代码搜索:fprintf

找到约 10,000 项符合「fprintf」的源代码

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m example43_run_b2.m

function demsvm1() % X = [2 7; 3 6; 2 2; 8 1; 6 4; 4 8; 9 5; 9 9; 9 4; 6 9; 7 4]; Y = [ +1; +1; +1; +1; +1; -1; -1; -1; -1; -1; -1]; % define a simple artificial data set x1ran =
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m example43_run_b3.m

function demsvm1() % X = [2 7; 3 6; 2 2; 8 1; 6 4; 4 8; 9 5; 9 9; 9 4; 6 9; 7 4]; Y = [ +1; +1; +1; +1; +1; -1; -1; -1; -1; -1; -1]; % define a simple artificial data set x1ran =
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m example43_run_b4.m

function demsvm1() % X = [2 7; 3 6; 2 2; 8 1; 6 4; 4 8; 9 5; 9 9; 9 4; 6 9; 7 4]; Y = [ +1; +1; +1; +1; +1; -1; -1; -1; -1; -1; -1]; % define a simple artificial data set x1ran =
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m example43_run_a.m

%svm3 %%=============== %%=============== % run_a function demsvm1() % X = [2 7; 3 6; 2 2; 8 1; 6 4; 4 8; 9 5; 9 9; 9 4; 6 9; 7 4]; Y = [ +1; +1; +1; +1; +1; -1; -1; -1; -1; -1
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m example43_run_b1.m

function demsvm1() % X = [2 7; 3 6; 2 2; 8 1; 6 4; 4 8; 9 5; 9 9; 9 4; 6 9; 7 4]; Y = [ +1; +1; +1; +1; +1; -1; -1; -1; -1; -1; -1]; % define a simple artificial data set x1ran =
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c msf.c

/***************************************************************** * HMMER - Biological sequence analysis with profile HMMs * Copyright (C) 1992-2003 Washington University School of Medicine * All
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c sba_lapack.c

///////////////////////////////////////////////////////////////////////////////// //// //// Linear algebra operations for the sba package //// Copyright (C) 2004-2008 Manolis Lourakis (lourakis at
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m demse5.m

% DEMSE4 Bearing and Frequency Tracking Example % % This demonstrates the use of the Sigma-Point Particle Filter on the classic % HARD bearing and frequency tracking problem. % % This example i
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m demopt1.m

function demopt1(xinit) %DEMOPT1 Demonstrate different optimisers on Rosenbrock's function. % % Description % The four general optimisers (quasi-Newton, conjugate gradients, % scaled conjugate gradien
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m ex08ch2.m

function ex08ch2 % Investigate zero stability for two third order formulas. % Apply them to y' = -y, y(0) = 1 on [0,1] with step size % h = 1/2^i for i = 2:10 and starting values taken from % the anal