SyFi
0.3
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00001 #include <SyFi.h> 00002 00003 using namespace GiNaC; 00004 using namespace SyFi; 00005 using namespace std; 00006 00007 int main() { 00008 00009 initSyFi(2); 00010 00011 Dof dof(true, true); 00012 // create two triangles 00013 Triangle t1(lst(0,0), lst(1,0), lst(0,1)); 00014 Triangle t2(lst(1,1), lst(1,0), lst(0,1)); 00015 00016 int order = 2; 00017 00018 DiscontinuousLagrange fe; 00019 fe.set_order(order); 00020 fe.set_polygon(t1); 00021 fe.set_element_number(1); 00022 fe.compute_basis_functions(); 00023 usage(fe); 00024 for (unsigned int i=0; i< fe.nbf(); i++) { 00025 dof.insert_dof(1,i,fe.dof(i)); 00026 } 00027 00028 fe.set_polygon(t2); 00029 fe.set_element_number(2); 00030 fe.compute_basis_functions(); 00031 usage(fe); 00032 for (unsigned int i=0; i< fe.nbf(); i++) { 00033 dof.insert_dof(2,i,fe.dof(i)); 00034 } 00035 00036 // Print out the global degrees of freedom an their 00037 // corresponding local degrees of freedom 00038 vector<pair<unsigned int,unsigned int> > vec; 00039 pair<unsigned int,unsigned int> index; 00040 ex exdof; 00041 for (unsigned int i=0; i< dof.size(); i++) { 00042 exdof = dof.glob_dof(i); 00043 vec = dof.glob2loc(i); 00044 cout <<"global dof " <<i<<" dof "<<exdof<<endl; 00045 for (unsigned int j=0; j<vec.size(); j++) { 00046 index = vec[j]; 00047 cout <<" element "<<index.first<<" local dof "<<index.second<<endl; 00048 } 00049 } 00050 }