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function varargout = clipGraph(nodes, edges, varargin)
%CLIPGRAPH Clip a graph with a rectangular area.
%
% [N2, E2] = clipGraph(N, E, BOX);
% [N2, E2, F2] = clipGraph(N, E, F, BOX);
% N is an array ov vertices, E an array of edges, containing indices of
% first ans second vertices, and F (optional) is either a... |
#############################################################################################################
# Part of the Bayesian Spectrum Analysis (BSA) package in Octave, by Emma
# Granqvist & Richard J. Morris, June 2011
# This code is only proof-of-principle, it is released freely and without any warranty
# For ... |
function [output1] = Jdq_AMBody_Pelvis(var1,var2)
if coder.target('MATLAB')
[output1] = Jdq_AMBody_Pelvis_mex(var1,var2);
else
coder.cinclude('Jdq_AMBody_Pelvis_src.h');
output1 = zeros(3, 20);
coder.ceval('Jdq_AMBody_Pelvis_src' ...
,coder.wref(out... |
function [xarr] = filter_freqbands (t,x,freq_band)
xarr = zeros(length(t),size(freq_band,1));
for i = 1:size(freq_band,1)
xarr(:,i) = qif(t,x,[0 freq_band(i,1); freq_band(i,2) Inf]);
end
end
|
function [F,X] = DFT_FFT(x,f_s)
N = length(x);
F = zeros(N, 1);
X = fft(x);
for k = 0:N-1
F(k+1)=(k/N)*f_s;
end
X = fftshift(X); |
E = csvread('test_energies.csv');
V = csvread('test_variances.csv');
alpha = csvread('test_alpha.csv');
beta = csvread('test_beta.csv');
fig1 = surf(beta,alpha,log(V));
xlabel('beta')
ylabel('alpha')
zlabel('log(Variance)')
fig2u3d |
function [V,F] = equilateral_tiling(x);
% EQUILATERAL_TILING Create a tiling of the unit hexagon using equilateral
% triangles.
%
% Inputs:
% x number of edges on each side of the hexgon (x=1 would produce 6
% triangles)
% Outputs:
% V #V by 2 list of vertex positions
% F #F by 3 list of ... |
function test_suite = testAssertExceptionThrown
%testAssertExceptionThrown Unit tests for assertExceptionThrown
% Steven L. Eddins
% Copyright 2008 The MathWorks, Inc.
initTestSuite;
function test_happyCase
assertExceptionThrown(...
@() error('MyProd:MyFun:MyId', 'my message'), 'MyProd:MyFun:MyId')... |
function [A,B,k,C,V]=ss2armax(As,Bs,Cs,Ds,R1,R2)
% Usage [A,B,k,C,V]=ss2armax(As,Bs,Cs,Ds,R1,R2)
%
% Converts a state space description:
%
% x' = As*x + Bs*u + v v in N(0,R1)
% y = Cs*x + e e in N(0,R2)
%
% into an ARMAX (external) form
%
% A(d)y = d^k*B(d)u + C(d)*err err in N(0,V)
% Programmed 2... |
function So=UTIL_rmsSpectAvg(Si)
%media puntuale... TODO: fase????
So=zeros(size(Si,2),1);
Sph=zeros(size(Si,2),1);
for n=1:size(Si,1)
So=abs(So)+(abs(Si(n,:)').^2);
Sph=Sph+angle(Si(n,:)');
end
So=sqrt(So).*exp(i*Sph);
So=So./size(Si,1);
|
% Lu = 0 (2D) on a square domain [0,1]x[0,1]
% neumann on south boundary
% dirichlet on the other boundaries
clear; clc; close all;
rng(0); % used for reproducibility
u = @(x,y) exp(x).*cos(y);
phi = @(r,c) sqrt(r.^2+c^2);
c = 1; % shape parameter
a = 0;
b = 1;
nx = 25;
h = 1 / (nx-1);
xo = [a:h:b a:h:b rep... |
function [U, V] = evaluate_velocity_on_surface(solution)
%EVALUTATE_VELOCITY_ON_SURFACE evaluates the velocity at the quadrature
%points on the surface of a domain. Adds on the jump corresponding to
%approaching the boundary from the fluid part of the domain.
%
% inputs:
% -solution: structure containing the following ... |
clear all
%% INITIALIZE TIME
to=0;
tf=120;
inc=120;
time = linspace(to,tf,inc);
%% ODE KINETIC/TXN PARAMETERS
% Obtained from Parameter Screen
k1 = 166.8; % HSP-UP association
k2 = 2.783; % HSP-Hsf1 disassociation
k3 = k1; % HSP-Hsf1 association
k4 = 0.0464; % HSP-Hsf1 disassociation
k5 = 4.642e-7; ... |
function restoration = shakeCorrection(v)
% clear;
% path = 'footage';
% prefix = 'footage_';
% first = 1;
% last = 657;
% digits = 3;
% suffix = 'png';
% v = load_sequence(path, prefix, first, last, digits, suffix);
[height,width,frame_num ] = size(v);
v_d = double(v);
% template
reference_frame = v_d(:,:,1);
templa... |
function [y] = RRMSE(img1, img2)
y = norm(abs(img1) - abs(img2), 'fro') / norm(abs(img1), 'fro');
end |
function [X,freq]=centeredFFT(x,Fs)
%this is a custom function that helps in plotting the two-sided spectrum
%x is the signal that is to be transformed
%Fs is the sampling rate
N=length(x);
%this part of the code generates that frequency axis
if mod(N,2)==0
k=-N/2:N/2-1; % N even
else
k=-(N-1)/2:(N-1)/2; % N ... |
load rk/feuler.mat; # Problem 8.1
load rk/beuler.mat; # Problem 8.1
load rk/cranknic.mat; # Problem 8.4
load rk/heun.mat; # Problem 8.7
load rk/rk3.mat; # Problem 8.12
fun = @(t,x) sin(t) + x;
sol = @(t) (exp(t) - sin(t) - cos(t)) / 2;
tab = rk3;
for k = 1:10
t = linspace(0,1,2^k+1)';
x = s... |
login = 'hydrosolution';
password = 'd8WmFgEGpZ';
cd('~/Dropbox/iMoMoPHASE1/model/iMoMoToolbox/dbase')
javaclasspath('matlabSoapSecurity.jar');
secureSOAP = SecureSOAP(login, password);
url = 'https://157.26.64.27/HydrosolutionWS_V2/HydrosolutionWS';
namespace= 'http://webservice/';
% values = secureSOAP.callHT... |
function [H, dnH, dxH, dxxH, dxnH] = Hill_plus(theta,l,u)
% function [H, dnH, dxH, dxxH, dxnH] = Hill_plus(theta,l,u)
%
% given l u and theta, returns the Hill function with appropriate parameter
% as a function of theta, x and n, together with plenty of derivatives
%
% INPUT
% theta,l,u positive floats
% OU... |
clear, close, clc
files = ls('.\Data\tmp\*.csv');
min_date = datenum(2000,1,1);
ignored = zeros(length(files),3);
id = [];
station = id;
latitude = id;
longitude = id;
month = id;
day = id;
year = id;
date = id;
date_num = id;
var = id;
j = 1;
for i = 1:length(files)
file = fullfile('.','Data','tmp',char(... |
function [xi,yi] = snakeinterp1(x,y,RES)
% SNAKEINTERP1 Interpolate the snake to have equal distance RES
% [xi,yi] = snakeinterp(x,y,RES)
%
% RES: resolution desired
% update on snakeinterp after finding a bug
% Chenyang Xu and Jerry L. Prince, 3/8/96, 6/17/97
% Copyright (c) 1996-97 b... |
clc
clear
fprintf('\n');
%start menu because I'm a sucker for old games
fprintf('\n**************************************************\n')
fprintf('* *\n')
fprintf('* Welcome to 4x4 Connect-4 *\n')
fprintf('* ... |
function rho56=rho56(h)
sldata;
limitpoints;
slopes;
rho2=rho1*(T2/T1)^-(1+(g/(m12*R)));
rho3=rho2*exp(-g*(h3-h2)/(R*T2));
rho4=rho3*(T4/T3)^-(1+(g/(m34*R)));
rho5=rho4*(T5/T4)^-(1+(g/(m45*R)));
rho56=rho5*exp(-g*(h-h5)/(R*T5)); |
%% Reset matlab
close all
clear
clc
%% Initialize figure
h = figure;
h.Units = 'normalized';
h.Position = [0 0 1 1];
%%
varRed = table;
varRed.red = 10.^(0:0.01:5)';
varRed.green = 500*ones(size(varRed.red));
varRed.blue = 500*ones(size(varRed.red));
varRed.clear = zeros(size(varRed.red));
chromaticity = rgb2chro... |
function p = feat_desc(I, y, x)
%extract feature descriptor
%let's get a 8x8 patch describing each corner
%p is a 64xn matrix
%first we start at each corner location and take a 40x 40 window
window_size = 40;
p_size = 8;
sub = window_size/p_size;
num_corner = length(y);
p = zeros(p_size^2, num_corner);
%gaussian kern... |
function Rtilde = noisifyRotations(R, A, sigma)
% NOISIFYROTATIONS Takes absolute rotations and computes noisy pairwise
%
% Other m-files required: none
% Subfunctions: none
% MAT-files required: none
%
% Author: Gabriel Moreira
% email: gmoreira (at) isr.tecnico.ulisboa.pt
% Website: https://www.g... |
% This script executes the commands use to run the examples in Table
ex = 'QPII';
certtags={'BSOS','SBSOS'};
% Second relaxation with k=1.
k=1; d=2;
%%
% don't change anything below this line
%load testfunction and generate pop
% name of the function to be considered and placed in pwd/functions
fname = 'QPII_9... |
function[] = importGender()
|
clc;clear all;close all;echo off;tic;
% -------------------------------------------------------------------
% 参数定义
% --------------------------------------------------------------
Fd = 1; % symbol rate (1Hz)
Fs = 1*Fd; % number of sample per symbol
M = 4; ... |
function varargout=plotB0curlyh(varargin)
%PLOTB0CURLYH Plot B and H
%
% USAGE:
% >> atbaseplot(ring,@PLOTB0CURLYH);
% >> atplot(ring,@PLOTB0CURLYH); (obsolete)
%
% See also atbaseplot
if nargout == 1 % From atplot
[lindata,ring,~]=deal(varargin{1:3});
spl=PhysConstant.speed_of_light_in_vacuum.value;
... |
%% Cro el Robot:
function arm = robo_init(pert)
%Perturbacion
if ~nargin
pert=0;
end
% Links de revolucion 'd', 0
d=0;
% Largos 1m
l1 = 1;
l2 = 1;
% Masa 1kg
m1 = 1 +(2*rand()-1)*pert;
m2 = 1 +(2*rand()-1)*pert;
% Centro de masa e... |
function Sim21
%% Reset
close all
clear
%% Load data
load('GroupsWOAisles.mat');
%% Set names
simName = '21 Groups without aisles, 20 min delay';
folderName = 'Sim21';
%% Set conditions
[Sim.Luminaires.View] = deal('narrow');
[Sim.Zones.DimAfter] = deal(duration(0,20,0));
[Sim.Zones.OffAfter] = deal(duration(0,20,0... |
function [e,f,totalcircle_num] = net_voltage (Yzheng,voltage)
MAX_CIRCLE=20;
accuracy=0.00000001;
[Yzheng voltage] = PointTaxis(Yzheng, voltage);
pqNum = PQNum(voltage);
p=SimulationP(voltage); %p=Pg-Pl
q=SimulationQ(voltage);
u_2= Simu... |
function [match_heap match_im_i match_im_j] = propagate_slow(initial_match, im_i, im_j, matchable_im_i, matchable_im_j )
%{
Please cite this paper if you use this code.
J. Xiao, J. Chen, D.-Y. Yeung, and L. Quan
Learning Two-view Stereo Matching
Proceedings of the 10th European Conference on Computer Vision (ECCV2008)... |
% this function plots a bar plot with error bars on it.
function h = Pej_Bar_ErrorBar(x, xl, xu, Labels, varargin)
L = length(x);
h = bar(1:L, x, 'k', varargin{:});
hold on
BV = get(h,'BaseValue');
for i =L:-1:1
if x(i)>BV
errorbar(i, x(i), x(i)-xl(i) , xu(i)+nan, '.', 'linewidth', 1.5, 'color', 'w', 'Marker', '... |
% Fig. 9.37 Feedback Control of Dynamic Systems, 5e
% Franklin, Powell, Emami
%
% script to run the time optimal system
% and plot the results
sim('fig9_36')
plot(tout,simout);
title('Figure 9.37 limit cycle oscillations');
xlabel('Time (sec)');
ylabel('Output, y');
grid;
|
% volVectorField Ur(Ua - Ub);
Ur = assign(Ua,Ub,'-');
% volScalarField magUr(mag(Ur));
magUr = assign(assign(Ur,Ur,'*'),constField(1/2,N),'^');
%
% volScalarField Ka(draga->K(magUr));
% volScalarField K(Ka);
K = dragmodel_K(magUr,InterfacialProperties,transportProperties);
%
% if (dragPhase == "b")
% {
% volScal... |
function [all_vols]=get_all_vols(file)
load(file);
rois = sData{1,2}.scan.contour;
for roiNum=1:numel(rois) %First iterate over all rois in order to determine the best common matrix size
roiName=rois(roiNum);
%Removing unused rois
roiName=roiName.name;
visPos = strfind(roiName,'1vis');
autoPos... |
clear;
load('Energy density of CDDF2 (Phi=0.2) calculated in 16-Sep-2014.mat');
n=4;
m=4;
if fai==0.5
e_single=[2.9022 1.5889 1.0671 0.8008];
else if fai==0.2
e_single=[4.6093 2.5240 1.6985 1.2746];
else
e_single=[1.335 0.6267 0.4281 0.3228];
end
end
for i=1:5;
e_opt_t=e_opt(i,:);
deltaP... |
%%Data analysis of Random network generation to test robustness of biological systems to
%%constitutive signals
%%Developed by Alvaro Martinez Guimera July 2019
%Specify time of model event (stimulus)
EventTime=100;
%Retrieve all files in current directory (where random network generation output should be saved to)
... |
function [S,c,cindex,D,DX]=distortionMinimization(X,phi0,k,c_0,DspFlag,epsilon);
% function [S,c,cindex,D,DX]=distortionMinimization(X,phi0,k,c_0,DspFlag,epsilon);
%
% Input:
% X(n,d) --- diffusion coordinates (right eigenvecs
% rescaled with eigenvals); each row is a data pt
% phi0(n,1)... |
function [iter_nums, beta] = iterate_beta(ret)
iter_nums = 1:ret.nIterations;
beta = ret.betaPred;
end |
clc; clear ; close all;
%% Initialisation des variables
image = imread('image/barcode_rotate2.jpg');
image = double(image(:,:,1));
ep = 0.2;
N = 256;
% Traitement de l'image
% Recuperation des coordonnees de l'operateur ainsi que de l'angle de
% rotation de l'image
[xmin, xmax, ymin, ymax] = get_input(image);
angle =... |
function A = curve(x,fit)
N = length(x);
J = length(fit);
phi = zeros(J,N);
phi(1,:) = sin(x);
phi(2,:) = cos(x);
phi(3,:) = sin(3*x);
phi(4,:) = ones(1,N);
for j = 3:J/2
phi(2*j-1,:) = sin( (2*j-4)*x );
phi( 2*j ,:) = cos( (2*j-4)*x );
end
A = zeros(1,N);
for j = 1:J
A = A + fit(j)*phi(j,:);
end
end |
function [haxes] = xsubplots(int,T)
% This function creates an amount of subplots dictated by the value of the
% int input. Each subplot has x-axis limit of 0 to T, where T represents
% the number of timesteps. The function returns a column vector, haxes,
% which stores references to all of the subplots. This function ... |
function s = path_to_tetgen()
% PATH_TO_TETGEN Returns absolute, system-dependent path to tetgen executable
%
% Outputs:
% s path to tetgen as string
%
% See also: tetgen
if ispc
% replace this with path
s = 'c:/prg/lib/tetgen/Release/tetgen.exe';
elseif ismac || isunix
[status,s] = sy... |
%funcion que verifica el rango de una funcion para ver si es impar
function b = esImpar(n,x)
[n2,x2] = invertirY(n,x);
[n2,x2] = invertirX(n2,x2);
if(isequal(x,x2))
b = true;
else
b=false;
end
end |
function config=configuration(fileName)
%config.fileName = 'circuit-rc1.txt' ;
%config.fileName = 'two_section_rc.txt'; %for ac-testign
%config.fileName = 'amp_tran1.txt' ;
%config.fileName = '741_amplifier.txt' ;
config.fileName = fileName ;
%config.fileName = 'diode.txt' ;
%config.fileNam... |
function [FitResults,LowestError,BestStart,xi,yi,BootResults]=Gaussfitbasepeakfit(signal,center,window,NumPeaks,peakshape,NumTrials,start,autozero,plots)
%time = [1:31];
%h = plot(time,Vo4,'o','LieWidth',2);
global AA xxx AUTOZERO
format short g
format compact
warning off all
NumArgOut=nargout;
datasize=size(sign... |
clc;
close all;
clear all;
Parent1 = [round(rand()), round(rand()), round(rand()), round(rand()), round(rand()), round(rand()), round(rand()), round(rand()), round(rand()), round(rand()) ];
Parent2 = [round(rand()), round(rand()), round(rand()), round(rand()), round(rand()), round(rand()), round(rand()), round(rand())... |
%% ECE549 HW2
% Question 2 Shape alignment
close all
clear all
align_shape(imread('object2.png')>0,imread('object2t.png')>0);
align_shape(imread('object2.png')>0,imread('object1.png')>0);
align_shape(imread('object2.png')>0,imread('object3.png')>0); |
clc;
clear;
close all;
format long
%parameters
a = 1.1;
b = 0.6;
d = 0.07;
f = 1.7;
k = 1;
m = 0.1;
c = 0.25;
%initialization
h = 0.1;
u(1) = 0.125;
w(1) = 0.1;
t = 0:h:20000; %time can be increased or reduced
p = u(1);
q = w(1);
func1 = @(t,u,w) a*u*(1 - u/k)- b*u*w/(1+m*u);
func2 = @(t,u,w) -d*w + f*u*w / (1 + m*u... |
% Example 10.1 -- Figure 10.2
clf
x1 = [1,1.5,2,3,4]; x2 = x1;
c1 = [2,-1];
c2 = [-2,12,-7]/3;
y1 = c1(1)*x1 + c1(2);
y2 = c2(1)*x2 .* x2 + c2(2)*x2 + c2(3);
xx1 = .3:.1:4.3;
zz1 = c1(1)*xx1 + c1(2);
xx2 = .3:.1:5.5;
zz2 = c2(1)*xx2 .* xx2 + c2(2)*xx2 + c2(3);
plot(x1,y1,'md',x2,y2,'ro',xx1,zz1,'b',xx2,zz2,'g')
hold... |
function pts=Find_Split_pts(cann_pts,list_ind,close_nonadj_pts,count_nonadj)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Find_Split_pts finds then splitting point pairs in a sub-candidate point
% set
% Params:
% cann_pts is the candidate points
% list_ind is the in... |
clc
clear all;
close all;
X=[0 0 1 1;0 1 0 1];
T=[0 1 1 0];
h=2;
alfa=0.3;
mf=0.2;
[N,M]=size(X);
[K,M1]=size(T);
V=rand(h,N)
V1=zeros(h,N);
V0=rand(1,h)
W=rand(K,h)
W1=zeros(K,h);
W0=rand(1,K)
con=1;
epoch=0;
while (con~=0 && epoch~=10000)
e=0;
Yout=[];
for I=1:M
for j=1:h
Zin(j)=V0(j);... |
% Expected risk minimization with 2 classes
clear all, close all,
% dimension of the vector under test
n = 2;
% number of iid samples for the data distribution
N = 1000;
mu(:,1) = [-2;0]; mu(:,2) = [2;0];
% Initialize and assume the variances to be identity matrices
Sigma(:,:,1) = [1 -0.9;-0.9 2]; Sig... |
X=csvread('Snapshot2Psx.csv') ;
[m sigma2] = estiGaussian(X);
% Training set
p = multivarGaussian(X, m, sigma2);
d=X=csvread('evilprofessorPsx1.csv') ;
Xval=d(:,3);
yval=d(:,4);
% Cross-validation set
pval = multivarGaussian(Xval, m, sigma2);
[epsi F1] = selectThreshold(yval, pval);
fprintf('Best epsilon v... |
function d=deltaFun(i,j)
if i==j
d=1;
else
d=0;
end
|
function Fortify(YesBtn,~, game, player)
set(game.txtH, 'String', 'Select troops to send on the move')
%% DELETE BUTTONS
NoBtn = findobj('style', 'pushbutton', 'String', 'No');
delete([YesBtn, NoBtn]);
%% TROOP BUFFER
troops = uicontrol('style', 'text', ...
'Parent', game.figH, ...
... |
function stats = optDynamic(returns, predictors, gamma, rf, accuracy)
%OPTDYNAMIC: Calculate the optimal portfolio weight through the dynamic
%strategy
%
% STATS = OPTDYNAMIC(returns, predictors, ...) uses both predictor
% variables and returns to calculate the optimal portfolio. If possible,
% the conditio... |
%---------------------------PROBLEM 9---------------------------
figure(9);
M = csvread('exampleSignal.csv',3); %Read the file
plot(M) %Plot the signal itself.
hold on %Wait for the peaks to enter.
[pks,locs] = findpeaks(M); %pks are peaks, locations are locations of peaks.
plot(locs,pks,'.r') %Add the peaks from findp... |
%---------------- Simulation 2 experiment 2
%---------------- probability of detection vs radar snr
load('tsp_radar_snr_comparison_v5.mat')
M = 1e4;
vu = 0:0.5:100;
PD_co = zeros(length(SNR_rtr),length(vu));
PFA_co = zeros(length(SNR_rtr),length(vu));
PD_co_wc = zeros(length(SNR_rtr),length(vu));
PFA_co_wc = zeros(leng... |
function [ v ] = probvelocidad(q, params)
%definimos las coordenadas generalizadas
x1=q(1);
y1=q(2);
x2=q(3);
theta=q(4);
%definimos las coordenadas que no varían con el tiempo
xA=0;
yA=0;
%Llamamos a las funciones de las restricciones y el jacobiano pues nos
%hacen falta para el cálculo de la velocidad
J=jacob(q,par... |
%-------------------------------------------------------------------------%
% Isothermal flash calculation using Soave equation of state
% Author: Arnulfo Rosales-Quintero
% Email: arnol122@gmail.com
% Main program calls function Flash_iso01
%This function solves the isothermal flash using two loops
%The in... |
RP = csvread('~/tmp/pyconcz2016-net-failures/naive_probe.csv');
RT = csvread('~/tmp/pyconcz2016-net-failures/naive_download.csv');
RJ = csvread('~/tmp/pyconcz2016-net-failures/naive_get_json.csv');
% MB total per each 0.1 sec interval
AP = accumarray(floor(RP(:,1) * 10) + 1, RP(:,2)) / 10^6 / 100;
AT = accumarray(flo... |
function sthlm3_extractAnnotations(tissuemaskfile,penmaskfile,outputimagefile,varargin)
% sthlm3_extractAnnotations - Extract annotated area and store label mask.
%
% sthlm3_extractAnnotations(tissuemaskfile,penmaskfile,outputimagefile, ...)
%
% Reads masks indicating tissue and pen markings and stores an image where
%... |
% function TrgFN=NormalizeWrite(FN,MatFN,Force,TrgP,DispW,DefiningSpaceFN)
function TrgFN=NormalizeWrite(FN,MatFN,Force,TrgP,DispW,DefiningSpaceFN)
if(~exist('Force','var'))
Force=[];
end
if(isempty(Force))
Force=false;
end
if(~exist('DispW','var'))
DispW=[];
end
if(isempty(Force))
DispW=true;
end
Tmp... |
function indices = bipartitions2indices( Zs )
%
%
nRows_Zs = size(Zs, 1);
indices = cell(nRows_Zs, 1);
for i = 1:nRows_Zs
indices{i} = find(Zs(i,:));
end
end |
function [ output_args ] = gbmapping(start_file, Bstart, delB, Bfinal)
%UNTITLED2 Summary of this function goes here
% Detailed explanation goes here
% Counters
i = start_file; %File Counter
counter = 0; %Loop Counter
numfiles = abs((Bfinal - Bstart))./abs(delB)+1; %Number of Files
B = Bstart; %Initial Magne... |
Pos(1,:) = [10 10];
Goal = [270 270];
for i = 1:1000
dx = Goal(1) - Pos(i,1);
dy = Goal(2) - Pos(i,2);
adx = abs(dx);
ady = abs(dy);
if(adx>ady)
newP = Pos(i) + (dx/adx)*[1 0];
elseif (adx<ady)
newP = Pos(i) + (dy/ady)*[0 1];
else
newP = Pos(i) + [(dx/adx) (dy/ady)... |
function obj = cast_basic(obj, kind)
% excentury.core.CAST_BASIC: Cast object to a basic datatype
%
% Transform the object to another basic object.
% The allowed values for kind are:
%
% char, 'C1' ==> char
% byte, 'I1' ==> int8
% ubyte, 'N1' ==> uint8
% short, 'I2' ==> int16
% ... |
function clusters = pairwise_clustering(Z, varargin )
%PAIRWISE_CLUSTERING Summary of this function goes here
% Detailed explanation goes here
p = create_parser();
parse(p, varargin{:});
params = p.Results;
cutoff = params.Cutoff;
maxClust = params.MaxClust;
mergeCriterion = params.MergeCriterion;
if... |
function [spectrum] = fct_spectrum(model,ft)
% Compute the spectrum of a function
%
ft=abs(ft).^2;
MX=model.grid.MX;
dX=model.grid.dX;
if any(size(ft)~=MX)
error('wrong size');
end
% [Mx,My]=size(ft);
% MX=[Mx My];
% M=floor(sqrt(Mx*My));
M=min(MX/2);
% M=min(MX/4);
persistent idxref MXref dXref kidx
if ~exist(... |
function output = HistEqlize(histo, image)
[row, col] = size(image);
c = cumsum(histo)*255;
output = uint8(zeros(row,col));
for i = 1 : col
for j = 1 : row
output(j,i) = c(image(j,i)+1);
end
end
end |
prompt=('Ingresa un número: ');
x=input(prompt);
if rem(x,2)==0
x=(x)^2
fprintf('El número es Par');
else
x=(x)^3
fprintf('El número es Impar');
end |
function wave = rotate(parameter, wave0)
%* (x, y, z) --> (y, z, x)
M = parameter.siteDimension ;
A0 = wave0.A ;
B0 = wave0.B ;
A = rotateA(M, A0) ;
B = rotateA(M, B0) ;
wave.A = A ;
wave.B = B ;
wave.Lambda(1) = wave0.Lambda(2) ;
wave.Lambda(2) = wave0.Lambda(3) ;
wave.Lambda(3) = wave0.Lambda(1) ;
w... |
function RawImage = ReadL0Image(bandName, imageDir, lmin, lmax)
% RawImage = ReadL0Image(bandName, imageDir, lmin, lmax)
% This function read a raw image from L0 directory
% The L0 filename is IMAGERY_[bandName].RAW
% lmin is the first line of the block to be read
% lmax is the last line of the block to be read
%
% War... |
%Test wave generators for regular waves with random phase and random waves
%sampled from a wave spectrum
lineMarker = '-g';
% set(0,'DefaultAxesFontSize',16,'DefaultTextFontSize',10)
global H chi
H = 4.94;
chi = 60*(pi/180);
alpha0 = 0.73;
omegaNPhi = 0.62;
lambda = 221.94;
omegaZ = 0.527;
numSamples = 1000;
numWaveC... |
function response = Forgetful(n,p)
persistent ncount trustcount roundstore
if n==1; ncount=0; trustcount=0; roundstore=0; end
if ncount==1 && (p==1 || p==5); trustcount=trustcount+1; end
if n>5
if isequal( roundstore(end-3:end), [5 0 5 0] );
trustcount = 2;
ncount = 5;
end
end
if... |
function []=rob_plot3(real_x,real_y,measurement_x,measurement_y,kalman_x,kalman_y)
real_x=real_x(:,1);
real_y=real_y(:,1);
plot(real_x,real_y,'-','DisplayName','Real X,Y');
hold on;
measurement_x=measurement_x(:,1);
measurement_y=measurement_y(:,1);
plot(measurement_x,measurement_y,'--','DisplayName','Measur... |
function copy_unzip_func(fmriprep_dir, spm_dir)
func_dir = fullfile(spm_dir, 'FUNCTIONAL');
if ~isdir(func_dir)
mkdir(func_dir)
end
sub_dirs = cellstr(spm_select('FPList',fmriprep_dir, 'dir','sub-*'));
% Copying all fmriprep functional files and mask files to a new directory and unzi... |
%--------------------------------------------------------------------------
% Background theorique en fonction de nu_max d'apres Kallinger 2014.
%
% Pour l'instant, je ne mets pas le bruit blanc car pas tout a fait
% photonique.
%
% Je ne mets pas non plus la composante super basse frequence: en gros je
% ne mets que l... |
#include "com_codename1_ui_table_TableLayout_Constraint.h"
const struct clazz *base_interfaces_for_com_codename1_ui_table_TableLayout_Constraint[] = {};
struct clazz class__com_codename1_ui_table_TableLayout_Constraint = {
DEBUG_GC_INIT &class__java_lang_Class, 999999, 0, 0, 0, 0, &__FINALIZER_com_codename1_ui_table_... |
function [ StreamlinesProximity2D, StreamlinesProximity3D, ...
StreamlinesProximity2DNorm, StreamlinesProximity3DNorm, ...
Proximity2DMin, Proximity2DMean, Proximity2DMax, Proximity2DStd, ...
Proximity3DMin, Proximity3DMean, Proximity3DMax, Proximity3DStd] ...
= computeStreamlines2D3DProximity( image3D,... |
function anaT = analysis_table2(lfps, splittype)
%%
% generate a table to see how variables are related to one another
% sessions x variables x stimulus type
%
if nargin < 2; splittype = 'drug'; end
% single pair or more? ===========================
ndrug = 1;
switch splittype
case 'drug'
ndrug = 2;
... |
initCobraToolbox
% load('BesteGriffin.mat')
%load('Beste7H9aa2.mat')
% load('BesteMediaModels.mat', 'BesteRxns')
%load('BesteMediaModels.mat', 'Beste7H9')
%load('GriffinData.mat')
%load('mtbPROMinputs2.mat', 'metRvFC2')
%load('mtbPROMinputs2.mat', 'BIGtf_05_2013_Rv2621')
%load('mtbPROMinputs2.mat', 'RvGeneIDs')
%load('... |
function [ LP ] = My_RLGC_fun( LG, US )
%Расчет параметров (R G L M C K) линии электропередачи:
m0 = 4*pi*10^-4; % магнитная постоянная [Гн/км]
ma = 1.000022; % относительная магнитная проницаемость Al
e0 = 8.85*10^-9; % электрическая постоянная [Ф/км]
% эквивалентный диа... |
load fea;
% load gnd;
load idx;
id = idx;
test_idx = 1:size(fea, 1);
data = fea;
n = size(data, 2);
X = data * (eye(n) - (1/n) * ones(n) * ones(n)');
size(X)
% % g = size(gnd);
% % i = size(idx);
%
% A = X' * X;
%
% A = (A + A')/2;
%
% % Step 2: perform eigenanalysis of dot product matrix
% % [V,D] = eigs(A, size(... |
clear all
%Navigationloop initilization
m = 1.17;
g = 9.8;
Ixx =2.754e-4;
Iyy =2.5955e-4;
Izz =5.7874e-4;
L = 0.225;
%PID parameters for x axis
kpx = 0.8;
kix =0;
kdx =0.5;
%PID parameters for y axis
kpy = 0.8;
kiy =0;
kdy =0.5;
%Innerloop initiliztion
global Kpz Kdz Kpp Kdp Kpt Kdt Kpps Kdps... |
classdef Secant<handle
%UNTITLED Summary of this class goes here
% Detailed explanation goes here
properties
i = 1;
root;
maxIterations = 50;
eps = 0.00001;
fun;
data = [];
signF = 5;
ExTime = 0;
l;
r;
precessi... |
function catm = CatmSample(dataobj, catm)
%% Initialize parameters.
K = catm.param.K;
D = catm.param.D;
T = catm.param.T;
beta = catm.param.beta;
accept = zeros(K-1,1);
Sigma = catm.var.Sigma;
mu = catm.var.mu;
%% Sample in random order through documents.
nkw = catm.var.nkw;
nkd = catm.var.nkd;
nk = c... |
function Pts3d_valid = field_geometry
% ----------------------- Description ------------------------ %
% %
% Plot soccer field real-Geometry %
% %
% --------------------... |
% view View Diffraction object graphically
%
% This method displays Diffraction objects as Image and Signal plots.
% The default view is the measured Image.
% >> view(object);
% >> view(object,'Measurement'); % same as above
% Results can be viewed *after* the analysis method has been used.
% >> view(obje... |
path=pwd;
result=[];
average_number=1;
flow_number_in_link=0;
length_vector=[];
path_find=strcat(path,'/','bw*.txt');
file_list=dir(path_find);
file_number=length(file_list);
flow_number_in_link=file_number
for i=1:file_number
file_list(i).name;
file_name_vector=(file_list(i).name);
a=load(strcat(path,'/',file_nam... |
function [fitdata] = qa_ampmem(filename,channel,sortcode,h)
%function [fitdata] = qa_ampmem(filename,channel,sortcode,h)
%
% sortcode is optional list of valid sort codes (default is 1)
%
% h is an optional figure handle. If h is -1, this doesn't plot and
% instead just spits out the results
%
% 2015/07/17 - M... |
function [ final_alpha] = stratTest2q(filename)
% stratTest2q - finds some optimal portfolio given extimated covariance matrix
% and SVR predicted returns.
% This is quick version with optimized loop size. Takes ca 30 sec per time step on my machine
% With minor changes in code one could predict more then one time... |
function data = customReadDatstoreImage(filename)
% code from default function:
onState = warning('off', 'backtrace');
c = onCleanup(@() warning(onState));
data = imread(filename); % added lines:
data = data(:,:,min(1:3, end));
data = imresize(data,[128 96]);
end
|
function u_trans_param = InputTransform_REFtoHL_drone(dt,varargin)
%% Input transformer
u_trans_param.type="REFtoHL_drone";
u_trans_param.name="p2hl";
if ~isempty(varargin)
u_trans_param.param.P=varargin{1};
else
u_trans_param.param.P=getParameter();
end
u_trans_para... |
function saveFigures(figs,file)
%SAVEFIGURES Save multiple figures to a single MATLAB file.
% SAVEFIGURES, by itself, saves all currently open MATLAB figures to a
% single .mat file. A file dialog is opened for selecting the filename
% and path.
%
% SAVEFIGURES(FIGS) saves all figures with handles FIG... |
function w=obtainHyperplanePerceptron(X,w)
[M,N] = size(X);
xplus = [];
yplus = [];
xminus = [];
yminus = [];
for i=1:M
if X(i,3)==1
xplus = [xplus, X(i,1)];
yplus = [yplus, X(i,2)];
else
xminus = [xminus, X(i,1)];
yminus = [yminus, X(i,2)];
end;
end;
... |
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