代码搜索：Approximation
找到约 1,542 项符合「Approximation」的源代码
代码结果 1,542
www.eeworm.com/read/386621/8734840
m femerror.m
function [l2error, h1error] = femerror(mesh, u, u_x, u_y)
%
% FEMERROR calculates the error of the piecewise linear finite element
% approximation to the exact solution of a PDE in the L2- and H1-no
www.eeworm.com/read/284169/8957896
m disfrst.m
function y = Disfrst(f,a,p)
% Computes discrete fractional sine transform
% of order a of vector f
% p (optional) is order of approximation, default N/2
% S-C Pei, M-H Yeh, IEEE Tr SP 49(6)2001, p
www.eeworm.com/read/178871/9383085
m logmapo.m
function L_all = logmapo(rec_s,g,L_a,ind_dec)
% Log_MAP algorithm using straightforward method to compute branch metrics
% no approximation is used.
% Can be simplified to Max-Log-MAP by using appro
www.eeworm.com/read/366144/9828191
m gmmake_torus.m
function t = gmmake_torus(inner_rad, outer_rad, subdiv)
% gmmake_torus: Make a quadratic Bezier approximation to a torus
% t = gmmake_torus(inner_rad, outer_rad, subdiv)
% inner_rad is the radius of
www.eeworm.com/read/366144/9828225
m test9.m
% QMG test 9: an object like a hex nut with a triangular crack.
% Make the brep 'from scratch'.
% get a 6-segment circle approximation.
global GM_BREP_TYPE_CODE
hexobj = zba({GM_BREP_TYPE_CODE; 3;
www.eeworm.com/read/366144/9828762
di test7.di
17:26:56.0 27-Aug-1999
-- >> %% QMG 2.0 test 7: a circle with two elliptic holes and a slit.
17:26:56.1 27-Aug-1999
-- >> global interactive
17:26:56.1 27-Aug-1999
-- >> %% Make an approximation to
www.eeworm.com/read/363231/9964601
m logmapo.m
function L_all = logmapo(rec_s,g,L_a,ind_dec)
% Log_MAP algorithm using straightforward method to compute branch metrics
% no approximation is used.
% Can be simplified to Max-Log-MAP by using appro
www.eeworm.com/read/163913/10140061
m disfrst.m
function y = Disfrst(f,a,p)
% Computes discrete fractional sine transform
% of order a of vector f
% p (optional) is order of approximation, default N/2
% S-C Pei, M-H Yeh, IEEE Tr SP 49(6)2001, p
www.eeworm.com/read/354397/10359047
m disfrct.m
function y = Disfrct(f,a,p)
%
% Computes discrete fractional cosine transform
% of order a of vector f
% p (optional) is order of approximation, default N/2
% S-C Pei, M-H Yeh, IEEE Tr SP 49(6)2001, p
www.eeworm.com/read/423357/10569006
m mie_2.m
function result = Mie_2(m, x)
% Low-frequency approximation of Mie Efficiencies for given
% complex refractive-index ratio m=m'+im"
% and size parameter x=k0*a, k0= wave number in ambient m