代码搜索：Computes
找到约 10,000 项符合「Computes」的源代码
代码结果 10,000
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m mod.m
function m = mod(n,N)
% Computes m = (n mod N) index
% ----------------------------
% m = mod(n,N)
m = rem(n,N);
m = m+N;
m = rem(m,N);
www.eeworm.com/read/342845/11996187
m mod.m
function m = mod(n,N)
% Computes m = (n mod N) index
% ----------------------------
% m = mod(n,N)
m = rem(n,N);
m = m+N;
m = rem(m,N);
www.eeworm.com/read/393394/8290308
m mod.m
function m = mod(n,N)
% Computes m = (n mod N) index
% ----------------------------
% m = mod(n,N)
m = rem(n,N);
m = m+N;
m = rem(m,N);
www.eeworm.com/read/393368/8293866
m mod.m
function m=mod(n,N)
%Computes m=(n mod N) index
%-----------------------
%m=mod(n,N)
m=rem(n,N);
m=m+N;
m=rem(m,N);
www.eeworm.com/read/268260/11147044
m mod.m
function m = mod(n,N)
% Computes m = (n mod N) index
% ----------------------------
% m = mod(n,N)
m = rem(n,N);
m = m+N;
m = rem(m,N);
www.eeworm.com/read/433114/8545463
m contents.m
% GEOPHYSICS_3
%
% Files
% add_curve_type - Function adds curve type info to a log structure if a field "curve_type" exists
% ds_add_header - Add one
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m io.m
%IO computes the index of orthogonality
%
% ORT = IO(X,IMF)
%
% ________
% _ |IMF(i,:).*IMF(j,:)|
% ORT = \ _____________________
% /
%
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m contents.m
% The CREWES Geometric toolbox
% These are routines for geometric problems such as 'find the closest point
% to a line', 'is a point inside a polygon', etc.
%
% All these routines work with piecewise
www.eeworm.com/read/358270/10193231
m q.m
% Q Compute the Q function
%
% [y] = Q (x) computes Q(x)=1/2*erfc(x/sqrt(2))
%
function [y] = Q(x)
y = 0.5*erfc(x/sqrt(2));
www.eeworm.com/read/279377/10442911
readme
The MATLAB routines in this directory implement Hankel transforms of order
0 and 1 by digital filtering. These routines are based on a Fortran program
by Walt Anderson which was published as:
An