62 this->v_[0] = t00.
xx(); this->v_[1] = t00.
xy(); this->v_[2] = t00.
xz();
63 this->v_[6] = t00.
yx(); this->v_[7] = t00.
yy(); this->v_[8] = t00.
yz();
64 this->v_[12] = t00.
zx(); this->v_[13] = t00.
zy(); this->v_[14] = t00.
zz();
67 this->v_[3] = t01.
xx(); this->v_[4] = t01.
xy(); this->v_[5] = t01.
xz();
68 this->v_[9] = t01.
yx(); this->v_[10] = t01.
yy(); this->v_[11] = t01.
yz();
69 this->v_[15] = t01.
zx(); this->v_[16] = t01.
zy(); this->v_[17] = t01.
zz();
72 this->v_[18] = t10.
xx(); this->v_[19] = t10.
xy(); this->v_[20] = t10.
xz();
73 this->v_[24] = t10.
yx(); this->v_[25] = t10.
yy(); this->v_[26] = t10.
yz();
74 this->v_[30] = t10.
zx(); this->v_[31] = t10.
zy(); this->v_[32] = t10.
zz();
77 this->v_[21] = t11.
xx(); this->v_[22] = t11.
xy(); this->v_[23] = t11.
xz();
78 this->v_[27] = t11.
yx(); this->v_[28] = t11.
yy(); this->v_[29] = t11.
yz();
79 this->v_[33] = t11.
zx(); this->v_[34] = t11.
zy(); this->v_[35] = t11.
zz();
86 const Cmpt& t00,
const Cmpt& t01,
const Cmpt& t02,
87 const Cmpt& t03,
const Cmpt& t04,
const Cmpt& t05,
89 const Cmpt& t10,
const Cmpt& t11,
const Cmpt& t12,
90 const Cmpt& t13,
const Cmpt& t14,
const Cmpt& t15,
92 const Cmpt& t20,
const Cmpt& t21,
const Cmpt& t22,
93 const Cmpt& t23,
const Cmpt& t24,
const Cmpt& t25,
95 const Cmpt& t30,
const Cmpt& t31,
const Cmpt& t32,
96 const Cmpt& t33,
const Cmpt& t34,
const Cmpt& t35,
98 const Cmpt& t40,
const Cmpt& t41,
const Cmpt& t42,
99 const Cmpt& t43,
const Cmpt& t44,
const Cmpt& t45,
101 const Cmpt& t50,
const Cmpt& t51,
const Cmpt& t52,
102 const Cmpt& t53,
const Cmpt& t54,
const Cmpt& t55
106 this->v_[0] = t00; this->v_[1] = t01; this->v_[2] = t02;
107 this->v_[3] = t03; this->v_[4] = t04; this->v_[5] = t05;
110 this->v_[6] = t10; this->v_[7] = t11; this->v_[8] = t12;
111 this->v_[9] = t13; this->v_[10] = t14; this->v_[11] = t15;
114 this->v_[12] = t20; this->v_[13] = t21; this->v_[14] = t22;
115 this->v_[15] = t23; this->v_[16] = t24; this->v_[17] = t25;
118 this->v_[18] = t30; this->v_[19] = t31; this->v_[20] = t32;
119 this->v_[21] = t33; this->v_[22] = t34; this->v_[23] = t35;
122 this->v_[24] = t40; this->v_[25] = t41; this->v_[26] = t42;
123 this->v_[27] = t43; this->v_[28] = t44; this->v_[29] = t45;
126 this->v_[30] = t50; this->v_[31] = t51; this->v_[32] = t52;
127 this->v_[33] = t53; this->v_[34] = t54; this->v_[35] = t55;
155 0, -v.wz(), v.wy(), 0, 0, 0,
156 v.wz(), 0, -v.wx(), 0, 0, 0,
157 -v.wy(), v.wx(), 0, 0, 0, 0,
158 0, -v.lz(), v.ly(), 0, -v.wz(), v.wy(),
159 v.lz(), 0, -v.lx(), v.wz(), 0, -v.wx(),
160 -v.ly(), v.lx(), 0, -v.wy(), v.wx(), 0
175 0, -
f.wz(),
f.wy(), 0, -
f.lz(),
f.ly(),
176 f.wz(), 0, -
f.wx(),
f.lz(), 0, -
f.lx(),
177 -
f.wy(),
f.wx(), 0, -
f.ly(),
f.lx(), 0,
178 0, 0, 0, 0, -
f.wz(),
f.wy(),
179 0, 0, 0,
f.wz(), 0, -
f.wx(),
180 0, 0, 0, -
f.wy(),
f.wx(), 0
The identity type in the dual space.
Templated identity and dual space identity tensors derived from SphericalTensor.
An Istream is an abstract base class for all input systems (streams, files, token lists etc)....
Templated 3D spatial tensor derived from MatrixSpace used to represent transformations of spatial vec...
SpatialTensor()
Construct null.
Templated 3D spatial vector derived from VectorSpace used to represent the anglular and linear compon...
A templated (3 x 3) tensor of objects of <T> derived from MatrixSpace.
A class representing the concept of 0 (zero) that can be used to avoid manipulating objects known to ...