snode)
476 pass
477 pass
393 self.document = newdoc 478 self.document = newdoc
479 pass
480
394 def newCell(self,file): 481 def newCell(self,file):
395 img = gtk.Image() 482 img = gtk.Image()
396 img.set_from_file(file) 483 img.set_from_file(file)
397 btn = gtk.EventBox() 484 btn = gtk.EventBox()
398 btn.add(img) 485 btn.add(img)
399 btn.connect("button_press_event", self.cellSelect) 486 btn.connect("button_press_event", self.cellSelect)
400 btn.modify_bg(gtk.STATE_NORMAL, btn.get_colormap().alloc_color("gray")) 487 btn.modify_bg(gtk.STATE_NORMAL, btn.get_colormap().alloc_color("gray"))
401 return btn 488 return btn
489
402 def showGrid(self): 490 def showGrid(self):
403 max = 0 491 max = 0
404 for layer in self.layer: 492 for layer in self.layer:
405 for s in layer.scene: 493 for s in layer.scene:
406 if s.end > max: 494 if s.end > max:
407 max = s.end 495 max = s.end
496 pass
497 pass
498 pass
408 max = 50 499 max = 50
409 500
410 self.grid = gtk.Table(len(self.layer)+1, 50) 501 self.grid = gtk.Table(len(self.layer)+1, 50)
411 self.scrollwin = gtk.ScrolledWindow() 502 self.scrollwin = gtk.ScrolledWindow()
412 self.scrollwin.set_policy(gtk.POLICY_AUTOMATIC, gtk.POLICY_AUTOMATIC) 503 self.scrollwin.set_policy(gtk.POLICY_AUTOMATIC, gtk.POLICY_AUTOMATIC)
413 self.scrollwin.add_with_viewport(self.grid) 504 self.scrollwin.add_with_viewport(self.grid)
414 self.scrollwin.set_size_request(-1,150) 505 self.scrollwin.set_size_request(-1,150)
415 for i in range(1,max): 506 for i in range(1,max):
416 self.grid.attach(gtk.Label('%d'% i), i,i+1,0,1,0,0,0,0) 507 self.grid.attach(gtk.Label('%d'% i), i,i+1,0,1,0,0,0,0)
508 pass
417 for i in range(1,len(self.layer)+1): 509 for i in range(1,len(self.layer)+1):
418 print "Layer", i 510 print "Layer", i
419 l = self.layer[i-1] 511 l = self.layer[i-1]
420 #self.grid.attach(gtk.Label(l.node.get('{http://www.inkscape.org/namespaces/inkscape}label')), 0, 1, i, i+1,0,0,10,0) 512 #self.grid.attach(gtk.Label(l.node.get('{http://www.inkscape.org/namespaces/inkscape}label')), 0, 1, i, i+1,0,0,10,0)
421 for s in l.scene: 513 for s in l.scene:
430 self.grid.attach(btn, j, j+1, i , i+1,0,0,0,0) 522 self.grid.attach(btn, j, j+1, i , i+1,0,0,0,0)
431 btn.modify_bg(gtk.STATE_NORMAL, btn.get_colormap().alloc_color("gray")) 523 btn.modify_bg(gtk.STATE_NORMAL, btn.get_colormap().alloc_color("gray"))
432 btn.nScene = j 524 btn.nScene = j
433 btn.layer = l.node.getId() 525 btn.layer = l.node.getId()
434 btn.nLayer = i 526 btn.nLayer = i
527 pass
528 pass
435 if len(l.scene) == 0: 529 if len(l.scene) == 0:
436 start = 0 530 start = 0
437 else: 531 else:
438 start = l.scene[len(l.scene)-1].end 532 start = l.scene[len(l.scene)-1].end
533 pass
534
439 for j in range(start,max): 535 for j in range(start,max):
440 btn = self.newCell('empty.png') 536 btn = self.newCell('empty.png')
441 self.grid.attach(btn, j+1, j+2,i,i+1,0,0,0,0) 537 self.grid.attach(btn, j+1, j+2,i,i+1,0,0,0,0)
442 btn.modify_bg(gtk.STATE_NORMAL, btn.get_colormap().alloc_color("gray")) 538 btn.modify_bg(gtk.STATE_NORMAL, btn.get_colormap().alloc_color("gray"))
443 btn.nScene = j+1 539 btn.nScene = j+1
444 btn.layer = l.node.getId() 540 btn.layer = l.node.getId()
445 btn.nLayer = i 541 btn.nLayer = i
542 pass
543 pass
446 self.last_cell = None 544 self.last_cell = None
545 pass
546
447 def cellSelect(self, cell, data): 547 def cellSelect(self, cell, data):
448 if self.last_cell: 548 if self.last_cell:
449 self.last_cell.modify_bg(gtk.STATE_NORMAL, self.last_cell.get_colormap().alloc_color("gray")) 549 self.last_cell.modify_bg(gtk.STATE_NORMAL, self.last_cell.get_colormap().alloc_color("gray"))
550 pass
450 551
451 self.last_cell = cell 552 self.last_cell = cell
452 cell.modify_bg(gtk.STATE_NORMAL, cell.get_colormap().alloc_color("green")) 553 cell.modify_bg(gtk.STATE_NORMAL, cell.get_colormap().alloc_color("green"))
554 pass
453 555
454 def doEditScene(self,w): 556 def doEditScene(self,w):
455 self.setCurrentScene(self.last_cell.nScene) 557 self.setCurrentScene(self.last_cell.nScene)
558 pass
559
456 def doInsertKeyScene(self,w): 560 def doInsertKeyScene(self,w):
561 #self.insertKeyScene()
562 #self.grid.show_all()
457 return 563 return
458 self.insertKeyScene()
459 self.grid.show_all()
460 564
461 def doRemoveScene(self,w): 565 def doRemoveScene(self,w):
462 return 566 return
463 self.removeKeyScene() 567 self.removeKeyScene()
464 self.grid.show_all() 568 self.grid.show_all()
465 self.generate() 569 self.generate()
570 pass
571
466 def doExtendScene(self,w): 572 def doExtendScene(self,w):
467 self.extendScene() 573 self.extendScene()
468 self.grid.show_all() 574 self.grid.show_all()
575 pass
576
469 def addButtons(self,hbox): 577 def addButtons(self,hbox):
470 btn = gtk.Button('Edit') 578 btn = gtk.Button('Edit')
471 btn.connect('clicked', self.doEditScene) 579 btn.connect('clicked', self.doEditScene)
472 hbox.pack_start(btn,expand=False,fill=False) 580 hbox.pack_start(btn,expand=False,fill=False)
473 btn = gtk.Button('Insert Key') 581 btn = gtk.Button('Insert Key')
477 btn.connect('clicked', self.doRemoveScene) 585 btn.connect('clicked', self.doRemoveScene)
478 hbox.pack_start(btn,expand=False,fill=False) 586 hbox.pack_start(btn,expand=False,fill=False)
479 btn=gtk.Button('Extend scene') 587 btn=gtk.Button('Extend scene')
480 btn.connect('clicked', self.doExtendScene) 588 btn.connect('clicked', self.doExtendScene)
481 hbox.pack_start(btn,expand=False,fill=False) 589 hbox.pack_start(btn,expand=False,fill=False)
590 pass
591
482 def onQuit(self, event): 592 def onQuit(self, event):
483 self.OK = False 593 self.OK = False
484 gtk.main_quit() 594 gtk.main_quit()
595 pass
596
485 def onOK(self,event): 597 def onOK(self,event):
486 self.OK = True 598 self.OK = True
487 gtk.main_quit() 599 gtk.main_quit()
600 pass
488 601
489 def onConfirmDelete(self): 602 def onConfirmDelete(self):
490 if self.scenemap == None: 603 if self.scenemap == None:
491 vbox = gtk.VBox(False,0) 604 vbox = gtk.VBox(False,0)
492 vbox.pack_start(gtk.Label('Convert the SVG into a MadButterfly SVG file. All current element will be delted')) 605 vbox.pack_start(gtk.Label('Convert the SVG into a MadButterfly SVG file. All current element will be delted'))
500 vbox.pack_start(hbox,expand=False,fill=False) 613 vbox.pack_start(hbox,expand=False,fill=False)
501 self.window.add(vbox) 614 self.window.add(vbox)
502 self.window.show_all() 615 self.window.show_all()
503 gtk.main() 616 gtk.main()
504 self.window.remove(vbox) 617 self.window.remove(vbox)
505 618 pass
619 pass
506 620
507 def show(self): 621 def show(self):
508 self.OK = True 622 self.OK = True
509 self.parseScene() 623 self.parseScene()
510 self.showGrid() 624 self.showGrid()
514 #self.window = gtk.Window(gtk.WINDOW_TOPLEVEL) 628 #self.window = gtk.Window(gtk.WINDOW_TOPLEVEL)
515 #self.window.connect("destroy", gtk.main_quit) 629 #self.window.connect("destroy", gtk.main_quit)
516 #self.window.set_position(gtk.WIN_POS_MOUSE) 630 #self.window.set_position(gtk.WIN_POS_MOUSE)
517 if self.scenemap == None: 631 if self.scenemap == None:
518 self.onConfirmDelete() 632 self.onConfirmDelete()
633 pass
519 if self.OK: 634 if self.OK:
520 vbox = gtk.VBox(False,0) 635 vbox = gtk.VBox(False,0)
521 self.window.pack_start(vbox,expand=False) 636 self.window.pack_start(vbox,expand=False)
522 vbox.pack_start(self.scrollwin,expand=False) 637 vbox.pack_start(self.scrollwin,expand=False)
523 self.vbox = vbox 638 self.vbox = vbox
528 return 643 return
529 644
530 #self.window.set_size_request(600,200) 645 #self.window.set_size_request(600,200)
531 646
532 self.window.show_all() 647 self.window.show_all()
533 648 pass
534 649 pass