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% clear;clc;
%load align wave
param.hop = 1;
param.sr = fs;
[feat,t] = yin_best(result,param); %get freq_tbl
f0 = feat.f0;
best = feat.best ;
pwr = feat.pwr;
best_idx = find(best == 0);
idx_exclude = 1:length(f0);
idx_exclude(ismember(idx_exclude,best_idx))=[];
f0(idx_exclude) = nan;
f0(find(f0>500)) = nan;
f0_syn ... |
% Network of Izhikevich Neurons learns the first bar of Ode to Joy
% song note data is located in the file ode2joy.mat.
clear all
clc
T = 1000000; %Network parameters and total simulation time
dt = 0.04; %Time step
nt = round(T/dt); %number of time steps
N = 5000; %number of neurons
%% Izhikevich ... |
function list=variable_selection(compname,return_list)
%function variable_selection
% This function is for use with the input figure. It determines the list of components currently
% active for variable editing purposes. It also determines what list of variables is available for each
% currently active component. It... |
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% CandLES_CommSim - GUI for showing Communications Results
% Author: Michael Rahaim
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Suppress unnecessary warnings
%#ok<*INUSL>
%#ok<*INUSD>
%#ok<*DEFNU>
function... |
% Change the following lines to math your own repositories
addpath('/PATH/TO/SPM') % ADD the path to your SPM repository
basedir = '/path/to/your/repository/' % Change this line with the pat to the downloaded github repository
%%% SETTINGS %%%%
subjdir = fullfile(basedir, 'Sub_359');
jobdir = fullfile(basedir, 'JOB... |
close all
X = [0 0];
h =plot(X(1),X(2), 'o')
maxAx =5;
axis([-maxAx maxAx -maxAx maxAx])
hold on
title('n = 0')
pause()
%Four step directions
Step = [-1 0;1 0;0 1;0 -1];
for n =1:2000
delete(h)
direction = randi(4); %random direction uniform integer in [1,4]
dX = Step(direction,:);
plot([X(1) X(... |
function [Width, Height] = getLipSize(img1)
[Width, Height, Dim] = size(img1);
end |
function barerrors(errors,data)
% barerrors usage:
%
% barerrors(errors,data)
%
% Plots a bar chart (as if bar(data) was called), but with error-bars
% given by ERRORS. Designed for use with barcharts.m
%
% Created by MT Cherukara, 8 November 2017
%
% CHANGELOG:
% make sure the input data is legit
assert(size(da... |
function class = classify_gaussian(model, xtest)
length = size(xtest, 1);
features = size(xtest, 2);
class = zeros(length, 1);
for i=1:length
p1 = model.prior(1);
for j=1:features
mu = model.likelihood(1).feature{j}(1);
sigmasquare = model.likelihood(1).feature{j}(2);
c = -log((2*pi*sigm... |
function fig = AutoCorrFig(t,trange,units)
% AutoCorrFig: interactively view the autocorrelation for a spike train
% AutoCorrFig(t,tmax,units), where
% t is the vector of spike times
% tmax is the largest time separation to consider
% units is a string giving the name of the units in which time is measured
% ... |
N=256;
sig = zeros(1,N);
fs = 4000;
for i=1:N
if i/N*fs < fs/16
sig(i) = 1;
end
end
sig(N/2+1:N) = wrev(sig(1:N/2));
figure;
plot(linspace(0,1,256),sig)
title('Ideal filter');
hk = ifftshift(ifft(sig));
for i=1:N
if hk(i) == max(hk);
maxelem = i;
end
end
maxelem;
129... |
% This is the driver layer of the TRM model but for sWBGT. Similar to the TRM model for Ts, it includes 3 main components:
% 1, the TRM attribution itself (see Rigden and Li, 2017, Liao et al. 2018, Li et al. 2019, Wang et al. 2019),
% 2, the optimization of m described in Liao et al. (2018 JGR-biogeosciences),
% 3,... |
%% BSD License
%Copyright (c) 2010, The MathWorks, Inc.
%All rights reserved.
%
%Redistribution and use in source and binary forms, with or without
%modification, are permitted provided that the following conditions are
%met:
% * Redistributions of source code must retain the above copyright
% notice, this... |
function [y] = logiunpack(cv)
y=zeros(length(cv));
for j=1:length(cv)
for i=1:length(cv{j})
y(j,cv{j}(i))=1;
end
end
y=logical(y);
end |
%Lotanna Ezenwa, Problem Set 6, #2
%PS6_1.m
%% Due Wednesday, May 4, 2016
clear
me = LotaEzenwa();
code = me.id;
PS_6_2 |
% data: x, y
LeastOscN = 15;
[A,B,C,D,freq,td,ci] = toolbox.data_tool.fitting.sinDecayFit_auto(x,y);
h = figure('Position',[0,0,1000,500],'Color',[1,1,1]);
plot(x,y,'bo','MarkerSize',10,'MarkerEdgeColor','b','MarkerFaceColor','b');
hold on;
if ischar(A)
disp(... |
% Aaron Ma
% 20091536
% March 14th, 2017
% EESM5700 HW 1 - Problem 3.1
% -------------------------------------------------------------------------
% Clear workspace before starting script
clc; clear;
close all;
% -------------------------------------------------------------------------
% Read the target image
I = im... |
% Simulatore non lineare
% close all
% clc
% Vettore tempo e algoritmo di risoluzione equazioni differenziali
tspan = 0:1e-2:5;
[tnl,y] = ode45(@(t,y)pendulumOdefun(t,y,K),tspan,[0;0;theta0;0]);
% Estrai risultati e confronta con il caso linearizzato
xnl = y(:,1);
vnl = y(:,2);
thetanl = y(:,3);
wnl = y(:... |
%deconstructs filename and then reconstructs a rank n approximation for it
function reconstruct(filename,n)
%Read in the given image
A = double(imread(filename));
%Since this is a black and white image, the other layers are unimportant
B = A(:,:,1);
%Performs singular value deconstruction
[U,S,V] = svd(B);
%Stores ... |
allsubs = 1%[1:5 7:15 17:44 46 47 50 51 53:57];
backofhead = [1 14:22 25:38 41:50 54:57]; %New channels of interest: back of head
midofhead = [2:13 23:24 39 40 51:53 58:66]; %Middle of head
frontofhead = 67:96; %Front of head
thesections = ['B' 'M' 'F'];
cleaneventall = cell(180, 1);
counter = 0;
for s = allsubs
... |
figure;
t = 0:0.002:2;
szum = randn(size(t));
subplot(2,2,1);
y1 = sin(3*t);
plot(t,y1);
grid on;
axis([0,2,(-2),2]);
xlabel('t');
ylabel('y');
title('y = sin(3t)');
subplot(2,2,3);
y2 = 0.3 * sin(10*t);
plot(t,y2);
grid on;
axis([0,2,(-2),2]);
xlabel('t');
ylabel('y');
title('y = 0.3sin(10t)');
subplot(2,2,2);
plot... |
function rec_para = Rec_fitting(X,Y,para0,plotflag,imgL,imgW,L0coe)
%The Rec_fitting() function computes the five paremeters of Xc,Yx,L,W,alpha
%of a fitted rectangle from the position information of a set of points in
%the edge of the rectangle.
% input:
% X,Y: The position of points in the edge of the recta... |
function [ bs, Sflag ] = dbBar(Code, start_date, end_date, slice_seconds, slice_start)
% 每次只能取一种合约
% Code 为证券代码，股票的如 '600000.SH'， 股指的如 'IF1312'(连续合约 'IF0Y00', 'IF0Y01', 'IF0Y02',
% 'IF0Y03', 主力合约 'IFHot')
% start_date为起始时间
% end_date为终止时间
% slice_seconds 表示切片长度，可以是数组如[60,90,120]
% slice_start 表示开始时间，默认是0， 否则要与slice_sec... |
% CSE 848: Evolutionary Computation Semester Project
% Authors: Farhan Hormasji and Bonnie Reiff
%% plotParetoEvolution_exponentialSamplingScale: TODO
% Input: inputDir, the name of the folder of results to use (one folder
% level about unified_nsga3)
% indicatorName, the name of the indicator to be ... |
function [T1,T2, expl1, expl2] = extractFilterPC( CouplingFilter, Lc )
%%
warning off;
clear x
LL = Lc./1e4;
ind = find(LL>0.3);
ct = 0;
for i = 1:length(ind)
ct=ct+1;
x(ct,:,:) = cell2mat( CouplingFilter{ind(i)} )';
end;
x = permute( x, [2,1,3] ); % numMD x numPFC x time
for i = 1:si... |
% MP2: Doppler Sensing for Velocity Calculation of Hand Motion %
% read input text and access points data %
fileID = fopen('input2.txt','r');
formatSpec = '%f';
Input = fscanf(fileID,formatSpec); %Input about relevant info read
fclose(fileID);
% parse the data from input file %
client_location_x = Input(1);
client_l... |
function g = sigmoid(z)
%SIGMOID Compute sigmoid functoon
% J = SIGMOID(z) computes the sigmoid of z.
% You need to return the following variables correctly
g = zeros(size(z));
% ====================== YOUR CODE HERE ======================
% Instructions: Compute the sigmoid of each value of z (z can be a matrix,
% ... |
function [] = showFit(timeAvgData,florisObj,florisObjOpt)
if nargin < 2
plotFloris = false;
else
plotFloris = true;
end
if nargin < 3
plotFlorisOpt = false;
else
plotFlorisOpt = true;
end
%% Plotting time-averaged flow slices
for i = 1:length(timeAvgData)
if max(abs(diff(timeAvgData(i).cellCente... |
function thresh_histo(file,outdir,T)
%
% FILE: .nii or .mgz MRI volume fullpath
% OUTDIR: dir to place binary files
% T: threshold value
%
if outdir(end) ~= '/'
outdir = [outdir '/'];
end
fprintf('Loading histology volume...\n');
vol = MRIread(file);
volume = vol.vol;
[rows cols N] = size(volume);
fprintf('C... |
function [y]=choose_real(x)
n=length(x);
i=1;
while ((isreal(x(i))==0 || x(i)<=0) && i<n)
i=i+1;
end;
y=x(i);
|
clear, clc;
% k1 = 149.6576;
% k2 = 72.8484;
% k3 = 35.4401;
%
% k1 = 156.0963;
% k2 = 19.9845;
% k3 = 80.6076;
%
% k1 = 55.9318;
% k2 = 111.3363;
% k3 = 101.9553;
k1 = 120.1527;
k2 = 103.8403;
k3 = 106.6672;
zf=2.8;
a1=0.2467;
b1=-2.6681;
c1=zf;
a2=-1.9508;
b2=1.9228;
c2=zf;
a3=2.9096;
b3=2.1517;
c3=zf;
x1=74;... |
function plotDCsimulation( fracInBounds, flexValues, storageAtSameBusFrac, optimalStorageFrac, optimalLoc)
%UNTITLED2 Summary of this function goes here
% Detailed explanation goes here
x = [0,(max(flexValues(:)))];
if optimalLoc
hold on
plot(flexValues(:),fracInBounds(:), '-ok', 'LineWidth', 4);
plot(x... |
% run Quant_SF
% run Optim_SF
% run Optim_SF2
% run GA_SF
load Quant_SF
load Optim_SF
load OPtim_SF2
%% Figure
Fsz = 18; Fsz_label = 14; Msz = 9; Msz_diff = 2.5;
Ngen = 1e4; % # of generations of GA
Niter = length( Nsol ); % # of iterations of the proposed method
eval( ['load GA_SF_gen' num2str(Ngen)] )
figure;
semi... |
% READ
% This is an edited version of load_noiseless_images to be compatible with
% ImgTestGui and related code.
% load_noiseless_images
% This script loads the jth image of ith stack and it is such a common block
% in all programs that I am saving this as a script,
% I have removed this from the moviemaker scr... |
function data = batchDetectParticles(fileNames,fcn)
%batchProcessFiles Process image files.
% SEQUENCE = batchProcessFiles(FILENAMES,FCN) loops over all the files
% listed in FILENAMES, calls the function FCN on each of them, and combines
% the results in SEQUENCE. FCN is a function handle for a function with
% ... |
%%% Laboratoire 4 MTH1210 Philippe Lacasse-Labelle, Antoine Busque
clc;
close all;
%% Question 1
% Donnees
t0 = 0;
y0 = 1000;
h = 1;
nbpas = 30;
% a) et b) à la main, voir rapport
% c)
% Donnees
m = 100000;
k = 2.0e-6;
t = 0:1:30;
solAnalytique = 1./((1./1000 - 1./m).*exp(-k.*m.*t) + 1./m); % Trouvee a la main
[t,y... |
send = mididevice('to Max 1');
receive = mididevice('from Max 1');
msg = midimsg('ProgramChange',1,2);
receivedMessages = midireceive(receive)
midisend(send,msg)
%% wait until entering something
while 1
receivedMessages = midireceive(receive);
if isempty(receivedMessages) == 1
continue
... |
function result= check_grid(matrix,i ,j ,num)
%input: the unsolved sudoku puzzel, namely 'matrix'; position index i,j; and
%possible values
%output: whether the possible values can be filled in the current cell or
%not
%This function returns a result (true or false) to determine whether a
%blank cell can be fille... |
%-----------------------------------------------------------------
%
% M-file: radiator.m counter-current heat exchanger
%
% Kristina Haraldsson, NREL
%-----------------------------------------------------------------
function f=radiator(u,Tamb,Trad,U,Tcool,kw,dpipe,Lpipe,etablow,Tcell,g,drad,Lrad,Nrad)
m_W=u(1); ... |
% script dispersion_curves
% This script, like the script dispersion_plots, generates a 2_D set of
% non-dimensional frequency and wavespeed values at which the plate wave
% dispersion relations for symmetrical or anti-symmetrical plate waves are
% evaluated. The dispersion curves are then plotted with the MATLAB
... |
% Test FETI-DP
%clc; clear all; close all;
idx = importdata('Blocks.txt');
Nblocks = length(idx)-1;
% B = B(:,1);
A = mmread('A.mm');
B = mmread('B.mm');
P = mmread('P.mm');
% figure; spy(A)
% figure; spy(P)
% e = eigs(A\(A+P),50,'lm');
% figure; plot(e)
A = (triu(A,0) + tril(A.',-1));
% X = A\B;
% fp... |
function [ l ] = dispOpt( obj )
%DISPOPT 输出显示期权的相关信息
% 程刚，20151120
l = '';
if obj.CP == 1, cp = 'call'; elseif obj.CP==2, cp='put'; else cp='na'; end
l = sprintf('%s, %s(K=%0.2f, T=%0.4fyr), %d ',obj.secCode, cp, obj.K, obj.T,obj.quoteTime);
l = sprintf('%s\n px qt vol',l);
l = sprintf('%s\nlast: %7.4... |
%wcon_questions
%{
1) metadata.who - arrayed set of JSON strings (is a string allowable?)
%} |
%Save policies into file
function z_savePolicies(Q,m,filepath)
fileID = fopen(filepath(:),'a');
%if first map print legend before
if(m==1)
fprintf(fileID,'legend: \n');
fprintf(fileID,'#: action is indifferent (Q values equal for all state, action pairs) \n');
fprintf(fileID,'?: 2 a... |
function ElectrodeGrid = CreateGeometry3DElectrode(Channel, ChanLoc, varargin)
%% Optional params
% nVert -number of vertices for each electrode, default: 32
% ctColor - sphere color. default: [.9,.9,0]; % YELLOW
% elecAlpha - alectrode alpha. default: 1
% sizeScale - size scale ... |
function err=poisson_fft3z_test
disp('poisson_fft3z_test')
fprintf('against poisson_fft2: ')
n=[10,15];
h=rand(1,2);
F=rand(n);
u2=poisson_fft2(F,h,-1);
u3=poisson_fft3z(F,h);
fprintf('err=%s\n',norm(u3-u2,inf));
n=[500,500,24];
fprintf('3D Poisson equation size %d %d %d: ',n)
% params
h=rand(1,3);
u=rand(n);
d=rand(1,... |
theta=pi/2;
k_0=[3/5;0;4/5];
R0B=eye(3)+sin(theta)*matcross(k_0)+(1-cos(theta))*(matcross(k_0))^2;
p_0=[1;-1;1];
p_B=R0B'*p_0
R0C=eye(3)+sin(pi/4)*matcross(k_0)+(1-cos(pi/4))*(matcross(k_0))^2
p_C=R0C*p_0
|
function F=f_assembly_fortran(A,X,u0, lambda, params)
% call fortran version
F= f_assembly(A,X,u0);
if params.test_fortran
disp('testing if sparse assembly of F same result in fortran')
exe = './fortran/f_assembly_test.exe';
if exist(exe,'file')
%Writing all arrays to text files for use by fortra... |
clear;
clc;
CF_data_process;
load('Dis_CF.mat');
load('final_table.mat');
final_table = final_table/sum(sum(sum(final_table)));
test_num = 100000;
range_label = 0:5:115;
range_rate_label = -10:1:8;
v_label = 20:1:40;
dis_R = 5;
dis_RR = 1;
dis_V = 1;
possi = 0;
possi_list = [];
NDD_scenario_set = zeros(test_num,303);
... |
classdef particle < handle
% A particle for particle swarm optimization.
% https://en.wikipedia.org/wiki/Particle_swarm_optimization
properties
c % = input constants
% c.f = function handle for function to minimize
% c.lb = lower bound for search space
% c.ub... |
% path = 'C:\Challenge\motorcycle';
path = 'D:\test\playground';
GT = readpfm(['D:\test\playground\disp0.pfm']);%Modify
D = disparity_map(path);
% GT = uint8(GT);
% [I,ndisp_calib] = input_data(path);%Read im0.png and im1.png from the specified path and read the given ndisp from calib.txt
% ndisp = 20;
% [Dis... |
clear;
tic;
d = 50; % In km
lambda_l = 10; % Density of point process along the axes that gnnerates lines
lambda_c = 0.5; % Density of points points/km (1 per km)
num_iterations = 100000;
min_pathdist(num_iterations) = 0;
numhl = poissrnd(lambda_l*(2*d),1,num_iterations); % Number of horizontal line... |
function [ Ego_cent ] = ego_cent( matrix,n )
%UNTITLED Summary of this function goes here
% Detailed explanation goes here
for i = 1:n
V =find(matrix(i,:) ==1);
S = [i V];
Adj_temp = subgraph(matrix,S);
Cent = brandesBetwCentr(Adj_temp);
Ego_cent(i) = Cent(1);
end
end
|
function pass = uq_SVC_selftest(level)
uqlab('-nosplash');
if nargin < 1
level = 'normal'; % TBD: Time that the tests will take
end
pass = 0;
%% Test Names are defined here
TestNames = {'uq_SVC_test_LossTypes', ...
'uq_SVC_test_ExpDesigns', ...
'uq_SVC_test_OptimAlgorithms', ...
... |
function [A, B] = covScale(cov, hyp, x, z)
% meanScale - compose a mean function as a scaled version of another one.
%
% k(x^p,x^q) = sf^2 * k_0(x^p,x^q)
%
% The hyperparameter is:
%
% hyp = [ log(sf) ]
%
% This function doesn't actually compute very much on its own, it merely does
% some bookkeeping, and calls other... |
% Copyright is with the following author(s):
%
% (c) 2012 Juraj Oravec, Slovak University of Technology in Bratislava,
% juraj.oravec@stuba.sk
% (c) 2012 Monika Bakosova, Slovak University of Technology in Bratislava,
% monika.bakosova@stuba.sk
% ------------------------------------------------------------------------... |
clear all
clc
load s
load v_ref
load v_ref_ori
load v_lim
load gradient
gravity = 9.81;
mass = 286000;
max_trac = 310000;
max_accel = max_trac/mass;
max_speed = 22.2;
max_brake = 260000;
max_decel = -(max_brake/mass);
Davis = [0.005 0.23 2965];
if you want to test the system using step input,
unco... |
function ReRank()
global POP_STRUC
TEMP_STRUC = POP_STRUC;
N = length(POP_STRUC.POPULATION);
N_atom = zeros(N,1);
for i = 1:N
N_atom(i) = sum(POP_STRUC.POPULATION(i).numIons);
end
[nothing, ranking] = sort(N_atom, 'descend');
for i = 1:N
POP_STRUC.POPULATION(i) = TEMP_STRUC.POPULATION(ranking(i));
end
|
classdef ModuleDE < AlgorithmModule
%ModuleDE DE module implementation
% Implementation of the module for the Differential Evolution
% algorithm
properties
prefix = 'DE';
name = 'Differential Evolution';
end
properties (Access = private)
lblDiffFactor;
... |
function proportion_replay_modulated_all(label,savelab,igroup,savefolder)
cd('F:\XY_matdata\AllDays')
d2 = dir('*.mat');
%%
SMI = []; PARM = [];
dday = [];
for id = 1:size(d2,1)
thisdir = d2(id).name;
load(thisdir,[label '_Cand_sig_modu_include'],[label '_pSSDarm'],'other_cells_touse')
... |
function [I] = evaluate_vcoeff(isize, tpar, ivl)
% render a trajectory into an image
%
% [I, T] = evaluate_vcoeff(isize, tpar, ivl)
%
% isize ... output image size; [height, width]
% tpar ... trajectory parameters x(t) = a + b*t + c*t^2; format: [a,b,c]
% could be a cell array of parameters -> then generates mult... |
function [cann] = Compute_WoW(obj,mu_ann,pann,ann)
%Compute_WoW Summary of this function goes here
% Detailed explanation goes here
if exist('dWodW.mexa64','file')
cann = WoW(mu_ann,pann,ann,obj.c_i_vert,obj.c_n_vert,obj.c_sorted_tri,obj.c_n_sorted_tri,obj.c_i_tri,obj.c_tri,obj.c_n_tri,obj.c_n_vert);
... |
image=imread('dilbert1.jpg');
image=im2double(image);
%ginput% obtain corrdinates to extract templates
% compute an averaged template
template=(image(141:158,35:52)+image(161:178,380:397)+image(177:194,668:685))/3;
% flip the template
template=fliplr(template);
colormap gray
imagesc(template)% display t... |
clear,clc, close all
%% add necessary folders to the path
addpath(genpath(fullfile(cd ,'..\..')))
%%
RgjVals = [1e-3, 1e-2, 1e-1]; %Gohm gap junctional resistance
ratio = 10; %Gkir/Gbg
probeCell = 20; %index of the cell for Vm reading
for i = 1:numel(RgjVals)
Rgj = RgjVals(i);
CapillarySegmen... |
function [FiltLoc, newsignal]=ContinFilter(signal, tol)
% v.2.0 by Yang Xi
% 本函数将signal中有效信号连续数目小于tol的1直接过滤成0，并返回改变值的位置
% signal 是由 1 和 0 组成的数字串， 1 为有效，0 为无效
% tol 表示有效信号所要求的最短长度
% FiltLoc 表示被过滤值的位置
% newsignal 过滤之后得到的新信号
i =1;
ntotal = length(signal);
newsignal = signal;
while i <= ntotal
if newsignal(i) == 1,
... |
function [struc] = generateProblemSpecs(struc)
% Material Properties
E = 8;
nu = 0.3;
stiffness_bound = 1e-6;
%
struc.B = E / (3*(1 - (2*nu))); % bulk modulus
struc.G = E / (2*(1+nu)); % shear modulus
struc.G = struc.G*ones(struc.nVertGrid,1);
struc.B = struc.B*ones(struc.nVertGrid,1);
struc.Bmin = stiffness... |
function yv=effect_vibrato(x)
% Vibrato
global fs;
frecmod=10;
ancho=0.0008;
ya_alt=0;
Delay=ancho; % delay de la entrada en un segundo
DELAY=round(Delay*fs); % delay basico en un numero de muestras
ANCHO=round(ancho*fs); % ancho de modulacion en un numero de muestras
FRECMOD=frecmod/fs; % Frecuencia de mod... |
HexaneHeptaneOctaneNonaneDecane;
C = [2;3;4];
cPr = cPr(:,C);
cG = cG(:,C,C);
cH = cH(:,C);
ch = ch(:,C);
alpha = alpha(C);
%alpha =[2.535211267605634 1.478873239436620 1]; %paper -> okay
%alpha = [2.708399906766324 1.362735689073346 0.730566195842380]; %fit curves -> very good
%alpha = [2.708399906766324 1.362735... |
xw = zeros(1,Nlump*Nstep+1);
zw = zeros(1,Nlump*Nstep+1);
xl = zeros(1,2);
zl = zeros(1,2);
vtTE = zeros(1,2);
vnTE = zeros(1,2);
vtw = zeros(Nlump*Nstep,2);
vnw = zeros(Nlump*Nstep,2);
vtlw = zeros(1,2);
vnlw = zeros(1,2);
sigma = zeros(Npanels,1);
mu = zeros(Npanels,3);
muTE = zeros(1,2);
muW = zeros(1,Nlump*Nstep)... |
A=[1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20;
0.87 0.49 0.36 0.83 0.87 0.49 0.36 0.83 0.87 0.49 0.36 0.83 0.87 0.49 0.36 0.83 0.87 0.49 0.36 0.83 ];
ww = root(0.1,16); %以时间为准则层生成的IOWA权重
[tri,result1]=IOWAaggregation(A(:,1:16),ww);%result1为IOWA聚合结果
[result2,vga] = testVGA( A(2,:) ); %result2为vpa聚合结果
a=0.... |
%% %% Written by Sheel Nidhan
% This code is used to calculate the TKE of the field that is obtained from actual data
clear; clc;
%% Reading the datafiles of u_x velocity field
var = 'wp';
loc = '50';
nstart = 1892600;
nend = 1892600;
stride = 100;
dir = '/home/sheel/Work2/projects_data/spod_re5e4/frinf/data_file... |
function I = monte_carlo(a,b,n,fun)
%This function works for monte carlo simulation
t = rand(1,n);
x = a + (b-a)*t;
s = sum(fun(x));
I = s*(b-a)/n;
end |
function [c,ceq,gradc,gradceq]=initPos_nonlcon(x,p)
ceq1 = hipPos_x(x.')-p.hipLen/2;
ceq2 = hipPos_y(x.')-p.startH;
ceq3 = toePos_x(x.')-p.toeLen/2;
% ceq4 = heelPos_y(x.')+p.model.h_heel;
ceq5 = toePos_y(x.')+p.model.h_heel;
gradceq1 = dHipPos_x(x.');
gradceq2 = dHipPos_y(x.');
gradceq3 = dHeelPos_x(x.');
% gradceq4... |
function S1 = fluidstressnearboundary1(V, boundx0,boundy0,boundu0,boundv0, opt)
% function S1 = fluidstressnearboundary1(V, boundx0,boundy0,boundu0,boundv0, opt)
% Given the boundary boundx0,boundy0,boundu0,boundv0, and the adaptive grid
% data in V (representing a single time point), estimate the jump in fluid
% stres... |
function[data] =dataCollectionGrowth_Final(filename)
%Copyright (c) 2021, Daniela A. Garcia-Soriano
%All rights reserved.
%The function will collect into a single .mat file all the outputs from any
%ID function. Pay attention to the columns names since the only one that
%has that order so far is IDcfu_datapixelFinal_t... |
%把cell中的只有一个cell的元素提出.比如a=cell(1,2),a{1,1}=b,b是cell,但是1*1的cell那么a{1,1}=b{1,1}
function c=extract_cell(mtr,col)
mtr=mtr(:,col);
[m n]=size(mtr);
for i=1:m
for j=1:n
if iscell(mtr{i,j}) && size(mtr{i,j},1)==1 && size(mtr{i,j},2)==1
mtr{i,j}=mtr{i,j}{1,1};
end
... |
function [h,R1_] = SolveModel(b0,a0,r0,mu0,sigma0)
% Rutina para correr el programa completo de búsqueda de empleo, basado en Mauricio Tejada en Python.
%CDF
pd = makedist('lognormal','mu',mu0,'sigma',sigma0);
%Iteraciones
R0_=1;
diff=10;
tol=0.00001;
step=0.5;
fun = @(x) 1-cdf(pd,x);
while diff>tol;
R1_ = b... |
function [descriptor] = pb_descriptor_Datum()
%pb_descriptor_Datum Returns the descriptor for message Datum.
% function [descriptor] = pb_descriptor_Datum()
%
% See also pb_read_Datum
descriptor = struct( ...
'name', 'Datum', ...
'full_name', 'Datum', ...
'filename', 'datum.proto', ...
'contain... |
clear
clc
num=500;
node_num=1685;
L(1:node_num,1)=0;
for t=1:1:500
name=num2str(t, '%d');
txt_name=['D:\SIMULIA\Temp\3D\3D_L\SquarePlateWithHole3D_LTHERM1_LOAD',name,'.mtx'];
f=fopen(txt_name);
ALL=textscan(f,'%s','Delimiter',{','},'HeaderLines',2);
all=ALL{1};
len=length(ALL{1,1})/3;
for ... |
%% YPOLOGISTIKH NOHMOSUNH 2021 PTUXIAKH EXETASTIKH
%% NIKOLAOS ISTATIADIS AEM:9175
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% EPANALHPTIKH DIADIKASIA
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% EKPAIDEUSHS TOU MODELOU
function [ALL_METRICS] = simpleModel_trn_eval_pred(numberMembershipFunctio... |
function [x_plus,A,B] = expl_euler_numerical_ind(t0,x,u,A,B,h,Tfin)
[x_plus, timegrid] = expl_euler_variable(t0,x,u,h,Tfin);
epsilon = 1e-8;
nx = length(x);
nu = length(u);
A = zeros(nx);
B = zeros(nx, nu);
E = eye(nx);
Eu = eye(nu);
for i=1:nx
x_ = x + epsilon*E(:,i);
... |
% part = 'rot';
part = 'transl';
errs_pc5p = eval(sprintf('%s_errs_pc5p', part));
errs_pc3prast0 = eval(sprintf('%s_errs_pc3prast0', part));
% errs_pc5p = transl_errs_pc5p;
% errs_pc3prast0 = transl_errs_pc3prast0;
fig = figure;
set(fig, 'position', [100,100,200,200]);
h = {};
for level = 1:numel(nstd_ray)
ref... |
function data = shuffle_columns(data)
[nr nc] = size(data);
for i=1:nc
data(:,i) = data(randperm(nr),i);
end |
function BandPassFilter_demo
%带通滤波器测试程序
fs=2000;
t=(1:fs)/fs;
ff1=100;
ff2=400;
ff3=700;
x=sin(2*pi*ff1*t)+sin(2*pi*ff2*t)+sin(2*pi*ff3*t);
figure;
subplot(211);plot(t,x);
subplot(212);hua_fft(x,fs,1);
title('Original spectrum');
xlabel('f');
ylabel('amp');
% y=filter(bz1,az1,x);
y=BandPassFilter(x,300,500,200,600,0.1,... |
% Static force analysis of 2D Mitchel Truss 4 (Fig 4.6 of Skelton & de Oliviera 2009)
% By Shuhang Zhang, UC San Diego student 2019.
clear; clf;clc; figure(1);
% Free [Q=Q_(dim x q)] and fixed [P=P_(dim x p)] node locations
Fai = pi/8; Beta = pi/6;
r=10*logspace(1,(sin(Beta)/sin(Beta+Fai))^5,5);
Q(:,1)=r(1)*[1; 0];
Q(... |
clear;
clc;
CF_data_process;
load('Q_table_little.mat');
global Q_table_little;
for i = 1:size(Q_table_little,1)
Q_table_little(i,:) = Q_table_little(i,:)/sum(Q_table_little(i,:));
end
load('Dis_CF.mat');
load('final_table.mat');
final_table = final_table/sum(sum(sum(final_table)));
test_num = 100000;
global range... |
function [e] = test4(cleanup, level)
%TEST4 Open all samples
% Thomas Ruark, 10/30/2007
% Copyright 2007 Adobe Systems, Inc.
psSamplesStr = psjavascriptu('localize("$$$/LocalizedFilenames.xml/SourceDirectoryName/id/Extras/[LOCALE]/[LOCALE]_Samples/value=Samples");');
pspath = psjavascriptu('app.path');
pspath = ... |
% runme for the colorful stimulus
% 192 TRs
%%
params = retCreateDefaultGUIParams;
params.fixation = 'dot with grid';
params.tr = 1;
params.skipSyncTests = 0;
params.calibration = 'CBI_Propixx';
params.prescanDuration = 0;
params.experiment ... |
function ShowHouseQR(A)
% function ShowHouseQR(A)
% Illustrates Householder QR factorization.
% matrix. A call of the form ShowHouseQR() uses a random 6x4 example.
if nargin==0
A = randn(6,4);
end
[m,n] = size(A);
clc
fprintf('Householder QR\n\n')
disp('A = ')
fprintfM('%7.3f',A)
[Q_fact,R] = HouseQR(... |
function net = SaFIN_FRIE_train(data_point, net, input, output, IND,OUTD, no_InTerms, InTerms, no_OutTerms, OutTerms,Rules, Rules_Weight,Eta,forget, Forgetfactor,Lamda, tau, Rate, Omega, Gamma)
thre_lam = tau*Lamda;
%%%%%%%%%%%%%%%%%%%%%%%%%%%% RULE GENERATION %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%... |
function [x_sim,z_sim] = im2sim_space(x_im,z_im,sys,USInfo)
x_im = x_im - USInfo.radius*cos(pi-USInfo.t0); % center
[th_im,r_im] = cart2pol(x_im,z_im); % to polar
th_sim = th_im;
r_sim = r_im + sys.dist_to_probe*1000;
[x_sim,z_sim] = pol2cart(th_sim,r_sim); % leave x centered |
function jp_equalizerms(inputDir,outputDir,verbose)
%JP_EQUALIZERMS Equalize RMSs for a directory containing sound files.
%
% JP_EQUALIZERMS(INPUTDIR,OUTPUTDIR) takes all of the sound files in the
% input directory, gets the mean RMS, and then saves copies in the output
% directory that have been adjusted to the ... |
clc
clear all
diary off
cont=0;
while cont==0
l=input(' enter temporal length L= ');
n=input(' enter spectral length N = ');
w=input(' enter hamming weight W = ');
jbound=jb(n*l,w);
temp=sprintf('\n \n \n \n no of codes approx. by jhonsons bound is %d',jbound);
disp(temp)
cont=input('pres... |
% Using get_cov_matrices to save the covariance matrices
windowSize=15; %ex t_interval
timeStep=5;
doNormalize=true;
doDetrend=true;
options=struct;
options.save_to_disk=false;
options.folder = 'test';
covStack = getCovMatrices(windowSize, timeStep, doNormalize, doDetrend,options);
save('cov_stack_15Day_normalized_de... |
%% init
clear all; close all; clc
globals();
featureDL_folder = '../feature-deeplearning';
[annotations_train, annotations_val, annotations_test] = loadAnnotations();
load(fullfile(devkit_folder, 'classes.mat')); % load classes
%% Load Data
Xtrain = []; Xval = []; Xtest = [];
ytrain = []; yval = [];
% load train
fpr... |
load 'LabeledLineSignaturesTestSet.mat';
load 'LabeledLineSignaturesTrainSet.mat';
load 'BlobSignaturesTestSet.mat';
load 'BlobSignaturesTrainSet.mat';
% Set size probability matrix
szX = size(PatStringsTestSet, 2);
szY = size(PatStringsTrainSet, 2);
confusion = zeros(szX, szY);
% Concatenate pattern string of blob a... |
alpha=1e-3;
lambda=0;
rounds=1000;
epsilon=1e-6;
X=load('Breast_Cancer_Wisconsin_(Diagnostic)_Data_Set_UCI.txt');
Y=X(:,end);
X=[ones(size(X,1),1),X(:,1:end-1)];
N=size(X,1);
Xtest=X(round(N*0.7)+1:N,:);
Ytest=Y(round(N*0.7)+1:N,:);
Xtrain=X(1:round(N*0.7),:);
Ytrain=Y(1:round(N*0.7),:);
w=logi(Xtrain... |
%% Opdracht_1
% Maak de volgende 3 variabelen aan:
% data1 met de getallen 1 tot en met 10.
% data2 met de getallen 11 tot en met 20.
% data3 met de getallen 21 tot en met 30.
% Maak een variabele genaamd data.
% Sla data1 tot en met data3 op als kolomvectoren in de variabele data.
% Schrijf deze variabele data weg als... |
function new_AA = GenAMatrix(N0_range,c1,c2,c3,Lp,Ls,Ld,K,k,m)
%load BGPricker.txt;
%wavelet= BGPricker;
load ricker.txt;
wavelet= ricker;
Wmatrix = convmtx(wavelet,length(Lp)-1);W = Wmatrix(1:length(Lp)-1,:);clear Wmatrix
new_c1 = (1/2)*c1+(1/2)*k*c2+m*c3;
new_c2 = (1/2)*c2;
D = zeros(length(Lp)-1,length(Lp));
fo... |
function amap = cplx_angio(root, threshold);
% function amap = cplx_angio(root, threshold);
[mdata h] = read_img(root);
pdata = read_img(['p_' root]);
Npix = size(mdata,2);
amap = zeros(Npix,1);
for pix=1:Npix
rhos = corrcoef( mdata(:,pix) , pdata(:,pix) );
amap(pix) = rhos(2,1);
end
if isfield(h,'pixdim')
h = ... |
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