text stringlengths 8 6.12M |
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function[datos_x_parcial, datos_y_parcial] = tiro_mitad_datos(datos_x, datos_y, camara)
mitad_px = datos_x(1) + (datos_x(end) - datos_x(1))/2;
% if camara == '1'
filtro = datos_x < mitad_px;
% end
% esto estarķa mal xq estaba mirando la punta equivocada
% if camara == '2'
... |
function [JorK,A,B,C,D,sp1,sp2,sp3,sp4,contra1,contra2,contra3,contra4 ] = get2elec_tablevE_debug ( mu,nu,lambda,sigma,centers,spreads,shapematrix,d,L,Farray,effuncall)
electmp=0;
A = [centers(mu,1) centers(mu,2) centers(mu,3)]
B = [centers(nu,1) centers(nu,2) centers(nu,3)]
C = [centers(lambda,1) centers(lambda,2) ... |
% $Header: svn://.../trunk/AMIGO2R2016/Postprocessor/Post_Report/AMIGO_report_OPTsolver.m 1813 2014-07-14 14:53:39Z attila $
% AMIGO_report_OPTsolver: reports options selected by the user for the OPT
% solver
%
%******************************************************************************
% AMIGO2: dynamic modeling, o... |
function manipulateLuminanceAllImages
% This function runs the manipulatLuminance function on all scenes
% contained in the Images/Originals directory
% Emily Cooper, Alexandra Yakovleva, Stanford University 2014
mpath = strtok(userpath, pathsep);
path = fullfile(mpath, 'scene-filter-see', 'ImageManipulation'... |
function save_LORs(filename_f,LORs_output)
%SAVE_LORS Summary of this function goes here
% Detailed explanation goes here
save(filename_f, 'LORs_output');
end
|
function [ latbinstruct ] = make_ace_empty_latbinstruct( tanstruct_in, lat_bounds )
% *INPUT*
% tanstruct_in: STRUCTURE - contains the gas specific ACE data.
% This structure can be created with 'read_ace_ncdata.m' or with
% 'read_ace_ncdata_for_mat.m'.
%
% lat_bounds: VECTOR - a... |
classdef MHyProReach < handle
properties (SetAccess = public, GetAccess = public)
ObjectHandle
end
methods (Access = private)
% Destructor
function delete(obj)
MHyPro(12, 1, obj.ObjectHandle);
end
end
methods (Access = publ... |
%% Trust region method for Arrow-Debreu market equillibrium
clear all; close all
%rand('state',0)
% Generate data
m = 10; %number of agents
n = 10; %number of goods
pA = 0.01; pB = 0.01;
indA = (rand(m,n)<pA);
indB = (rand(m,n)<pB);
A = rand(m,n); %utility matrix
B = rand(m,n); %initial budget
%A = A./(sum(A,2)*ones(1... |
function [tau] = att( q,qf,myrobot )
%UNTITLED2 Summary of this function goes here
% Detailed explanation goes here
l1 = myrobot.link{1};
l2 = myrobot.link{2};
l3 = myrobot.link{3};
l4 = myrobot.link{4};
l5 = myrobot.link{5};
l6 = myrobot.link{6};
H1c = getA(q(1), l1.alpha, l1.D, l1.A);
H2 = getA(q(2), l2... |
close all;
MatrixName= 'can_96.mtx';
method ='bicgstab';
%method ='gmres';
el = 2;
% GMRES parameter
restart = 3;
tol = 1.0e-17;
maxit = 100;
DirName = 'figs';
FontSize = 14;
%B = load('co2_jac_first_iteration.mat');
%A = B.jac; %mmread(MatrixName);
A = mmread(MatrixName);
[req,pot,add,F,c] = precol2('D2RestrictedCol... |
% for TEST001.AVI
%{
lmarks = [[29,300];
[134,146];
[237,296];
[343,143];
[436,314]];
%}
% others For 02/25/2013
lmarks = [[135,299];
[242,144];
[342,296];
[443,156];
[538,326]];
% For 02/26/2013
lmarks = [[156,310];
[253,157]... |
n = 80;
tol = 1e-5;
% Pick a non singular matrix A
A = fix(10*rand(n, n));
while det(A) == 0
A = fix(10*rand(n, n));
end
% A = [2 1;
% 1,8]
% tic
[UMatlab, SMatlab, VMatlab] = svd(A);
% toc
tic
% Initialize $U,\ \Sigma,\ V$ to $I$.
U = eye(n);
V = eye(n);
S = eye(n);
svdError = 500;
svdErrorPrev = svdError... |
% ground truth Gaussian mixture model
true_model.Mean = [-2 2];
true_model.Cov = [1 0.5];
true_model.Prior = [0.4 0.6];
sample = gmmsamp(true_model, 250);
% ML estimation by EM
options.ncomp = 2; % number of Gaussian components
options.verb = 1; % display progress info
estimated_model = emgmm(sample.X,options... |
function estimateGravityLive()
% Estimates online the head and VC position of the SEASnake in a
% gravity-oriented frame
% THIS WILL NOT WORK UNLESS YOU CAN CONNECT TO THE SEA SNAKE
g = HebiLookup.newConnectedGroupFromName('SEA-Snake','SA008');
snakeData = setupSnakeData( 'SEA Snake', g.getInfo.numModules);
... |
% A script that runs the method of lines and RK4 on a heat equation.
h = 1/100;
T = 1;
k = 1/300;
x = transpose(0:h:2*pi);
f = x - pi;
D = center_diff(length(f));
Laplace = right_diff(length(f)) * left_diff(length(f));
% Q = D - (h^2/6) * D * Laplace + (h^4/30) * D * Laplace^2; % Q_6
Q = D - (h^2/6) * D * Laplace; ... |
%% Volatility and Hedging Errors study 2
% 黄勉 20160203 参考 Jim Gatheral PPT volatility and hedging error 1999
% hekang 20160427 分别使用real vol/low vol/high vol进行delta hedge,并与理论价格走势进行比较
%% 验证如下结论 for CALL
% In the two scenarios analysed, if the option is sold and hedged at a
% volatility greater than the realised volati... |
function out = generatePlotsv3(ds, plotsFile, autoplot, plottingFuncName, sizeColorMap, plotParams)
%GENERATEPLOTSV3 This function reads the matDS structures and the plot configuration file and generates a
%m-function to plot the desired signals. Some parameters in the output m-function file are defined by
%default a... |
function gaborArray = gaborFilterBankCurvo(u,v,m,n,c)
%
% GABORFILTERBANK generates a custum Gabor filter bank.
% It creates a u by v array, whose elements are m by n matries;
% each matrix being a 2-D Gabor filter.
%
%
% Inputs:
% u : No. of scales (usually set to 5)
% v : No. of orientations... |
figure(1)
clf
subplot(2, 2, 1);
drawsolution(TT(:, 10), M, freenodes);
title('$t=10$s', 'FontSize', 14, 'Interpreter', 'latex')
xlim([0 0.0725]);
ylim(xlim);
axis off
set(gca, 'Position', [0 0.5125 0.45 0.45]);
axis off
subplot(2, 2, 2);
drawsolution(TT(:, 100), M, freenodes);
title('$t=100$s', 'FontSize', 14, 'Interp... |
function s = angdev(ang,dim)
% ANGDEV - Angular standard deviation
%
% s = angdev(ang,dim)
%
% Calculates sample angular standard deviation (also returned by ANGMEAN)
% From Fisher 1993, page 32
%
% SEE ALSO
% angmean
% Mercurial revision hash: $Revision$ $Date$
% See http://rcn.ccs.tulane.edu/index.php5/Tytell_M... |
function matUpdateOutputResult( obj, time, fphys )
%MATUPDATEOUTPUTRESULT Summary of this function goes here
% Detailed explanation goes here
for m = obj.Nmesh
obj.outputFile(m).outputIntervalResult( time, fphys{m}(:,:,obj.outputFile(m).varIndex) );
end
end
|
function [Results, Strength, Amplitude, phaseD, cyc, Dsmp, Nsmp] = testPhaseLockDetrendTmp(Nmf, mfA, fst, pth)
if nargin < 1
Nmf = 5;
end
pFig = 1;
pFig2 = 0;
pFig3 = 0;
if nargin < 2
mfA = [85.8, 27, 171.6, 432.4, 343.2, 34.1, 21.5, 54.1, 108.1, 17, 136.2, 216.2, 42.9, 272.4, 68.1]';
end
if n... |
%-------------------------------------------------------------------------%
% npend_DAE - Jeremy Turner
%
% Right-hand side function called by ode45 in npend.m to simulate system
% using the symbolically-derived ODEs using the DAE method. Includes
% shaking base.
%
% Input: z - State vector 2nx1 (theta1; ...; thetan; ... |
#
# The dep. vbls, in corresponding column
# Office based doctor visits 1
# Outpatient doctor visits 2
# Emergency room visits 3
# Inpatient visits 4
# Dental visits 5
# Prescriptions 6
#
1;
which_dep = 1;
if (which_dep == 1) printf("\nOBDV\n"); endif
if (which_dep == 2) printf("\nOPV");endif... |
% this is the driver for Pitot calibration
%
% created by:
% Johannes Becherer
% Tue Feb 14 11:30:20 PST 2017
clear all;
close all;
%_____________________set processing flags______________________
do_parallel = 1; % use paralelle computing
do_raw_data = 1; % do the averaging of th... |
function out_square = getSquare (bw_image, num_candidate, debug, originalImage)
% get_square try to get all the connected components whose bounding box
% is squared. It gets the first 'num_candindate' whose convex area is the bigger.
assert( islogical (bw_image), 'Input image must be logical');
... |
%% fn_axispixel
% Set axes size such that there will be an integer ratio between the
% pixels in the image and on the screen display.
%
%% Syntax
% fn_axispixel([ha])
%
%% Source
% Thomas Deneux
%
% Copyright 2010-2012
|
%% This code will create the gaussian noise mask
% This may be needed to draw the stimuli
AssertOpenGL;
rectSizeX = 90; % This sets size X to 128
rectSizeY = 30; % This sets size Y to 128
objRect = SetRect (0,0,rectSizeX, rectSizeY);
% This generates randomly distributed noise with mean 128, and SD 50.
noiseimg = (... |
function p=read_fmw_3d(path,frame)
% p=read_fmw_3d(path,frame)
% read initial and resulting wind at cell centers and compute their coordinates
p=nc2struct(path,{'U0_FMW','V0_FMW','W0_FMW','HT_FMW','ZSF','FWH',...
'U_FMW','W_FMW','V_FMW','UF','VF','FWH','U','V','W','ZS','HGT',...
'PHB','PH','P','PB'},{'DX','DY'}... |
function f = optimizeStabilityDFD(X, trajData, windShear, objType)
X = X';
if strcmp(windShear, 'same')
N = (length(X)-1)/3;
VR = trajData.VR;
else
N = (length(X)-2)/3;
VR = X(3*N+2);
trajData.VR = VR;
end
T = X(3*N+1); trajData.T = T;
trajData.N = N;
... |
clear
clearvars -global
close all
load rotationtestdata2
clc
%%
global timestamp wheelDispL wheelDispR xm ym trot;
trot = trot - trot(1);
trot = -trot;
hf = figure(2);
set(hf,'Units','Points');
set(hf,'Position',[650,550,350,300]);
h1 = plot(xm,ym,'*', 'Color', [ 0 0.4470 0.7410]);
hold on
% quiver(xm, y... |
function prettyprt0(results)
% Now pretty print things
fprintf('\nError statistics:\n');
numbm = size(results,1);
fprintf('\nbm mean median std var pcterr\n');
maxpower = max([cell2mat(results(:,17));cell2mat(results(:,18))])+ 10;
minpower = min([cell2mat(results(:,17));cell2mat(results(:,18))])... |
function [xLb, xUb, yLb, yUb] = GridToCoordinate(gridIndexX, gridIndexY)
% Convert the index of grid to the lower bound and upper bound of x and y coordinates.
xLb = (gridIndexX - 1) * 40 + 1;
xUb = gridIndexX * 40;
yLb = (gridIndexY - 1) * 40 + 1;
yUb = min(gridIndexY * 40, 300);
end
|
img = imread('ankle.jpg');
%rgbImage= imread(img);
%rgbImage= imresize(rgbimage,(256 256);
ImgBlurSigma = 2; % Amount to denoise input image
MinHoughPeakDistance = 5; % Distance between peaks in Hough transform angle detection
HoughConvolutionLength = 40; % Length of line to use to detect bone regions
HoughConv... |
function [x, y, gama, v, cp] = panelMethod(xb,yb,m,mp1,alpha,bc)
% NOTE:
% this subroutine solves a set of algebraic equations c(i,j)*x(j) = a(i),
% i=1,2,...,N. it is taken from p.114 of chow (1979)
% Geometry parameterization
% coordinates (x,y) of control point and panel length s are computed
% ... |
function [truncRed ,truncGreen ,truncBlue,output_image] = paper_jrt(input_image, N)
truncRed=0;
truncGreen=0;
truncBlue=0;
rowsize = floor(size(input_image,1)/N);
%% Blurring & Edge detection
now = 0;
for i = 1:rowsize
% horizontal mean + down-sampling (sampled by N-size)
before = now;
now = squeeze(s... |
function specCheckMain(mz,sp,grp)
%specCheckMain - this function works on a data matrix with muliple classes,
%by running the function once for each of the classes
[unq,~,ind] = unique(grp);
numG = numel(unq);
mask = mz > 210 & mz < 2000;
for n = 1:numG
% Indices of this class
fx = ind == n;
x ... |
% ADVISOR data file: TX_1SPD_BUS.m
%
% Data source:
%
% Data confirmation:
%
% Notes:
% This file defines a 1-speed gearbox meant to simulate a series hybrid bus single-reduction
% transmission.
%
% Created on: 08-August-2001
% By: MPO, NREL, michael_o'keefe@nrel.gov
%
% Revision history at end of file.
%%%%%%%%%%%%... |
function [out_img] = pca_image_denoise(inp_img1, patch_size, window_size, Lx)
half_p = (patch_size-1)/2;
half_w = (window_size - 1)/2;
sigma = 20;
%inp_img3 = double(inp_img1)/255;
inp_img2 = inp_img1 + uint8(randn(size(inp_img1))*sigma);
%h = fspecial('gaussian',3,20);
inp_img = double... |
function [bounces] = task1(n,y)
% This function counts the number of bounces that the jumper will
% experience in 60 seconds
bounces = 0; %Create counter for every bounce within 60 seconds
for i = 2:n
if(y(i) > y(i+1) && y(i) > y(i-1)) %If statement that counts every bounce
bounces = bounces + 1;
end
... |
function x_den = tjc_denoise2(x)
% load(settings.file_original_tjcs,'TestTrajDatabase');
level = 8;
wname = 'sym4';
tptr = 'sqtwolog';
sorh = 's';
npc_app = 2;
npc_fin = 2;
% comp_rate = 10;
% smoothedTrajectories = cell(length(TestTrajDatabase),1);
% for ii = 1:length(TestTrajDatabase)
% input(num2str(ii));
% ... |
function [ output_args ] = bg2white(img)
%bg2white - set an image background to white
close all;
% Set final channel to white
bg = img(:,:,3);
bg(bg > 0.5) = NaN;
img(:,:,3) = bg;
% Generic low values to NaN
img(img < 0.1) = NaN;
% Now triple NaN to white
tripNan = sum(isnan(img),3) == 3;
for n = 1:3
tmp = img(... |
% batch job to test different estimation strategies, forcing Vart and f to be correlated.
% calls kinetix2.m , which calls kinetix_lsq.m
global rpenalty
est0=[];
NITER=1;
noise = 0;
reglevels = [0:100:1000];
%reglevels = [25:5:50]*50;
all_f = [];
all_sig = [];
all_est = [];
bias = zeros(NITER,length(reglevels));
va... |
function v = FFT(obj,f)
% for waveforms whos frequency function dose not have a analytical form,
% use FFT to calculate the frequency values numerically from time domain
% function.
% Copyright 2016 Yulin Wu, University of Science and Technology of China
% mail4ywu@gmail.com/mail4ywu@icloud.com
UPSAMPLE = 100;
... |
%
% Camera relationship and Gamma explanation
%
cd /wusr5/brian/book/Edits/03col/fig/subDisplayCamera
load pulnixGam %loads pulnixGam invPulnixGam
subplot(1,2,1)
s = [0:999]/1000;
plot(s,invPulnixGam)
set(gca,'xgrid','off','ygrid','off','xtick',[0:0.25:1])
subplot(1,2,2)
plot(s,invHit489Gam(:,1))
set(gca,'xgrid','of... |
function c = conj(a, F)
% CONJ Quaternion conjugate.
% (Quaternion overloading of Matlab standard function.)
%
% Implements three different conjugates:
%
% conj(X) or
% conj(X, 'hamilton') returns the quaternion conjugate.
% conj(X, 'complex') returns the complex conjugate.
% conj(X, 'total') returns the 'total' ... |
clc
clear all
close all
%{
%Arguments:
f = weight between the SoC dependent term and the fully round dependent
term. A value above 1 switches to the regular LEACH protocol.
p = the desired percentage of CHs each round
n = the number of nodes in the network
Eo = Maximum energy for all nodes [J]
Emode... |
function [group,i,j] = findv(n,k)
%FINDV 此处显示有关此函数的摘要
% 此处显示详细说明
if n<=k+1
group=1;
i=n;
j=1;
else
group=ceil(log2(n/(k+1))+1);
i=ceil((n-(k+1)*2^(group-2))/2^(group-2));
j=mod((n-(k+1)*2^(group-2)),2^(group-2));
if j==0
j... |
function [ U1, U2, P1, P2, Y ] = solveCMFH( X1, X2, lambda, mu, gamma, bits )
%SOLVECMFH Summary of this function goes here
% Collective Matrix Factorization Hashing Algorithm
% minimize_{U1, U2, P1, P2, Y} lambda*||X1 - U1 * Y||^2 +
% (1 - lambda)||X2 - U2 * Y||^2 +
% mu * (||Y - P1 * X1||^2 + ||Y - P... |
function [mean_cost, f] = fitness(ind, dataset)
% Conduct calibration with the solution related to the individual
% Use the reciprocal of squared total cost as the fitness
num_points = sum(ind); % The number of sampling points
num_samples = size(dataset, 1) / 2; % The number of samples
cost = zeros(num_... |
% Load from ex6data3:
% You will have X, y in your environment
load('ex6data3.mat');
% Plot training data
plotData(X, y); |
%% prt_species_tree_taxa_js
% writes species_tree_taxa{i}.js and species_tree_taxa{i}_taxon.html that are used by species_tree_taxa{i}.html
%%
function prt_species_tree_taxa_js(taxa)
% created 2016/03/06 by Bas Kooijman,
% modified 2016/06/01 Starrlight Augustine, 2016/06/02, 2016/10/08, 2017/10/13, 2018/06/15, 2018/... |
function singleSubjectMultiICA_general(subjectIdx,filenames, mask, IC, age, outputPath, Options)
%singleSubjectMultiICA - perform subject-specific longitudinal ICA
%
% Inputs:
% filenames - A cell array of BOLD signal (pre-processed NIFTI) filenames.
% Currently, we only support N (array length) == 3, i.e., 3 BO... |
clear;clc;clear;clc;
%% get path to folder
dot = '/Users/brandomiranda/home_simulation_research/overparametrized_experiments/';
path = fullfile(dot,'pytorch_experiments/test_runs_flatness2');
%NL
path_all_expts = fullfile(path,'/RedoFig5_Cheby/N_train_9_N_test_100_batch_size_9_perturb_freq_2500_perturb_magnitude_0.45_m... |
function net = cnnapplygrads(net, opts)
for iter = 2 : numel(net.layers)
if strcmp(net.layers{iter}.type, 'c')
for j = 1 : numel(net.layers{iter}.a)
for ii = 1 : numel(net.layers{iter - 1}.a)
net.layers{iter}.k{ii}{j} = net.layers{iter}.k{ii}{j} - opts.alpha *... |
%------------------------------------------------------------------
% Matallana Et. Al. Example with VS Iteration Initialized with Vlin
% Compute an estimate of the region of attraction for Matallana, et. al
% example using the V-S iteration. The iteration is
% initialized with the Lyapunov function from linear... |
% ATTENTION: This script must be executed before running 'angleVariation.m'
%
% This script loads the Segmentation Data folder containing the data for a
% particular movie and then iterates the 'singleFrame_tensorCalculator'
% function over each movie frame while collecting the relevant data.
%
% The appropriate path ... |
%===================================================
% this code is to draw contours from the data
% points are sampled with mixed MCMC method, and saved in sampling.mat
% Yiming Hu, Sep, 2012
%==================================================
load PTsampleing.mat;
chains = permute(chains,[2,3,1]);
chains = chains(:... |
classdef squareFlash < handle
% Square flash for spatial mapping (Full Field)
properties
numTrials
trial
display
design
end
methods
function h = squareFlash(PDS, varargin)
% CONSTRUCTOR
% h = squareFlash(PDS) creates ... |
%%%% multithread
image = imread('airplane.jpg');
mask = false(size(image,1),size(image,2));
mask(140:220, 140:220) = true;
iterations = 600;
display = false;
threads = 4;
resizeVal = [.1 .25 .5 .75 1 1.5 2 4 8];
for i = 1:numel(resizeVal)
imageTmp = imresize(image,resizeVal(i));
maskT... |
%
% Runtime function to make CrIS rtp files
%
% Input:
% JOB - matlab datenum indicating the time to be processed
%
% rtpset='subset'/'full'/'full4ch'/'site_only_obs'
% data_path='/asl/data/cris/sdr60';
% data_str='_subset'/.../.../'site_only_obs'
% src='_noaa_ops';
%
% Name is constructe li... |
function newem = buildNewMap(em, fc_map_spd, fc_map_trq, fc_fuel_map_gpkWh_at_max_trq, fc_max_trq, fc_fuel_lhv)
% newem = buildNewMap(em, fc_map_spd, fc_map_trq, fc_fuel_map_gpkWh_at_max_trq, fc_max_trq, fc_fuel_lhv)
%
% Routine to build a new fuel map based on the existing BASE map by scaling to fit the efficiencies
... |
clc;
clear all;
[A,fs]=wavread('C:\Users\Arturo\Desktop\Franz Ferdinand - Love illumination.wav');
disp('Elige una opción')
disp('1.- Rock')
disp('2.- Acustico') %Menu de las opciones
disp('3.- Popular')
opcion=input('');
switch opcion
case 1
ganancia=[10^(7/20) 10^(5/20) 10^(-1/20) 10^(4/20) 10^(6/2... |
%% Virtual Environment
clear all;
kWall=5000;
bWall=0;
nWall=-1;
xWall=0.126;
tau=0.003;
mu_max = 5000*1.1;
%% Haptic Interface
m=1;
bHI=0;
p0=0.12;
v0=0;
%% Haptic Controller
A=0;
%% Sample time
tsampling=0.001;
dof=1; |
function [r_security]= checkCollision(P_Robot,v_Robot,radius_robot,P_Obs,u_Obs,radius_Obs,gama,theta)
% Collision-cone approach for mobile obstacles
d = sqrt((P_Robot(1)-P_Obs(1))^2 + (P_Robot(2)-P_Obs(2))^2);
% Relative speed
U_r = (u_Obs(1) * cos(P_Obs(3)-theta)) - v_Robot(1) * cos(P_Robot(3)-theta); % 57.2957* ??
... |
% A container class to hold workspace result for a point pose
%
% Author : Paul Cheng
% Created : 2019
% Description : This class contains the known information obtained
% through workspace analysis for all poses
classdef RayWorkspace < handle
properties (SetAccess = protected)
model
... |
function Cov = cov_long_v2(cov_short, mean_short, C_short, t_interval,...
normalize, is_cov_short_norm)
%% v2 has inputs (except cov_short) that were 3-dimensional arrays as cell
% arrays
% Calculates the covariance matrix of m pressure series over the total time
% from the covariance matrices of short t... |
% Carefull with this class. Matlab numbering starting with 1
% means register numbers in obj.register_data are of by one.
classdef iCmvReg < handle
properties (SetAccess = protected)
register_data
file_path
end
methods
function obj = iCmvReg(regdump_path)
obj.file_path = regdump_path;
if exist(obj.fi... |
figure;
plot(q_opt'); hold on
plot(q_recon{1}', 'x', 'DisplayName', num2str(rmse(1)));
plot(q_recon{2}', 'o', 'DisplayName', num2str(rmse(2)));
plot(q_recon{3}', '+', 'DisplayName', num2str(rmse(3))); |
function [] = plot_sig_detection(parsed)
figure()
subplot(2,1,1)
plot(parsed.hitRate);
ylim([0,1]);
title('Hit Rate')
ylabel('P(H)')
xlabel('Trial Number')
%legend('Day 4', 'Day 5', 'Day 6')
hold all
subplot(2,1,2)
plot(parsed.dPrime);
title('d Prime')
xlabel('Trial Number')
... |
classdef OverviewControllerMock < handle;
%OVERVIEWCONTROLLERMOCK Summary of this class goes here
% Detailed explanation goes here
properties
updates;
end
methods
function obj = OverviewControllerMock()
obj.updates = {};
end
functi... |
%Problem3b
clear
clc
dt = 0.01;
et = 2.5;
t = 0:dt:et;
x = exp(1j*2*pi*t);
real_x=real(x);
imag_x=imag(x);
abs_x=abs(x);
angle_x=angle(x);
figure;
subplot(2,2,1);
plot(t,real_x);title('real part');
subplot(2,2,2);
plot(t,imag_x);title('imaginary part');
subplot(2,2,3);
plot(t,abs_x);title('absolute va... |
% This script loads two vectors of dice data, each which contains the
% result of 10^4 rolls. It then performs a chi square test on each to
% determine which die is fair and which is not fair. The result of the
% test showed that die 1 is fair since it has a higher pvalue.
close all;clear;clc;
% This loads the dice da... |
function [ output ] = get_hidden_output(h_states,trained_par)
%GET_POOLING_OUTPUT Summary of this function goes here
% Detailed explanation goes here
output = cell(1,length(h_states));
for i = 1:length(output)
output{i} = polling(h_states{i},trained_par.pars.spacing);
end
end
|
function boxplot_wani_2016(x, varargin)
% Draw a box plot with some additional useful features. (work in the
% matlab version since 2016 maybe 2015 as well, but not tested).
%
% Usage:
% -------------------------------------------------------------------------
% boxplot_wani_2016(x, varargin)
%
% Inputs:
% ----------... |
function [ y ] = STA_E( f )
%STA_E -short time average energy
y = sum(f.^2);
end
|
function [var_gen, fitness] = decoding(funname, bin_gen, bits, min_var, max_var)
num_var = length(bits);
popsize = size(bin_gen, 1);
scale_dec = (max_var-min_var)./(2.^bits-1);
bits = cumsum(bits);
bits = [0 bits];
for i = 1:num_var
bin_var{i} = bin_gen(:, bits(i)+1:bits(i+1));
var{i} = sum(ones(popsize, 1)*2.^... |
%%%%%%%%%%%%%%%%%%%%%%%%%%
%
% Sam Feig
% Vladimir Zhdanov
%
% CSCI 4831/5722
% Homework 4
% Instructor: Ioana Fleming
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
function [dColor] = displayDMap(disparityMap)
%1. map disparity into the range [0,1]
% max_d = maximum calculated value of disparity
maxD = max(disparity... |
clear all
moduleLis = importdata('modules.txt');
moduleLis(:,2) = floor(moduleLis(:,1)/3)-2;
sum(moduleLis(:,2))
n=1;
a=sum(moduleLis(:,n+1));
b=sum(moduleLis(:,n));
c=b-a;
while c>0
moduleLis(:,n+2) = floor(moduleLis(:,n+1)/3)-2;
moduleLis(moduleLis<0) = 0;
c=sum(moduleLis(:,n));-sum(mod... |
function OUT = RunLenth_Enc(img)
[Y_RL, Cb_RL, Cr_RL] = RunLenth_Enc(Y_zigzag, Cb_zigzag, Cr_zigzag, im_height, im_width)
Y_zigzag
run = 0;
YRL_index = 0;
CbRL_index = 0;
CrRL_index = 0;
EOB = 555; % Indication for the END OF BLOCK
for row = 1:8:im_height
for col = 1:8:im_width
Y_1x64 = Y_zigzag... |
function y = upsampling(x,d,p)
% upsampling - add p zeros between samples along dimension d
%
% y = upsampling(x,d,p);
%
% default is p==2, d==1
%
% Copyright (c) 2009 Gabriel Peyre
if nargin<3
p = 2;
end
if nargin<2
d = 1;
end
switch d
case 1
y = zeros(p*size(x,1),size(x... |
clear;
clc;
load('~/Downloads/hw1_data_mat/mnist_mat.mat');
%---------(a)----------
a=1;
b=1;
c=1;
e=1;
f=1;
index_y1 = find(ytrain);
index_y0 = find(~ytrain);
N0=size(index_y0, 2);
N1=size(index_y1, 2);
sumX_y0=sum(Xtrain(:,index_y0),2);
sumX_y1=sum(Xtrain(:,index_y1),2);
averageX_y0=sumX_y0/N0;
averageX_y1=sumX_... |
function A = buildGraphWithSmoothnessConstraints(Z,X,Y,N,param,mask)
% Build a sparse graph A where A(i,j) is non-zero if the graph has an edge
% from vertex i to vertex j. The weights are infinity as stated in LI06 -
% Section 4.2. Note that according to convention in LI06, this function is
% building the graph G = (V... |
clc; clear all;
%ANASTASIA KADEK DETY L. ( 09 Oktober 2017)
%MATLAB
%--------------------------PROSEDUR PEMANGGILAN DATA
y=xlsread('MATLABCOBA.xlsx');
N=length(y);
fs=100;
t=0:1/fs:(N-1)/fs;
plot(t,y);
%---------------------------DFT
n=(1:1:N)';
m=(1:1:N);
mn=n*m;
W=exp(-i*mn*2*pi/N);
%------------------... |
% 7/30/13
% findTraj.m
% generate optimal trajectory (in one dimension)
% note that this implies no coridor constraints
% Dependencies: findContConstraints.m, findFixedConstraints.m,
% findDerivativeCoeff.m, findCostMatrix.m
%
% inputs:
% r: integer, derivative to minimize in cost function
% n: integer, order ... |
%%
mpc = 'case9.m';
x = loadcase(mpc);
n_lines = size(x.branch, 1);
subset = 1:n_lines;
clear m;
m.mpc = mpc;
m.subset = subset;
m.gamma_max = 2.5;
m.K = 3;
m.Lnorm = 1;
m.obj_type = 'angle';
%%
clear opts;
%opts.retry_on_fail = 1;
opts.opf_alg = 'ipopt';
setenv('OMP_NUM_THREADS', '1');
opts.runtime_diagnostics = 1;
... |
data1 = csvread('data1.csv');
x = data1(:,1);
x1 = x(1:50);
x2 = x(51:100);
y = data1(:,2);
y1 = y(1:50);
y2 = y(51:100);
z = data1(:,3);
w1 = 0;
w2 = 0;
b = 0;
u = 0;
a= 0;
for iter = 1:1000
for i = 1:100
a = w1*x(i)+w2*y(i)+b;
if z(i)*a <= 0
fprintf("%d\n", i);
u = u+1;
w1 = w1 + z(i)*x(i);
w2 = w2 +... |
function [stat] = compute_Topo_clusterPerm(dat1,dat2,time,chanlabels,fsample,clusteralpha,mc_alpha,nperm,layout,layoutName,minNumChan)
if nargin<11
minNumChan=0;
end
%%% PREPARE DATA
% cfg=[];
cfg.layout = layout;
% layout = ft_prepare_layout(cfg); %Layout of the electrodes
% build data for field trip f... |
classdef Iterator02<handle
%UNTITLED Summary of this class goes here
% Detailed explanation goes here
properties
func;
from;
step;
to;
delay;
label;
resetStep;
resetDelay;
repeat;
curRepeat;
nextFresh;%in... |
% ADVISOR data file: ESS_PB85.m where 85 is c/5-rate capacity
%
% Data source:
% File created from ESS_PB91.m
%
% Data confirmation:
% Not confirmed
%
% Notes:
% This battery model has been created in attempt to model lead acid batteries
% used in Orion VI series hybrid transit bus. ess_voc, ess_max_ah_cap, and
% e... |
% read in nifti files used for NMF parcellation and create X matrix for
% visualization
cd('/data/joy/BBL/projects/pehlivanovaPncItc/subjectData/antsCT/ctImages_2mm')
%% read in text file with 427 image names
filename = '/data/joy/BBL/projects/pehlivanovaPncItc/subjectData/antsCT/ctImages_2mm/listOf427Ct2mmImages.txt... |
function Status = sutterCloseConnection(s)
try
fclose(s);
Status = 1;
catch
Status = 0;
end |
% FUNCTION [] = savefig(fname, epsflag)
%
% Save current figure to FigX.tif
%
% Inputs:
% fname - output file name
% epsflag - 0 = nomral image 1 = eps image output
%
% Samuel A. Hurley
% University of Wisconsin
% v1.0 10-Dec-2010
%
% Changelog
%
% v1.0 - Basic saveas(gcf, '') implementation (Dec-2010)
% v2... |
%% Optimization loop - moving Average
for iGrid = 1:nGrid_movinAverage
[~,accuracyTrial_movinAverage,latency4EachTrial_movingAverage] = plot_single_trial_detection(prob,...
'detectionMethod', {'movingAverage'},...
'windowForCorrectTrial',windowCorrect,...
'parame... |
% Figure 4 of paper titled: "Disease spread coupled with evolutionary ...
% ... social distancing dynamics can lead to growing oscillations"
%
% Accepted at 60th Conference on Decision and Control (CDC 2021)
% For the pdf of the paper, visit: https://hoseinkh.github.io/files/Disease-spread-coupled-with-evolutionary-so... |
function results = snapshot_gps_nav(gs)
%%%
%%% SETTINGS
%%%
ONE_SHOT = 1;
%%%
%%% CONSTANTS
%%%
d = 3;
d_coarse = 76.5e-3; %ms
c = physconst('LightSpeed'); %300e6;
tcode = 1e-3;
gs
results = struct();
% unknown
clockBiasMag = 5; %500
clock_bias = clockBiasMag*(rand-0.5); %in seconds
% to get to same simestam... |
function [ mask_updated, ind,killed_his, grid_his] = divider3(img,gs,percent,ind_a,killed_his, ind_init, grid_his)
%The function divides input image into grid and calculate the
%error sum within grids.
[h,w]=size(img);
pad.y=ceil(h/gs.y);
pad.y=pad.y*gs.y-h;
pad.x=ceil(w/gs.x);
pad.x=pad.x*gs.x-w;
%pad the matrix with... |
function [ w,r,x,P ] = mapping( assignments,wupd,rupd,xupd,Pupd,...
w_new,r_new,x_new,P_new,valid_idx,idx_out,threshold )
wnew = w_new(valid_idx);
rnew = r_new(valid_idx);
xnew = x_new(:,valid_idx);
Pnew = P_new(:,:,valid_idx);
M = size(assignments,1);
r = cell(M,1);
x = cell(M,1);
P = cell(M,1);
w = on... |
% This function is used to split entire speech in frames of specific time
% duration in msec. (in this we don't do frame overlapping)
%
%
function [frames] = framing(x,fs,f_d)
% x:input speech signal
% fs: Sampling Frequency
% f_d: Frame duration (in sec)
% frames: returns Matrix in which each row represents a fram... |
function [] = CPR_fit_function(t,d)
addpath /Users/fschneider/Documents/GitHub/CPR/Matlab/Helper_functions
addpath /Users/fschneider/Documents/GitHub/Violinplot-Matlab
addpath /Users/fschneider/Documents/MATLAB/CircStat2012a
addpath /Users/fschneider/Documents/MATLAB/palamedes1_10_9/Palamedes
%% CONTINUOUS DATA: Bina... |
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