Ofstream otec_shell( "CNT_Meshes_Multizones. If( Export_cnts_meshes_multizones(otec_multip, cyl, cnts_nodes, cnts_eles)= 0) return 0 Ofstream otec_multip( "CNT_Meshes_Multizones.dat ") Int Tecplot_Export::Export_cnt_network_meshes( const struct cylinder &cyl, const struct cylinder &cyl1, const struct cylinder &cyl2, const vector > &cnts_points, The geometric structure of CNT network (by tetrahedron meshes in Tecplot) If( Export_cnts_meshes_singlezone(otec_single, cyl, cnts_nodes, cnts_eles)= 0) return 0 Ofstream otec_single( "CNT_Meshes_Singlezone.dat ") if(Export_cnts_meshes_multizones(otec_multip, cyl, cnts_nodes, cnts_eles)=0) return 0 ofstream otec_multip("CNT_Meshes_Multizones.dat") If(Gentemp-> Generate_cnts_nodes_elements(cnts_nodes, cnts_eles, cnts_points, cnts_radius)= 0) return 0 Gentemp-> Generate_cylinder_nodes_elements(cyl, num_sec, nod_temp, ele_temp) įor( int i= 0 i > &cnts_points, const vector &cnts_radius) const (See note below concerning absolute and relative paths.) width ( int) Specify a width in pixels for the generated image. Parameters filename ( str) filename with or without extension.
Define a class of GenNetwork for calling for the function below (filename, width800, regionInt Tecplot_Export::Export_network_threads( const struct cuboid &cub, const vector > &cnts_points) const The geometric structure of CNT network (by threads in Tecplot) in a cuboid OBJECTIVE: To export the 3D geometric images through Tecplot data files
SOFTWARE: Network of Eelectrically Conductive Nanocomposites (NECN)
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