代码搜索：solves
找到约 1,488 项符合「solves」的源代码
代码结果 1,488
www.eeworm.com/read/381235/9101083
m rwg4.m
%RWG4 Solves MoM equations for the scattering problem
% Uses the mesh file from RWG2, mesh2.mat, and
% the impedance file from RWG3, impedance.mat,
% as inputs.
%
% Also calculates the
www.eeworm.com/read/281807/9133035
m rwg4.m
%RWG4 Solves MoM equations for the scattering problem
% Uses the mesh file from RWG2, mesh2.mat, and
% the impedance file from RWG3, impedance.mat,
% as inputs.
%
% Also calculates the
www.eeworm.com/read/281807/9133158
m rwg4.m
%RWG4 Solves MoM equations for the scattering problem
% Uses the mesh file from RWG2, mesh2.mat, and
% the impedance file from RWG3, impedance.mat,
% as inputs.
%
% Also calculates the
www.eeworm.com/read/281807/9133205
m rwg4.m
%RWG4 Solves MoM equations for the scattering problem
% Uses the mesh file from RWG2, mesh2.mat, and
% the impedance file from RWG3, impedance.mat,
% as inputs.
%
% Also calculates the
www.eeworm.com/read/281807/9133308
m rwg4.m
%RWG4 Solves MoM equations for the antenna radiation problem -
% antenna arrays
%
% Uses the mesh file from RWG2, mesh2.mat, and
% the impedance file from RWG3, impedance.mat,
% as inputs
www.eeworm.com/read/281807/9133365
m rwg4.m
function [PowerSum]=rwg4(phase);
%RWG4 Solves MoM equations for the antenna radiation problem -
% antenna arrays
%
% Uses the mesh file from RWG2, mesh2.mat, and
% the impedance file from R
www.eeworm.com/read/179809/9336021
f bw.f
program beamwarm
c...Solves the Riemann problem for the Euler equations using
c...the Beam-Warming second-order upwind method based on any
c...of three possible flux vector splittings.
c.
www.eeworm.com/read/178064/9420701
m fnnls.m
function [x,w] = fnnls(XtX,Xty,tol)
%FNNLS Non-negative least-squares.
%
% Adapted from NNLS of Mathworks, Inc.
%
% x = fnnls(XtX,Xty) returns the vector X that solves x = pinv(XtX)*Xty
%
www.eeworm.com/read/372592/9500064
txt d15r1.txt
Dim C2, FACTR, M, N
Private Sub Command1_Click()
'PROGRAM D15R1
'Driver for routine SHOOT
'Solves for eigenvalues of Spheroidal Harmonics. Both
'Prolate and Oblate case are handle
www.eeworm.com/read/362246/10010511
m~ gnpp.m~
function [x,fval,stat] = gnpp(H,f,y,options)
% GNPP Solves Generalized Nearest Point (GNPP) problem.
%
% Synopsis:
% [x,fval,stat] = gnpp(H,f)
% [x,fval,stat] = gnpp(H,f,options)
%
% Description:
%