#by Durik256 from inc_noesis import * def registerNoesisTypes(): handle = noesis.register("Football Superstars", ".cxmodel;.pcccomponent;.pccprototype") noesis.setHandlerTypeCheck(handle, CheckType) noesis.setHandlerLoadModel(handle, LoadModel) return 1 def CheckType(data): if data[:9] != b'_GUID_ID_': return 0 return 1 def LoadModel(data, mdlList): global bs, bones, materials bs = NoeBitStream(data) ctx = rapi.rpgCreateContext() #fin all .cxmodel (so as not to parse unnecessary parts of the file...) #cxmodels_offsets = [(i-13) for i in findall(b'\xC5\x08\x32\x54', data)] cxmodels_offsets = [i for i in findall(b'_GUID_ID_', data)] bones, materials = [], [] for ofs in cxmodels_offsets: bs.seek(ofs) parseCXMODEL() try: mdl = rapi.rpgConstructModel() except: mdl = NoeModel() mdl.setBones(bones) mdlList.append(mdl) mdl.setModelMaterials(NoeModelMaterials([], materials)) rapi.setPreviewOption("setAngOfs", "0 90 0") return 1 def parseCXMODEL(): bs.seek(9,1)#_GUID_ID_ 36478 bs.seek(bs.readUInt(),1)#ID 16 bytes root = readLabel(bs) print('root:', root) if root != 'Model': return 0 global numNode, _exec numNode, _exec = bs.readUInt(), '' unk0 = bs.readUInt() for x in range(numNode): readNode(bs, x) #print(_exec) globals_dict = {'readLabel': readLabel, 'bs': bs, 'NoeVec3':NoeVec3} exec(_exec, globals_dict) #print(globals_dict) _mdl = globals_dict['Model']() print(bs.tell()) #_mdl = Model() CreateMesh(_mdl) def findall(p, s): i = s.find(p) while i != -1: yield i i = s.find(p, i+1) def readLabel(bs): lenght = bs.readUInt() if lenght: lenght += 1 return noeStrFromBytes(bs.read(lenght)) def readNode(bs, curIndex): global numNode, _exec #print(curIndex,'Node>>>>>>') label = readLabel(bs) #print('label:',label) _exec += 'class %s:\n'%label#print('class %s:\n'%label) _exec += ' def __init__(self):\n'#print(' def __init__(self):\n') childCount = bs.readUInt() #print(' childCount:', childCount) for x in range(childCount): readChild(bs) if curIndex != numNode - 1: array = bs.readUInt() #print(' array:', array) end = bs.readUByte() #print(' end:', end) _exec += '\n'#print('\n') def readChild(bs): global _exec label = readLabel(bs) #print(' ChildNode>>>>>>') #print(' label:', label) types = {0:'None', 2:'bs.readUInt()', 3:'bs.readFloat()', 4:'NoeVec3([bs.readFloat(),bs.readFloat(),0])', 5:'NoeVec3.fromBytes(bs.read(12))', 7:'readLabel(bs)',8:'"cxmodel"'} type = bs.readUInt() #print(' type:', type) _value = '' if type == 9: struct_label = readLabel(bs) _value = struct_label + '()' #print(' struct_label:', struct_label) else: _value = types[type] array = bs.readUInt() if array: _exec += ' self.num_%s = bs.readUInt()\n'%label#print(' self.num_%s = bs.readUInt()\n'%label) _exec += ' self.%s = []\n'%label#print(' self.%s = []\n'%label) _exec += ' for x in range(self.num_%s):\n'%label#print(' for x in range(num_%s):\n'%label) _exec += ' self.%s.append(%s)\n'%(label, _value)#print(' %s.append(%s)\n'%(label, _value)) else: _exec += ' self.%s = %s\n'%(label, _value)#print(' self.%s = %s\n'%(label, _value)) #print(' array:', array) end = bs.readUByte() #print(' end:', end) if end == 0: unk = bs.readUInt() #print(' unk:', unk) if unk == 1: unk2 = bs.readUInt() #print(' unk2:', unk2) def CreateMesh(_mdl): print('num_materials:',_mdl.num_materials) global materials for x in _mdl.materials: materials.append(NoeMaterial(x, x)) print(' material:', x) print('num_bones:',_mdl.num_bones) global bones if _mdl.num_bones and not bones: for x in _mdl.bones: name = x.name parent = x.parent translation = x.restingTransform.translation v = x.restingTransform.orientation.v s = x.restingTransform.orientation.s mat = NoeQuat([v[0], v[1], v[2], s]).toMat43().inverse() mat[3] = translation bones.append(NoeBone(len(bones),name,mat,parent)) bones = rapi.multiplyBones(bones) print('>>>patchMeshes:') print('corners_num_positions:',_mdl.patchMeshes.corners.num_positions) print('corners_num_boneInfluences:', _mdl.patchMeshes.corners.num_boneInfluences) print('controls_num_positions:',_mdl.patchMeshes.controls.num_positions) print('patchMeshes_num_meshes:',_mdl.patchMeshes.num_meshes) if _mdl.patchMeshes.corners.num_positions: vbuf = b'' for x in _mdl.patchMeshes.corners.positions: vbuf += x.toBytes() rapi.rpgSetName(_mdl.header.sourceFile) rapi.rpgBindPositionBuffer(vbuf, noesis.RPGEODATA_FLOAT, 12) if _mdl.patchMeshes.corners.num_uvs == _mdl.patchMeshes.corners.num_positions: uvbuf = b'' for x in _mdl.patchMeshes.corners.uvs: uvbuf += x.toBytes() rapi.rpgBindUV1Buffer(uvbuf, noesis.RPGEODATA_FLOAT, 12) if _mdl.patchMeshes.corners.num_boneInfluences == _mdl.patchMeshes.corners.num_positions: wbuf = b'' for x in _mdl.patchMeshes.corners.boneInfluences: wbuf += noePack('I', x.packedIndices) wbuf += noePack('f', x.w0) wbuf += noePack('f', x.w1) wbuf += noePack('f', x.w2) rapi.rpgBindBoneIndexBuffer(wbuf, noesis.RPGEODATA_UBYTE, 16, 4) rapi.rpgBindBoneWeightBufferOfs(wbuf, noesis.RPGEODATA_FLOAT, 16, 4, 3) for i in range(_mdl.patchMeshes.num_meshes): print('materialIndex:', _mdl.patchMeshes.meshes[i].materialIndex) try: mat_name = materials[_mdl.patchMeshes.meshes[i].materialIndex - _mdl.num_materials].name except: mat_name = 'mat_' + str(_mdl.patchMeshes.meshes[i].materialIndex) rapi.rpgSetMaterial(mat_name) print(' num_tris:', _mdl.patchMeshes.meshes[i].num_tris) if _mdl.patchMeshes.meshes[i].num_tris: ibuf = b'' for x in _mdl.patchMeshes.meshes[i].tris: ibuf += noePack('I', x.corner2) ibuf += noePack('I', x.corner1) ibuf += noePack('I', x.corner0) rapi.rpgCommitTriangles(ibuf, noesis.RPGEODATA_UINT, len(ibuf)//4, noesis.RPGEO_TRIANGLE) _mdl.patchMeshes.meshes[i].num_quads print(' num_quads:', _mdl.patchMeshes.meshes[i].num_quads) if _mdl.patchMeshes.meshes[i].num_quads: ibuf = b'' for x in _mdl.patchMeshes.meshes[i].quads: ibuf += noePack('I', x.corner3) ibuf += noePack('I', x.corner2) ibuf += noePack('I', x.corner1) ibuf += noePack('I', x.corner0) rapi.rpgCommitTriangles(ibuf, noesis.RPGEODATA_UINT, len(ibuf)//4, noesis.RPGEO_QUAD_ABC_ACD) print('>>>polyMeshes:') print('num_meshes:', _mdl.polyMeshes.num_meshes) print('num_positions:', _mdl.polyMeshes.vertices.num_positions) print('num_normals:', _mdl.polyMeshes.num_normals) print('num_uvs:', _mdl.polyMeshes.vertices.num_uvs) print('num_boneInfluences:', _mdl.polyMeshes.vertices.num_boneInfluences) if _mdl.polyMeshes.vertices.positions: vbuf = b'' for x in _mdl.polyMeshes.vertices.positions: vbuf += x.toBytes() rapi.rpgSetName(_mdl.header.sourceFile) rapi.rpgBindPositionBuffer(vbuf, noesis.RPGEODATA_FLOAT, 12) #if _mdl.polyMeshes.num_normals == _mdl.polyMeshes.vertices.num_positions: # nbuf = b'' # for x in _mdl.polyMeshes.normals: # nbuf += x.toBytes() # rapi.rpgBindNormalBuffer(nbuf, noesis.RPGEODATA_FLOAT, 12) if _mdl.polyMeshes.vertices.num_uvs == _mdl.polyMeshes.vertices.num_positions: uvbuf = b'' for x in _mdl.polyMeshes.vertices.uvs: uvbuf += x.toBytes() rapi.rpgBindUV1Buffer(uvbuf, noesis.RPGEODATA_FLOAT, 12) if _mdl.polyMeshes.vertices.num_boneInfluences == _mdl.polyMeshes.vertices.num_positions: wbuf = b'' for x in _mdl.polyMeshes.vertices.boneInfluences: wbuf += noePack('I', x.packedIndices) wbuf += noePack('f', x.w0) wbuf += noePack('f', x.w1) wbuf += noePack('f', x.w2) rapi.rpgBindBoneIndexBuffer(wbuf, noesis.RPGEODATA_UBYTE, 16, 4) rapi.rpgBindBoneWeightBufferOfs(wbuf, noesis.RPGEODATA_FLOAT, 16, 4, 3) for i in range(_mdl.polyMeshes.num_meshes): print('materialIndex:', _mdl.polyMeshes.meshes[i].materialIndex) print('num_faces:', _mdl.polyMeshes.meshes[i].num_faces) ibuf = b'' for x in _mdl.polyMeshes.meshes[i].faces: ibuf += noePack('I', x.vertexIndex2) ibuf += noePack('I', x.vertexIndex1) ibuf += noePack('I', x.vertexIndex0) try: mat_name = materials[_mdl.polyMeshes.meshes[i].materialIndex - _mdl.num_materials].name except: mat_name = 'mat_' + str(_mdl.polyMeshes.meshes[i].materialIndex) rapi.rpgSetMaterial(mat_name) #rapi.rpgSetMaterial('mat_%i'%_mdl.polyMeshes.meshes[i].materialIndex) rapi.rpgCommitTriangles(ibuf, noesis.RPGEODATA_UINT, len(ibuf)//4, noesis.RPGEO_TRIANGLE)