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function [R_back, T_back] = ShowBackPose(path)
%% 计算前端初始位姿和优化后的位姿的平移及其旋转的欧拉角
back_pose = importdata([path '/node_pose.txt']);
T_back=[];
R_back=[];
for i=1:length(back_pose)
pose_estT=back_pose(i,1:3);
pose_estR=quat2rotm(back_pose(i,4:7));
T_back=[T_back;pose_estT];
eulerAngles = fliplr(rotm2eul... |
% =========================== main_ultravist ==============================
% Script for pH mapping with Ultravist phantom (work in progress)
% CT 20170113
%% ------------------------- CEST-pH calibration --------------------------
%% Load phantom scans and fit z-spectra
clear directory; sequenceType = 'Mz'; READIMAGE... |
function sys = IdentifySystem(input,output,S_Order,Ts)
global u y SystemOrder k;
u = input;
y = output;
SystemOrder = S_Order;
k = 0:Ts:(length(u)-1)*Ts;
theta_0 = rand(1,SystemOrder(1) + SystemOrder(2) + 1);
% Nb parameters = Nb poles + Nb zeros + 1 (Static Gain)
theta = fminsearch('cost',theta_0);
Num... |
% sig2 %63x1 Raw signal
% ti % 63x1 times
%
% veamos %Epochs where ripples were detected wrt sig2. 58x1
% cara %58x3; sample where they occur
% cara_times %58x3; times where they occur
%%
function plot_traces(sig2,veamos,cara,ti,amp_vec,iii,labelconditions,chtm,include_hpc,cara_hpc,veamos_hpc,chtm_hpc)
% amp_vec=[... |
% LOGEXECTIMEFORCOVMAPGEN Log the execution time for coverage map
% generation.
%
% Yaguang Zhang, Purdue, 08/14/2019
if ~exist('flagProcessInterrupted', 'var')
flagProcessInterrupted = false;
end
numOfHsInspected = length(towerPathLossMapsEHata);
numOfCellAntsObserved = length(towerPathLossMapsEHata{1});
numOfM... |
% Assigments 3, surf plot of the solution u of the poisson eq
% By Alessandro Piccolo and Anton Sj÷berg
clear all; close all;
filename = 'output.txt';
delimiterIn = ' ';
[u,delimiterOut] = importdata(filename)
figure
colormap parula
%mesh(u,'FaceColor','interp','EdgeColor','none','FaceLighting','gouraud')
... |
De volgende code geeft een foutmelding: x = sin(t)
Neem aan dat de variabele t correct gedefinieerd is. |
function ardSetStripes(width, spacing)
global ardVar;
panelConstants;
ardI2Cecho(SETDATA, X1, width, 0, 0);
ardI2Cecho(SETDATA, X2, spacing, 0, 0);
|
load('sinal.mat');
N = length(x);
n = 0:N-1;
[Xdtft,wdtft] = dtft(x/N,n);
Xdft = fft(x/N);
wdft = linspace(0,2*pi-2*pi/N,N);
plot(wdtft,abs(Xdtft));
hold on;
x2 = 2*2*cos(n*3*pi/4) + 2*1.5*cos(n*pi/5) + 2*1*cos(n*pi/3);
[X2dtft,w2dtft] = dtft(x2/N,n);
X2dft = fft(x2/N);
plot(w2dtft,abs(X2dtft)); |
function[im3] = loadim3(fdir,n,fstr,fsuff,zerofloat,yind,xind)
%LOADIM3 - loads in a stack of images of format im##.tif
%fdir is the directory of the stack
%n is either a final index or a range or indices to read in
%
%zerofloat = 0 - means it goes im1, im2, ...
%zerofloat = 2 - means it goes im001, im002, ...
if leng... |
function [bb] = frompoints(ij)
%--------------------------------------------------------------------------
%
% Copyright (c) 2011 Jeffrey Byrne
%
%--------------------------------------------------------------------------
ijmin = min(ij,[],1);
ijmax = max(ij,[],1);
bb = [ijmin(2) ijmin(1) ijmax(2)-ijmin(2) ijmax(1)-ij... |
function [pMean, pVar] = prediction(xtrain,xtest,ytrain,nTest,alpha,nv,freq,var,K)
%
Q = length(freq);
nTrain = length(xtrain);
xtest = xtest(1:nTest);
K_cross_set = kernelComponent(freq,var,xtest,xtrain);
K_test_set = kernelComponent(freq,var,xtest,xtest);
function K_sum = sumup_kernel(K, Q, alpha)
K_sum... |
% Erstellt einen Hoehenlinienplot eines Potentials
%
% Eingabe
% mesh Kanonisches kartesisches Gitter
% phi Potentialvektor
% indz z-Index der darzustellenden x-y-Schnittebene
%
% Rueckgabe
% figure(1) Plot des Potentials (wird abgespeichert in plotPot.pdf)
functio... |
function [total,am,std]=ML_00781035_func_Final(x)
total=sum(x)
am=total/length(x)
n=length(x)
for i=1:n
d(i)=(x(i)-am)^2
end
std=sqrt(sum(d)/(n-1))
end
|
function [flg,Offsets] = find_offsets(qa,qb,qc,qd,qe)
tol = 10^-1;
flg = 0;
Offsets = zeros(5,4);
ref = [1 0 0 0];
Rqa = [0.9462 0.0441 -0.0089 0.3203];
Rqb = [-0.8582 0.0157 0.0320 -0.5120];
Rqc = [0.9509 0.0499 -0.0263 0.3042];
Rqd = [0.9918 0.0159 0.0481 0.1170];
qrA = quatmultiply... |
function []=exportTable(eigBF,TransBF,LineNameBF,LineCoffBF,ErrorBF,OmegaBF,eigAF,TransAF,LineNameAF,LineCoffAF,ErrorAF,OmegaAF,LineFailed,name)
for i =1:size(eigBF)
lineEta(i,:)= strcat("eta:",num2str(i));
space(i,:)= "";
end
%eigBF
char(65)
char(90)
%
place=0;
title=[char(66),'1']
index=[char(65+place),'2']
... |
clear; clc;
valuesDoubleSeq = csvread('tiemposGFLOPS/Ejercicio2.csv');
valuesDoublePara = csvread('tiemposGFLOPS/Ejercicio3.csv');
valuesFloatSeq = csvread('tiemposGFLOPS/Ejercicio4Seq.csv');
valuesFloatPara = csvread('tiemposGFLOPS/Ejercicio4Para.csv');
dims = (100:20:1000);
figure, plot(dims, valuesDoub... |
function y = dlogPhi(x)
y = zeros(size(x));
idx20 = (x<-20);
idxN20 = (~idx20);
y(idx20) = -x(idx20);
y(idxN20) = normpdf(x(idxN20))./normcdf(x(idxN20));
|
function p = findmanyzeros(f, a, b, n, tol)
Zeros = [];
x = linspace(a, b , n+1);
for i = 1:n
if f(x(i)) * f(x(i+1)) < 0
temp = findzero(f, x(i), x(i+1), tol);
Zeros(length(Zeros) + 1) = temp;
end
end
p = Zeros;
end |
%Practice 6.2
function vectors(vec)
r=size(vec,2)
for i=1:r
fprintf('Element %d is: %.1f.\n',i,vec(i));
end
|
function plot_traces(input,scale,t1,t2,color,FigN)
d_obs=input;
ti=0:0.1:100;
for j=1:2:length(d_obs(:,1))
E1=interp1(0:100/(length(d_obs(j,:))-1):100,d_obs(j,:),ti);
figure(FigN),hLine=plot(ti,-1*(scale*E1-j),color,'linewidt',2);axis([t1 t2 0 j+1]),
hold on,xlabel('Time (ns)','fontsize',12),y... |
function initFromMesh( obj, mesh, filename, casename, outputIntervalNum, OutputFieldNum, VarIndex, fieldname, dt )
% ( mesh, filename, casename, outputIntervalNum, OutputFieldNum, varIndex, fieldName )
% % set vtk output
% if (obj.mesh.type == enumMeshDim.One)
% obj.vtkOutput = VtkOutput1d(obj.casename, obj.Nfield,... |
function [ vVertices ] = oneringv( mesh, nVertex )
% [ vVertices ] = oneringv( mesh, nVertex )
% return indices of one-ring vertices at nVertex
vVertices = find(mesh.e(nVertex,:)~=0)';
end
|
function [ AR, R_tMaj ] = aspectRatio( tj_A, Rj_A, mP)
%UNTITLED11 Summary of this function goes here
% Detailed explanation goes here
y_bar = mP(2);
x_bar = mP(1);
% figure(1)
% subplot(1,2,2)
% plot(tj_A,Rj_A,'-o')
%%% step through each angle and find a second angle that is closest to being
%%% 180 ... |
function optbound = getOptpolicyBoundary(optpolicy,params)
% Get optimal policy boundaries from 3D optimal policy matrix
% Outputs the x,y,z values of the 3D boundaries
optbound = struct;
val = params.Rs';
fNames = {'dec','switch','accum'};
for fi = 1:length(fNames), optbound.(fNames{fi}) = cell(1,2); end
for y = 1:2... |
function RBES_evaluate_ref_arch(results,archs)
ref = PACK_ref_arch;
[~,results2] = RBES_add_arch(ref,results,archs);
us = RBES_compute_utilities3(results2,{'sciences','costs','programmatic_risks','launch_risks'},{'LIB','SIB','SIB','SIB'},[0.5 0.35 0.1 0.05]);
pr = RBES_compute_pareto_rankings([-results2.sciences result... |
% $Header: svn://.../trunk/AMIGO2R2016/Preprocessor/AMIGO_check_data.m 2114 2015-09-18 12:19:54Z attila $
function [inputs,results]= AMIGO_check_data(inputs,results)
% AMIGO_check_data: Checks experimental scheme
%
%******************************************************************************
% AMIGO2: dynamic modelin... |
function dY = oriboODE(T, Y, model, hPR, cPR, cXlist)
%% oriboODE
%
% Function which builds ODEs for simulate a synthetic circuit utilising
% orthogonal ribosomes for circuit execution.
%
% dY = oriboODE(T, Y, model, hPR, cPR, cXlist)
%
%% retrieve current values
iS = Y(1); eE = Y(2);
mT = Y(3); cT = Y(4); zT = Y(... |
function templateVar = setTemplateVariables
templateVar.datestr = 'yyyy_mm_dd';
templateVar.timestr = 'HH_MM_SS';
end |
function summary_fig = gen_summary_fig( stats, currents )
% ATTEND
% If there are attend stats, create a 1x6 figure for each current
if isfield( stats, 'attend_fixation_stats' )
att_fig = figure();
att_fields = {'attend_fixation_stats', 'attend_visual_stats', 'attend_atte... |
function results = PACK_evaluate_architectures(archs)
global params
narc = size(archs,1);
for i = 1:narc
fprintf('Evaluating arch %d of %d...\n',i,narc);
res = PACK_evaluate_architecture8(archs(i,:));
results.sciences(i) = res.science;
results.costs(i) = res.cost;
results.data_continuities(i) = res.... |
clear
clc
T = [300 250 200 80]; %temperature
tau = [0.3332 0.3655 0.3942 0.4151]; %P3/P1
dt = [0.0039 0.0071 0.007 0.0072]; %error bar
X = tau(1);
dx = dt(1);
Y = tau(4);
dy = dt(4);
T = 287.9;
avg = T/2*(log(Y)-log(X))^-1; % intrinsic phonon lifetime
% error propagation
err = sqrt( (T/... |
function batchProcessPhasor
%BATCHPROCESSPHASOR Summary of this function goes here
% Detailed explanation goes here
addpath('phasorAnalysis');
startDir = '\\ROOT\projects\NIDA';
actiDir = fullfile(startDir,'actiwatchData');
dimeDir = fullfile(startDir,'daysimeterDataLocalTime');
dimeListing = dir(fullfile(dimeDir,'... |
% Downloads neuron images and transforms them to dramatically reduce the size before saving
%VFB_00014201
% need also to get 0000, ....
for k=0:9999
for i=0:9999
try
url=strcat('https://v2.virtualflybrain.org/data/VFB/i/',sprintf('%04d',k),'/',sprintf('%04d',i),'/VFB_00101567/volume.nrrd')
outfilename = ... |
function [W,C,T,U,P,R]=plscr(E0,F0)
%PLS partial least square 偏最小二乘法
%该函数用于提取PLS建模中所有可能的成分
%E0 自变量标准化的样本数据
%F0 因变量标准化的样本数据
%W 模拟效应权重
%C 因变量权重
%T 自变量系统主成分得分
%U 因变量系统主成分得分
%P 模型效应载荷量
%R 因变量载荷量
A=rank(E0);
% rank returns the number of singular values of A that are larger than the default tolerance, max(size(A))*eps(norm(A... |
function entryWindowAddBox(source,~)
h = guidata(source);
ss = h.ss;
fn = strrep(h.expt.addField.String{h.expt.addField.Value},' ','_');
if(isempty(fn)|fn(1)=='_'|fn(1)=='-')
return;
end
nRows = 2; scale = [];
h.fields(end+1).wrap = uipanel(h.f,ss.subpanel{:},'units','pixels','position',[15 h.bump 750 ss.rowsi... |
function sum = summation(X,Y,prior_mean,j)
sum = (X - prior_mean(1,j)).^2 + (Y - prior_mean(2,j)).^2;
end |
r = input('enter r\n');
theta = input('enter theta\n');
rad = (theta*pi)/180;
x=r*cos(rad);
y=r*sin(rad)
fprintf('The rectangular coordinates are ( %6.2f ,%6.2f ).\n',x,y); |
function out=tracefilter(filename,thrs,ROI,varargin)
trace=load(filename);
if nargin==4;
invert=varargin{1};
else
invert=0;
end
if invert==0
if max(trace(ROI(1):ROI(2)))>=thrs
out=1;
else
out=0;
end
elseif invert==1
if min(trace(ROI(1):ROI(2)))<=thrs
out=1... |
tic;
parfor i = 1:10^3
A = rand(1000);
A = inv(A);
end
toc; |
% CS 543 Assignment 1, starter Matlab code
% Adapted from A. Efros
% (http://graphics.cs.cmu.edu/courses/15-463/2010_fall/hw/proj1/)
% name of the input file
imname = '00270v.jpg';
% read in the image
fullim = imread(imname);
% convert to double matrix (might want to do this later on to same memory)
fullim = im2doub... |
function [uavkp1, Reward] = Control_Vector_Selection_Horizon (xk, pf, obs, UAV_Sets, Ms, alpha, Area)
Ns = pf.Ns;
sigma_v = pf.sigma_v;
nv = size(sigma_v,1);
nu = size(UAV_Sets,2);
R = zeros(1,nu); % Reward function
for a = 1:nu
u = UAV_Sets(:,a);
if sum(... |
%https://www.edmundoptics.com/resources/application-notes/imaging/understanding-focal-length-and-field-of-view/
%https://www.raspberrypi.org/documentation/hardware/camera
classdef FieldOfView
properties
robot_h
height_room
end
methods
%Constructor to define constants
function thi... |
function [ sum ] = GetEnergy( data,weights,theta,nH )
%%%%%%
% Get the measurment of squared errors
sum = 0;
for i = 1:size(data,1);
O = RunNetwork(data(i,1:end-1)',weights,theta,nH); %%
sum = sum + 0.5*(data(i,end)-O{end})^2;
end
end
|
clear;clc;%close all
tic
recdate='Feb_03_15';
cellnum='B';
module='FI_OU';
load([module '_' recdate '_' cellnum])
% trials=1:numel(whos)-3;
trials=[1 2];
points=[3 4 3 4];
sample_rate=10000; % Sample rate in Hz
shouldplotFV=1; % Should the function plot the F-V curves? 1 for yes, 0 for no.
% saveit=0;
[rate_all,nu... |
function [x, xf] = xi_k(i, k, a, b, n)
x = cos(pi * (4 * i - 1) / (4 * n + 2));
for j = 1 : k - 1
x = x - polynomial(x, n) / polynomial_dx(x, n);
end
xf = (a + b) / 2 + x * (b - a) / 2;
|
function [EMG] = structure(data)
%%This allows to change the data structure when acquired from Dragonfly bin
%%to mat converter
%Line to test github branching
%****************************************************
% Load and declare %
%************************************************... |
dt = 2; % Sekunden
v = 20; % m/s
h = 0; % Offset in meter
r = 100; % m
outputs = sim('kurvenradius_modification') |
load f2
global letter label gfeatureSet gfeatureSet2
fileID = fopen('out.txt','w');
%p={'usr_112/','usr_113/','usr_114/','usr_115/','usr_116/','usr_117/','usr_118/','usr_119/',...
% 'usr_120/','usr_121/','usr_122/','usr_123/','usr_124/','usr_125/','usr_126/','usr_127/','usr_128/','usr_29/',...
% 'usr_130/','usr... |
clear all
close all
global Xd
% test
t = tcpip('127.0.0.1', 6340);
fopen(t);
fclose(t);
fopen(t);
% figureHandle = figure('Name','Data','Color',[0 0 0]);
% axesHandle = axes('Parent',figureHandle,'YGrid','on','YColor',[1 1 1],'XGrid','on','XColor',[1 1 1],'Color',[0 0 0]);
% xlabel(axesHandle,'Number of S... |
function [p,k]=Degree_Dist(A)
%% Computes the degree distribution of network with adjacency matrix A
% Input:
% A: Adjacency Matrix
% Output:
% p: Vector with probabilities
% k: Vector with degrees
%%
n = max(size(A)); %Número of Nodes
Deg = sum(A,2); %Degree of each nodo
p = zeros(1,n);
for i = 1:n
... |
function func2(x)
disp(x + 10);
end
|
% Name:Tommy Lee Truong
% Last Edit:May 20 2021
% Program Name: LU decomp V1
%% Q1(HW3)
function [L,U] = my_LUdecomp(A)
% check the size of A
[n,m] = size(A);
if n~=m
error("The matrix should be square")
end
% essential computation starts here
L = eye(n);
U = A;
for i=1:n-1
% check whether the cur... |
LOG_PATH = 'C:\Users\linnl\OneDrive\Dokumenter\GitMarreg\mareg2\Logs\2020\03\02\Log File_15_57_59.csv';
log = readtable(LOG_PATH);
eta_hat_x = log.eta_hat_x;
eta_hat_y = log.eta_hat_y;
eta_hat_psi = log.eta_hat_psi;
eta_m_x = log.eta_m_x;
eta_m_y = log.eta_m_y;
eta_m_psi = log.eta_m_psi;
joy_surge = log.PosYLeft;
joy_... |
function hmainOpts=setOpts(algIndex)
global tdalabStatus paraList algOptions paraTypeList algs;
global NumOfComp;
if nargin==0
tdalabStatus.algIndex=tdalabStatus.algIndex(1);
algIndex=tdalabStatus.algIndex;
end
if isempty(algIndex)
errordlg('No algorithm selected.','Error','modal');
return;
end
fo... |
data = csvread('train_2008.csv', 1);
data = data(:, 4:end);
x_train = data(:, 1:end-1);
y_train = data(:, end); |
close all
clear all
clc
%Load object array of junctions obtained by running findEdges.m
%load('junctions.mat')
%load('junctions_wildtype.mat')
%load('junctions_GBE_240713_z4.mat')
load('junctions_GBE_OFA_post_1.mat')
load('flow_code/OFA_GBE.mat')
%%%%%%%%%%%%%%%Find the midpoint and length of each junction%%%%%%%%%... |
function [e,gamma] = sinkhorn(C,varargin)
% See "Sinkhorn distances: Lightspeed Computation of Optimal Transport
% Distances", Marco Cuturi, 2013.
opts.epsilon = 1e-3;
opts.N_iter = 2;
opts = vl_argparse(opts,varargin);
b = ones(size(C,2),1,'like',C);
gamma = exp(-C/opts.epsilon);
for iter = 1:opts.N_iter
a = 1./(g... |
function [C, iterations] = simplex_new(A, b, c)
n = size(A,2);
m = size(b,1);
iterations = 0;
N_indices = 1:1:n;
B_indices = n+1:1:m+n;
size(B_indices)
B = eye(m);
N = A;
xs_B = b;
zs_N = -c;
while(min(zs_N) < 0)
% step 2
[tmp j] = min(zs_N);
% step 3
... |
close all
figure('Color','w','Name','Instructions','numbertitle','off','menubar','none');
imshow('dice.jpg') % The instructions screen
waitforbuttonpress
close all
Graphics % The entire code for the game's graphics
load('gui.mat','p') % Loads an essential variable 'p' that determines the number of players
pos = {-1.*on... |
function y = sigmoidfxn(x)
y = exp(x)./(1+exp(x));
|
function ionExtract(varargin)
%ionExtract - master function that extracts ions, via a graphical user
%interface...
% Input arguments and stuff...
[opt] = readArgsData(varargin);
% First we draw a window that will contain all the interesting bits. We'll
% need a series of controls down one side, and an image axes dow... |
function [filtered_archs,filtered_results] = SCHED_explain_down_selection(archs,results,i)
global params
r = global_jess_engine();
close;SCHED_plot_results2(results,archs,i);
disp('Repeating Down-selection in explanation mode...');
jess reset;
SCHED_Decadal_down_selection_constraints;
% assert all selection archite... |
function [A, w, y0, x0, varargout] = gaussianFit(x,y,a0,x00,sigma0)
% fit data x to a lorentzian:
% y = y0 + (2*A/pi)*(w/(4*(x-x0)^2+w^2));
%
% Yulin Wu, SC5,IoP,CAS. wuyulin@ssc.iphy.ac.cn/mail4ywu@gmail.com
Coefficients(1) = y00;
Coefficients(2) = A0;
Coefficients(3) = w0;
Coefficients(4) = x00;
... |
clc;
clear;
addpath('./data')
load JapaneseVowels_mergeData
mergeData=JapaneseVowels_mergeData;
rho=0.02;
maxIt=100;
tol=1e-6;
classnumber=length(mergeData);%类别个数
attributenumber=size(mergeData(1).data,2);%属性个数
means=[];%保存均值
Theta=cell(1,classnumber);
for i=1:classnumber
means=[means;mean(mergeData(i).data)];
... |
function [varargout] = enumerateDirectory(obj, pathval, varargin)
% ENUMERATEDIRECTORY List of DirectoryEntry objects for the specified directory
% Enumerates the contents of a directory, returning a table of directory
% object metadata, one row per file or directory in the specified directory.
% To avoid overwhelming ... |
%% Load Data
Path = 'Dataset';
imds = imageDatastore(Path, 'IncludeSubfolders', true,...
'LabelSource', 'foldernames','ReadFcn',@customreader);
[imdsTrain,imdsValidation] = splitEachLabel(imds,0.9,'randomized');
numTrainImages = numel(imdsTrain.Labels);
%% Load Pretrained Network
load MNIST_net
inputS... |
% $Header: svn://.../trunk/AMIGO2R2016/Postprocessor/Post_Report/AMIGO_report_residuals.m 2086 2015-08-31 07:49:03Z evabalsa $
% AMIGO_report_residuals: reports information about residuals at optimum
%
%******************************************************************************
% AMIGO2: dynamic modeling, optimizati... |
function ctrl_begin(varargin)
%CONTROL_BEGIN
% Start a control problem formulation with objectives and constraints
if(evalin('caller',sprintf('exist(''ctrl_prob'',''var'')')))
error('The variable ctrl_prob is being used to temporarily store a control problem. Don''t assign it please.');
end
lti_problem = evali... |
figure('Renderer', 'painters', 'Position', [10 10 900 600]);
hold on;
%% Iteration 4
res = load('../data/conf/all_1.residuals');
res_out = load('../data/conf/outliers_1.residuals');
S = scatter(res(1:2:end,1),res(1:2:end,2),30,'MarkerEdgeColor','k',...
'MarkerFaceColor','k',...
'LineWidt... |
function [ x_s] = cross_sct_jvgr( a, freq, e_s_rel )
%CROSS_SCT_JVGR
% Raleigh Absorption Cross Section for a Spherical Particle
% using JVGR definition
%
% Input: a - particle radius (m)
% freq - frequency (Hz)
% e_s_rel - Permittivity of Scattering medium (relative to e0)
% Output: x... |
[fName,fDir,fFilter] = uigetfile('*.txt;*','Open data file','C:\Users\debivort\Desktop\Decathlon Data Files');
numReps = 10000;
fInfo = dir([fDir fName]);
date = fInfo.date;
replace = find(date == '-' | date == ':' | date==' ');
date(replace) = '_';
%% Initialize variables.
filename = strcat(fDir,fName);
delimiter = ... |
function my_funct_6(x)
if mod(x,2)==0
fprintf('%d is even \n',x)
else
fprintf('%d is odd \n',x)
end
%以上是函數你知道的 |
function [ sim1,sim2 ] = coTrans_v2_( positive, negative, affmat )
% Co-transduction, v2
global spnum para
% negative: boundary nodes;
sim1 = zeros(spnum, 1);
sim1(negative) = 1;
% positive: objectness nodes.
sim2 = zeros(spnum, 1);
sim2(positive) = 1;
step = 0;
check_back = 10;
check_obj = 10;
win_size = 20;
watch_... |
function z=CB1(x)
global ProblemSettings;
nVar=ProblemSettings.nVar;
z=0;
for i=1:nVar-1
z=z+(x(i)*x(i+1)-1)^2;
end
z=z+(x(nVar)*x(1)-1)^2;
end
%%
% 0<xi<100 i=1,2
% 10<xi<200 i=3,4
|
function zeroFormDiscrete = DiscretizeZeroForm(f, mesh, p, gridType)
%DiscretizeZeroForm discretizes a zero form.
%
% USAGE
% -----
% zeroFormDiscrete = DiscretizeZeroForm(f, mesh, p, gridType)
%
% INPUTS
% ------
%
% f :: The 0-form to discretize. A matlab function: f(x,y),
% ... |
% function [] = init(isMeg,subject,numBlock)
times = [];
% addpath(genpath('/usr/share/matlab/site/m'))
%%pathSeqs ='~/.local/share/gdrive/MA_Gianluca/Data/faceemo/sequences';
subject = 'gt';
block = 1;
numTrials = 100;
isMeg = false;
if ispc
pathSeqs = '';
pathData = '';
else
pathSeqs = '~/Datasets/MasterT... |
function [array] = bubbleSort(array)
%% This function sorts a given array by bubble sort.
swapped = true;
while swapped
swapped = false;
for i = 1:length(array)-1
if array(i) > array(i+1)
swapped = true;
temp = array(i);
array(i) = array(i+1);
array(i+1) =... |
% plot polymer on a wall
% created nov 8 2019
clear;
whichfig = 1; % 1 = no bending stiffness, 2 = bending stiffness
ifsave = 1;
if(whichfig == 1)
savefile = 'polywall_free_image.epsc';
ptfile = 'Data/PolymerWall_n20_k1_pts.txt';
ix = 192; % which one to plot
% xmin = -4;
% xmax = 3;
... |
%% analytical solution
close all; clear; clc;
% define parameters
eps0 = 8.85e-12; % vacuum permittivity
Lz = 9e-2; % Lx = 3cm
Lr = 3e-2; % Ly = 3cm
z0 = Lz/2; % z coordinate of the center of the source sphere
r0 = Lr/6; % radius of the source sphere
hi
rou0 = 8.85e-12; % charge density in the sphere
nr = 100;... |
close all;
clear;
clc;
disp('this program just design for a 2D trus');
n=input('n as number of nodes=');
m=input('m as number of elements=');
%make an excel file that every row is node i & node j for each element
nodes= xlsread('n&e.xlsx');
inform= xlsread('trust information.xlsx');
% now we will make hardness matr... |
% Copyright (c) 2008-2010 Joris Mooij [joris.mooij@tuebingen.mpg.de]
% All rights reserved. See the file COPYING for license terms.
%
% Take y = x + x^3 (b=0) and vary the parameter q in the probability
% distribution, which is sampled from a Gaussian and then taken to the
% power q (with a random sign in front) an... |
function state = BCI_load_state_code()
state.ST_START = [100 123]; %1st one is 123
state.ST_HOLD = 200;
% state.ST_FILL = 300;
% state.ST_CLOCK_MOV = 333;
state.ST_MOV = 400;
state.ST_STOP = 555;
state.ST_OFFDECODED = 666; ... |
function [fval,fjac]=pfchoice(x, RF, er, prob, c, alg)
fjac = [];
alpha=x(1);
if alg<3,
fval = -sign(c)*prob'*((RF+alpha*er).^(c-1).*er);
if alg==2,
fjac=-sign(c)*prob'*((c-1)*(RF+alpha*er).^(c-2).*er.^2);
end;
end;
if alg==3,
fval=-sign(c)*1/c*prob'*((RF+alpha*er).^c);
% note: ... |
function RMSEplot(SID,fignum,lfe,lbd,lelbfe,lelbfe1,lie,rfe,rbd,relbfe,relbfe1,rie)
Row = find(lfe(:,3)<10);
lfe(Row,:) = [];
Row = find(lbd(:,3)<10);
lbd(Row,:) = [];
Row = find(lelbfe(:,3)<10);
lelbfe(Row,:) = [];
Row = find(lelbfe1(:,3)<10);
lelbfe1(Row,:) = [];
Row = find(lie(:,3)<10);
lie(Row,:) = [];
Row = ... |
%% Sampling Sin(nx) in a grid of 10 points
n = 4;
m = 40;
x = linspace(0,2*pi,161);
% y = sin(n*x) + sin((n-1)*x);
y = sin(n*x) + sin(m*x);
figure
plot(x,y);
axis equal |
function countDown2_osx(w,startSecs,rect,fixSize)
% function countDown2_osx(w,startSecs,rect,fixSize)
%
% startSecs is the (integer) number of seconds for the entire countdown sequence
% startScan is the (real) number of seconds remaining in the countdown when scanner
% is to be started
%
% Purpose: Counts down from... |
function Start = startpoints(varargin)
N_Agents = varargin{1};
% InitialVelocity = 0.025;
InitialVelocity = 0.1;
if nargin == 1
if N_Agents == 3
% Starting position, attitude and initial velocity
Start.pos(:,1) = [0.1; 0.1; 0.5];
Start.vel(:,1) = InitialVelocity ;
Start.ang(:,1) = ... |
function [itemVec] = item2vec(obj,seqNo)
itemVec = zeros(length(seqNo),length(obj.headers));
for i = 1:length(obj.headers)
itemVec(:,i) = obj.(obj.headers{i})(seqNo);
end
end |
function profile = multigauss_profile(variances,amplitude,grid_v)
%input: variances vector,their proportion
%output: total sum of the gausse curves with the given variances and the
%gauss curves themselves
if isempty('grid_v') || ~exist('grid_v','var')
grid_v = 0:100;
end
if isempty('amplitude') || ~exist('a... |
function specmatrix(haxes,info)
% by Guoxu ZHOU
definfo=struct('signal',sin(0:.1:2*pi),'window','hamming','winlength',128,'noverlap',8,'tag','specmatrix','opos',[0.01 0.01 0.98 0.98],'units','normalized',...
'title','Spectrogram analysis');
if ~exist('info','var')
info=struct;
end
info=scanparam(definfo,info);... |
function [depl, vel, accl] = newmark(sdof,R,m,k,c)
% Newmark step-by-step time integration scheme
%========================================================================%
% Written by : Siva Srinivas Kolukula (allwayzitzme(at)gmail.com) %
% Reference : Finite Element Procedures - Bathe ... |
function [Dataout removalstat] = getcleandata(Data)
% Goes through the data and removes any parts which do not have the app
% permission
%
% usage> [Dataout rejectpercent] = getcleandata(Datain);
% Datain Tap Data using gettapdata
% Dataout in the some format
% rejectpercent as the % data rejected due to per... |
function bot=BotReflect(n,bots,world,UV);
bot=bots(n);
if bots(n).x>world.Bounds; bot.x=2*world.Bounds-bots(n).x; bot.p=-bots(n).p; end
if bots(n).x<-world.Bounds; bot.x=-2*world.Bounds-bots(n).x; bot.p=-bots(n).p; end
if bots(n).y>world.Bounds; bot.y=2*world.Bounds-bots(n).y; bot.q=-bots(n).q; end
if bots(n).y<-w... |
%% General
datadir = '/host/fladgate/local_raid/HCP_data/structuralData/mpc/myelinMap/';
subjList = []; % enter your subject list here
numSurf = 12; % or 14
nVertices = 20484; % fsa5 surface
% Load parcellation
parc = 'schaefer-200';
[vert_lh, label_lh, ctb_lh] = read_annotation(['/data_/mica1/03_projects/jessica/mica... |
function [Resultado]=convolution(b)
clear;
clc;
SerialHandler = serial('COM4');
fopen(SerialHandler);
a=[1,2,3,4,5]
Numprocesos=length (a)
b=zeros(1,Numprocesos);
Resultado=zeros(1,((Numprocesos*2)-1));
for contadoringreso=1:((Numprocesos*2)-1)
if(contadoringreso<=Numprocesos)
b(1,1) = input('Introduce el ... |
function [ y, lb, ub ,x, M ] = Hartmann_6d()
n = 6;
lb = 0*ones(n,1); % lower bound
ub = 1*ones(n,1);
% Initial samples
x = scaled_TPLHD(n*10,lb,ub);
M = @(xx) Hartmann_6d_function(xx);
y = zeros(size(x,1),1);
for i=1:size(x,1)
y(i,1) = M(x(i,:));
end
end
function y = Hartmann_6d_function(xx)
alp... |
clear;clc;
data = csvread('C:\Users\DaTui\Desktop\sample7-20rpm-60kx_2D_comsolbuild_AC_binary_03-Feb-2015_IP10+50_run_1_CompPermReal.csv');
x = log(data(:,1));
fid = fopen('weights.csv','w');
fprintf(fid,'%s,','w1');
fprintf(fid,'%s,','w2');
fprintf(fid,'%s,','w3');
fprintf(fid,'%s,','w4');
fprintf(fid,'%s,','w5');
fp... |
% Declaration
% ------------
% Date: 2014 / 12 / 1
% Author: WU Tongshuang, 40782306
% initialization
clc;
addpath('orignFeature');
Nfeature = 3;
uniqueWordNum = 149;
repeatTime = 28;
wordNum = uniqueWordNum * repeatTime;
Data = [];
for i = 2:uniqueWordNum+1
s = ['Data_word' int2str(i) '=[]'];
eval(s);... |
% example
% f = [2,2,1,-4;5,-4,1,5]';
function [L,f_cor] = f_correction(f)
f_cor = f;
for i=1:size(f_cor,2)
m = f_cor (:,i)== -4;
f_cor (m,i)= mode(f_cor (~m,i));
end
L = length(find(m==1));
end
|
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