text stringlengths 8 6.12M |
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% This function essentially calculates the sum of wi * f(xi), which is used
% in all the Newton-Cotes methods in Question 3. Please ensure that the x
% and w arrays passed in to represent {wi, xi} pairings are of the same
% dimensions, with {wi(i), x(i)} forming a pair.
function integral = weightPairSum(f,x,w)
% ... |
% This script demonstrates how to call the function
% DREAM5_Challenge4_Evaluation().
%
% Gustavo A. Stolovitzky, Ph.D.
% Adj. Assoc Prof of Biomed Informatics, Columbia Univ
% Mngr, Func Genomics & Sys Biology, IBM Research
% P.O.Box 218 Office : (914) 945-1292
% Yorktown Heights, NY 10598 Fax : (914) 94... |
function [iflags, bto1232, btc1232] = xfind_clear_wn(head, prof, icheck);
% function [iflags, bto1232, btc1232] = xfind_clear_wn(head, prof, icheck);
%
% Do clear tests for the specified FOV/profile indices and
% return test results as bit flags. Designed for use with
% Hamming apodized radiances.
%
% Input:
% hea... |
clear
clc
x = imread('grayImage.jpg');
[m,n] = size(x);
threshold = 200;%threshold value
%create an array with the same size as the image
y = zeros(m,n);
for i=1:m
for j=1:n
if(x(i,j) < threshold)%if it is closer than treshold value
y(i,j) = 0;
else
y(i,j) = 255;
e... |
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_NL = fullfile(path,'flatness_May_label_corrupt_prob_0.0_exptlabel_RadiusFlatnessNL_samples20_RLarge50')
path_... |
function [ output_args ] = show4( n, X, Ori, Uc, Ur, T, E )
%SHOW4 n, X, Ori, Uc, Ur, T, E
K = Ori(:,:,n);
a = min(K(:));
b = max(K(:));
subplot(1,4,1), imshow(X(:,:,n), [a,b])
subplot(1,4,2), imshow(Ori(:,:,n), [a,b])
subplot(1,4,3), imshow(Uc*T(:,:,n)*Ur', [a,b])
subplot(1,4,4), imshow(E(:,:,n), [a,b])
end
|
%Metodo Mutipasos
%Metodo implicito de Adams-Moulton de 2 pasos
%wo=? w1=?1
%wi+1=wi+h/12*[5*f(ti+1,wi+1)+8*f(ti,wi)-5*f(ti-1,wi-1)]; i=0,1,...,N-1
clear all
clc
syms t y
ED=input('Introduzca la E.D.= ');
f=input('Introduzca la funcion de trabajo= ');
cond=input('Introduzca la condicion inicial "y(a)=k"=: ');
w0=inpu... |
function car_predict()
%CAR_PREDICT Get the prediction of cars on images
%
% Mar. 2015, Zexi Mao
startup;
load('VOC2010/car_final');
listing = dir('surveillance_images');
params = 0.5:-0.1:-1.3;
for j = 1 : length(params)
for i = 1 : length(listing)
if (listing(i).name(1) ~= '.')
imname = full... |
function runMHyProBenchmarks(benchmarkNr, diff, strategy)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% With this file all benchmarks for mhypro can be run.
% Input:
% benchmarkNr: number of the benchmark
% 1 - bouncing ball
% 2 - cruise controll
% 3 - filtered oscil... |
function main(const)
% ----------------------------------------------------------------------
% main(const)
% ----------------------------------------------------------------------
% Goal of the function :
% Launch all function of the experiment
% ----------------------------------------------------------------------
%... |
function [c] = outputDicom_write(c)
%
% NAME
%
% function [c] = name(c)
%
% ARGUMENTS
% INPUT
% c class img2dcm class
%
% OPTIONAL
%
% DESCRIPTION
%
% Saves the contents of c.mcell_img to a set of dicom files
% in c.mstr_outputDicomDir
%
% PRECONDITIONS
%
% o c.mcell_img must be populated
% o c.mDicomInfo must be def... |
function phclcpc(varargin);
% phclcpc( [...] );
% Cell P Control
h = timeplot({'ICelPSt'}, ...
'Cell P Control', ...
'P Control', ...
{'ICelPSt'}, ...
varargin{:} );
|
function pQ = getModelPriorsNH_emp(m)
for i = 1:m.m
switch m.dipfit.model(i).source
case 'MMC'
pQ(i).G = [12 12 12 12 12 6 12 12 6 3 6 12 12 6]; % intrinsic connections (mV.s)
pQ(i).T = [25 20 15 15]; % synaptic time constants [mp sp ii dp] (ms)
... |
%----------------------------------------------------------------
% levi silvers dec 2016
%----------------------------------------------------------------
% compute a landmask to apply to the output fields
landm='/Users/silvers/data/c96L32_landmask_atmos.static.nc'
land=ncread(landm,'land_mask');
o... |
function EEG = preproc(EEG)
tr = EEG.APPEAR.TR;
slpertr = EEG.APPEAR.slice_per_TR;
mrkA = EEG.APPEAR.mrkA;
dwnsmr = EEG.APPEAR.Fs;
bpfrq = EEG.APPEAR.filterRange;
slfrq = slpertr / tr;
temp = [60, 26, slfrq*(1:1:100)];
temp = temp(temp<=max(2*bpfrq(2),temp(1)))... |
%This function is to find maximum blob with admissable Aspect Ratio in binary image
%The input must be binary image
function blob = BestBlob(imgSign)
%check whether the image is binary
if class(imgSign) ~= 'logical'
disp('Please input binary image');
end
%find blob properties
stats = regionprops(imgSi... |
function [y,sig2,p]=gm_init(x,K,method)
%function [y,sig2,p]=gm_init(x,K,method)
%
% Initialise a gaussian mixture model
%
% input:
%
% x: training data
% K: number of clusters
% method: 1,2,3 seed points, random from covariance, seed points narrow variance
%
% output:
%
% y : K*D matrix with initial clus... |
function [contours] = trace_notes (imgf, fprefix, line_ys, outf, lw, tmpf)
%thn=4;
%imgrgb=imread(imgf);
img=uint8(imread(imgf));
imgrgb=zeros(size(img,1),size(img,2),3);
imgrgb(:,:,1) = img;
imgrgb(:,:,2) = img;
imgrgb(:,:,3) = img;
%uint8(im2bw(rgb2gray(imgrgb)));
%img=imread('bw-smoothed.bmp');
%li... |
%% Initialization
load('cmodel.mat')
frameSize = 0.1;
nSegmentSize = 10;
predictions = cell(1,2);
%% Compute song genre
genre = 'kiki';datasubset = 'test';
folder = strcat('kikibouba_',datasubset,'\',genre,'\');
wavs = dir(strcat(folder,'*.m4a'));
for i = 1:numel(wavs)
predictions{1}{i} = kikiboubasongclassifier... |
De while-lus in de onderstaande code wordt geen enkele keer
herhaald.
======= Code =======
teller = 0
while -1
if teller < 100
teller = teller + 1;
else
break;
end
num2str(teller)
end
======= Code ======= |
function residualsPACE(fileActual,filePACE,units,conv,save)
%%Compute Cost Depending On 2 text files
close all
%%%%%%%%%%%%%%%%%FLAGS%%%%%%%%%%%%%%%%%%%
RESTYPE = 4; %1 = everything,2 = forces/moments,states
%3 = categories,4 = full split
ERROR = 0; %0 for absolute
%PACE = 1;
Actual = dlmread(fileA... |
function grOnCreate()
global figlist
if (figlist.currentFreeze>0)
delete(gcbo);
else
set(0,'CurrentFigure',gcbo);
grSetTitle(get(gcbo,'Name'));
set(gcbo,'DeleteFcn','grOnDelete');
set(gcbo,'Doublebuffer','on');
end;
|
function dx = odefun_dyn(t, x, params)
% Constant parameters
Lk = params.Lk;
La = params.La;
m1 = params.m1;
m2 = params.m2;
g = params.g;
I = params.I;
controller = params.controller;
th_l_h_ddot0 = params.th_l_h_ddot0;
th_l_k_ddot0 = params.th_l_k_ddot0;
th_l_a_ddot0 = params.th_l_a_ddot0;
th_r_h_ddot0 = params.th_r... |
%*********************************************************************
% Theory of the Hilbert Spectrum: Code Examples for Reproducible Research
%*********************************************************************
%
% Description: This Demo file shows illustrates Hilbert Spectral Analysis
% on a cello si... |
function varargout = adjustcamera(varargin)
% ADJUSTCAMERA MATLAB code for adjustcamera.fig
% ADJUSTCAMERA, by itself, creates a new ADJUSTCAMERA or raises the existing
% singleton*.
%
% H = ADJUSTCAMERA returns the handle to a new ADJUSTCAMERA or the handle to
% the existing singleton*.
%
% AD... |
%% Specifying Alternative Cost Function with Off-Diagonal Weight Matrices
% This example shows how to use non-diagonal weight matrices in a model
% predictive controller.
% Copyright 1990-2014 The MathWorks, Inc.
%% Define Plant Model and MPC Controller
% The linear plant model has two inputs and two outputs.
plant... |
function gamma_medio = calc_gamma_medio(gamma)
gamma_nz = gamma.*(gamma>=0.4);
gamma_medio = sum(gamma_nz)/sum(gamma>=0.4);
% gamma_medio = sum(gamma.^1.2)/length(gamma);
end |
%m1 = csvread('../experiment_data/teacher_forcing/teacher_forcing_0.0.txt');
m2 = csvread('../experiment_data/teacher_forcing/teacher_forcing_0.1.txt');
m3 = csvread('../experiment_data/teacher_forcing/teacher_forcing_0.5.txt');
m4 = csvread('../experiment_data/teacher_forcing/teacher_forcing_0.9.txt');
%m5 = csvread('... |
clear all
load('SF1');
addpath('..\src\Libraries\LAPTracker');
addpath('..\src\Libraries\Utils');
addpath('..\src\Libraries\DensityEstimation');
addpath('..\src\Libraries\DensityEstimation');
addpath('..\src\Libraries\TrajectoryAnalysis');
addpath('..\src');
colormap=[0 0 1;1 0 0;0 0 0];
xi = (1:length(uwt)) / 2 / 60;
... |
% ======================================================== %
% -------------- PV-Battery Tool (PVBT) -------------- %
% Version: 1.2 (2/2021) --------------------------------- %
% ======================================================== %
% This code was developed by Ahmed A.Raouf Mohamed: ------ %
% ------ AARa... |
function eot = equationOfTime(time)
% EQUATION_OF_TIME Calculates the equation of time for the specified time vector
% Calculate julian date corresponding to time vector
jd = juliandate(time);
d = jd-2451543.5;
% Keplerian Elements of the Sun
% Eccentricity
eccentrici... |
% One Step of Backtracking Line Search
% xUpdated = step(x, a, b)
%
% Arguments:
% 'x' should be 2 * 1 vector.
% 'a' should be the parameter of the stopping condition of step backtracking, 0 < a < 0.5.
% 'b' should be the parameter of the common radio of step backtracking, 0 < b < 1.
%
% Returns:
% 'xU... |
close all
clear all
clc
%% Define system and set ES parameters
% alpha = ampiezza oscillazioni
% omega = pulsazione oscillazioni
% gamma = guadagno integratore
% h = polo HPF
%%% Nota: testare lo schema anche con funzionali di costo diversi (IAE, ITAE, ITSE)
sel = 4;
s = tf('s');
switch sel
case 1
G = 1... |
function [final_est, final_weight, est_all] = SMC(obs, dimension, num_particle, ESS, ...
lambda_map, rank_left_child, rank_right_child, dividible, par, y, length_filter)
% global settings
total_level = log2(numel(obs));
num_node = 2 * dimension - 1;
N = prod(num_node);
sigma_hat = par(total_level + 1, 3);
dwtmode... |
%% Opening the files in EEGLAB
%Preprocessing- before operating this script, the annotation files must be
%formatted so that there is a column for the event and a column for the
%latency in the eeg file. The .edf files must be processed in polyman .edf
%viewer so that you only have EEG1, EMG, and EEG2 (no bio or ... |
clear all
close all
% Load function
filename = 'input.s2p';
s_bisec = sparams_bisect(filename);
s_orig = sparameters(filename);
% Extract data
s21_bisec = s_bisec.Parameters(2,1,:);
s21_bisec = s21_bisec(:);
freq = s_bisec.Frequencies;
s21_orig = s_orig.Parameters(2,1,:);
s21_orig = s21_orig(:);
% Plot
figure()
% M... |
% Assignment 6, Problem 2
x = [0.5;1;2;4;6;8;10];
z = log(x);
tau = [2.53;3.11;3.65;4.2;4.79;5.07;5.33];
y = log(tau);
X = [ones(7,1),z];
phi = inv(X'*X)*X'*y;
n = phi(2);
m = exp(phi(1));
m = 3.0491 ; n = 0.2450; |
function t = Rand_Activation(a,l)
%t thershold = 0.7
t = zeros(1,l);
for i=1:l
if a(i)>=.7
t(i)=1;
end
end
end
|
% fileinfo
% evaluates # hits and misses
%subject='d:\bci2000data\ecog\ck\ck033\ckS033R09.mat';
%subject='d:\bci2000data\ecog\dw\dw002\dwS002R04.mat';
subject='d:\bci2000data\ecog\es\es003\esS003R08.mat';
fprintf(1, 'Loading data file ...\n');
loadcmd=sprintf('load %s', subject);
eval(loadcmd);
trials=unique(trialnr... |
clear
close all
j = sqrt(-1);
lamda = 100*1e-3; %0.3m 传输波长
freq = 1e9;
w = 2*pi*freq;
R_waveguide = 300e-3;
r = 0:0.1:(R_waveguide*1e3); % 0 <= r <= 100mm 圆形波导的半径
r = r*1e-3;
theta = 0:0.01:2*pi; % 柱坐标系下theta坐标范围
Z = 0;
[THETA, R] = meshgrid(theta, r); % 生成网格
d = 0;
[E_theta, E_r, Hz, H_theta, H_r] = TE_mn(2,1,T... |
%%quxianyaoshu(lo,R,a) %%quxianyaoshu(60,500,dms2degrees([28 36 20]))
%%%%%%%%%%%加入桥墩偏距，直接搞桥墩偏距
disp('请输入半径（R），曲线长（lo)，起点坐标QD,终点坐标ED,交点坐标JD')
disp('格式如下：hhqxgx(R,lo,QD,ED,JD,lc)')
disp('比如：QD=[3273704.468,493811.52];ED=[3272419.04,495669.047];JD=[3273483.392,494887.186];R=607.2;lo=60;lc=80;')
disp('则输入以下命令行')
disp('h... |
vec=randi(100,5,1)
for i = 1:length(vec)
min_out=i;
for y = 1:length(vec)+1
if min_out >
|
% testing script for the SpatialSTAPLE algorithm
% load the example data
load example-data.mat obs truth
% fusion settings
epsilon = 1e-5;
init_flag = 0;
prior_flag = 0;
interp_type_1 = 0;
interp_type_2 = 1;
cf1 = 0;
cf2 = 1;
num_up = [20 20 20];
win_dims = [5 5 5];
bias = prod(win_dims) / length(unique(truth));
% c... |
%% Does the sampling, this code needs to be cleaned up
Sigma=inv(thcts); % covariance matrix
edgePotMarg=cell(q,q); % includes both node and edge potentials.
maskMarg=sparse(q,q);
for r=1:q
for j=1:q
potrj=zeros(L(r),L(j));
if maskDis(r,j)==1
potrj=potrj+thdis{r,j};
en... |
function [imc,imp] = cell_protrusions3d(im,s,ds)
%% vector_field_var2d - 2d vector field variance
%
% REFERENCE:
% T.M.E. Scales, B. Obara, M.R. Holt, N.A. Hotchin, F. Berditchevski,
% M. Parsons, alpha3beta1 integrins regulate CD151 complex assembly
% and membrane dynamics of carcinoma ... |
if (~exist('s', 'var'))
s = serial('/dev/ttyUSB1');
s.BaudRate = 57600;
fopen(s)
end
t = 0:0.01:10;
traj_x = ceil(sin(t) * 2000);
traj_y = ceil(sin(t + (2/3*pi)) * 2000);
traj_z = ceil(sin(t + (4/3*pi)) * 2000);
kroki_x = traj_x(2:end) - traj_x(1:end-1);
kroki_y = traj_y(2:end) - traj_y(1:end-1);
kroki_z... |
%% Stelling 6
%
% Je kunt in Matlab elke willekeurige vector optellen bij
% een andere willekeurige vector.
%
Antwoord = 0;
|
clear all; close all;
lena_int = imread('lena_gray.bmp');
lena = im2double(lena_int);
%In command window type lena_int and lena and see what the difference is
%Compute the two-dimensional DCT of 8-by-8 blocks in the image.
%dctmtx Discrete cosine transform matrix.
%D = dctmtx(N) returns the N-by-N DCT transform matrix... |
%% Skript to plot the model of stvm and tkl-svm
% Load orgs vs people dataset
load ../data/Reuters/org_vs_people_1;
% Draw a 2-fold sample
Xs =full(Xs);
Xt = full(Xt);
Xs=bsxfun(@rdivide, bsxfun(@minus,Xs,mean(Xs)), std(Xs));
Xt=bsxfun(@rdivide, bsxfun(@minus,Xt,mean(Xt)), std(Xt));
Xs = Xs';Xt = Xt';
soureIndx = cros... |
function Voc = calculateVoc( module )
%CALCULATEVOC Summary of this function goes here
% Detailed explanation goes here
%% 0) Constants ===========================================================
% Reference temperature (25 deg C)
REFERENCE_TEMPERATURE = 25;
REFERENCE_IRRADIANCE = 1;
% Elementary charge ... |
clear , clc % Note: use nowhere else a clear command
format shortG
% This is an example of a file to be used during the test of Matlab.
%{
COMPULSORY:
Name:
Student nr.:
Remarks:
- at the bottom of this file there are rules which you must comply,
- if a part of an exercise is worked out, it m... |
function [ data ] = get_data( directory )
PROCESSED_PREFIX = sprintf('%s/stats-rt-',directory);
PROCESSED_SUFFIX = '.dat';
data = {}; % stores the data for each router
% for each item in data, we have 3 rows: the number of import updates
% received, the number of import withdraws received and the number of
% import up... |
function [ x ] = scalePad( x, scaleVec )
% This function pads a points array (2xN) with a third row that contains
% the scales of the points. By default, the padded values are 1's
%
% Input elements
% -->x: Input data points array
% -->scaleVec: Contains the desired scales and if given, it is padded itself
% to the dat... |
figure(7)
boxplot(Serves);
xlabel('All Players')
ylabel('Serve Points (points)')
title('Serve points made by women volleyball player in FIVB 2020 (Preliminary Round)') |
%==============================================================
% FileName: garapheneMesh.m
% Description: Generate finite element mesh for rigid rectangular garaphene
% sheet
% Author: Changhao Li
% Date created: 17 Jul 2017
% Version: 1.00
% Date last revised: 17 Jul 2017
% Revised by: Changhao Li
%========... |
im1 = rgb2gray(imread('fark1.bmp'));
im2 = rgb2gray(imread('fark2.bmp'));
fark = imabsdiff(im1,im2);
bw = bwareaopen(fark,55);
bw = imfill(bw,'holes');
SE = strel('square',1);
bw2 = imerode(bw,SE);
fark = regionprops(bw2, 'all');
c = [fark.Centroid];
imshow('fark2.bmp');
title(['Toplam fark : ',num2str(length(fark))]);... |
load('data_healthy.mat')
% park
id = sqrt(2/3) * ia - sqrt(1/6) * ib - sqrt(1/6) * ic;
iq = sqrt(1/2) * ib - sqrt(1/2) * ic;
ip = sqrt(id.^2 + iq.^2);
[freq, val] = mfft(time, ip);
plot(freq, val)
function [f, Y] = mfft(t, y)
N = length(y);
Ts = (t(end) - t(1))/(N - 1);
df = 1/(N*Ts);
f = ((0:(N-1))*df).';
Y =abs... |
% clear
% close all
%% Central Differentiation
name = num2str(i);
load(['Case',name,'.mat'])
% Approximate arclens by accumulating point to point geometric distance
P2arclens = zeros(Proximal_1-Proximal_2,1);
inc = 0;
for i = 1: Proximal_1-Proximal_2
step = sqrt(sum((OldCenterline(Proximal_2+i,:)-OldCenterline(Pro... |
%
% build pediatric airway atlas on cross sectional area curves
% Author: Yi Hong
% Email: yihong@cs.unc.edu
%
clear all
close all
% input parameters
subject_info = readtext( '/playpen/Project/airwayAtlas/Pediatric_Airway_Atlas_Code/data/selected_subjects_CRL_SGS_Carina.csv' ); % data sheet for measu... |
%% used to extract normalized letters from single line image
%% image should be cutted up an down
function [ letters ] = getNormalizedLettersFromLine( SL_Image )
global regionHeight;
global regionWidth;
begEndIsIndexes = getLettersBegEndIsIndexes(SL_Image);
[y x] = size(begEndIsIndexes);
am... |
percentiles = [.05 .1 .15 .2 .25 .3 .35 .4 .45 0.5 0.55 0.6 0.65 0.7];
AVvarlist = {'htpureAV' 'htmultiA_AV' 'htmultiAV_AV' 'htmultiV_AV' 'htrepeatAV' 'htclassAV'}; % these are list of CDF variables calculated in the TimeAnalysisAveragePaper
RM1varlist= {'htpureRM' 'htmultipsA_RM' 'htmultipsAV_RM' 'htmultipsV_RM' 'h... |
% Checks whether points are within the specified gamut
function [TF,P2] = isingamut(P,g,space)
% Parse inputs
switch lower(space)
case 'lch'
% Convert h so it is between [0,360)
P(:,3) = mod(P(:,3),360);
case 'lab'
% Need to convert to Lch
L = P(:,1);
... |
% $Header: svn://.../trunk/AMIGO2R2016/Postprocessor/Post_Plot/AMIGO_plot_local_obs_mean_rank.m 770 2013-08-06 09:41:45Z attila $
% AMIGO_plot_local_obs_mean_rank: plots local mean rank per experiment
%
%******************************************************************************
% AMIGO2: dynamic modeling, optimiza... |
function varargout = wtc_aswdr(option,varargin)
%WTC_ASWDR Main program for WTC_ASWDR encoding.
%
% VARARGOUT = WTC_ASWDR(OPTION,VARARGIN)
%
% WTC_ASWDR('encode', ... )
% WTC_ASWDR('decode', ... )
% WTC_ASWDR('save', ... )
% WTC_ASWDR('load', ... )
% M. Misiti, Y. Misiti, G. Oppenheim, J.M. Poggi 27-Nov-20... |
% Add parent folder to path
addpath(fileparts(pwd))
A = linspace(0, 7,8);
A = 2.^A;
A = reshape(A,2,2,2)
% A(:,:,1) =
%
% 1 4
% 2 8
%
%
% A(:,:,2) =
%
% 16 64
% 32 128
A = permute_sum(A, [3 2])
% A =
%
% 3 12
% 48 192
|
%%dyskretne
clear;
close all;
Tp = 0.05;
Tsym = 4;
A = [0.537 -0.109; -0.0256 0.63];
B = [-0.00845 0.000439; -0.000248 0.000281];
C = [1 0; 0 1];
D = 0;
%%ciagle, ale zle
I = ones(2);
omega = 2 / Tp;
Ac = omega * (A - I) * ((I + A) ^ -1);
Bc = sqrt(omega/2) * (I - A/ omega ) * B;
Cc = sqrt(2 * omega) * C * ((I + A)... |
% test for coding of position and values
% algorithm
% - compute the delaunay
% - compute the position quantization that generates approx. the same error
n = 512;
M = load_image('lena', n);
M = rescale(M);
% quantization of values
qval = 255;
% quantization of position
qpos = n;
% sample random triangles
plist = r... |
function routineDataPlot_GroupSurrogateResults(R)
close all
[bigStore,subjects,typeLabels,featBank,surFeatBank,burstWaveFormStore,burstSurWaveFormStore] = loadABCGeneric(R,{'bigStore','subjects','typeLabels',...
'featBank','surFeatBank','burstWaveFormStore','burstSurWaveFormStore'});
typeLabels = {'ISI','Move prep.... |
%% membuat matriks kunci 5x5
clc
clear
kunci = 'STANDERCHBK'
%menghilangkan duplikasi pada kunci
kunci = unique(kunci,'stable')
len_kunci = length(kunci)
for x=1:26
alphabet(x) = x+64
end
% menghilangkan j
for x=1:26
if(alphabet(alphabet == 'J'))
alphabet(alphabet == 'J') = []
end
end
char(alpha... |
classdef NdgSWEVertConstantDiffSolver < NdgSWEVertDiffSolver
%NDGVERTDIFFSOLVER 此处显示有关此类的摘要
% 此处显示详细说明
methods
function obj = NdgSWEVertConstantDiffSolver( physClass )
obj = obj@NdgSWEVertDiffSolver( physClass );
if physClass.option.isKey('ConstantVerticalEddyVisco... |
function [nodes, new_s, new_t, new_B] = get_st_neighborhood(Z, ...
B, s, t, n, steps)
%{
Return subgraph of B such that every node is at a finite distance to t
new_B -- submatrix of B
new_s -- new label of s as submatrix is relabelled
new_t -- new label of t as submatrix is relabelled
%}
term_nodes = zeros(steps... |
function y3 = jp_addsounds(y1, y2, fs, cfg)
%JP_ADDSOUNDS Add two sounds (one target, one distractor)
%
% y1 target
% y2 distractor
%
% cfg.offsetSecs: + values mean distractor after target, - values before
% cfg.trimDistractorSecs = Inf; % If < Inf, run for this many seconds after target finishes
%
% From https://gi... |
function t = findZeroPrev(fun,ti)
t = ti-1;
skip = 0;
while (sign(fun(t)) == sign(fun(ti)))
t = t - 1;
if(t < 0 )
skip = 1;
break;
end
end
if (skip~=1)
t = fzero(fun,[t,ti]);
else
t = 0;
end
end |
% this script tests PL_GetWF (get waveforms) function
% before using any of the PL_XXX functions
% you need to call PL_InitClient ONCE
% and use the value returned by PL_InitClient
% in all PL_XXX calls
s = PL_InitClient(0);
if s == 0
return
end
% call PL_GetWF 10 times and plot the waveforms
for i=1:1... |
n = 3;
r_u = linspace(0,1,100);
[cp_x, cp_y] = ginput(n+1);
p_x = zeros(1, length(r_u));
p_y = zeros(1, length(r_u));
for i = 1:length(r_u)
[t_x, t_y] = de_casteljau(n, cp_x, cp_y, r_u(i));
p_x(i) = t_x;
p_y(i) = t_y;
end
draw(cp_x, cp_y,p_x, p_y); %qui disegna la curva di bezier
t_hat = ginput(1... |
function y = distortion(x, gain)
%% This is where the help file goes...
%
% Syntax
% length(x) returns the size of the matrix x.
% The first if statement replaces values equal or greater than 1 with
% 2/3.
% The second if statement replaces values equal or less than -1 with
% -2/3.
% The else clause slight... |
close all
clc
clear
methodtype.LB = 1;
methodtype.IFM = 1;
[imName, imPath] = uigetfile({'*.jpg;*.png;*bmp','Picture'},'Select Original Img');
if isequal(imName,0) || isequal(imPath,0)
disp('User pressed cancel');
return;
else
disp(['User selected ', fullfile(imPath, imName)])
end
[maskName... |
function [ Struct ] = Label2ProfileStruct( subj_name,label_name,Profdir,fwhm)
%add path to directory that contains labels of patient
%Input: 1) Subject name as a string
% 2) Label Name (repersenting a particular area in brain ex) Primary
% Visual cortex) DO NOT include lh. amd rh. in name
% 3) Pat... |
function header = generateHeader(f)
fid = fopen(f);
s = fscanf(fid,'%s');
len = length(s);
index = 1;
while s(index) ~= 'n' || index > len
index = index + 1;
end
index = index + 1;
disp(index)
outputCount = 1;
outputs = cell(1);
output = '';
... |
% Create a random face with texture/shape
oglp.height = cameraParams.ImageSize(1);
oglp.width = cameraParams.ImageSize(2);
oglp.i_amb_light = [ 0.1; 0.1; 0.1];
oglp.i_dir_light = [ 0.1; 0.1; 0.1];
alpha = randn(sizePC , 1);
beta = randn(sizePC , 1);
shape = coef2object( alpha, model.shapeMU, model.shapePC, model.... |
function [resultsBySubj] = mrcPrepareL1(mrCurrProjDir,headmodelDir,options)
%function [] = mrcPrepareL1(mrCurrProjDir,options)
anatDir = getpref('mrCurrent','AnatomyFolder');
dirList = dir(mrCurrProjDir)
% These lines pull out only the directories in the current directory
dirList = dirList(3:end); %excludes . ..
di... |
function [coorsIni, coorsFin, gG] = graficas3D(datosEstructura,nvariables)
%Funcion para graficar la estructura
d = datosEstructura;
% nvariables = datosOpt.nvariables;
%global coorsIni coorsFin;
%% obtener puntos
coordenadas=d.coordenadas;
conectividad=d.conectividad;
nroElementos=size(conectividad,1);
coorsI... |
% genscript(basename, numbuses, numcontigs)
%
% Generate a directory of basic power flow data for all contingencies.
%
% Inputs:
% basename: Base name (no extension) of PSAT spec file
% numbuses: Number of buses in PSAT spec
% numcontigs: Number of contingencies to consider
%
% Output files:
% data/matr... |
function [output, target] = SelectCostFrame(output, target, Cost_layer)
switch Cost_layer.costFrameSelection
case 'last' % only comput the cost for the last frame
if strcmpi(Cost_layer.name, 'cross_entropy') || strcmpi(Cost_layer.name, 'multi_cross_entropy')
if iscell(output)
... |
% ILWT 1次元リフティングウェーブレット逆変換
%
% ILWT は、ユーザが指定する特定のリフトされたウェーブレットに関して、
% リフティングを使って1次元ウェーブレットの再構成を行います。
%
% X = ILWT(AD_In_Place,W) は、リフティングウェーブレットの分解により
% 得られたapproximation係数とdetail係数 AD_In_Place を使用して、
% 再構成されたベクトル X を計算します。
% W は、リフティングされるウェーブレット名です (LIFTWAVE を参照)。
%
% X = ILWT(CA,CD,W) は、リフティングウェーブレットの分解により得られた
% ap... |
clear all;
load fish_training; % table has 36 rows (samples) and three columns (two inputs --> temprature and length) and one output (age)
X1=table(:,1); % construct X1 which represents temprature for training 36 samples)
X2=table(:,2); % construct X2 which represents fish length for training (36 samples)
input_trainin... |
%% Read data from positive science data file and filter out bad values
clear all
[frame, gazex, gazey] = import_PosSci('example_PosSci_file.txt');
%Set FOV resolution
screenX = 640;
screenY = 480;
%Filter out bad values
gazex(gazex < 0 | gazex > 640) = NaN;
gazey(gazey < 0 | gazey > 480) = NaN;
gazex(isnan(gazey)) =... |
clear;
clc;
load('dvrk_mtm_psm.mat');
dt=0.001;
mtm = MtmArmModel();
mtm_q_initial =deg2rad([0 0 0 -42.299 90 0 137.701])';
Trans_Mat=psm_x_dsr(:,:,1)*inv(mtm_x(:,:,1));
for i=1:60
T = FKine(mtm, mtm_q(:,i));
psm_x_dsr(:,:,i)=Trans_Mat*T(:,:,mtm.DOF+1);
end
for i=2:10
psm_xn(:,:,i-1)=(psm_... |
% A Pythagorean triplet is a set of three natural numbers, a < b < c, for
% which, a^(2) + b^(2) = c^(2)
%
% For example, 3^(2) + 4^(2) = 9 + 16 = 25 = 5^(2).
%
% There exists exactly one Pythagorean triplet for which a + b + c = 1000.
% Find the product abc.
% Ans: 31875000
% Pythag triple (a,b,c) can be written
%... |
% averages for laser:
path_current = pwd; % displays current directory
set(0,'DefaultFigureWindowStyle','docked');
dirn = uigetdir('/export/home1/lgm/bosanac/PROJEKTI/PTEFb/data/lascal/', 'Choose directory to process');
cd(dirn); % enters chosen directory
ale = zeros(1,9);
ble = zeros(1,9);
load data1;
yla = yl;
... |
function [center] = TriangleCenter(p0, p1, p2)
% Autor: Maciej Chlebny
% Zwraca środek ciężkości trójkąta
center = (p0+p1+p2)./3;
end |
% Save this_image in processed_data. If processed_data does not exist,
% create it, then save this_image in the newly-created processed_data.
%
% Author: Elliot Tuck
% Date: 20170810
function saveProcessedImage()
if ~isappdata(0, 'processed_data')
% processed_data does not exist, so create it
proce... |
function [observation,distribution] = getObservation(bias,sd,N)
distribution = zeros(10,10,10);
for s = 1:10
for d = 1:10
for a = 1:10
distribution(s,d,a)= getP(s+a-1+bias,d,sd);
end
end
end
observation = round(N*distribution); |
%This program reads the Radar(Cloudnet) data. The path to the data is specified at the beginning of the
%in the main program.
clear Cloudnet NoCloudnetNum
Cloudnet_long.number=i;
try %only if Cloudnetfile exists
%open file:
file=strxcat(yyyy(i),Monthfile(i,:),Dayfile(i,:),'_ny-alesu... |
function [ R_01_perMonth ] = r_split( control,R_01 )
%This function splits the rainrate values array in monthly arrays.
% INPUT: 8760 x 1 R_01: rainrate values
%
% OUTPUT: {12x1} R_01_perMonth: struct with 1d-arrays containing
% the rainrate per month
%%
R_01_perMonth = {};
start ... |
function [accuracy,prediction,conf]=LogTestTeams(modelax,train, num_of_teams, k)
% TESTING FOR MLR WITH DIFFERENT TEAMS THETAS
%clear;clc;
%run('dummyTrainTest');
%load EPL_2012_2013.csv.mat
%load trained_parameters
%num_of_teams = size(teams,1);
num_features = 3;
%k = 6;
gen_data = gentestdata(train,num_of_teams);
... |
function cityMap = InitGrid(p)
N = p.N;
nSteps = p.nSteps;
cityMap=zeros(N);
for i=1:N
for j=1:N
if mod(i,nSteps)==1
cityMap(i,j)=1;
elseif mod(i,nSteps)==2
cityMap(i,j)=2;
elseif mod(j,nSteps)==1
cityMap(i,j)=1;
elseif mod(j,nSteps)==2
... |
function [ ver_str ] = BEHR_version( )
%VER_STR = BEHR_VERSION() Returns version string for BEHR
% BEHR version numbering follows the format n-nX where n-n is the release
% version (NOT the collection number) of the OMNO2 product used as the
% basis and X is a letter indicating sequential releases of BEHR. If
% ... |
function [Y, XX, W] = plain(S, isDeviation, A0, Ea, Eu, nPer, V)
% simulate.linear.plain [Not a public function] Plain linear simulation.
%
% Backend IRIS function.
% No help provided.
% -IRIS Macroeconomic Modeling Toolbox.
% -Copyright (c) 2007-2017 IRIS Solutions Team.
%#ok<*VUNUS>
%#ok<*CTCH>
% The ... |
classdef Burst
properties
id % unique burst ID
start % start burst bin#
ended % end burst bin#
width % duration (unit: 10ms)
count % total spike count
mean % mean spike rate
peak % peak bin#
height % n... |
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