8 static char NP1_NP1_1Reg_Name[] =
"NP1_NP1_1Reg";
9 static char NP1_NP1_1Reg_Desc[] =
"conforming NP1 element, 1-regular";
10 static int NP1_NP1_1Reg_NFine = 1;
11 static int NP1_NP1_1Reg_NCoarse = 1;
12 static int NP1_NP1_1Reg_N_Pairs = 0;
13 static int *NP1_NP1_1Reg_Pairs0 = NULL;
14 static int *NP1_NP1_1Reg_Pairs[1] = { (
int *)NP1_NP1_1Reg_Pairs0 };
16 static int NP1_NP1_1Reg_NNodes = 5;
18 static int NP1_NP1_1Reg_NHanging = 1;
19 static int NP1_NP1_1Reg_Hanging[1] = { 4 };
20 static HNDesc NP1_NP1_1Reg_HangingTypes[1] = { HN_N_P1_3D_E };
22 static int NP1_NP1_1Reg_HN0[] = { 0, 1, 2, 3 };
24 static int *NP1_NP1_1Reg_Coupling[1] = { NP1_NP1_1Reg_HN0 };
26 static int NP1_NP1_1Reg_TwistPerm0[] = { 0 };
27 static int NP1_NP1_1Reg_TwistPerm1[] = { 0 };
28 static int NP1_NP1_1Reg_TwistPerm2[] = { 0 };
30 static int *NP1_NP1_1Reg_TwistPerm[3] = { NP1_NP1_1Reg_TwistPerm0,
31 NP1_NP1_1Reg_TwistPerm1,
32 NP1_NP1_1Reg_TwistPerm2 };
34 static int NP1_NP1_1Reg_NNoOpposite = 4;
35 static int NP1_NP1_1Reg_NNoOpposite1[] = { 0, 1, 2, 3 };
36 static int *NP1_NP1_1Reg_NoOpposite[] = { NP1_NP1_1Reg_NNoOpposite1 };
39 NP1_NP1_1Reg_Name, NP1_NP1_1Reg_Desc,
40 NP1_NP1_1Reg_NFine, NP1_NP1_1Reg_NCoarse,
41 NP1_NP1_1Reg_N_Pairs, NP1_NP1_1Reg_Pairs,
42 NP1_NP1_1Reg_NNoOpposite, NP1_NP1_1Reg_NoOpposite,
43 NP1_NP1_1Reg_NHanging, NP1_NP1_1Reg_Hanging,
44 NP1_NP1_1Reg_HangingTypes, NP1_NP1_1Reg_Coupling,
45 NP1_NP1_1Reg_NNodes, NP1_NP1_1Reg_TwistPerm);
Definition: FE3DMapper1Reg.h:25