text stringlengths 8 6.12M |
|---|
function [d, bestColor, LUT, X] = singleFrameLUT(data, media, dApprox, minus, plus, dt)
% data is the image you want to fit.
% media is the emersion media (i.e., 'air', 'water', 1.34, etc.)
% dApprox is the nominal SiO2 thickness, in nanometers.
% first, get the average background values of the images
fbk = figure('... |
function testPriorityQueueDesc
p = PriorityQueue();
for i=10:-1:1
p.push(i,i);
end
for i=10:-1:1
v = p.pop();
assertEqual(v, 10-i+1);
end
|
function [ state ] = WaypointController_throughPoint( state, W, P)
wCurr = 2;
W_2 = [[state(1); state(2)], W(:,1),W(:,2), W(:,3), W(:,4), [W(1,4)+ 10; W(2,4)]]
[WrowLength WColLength] = size(W_2);
while(wCurr < WColLength)
Wimin1 = W_2(:,wCurr-1);
Wi = W_2(:,wCurr);
Wiplus1 = W_2(:,wC... |
function [rx,ry,alpha,beta,dalpha,dbeta] = motorRampStep(config, direction)
global gimbal
global autocol
startX = config.gimbalRxZero;
startY = config.gimbalRyZero;
step = config.gimbalRampStep;
dt = 1;
N = config.gimbalRampPoints;
alpha = [];
beta = [];
... |
SimuCond = {'SVG/5HM_Heri', 'SVG/5HM_CT', 'SVG/5HM_Rand'};
cut_file_path = 'svg_cut.svg';
f_num = [1:3; 4:6; 7:9];
N = 3000;
print_flag = true;
spike_flag = true;
for i = 1:length(SimuCond)
PlotSP_func(N, f_num(i,:), SimuCond{i}, print_flag, spike_flag)
svg_name = dir(SimuCond{i});
svg_name = svg_name(3:end... |
function [node_order] = GetNodeOrder(G,path)
%Takes an Eulerian path and returns a vector of node
E = G.Edges.EndNodes;
path_edges = E(path,:);
%Find last node of graph
[last_node] = FindLastNode(G,path);
%Use edges to find each preceding node in order
node_order = last_node;
current_node = last... |
function [A,B,D,E,I]=mdds(X)
% gets A, B, D, E & I arrays for magnet driver
N=2;U=3;M=1;Y=1;
A1=zeros(U+N);B2=zeros(U+N,N+M);
%
% X = [R1 R2 R3 C1 C2]
%
R1=X(1);R2=X(2);R3=X(3);C1=X(4);C2=X(5);
%
% V1 V2 V3 iC1 iC2 column labels for A1
% 1 2 3 4 5
%
A1(1,1)=-1/R1;A1(1,4)=-1;A1(1,5)=-1; % From 1st equati... |
function g = newGrid()
%
% Create a new grid
% size
g.N = 20;
% reward location
g.reward_position = [0.8 0.8];
g.rewardRadius = 0.1;
% rewards
g.reward_at_target = 10.0;
g.reward_at_wall = -2.0;
% random move
g.epsilon = 0.5;
% learning rate
g.eta = 0.... |
% nsAC.m
clear
close all
clc
global uF vF dt Iext e g d
% INPUTS ==============================================================
I0 = 1.6; % External stimulus (not in paper)
dx = 0.5;
dt = 0.01;
N = 101;
NT = 3000;
Du = 0.5;
Dv = 0;
e = 0.1; % epsilon
g = 0.5; % gamma
... |
function [] = generate_sfl_spectrum(surfaceToGenerate)
% sample code that uses HSXLineFollow and bs_derics_aux_me to perform line
% following and generate puncture plot data. Events are enabled in this
% demo.
DEBUG = 0
% This is incremented because the Condor system starts counting from 0, not
% from 1.
% ... |
function nx = Normalize2D(x)
maxx = max(max(x));
minx = min(min(x));
nx = (x-minx)/(maxx - minx);
|
fileID = fopen('result.txt');
step = 513;
y = zeros(101);
x = [0:0.01:1];
for i =1:130
for j =1:101
y(j) = fscanf(fileID,'%f',1);
end
plot(x,y,"linewidth",1,"r");
hold on;
end |
function [aV, mu] = antieig(A)
%ANTIEIG Antieigenvalues and antieigenvectors.
% [aV, mu] = ANTIEIG(A) computes the antieigenvectors and antieigenvalues
% of the non-singular square matrix A.
%
% usage
% [aV, mu] = ANTIEIG(A)
%
% input
% A = square matrix
% = [n x n]
%
% output
% aV = anti... |
PI = '/Volumes/Data/PX/Baboons/DataSortReady/T1/BUDDY/5823_009_COR3D_FSPGR_14_Flip_2_NEX_20110510/BUDDY_20110510_5823_009_Gill_Baboon_new_3_COR3D_FSPGR_14_Flip_2_NEX.img';
PO = '/Volumes/Data/PX/Baboons/DataSortReady/T1/BUDDY/BUDDY_reslice.img';
dim = '';
mat = '';
reslice(PI,PO,'','',0) |
new_map = map;
for i = 1:length(map)
newPts = [map(i, 1) - 8,map(i, 2) - 8;
map(i, 1) - 8,map(i, 2) + 8;
map(i, 1) + 8,map(i, 2) + 8;
map(i, 1) + 8,map(i, 2) - 8];
out = inpolygon(newPts(:, 1), newPts(:, 2), inpolygonMapformatX, inpolygonMapformatY);
index = find(out);
if(length(... |
%% Preparer les données
% Charger les donnees
load('Chap17_Data')
% Donner une liste des variables
whos
% Trouver les champs de la varialbe "spike"
fieldnames(spike)
% Nombre de décharges pour l'essai 1
size(spike(1).times)
% Afficher tous les temps de décharge pour l'essai 1
spike(1).times
% Assigner les donnee du p... |
function [Pearson_lin, Spearman_lin, RMSE_lin] = ex2q5q3_lin
% function relative to question 2.5.3 Benchmarking
% linear fitting is applied
load DMOS
load CI
load MOS
%% point-to-point MSE distance
load error_MSE_pcc_geo
load error_MSE_cwi_plc
obj_metric = [error_MSE_pcc_geo; error_MSE_cwi_plc];
p_lin = polyfit(ob... |
%A=im2double(imread('fireworks.jpg'));
A=im2double(imread('sun_fw.png'));
m = [0.299 0.587 0.114;-0.169 -0.331 0.5;0.5 -0.419 -0.081];
[a b c] = size(A);
B = zeros(a,b,c);
B(:,:,1) = 0.299*A(:,:,1)+0.587*A(:,:,2)+0.114*A(:,:,3); %Y
B(:,:,2) = -0.169*A(:,:,1)-0.331*A(:,:,2)+0.5*A(:,:,3); %Cb
B(:,:,3) = 0.5... |
function delta_pos = getDeltaPosition( oldpos_pul, newpos_pul, current_ang )
% GETDELTAPOSITION Calculates the displacement between the old position and
% the new position.
%
% delta_pos = GETDELTAPOSITION(oldpos_pul, newpos_pul, current_ang)
% @PARAM
% oldpos_pul - the previous location of the robot.
% newpos_pul - c... |
%Sean Marino
%CSC2262 - Numerical Methods
%cs226245
%Assignment 4a
c = .0016;
t = 0:.001:15;
f = @(t,v) ((3*t^2 + 6*t + 150)/(sqrt(t^2 + 4*t + 20)))-c*v^2;
u0=0;
options = odeset('RelTol',1e-7, 'AbsTol',1e-7);
[t, v] = ode45(f, t, u0, options);
v = v*60/88;
plot(t, v, 'b');
axis([0 15 0 120]);
set(gca, '... |
% Cluster embedding and generate figures and output files
% ***************************************************************@
%% Configuration
numClusters = 7;
intrinsicDim = Dim; % can be varied slightly but shouldn't be much larger than Dim
%% Clusters
IDX = kmeans(Psi(:,1:intrinsicDim),numClusters);
%% Figures
fig... |
% Corresponds to the workspace of the same name.
% USING VARIABLES
% test = allSigsBucketed_30good{j}' --> test motion j
% test(:,1) --> accX of motion j
% ...
% test(:,6) --> gyroZ of motion j
% example of how to use a useful wrapper: get accY of good shot testcase 15
% accY = getMotionStream(allSigsBucketed_30good,... |
function ProbabilisticModelStochastic(InputFile, OutputFile, ...
nIterations,startyear,endyear, ...
temperature_source, chla_source, ...
MeHg_source, DOC_source)
%This script runs a stochastic version of the model by selecting parameters
%from predefined distribution... |
%--------------------------------------------------------------------------
% Examples for <load_air.m> function
%
% The provided impulse responses are only a subset of the AIR database.
% The full database is available here: http://www.ind.rwth-aachen.de/air
%------------------------------------------------------... |
function [ img_grad ] = DnCNN_prior_grad( img, res )
%DnCNN Summary of this function goes here
% Detailed explanation goes here
% addpath(genpath('C:/caffe/caffe-master/matlab'));
%%
% Please change if you use CPU
caffe.set_mode_gpu();
gpu_id = 0;
caffe.set_device(gpu_id);
net_weights = ['DnCNN_6ds_iter_... |
%Bridge Analysis Code version 7
%Set up parameters
load('TrussDesignN_NicoleKathleenEsther_A5.mat','C','Sx','Sy','X','Y')
L= [0;0;0;0;0;0;0;0;0;0;0;0;0;0;1;0;0;0;0;0];
%Calculate Number of Joints and Members
[Joints, Members] = size(C);
%Create Matrix to find Non-Zero Indices
K = zeros(2, Members);
q = 1;
while q < ... |
function []=vlasovDG(k,p)
% One dimensional DG [0,L]
L=8;
xe=linspace(0,L,k+1)'; % Element boundaries
[Dx,xn,wn]=legD(p); % Diff matrix, nodes and quadrature
J=diff(xe)/2; % Jacobian
x=kron(J, xn)+kron((xe(1:end-1)+xe(2:end))/2,ones(p,1));
% Advection Numerical Flux
c=1; % velocity
s=1; % s=0 average, s=1 upwind
F=ze... |
clear all
clc
clf
%% outline %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% pre en with trained net
% rand 6000, rmsd 2000
%
% choose one best trained net.
% use XP gen new random ser 16,20,41,60, each group choose about 500 ser
% atom dis as ANN input
%
%% load data %%%%%%%%%%%%%%%%%%%%%%%%%%%... |
global data
nstp=100;
sflag=1;
|
% PolyDeg=2;
% Tmp=dec2base((0:(PolyDeg+1)^3-1),PolyDeg+1)-'0';
% Powers=[0 1 2 3 4];
% GoodOnes=Tmp((sum(Tmp,2)<=PolyDeg),:);
% GoodOnes=Powers(GoodOnes+1);
% Tmp=double(RefVolX);
% for i=1:size(RefVolX,3)
% H = fspecial('gaussian',10,2);
% RefVolXs(:,:,i)=imfilter(squeeze(Tmp(:,:,i)),H,'replicate');
% end
% c... |
function report_sol(x,d)
d2=d*(d+1)/2;
p=x(1);
p=exp(p)/(1+exp(p));
mu1=x(2:(d+1));
mu2=x((d+2):(2*d+1));
S1=inv_vstack_half(x((2*d+2):(2*d+1+d2)),d);
S1=S1'*S1;
S2=inv_vstack_half(x((2*d+1+d2+1):end),d);
S2=S2'*S2;
fprintf("p1: %f, p2:%f\n",p,1-p);
fprintf("mu1:\n");
disp(mu1);
fprintf("mu2:\n");
disp(mu2);
fprint... |
function func_problem5()
% define the vector x
x = [0 0 0 2 0 1 -1 3 0 0 0];
% define the index for vector x
nx = [-3 : 1 : 7];
% define the index for y1,y2,y3,y4
ny1 = [-3+2:1:7+2]; % for y1 = x[n-2]
ny2 = [-3-1:1:7-1]; % for y1 = x[n+1]
ny3 = [-7 : 1 : 3];
ny4 = [-7+1 : 1 : 3+1];
%plot x
figure(... |
function Ms = get_shaking_moment(F41x, F41y, M21, r1, r4)
%{
The following function will calculate the shaking moment with respect to the wall.
Input: F41x, F41y, M21, r1, r4
Output: Ms
%}
% Convert to meters from cm
r1 = r1/100;
r4 = r4/100;
Ms = M21 - (F41x * r4) - (F41y * r1);
end |
%% This script is called from 'popup_Callback_ZT', so only have access to information in ud = get(hObject,'UserData') (from popup_Callback)
%% Getting necessary userData elements.
nt = ud.nt;
coordinates = ud.coordinates;
% This creates the 'background' axes
ha = axes('units','normalized','position',[0,0,1,1]);
% M... |
num_split_trees = length(split_camera_trees);
if num_split_trees == 1
disp(' ')
disp('Done, no need to do merging')
return
end
disp(' ')
disp('Merging...')
group_assignments = compute_split_group_assignments(split_camera_trees);
group_sizes = compute_group_sizes(group_assignments);
disconnected_inliers ... |
zeta=0.25;
mu=10;
gamma=9;
u=20;
f0=1.5;
f=0:0.01:36;
lamda=f/f0;
delta=((1-(f/f0).^2).*(1+gamma-1/mu*(f/f0).^2)-1).^2+4*zeta^2*(f/f0).^2.*(gamma-(1/mu+1)*(f/f0).^2).^2;
z1_q=gamma*(((1-lamda.^2).^2+4*zeta^2*lamda.^2)./delta).^(0.5);
%G_z1的新增代码
G_q_n0=2.56*10^(-4);
n0=0.1;
G_q=G_q_n0*n0^2*u./f.^2;
G_q_dot=4*pi^2*G_q_... |
function G = gram_norm_matrix2(X1, X2, kernel)
% GRAM_NORM_MATRIX2 Computes the normalized Gram matrix between two sample sets
%
% SYNOPSIS: G = gram_matrix2(X1, X2, kernel)
%
% INPUT:
% - X1, X2: matrices containing one sample feature vector per row,
% they must have the same number of columns
% - kernel: a ... |
function [ev, alfa, p,q]=getSVD(A)
%
% [ev, alfa, p, q]=getSVD(A);
%
% ev: eigenvalues
% inseparability index, alfa=0: separable, alfa=1: inseparable
% p, q: in case of separability: A=p*q
%
[U,S,V]=svd(A);
ev=diag(S)/max(diag(S));
fac=S(1,1);
S1=zeros(size(A));
S1(1,1)=sqrt(fac);
P=U*S1; p=P(:,1);
... |
function [p_best,n_best,ro_best,X_best,Y_best,Z_best,error_best]= ransac_cust(p,no,k,t,d)
%Initialize variables
iterations=0;
%Until k iterations have occurred
while iterations < k
clear p_close dist p_new p_in p_out
%Draw a sample of n points from the data
perm=randperm(length(p));
sample_in=perm(1:n... |
%global pMATLAB
pMatlab_Init;
script_file_head = '.pRUN_Parallel_Stub_';
script_file_tail = '_temp';
script_file = dir([script_file_head,'*',script_file_tail]);
m_file = regexp(script_file.name, [script_file_head,'(.*)',script_file_tail], 'tokens');
clear('script_file_head','script_file','script_file_tail');... |
function result = strRemoveChars( text, chars )
%
% Purpose : This function removes the set of characters defined in chars
% from the string text.
%
% Use (syntax):
% result = strRemoveChars( text, chars )
%
% Input Parameters :
% text: an array of characters to be processed
% chars: an array of charact... |
% process kraken data
% run using eeglab 8.0 but will probably work on later versions
clear all ; close all ;
cd c:/shared/FourRoses_Pilot/FourRoses_EEG_DATA ; ls
EEG = pop_loadbv('.','M3.vhdr') ;
EEG = pop_resample(EEG,250) ;
EEG = pop_chanedit(EEG,'lookup','C:\eeglab10_0_0_0b\plugins\dipfit2.2\standard_BESA\... |
function resolutionsuperlenscliscript(secondinterface, thetamax)
%eyabs is now intensity
zi=-5;
xi=-10;
zf=15;
xf=10;
zstepfrac=0.1;
xstepfrac=0.01;
size=ceil(((zf-zi)/(zstepfrac)))+1;
sizex=ceil(((xf-xi)/(xstepfrac)))+1;
eta='pi';
eps2=-1;
mu2=-1;
thetai='0';
dsource=1;
%secondinterface=3*dsource;
g=0.001
%for x=1:1... |
f = 1000;
fs = 5000;
t1 = 0:1/(10*12000):10/f;
t = 0:1/fs:255/fs; %As maximum samples we are taking is 256
x = 10*cos(2*pi*f*t)+ 6*cos(2*pi*2*f*t) + 2*cos(2*pi*4*f*t);
x1 = 10*cos(2*pi*f*t1)+ 6*cos(2*pi*2*f*t1) + 2*cos(2*pi*4*f*t1);
subplot(3,2,1);
plot(t1,x1);
grid on;
%axis([-6000, 6000, 0, 3]);
title("or... |
classdef Copula < handle
%
% ---------------------------------------------------------------------
properties
%
bPrintDebugInformation;
%
aafOriginalSamples;
afOriginalSamplesJulianDates;
%
atMarginalCDFs;
%
% the actual copula function
aafCopula;
%
% the copula family
strCo... |
function s=getWatchedStatesP2X4StackDeMix2(y)
s=[y(:,3),y(:,5),y(:,7),y(:,9),y(:,10),y(:,11),y(:,12),y(:,13),y(:,14),y(:,15),y(:,16),y(:,17),y(:,21),y(:,25),y(:,29),y(:,32),y(:,31)];
end |
clear; clc; close all;
% ------------------------------------- %
% Delta u(x,y) = f, (x,y) in [a,b]^2 %
% ------------------------------------- %
% Dirichlet BCs : u(x,y) = 0 %
% ------------------------------------- %
m = 32; % num of intervals per dimension
a = 0;
b = 1;
h = (b-a)/m;
f = ones((m-1)^... |
function COPSE_setup
% Set up COPSE paths
% Add new directories to this list
paleodirs={'code','code/core','code/forcings', ...
'code/copse', ...
'code/configuration','code/utils', ...
'libraries/YAMLMatlab_0.4.3', ...
'examples/copse'};
paleopath = pwd;
% get current path as semicolon-separated li... |
classdef (Enumeration) TYP_LIGHTING_CSW < Simulink.IntEnumType
enumeration
LIGHTING_CSW_FOR_EUROPE (0)
LIGHTING_CSW_WORLD_WITHOUT_ALS (1)
LIGHTING_CSW_WORLD_WITH_ALS (2)
end
end
|
Data = obj.features.matriz_alfa(1,125);
Alpha_values = [Data.canal1 Data.canal2 Data.canal3 Data.canal4 Data.canal5 Data.canal6 Data.canal7 Data.canal8 Data.canal9 Data.canal10 Data.canal11 Data.canal12 Data.canal13 Data.canal14 Data.canal15 Data.canal16 ];
figure1 = plot_topography({'Fp1','Fp2',... |
function set_fig_units_cm( width, height )
set(gcf,'units','centimeters');
pos = get(gcf,'position');
set(gcf,'position',[pos(1:2),width,height]);
|
function seminar2(subj, rec)
db = "baza";
subject = string(subj);
record=[];
for i=0:2
record = [record string(num2str(rec+(i*4), '%02d'))];
end
t1s = {};
t2s = {};
for i=1:size(record,2)
if (strcmp(db,"")==0)
recName=strcat("/",db,"/",subject,"/",subject,"R",record(:,i),"... |
% Jason Tam
% Testing script
% testPath = './data/WDBC/wdbc.test';
% nnPath = './myOut/trainedNN_grades.txt';
% testPath = './data/grades/grades.test';
% outPath = './myOut/results_grades.txt';
nnPath = './myOut/trainedNN_prostate.txt';
testPath = './myData/prostate/prostate.test';
outPath = './myOut/results_prostat... |
function [ suit ] = classify_card( i, morph, regions, props)
isRed = findRedBlack(i,regions, props);
[numberIm, symbolIm, numberProps, symbolProps] = extractSymbols(morph, regions, props, isRed);
predictedClasses = [];
suit;
if isRed
load('trained_models/symbols_red... |
% xyData reader
% script that reads from a file using textscan
% instantly transforms data into arrays
% see number inside array with {1}
% {1} shows first array made
% open the file
file_id = fopen('xyData');
if (file_id == -1)
error ('The file could not be opened.');
end
% program aborts if file is ... |
n_bits = 10;
n_param = 1;
pop_size = 6;
max_iter = 100;
x = round(rand(pop_size, n_bits));
m = 0;
iter = 0;
ff_av_init = mean(sum(x, 2));
while m < 8 && iter < max_iter
ff = sum(x, 2);
prob = ff / sum(ff);
parents = [];
for i = 1:pop_size
shot = rand(1);
... |
clc
%
%
% syms t a b x y
%
% rho=sqrt(x^2+y^2);
%
% R=sqrt((a*cos(t))^2+(b*sin(t))^2);
%
% f=(rho-R)^2
% % f=simplify(f);
% % pretty(f)
%
%
% g=(x-a*cos(t))^2+(y-b*sin(t))^2
% % g=simplify(g);
% % pretty(g)
%----------------------------------------------------
format long
% a=2;
% b=1;
% t... |
clear all
close all
clc
done = 0;
countera = 0;
while done == 0
countera = countera+1;
[TheExperiment,subpath,FilterIndex] = uigetfile({'.tif'},'Select the Dictionary','C:\Users\Nicolas\Desktop\Data');
[FileName,PathName,FilterIndex] = uigetfile({'.tif'}, 'Pick the data to process','MultiSelect', 'on... |
function phi = GG(varargin)
% Returns a polytope
assert(nargin == 1, 'GG takes one variable');
% Returns a polytope
if strcmp(varargin{1}.type, 'inner') || strcmp(varargin{1}.type, 'ap')
phi = struct('type', 'inner', 'Op', 'GG', 'args', {varargin}, ...
'formula', strcat('GG(', varargin{1}.formula, ')'));
el... |
function display_seam(im,seam,seamDirection)
imshow(im);
hold on;
for i = 1:size(seam,2)
if (strcmp(seamDirection,'HORIZONTAL'))
plot(i, seam(i), 'r.', 'Markersize', 5);
else
plot(seam(i), i, 'r.', 'Markersize', 5);
end
end
end |
function [v_I, r_I] = position_eq(v_I_0,r_I_0,dt,a,dcm)
% 加速度とDCMから速度と位置を計算
% dt:時間間隔[s], a:加速度[m/s2], dcm:方向余弦行列
if v_I_0 == NaN
v_I_0 = 0;
end
g = 9.8; % 重力加速度
v_I = v_I_0' + dcm * a' * dt + [-g;0;0] * dt;
r_I = r_I_0' + v_I * dt;
end
|
% 'src' and 'evt' are arguments passed automatically by the 'timer' objects,
% thus they need to be handled even if not used
%
function RunPI( src, evt, tController, tTCPConnection )
%
try %
%
if( tController.bPrintDebugInformation )
%
fprintf('Entering Low Level Run()\n');
%
end;%
%
... |
% Input: number of iterations L
% number of labels k
% matrix X of features, with n rows (samples), d columns (features)
% X(i,j) is the j-th feature of the i-th sample
% vector y of labels, with n rows (samples), 1 column
% y(i) is the label (1 or 2 ... or k) of the i-th samp... |
% mainScript to organize calling of all other functions
clear all; clc; close all;
% addScriptPaths(); % run('/net/store/nbp/phasesim/src_pebel/matlab/addScriptPaths.m')
% dataPaths();
load('dti_20141209_preprocessed.mat'); % get SC matrix, use average SC
% recalculate avg_ci, o... |
% BigEx1.m
% Message Generation
m=['Put any message here of your choice, preferably something with ' ...
'at least a couple hundred characters. This message might suffice.'];
% Frame parameters
frameParams.userDataLength=1;
frameParams.preamble='';
frameParams.chanCodingFlag=0;
frameParams.bitEncodingFl... |
%in barnamei baraye GRANULOMETRY 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;
Img = imread('14.tif');
figure(1);subplot(1,3,1); imshow(Img), title('tasvire vorudi');
%eleman sakhtari
B = strel('disk', 20);
%smoothing
h =... |
% \\\\\\\\-------- MASTER SCRIPT --------//////// %
% Main script for importing data and running external scripts (m files).
% Image data is imported here and manipulated/plotted in the custom
% scripts section.
clear variables; % Clear all workspace variables from memory.
% IMPORTS
addpath('./Classes');
a... |
%%%%%%%%%%%%%%%%%%%%Configuring%%%%%%%%%%%%%%
clc;
% clear variables;
close all;
addpath('/mnt/LinuxDrive/matlab project/Asthma_TMTB/m files');
run Config.m;
addpath(CRP_tools);
cd(D_2min);
PatientList = dir;
PatientList = {PatientList.name}.';
startindex=4;
endindex=size(PatientList,1);
%% List index of patients' n... |
% Dimension adjustment for ERP data ---------------------------------
% The Dimention of data must change to
% Channel x Sample x Stim x Subject x Group
function inData=DimPrep(Data,Chan,Sa,St,Subj,G)
O1= find(size(Data)==Chan);% finding position in Data for each dimention
O2= find(size(Data)==Sa);
O3= fin... |
function all_dice=dice_from_median()
all_data=dir('Data(median ROI)/*.mat');
all_dice=struct;
for data_file_number=1:numel(all_data)
load(strcat('Data(median ROI)/',all_data(data_file_number).name));
load(strcat('Simplified_data/',all_data(data_file_number).name,'/ROIs.mat'));
load(strcat('Simplified_data/'... |
function [xvect]=vect(x)
xvect=x(:);
|
function [eulers] = Quat2Euler(quat)
% Quat2Euler turns quaternions to Euler Angles
%
% quat = a n x 4 matrix of quaterinions, one quat for each row
%
% eulers = a n x 3 matrix of euler angles:, phi theta psi
%
round(quat,5);
% phi calc
eulers(:,1) = atan2((2.*(quat(:,3).*quat(:,4)+quat(:,1).*quat(:,2))),( quat(:... |
classdef BetaBinomDist < ProbDist
properties
a;
b;
N;
support;
productDist;
end
%% Main methods
methods
function obj = BetaBinomDist(varargin)
% betaBinomdist(N, a, b, productDist)
[obj.N, obj.a, obj.b, obj.productDist] = processArgs(varargin, ...
... |
clc; clear;
fileID1 = fopen('QP_problems_performance_prof_time.txt','r');
fileID2 = fopen('QP_problems_performance_prof_iter.txt','r');
A_t = fscanf(fileID1,'%f');
A_it = fscanf(fileID2,'%f');
num_of_probs = size(A_t,1)/2;
c_t = zeros(num_of_probs,2);
c_it = zeros(num_of_probs,2);
c_t(:,1) = A_t(1:num_of_probs,1); ... |
function [p, d, bc, rems, obs] = poly3d2tribem(file)
% Read .in file as text
a = opentxt(file);
% Find indices of objects, nodes, and elements
objects = findstr(a(:, 1)', 'o');
nodes = findstr(a(:, 1)', 'v');
els1 = findstr(a(:, 1)', 'e');
els2 = findstr(a(:, 2)', ' ');
els = intersect(els1, els2);
% Index differe... |
function phone = alphaToPhone(alpha)
L = length(alpha);
phone = alpha;
for i = 1:L
if alpha(i) == 'A' || alpha(i) == 'B' || alpha(i) == 'C'
phone(i) = '2';
elseif alpha(i) == 'D' || alpha(i) == 'E' || alpha(i) == 'F'
phone(i) = '3';
elseif alpha(i) == 'G' || alpha(i) == 'H' || alpha(i) == 'I... |
function [ seMatrix ] = VecTose3( spatvel ) % this is a full spatial velocity
%Usage
%Input - 6d spatial velocity
%Output -4 by 4 se(3) matrix.
%Example
%Input = [11,1,2,-2,-4,5]'
%Output
% 0 -2 1 -2
% 2 0 -11 -4
% -1 11 0 5
% 0 0 0 0
seMatrix = [];
if... |
% 画椭圆
t = 0 : pi/50 : 2*pi;
x = 5 * cos(t);
y = 9 * sin(t);
plot(x, y), grid on
|
% nevEdit.c, simple command line nev sort code editor
% Usage:
% nevEdit(filename,operationType,args...)
% e.g.
% 1) move all sort codes 4 to sort code 7
% nevEdit('foo.nev','m',4, 7)
% 2) move all waveforms with extent exceeding +-300 mV to sort code 9
% nevEdit('foo.nev', 't', 300, 9)
% 3) move all waveforms th... |
clear all
%%
load('T2_data.mat')
%%
x = X';
NF=20; % 15 for T1 case
[idx, z] = rankfeatures(x(1:960,:),Y,'NumberOfIndices',NF);
X_new = x(idx,:); % NF features(of all patients) remained
tabulate(Y) % each 0&1class percentage
%% Box plot of significant features
for i=1:NF
subplot(1,NF,i)
boxplot(... |
function readOnlyfoot_shoe(scenePath, modelName)
scenePath = 'E:\ArtShoe2_reconstruction\code\data\m004_dc_right\data';
modelName = 'points_all_1_o.ply';
model = Model([scenePath '/' modelName]);
model.readModel();
[K, R, t] = readPose(scenePath);
filelist = dir([scenePath '/mask/*.bmp'])... |
function para=rand_pos_or_neg()
para=(-1)^round(randi([14 19])*0.1);
%[a b]
%(15-a)/(b-a)=propotion of negative, cooperate
%1-negative=positive,compete
end |
function Out=ToShortName(in)
notcell=0;
if(~iscell(in))
in={in};
notcell=1;
end
for i=1:length(in)
% S=regexp(in{i},'[ _]','split');
S=regexpsplit(in{i},'[ _]');
Out{i}=[upper(S{1}(1)) lower(S{1}(min(numel(S{1}),2))) upper(S{end}(1)) lower(S{end}(2))];
end
if(notcell)
Out=Out{1};
end |
% NEWQUATERNION - Construct quaternion
%
% Q = newquaternion(theta, axis)
%
% Arguments: theta - angle of rotation
% axis - 3-vector defining axis of rotation
% Returns: Q - a quaternion in the form [w xi yj zk]
%
% See Also: QUATERNION2MATRIX, MATRIX2QUATERNION, QUATERNIONROTATE
% Copyright (c) ... |
% =========================================================================
% =========================================================================
% ================================CHECKERS=================================
% =========================================================================
% ==========... |
% matriz=calcular_matriz_de_cambio_de_base(eje,angulo)
% La funcion calcula las matrices de cambio de base respecto a un eje
% elegido. El valor de estas matrices dependen de los angulos que se
% utilizan para definirlas.
% ENTRADA
% eje: es una variable de tipo char cuyas opciones son 'x','y' o 'z' y
% define sobr... |
clear
%获取表格中的数据
[exceldata] = xlsread('/Users/tianyu/PycharmProjects/BigDataAna/data/data.xlsx');
%取出其中的第五列稠密度
density = exceldata(:,8);
group = exceldata(:,2);
%使用该函数判断在非高斯分布情况下的单因素方差分析
[p,tbl,stats] = kruskalwallis(density,group) |
% Spatial Criteria
cpa.elec_list = {'CPz','FCz', 'Fz', 'Cz'};
cpa.elec_method = 'peak'; % consider 'grubbs' as recommended by Wessel?
cpa.n_max_elec = 5; % number of peak elecs for method = 'peak'
cpa.min_elec_match = 2; % number of electrodes that must... |
%
% W = Ws{7};
%
% ngramsW = BigramFinder.generateAllNGrams(W, 3, true);
% ngramsW.findBigrams();
% ngramsW.termFrequencies();
% ngramsW.w2vCount();
% N = 3;
% q = ngramsW.B == N & ngramsW.ViCount >= 1;
% d = ngrams_pdist(W.m, ngramsW.V(q), N);
dump_folder = fullfile(echolex_dumps, 'clusters');
%pL_ = bernoulli_div... |
function depthintPE = modeAmp2PE(pamp, H, N2, modeProf, nmd)
% depthintPE = modeAmp2PE(pamp, H, N2, ntype)
%
% inputs
% - pamp: pressure modal amplitude.
% - H: water depth (in meters).
% - N2: buoyancy frequency squared (in radians per s^2).
% - nmd: mode number.
% - ntype (optional): d... |
function [target,xArray,yArray,nArray,fArray,FArray] = solve(p)
n0 = p(1);
lambda = p(2);
global AVGPROD;
% Skill density described
mu = -1;
sd = 0.39;
f = @(n) lognpdf(n,mu,sd);
F = @(n) logncdf(n,mu,sd);
% Initialize arrays to store solution
N = 2000;
nStep = 0.001;
nArray = zeros(N,1);
uArray = zeros(N,1); ... |
function n = my_numel(A)
n = 0;
for i=1:numel(A)
if iscell(A{i})
n = n + my_numel(A{i});
else
n = n + numel(A{i});
end
end
end
|
% Turns the hitsequence input into a sequence indicaitng if each duration is censored, Input may be a
% matrix of hit sequences (with equal length) with 1 series in each column.
% Or it can be a 1 column vector of a single hit-sequence
%
% USAGE:
% c = fCensoreds(I,D)
%
% INPUTS:
% I - TxN hit-seque... |
function outputdata = importSingleFileFunction(filename, startRow, endRow)
%IMPORTFILE Import numeric data from a text file as a matrix.
% UNTITLED = IMPORTFILE(FILENAME) Reads data from text file FILENAME for
% the default selection.
%
% UNTITLED = IMPORTFILE(FILENAME, STARTROW, ENDROW) Reads data from rows
% ... |
clear
clc
addpath(pwd)
function resp = compress(originalImg, k)
img = imread(originalImg);
img_info = imfinfo(originalImg)
[H,W,dim] = size(img)
#Size of the new matrix
n = (img_info.Height+k)/(1+k)
h = 1;
for i = 1 : H
w = 1;
if(mod(i,k+1) == 0)
for j = 1 : W
if(... |
% initialize
% all parameters should be set in this block
% clc;
clear;
close all;
set = 2;
B = 3; % budget length
surrogate_loss = 'hinge';
% choices for features
features_choice_struct.append_lib_contexts = false;
features_choice_struct.append_down_levels = true;
features_choice_struct.append_type = 'averaging'; % {... |
% Copyright (C) 2001 Michel Juillard
%
% computes second order partial derivatives
% uses Abramowitz and Stegun (1965) formulas 25.3.24 and 25.3.27 p. 884
% note that we have to reshape the result of this function. Also, if we use
% a minimizer, we have to multiply the result by -1.
%e.g.
%Hess = hessian('postfourier',... |
% Solves the alpha equation (isolated from the complete multiphase solver) with Um!=0
% by the KTcFlux method (and eventually another method for comparison)
%
% u is more dense phase volume fraction (alpha_l)
%
% du/dt+d/dx[F(u)]=0;
% u=[u], F(u)=[Um-V0*u^a*u*(1-u)]
% a=1
% Since Um is divergence free the value selec... |
function err = naivePerfusionSSEIntegratorP2X4StackDeMix7(ton,toff,Ttot,amp,T,I)
%#codgen;
naive=getNaiveP2X4StackDeMix7();
V=-60*10^-3;
err=errorIntegratorP2X4StackDeMix7(ton,toff,Ttot,amp,naive,T,I,V);
end |
clc
clear
% close all
KK=[-1.0801 -0.7715 -0.4629 -0.1543 0.1543 0.4629 0.7715 1.0801];
delta=0;
beta_skew=0;
zel=[-1.0801 -0.7715 -0.4629 -0.1543 0.1543 0.4629 0.7715 1.0801];
sefr=zeros(1,8);
alpha=1.7;
SNR_inx=1;
EQ=[-2.5:0.05:2.5];
SNR=-2:2:8;
kappa=5;
% gamma_g=((inv(10^(SNR/10))... |
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