代码搜索：triangular
找到约 1,594 项符合「triangular」的源代码
代码结果 1,594
www.eeworm.com/read/151555/12201643
m qrsteps.m
function [A,b] = qrsteps(A,b)
%QRSTEPS Orthogonal-triangular decomposition.
% Demonstrates M-file version of built-in QR function.
% R = QRSTEPS(A) is the upper trapezoidal matrix R that
%
www.eeworm.com/read/222350/14695338
ctl hole-slab.ctl
; Photonic crystal slab consisting of a triangular lattice of air
; holes in a finite-thickness dielectric slab, optionally with a
; substrate on one side of the slab. See the paper: S. G. Johnson,
;
www.eeworm.com/read/13887/285155
m mesh_laplacian.m
function [lap,edge] = mesh_laplacian(vertex,face)
% MESH_LAPLACIAN - Laplacian of irregular triangular mesh
%
% Useage: [lap,edge] = mesh_laplacian(vertex,face)
%
% Returns 'lap', the Laplacian
www.eeworm.com/read/170881/5402682
ctl hole-slab.ctl
; Photonic crystal slab consisting of a triangular lattice of air
; holes in a finite-thickness dielectric slab, optionally with a
; substrate on one side of the slab. See the paper: S. G. Johnson,
;
www.eeworm.com/read/315275/3621981
m rcs_isosceles.m
function [rcs] = rcs_isosceles (a, b, freq, phi)
% This program caculates the backscattered RCS for a perfectly
% conducting triangular flat plate, using Eq.s (2.63) through (2.65)
% The default ca
www.eeworm.com/read/173932/9629670
m rcs_isosceles.m
function [rcs] = rcs_isosceles (a, b, freq, phi)
% This program caculates the backscattered RCS for a perfectly
% conducting triangular flat plate, using Eq.s (2.63) through (2.65)
% The default ca
www.eeworm.com/read/248541/12554641
f atri.f
function atri(at1,at2,at3,at4i)
!! ~ ~ ~ PURPOSE ~ ~ ~
!! this function generates a random number from a triangular distribution
!! given X axis points at start, end, and pea
www.eeworm.com/read/237896/13921246
m rcs_isosceles.m
function [rcs] = rcs_isosceles (a, b, freq, phi)
% This program caculates the backscattered RCS for a perfectly
% conducting triangular flat plate, using Eq.s (2.63) through (2.65)
% The default ca
www.eeworm.com/read/108859/15573936
m tri.m
function y=tri(x)
% TRI Triangle Function.
%
% Y=TRI(t) is a triangular pulse with height=1, width=2, centered at t=0
%
% TRI (with no input arguments) invokes the following example:
www.eeworm.com/read/432386/8607320
m fastsmooth.m
function SmoothY=fastsmooth(Y,smoothwidth)
% fastsmooth(Y,w) smooths vector Y by triangular
% smooth of width = smoothwidth. Works well with signals up to
% 100,000 points in length and smooth width