How to use addChild method in fMBT

Best Python code snippet using fMBT_python

ocs_nodes.py

Source:ocs_nodes.py Github

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...38 for child in elem.children:39 self.children.append(child)40 if id:41 self.setChildValue("id", id)42 def addChild(self, name, value):43 child = ocsElem(self, name, value)44 self.children.append(child)45 return child46 def delChild(self, name, value):47 # Will only delete the first Child with name/value48 for child in self.children:49 if child.name == name and child.value == value:50 children.remove(child)51 return True52 return False53 def getElemFromChild(self, name, value):54 if self.name == name and self.value == value:55 return self.parent56 for child in self.children:57 found = child.getElemFromChild(name, value)58 if found:59 return found60 return None61 def getElemFromName(self, name):62 if self.name == name:63 return self64 for child in self.children:65 found = child.getElemFromName(name)66 if found:67 return found68 return None69 def getChildValue(self, name):70 for child in self.children:71 if child.name == name:72 return child.value73 return None74 def setChildValue(self, name, value):75 for child in self.children:76 if child.name == name:77 child.value = value78 return True79 return False80 def dump(self):81 print("[%s,%s]" % (self.name, self.value))82 for child in self.children:83 child.dump()84 def write(self, file, indent):85 if self.name == "":86 return87 if self.value == "":88 # Node89 file.write(" " * indent + ("<%s>\n" % (self.name)))90 for child in self.children:91 child.write(file, indent + 1)92 file.write(" " * indent + ("</%s>\n" % (self.name)))93 else:94 # Value95 file.write(" " * indent + ("<%s>%s</%s>\n" % (self.name, self.value, self.name)))96 def addParameters(self, value, minvalue, maxvalue, usetexturealphaui, isloglincapable, uselogscale, resolution, modified):97 parameters = self.addChild("parameters", "")98 parameters.addChild("value", str(value))99 parameters.addChild("minvalue", minvalue)100 parameters.addChild("maxvalue", maxvalue)101 parameters.addChild("usetexturealphaui", usetexturealphaui)102 parameters.addChild("isloglincapable", isloglincapable)103 parameters.addChild("uselogscale", uselogscale)104 parameters.addChild("resolution", resolution)105 parameters.addChild("modified", modified)106 def addParametersBool(self, value):107 parameters = self.addChild("parameters", "")108 if value:109 val = "true"110 else:111 val = "false"112 parameters.addChild("value", val)113 parameters.addChild("modified", "true")114 def addParametersStdFloatTexture(self, value):115 self.addParameters(value, "0", "1", "false", "false", "false", "0.001", "true")116 def addParametersRoughnessFloatTexture(self, value):117 self.addParameters(value, "1e-07", "1", "false", "true", "true", "1e-07", "true")118 def addNodePinInternal(self, id, typename, pintype):119 NodePin = self.addChild("NodePin", "")120 NodePin.addChild("typename", typename)121 NodePin.addChild("id", str(id))122 NodePin.addChild("pintype", pintype)123 NodePin.addChild("hasinternalnodegraph", "true")124 NodePin.addChild("basenodeid", "1")125 NodePin.addChild("basenodepinid", "0")126 internalnodegraph = NodePin.addChild("internalnodegraph", "")127 return internalnodegraph128 def addNodeGraph(self, typename):129 NodeGraph = self.addChild("NodeGraph", "")130 NodeGraph.addChild("name", typename)131 NodeGraph.addChild("currentnewnodeid", "2")132 NodeGraph.addChild("currentnewnodepinconnectionid", "1")133 nodes = NodeGraph.addChild("nodes", "")134 # Node = nodes.addChild("Node", "")135 NodeGraph.addChild("nodepinconnections", "")136 return nodes137 def addNode(self, name, typename):138 Node = self.addChild("Node", "")139 Node.addChild("name", name)140 Node.addChild("typename", typename)141 Node.addChild("id", "1")142 Node.addChild("position", "0 0")143 return Node144 def addNodePinExternal(self, id, typename, pintype):145 NodePin = self.addChild("NodePin", "")146 NodePin.addChild("typename", typename)147 NodePin.addChild("id", str(id))148 NodePin.addChild("pintype", pintype)149 NodePin.addChild("hasinternalnodegraph", "false")150 return NodePin151 def addFullNode(self, id, typename1, typename2, pintype):152 internalnodegraph = self.addNodePinInternal(id, typename1, pintype)153 nodes = internalnodegraph.addNodeGraph(typename1)154 Node = nodes.addNode(typename1, typename2)155 return Node, nodes156 def addRGBspectrum(self, id, typename, spectrum):157 Node, nodes = self.addFullNode(id, typename, "RGBspectrum", "20000")158 parameters = Node.addChild("parameters", "")159 parameters.addChild("rgbvalue", "%f %f %f" % tuple([c for c in spectrum]))160 Node.addChild("inputnodepins", "")161 def addFilmWidth(self, id, mat):162 Node, nodes = self.addFullNode(id, "filmwidth", "floattexture", "20000")163 Node.addParametersStdFloatTexture(mat.OCT_filmwidth)164 Node.addChild("inputnodepins", "")165 def addFilmIndex(self, id, mat):166 Node, nodes = self.addFullNode(id, "filmindex", "float", "20001")167 parameters = Node.addChild("parameters", "")168 parameters.addChild("value", str(mat.OCT_filmindex))169 parameters.addChild("minvalue", "1")170 parameters.addChild("maxvalue", "8")171 parameters.addChild("usetextureui", "false")172 parameters.addChild("usetexturealphaui", "false")173 parameters.addChild("isloglincapable", "true")174 parameters.addChild("uselogscale", "true")175 parameters.addChild("modified", "false")176 Node.addChild("inputnodepins", "")177 def addIndex(self, id, mat):178 Node, nodes = self.addFullNode(id, "index", "float", "20001")179 parameters = Node.addChild("parameters", "")180 parameters.addChild("value", str(mat.OCT_index))181 parameters.addChild("minvalue", "1")182 parameters.addChild("maxvalue", "8")183 parameters.addChild("usetextureui", "false")184 parameters.addChild("usetexturealphaui", "false")185 parameters.addChild("isloglincapable", "true")186 parameters.addChild("uselogscale", "true")187 parameters.addChild("modified", "false")188 Node.addChild("inputnodepins", "")189 def addRoughnessFloatTexture(self, id, mat):190 Node, nodes = self.addFullNode(id, "roughness", "floattexture", "20000")191 Node.addParametersRoughnessFloatTexture(mat.OCT_roughnessfloat)192 Node.addChild("inputnodepins", "")193 def addSpecularFloatTexture(self, id, mat):194 Node, nodes = self.addFullNode(id, "specular", "floattexture", "20000")195 Node.addParametersStdFloatTexture(mat.OCT_specular.floattexture)196 Node.addChild("inputnodepins", "")197 def addReflectionFloatTexture(self, id, mat):198 Node, nodes = self.addFullNode(id, "reflection", "floattexture", "20000")199 Node.addParametersStdFloatTexture(mat.OCT_specular.floattexture)200 Node.addChild("inputnodepins", "")201 def addNormalFloatTexture(self, id, mat):202 Node, nodes = self.addFullNode(id, "normal", "floattexture", "20000")203 Node.addParametersStdFloatTexture(0)204 Node.addChild("inputnodepins", "")205 def addSmooth(self, id, mat):206 Node, nodes = self.addFullNode(id, "smooth", "bool", "20003")207 Node.addParametersBool(mat.OCT_smooth)208 Node.addChild("inputnodepins", "")209 def addBumpNone(self, id, mat):210 Node, nodes = self.addFullNode(id, "bump", "floattexture", "20000")211 Node.addParametersStdFloatTexture(0)212 Node.addChild("inputnodepins", "")213 def addNormalNone(self, id, mat):214 Node, nodes = self.addFullNode(id, "normal", "floattexture", "20000")215 Node.addParametersStdFloatTexture(0)216 Node.addChild("inputnodepins", "")217 def addOpacityFloatTexture(self, id, mat):218 Node, nodes = self.addFullNode(id, "opacity", "floattexture", "20000")219 Node.addParameters(mat.OCT_opacity.floattexture, "0", "1", "true", "false", "false", "0.001", "true")220 Node.addChild("inputnodepins", "")221 def addTemperature(self, id, mat):222 Node, nodes = self.addFullNode(id, "temperature", "float", "20001")223 parameters = Node.addChild("parameters", "")224 parameters.addChild("value", str(mat.OCT_temperature))225 parameters.addChild("minvalue", "500")226 parameters.addChild("maxvalue", "12000")227 parameters.addChild("usetextureui", "false")228 parameters.addChild("usetexturealphaui", "false")229 parameters.addChild("isloglincapable", "false")230 parameters.addChild("uselogscale", "false")231 parameters.addChild("modified", "false")232 Node.addChild("inputnodepins", "")233 def addPower(self, id, mat):234 Node, nodes = self.addFullNode(id, "power", "float", "20001")235 parameters = Node.addChild("parameters", "")236 parameters.addChild("value", str(mat.OCT_power))237 parameters.addChild("minvalue", "0.01")238 parameters.addChild("maxvalue", "100")239 parameters.addChild("usetextureui", "false")240 parameters.addChild("usetexturealphaui", "false")241 parameters.addChild("isloglincapable", "true")242 parameters.addChild("uselogscale", "true")243 parameters.addChild("modified", "false")244 Node.addChild("inputnodepins", "")245 def addTexPower(self, id, OCT_tex):246 Node, nodes = self.addFullNode(id, "power", "floattexture", "20000")247 parameters = Node.addChild("parameters", "")248 parameters.addChild("value", str(OCT_tex.power))249 parameters.addChild("minvalue", "0")250 parameters.addChild("maxvalue", "1")251 parameters.addChild("usetexturealphaui", "false")252 parameters.addChild("isloglincapable", "false")253 parameters.addChild("uselogscale", "false")254 parameters.addChild("resolution", "0.001")255 parameters.addChild("modified", "true")256 Node.addChild("inputnodepins", "")257 def addTexGamma(self, id, OCT_tex):258 Node, nodes = self.addFullNode(id, "gamma", "float", "20001")259 parameters = Node.addChild("parameters", "")260 parameters.addChild("value", str(OCT_tex.gamma))261 parameters.addChild("minvalue", "0.1")262 parameters.addChild("maxvalue", "8")263 parameters.addChild("usetextureui", "false")264 parameters.addChild("usetexturealphaui", "false")265 parameters.addChild("isloglincapable", "true")266 parameters.addChild("uselogscale", "true")267 parameters.addChild("modified", "false")268 Node.addChild("inputnodepins", "")269 def addTexScale(self, id, OCT_tex, mat):270 Node, nodes = self.addFullNode(id, "scale", "float2", "20001")271 parameters = Node.addChild("parameters", "")272 scaleX = 1.0273 scaleY = 1.0274 mtex = mat.texture_slots.get(OCT_tex.texture)275 if mtex:276 scaleX = mtex.scale.x277 scaleY = mtex.scale.y278 parameters.addChild("valuexy", "%f %f" % (scaleX, scaleY))279 parameters.addChild("minvalue", "0.001")280 parameters.addChild("maxvalue", "1000")281 parameters.addChild("modified", "false")282 Node.addChild("inputnodepins", "")283 def addTexInvert(self, id, OCT_tex):284 Node, nodes = self.addFullNode(id, "invert", "bool", "20003")285 Node.addParametersBool(OCT_tex.invert)286 Node.addChild("inputnodepins", "")287 def addNormalize(self, id, mat):288 Node, nodes = self.addFullNode(id, "normalize", "bool", "20003")289 Node.addParametersBool(mat.OCT_normalize)290 Node.addChild("inputnodepins", "")291 def addTexture(self, id, mat, OCT_tex, typename, channel):292 Node, nodes = self.addFullNode(id, channel, typename, "20000")293 mtex = mat.texture_slots.get(OCT_tex.texture)294 if mtex and mtex.texture.type == 'IMAGE':295 if not mtex.texture.image:296 error('Check texture slots for material <%s>' % mat.name)297 if mtex.texture.image.source == 'FILE':298 filename = absPath(mtex.texture.image.filepath)299 elif mtex.texture.image.source == 'SEQUENCE':300 tex = mtex.texture301 frame = octanerender.frameCurrent302 seq = get_sequence(tex, frame)303 fn_full = absPath(tex.image.filepath)304 src_dir = os.path.dirname(fn_full)305 dst_dir = octanerender.dst_dir306 name, ext = os.path.splitext(os.path.basename(fn_full))307 root, digits = get_rootname(name)308 fmt = '%%0%dd' % (digits)309 src_file = root + (fmt % seq) + ext310 dst_file = 'SEQ-' + fixName(root) + ext311 src_path = os.path.join(src_dir, src_file)312 dst_path = os.path.join(dst_dir, dst_file)313 filename = dst_path314 else:315 error('Only image types of File and Sequence are supported')316 else:317 error("Check your textures!!!")318 Node.addChild("linkedfilename", filename)319 Node.addChild("parameters", "")320 inputnodepins = Node.addChild("inputnodepins", "")321 inputnodepins.addTexPower(0, OCT_tex)322 inputnodepins.addTexGamma(1, OCT_tex)323 inputnodepins.addTexScale(2, OCT_tex, mat)324 inputnodepins.addTexInvert(3, OCT_tex)325 def addEmissionNull(self, id, mat):326 Node, nodes = self.addFullNode(id, "emission", "null emission", "20006")327 Node.addChild("inputnodepins", "")328 def addEmissionBlackBody(self, id, mat):329 Node, nodes = self.addFullNode(id, "emission", "blackbody", "20006")330 inputnodepins = Node.addChild("inputnodepins", "")331 inputnodepins.addTemperature(0, mat)332 inputnodepins.addPower(1, mat)333 inputnodepins.addNormalize(2, mat)334 nodes.addChild("nodepinconnections", "")335 def addEmissionTexture(self, id, mat):336 Node, nodes = self.addFullNode(id, "emission", "texture emission", "20006")337 inputnodepins = Node.addChild("inputnodepins", "")338 if mat.OCT_emission.emission == "RGBspectrum":339 inputnodepins.addRGBspectrum(0, "texture", mat.specular_color)340 else:341 inputnodepins.addTexture(0, mat, mat.OCT_emission, mat.OCT_emission.emission, "texture")342 inputnodepins.addPower(1, mat)343 def addTransmissionNone(self, id, mat):344 NodePin = self.addChild("NodePin", "")345 NodePin.addChild("typename", "transmission")346 NodePin.addChild("id", str(id))347 NodePin.addChild("pintype", "20000")348 NodePin.addChild("hasinternalnodegraph", "false")349 def addDiffuse(self, id, mat):350 if mat.OCT_diffuse.diffuse == "RGBspectrum":351 self.addRGBspectrum(id, "diffuse", mat.diffuse_color)352 else:353 self.addTexture(id, mat, mat.OCT_diffuse, mat.OCT_diffuse.diffuse, "diffuse")354 def addSpecular(self, id, mat):355 if mat.OCT_specular.specular == "RGBspectrum":356 self.addRGBspectrum(id, "specular", mat.specular_color)357 elif mat.OCT_specular.specular == "floattexture":358 self.addSpecularFloatTexture(id, mat)359 else:360 self.addTexture(id, mat, mat.OCT_specular, mat.OCT_specular.specular, "specular")361 def addTransmission(self, id, mat):362 if mat.OCT_diffuse.diffuse == "RGBspectrum":363 self.addRGBspectrum(id, "transmission", mat.diffuse_color)364 else:365 self.addTexture(id, mat, mat.OCT_diffuse, mat.OCT_diffuse.diffuse, "transmission")366 def addReflection(self, id, mat):367 if mat.OCT_specular.specular == "RGBspectrum":368 self.addRGBspectrum(id, "reflection", mat.specular_color)369 elif mat.OCT_specular.specular == "floattexture":370 self.addSpecularFloatTexture(id, mat)371 else:372 self.addTexture(id, mat, mat.OCT_specular, mat.OCT_specular.specular, "reflection")373 def addBump(self, id, mat):374 if mat.OCT_bump.bump == "none":375 self.addBumpNone(id, mat)376 else:377 self.addTexture(id, mat, mat.OCT_bump, mat.OCT_bump.bump, "bump")378 def addNormal(self, id, mat):379 if mat.OCT_normal.normal == "none":380 self.addNormalNone(id, mat)381 else:382 self.addTexture(id, mat, mat.OCT_normal, mat.OCT_normal.normal, "normal")383 def addOpacity(self, id, mat):384 if mat.OCT_opacity.opacity == "floattexture":385 self.addOpacityFloatTexture(id, mat)386 else:387 self.addTexture(id, mat, mat.OCT_opacity, mat.OCT_opacity.opacity, "opacity")388 def addEmission(self, id, mat):389 if mat.OCT_emitter_type == "null emission":390 self.addEmissionNull(id, mat)391 elif mat.OCT_emitter_type == "blackbody":392 self.addEmissionBlackBody(id, mat)393 else:394 self.addEmissionTexture(id, mat)395 def addRoughness(self, id, mat):396 if mat.OCT_roughness.roughness == "floattexture":397 self.addRoughnessFloatTexture(id, mat)398 else:399 self.addTexture(id, mat, mat.OCT_roughness, mat.OCT_roughness.roughness, "roughness")400 def addExternalMaterial(self, name, inputid):401 mat = self.addChild("NodePin", "")402 mat.addChild("typename", name)403 mat.addChild("id", str(inputid))404 mat.addChild("pintype", "20005")405 mat.addChild("hasinternalnodegraph", "false")406 def addMaterialDiffuse(self, mat):407 currentnewnodeid = 1408 currentnewnodepinconnectionid = 0409 nodes = self.addChild("nodes", "")410 Node = nodes.addChild("Node", "")411 Node.addChild("name", mat.name)412 Node.addChild("typename", "diffuse")413 Node.addChild("id", "1")414 Node.addChild("position", "0 0")415 inputnodepins = Node.addChild("inputnodepins", "")416 inputnodepins.addDiffuse(0, mat)417 inputnodepins.addTransmissionNone(1, mat)418 inputnodepins.addBump(2, mat)419 inputnodepins.addNormal(3, mat)420 inputnodepins.addOpacity(4, mat)421 inputnodepins.addSmooth(5, mat)422 inputnodepins.addEmission(6, mat)423 return 7, 0424 def addMaterialGlossy(self, mat):425 currentnewnodeid = 1426 currentnewnodepinconnectionid = 0427 nodes = self.addChild("nodes", "")428 Node = nodes.addChild("Node", "")429 Node.addChild("name", mat.name)430 Node.addChild("typename", "glossy")431 Node.addChild("id", "1")432 Node.addChild("position", "0 0")433 inputnodepins = Node.addChild("inputnodepins", "")434 inputnodepins.addDiffuse(0, mat)435 inputnodepins.addSpecular(1, mat)436 inputnodepins.addRoughness(2, mat)437 inputnodepins.addFilmWidth(3, mat)438 inputnodepins.addFilmIndex(4, mat)439 inputnodepins.addBump(5, mat)440 inputnodepins.addNormal(6, mat)441 inputnodepins.addOpacity(7, mat)442 inputnodepins.addSmooth(8, mat)443 return 9, 0444 def addMaterialSpecular(self, mat):445 currentnewnodeid = 1446 currentnewnodepinconnectionid = 0447 nodes = self.addChild("nodes", "")448 Node = nodes.addChild("Node", "")449 Node.addChild("name", mat.name)450 Node.addChild("typename", "specular")451 Node.addChild("id", "1")452 Node.addChild("position", "0 0")453 inputnodepins = Node.addChild("inputnodepins", "")454 inputnodepins.addReflection(0, mat)455 inputnodepins.addTransmission(1, mat)456 inputnodepins.addIndex(2, mat)457 inputnodepins.addFilmWidth(3, mat)458 inputnodepins.addFilmIndex(4, mat)459 inputnodepins.addBump(5, mat)460 inputnodepins.addNormal(6, mat)461 inputnodepins.addOpacity(7, mat)462 inputnodepins.addSmooth(8, mat)463 inputnodepins.addRoughness(9, mat)464 return 10, 0465 def addInternalMaterial(self, mat, inputid):466 nodemat = self.addChild("NodePin", "")467 nodemat.addChild("typename", mat.name)468 nodemat.addChild("id", str(inputid))469 nodemat.addChild("pintype", "20005")470 nodemat.addChild("hasinternalnodegraph", "true")471 # if mat.OCT_material_type == "glossy":472 nodemat.addChild("basenodeid", "1")473 # else:474 # nodemat.addChild("basenodeid","8")475 nodemat.addChild("basenodepinid", "0")476 internalnodegraph = nodemat.addChild("internalnodegraph", "")477 NodeGraph = internalnodegraph.addChild("NodeGraph", "")478 currentnewnodeid = 1479 currentnewnodepinconnectionid = 0480 NodeGraph.addChild("name", mat.name)481 NodeGraph.addChild("currentnewnodeid", str(currentnewnodeid))482 NodeGraph.addChild("currentnewnodepinconnectionid", str(currentnewnodepinconnectionid))483 if mat.OCT_material_type == "diffuse":484 currentnewnodeid, currentnewnodepinconnectionid = NodeGraph.addMaterialDiffuse(mat)485 elif mat.OCT_material_type == "glossy":486 currentnewnodeid, currentnewnodepinconnectionid = NodeGraph.addMaterialGlossy(mat)487 elif mat.OCT_material_type == "specular":488 currentnewnodeid, currentnewnodepinconnectionid = NodeGraph.addMaterialSpecular(mat)489 else:490 error("Shouldn't be there: unknown mat type")491 NodeGraph.addChild("nodepinconnections", "")492 NodeGraph.setChildValue("currentnewnodeid", str(currentnewnodeid))493 NodeGraph.setChildValue("currentnewnodepinconnectionid", str(currentnewnodepinconnectionid))494def ocsParse(OCSdata):495 rootElem = ocsElem(None, "", "")496 node = rootElem497 linenumber = 0498 for line in OCSdata:499 linenumber += 1500 line = line.lstrip()501 # print ("Processing line #%d: (%d) [%s]" % (linenumber,len(line),line))502 if len(line) == 0:503 # Empty line - skip504 # print ("Empty line")505 continue506 if line[-1] == "\n":507 line = line[:-1]508 if line[0] != "<":509 # Malformed line510 log("Unexpected line #%d: %s" % (linenumber, line))511 continue512 if line[1] == "/":513 # Line closing a tag - going back514 node = node.parent515 continue516 end = line.find(">")517 name = line[1:end]518 if len(line) == len(name) + 2:519 # No value : create child520 node = node.addChild(name, "")521 continue522 value = line[end + 1:]523 end = value.find("<")524 if end == -1:525 # Malformed line526 log("Unexpected line #%d: %s" % (linenumber, line))527 continue528 value = value[:end]529 node.addChild(name, value)530 return rootElem.children[0]531def ocsParseFile(fileName):532 file = open(fileName)533 if not file:534 return None535 header = file.readline()536 data = file.readlines()537 file.close()538 return ocsParse(data)539def ocsWriteFile(fileName, OCS):540 file = open(fileName, "w")541 file.write(ocs_header + "\n\n\n")542 OCS.write(file, 0)543 file.close...

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cgnstypes.py

Source:cgnstypes.py Github

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...33 def hasChild(self,ctype):34 for c in self.children:35 if (c[0]==ctype): return True36 return False37 def addChild(self,ctype,cname=UD,dtype=CK.MT,card=C_0N):38 if (type(cname)!=list): lname=[cname]39 else: lname=cname40 self.children.append((ctype,lname,dtype,card))41 def addParent(self,parent):42 self.parents.append(parent)43 def cardinality(self,childtype):44 for c in self.children:45 if (c[0]==childtype): return c[3]46 return C_0047 def isReservedName(self,name):48 for c in self.children:49 if (name in c[1]): return True50 return False51 def hasReservedNameType(self,name):52 nl=[]53 for c in self.children:54 if (name in c[1]): nl.append(c[0])55 return nl56cgt={}57# --------------------------------------------------------58t=CK.CGNSLibraryVersion_ts59cgt[t]=CGNStype(t,dtype=[CK.R4],names=[CK.CGNSLibraryVersion_s])60cgt[t].shape=(1,)61# --------------------------------------------------------62t=CK.Descriptor_ts63cgt[t]=CGNStype(t,dtype=[CK.C1])64cgt[t].shape=(0,)65# --------------------------------------------------------66t=CK.Ordinal_ts67cgt[t]=CGNStype(t,dtype=[CK.I4],names=[CK.Ordinal_s])68cgt[t].shape=(1,)69# --------------------------------------------------------70t=CK.DataClass_ts71cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.DataClass_s])72cgt[t].shape=(0,)73cgt[t].enumerate=CK.DataClass_l74# --------------------------------------------------------75t=CK.DimensionalUnits_ts76cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.DimensionalUnits_s])77cgt[t].shape=(32,5)78cgt[t].enumerate=CK.AllDimensionalUnits_l79cgt[t].addChild(CK.AdditionalUnits_ts,CK.AdditionalUnits_s)80# --------------------------------------------------------81t=CK.AdditionalUnits_ts82cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.AdditionalUnits_s])83cgt[t].shape=(32,3)84cgt[t].enumerate=CK.AllAdditionalUnits_l85# --------------------------------------------------------86t=CK.DataConversion_ts87cgt[t]=CGNStype(t,dtype=[CK.R4,CK.R8],names=[CK.DataConversion_s])88cgt[t].shape=(2,)89# --------------------------------------------------------90t=CK.DimensionalExponents_ts91cgt[t]=CGNStype(t,dtype=[CK.R4,CK.R8],names=[CK.DimensionalExponents_s])92cgt[t].shape=(5,)93# --------------------------------------------------------94t=CK.AdditionalExponents_ts95cgt[t]=CGNStype(t,dtype=[CK.R4,CK.R8],names=[CK.AdditionalExponents_s])96cgt[t].shape=(3,)97# --------------------------------------------------------98t=CK.DataArray_ts99cgt[t]=CGNStype(t,dtype=allDT)100cgt[t].addChild(CK.DimensionalExponents_ts,CK.DimensionalExponents_s)101cgt[t].addChild(CK.DataConversion_ts,CK.DataConversion_s)102cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)103cgt[t].addChild(CK.Descriptor_ts)104cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)105# --------------------------------------------------------106t=CK.Transform_ts107cgt[t]=CGNStype(t,dtype=[CK.I4],names=[CK.Transform_s])108cgt[t].shape=(0,)109t=CK.Transform_ts2110cgt[t]=CGNStype(t,dtype=[CK.I4],names=[CK.Transform_s])111cgt[t].shape=(0,)112# --------------------------------------------------------113t=CK.DiffusionModel_ts114cgt[t]=CGNStype(t,dtype=[CK.I4],names=[CK.DiffusionModel_s])115cgt[t].shape=(0,)116t=CK.DiffusionModel_ts2117cgt[t]=CGNStype(t,dtype=[CK.I4],names=[CK.DiffusionModel_s])118cgt[t].shape=(0,)119# --------------------------------------------------------120t=CK.InwardNormalIndex_ts121cgt[t]=CGNStype(t,dtype=[CK.I4],names=[CK.InwardNormalIndex_s])122cgt[t].shape=(0,)123t=CK.InwardNormalIndex_ts2124cgt[t]=CGNStype(t,dtype=[CK.I4],names=[CK.InwardNormalIndex_s])125cgt[t].shape=(0,)126# --------------------------------------------------------127t=CK.EquationDimension_ts128cgt[t]=CGNStype(t,dtype=[CK.I4],names=[CK.EquationDimension_s])129cgt[t].shape=(1,)130t=CK.EquationDimension_ts2131cgt[t]=CGNStype(t,dtype=[CK.I4],names=[CK.EquationDimension_s])132cgt[t].shape=(1,)133# --------------------------------------------------------134t=CK.GridLocation_ts135cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.GridLocation_s])136cgt[t].shape=(0,)137# --------------------------------------------------------138t=CK.Rind_ts139cgt[t]=CGNStype(t,dtype=[CK.I4,CK.I8],names=[CK.Rind_s])140cgt[t].shape=(0,)141# --------------------------------------------------------142t=CK.IndexRange_ts143cgt[t]=CGNStype(t,dtype=[CK.I4,CK.I8])144cgt[t].shape=(0,2)145cgt[t].names=[CK.PointRange_s,CK.PointRangeDonor_s,CK.ElementRange_s,UD]146# --------------------------------------------------------147t=CK.IndexArray_ts148cgt[t]=CGNStype(t,dtype=[CK.I4,CK.I8,CK.R4,CK.R8])149cgt[t].shape=(0,0)150cgt[t].names=[CK.PointList_s,CK.PointListDonor_s,CK.CellListDonor_s,151 CK.InwardNormalList_s,UD]152# --------------------------------------------------------153t=CK.ReferenceState_ts154cgt[t]=CGNStype(t,names=[CK.ReferenceState_s])155cgt[t].addChild(CK.Descriptor_ts)156cgt[t].addChild(CK.Descriptor_ts,CK.ReferenceStateDescription_s)157cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)158cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)159cgt[t].addChild(CK.DataArray_ts)160cgt[t].addChild(CK.UserDefinedData_ts)161# --------------------------------------------------------162t=CK.ConvergenceHistory_ts163cgt[t]=CGNStype(t,names=[CK.GlobalConvergenceHistory_s,164 CK.ZoneConvergenceHistory_s],dtype=[CK.I4])165cgt[t].shape=(1,)166cgt[t].addChild(CK.Descriptor_ts)167cgt[t].addChild(CK.Descriptor_ts,CK.NormDefinitions_s)168cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)169cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)170cgt[t].addChild(CK.DataArray_ts)171cgt[t].addChild(CK.UserDefinedData_ts)172# --------------------------------------------------------173t=CK.IntegralData_ts174cgt[t]=CGNStype(t)175cgt[t].addChild(CK.Descriptor_ts)176cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)177cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)178cgt[t].addChild(CK.DataArray_ts)179cgt[t].addChild(CK.UserDefinedData_ts)180# --------------------------------------------------------181t=CK.UserDefinedData_ts182cgt[t]=CGNStype(t)183cgt[t].addChild(CK.Descriptor_ts)184cgt[t].addChild(CK.GridLocation_ts,CK.GridLocation_s)185cgt[t].addChild(CK.IndexRange_ts,CK.PointRange_s)186cgt[t].addChild(CK.IndexArray_ts,CK.PointList_s)187cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)188cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)189cgt[t].addChild(CK.DataArray_ts)190cgt[t].addChild(CK.FamilyName_ts,[CK.FamilyName_s],card=C_01)191cgt[t].addChild(CK.AdditionalFamilyName_ts,card=C_0N)192cgt[t].addChild(CK.UserDefinedData_ts)193cgt[t].addChild(CK.Ordinal_ts,CK.Ordinal_s)194# --------------------------------------------------------195t=CK.Gravity_ts196cgt[t]=CGNStype(t)197cgt[t].addChild(CK.DataArray_ts,CK.GravityVector_s)198cgt[t].addChild(CK.Descriptor_ts)199cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)200cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)201cgt[t].addChild(CK.UserDefinedData_ts)202# --------------------------------------------------------203t=CK.FlowEquationSet_ts204cgt[t]=CGNStype(t,names=[CK.FlowEquationSet_s])205cgt[t].addChild(CK.GoverningEquations_ts,CK.GoverningEquations_s)206cgt[t].addChild(CK.EquationDimension_ts,CK.EquationDimension_s)207cgt[t].addChild(CK.GasModel_ts,CK.GasModel_s)208cgt[t].addChild(CK.ViscosityModel_ts,CK.ViscosityModel_s)209cgt[t].addChild(CK.ThermalRelaxationModel_ts,CK.ThermalRelaxationModel_s)210cgt[t].addChild(CK.ThermalConductivityModel_ts,CK.ThermalConductivityModel_s)211cgt[t].addChild(CK.TurbulenceModel_ts,CK.TurbulenceModel_s)212cgt[t].addChild(CK.TurbulenceClosure_ts,CK.TurbulenceClosure_s)213cgt[t].addChild(CK.ChemicalKineticsModel_ts,CK.ChemicalKineticsModel_s)214cgt[t].addChild(CK.EMMagneticFieldModel_ts,CK.EMMagneticFieldModel_s)215cgt[t].addChild(CK.EMElectricFieldModel_ts,CK.EMElectricFieldModel_s)216cgt[t].addChild(CK.EMConductivityModel_ts,CK.EMConductivityModel_s)217cgt[t].addChild(CK.Descriptor_ts)218cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)219cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)220cgt[t].addChild(CK.UserDefinedData_ts)221# --------------------------------------------------------222t=CK.GoverningEquations_ts223cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.GoverningEquations_s])224cgt[t].shape=(0,)225cgt[t].enumerate=CK.GoverningEquationsType_l226cgt[t].addChild(CK.Descriptor_ts)227cgt[t].addChild(CK.DiffusionModel_ts,CK.DiffusionModel_s)228cgt[t].addChild(CK.UserDefinedData_ts)229# --------------------------------------------------------230t=CK.GasModel_ts231cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.GasModel_s])232cgt[t].shape=(0,)233cgt[t].enumerate=CK.GasModelType_l234cgt[t].addChild(CK.Descriptor_ts)235cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)236cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)237cgt[t].addChild(CK.DataArray_ts)238cgt[t].addChild(CK.UserDefinedData_ts)239# --------------------------------------------------------240t=CK.ViscosityModel_ts241cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.ViscosityModel_s])242cgt[t].shape=(0,)243cgt[t].enumerate=CK.ViscosityModelType_l244cgt[t].addChild(CK.Descriptor_ts)245cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)246cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)247cgt[t].addChild(CK.DataArray_ts)248cgt[t].addChild(CK.UserDefinedData_ts)249# --------------------------------------------------------250t=CK.ThermalConductivityModel_ts251cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.ThermalConductivityModel_s])252cgt[t].shape=(0,)253cgt[t].enumerate=CK.ThermalConductivityModelType_l254cgt[t].addChild(CK.Descriptor_ts)255cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)256cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)257cgt[t].addChild(CK.DataArray_ts)258cgt[t].addChild(CK.UserDefinedData_ts)259# --------------------------------------------------------260t=CK.TurbulenceClosure_ts261cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.TurbulenceClosure_s])262cgt[t].shape=(0,)263cgt[t].enumerate=CK.TurbulenceClosureType_l264cgt[t].addChild(CK.Descriptor_ts)265cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)266cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)267cgt[t].addChild(CK.DataArray_ts)268cgt[t].addChild(CK.UserDefinedData_ts)269# --------------------------------------------------------270t=CK.TurbulenceModel_ts271cgt[t]=CGNStype(t)272cgt[t].datatype=[CK.C1]273cgt[t].shape=(0,)274cgt[t].enumerate=CK.TurbulenceModelType_l275cgt[t].addChild(CK.Descriptor_ts)276cgt[t].addChild(CK.DataArray_ts)277cgt[t].addChild(CK.UserDefinedData_ts)278cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)279cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)280cgt[t].addChild(CK.DiffusionModel_ts,CK.DiffusionModel_s)281# --------------------------------------------------------282t=CK.ThermalRelaxationModel_ts283cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.ThermalRelaxationModel_s])284cgt[t].shape=(0,)285cgt[t].enumerate=CK.ThermalRelaxationModelType_l286cgt[t].addChild(CK.Descriptor_ts)287cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)288cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)289cgt[t].addChild(CK.DataArray_ts)290cgt[t].addChild(CK.UserDefinedData_ts)291# --------------------------------------------------------292t=CK.ChemicalKineticsModel_ts293cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.ChemicalKineticsModel_s])294cgt[t].shape=(0,)295cgt[t].enumerate=CK.ChemicalKineticsModelType_l296cgt[t].addChild(CK.Descriptor_ts)297cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)298cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)299cgt[t].addChild(CK.DataArray_ts)300cgt[t].addChild(CK.UserDefinedData_ts)301# --------------------------------------------------------302t=CK.EMElectricFieldModel_ts303cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.EMElectricFieldModel_s])304cgt[t].shape=(0,)305cgt[t].enumerate=CK.EMElectricFieldModelType_l306cgt[t].addChild(CK.Descriptor_ts)307cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)308cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)309cgt[t].addChild(CK.DataArray_ts)310cgt[t].addChild(CK.UserDefinedData_ts)311# --------------------------------------------------------312t=CK.EMMagneticFieldModel_ts313cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.EMMagneticFieldModel_s])314cgt[t].shape=(0,)315cgt[t].enumerate=CK.EMMagneticFieldModelType_l316cgt[t].addChild(CK.Descriptor_ts)317cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)318cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)319cgt[t].addChild(CK.DataArray_ts)320cgt[t].addChild(CK.UserDefinedData_ts)321# --------------------------------------------------------322t=CK.EMConductivityModel_ts323cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.EMConductivityModel_s])324cgt[t].shape=(0,)325cgt[t].enumerate=CK.EMConductivityModelType_l326cgt[t].addChild(CK.Descriptor_ts)327cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)328cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)329cgt[t].addChild(CK.DataArray_ts)330cgt[t].addChild(CK.UserDefinedData_ts)331# --------------------------------------------------------332t=CK.ZoneType_ts333cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.ZoneType_s])334cgt[t].shape=(0,)335cgt[t].enumerate=CK.ZoneType_l336# --------------------------------------------------------337t=CK.SimulationType_ts338cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.SimulationType_s])339cgt[t].shape=(0,)340cgt[t].enumerate=CK.SimulationType_l341# --------------------------------------------------------342t=CK.GridConnectivityType_ts343cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.GridConnectivityType_s])344cgt[t].shape=(0,)345cgt[t].enumerate=CK.GridConnectivityType_l346# --------------------------------------------------------347t=CK.Family_ts348cgt[t]=CGNStype(t)349cgt[t].addChild(CK.Descriptor_ts)350cgt[t].addChild(CK.Ordinal_ts,CK.Ordinal_s)351cgt[t].addChild(CK.FamilyBC_ts)352cgt[t].addChild(CK.GeometryReference_ts)353cgt[t].addChild(CK.RotatingCoordinates_ts,CK.RotatingCoordinates_s)354cgt[t].addChild(CK.UserDefinedData_ts)355# --------------------------------------------------------356t=CK.FamilyName_ts357cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.FamilyName_s])358cgt[t].shape=(0,)359# --------------------------------------------------------360t=CK.AdditionalFamilyName_ts361cgt[t]=CGNStype(t,dtype=[CK.C1])362cgt[t].shape=(0,)363# --------------------------------------------------------364t=CK.FamilyBC_ts365cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.FamilyBC_s])366cgt[t].shape=(0,)367cgt[t].enumerate=CK.BCType_l368cgt[t].addChild(CK.BCDataSet_ts)369# --------------------------------------------------------370t=CK.GeometryReference_ts371cgt[t]=CGNStype(t)372cgt[t].addChild(CK.Descriptor_ts)373cgt[t].addChild(CK.GeometryFile_ts,CK.GeometryFile_s)374cgt[t].addChild(CK.GeometryFormat_ts,CK.GeometryFormat_s)375cgt[t].addChild(CK.GeometryEntity_ts)376cgt[t].addChild(CK.UserDefinedData_ts)377# --------------------------------------------------------378t=CK.GeometryFile_ts379cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.GeometryFile_s])380cgt[t].shape=(0,)381# --------------------------------------------------------382t=CK.GeometryFormat_ts383cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.GeometryFormat_s])384cgt[t].shape=(0,)385# --------------------------------------------------------386t=CK.GeometryEntity_ts387cgt[t]=CGNStype(t)388# --------------------------------------------------------389t=CK.CGNSTree_ts390cgt[t]=CGNStype(t,names=[CK.CGNSTree_s,UD])391cgt[t].addChild(CK.CGNSLibraryVersion_ts,[CK.CGNSLibraryVersion_s],card=C_11)392cgt[t].addChild(CK.CGNSBase_ts,card=C_0N)393# --------------------------------------------------------394t=CK.CGNSBase_ts395cgt[t]=CGNStype(t,dtype=[CK.I4])396cgt[t].shape=(0,0)397cgt[t].addChild(CK.Zone_ts,card=C_0N)398cgt[t].addChild(CK.SimulationType_ts,[CK.SimulationType_s],card=C_01)399cgt[t].addChild(CK.BaseIterativeData_ts,card=C_01)400cgt[t].addChild(CK.IntegralData_ts,card=C_0N)401cgt[t].addChild(CK.ConvergenceHistory_ts,[CK.GlobalConvergenceHistory_s],card=C_01)402cgt[t].addChild(CK.Family_ts,card=C_0N)403cgt[t].addChild(CK.FlowEquationSet_ts,[CK.FlowEquationSet_s],card=C_01)404cgt[t].addChild(CK.ReferenceState_ts,[CK.ReferenceState_s],card=C_01)405cgt[t].addChild(CK.Axisymmetry_ts,[CK.Axisymmetry_s],card=C_01)406cgt[t].addChild(CK.RotatingCoordinates_ts,[CK.RotatingCoordinates_s],card=C_01)407cgt[t].addChild(CK.Gravity_ts,[CK.Gravity_s],card=C_01)408cgt[t].addChild(CK.DataClass_ts,[CK.DataClass_s],card=C_01)409cgt[t].addChild(CK.DimensionalUnits_ts,[CK.DimensionalUnits_s],card=C_01)410cgt[t].addChild(CK.Descriptor_ts,card=C_0N)411cgt[t].addChild(CK.UserDefinedData_ts,card=C_0N)412# --------------------------------------------------------413t=CK.Zone_ts414cgt[t]=CGNStype(t,dtype=[CK.I4,CK.I8])415cgt[t].shape=(0,3)416cgt[t].addChild(CK.GridCoordinates_ts,card=C_0N)417cgt[t].addChild(CK.DiscreteData_ts,card=C_0N)418cgt[t].addChild(CK.Elements_ts,card=C_0N)419cgt[t].addChild(CK.ZoneBC_ts,CK.ZoneBC_s,card=C_01)420cgt[t].addChild(CK.FlowSolution_ts,card=C_0N)421cgt[t].addChild(CK.ZoneSubRegion_ts,card=C_0N)422cgt[t].addChild(CK.ZoneType_ts,CK.ZoneType_s,card=C_11)423cgt[t].addChild(CK.Ordinal_ts,CK.Ordinal_s,card=C_01)424cgt[t].addChild(CK.ZoneGridConnectivity_ts,CK.ZoneGridConnectivity_s,card=C_01)425cgt[t].addChild(CK.ZoneIterativeData_ts,card=C_01)426cgt[t].addChild(CK.RigidGridMotion_ts,card=C_0N)427cgt[t].addChild(CK.ReferenceState_ts,CK.ReferenceState_s,card=C_01)428cgt[t].addChild(CK.IntegralData_ts,card=C_0N)429cgt[t].addChild(CK.ArbitraryGridMotion_ts,card=C_0N)430cgt[t].addChild(CK.FamilyName_ts,CK.FamilyName_s,card=C_01)431cgt[t].addChild(CK.AdditionalFamilyName_ts,card=C_0N)432cgt[t].addChild(CK.FlowEquationSet_ts,CK.FlowEquationSet_s,card=C_01)433cgt[t].addChild(CK.ConvergenceHistory_ts,CK.ZoneConvergenceHistory_s,card=C_01)434cgt[t].addChild(CK.RotatingCoordinates_ts,CK.RotatingCoordinates_s,card=C_01)435cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s,card=C_01)436cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s,card=C_01)437cgt[t].addChild(CK.Descriptor_ts,card=C_0N)438cgt[t].addChild(CK.UserDefinedData_ts,card=C_0N)439# --------------------------------------------------------440t=CK.GridCoordinates_ts441cgt[t]=CGNStype(t,names=[CK.GridCoordinates_s,UD])442cgt[t].addChild(CK.DataArray_ts,card=C_0N)443cgt[t].addChild(CK.Rind_ts,CK.Rind_s,card=C_01)444cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s,card=C_01)445cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s,card=C_01)446cgt[t].addChild(CK.Descriptor_ts,card=C_0N)447cgt[t].addChild(CK.UserDefinedData_ts,card=C_0N)448# --------------------------------------------------------449t=CK.ZoneSubRegion_ts450cgt[t]=CGNStype(t,dtype=[CK.I4])451cgt[t].shape=(1,)452cgt[t].addChild(CK.GridLocation_ts,CK.GridLocation_s)453cgt[t].addChild(CK.IndexRange_ts,CK.PointRange_s,card=C_01)454cgt[t].addChild(CK.IndexArray_ts,CK.PointList_s,card=C_01)455cgt[t].addChild(CK.FamilyName_ts,CK.FamilyName_s,card=C_01)456cgt[t].addChild(CK.AdditionalFamilyName_ts,card=C_0N)457cgt[t].addChild(CK.DataArray_ts,card=C_0N)458cgt[t].addChild(CK.Rind_ts,CK.Rind_s,card=C_01)459cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s,card=C_01)460cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s,card=C_01)461cgt[t].addChild(CK.Descriptor_ts,[CK.BCRegionName_s,CK.GridConnectivityRegionName_s],card=C_0N)462cgt[t].addChild(CK.UserDefinedData_ts,card=C_0N)463# --------------------------------------------------------464t=CK.Elements_ts465cgt[t]=CGNStype(t,dtype=[CK.I4])466cgt[t].shape=(2,)467cgt[t].addChild(CK.IndexRange_ts,CK.PointRange_s)468cgt[t].addChild(CK.IndexArray_ts,CK.PointList_s)469cgt[t].addChild(CK.DataArray_ts,CK.ElementConnectivity_s,card=C_0N)470cgt[t].addChild(CK.DataArray_ts,CK.ParentElements_s,card=C_01)471cgt[t].addChild(CK.DataArray_ts,CK.ParentElementsPosition_s,card=C_01)472cgt[t].addChild(CK.DataArray_ts,CK.ParentData_s,card=C_01)473cgt[t].addChild(CK.Rind_ts,CK.Rind_s,card=C_01)474cgt[t].addChild(CK.Descriptor_ts,card=C_0N)475cgt[t].addChild(CK.UserDefinedData_ts,card=C_0N)476# --------------------------------------------------------477t=CK.Axisymmetry_ts478cgt[t]=CGNStype(t,names=[CK.Axisymmetry_s])479cgt[t].addChild(CK.DataArray_ts,CK.AxisymmetryReferencePoint_s)480cgt[t].addChild(CK.DataArray_ts,CK.AxisymmetryAxisVector_s)481cgt[t].addChild(CK.DataArray_ts,CK.AxisymmetryAngle_s)482cgt[t].addChild(CK.DataArray_ts,CK.CoordinateNames_s)483cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)484cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)485cgt[t].addChild(CK.Descriptor_ts)486cgt[t].addChild(CK.UserDefinedData_ts)487# --------------------------------------------------------488t=CK.RotatingCoordinates_ts489cgt[t]=CGNStype(t,names=[CK.RotatingCoordinates_s])490cgt[t].addChild(CK.DataArray_ts,CK.RotationCenter_s)491cgt[t].addChild(CK.DataArray_ts,CK.RotationRateVector_s)492cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)493cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)494cgt[t].addChild(CK.Descriptor_ts)495cgt[t].addChild(CK.UserDefinedData_ts)496# --------------------------------------------------------497t=CK.FlowSolution_ts498cgt[t]=CGNStype(t)499cgt[t].addChild(CK.GridLocation_ts,CK.GridLocation_s)500cgt[t].addChild(CK.DataArray_ts)501cgt[t].addChild(CK.Rind_ts,CK.Rind_s)502cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)503cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)504cgt[t].addChild(CK.Descriptor_ts)505cgt[t].addChild(CK.UserDefinedData_ts)506# --------------------------------------------------------507t=CK.DiscreteData_ts508cgt[t]=CGNStype(t)509cgt[t].addChild(CK.GridLocation_ts,CK.GridLocation_s)510cgt[t].addChild(CK.DataArray_ts)511cgt[t].addChild(CK.Rind_ts,CK.Rind_s)512cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)513cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)514cgt[t].addChild(CK.Descriptor_ts)515cgt[t].addChild(CK.UserDefinedData_ts)516# --------------------------------------------------------517t=CK.ZoneBC_ts518cgt[t]=CGNStype(t,names=[CK.ZoneBC_s])519cgt[t].addChild(CK.BC_ts)520cgt[t].addChild(CK.ReferenceState_ts,CK.ReferenceState_s)521cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)522cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)523cgt[t].addChild(CK.Descriptor_ts)524cgt[t].addChild(CK.UserDefinedData_ts)525# --------------------------------------------------------526t=CK.BCProperty_ts527cgt[t]=CGNStype(t,names=[CK.BCProperty_s])528cgt[t].addChild(CK.Descriptor_ts)529cgt[t].addChild(CK.UserDefinedData_ts)530cgt[t].addChild(CK.WallFunction_ts,CK.WallFunction_s)531cgt[t].addChild(CK.Area_ts,CK.Area_s)532# --------------------------------------------------------533t=CK.BCData_ts534cgt[t]=CGNStype(t,names=[CK.DirichletData_s,CK.NeumannData_s])535cgt[t].addChild(CK.DataArray_ts)536cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)537cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)538cgt[t].addChild(CK.Descriptor_ts)539cgt[t].addChild(CK.UserDefinedData_ts)540# --------------------------------------------------------541t=CK.BCDataSet_ts542cgt[t]=CGNStype(t,dtype=[CK.C1])543cgt[t].enumerate=CK.BCTypeSimple_l544cgt[t].addChild(CK.BCData_ts,CK.NeumannData_s)545cgt[t].addChild(CK.BCData_ts,CK.DirichletData_s)546cgt[t].addChild(CK.GridLocation_ts,CK.GridLocation_s)547cgt[t].addChild(CK.IndexRange_ts,CK.PointRange_s)548cgt[t].addChild(CK.IndexArray_ts,CK.PointList_s)549cgt[t].addChild(CK.Descriptor_ts)550cgt[t].addChild(CK.ReferenceState_ts,CK.ReferenceState_s)551cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)552cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)553cgt[t].addChild(CK.UserDefinedData_ts)554# --------------------------------------------------------555t=CK.BC_ts556cgt[t]=CGNStype(t,dtype=[CK.C1])557cgt[t].enumerate=CK.BCType_l558cgt[t].shape=(0,)559cgt[t].addChild(CK.ReferenceState_ts,CK.ReferenceState_s)560cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)561cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)562cgt[t].addChild(CK.Descriptor_ts)563cgt[t].addChild(CK.UserDefinedData_ts)564cgt[t].addChild(CK.Ordinal_ts,CK.Ordinal_s)565cgt[t].addChild(CK.FamilyName_ts,CK.FamilyName_s)566cgt[t].addChild(CK.AdditionalFamilyName_ts,card=C_0N)567cgt[t].addChild(CK.IndexArray_ts,CK.InwardNormalList_s)568cgt[t].addChild(CK.BCDataSet_ts)569cgt[t].addChild(CK.InwardNormalIndex_ts,CK.InwardNormalIndex_s)570cgt[t].addChild(CK.IndexArray_ts,CK.ElementList_s)571cgt[t].addChild(CK.IndexArray_ts,CK.PointList_s)572cgt[t].addChild(CK.IndexRange_ts,CK.ElementRange_s)573cgt[t].addChild(CK.IndexRange_ts,CK.PointRange_s)574cgt[t].addChild(CK.GridLocation_ts,CK.GridLocation_s)575cgt[t].addChild(CK.BCProperty_ts,CK.BCProperty_s)576# --------------------------------------------------------577t=CK.ArbitraryGridMotionType_ts578cgt[t]=CGNStype(t,dtype=[CK.C1],579 names=[CK.ArbitraryGridMotionType_s])580cgt[t].shape=(0,)581# --------------------------------------------------------582t=CK.RigidGridMotionType_ts583cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.RigidGridMotionType_s])584cgt[t].shape=(0,)585# --------------------------------------------------------586t=CK.WallFunctionType_ts587cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.WallFunctionType_s])588cgt[t].shape=(0,)589# --------------------------------------------------------590t=CK.WallFunction_ts591cgt[t]=CGNStype(t,names=[CK.WallFunction_s])592cgt[t].addChild(CK.Descriptor_ts)593cgt[t].addChild(CK.UserDefinedData_ts)594cgt[t].addChild(CK.WallFunctionType_ts,CK.WallFunctionType_s)595# --------------------------------------------------------596t=CK.AreaType_ts597cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.AreaType_s])598cgt[t].shape=(0,)599# --------------------------------------------------------600t=CK.Area_ts601cgt[t]=CGNStype(t,names=[CK.Area_s])602cgt[t].addChild(CK.Descriptor_ts)603cgt[t].addChild(CK.UserDefinedData_ts)604cgt[t].addChild(CK.AreaType_ts,CK.AreaType_s)605cgt[t].addChild(CK.DataArray_ts,CK.SurfaceArea_s)606cgt[t].addChild(CK.DataArray_ts,CK.RegionName_s)607# --------------------------------------------------------608t=CK.BaseIterativeData_ts609cgt[t]=CGNStype(t,dtype=[CK.I4])610cgt[t].shape=(1,)611cgt[t].addChild(CK.DataClass_ts,[CK.DataClass_s],card=C_01)612cgt[t].addChild(CK.DimensionalUnits_ts,[CK.DimensionalUnits_s],card=C_01)613cgt[t].addChild(CK.Descriptor_ts)614cgt[t].addChild(CK.UserDefinedData_ts)615cgt[t].addChild(CK.DataArray_ts)616# --------------------------------------------------------617t=CK.ZoneIterativeData_ts618cgt[t]=CGNStype(t)619cgt[t].addChild(CK.DataClass_ts,[CK.DataClass_s],card=C_01)620cgt[t].addChild(CK.DimensionalUnits_ts,[CK.DimensionalUnits_s],card=C_01)621cgt[t].addChild(CK.Descriptor_ts)622cgt[t].addChild(CK.UserDefinedData_ts)623cgt[t].addChild(CK.DataArray_ts,[CK.RigidGridMotionPointers_s,624 CK.ArbitraryGridMotionPointers_s,625 CK.FlowSolutionPointers_s,626 CK.ZoneGridConnectivityPointers_s,627 CK.ZoneSubRegionPointers_s])628# --------------------------------------------------------629t=CK.RigidGridMotion_ts630cgt[t]=CGNStype(t,dtype=[CK.C1])631cgt[t].shape=(0,)632cgt[t].enumerate=CK.RigidGridMotionType_l633cgt[t].addChild(CK.DataClass_ts,[CK.DataClass_s],card=C_01)634cgt[t].addChild(CK.DimensionalUnits_ts,[CK.DimensionalUnits_s],card=C_01)635cgt[t].addChild(CK.Descriptor_ts)636cgt[t].addChild(CK.UserDefinedData_ts)637cgt[t].addChild(CK.DataArray_ts,[CK.OriginLocation_s,638 CK.RigidRotationAngle_s,639 CK.RigidRotationRate_s,640 CK.RigidVelocity_s])641# --------------------------------------------------------642t=CK.ArbitraryGridMotion_ts643cgt[t]=CGNStype(t,dtype=[CK.C1])644cgt[t].shape=(0,)645cgt[t].enumerate=CK.ArbitraryGridMotionType_l646cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)647cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)648cgt[t].addChild(CK.Descriptor_ts)649cgt[t].addChild(CK.UserDefinedData_ts)650cgt[t].addChild(CK.GridLocation_ts,CK.GridLocation_s)651cgt[t].addChild(CK.Rind_ts,CK.Rind_s)652cgt[t].addChild(CK.DataArray_ts)653# --------------------------------------------------------654t=CK.ZoneGridConnectivity_ts655cgt[t]=CGNStype(t,names=[CK.ZoneGridConnectivity_s])656cgt[t].addChild(CK.GridConnectivity1to1_ts)657cgt[t].addChild(CK.GridConnectivity_ts)658cgt[t].addChild(CK.OversetHoles_ts)659cgt[t].addChild(CK.Descriptor_ts)660cgt[t].addChild(CK.UserDefinedData_ts)661# --------------------------------------------------------662t=CK.GridConnectivityProperty_ts663cgt[t]=CGNStype(t,names=[CK.GridConnectivityProperty_s])664cgt[t].addChild(CK.Descriptor_ts)665cgt[t].addChild(CK.UserDefinedData_ts)666cgt[t].addChild(CK.Periodic_ts,CK.Periodic_s)667cgt[t].addChild(CK.AverageInterface_ts,CK.AverageInterface_s)668# --------------------------------------------------------669t=CK.Periodic_ts670cgt[t]=CGNStype(t,names=[CK.Periodic_s])671cgt[t].addChild(CK.DataClass_ts,CK.DataClass_s)672cgt[t].addChild(CK.DimensionalUnits_ts,CK.DimensionalUnits_s)673cgt[t].addChild(CK.Descriptor_ts)674cgt[t].addChild(CK.UserDefinedData_ts)675cgt[t].addChild(CK.DataArray_ts,CK.RotationCenter_s)676cgt[t].addChild(CK.DataArray_ts,CK.RotationAngle_s)677cgt[t].addChild(CK.DataArray_ts,CK.Translation_s)678# --------------------------------------------------------679t=CK.AverageInterfaceType_ts680cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.AverageInterfaceType_s])681cgt[t].shape=(0,)682# --------------------------------------------------------683t=CK.AverageInterface_ts684cgt[t]=CGNStype(t,names=[CK.AverageInterface_s])685cgt[t].addChild(CK.Descriptor_ts)686cgt[t].addChild(CK.UserDefinedData_ts)687cgt[t].addChild(CK.AverageInterfaceType_ts,CK.AverageInterfaceType_s)688# --------------------------------------------------------689t=CK.GridConnectivity1to1_ts690cgt[t]=CGNStype(t,dtype=[CK.C1])691cgt[t].shape=(0,)692cgt[t].addChild(CK.Transform_ts,CK.Transform_s)693cgt[t].addChild(CK.IntIndexDimension_ts,CK.Transform_s)694cgt[t].addChild(CK.Transform_ts2,CK.Transform_s)695cgt[t].addChild(CK.IndexRange_ts,CK.PointRange_s)696cgt[t].addChild(CK.IndexRange_ts,CK.PointRangeDonor_s)697cgt[t].addChild(CK.Ordinal_ts,CK.Ordinal_s)698cgt[t].addChild(CK.GridConnectivityProperty_ts,CK.GridConnectivityProperty_s)699cgt[t].addChild(CK.Descriptor_ts)700cgt[t].addChild(CK.UserDefinedData_ts)701# --------------------------------------------------------702t=CK.GridConnectivityType_ts703cgt[t]=CGNStype(t,dtype=[CK.C1],names=[CK.GridConnectivityType_s])704cgt[t].shape=(0,)705# --------------------------------------------------------706t=CK.GridConnectivity_ts707cgt[t]=CGNStype(t,dtype=[CK.C1])708cgt[t].shape=(0,)709cgt[t].addChild(CK.GridLocation_ts,CK.GridLocation_s)710cgt[t].addChild(CK.Ordinal_ts,CK.Ordinal_s)711cgt[t].addChild(CK.Descriptor_ts)712cgt[t].addChild(CK.IndexRange_ts,CK.PointRange_s)713cgt[t].addChild(CK.IndexArray_ts,CK.PointList_s)714cgt[t].addChild(CK.IndexArray_ts,CK.PointListDonor_s)715cgt[t].addChild(CK.IndexArray_ts,CK.CellListDonor_s)716cgt[t].addChild(CK.GridConnectivityProperty_ts,CK.GridConnectivityProperty_s)717cgt[t].addChild(CK.GridConnectivityType_ts,CK.GridConnectivityType_s)718cgt[t].addChild(CK.DataArray_ts,CK.InterpolantsDonor_s)719cgt[t].addChild(CK.UserDefinedData_ts)720# --------------------------------------------------------721t=CK.OversetHoles_ts722cgt[t]=CGNStype(t)723cgt[t].addChild(CK.Descriptor_ts)724cgt[t].addChild(CK.IndexArray_ts,CK.PointList_s)725cgt[t].addChild(CK.GridLocation_ts,CK.GridLocation_s)726cgt[t].addChild(CK.IndexRange_ts)727cgt[t].addChild(CK.UserDefinedData_ts)728# --------------------------------------------------------729types=cgt730tk=types.keys()731tk.sort()732for pk in tk:733 for ck in tk:734 if ((ck!=pk) and (types[pk].hasChild(ck))):735 types[ck].addParent(pk)736 ...

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compare.py

Source:compare.py Github

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...28 #reference to related object29 self._ref = ref30 self._changes = changes31 self._children = []32 def addChild(self, child):33 self._children.append(child)34def propagateChanges(res):35 change = 036 for child in res._children:37 change += propagateChanges(child)38 if change != 0:39 res._result = "changed"40 if res._result != "equal":41 return 142 else:43 return 044def compareDb(db1, db2, ignore = None):45 result = compareResult() 46 for f1 in db1._fl._list:47 f2 = db2.frameById(f1._Id)48 if f2 is None:49 result.addChild(compareResult("deleted", "FRAME", f1))50 else:51 result.addChild(compareFrame(f1, f2, ignore))52 for f2 in db2._fl._list:53 f1 = db1.frameById(f2._Id)54 if f1 is None:55 result.addChild(compareResult("added", "FRAME", f2))56 if ignore is not None and "ATTRIBUTE" in ignore and ignore["ATTRIBUTE"] == "*":57 pass58 else:59 result.addChild(compareAttributes(db1, db2, ignore))60 61 for bu1 in db1._BUs._list:62 bu2 = db2.boardUnitByName(bu1._name)63 if bu2 is None:64 result.addChild(compareResult("deleted", "ecu", bu1))65 else:66 result.addChild(compareBu(bu1, bu2, ignore))67 for bu2 in db2._BUs._list:68 bu1 = db1.boardUnitByName(bu2._name)69 if bu1 is None:70 result.addChild(compareResult("added", "ecu", bu2))71 72 if ignore is not None and "DEFINE" in ignore and ignore["DEFINE"] == "*":73 pass74 else:75 result.addChild(compareDefineList(db1._globalDefines, db2._globalDefines))76 temp = compareDefineList(db1._buDefines, db2._buDefines)77 temp._type = "ECU Defines"78 result.addChild(temp)79 temp = compareDefineList(db1._frameDefines, db2._frameDefines)80 temp._type = "Frame Defines"81 result.addChild(temp)82 temp = compareDefineList(db1._signalDefines, db2._signalDefines)83 temp._type = "Signal Defines"84 result.addChild(temp)85 for vt1 in db1._valueTables:86 if vt1 not in db2._valueTables:87 result.addChild(compareResult("deleted", "valuetable " + vt1, db1._valueTables))88 else:89 result.addChild(compareValueTable(db1._valueTables[vt1], db2._valueTables[vt1]))90 91 92 for vt2 in db2._valueTables:93 if vt2 not in db1._valueTables:94 result.addChild(compareResult("added", "valuetable " + vt2, db2._valueTables))95 propagateChanges(result)96 return result97def compareValueTable(vt1, vt2):98 result = compareResult("equal", "Valuetable", vt1)99 for value in vt1:100 if value not in vt2:101 result.addChild(compareResult("removed", "Value " + str(value), vt1[value]))102 elif vt1[value] != vt2[value]:103 result.addChild(compareResult("changed", "Value " + str(value) + " " + str(vt1[value]), [vt1[value], vt2[value]])) 104 for value in vt2:105 if value not in vt1:106 result.addChild(compareResult("added", "Value " + str(value), vt2[value]))107 return result108def compareSignalGroup(sg1, sg2):109 result = compareResult("equal", "SignalGroup", sg1)110 if sg1._name != sg2._name:111 result.addChild(compareResult("changed", "SignalName", [sg1._name, sg2._name] ))112 if sg1._Id != sg2._Id:113 result.addChild(compareResult("changed", "SignalName", [str(sg1._Id), str(sg2._Id)] ))114 if sg1._members == None or sg2._members == None:115 print "Strange - sg wo members???"116 return result117 for member in sg1._members:118 if sg2.byName(member._name) is None:119 result.addChild(compareResult("deleted", str(member._name), member))120 for member in sg2._members:121 if sg1.byName(member._name) is None:122 result.addChild(compareResult("added", str(member._name), member))123 return result 124 125def compareDefineList(d1list, d2list):126 result = compareResult("equal", "DefineList", d1list)127 for definition in d1list:128 if definition not in d2list:129 result.addChild(compareResult("deleted", "Define" + str(definition), d1list))130 else:131 d2 = d2list[definition]132 d1 = d1list[definition]133 if d1._definition != d2._definition:134 result.addChild(compareResult("changed", "Definition", d1._definition, [d1._definition, d2._definition] ))135 if d1._defaultValue != d2._defaultValue:136 result.addChild(compareResult("changed", "DefaultValue", d1._definition, [d1._defaultValue, d2._defaultValue] ))137 for definition in d2list:138 if definition not in d1list:139 result.addChild(compareResult("added", "Define" + str(definition), d2list))140 return result141 142def compareAttributes(ele1, ele2, ignore = None):143 result = compareResult("equal", "ATTRIBUTES", ele1) 144 if ignore is not None and "ATTRIBUTE" in ignore and (ignore["ATTRIBUTE"] == "*" or ignore["ATTRIBUTE"] == ele1): 145 return result 146 for attribute in ele1._attributes:147 if attribute not in ele2._attributes:148 result.addChild(compareResult("deleted", str(attribute), ele1._attributes[attribute]))149 elif ele1._attributes[attribute] != ele2._attributes[attribute]:150 result.addChild(compareResult("changed", str(attribute), ele1._attributes[attribute], [ ele1._attributes[attribute] , ele2._attributes[attribute]] ))151 for attribute in ele2._attributes:152 if attribute not in ele1._attributes:153 result.addChild(compareResult("added", str(attribute), ele2._attributes[attribute]))154 return result155 156def compareBu(bu1, bu2, ignore=None):157 result = compareResult("equal", "ECU", bu1)158 if bu1._comment != bu2._comment:159 result.addChild(compareResult("changed", "ECU", bu1, [ bu1._comment, bu2._comment]))160 if ignore is not None and "ATTRIBUTE" in ignore and ignore["ATTRIBUTE"] == "*":161 pass162 else:163 result.addChild(compareAttributes(bu1, bu2, ignore))164 return result165 166def compareFrame(f1, f2, ignore= None):167 result = compareResult("equal", "FRAME", f1)168 for s1 in f1._signals:169 s2 = f2.signalByName(s1._name)170 if not s2:171 result.addChild(compareResult("deleted", "SIGNAL", s1))172 else:173 result.addChild(compareSignal(s1, s2, ignore))174 if f1._name != f2._name:175 result.addChild(compareResult("changed", "Name", f1, [f1._name, f2._name]))176 if f1._Size != f2._Size:177 result.addChild(compareResult("changed", "dlc", f1, ["dlc: %d" % f1._Size, "dlc: %d" % f2._Size]))178 if f1._extended != f2._extended:179 result.addChild(compareResult("changed", "FRAME", f1, ["extended-Flag: %d" % f1._extended, "extended-Flag: %d" % f2._extended]))180 if f2._comment == None:181 f2._comment = "" 182 if f1._comment == None:183 f1._comment = "" 184 if f1._comment != f2._comment:185 result.addChild(compareResult("changed", "FRAME", f1, ["comment: " + f1._comment , "comment: " + f2._comment]))186 187 for s2 in f2._signals:188 s1 = f1.signalByName(s2._name)189 if not s1:190 result.addChild(compareResult("added", "SIGNAL", s2))191 if ignore is not None and "ATTRIBUTE" in ignore and ignore["ATTRIBUTE"] == "*": 192 pass193 else:194 result.addChild(compareAttributes(f1, f2, ignore))195 for transmitter in f1._Transmitter:196 if transmitter not in f2._Transmitter:197 result.addChild(compareResult("removed", "Frame-Transmitter", f1))198 for transmitter in f2._Transmitter:199 if transmitter not in f1._Transmitter:200 result.addChild(compareResult("added", "Frame-Transmitter", f2))201 for sg1 in f1._SignalGroups:202 sg2 = f2.signalGroupbyName(sg1._name)203 if sg2 is None:204 result.addChild(compareResult("removed", "Signalgroup", sg1))205 else:206 result.addChild(compareSignalGroup(sg1,sg2))207 for sg2 in f2._SignalGroups:208 if f1.signalGroupbyName(sg2._name) is None:209 result.addChild(compareResult("added", "Signalgroup", sg1))210 return result211def compareSignal(s1,s2, ignore = None):212 result = compareResult("equal", "SIGNAL", s1)213 if s1._startbit != s2._startbit:214 result.addChild(compareResult("changed", "startbit", s1, [" %d" % s1._startbit, " %d" % s2._startbit]))215 if s1._signalsize != s2._signalsize:216 result.addChild(compareResult("changed", "signalsize", s1, [" %d" % s1._signalsize, " %d" % s2._signalsize]))217 if s1._factor != s2._factor:218 result.addChild(compareResult("changed", "factor", s1, [s1._factor, s2._factor]))219 if s1._offset != s2._offset:220 result.addChild(compareResult("changed", "offset", s1, [ s1._offset, s2._offset]))221 if s1._min != s2._min:222 result.addChild(compareResult("changed", "min", s1, [ s1._min, s2._min]))223 if s1._max != s2._max:224 result.addChild(compareResult("changed", "max", s1, [ s1._max, s2._max]))225 if s1._byteorder != s2._byteorder:226 result.addChild(compareResult("changed", "byteorder", s1, [" %d" % s1._byteorder, " %d" % s2._byteorder]))227 if s1._valuetype != s2._valuetype:228 result.addChild(compareResult("changed", "valuetype", s1, [" %d" % s1._valuetype, " %d" % s2._valuetype]))229 if s1._multiplex != s2._multiplex:230 result.addChild(compareResult("changed", "multiplex", s1, [str(s1._multiplex), str(s2._multiplex)]))231 if s1._unit != s2._unit:232 result.addChild(compareResult("changed", "unit", s1, [ s1._unit, s2._unit]))233 if s1._comment is not None and s2._comment is not None and s1._comment != s2._comment:234 if s1._comment.replace("\n"," ") != s2._comment.replace("\n"," "):235 result.addChild(compareResult("changed", "comment", s1, [ s1._comment, s2._comment]))236 else:237 result.addChild(compareResult("changed", "comment", s1, ["only whitespaces differ", ""]))238 for reciever in s1._reciever:239 if reciever not in s2._reciever:240 result.addChild(compareResult("removed", "Reciever " + reciever, s1._reciever))241 for reciever in s2._reciever:242 if reciever not in s1._reciever:243 result.addChild(compareResult("added", "Reciever " + reciever, s1._reciever))244 if ignore is not None and "ATTRIBUTE" in ignore and ignore["ATTRIBUTE"] == "*":245 pass246 else:247 result.addChild(compareAttributes(s1, s2, ignore))248 result.addChild(compareValueTable(s1._values,s2._values))249 ...

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