代码搜索：Rectangular
找到约 1,427 项符合「Rectangular」的源代码
代码结果 1,427
www.eeworm.com/read/257010/11960159
m testch10.m
Vabc=[100 0
100 -120
100 115];
Zabc =[5+j*8.66 j*0 j*0
j*0 5+j*8.66 j*0
j*0 j*0 5+j*8.66];
Z012 = zabc2sc(Zabc) % Symmetrical com
www.eeworm.com/read/257010/11960279
m chp10ex4.m
Vabc=[200 25
100 -155
80 100];
Zabc =[8+j*24 j*4 j*4
j*4 8+j*24 j*4
j*4 j*4 8+j*24];
Z012 = zabc2sc(Zabc) % Symmetrical componen
www.eeworm.com/read/152439/12113708
m unwarpplane.m
function [u_hori,u_vert] = UnWarpPlane(x1,x2,x3,x4);
% Recovers the two 3D directions of the rectangular patch x1x2x3x4
% x1 is the origin point, ie any point of planar coordinate (x,y) on the
%
www.eeworm.com/read/339620/12216968
m unwarpplane.m
function [u_hori,u_vert] = UnWarpPlane(x1,x2,x3,x4);
% Recovers the two 3D directions of the rectangular patch x1x2x3x4
% x1 is the origin point, ie any point of planar coordinate (x,y) on the
%
www.eeworm.com/read/225935/14510439
m unwarpplane.m
function [u_hori,u_vert] = UnWarpPlane(x1,x2,x3,x4);
% Recovers the two 3D directions of the rectangular patch x1x2x3x4
% x1 is the origin point, ie any point of planar coordinate (x,y) on the
%
www.eeworm.com/read/471460/6894027
m chp10ex4.m
Vabc=[200 25
100 -155
80 100];
Zabc =[8+j*24 j*4 j*4
j*4 8+j*24 j*4
j*4 j*4 8+j*24];
Z012 = zabc2sc(Zabc) % Symmetrical componen
www.eeworm.com/read/202876/15370665
m unwarpplane.m
function [u_hori,u_vert] = UnWarpPlane(x1,x2,x3,x4);
% Recovers the two 3D directions of the rectangular patch x1x2x3x4
% x1 is the origin point, ie any point of planar coordinate (x,y) on the
%
www.eeworm.com/read/164099/10129310
m impls_fn.m
% A function generating a rectangular approximation for
% the unit impulse function; width is delta
%
function imp = impls_fn(t, delta)
imp = zeros(size(t));
imp = (stp_fn(t+delta/2)-stp_fn(t-delta/2)
www.eeworm.com/read/161357/10422356
m interleaving_3gpp.m
%function [R,C,matrix_unpermutation,s,q,r,U,matrix_intra_row_permutated ...
% matrix_inter_row_permutated]=interleaving_3GPP(x)
function pattern=interleaving_3GPP(x)
%***************************
www.eeworm.com/read/257423/6356462
m impls_fn.m
% A function generating a rectangular approximation for
% the unit impulse function; width is delta
%
function imp = impls_fn(t, delta)
imp = zeros(size(t));
imp = (stp_fn(t+delta/2)-stp_fn(t-delta/2)