text stringlengths 8 6.12M |
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function plot2subSimul(sub1, sub2, varargin)
% this is a main function that plots multipanel figure with
% kernels, time-domain, and frequency-domain representation
%%%%%% figure
f = figure('color','white','position', [436 559 1072 208]);
pnl = panel(f);
pnl.pack('h',[10,20,35,35]);
p... |
%This line should be run before entering this script
%[ratio_data,dR_data] = TDTR_Ani3D_EvalSweep(tdelay,lambda_tensor,C,h,f,tau_rep,wp,Qp,ws,TCR,Offset_vect)
%initialize some stuff, only allow offset value.
M_tdelay = length(tdelay);
L_C = length(C);
dR_temp = zeros(M_tdelay);
ratio_temp = zeros(M_tdelay);
S_C = zer... |
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% function displayBoundaries(figHandle, boundaries, color, lineWidth)
%
%
% Input parameters:
%
% Output parameters:
%
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
function displayBoundaries(figHandle, bounda... |
function [tree,data,err] = binaryTreeTrain( data, varargin )
% Train binary decision tree classifier.
%
% Highly optimized code for training decision trees over binary variables.
% Training a decision stump (depth=1) over 5000 features and 10000 training
% examples takes 70ms on a single core machine and *7ms* with 12 ... |
FileExtn = '.txt';
ExcludeFiles = {'ProcSettings';
'coords';
'Coords';
'Summary';
'WithDistances'};
xCoordCol = 1; // x coordinates column
yCoordCol = 2; // y coordinates column
areasCol = 3; // area represented by each xy pair (e.g. area of a cluster if... |
function [epsFileName, pngFileName] = dimredPrepPlot(ax, name)
% DIMREDPREPPLOT Dimensional reduction plot preparation.
% FORMAT
% DESC prepares a dimensional reduction toolbox plot by formating axes
% etc.
% ARG ax : the axes to format.
% ARG name : a string to be used.
%
% COPYRIGHT : Neil D. Lawrence, 2008
%
% S... |
%% Compare marginal likelihood and BIC score on all decomposable GGMs
function ggmChordalMarglikVsBic()
folder = []; %'C:\kmurphy\Students\Baback\qualityOfBic';
d = 4; graphType = 'chain';
ns = [10 20 50];
priors = {'eb', 'vague'};
firstFig = true;
for ni=1:length(ns)
n = ns(ni);
seed = 0;
setSeed... |
% Copyright (c) 2020 Gabriele Gilardi
% First derivative of the sigmoid activation function (Ch. 3)
function A = f1_activation(Z)
A = f_activation(Z).*(1 - f_activation(Z));
% End of function
|
function ind = get_ind_range(a,s)
%GET_IND_RANGE Creates index ranges from structure S with fields:
% type -- string containing '()', '{}', or '.' specifying the
% subscript type.
% subs -- Cell array or string containing the actual subscripts.
%
% Author: Nadya Travinin
if len... |
function char = result(index)
% RESULT 根据index读取结果
switch index
case 1
temp = '一饼';
case 2
temp = '二饼';
case 3
temp = '三饼';
case 4
temp = '四饼';
case 5
temp = '五饼';
case 6
temp = '六饼';
case 7
temp = '七饼';
case ... |
% load('../B_maps/B0001.mat')
% deltaB_B0=max(max(max(sqrt(BsX_map_phi.^2+BsZ_map_phi.^2+Bsphi_map_phi.^2))))/Bavg
time_stamp_go=length(WTAE_evol);
% list_pos =find(WTAE_evol==0);
% time_stamp_go=list_pos(1)-1
% [wmax time_stamp_go ]=max(WTAE_evol)
% time_stamp_go=length(WTAE_evol)*(time_stamp-1)/length(time_scale)
% ... |
%% Initialise parameters
params_for_wrapper = 'Parameters/file_for_wrapper.mat';
Temperature_in_Kelvin = 300;
system_parameters_file= 'parameters/dimer_CD_parameters.mat';
file_name = 'saved_data/10degset_HEOM_pt40pi.mat'; %file name to save under
[t_scale, B, ~]= inv_cm_unit_sys(Temperature_in_Kelvin);
%... |
function out = gs3_bufwait(serobj, wtime)
if nargin == 1
wtime = 5; % wait 5 seconds at most
end
clockflag = 0;
t0 = clock;
while (serobj.BytesAvailable<290) | clockflag
if etime(clock, t0) >= wtime;
warning('gs3_bufwait: timeout')
pause(1);
clockflag = 1;
end
end
if clockflag
out = -1;
e... |
clear all
close all
clc
%% Load data
imported_dataset = importfile('Heart_2009-0110_Jacob.csv',1,393684);%Importerer datasættet der bruges
imported_dataset.Properties.VariableNames{1} = 'Date';%Sørger for at kolonnerne har variabelnavne til scriptet
imported_dataset.Properties.VariableNames{2} = 'heart';
[minute_numbe... |
% Function to read raw data from an ABS file.
% NaN is asigned when flag(i)==0 a
%
% data3D is the 3D data structure
% I is the associated intensity image
% Need to keep NaNs in place, so that we can downsample
% Reads data in from top row, left to right and then down the scan lines.
function [data3D,I] = readAbsToLi... |
function out = reshape_p(in,p)
[sx,sy,~,~] = size(in);
% pad with symmetric
px = mod(p - mod(sx,p), p);
py = mod(p - mod(sy,p), p);
in = padarray(in,[px,py],'symmetric','post');
aa=1:p:sx;
bb=1:p:sy;
[ii,jj]=ndgrid(aa,bb);
out=arrayfun(@(x,y) in(x:x+p-1,y:y+p-1,:),ii,jj,'un',0);
out = cat(4,out{:});
end |
function [RHO,PVAL] = Pej_Corr_withNaNs(X,Y, varargin)
if ~isvector(X) || ~isvector(Y)
error('I was too lazy to write this for more than 1-D')
end
if isempty(X)
RHO=[];
PVAL=[];
end
F = ~isnan(X+Y);
if ~any(F)
RHO = nan(2,2);
PVAL= nan;
return
end
if nargin > 2
[RHO,PVAL] = corr(X(F), Y(F)... |
FXSpotRates = readtable('Data/FX_Spot_Rates.xlsx', 'TreatAsEmpty',{'#N/A N/A','NA','N/A'});
FXFwdRates = readtable('Data/FX_1M_FWD_Rates.xlsx', 'TreatAsEmpty',{'#N/A N/A','NA','N/A'});
% FXSpotRates(:, 1) = datetime(FXSpotRates(:, 1));
% FXFwdRates(:, 1) = datetime(FXFwdRates(:, 1));
FXSpotRates = table2timetab... |
function wt = swt16dec3_GPU(x, level, waveletName)
%SWT16dec3 Stationary wavelet-based 2-level frame in 3-D.
% swt16dec3_GPU performs a multi-level 3-D stationary wavelet analysis
% using a specific waveletName.
%
% wt = swt16dec3_GPU(x, level, waveletName) computes the frame
% coefficients for the 3-D ... |
%% RECTIFICADOR DE UNA SEŅAL
%% FUNCION
function [rect_x]=Rectificador(x)
rect_x=zeros(1,length(x));
for i=1:length(x)
if x(i)>=0
rect_x(i)=x(i);
end
end
end |
% Part (a) %
theta_1 = pi/4;
theta_2 = 3*pi/4;
L_1 = 0.3;
L_2 = 0.3;
% Tau = Js' * F
Js = [-L_1*sin(theta_1), -L_2*sin(theta_2); L_1*cos(theta_1), L_2*cos(theta_2)];
Jt = Js';
% Part (b) %
% Mu = T'*Tau = T'*Jt*F
T = [1,0;1,1];
Jm = T'*Jt;
% Part (c) %
CommentA5P3c = 'Through Gaussian Elimination, it is clear that no... |
function T = binArray(array,binFactor,dim)
% Bins an array horizontal/vertical by averaging binFactor columns
arraySize = size(array);
newLen = round(arraySize(dim)/binFactor);
newSize = zeros(1,2);
T = zeros(arraySize(1),newLen);
for i=1:newLen
T(:,i) = mean(array(:,(binFactor*(i-1)+1):binFactor*i),2);
end |
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%Sahebeh Dadboud:
% Explicit Euler methods and plotting the results
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%% Explicit Euler methods
y1(1) = 0.6;
y2(1) = 0.3; % Initial Condition
h1 = 0.002; % step size
t = 0:h1:20; % t go... |
global MPI_COMM_WORLD;
load 'OctMPI/MPI_COMM_WORLD.mat';
MPI_COMM_WORLD.rank = 1;
PruebaOctaveMPI;
|
x=[1,2,4,6,8]';
y=[100,140,160,170,175].';
g = fittype('a-b*exp(-c*x)');
f0 = fit(x,y,g,'StartPoint',[[ones(size(x)), -exp(-x)]\y; 1]);
xx = linspace(1,8,50);
plot(x,y,'o',xx,f0(xx),'r-'); |
b=load('12.txt');
p=load('13.txt');
% b = delBackground( b, 500);
p = delBackground( p, 500);
% p(:,2)=-p(:,2);
% p(:,1)=-p(:,1);
p(:,2)=p(:,2);
p(:,1)=p(:,1);
% p(:,3)=p(:,3)+100;
a=[p;b];
% figure(1);
% scatter3(b(:,1),b(:,2),b(:,3),1,b(:,3),'filled'); %plot della superfic... |
function dist=stan_cadata_stability_v_space()
%% load in the stability analysis
ext='con';
[options,dirs]=stan_preflight;
load(fullfile(dirs.agg_dir,dirs.datastore_dir,['mu_ca_timecourse-' ext '.mat']))
%roi_dir=dir(fullfile(dirs.agg_dir,dirs.ca_dir,['roi_' ext],'*.mat'));
%roi_files=robofinch_dir_recurse(fullfile(di... |
%% This is to finc the eigenmodes of activity based on gap junction/chemical, or mixed connectivity
load('Data/SynapticHermMaleSexSpec.mat')% load this to get all different connectivities
%% deriving Laplacian operator controlling gap junction networks
Gap = AllConnMatSexspec.hermGap;
ConnGap = Gap.Conn;
g = 0;%parame... |
psf = @(coord,x,y)(0.05*rand+.95)*exp(-((x-coord(1))^2+(y-coord(2))^2)/(2*150^2));
pxsz = 100;
winsz = [1500,3000];
img = zeros(winsz/pxsz);
smr = 100;
lgr = 2*smr;
smp = 100;
lgp = smp;
smcent = [750,750];
lgcent = [2250,750];
% area = [];
% for iter = 1:1000;
smcoord = zeros(smp,2);
for i = 1:smp... |
function v=gSeidelOne(y,pq,v)
% v(1)=v(1) already
%% Iterate through gauss for each row in the matrix, assigning output to input variable for next row (Gauss Seidel Method)
for n=2:size(y,1)
v(n)=gauss(y,pq,v,n);
end
end |
function [arraymap] = readcmp(cmpfilename)
% READCMP reads CMP map files from the Cerebus software and returns
% a matrix which allows you to convert between the array's geometrical
% 10x10 layout and the amplifier inputs (3x32 ribbon cables).
%
% Matthew A. Smith
% Revised: 20070906
% Array Layout:
% 91 92 ... |
function [t,y,stat] = Euler(f,y0,trange,deltat,method)
%EULER solves dy/dt=f(t,y),y(0)=y0
%
%input arguments:
% f The function. If y returns vectors of length n,
% then f(t,y) should take scalar values for t and
% column vectors of length n for y, and retu... |
m = 200;
s = 2 * ones(m);
r = makerule(0.00001, 0.02);
pause('on');
pausesec = 0.1; |
clear *
hold off
%runlist = ['S5'; 'S6'];
runlist = ['S6'];
run = ['S6'];
%windowlist = ['Hann ';'Tukey'];
windowlist = 'Tukey';
%ifolist = ['H1'; 'L1'];
ifolist = ['H1'];
plotcolor = ['RED '; 'GREEN'];
bandlolist = [40 40 69.9 199.9 119.9];
bandhilist = [2000 70.1 700.1 2000 120.1];
ylolist = 1e-6*[1.e-23 6.e-2... |
function [P_k, r_rank, R_k, Q_k] = NuMax_Dict_v1(Dict, mu, alpha, opt)
[M, N] = size(Dict);
DDT = Dict*Dict';
P_k = zeros(M, M);
R_k = zeros(M, M); DRD = zeros(N, N); S_k = zeros(M, M);
Q_k = zeros(N, N); L_k = zeros(N, N);
r_rank = 0;
for iter = 1:opt.outer_iterations
for ee = 1:opt.inner_... |
function ls_fl = list_of_fl(wd,sfx)
%% Description
% Returns the list of files for given directory and file suffix
% To Call:
% [ls_fl] = list_of_fl(wd,sfx)
%
% wd : path of interest // char
% sfx : suffix of files of interest // char
%
% ls_fl : structure with the filenames i... |
function [ m ] = shedulebytable( g,s,p )
%% 通过调度时间表调度间歇作业
%s：开始时间
%p：处理时间
%g：处理器个数
%m：需要的机器台数
%作业的个数
num=length(s);
%机器个数
m=1;
%调度表，每g行代表一个
complete=s+p;
scheduletable=zeros(num,g,max(complete)-min(s)+1);
%逐个调度剩余的不等长度的作业，以释放时间为开始时间
if num>0
for i=1:num
... |
%%in barnamei baraye OPTIMUM NOTCH FILTER ast,BARAYE
%EJRAYE BARNAME HAME BARNAME RA ENTEKHAB KARDE(Ctrl+A & Ctrl+C)VA DAR Command
%Window MATLAB PASTE KONID.
clc
clear all;
close all;
I=imread('10.tif');
I=rgb2gray(I);
I=imresize(I,[400 400]);
FFT = fft2(double(I));
FFT1=fftshift(FFT);
figure(1);
subplot(2,2,2);imsh... |
function BootStrapVaR = BootVaR(logreturns, nine, m)
n=length(logreturns);
per = (1-nine)*n;
perfl = floor(per);
perflpone = perfl +1;
gamma = per-perfl;
VaRSum=0; ESSum=0;
for i=1:m
for j=1:n
randomnumber = randi([1, n]);
bootstrap(j) = logreturns(randomnu... |
% BIVARIATE GRANGER CAUSALITY OLS
%
% INPUT:
% data = column-wise data
% Window Size
% Leave Point (shift the window by leaving the no. of points)
% Lag (Autoregressive order)
% Normalization = 'temporal' or 'entire' or 'none'
%
% OUTPUT:
% Direction_MAT = window-wise causality matrix
% DI = Directionality ... |
% Exercise 3.4
% Data from dropout voltage in an electric circuit.
% Estimation and hypothesis testing on mean, variance and hypothesis
% testing for goodness of fit to normal distribution.
datdir = 'c:\MyFiles\Teach\DataAnalysis\Data\';
dattxt = 'DropoutVoltage';
sigma0 = 5;
varalpha = 0.05;
mu0 = 52;
mualpha... |
function [lost cost assignment price reserve user_bid]=auctionmatch(dis,radius,f2uratio,w)%assig是一个列向量，表示每个用户连接的基站，lost是未建立连接的用户个数
%proportional match
maxiter=1e4;
numuser=size(dis,2); %size(A,n)如果在size函数的输入参数中再添加一项n，并用1或2为n赋值，则 size将返回矩阵的行数或列数。其中r=size(A,1)该语句返回的时矩阵A的行数， c=size(A,2) 该语句返回的时矩阵A的列数。
numfemto=size(di... |
function [cost,grad,features] = sparseAutoencoderLinearCost(theta, visibleSize, hiddenSize, ...
lambda, sparsityParam, beta, data)
% -------------------- YOUR CODE HERE --------------------
% Instructions:
% Copy sparseAutoencoderCost in sparseAutoencoderCos... |
clear all;
close all;
[alien, Fs] = audioread('sound/alien_bruit2.wav');
debut = 6*Fs;
fin = 15*Fs;
noise = alien(debut:fin);
% Trois fréquences parasites présentes
Fc1 = 1050;
Fc2 = 810;
Fc3 = 484;
Wn1a = (Fc1-1)/(Fs/2);
Wn1b = (Fc1+1)/(Fs/2);
Wn2a = (Fc2-1)/(Fs/2);
Wn2b = (Fc2+1)/(Fs/2);
Wn3a = (Fc3-1)/(Fs/2);
W... |
function [ average_hip_rotation_fun ] = average_hip_rotation( nlp )
%average_hip_rotation constraint for average_hip_rotation
% Creates SymFunction for a average_hip_rotation constraint
%
% Author: Ross Hartley
% Date: 2018-03-19
% Compute function for average_hip_rotation constraint
X = cell(1,nlp.Num... |
load('parametryWielomianuPWMPompy.mat')
load('parametryWielomianuPWMZaworu.mat')
load('parametryWielomianuC1Zaworu.mat')
load('parametryWielomianuC2Zaworu.mat')
% h0 = 30; |
function [x,u] = oneHeatSS( Nx,iOption,cOption )
%%
% Nx: number of grid points
% iOption: selects source function
% cOption: selects coefficient variation
%% set some parameters
xa = 0; % left of domain
xb = 1; % right of domain
dx = (xb-xa)/(Nx-1);
%% set up spatial grid
% on... |
clc;
clear all;
close all;
addpath('Data')
%Fait par : PHIL
%Date : 2019-11-11
load('Linearisation');
load('Identification_MC');
load('Constantes');
load('equilibre');
%Ces variables seront remplacées par celle dans banc d'essai si elle sont disponibles
% Position à l'équilibre de la sphère (pour test... |
function [handle]=plot_contours(triang_faces,vertices,sf, options)
% [handle]=plot_contours(triang_faces,vertices,sf,Nlines);
% Draws isolines (also called contour lines) of a scalar function linearly
% interpolated on a triangulated surface by its sf at vertices.
% NOTATION:
% 'Ntriangles' denotes the number of triang... |
function plot3d_write(filename,x,y,z)
imax = size(x,1);
jmax = size(x,2);
kmax = size(x,3);
nodes = imax*jmax*kmax;
nblocks = size(x,4);
fid = fopen(filename,'w');
fprintf(fid,'%3.0f\n',nblocks);
fprintf(fid,'%4.0f %4.0f %4.0f \n',imax,jmax,kmax);
xvec = reshape(x,nodes,1);
yvec = reshape(y,nodes,1);
zvec = resha... |
function [res] = CalculateDimensions(res, phys, coil, settings)
% CalculateDimensions Calculates the mayor radius, plasma volume, total cost, the total magnet thickness and the normal
% stress to which the structural material in the TF field coils is subjected
if settings.roger
res.R_0 = (4/5 * phys.E_f * re... |
% [y]=Jacobian(x);
% This function calculates the jacobian of the model equations (partial first
% derivative of equation in "Thpmodel.m" w.r.t. elements in x). This is used to
% estimate the posterior error covariance matrix.
function y= JacobianThP(x);
% Declare equation normalizing factors as global
global sumTh23... |
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Copyright 2014 Analog Devices, Inc.
%
% Licensed under the Apache License, Version 2.0 (the "License");
% you may not use this file except in compliance with the License.
% You may obtain a copy of the License at
%
% http:/... |
function [var_eps,VAF] = AOloopAR(G,H,Cphi0,sigmae,A,Cw,K,phiSim)
% This MATLAB routine closes the loop of the Vector Auto-Regressive model
% and computes the variance of the residual wavefront var_eps, from system
% matrices A, G, H, covariance matrices Cphi0, sigmae*I, Cw, Kalman-gain
% matrix K and the wavefront dat... |
function TuneSetpoint(obj,setpoint)
%TuneSetpoint Sets the wavemeter setpoint
% frequency = desired setpoint in THz or nm
if obj.debug
f_debug = UseFigure([mfilename('class') '.TuneSetpoint'],'name','TuneSetpoint',true);
figure(f_debug); % Bring to front (and gcf)
ax_debug(1) = subplot(3,1,1,'parent',f_d... |
function zoomedFrames = zoomFrames(refFrame,scaleFactor,blurSigma)
% ZOOMFRAMES: Zooms in on a reference frame.
% Usage: zoomedFrames =zoomFrames(refFrame,scaleFactor,blurSigma)
%
% Input parameters are as follows:
% refFrames = reference image.
% scaleFactor= vector of zoome scale factors.
%... |
function kmeansDemo
close all
doPrint = 1;
X = load('faithful.txt');
figure(1);clf; plot(X(:,1), X(:,2), '.', 'markersize', 10)
title('old faithful data')
grid on
if doPrint, pdfcrop; print_pdf('faithful'); end;
if doPrintPmtk, printPmtkFigures('faithful'); end;
seed = 4; rand('state', seed); randn('state', seed);
... |
function [new_trace, logC] = remove_line_noise(trace,phi,a_s,theta,obs)
new_trace = trace - a_s*sin(((1:length(trace))*theta + phi)*2*pi);
logC = -sum((new_trace - obs).^2);
|
% Use a desktop-validation approach to create a synthetic dataset
% This dataset assumes a 4-cell battery pack comprising Panasonic 25 Ah
% cells. The cells have different series resistances, different capacities,
% and different initial states of charge. They are all exercised with the
% same profile of current versus... |
function pos = sample_location_in_mask(mask, sample_step)
[y, x] = find(mask);
idx = find(mod(x, sample_step)==0 & mod(y, sample_step)==0);
pos = [x(idx), y(idx)]; |
% create axes
clc
figure(1)
clf
axis([0 100 0 100])
1
% get input
poly = impoly(); % interactive placement of polygon on axes
positions = poly.getPosition(); % matrix with rows representing vertices
cells = num2cell(positions, 1);
[x, y] = cells{:}; % x is vector of x coordinates. Same for y.
[X, Y] = draw_curve(x, y... |
function [optweight,current_err,converge_flag]=prohorovit_spline_r_indy_GLS(titles,param,fullsol,agg_sol,init_guess)
%
% PROHOROVIT_SPLINE_RK_INDY_GLS finds the optimal weights for the inverse
% problem for the parameter 'r' in the reaction-diffusion equation under
% the Prohorov Metric Framework using continuous/spl... |
function CreateRGBOffsetIMDB( )
% This script will create IMDB with train:validation ratio as configured in
% the script using opts.partitions
%The offsets will be loaded from directory
clear;
close all ;
run RGBObjectDetectionSetUp;
% Variables (that you might want to change)
opts = struct;
opts.data_dir=['dat... |
function plotMultiExperimentSummary(dirStruct, printDir, figName)
numExps = length(dirStruct);
distTraveled = nan(numExps, 11);
z2_speed = nan(numExps, 11);
fracz_z2 = nan(numExps, 11);
transSucP = nan(numExps, 11);
homeDir = pwd;
%% collect data to plot
for aa = 1:length(dirStruct)
cd(dirStruct(aa).director... |
D = 2;
range = 5;
xmin = -range; xmax = range;
ymin = -range; ymax = range;
x_opt_val = zeros(D,1);%x_opt(D);
f_opt_val = f_opt();
[Q, R] = qr(randn(D));
f = f20(D, x_opt_val, f_opt_val, R, Q);
ran = xmin:0.1:xmax;
N = length(ran)*length(ran);
X = zeros(D, N);
Y = zeros(N, 1);
i = 1;
for x_1 = ran
for ... |
function obs = measMask(obs,PARAMS)
if PARAMS.measUse.dfOnly
obs.range.obs(obs.range.sig < 100) = 0;
end
% remove doppler measurements that don't have associated pseudoranges.
% actually also only keep L1 doppler measurements
obs.doppler.obs(2:end,:) = 0;
obs.doppler.obs(:,~any(obs.range.obs)) = 0;
% obs.range.o... |
function clr = evergreen
% function evergreen
%
% Make the color evergreen
%
% KIM 05.15
clr = [ 0.1992 0.7969 0.1992];
|
function y_Write(Data,Header,OutName)
% Write NIfTI file (3D or 4D) Based on SPM's nifti or Write GIfTI file (1D or 2D) Based on SPM's gifti or Write DPABINet Matrix files
% %------------------------------------------------------------------------
% 1. For NIfTI
% Write data (Data) with a specified header (Header) into... |
push 1
push 2
push 3
push 23
push 343
pall
rotl
pall
rotl
pall
rotl
pall |
% INTRODUCTION
% Script to investigate the effect of radiation damage on dark current.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% PREPERATION
% Prepare workspace:
clear
close all hidden
clc
... |
function result = f_npManova3(n,m,H,I,G,iter,model)
% - utility function called by f_npManova
% - 3-way MANOVA with interaction
%
% n = # rows/colums in distance matrix
% m = array of # parameters for each factor
% H = cell array of hat matrix for each factor
% I = I matrix
% G = Gower's centered matrix
% iter = # ite... |
function [total_time] = concatenate(query_path,reconstruct_tensor)
%Query Path is the path of which travel time has to be calulated
%reconstruct_tensor is the tensor formed after tucker decomposition and
%reconstruction
average_travel=[];
for i=1:length(query_path)
x=query_path(i,1);
y=double(reconstruct... |
% An example of Lagrangian duality problem for solving constrained
% non-convex optimization problems |
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% heat_pump_function
% This a thermodynamic model of a pumped thermal energy storage cycle. It
% is based on the Joule-Brayton cycle and employs liquid storage media.
% Author: Pau Farres-Antunez (pf298@cam.ac.uk)
%
% This function is based on ... |
function main_example_constant_current(varargin)
% Do it!!!
% Find it!!!
% Hunt it down!!!
% varargin is for PBS arrary job
if nargin == 0
clc;clear all;close all;
cd /import/yossarian1/yifan/Project1/
addpath(genpath(cd));
cd tmp_data
end % Basic parameters
N = [4000; 1000]; %!!!
dt = 0.1;
sec = roun... |
function Nimg_gt = normalFromD(D)
[Nx, Ny, Nz] = surfnorm(D);
Nimg_gt = zeros(size(D, 1), size(D, 2), 3);
Nimg_gt(:,:,1) = Nx;
Nimg_gt(:,:,2) = -Ny;
Nimg_gt(:,:,3) = Nz; |
function theta_ref = findAngle(RGB)
imshow(RGB)
img_size=size(RGB);
%Note that the image size is given as Y,X, so this must be reversed
img_cntr= [img_size(1,2)/2, img_size(1,1)/2 ];
first=getrect;
second=getrect;
first_centre= sqrt((first(1)-img_cntr(1))^2 + (first(2)-img_cntr(2))^2);
second_centre= sqrt((second(1)... |
% Paramteres
K = 1;
c = 2*pi/2;
b = 2*pi/20;
w = 2*pi/40;
a_dith = .05;
% Values
sim_time = 400
refine_factor = 1;
r = 0.55;
p = 2;
k1 = 1.5;
k2 = 3.0;
% Initial Conditions
x1_0 = 0.1;
x2_0 = 1;
% input
u = 0.275;
% Low Pass Filter
s = tf('s');
LPF = c/(s+c)
bode(LPF)
% High Pass Filter
figure
HPF = s/(s+b)
b... |
%% Conv UDF
% Purpose: Converts angles to values between 0 and 512
% Inputs:
% Outputs:
function [ddposition] = Conv(dposition)
ddposition = dposition*(64/45)+512;
end |
function value = core_keys(argument)
size = length(argument);
value = zeros(1,size);
for n=1:size
if(argument(n) == 0)
value(n) = 1;
elseif(abs(argument(n))<=0.5)
value(n) = sin(argument(n)*4*pi)./(argument(n)*4*pi);
else
value(n) = 0;
end
end
end |
function maskGDS(filename,x,y,offsetx,offsety)
outputFile=fopen(filename,'wb');
nameof6=double(filename(1:6));
gdspreamble = [ 0, 6, 0, 2, 0, 7, 0, 28, 1, 2, 230, 43, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0,...
230, 43, 0, 1, 0, 1, 0, 0, 0, 0, 0, 0, 0, 10, 2, 6, 110, 111, 110, 97,...
109, 101, 0, 20, 3, 5, 61, 104, 219, 1... |
%in barnamei baraye Local Histogram Equalization ast.BARAYE
%EJRAYE BARNAME HAME BARNAME RA ENTEKHAB KARDE(Ctrl+A & Ctrl+C)VA DAR Command
%Window MATLAB PASTE KONID.
%tasvire vorudi
IMG_IN=imread('6.tif');
IMG_IN=im2double(IMG_IN);
XX=input('size e panjere : ');
k=input('meghdar sabete k(beyne 0 va 1) : ');
M=mean2(IMG... |
function info = make_info(depid,tagtype,species,owner)
% info = make_info(depid,tagtype,species,owner) % make an info structure
% or
% make_info % shows a list of recognized tags, species and researchers
%
% Inputs:
% depid is a string containing the name assigned to this deployment,
% e.g.... |
function [out] = loadLocalConfig( confFile )
%LOADLOCALCONFIG Summary of this function goes here
% Detailed explanation goes here
out.dir.muo = -1;
out.dir.ele = -1;
str = xml2struct(confFile);
K = size(str.Children,2);
names = cell(K,1);
for k = 1:K
names{k} = str.Children(k);
end
for k = 1:K
if s... |
clc
clear
x=imread('workshop.tif');
imshow(x)
x=imresize(x,0.2);
[H,W]=size(x);
B=x(10:floor(H/3),:);
G=x(floor(H/3):floor(H/3*2)-10,:);
R=x(floor(H/3*2)+11:H,:);
[hei,wid]=size(R)
%OFF=10
OFF=50
pad_size=[OFF OFF]
EdgeB = edge(B,'Canny');
EdgeG = edge(G,'Canny');
EdgeR = edge(R,'Canny');
CropR=R;
CropG=G;
CropB=B;
[c... |
function [result, result_wpsnr] = dwtsvd_detection(original, watermarked, attacked)
%function result = dwtsvd_detection(original, watermarked, attacked)
orgn = imread(original);
wtrm = imread(watermarked);
atck = imread(attacked);
result_wpsnr = WPSNR(wtrm,atck);
[~,OLH,OHL,~] = dwt2(orgn,'haar');... |
%% Setting up workspace
close all; % Close all figures and windows
clear; % Clear workspace
clc; % Clears screen
%% Initializing parameters
tf = 1; % Final time in simulation
T = 2e-5; % Sample rate
t = 0:T:tf; % Time vector
n_m = 2; % Number of states
m_m = 1; % Number of measurements
p_m = 1; % Number of inputs
num_... |
%% We use 0.01(s) steps for this plot
t =-1:0.01:10;
T=1;
u=heaviside(t);
x1=(1-exp(-t*T)).*u;
plot(t,x1);
xlabel('t');
ylabel('x1(t)');
title('Diagram 1, x1(t)=(1-e^(-tT)).u(t)');
legend('x1(t)');
axis([-1 10 0 1]); |
% Program that acccepts two numbers, compares, and prints the larger
% number.
clc
num1 = input('Enter your first number here: ');
num2 = input('Enter your second number here: ');
if(num1 > num2)
fprintf('The greater number is %d.', num1);
elseif(num1 < num2)
fprintf('The greater number is %d.', num... |
function transxyz = transxyz(x,y,z)
% devuelve Matriz de translación 4x4, para un movimiento (x,y,z) como
% entradas.
transxyz=[1,0,0,x;0,1,0,y;0,0,1,z;0,0,0,1];
end |
function dy = ONEIZNETWORKQSSAD5(C,klow,khigh,vt,vreset,vpeak,vr,a,d,Tmax,G,I,Er,alpha,beta,tbar,NS,t,y)
s = y(1:NS,1);
h = y(NS+1:2*NS,1);
w = y(2*NS+1:3*NS,1);
TS = 1./(alpha.*Tmax+beta);
sinf = (alpha.*Tmax)./(alpha.*Tmax+beta);
TR = TS;
TD = 1./beta;
A = sinf.*(tbar + (1./beta-TS).*(1-exp(-tbar./TS)));
fo... |
% PROBLEM 1. You've Got Mail!
%--------------------------------------------------------------------------
function emailGen(file)
fh = fopen(file, 'r');
name = strtok(file, '.');
wf = fopen([name '_email.txt'], 'w');
go = true;
line = fgetl(fh);
while go
[username line] = strto... |
function start_LearnSimulink(varargin)
%{
This function simply opens an HTML document to guide you in this way to
learn Simulink.
Created by Roni Peer, Dec-2011.
%}
cd(fullfile(pwd, 'files'));
open(fullfile(pwd,'html','LearnSimulinkScript.html')); % Open the HTML. |
function [slice_order] = fcon_get_slice_order(file,order,nb_slices,first);
% Gets the slice order to be used in the fcon_fmri_preprocess.
%
% [slice_order] = fcon_get_slice_order(file,order,nb_slices,first)
%
% IN:
% file:
% A file to get the zstep of the database. Use Nifti or Minc file.
% order:
% The ... |
function [ force, idxforce ] = copse_find_force( model, forceclassname, allowempty )
% Find a forcing in list
% looks for forcing of class 'forceclassname' in cell array model.force
if nargin < 3
allowempty = false;
end
idxforce = find(strcmp(cellfun(@class, model.force,'UniformOutput',false), forceclassname)... |
function [out1,out2,out3] = rgb_normalize(image)
org_R = image(:,:,1);
[h,w] = size(org_R);
normalize_R = zeros(1,256);
normalize_G = zeros(1,256);
normalize_B = zeros(1,256);
[org_r_hist,org_g_hist,org_b_hist] = RGB_histogram(image);
for l=1:1:255
normalize_R(l)= org_r_hist(l)/(h*w);
normali... |
function a = payoffAsianCallTest(subyacentPrice, maturity)
persistent accumulatedValue
persistent numberOfValues
strike = 20;
if isempty(accumulatedValue)
accumulatedValue = 0;
end
if isempty(numberOfValues)
numberOfValues = 0;
end
accumula... |
function ind = forestIndsMatlab(treeData, thrs, fids, child)
% function ind = forestIndsMatlab(treeData, thrs, fids, child)
% fids is 1-indexed, child is also 1-indexed
N = treeData.getNumPoints(treeData);
F = treeData.getFeatureDim(treeData);
ind = zeros(N,1);
id{1} = 1:N;
for i = 1:length(child),
% We ... |
function [EVENTS SYNCS channels]= nev2events(nev)
%function [EVENTS SYNCS channels]= nev2events(nev)
%
% Finds the spike times and sync times in the NEV file and returns them
%
disp('Locating valid channels...');
% look through the NEV data to find out which channel/sort code
% combinations produced spikes
channels ... |
function mu = optimizeMu(self, wzu, C)
% Solve the quadratic optimization to update mu
% mu = optimizeMu(self, wzu)
%
% Returns:
% mu [D x T x K] optimized estimate for cluster locations
% Required arguments:
% wzu [N x K] weight w * posterior likelihood Z * t-dist scaling U
% C [D x D x K] estim... |
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