1 static double NF_C_Q_UL2_2D_Xi[] = {
2 -1, 0, 1, 1, 1, 0, -1, -1, -.7745966692414833770358530, 0., .7745966692414833770358530,
3 -.7745966692414833770358530, 0., .7745966692414833770358530, -.7745966692414833770358530, 0.,
4 .7745966692414833770358530
6 static double NF_C_Q_UL2_2D_Eta[] = {
7 -1, -1, -1, 0, 1, 1, 1, 0, -.7745966692414833770358530, -.7745966692414833770358530,
8 -.7745966692414833770358530, 0., 0., 0., .7745966692414833770358530, .7745966692414833770358530,
9 .7745966692414833770358530
11 static double NF_C_Q_UL2_2D_T[] = { -1, 0, 1 };
13 static double NF_C_Q_UL2_2D_W8[] = {
14 .3086419753086419753086424, .4938271604938271604938270, .3086419753086419753086424,
15 .4938271604938271604938270, .7901234567901234567901219, .4938271604938271604938270,
16 .3086419753086419753086424, .4938271604938271604938270, .3086419753086419753086424
19 static double NF_C_Q_UL2_2D_W9[] = {
20 -.2390730460621862274802019, -.3825168736994979639683223, -.2390730460621862274802019, 0., 0.,
21 0., .2390730460621862274802019, .3825168736994979639683223, .2390730460621862274802019
24 static double NF_C_Q_UL2_2D_W10[] = {
25 -.2390730460621862274802019, 0., .2390730460621862274802019, -.3825168736994979639683223, 0.,
26 .3825168736994979639683223, -.2390730460621862274802019, 0., .2390730460621862274802019
32 Functionals[0] = PointValues[0];
33 Functionals[1] = PointValues[1];
34 Functionals[2] = PointValues[2];
35 Functionals[3] = PointValues[3];
36 Functionals[4] = PointValues[4];
37 Functionals[5] = PointValues[5];
38 Functionals[6] = PointValues[6];
39 Functionals[7] = PointValues[7];
41 Functionals[8] = NF_C_Q_UL2_2D_W8[0]*PointValues[ 8]
42 +NF_C_Q_UL2_2D_W8[1]*PointValues[ 9]
43 +NF_C_Q_UL2_2D_W8[2]*PointValues[10]
44 +NF_C_Q_UL2_2D_W8[3]*PointValues[11]
45 +NF_C_Q_UL2_2D_W8[4]*PointValues[12]
46 +NF_C_Q_UL2_2D_W8[5]*PointValues[13]
47 +NF_C_Q_UL2_2D_W8[6]*PointValues[14]
48 +NF_C_Q_UL2_2D_W8[7]*PointValues[15]
49 +NF_C_Q_UL2_2D_W8[8]*PointValues[16];
51 Functionals[9] = NF_C_Q_UL2_2D_W9[0]*PointValues[ 8]
52 +NF_C_Q_UL2_2D_W9[1]*PointValues[ 9]
53 +NF_C_Q_UL2_2D_W9[2]*PointValues[10]
54 +NF_C_Q_UL2_2D_W9[3]*PointValues[11]
55 +NF_C_Q_UL2_2D_W9[4]*PointValues[12]
56 +NF_C_Q_UL2_2D_W9[5]*PointValues[13]
57 +NF_C_Q_UL2_2D_W9[6]*PointValues[14]
58 +NF_C_Q_UL2_2D_W9[7]*PointValues[15]
59 +NF_C_Q_UL2_2D_W9[8]*PointValues[16];
61 Functionals[10] = NF_C_Q_UL2_2D_W10[0]*PointValues[ 8]
62 +NF_C_Q_UL2_2D_W10[1]*PointValues[ 9]
63 +NF_C_Q_UL2_2D_W10[2]*PointValues[10]
64 +NF_C_Q_UL2_2D_W10[3]*PointValues[11]
65 +NF_C_Q_UL2_2D_W10[4]*PointValues[12]
66 +NF_C_Q_UL2_2D_W10[5]*PointValues[13]
67 +NF_C_Q_UL2_2D_W10[6]*PointValues[14]
68 +NF_C_Q_UL2_2D_W10[7]*PointValues[15]
69 +NF_C_Q_UL2_2D_W10[8]*PointValues[16];
75 Functionals[0] = PointValues[0];
76 Functionals[1] = PointValues[1];
77 Functionals[2] = PointValues[2];
90 (NF_C_Q_UL2_2D, 11, 3, 17, 3, NF_C_Q_UL2_2D_Xi, NF_C_Q_UL2_2D_Eta,
91 NF_C_Q_UL2_2D_T, NF_C_Q_UL2_2D_EvalAll, NF_C_Q_UL2_2D_EvalEdge);
store cells in an array, used by cell iterators
Definition: Collection.h:18
Definition: NodalFunctional2D.h:20
information for finite element data structure
Definition: BaseCell.h:25