Mercurial > MadButterfly
annotate pyink/tween.py @ 1151:71c72e8d6755
Refactory cod eof TweenObject.updateTweenContent and MBScene.setCurrentScene().
- updateTweenContent() use frameline.get_frame_blocks(), instead of
frameline._keys, to get information of tweens and key frames.
- MBScene.setCurrentScene() use 'ns0:duplicate-src' attribute to map
nodes from a start scene to a stop scene.
author | Thinker K.F. Li <thinker@codemud.net> |
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date | Sun, 26 Dec 2010 23:40:09 +0800 |
parents | 6586cd10c92f |
children | ad9c44a08645 |
rev | line source |
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1140 | 1 # -*- indent-tabs-mode: t; tab-width: 8; python-indent: 4; -*- |
2 # vim: sw=4:ts=8:sts=4 | |
3 import traceback | |
4 import math | |
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Refactory cod eof TweenObject.updateTweenContent and MBScene.setCurrentScene().
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5 |
1140 | 6 class TweenObject: |
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7 TWEEN_TYPE_NORMAL = 0 |
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8 TWEEN_TYPE_RELOCATE = 1 |
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9 TWEEN_TYPE_SCALE = 2 |
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10 |
1140 | 11 def __init__(self,doc,dom): |
12 self.document = doc | |
13 self.dom = dom | |
1141 | 14 try: |
15 self.width = float(dom.getAttribute("width")) | |
16 self.height = float(dom.getAttribute("height")) | |
17 except: | |
18 self.width = 640 | |
19 self.height = 480 | |
1140 | 20 |
21 def updateMapping(self): | |
22 self.nodeToItem={} | |
23 root = self.dom | |
24 self.updateMappingNode(root) | |
25 def updateMappingNode(self,node): | |
26 for c in node.childList(): | |
27 self.updateMappingNode(c) | |
1141 | 28 try: |
29 self.nodeToItem[c.getAttribute("id")] = c | |
30 except: | |
31 pass | |
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Refactory cod eof TweenObject.updateTweenContent and MBScene.setCurrentScene().
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32 def updateTweenContent(self, duplicate_group, tween_type, |
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Refactory cod eof TweenObject.updateTweenContent and MBScene.setCurrentScene().
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33 start_scene_group, stop_scene_group, percent): |
1140 | 34 """ |
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35 Update the content of the duplicate scene group. We will |
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Refactory cod eof TweenObject.updateTweenContent and MBScene.setCurrentScene().
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36 use precent, start_scene_group, stop_scene_group to |
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Refactory cod eof TweenObject.updateTweenContent and MBScene.setCurrentScene().
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37 compute transform matrix and update duplicate scene group |
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38 specified. |
1140 | 39 """ |
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40 # Collect ref from the obj |
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41 node = duplicate_group.firstChild() |
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42 dup_nodes = {} |
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43 while node: |
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44 try: |
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45 ref = node.getAttribute("ref") |
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46 dup_nodes[ref] = node |
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47 except: |
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48 ref = None |
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49 pass |
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50 node = node.next() |
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51 pass |
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52 |
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53 # Collect all nodes in stop scene |
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54 stop_nodes = {} |
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55 node = stop_scene_group.firstChild() |
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56 while node: |
1140 | 57 try: |
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58 node_label = node.getAttribute("ns0:duplicate-src") |
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59 stop_nodes[node_label] = node |
1140 | 60 except: |
61 pass | |
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62 node = node.next() |
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63 pass |
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64 |
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65 # |
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66 # Node ID of a node of start scene must be mapped to |
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67 # 'ns0:duplicate-src' attribute of a node of stop scene. The |
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68 # nodes which can not be mapped to a node of stop scene are |
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69 # not manipulated by the tween. |
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70 # |
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71 # When a scene is duplicated, 'ns0:duplicate-src' attribute of |
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72 # nodes, in the new scene, must be setted to ID of respective |
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73 # one in the duplicated scene. |
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74 # |
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75 start_node = start_scene_group.firstChild() |
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76 while start_node: |
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77 start_node_id = start_node.getAttribute('id') |
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78 try: |
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79 stop_node = stop_nodes[start_node_id] |
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80 except KeyError: |
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81 start_node = start_node.next() |
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82 continue |
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83 |
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84 dup_node = dup_nodes.setdefault(start_node_id, None) |
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85 |
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86 self.updateTweenObject(duplicate_group, tween_type, |
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87 start_node, stop_node, |
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88 percent, dup_node) |
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89 start_node = start_node.next() |
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90 pass |
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91 pass |
1140 | 92 |
93 def parseTransform(self,obj): | |
94 """ | |
95 Return the transform matrix of an object | |
96 """ | |
97 try: | |
1141 | 98 t = obj.getAttribute("transform") |
1140 | 99 print t |
100 if t[0:9] == 'translate': | |
101 print "translate" | |
102 fields = t[10:].split(',') | |
103 x = float(fields[0]) | |
104 fields = fields[1].split(')') | |
105 y = float(fields[0]) | |
106 return [1,0,0,1,x,y] | |
107 elif t[0:6] == 'matrix': | |
108 print "matrix" | |
109 fields=t[7:].split(')') | |
110 fields = fields[0].split(',') | |
111 return [float(fields[0]),float(fields[1]),float(fields[2]),float(fields[3]),float(fields[4]),float(fields[5])] | |
112 except: | |
113 #traceback.print_exc() | |
114 return [1,0,0,1,0,0] | |
115 | |
116 def invA(self,m): | |
117 d = m[0]*m[3]-m[2]*m[1] | |
118 return [m[3]/d, -m[1]/d, -m[2]/d, m[0]/d, (m[1]*m[5]-m[4]*m[3])/d, (m[4]*m[2]-m[0]*m[5])/d] | |
119 | |
120 def mulA(self,a,b): | |
121 return [a[0]*b[0]+a[1]*b[2], | |
122 a[0]*b[1]+a[1]*b[3], | |
123 a[2]*b[0]+a[3]*b[2], | |
124 a[2]*b[1]+a[3]*b[3], | |
125 a[0]*b[4]+a[1]*b[5]+a[4], | |
126 a[2]*b[4]+a[3]*b[5]+a[5]] | |
127 | |
128 def decomposition(self,m): | |
129 """ | |
130 Decompose the affine matrix into production of translation,rotation,shear and scale. | |
131 The algorithm is documented at http://lists.w3.org/Archives/Public/www-style/2010Jun/0602.html | |
132 """ | |
133 if m[0]*m[3] == m[1]*m[2]: | |
134 print "The affine matrix is singular" | |
135 return [1,0,0,1,0,0] | |
136 A=m[0] | |
137 B=m[2] | |
138 C=m[1] | |
139 D=m[3] | |
140 E=m[4] | |
141 F=m[5] | |
142 sx = math.sqrt(A*A+B*B) | |
143 A = A/sx | |
144 B = B/sx | |
145 shear = m[0]*m[1]+m[2]*m[3] | |
146 C = C - A*shear | |
147 D = D - B*shear | |
148 sy = math.sqrt(C*C+D*D) | |
149 C = C/sy | |
150 D = D/sy | |
151 r = A*D-B*C | |
152 if r == -1: | |
153 shear = -shear | |
154 sy = -sy | |
155 R = math.atan2(B,A) | |
156 return [sx,sy, R, E,F] | |
157 | |
158 | |
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159 def updateTweenObject(self,obj,typ,s,d,p,newobj): |
1140 | 160 """ |
161 Generate tweened object in the @obj by using s and d in the @p percent | |
162 http://lists.w3.org/Archives/Public/www-style/2010Jun/0602.html | |
163 """ | |
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164 if typ == self.TWEEN_TYPE_RELOCATE: |
1140 | 165 if s.name() == 'svg:g': |
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166 if not newobj: |
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Refactory frameline.py
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167 newobj = s.duplicate(self.document) |
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Refactory frameline.py
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168 top = self.document.createElement("svg:g") |
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Refactory frameline.py
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169 top.setAttribute("ref", s.getAttribute("id")) |
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170 top.appendChild(newobj) |
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171 obj.appendChild(top) |
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172 else: |
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173 top = newobj |
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174 pass |
1140 | 175 # Parse the translate or matrix |
176 sm = self.parseTransform(s) | |
177 dm = self.parseTransform(d) | |
178 top.setAttribute("transform","translate(%g,%g)" % ((dm[2]-sm[2])*p,(dm[5]-sm[5])*p)) | |
179 else: | |
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180 if not newobj: |
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Refactory frameline.py
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181 top = s.duplicate(self.document) |
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Refactory frameline.py
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182 top.setAttribute('ref', s.getAttribute('id')) |
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Refactory frameline.py
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183 obj.appendChild(top) |
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184 else: |
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Refactory frameline.py
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185 top = newobj |
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Refactory frameline.py
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186 pass |
1140 | 187 try: |
1141 | 188 sx = float(s.getAttribute("x")) |
189 sy = float(s.getAttribute("y")) | |
190 dx = float(d.getAttribute("x")) | |
191 dy = float(d.getAttribute("y")) | |
1140 | 192 tx = (dx-sx)*p |
193 ty = (dy-sy)*p | |
194 print tx,ty | |
195 top.setAttribute("transform","translate(%g,%g)" % (tx,ty)) | |
196 except: | |
197 traceback.print_exc() | |
198 pass | |
199 pass | |
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200 elif typ == self.TWEEN_TYPE_SCALE: |
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wycc
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201 self.updateTweenObjectScale(obj,s,d,p,newobj) |
1140 | 202 pass |
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Refactory cod eof TweenObject.updateTweenContent and MBScene.setCurrentScene().
Thinker K.F. Li <thinker@codemud.net>
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203 elif typ == self.TWEEN_TYPE_NORMAL: |
1140 | 204 newobj = s.duplicate(self.document) |
1141 | 205 newobj.setAttribute("ref", s.getAttribute("id")) |
1140 | 206 top = self.document.createElement("svg:g") |
207 top.appendChild(newobj) | |
208 obj.appendChild(top) | |
209 pass | |
210 | |
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211 def updateTweenObjectScale(self,obj,s,d,p,newobj): |
1140 | 212 """ |
213 Generate a new group which contains the original group and then | |
214 add the transform matrix to generate a tween frame between the | |
215 origin and destination scene group. | |
216 | |
217 We will parse the transform matrix of the @s and @d and then | |
218 generate the matrix which is (1-p) of @s and p percent of @d. | |
219 """ | |
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220 if newobj == None: |
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221 newobj = s.duplicate(self.document) |
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222 top = self.document.createElement("svg:g") |
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223 top.setAttribute("ref",s.getAttribute("id")) |
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224 top.appendChild(newobj) |
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225 obj.appendChild(top) |
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226 else: |
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227 top = newobj |
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228 newobj = top.firstChild() |
1140 | 229 |
230 if s.name() == 'svg:g': | |
231 # Parse the translate or matrix | |
232 # | |
233 # D = B inv(A) | |
234 try: | |
1141 | 235 item = self.nodeToItem[s.getAttribute("id")] |
1140 | 236 (ox,oy) = item.getCenter() |
237 except: | |
238 ox = 0 | |
239 oy = 0 | |
240 try: | |
1141 | 241 item = self.nodeToItem[d.getAttribute("id")] |
1140 | 242 (dx,dy) = item.getCenter() |
243 except: | |
244 dx = 0 | |
245 dy = 0 | |
246 | |
247 sm = self.parseTransform(s) | |
248 ss = self.decomposition(sm) | |
249 dm = self.parseTransform(d) | |
250 dd = self.decomposition(dm) | |
251 sx = (ss[0]*(1-p)+dd[0]*p)/ss[0] | |
252 sy = (ss[1]*(1-p)+dd[1]*p)/ss[0] | |
253 a = ss[2]*(1-p)+dd[2]*p-ss[2] | |
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254 tx = ox*(1-p)+dx*p |
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255 ty = oy*(1-p)+dy*p |
1140 | 256 m = [math.cos(a),math.sin(a),-math.sin(a),math.cos(a),0,0] |
257 m = self.mulA([sx,0,0,sy,0,0],m) | |
258 m = self.mulA(m,[1,0,0,1,-ox,oy-self.height]) | |
259 m = self.mulA([1,0,0,1,tx,self.height-ty],m) | |
260 | |
261 top.setAttribute("transform","matrix(%g,%g,%g,%g,%g,%g)" % (m[0],m[2],m[1],m[3],m[4],m[5])) | |
262 else: | |
263 try: | |
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264 try: |
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265 sw = float(s.getAttribute("width")) |
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266 except: |
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267 sw = 1 |
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268 try: |
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269 sh = float(s.getAttribute("height")) |
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270 except: |
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271 sh = 1 |
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272 try: |
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273 dw = float(d.getAttribute("width")) |
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274 except: |
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275 dw = 1 |
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276 try: |
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277 dh = float(d.getAttribute("height")) |
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278 except: |
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279 dh = 1 |
1140 | 280 try: |
1141 | 281 item = self.nodeToItem[s.getAttribute("id")] |
1140 | 282 (ox,oy) = item.getCenter() |
283 except: | |
284 ox = 0 | |
285 oy = 0 | |
286 try: | |
1141 | 287 item = self.nodeToItem[d.getAttribute("id")] |
1140 | 288 (dx,dy) = item.getCenter() |
289 except: | |
290 dx = 0 | |
291 dy = 0 | |
292 try: | |
293 sm = self.parseTransform(s) | |
294 ss = self.decomposition(sm) | |
295 except: | |
296 ss = [1,1,0,0,0] | |
297 pass | |
298 try: | |
299 dm = self.parseTransform(d) | |
300 dd = self.decomposition(dm) | |
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301 print "dd=",dd |
1140 | 302 except: |
303 dd = [1,1,0,0,0] | |
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304 dd[0] = dd[0]*dw/sw |
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305 dd[1] = dd[1]*dh/sh |
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306 print "ss[0]=",ss[0],"dd[0]=",dd[0] |
1140 | 307 sx = (ss[0]*(1-p)+dd[0]*p)/ss[0] |
308 sy = (ss[1]*(1-p)+dd[1]*p)/ss[1] | |
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309 print "sx=",sx,"sy=",sy |
1140 | 310 a = ss[2]*(1-p)+dd[2]*p-ss[2] |
311 tx = ox*(1-p)+dx*p | |
312 ty = oy*(1-p)+dy*p | |
313 m = [math.cos(a),math.sin(a),-math.sin(a),math.cos(a),0,0] | |
314 m = self.mulA([sx,0,0,sy,0,0],m) | |
315 m = self.mulA(m,[1,0,0,1,-ox,oy-self.height]) | |
316 m = self.mulA([1,0,0,1,tx,self.height-ty],m) | |
317 | |
318 top.setAttribute("transform","matrix(%g,%g,%g,%g,%g,%g)" % (m[0],m[2],m[1],m[3],m[4],m[5])) | |
319 except: | |
320 traceback.print_exc() |