text stringlengths 8 6.12M |
|---|
% Derivatives of the [Ca++] in microdomain and cytosol. Calls the
% SquareSource function to get the membrane potential (V) at time t.
function [dCmd dCi]=ChenModelCalcium(t,Cmd,Ci)
% Global parameters
ts=60; % Conversion to minutes
% These names mirror the original XPP model
fmd=0.01; fi=0.01; B... |
% Objective function, constrants, and derivatives for optimization
%
function [objective,con] = grd(X,FEM)
[~,FEM_prime] = CoFE_design(FEM,X,@X_2_FEM);
% von Mises stress at all recover points for all elements
svmAll = [FEM_prime(1).CQUAD4.vonMisesStress;
FEM_prime(2).CQUAD4.vonMisesStress;
... |
disp('%');
disp(['% User: ', daisyUnixCmd('echo $USER', 'unknown') ]);
disp(['% Project name: ', daisyUnixCmd('echo $PROJNAME', 'unknown') ]);
disp(['% Project area: ', daisyUnixCmd('echo $PROJAREA', 'unknown') ]);
disp('%');
disp('% Department of Electrical Engineering');
disp('% Linkoping University ');
disp('%');
[... |
function xb = blockAudio(x, blockSize, hopSize)
%UNTITLED3 Summary of this function goes here
% Detailed explanation goes here
len_x = length(x);
N = ceil((length(x) - blockSize)/hopSize)+1;
pad_size = N * blockSize - len_x;
x = [x;zeros(pad_size, 1)];
xb = zeros(N, blockSize);
for i = 1:N-1
xb(i,:) = x((i-1)*ho... |
%%% kekka matome gurahuka
clear all;
% SR+deno
load ('P021.mat');
%PSNR1 = PSNR.';
PSNR1 = PSNR;
load ('P022.mat');
PSNR2 = PSNR;
load ('P023.mat');
PSNR3 = PSNR;
load ('P024.mat');
PSNR4 = PSNR;
load ('P025.mat');
PSNR5 = PSNR;
%deno-SR
load ('P046.mat');
PSNR6 = PSNR;
load ('P047.mat');
PSNR7 = PSNR;
load ('... |
clc;
clear all;
t=0:0.001:0.8;
x=sin(2*pi*50*t)+sin(2*pi*120*t);
y=x+0.5*randn(1,length(t));
N = 256;
Y=fft(y,N);
P=Y.*conj(Y)/N; %求功率谱
k=[0:1:N/2];w=2*pi/N*k;
subplot(2,1,1);
plot(w/pi,P(1:N/2+1));title('FFT N=256');
xlabel('频率(单位：pi)');ylabel('P');grid;
subplot(2,1,2);
plot(t, x)
title('时域') |
clear;clc;
ima=imread('lena.tiff');
%ima=imread('butterfly.jpg');
%ima=imread('xinxiaohui.jpg');
ima=rgb2gray(ima);
p1=imnoise(ima,'gaussian',0.05);
p2=imnoise(ima,'salt & pepper',0.05);
gausFilter = fspecial('gaussian',3, 1); %高斯模板
gaus1= imfilter(p1, gausFilter, 'replicate');
averFilter = fspecial('average',3); %均... |
function [d0,mmef,fnef,fnfval] = salt_calcNLSolution(S_fine,S_coredata,S_saltparameters)
d0min = S_fine.th(1)*1.001; %minimum test/seed d0, x1.001 usually, x1.03 for ECHO_EBONY
d0max = S_coredata.prel_f*d0min; %maximum test/seed d0
dd0 = (d0max-d0min)/S_coredata.pump_sz; %st... |
function [ dir2out, file2out ] = fn_IncrementFileStructure(inType, inputVal )
% Function will increment either a file or directory
%inType = 'file'; inputVal = 'Z:\Jon\proj\toolbox\jontools\test.txt';
%inType = 'dir'; inputVal = 'Z:\Jon\proj\toolbox\jontools\test';
if strcmpi(inType,'file')
slashLoc = find(... |
clear;clc;
%% specify the initial state estimate to have zero velocity
x = 5.3;
y = 3.6;
initialState = [x; 0; y; 0];
KF = trackingKF('MotionModel', '2D Constant Velocity', 'State', initialState);
% Create the measured position from a constant-velocity trajectory
vx = 0.2;
vy = 0.1;
T = 0.5;
pos = [0:vx*T:2; 5:vy*T:6... |
function [enderr, minerr, mfobj, iter] = testvalid(opt, tY, ee, vort)
mfobj = min(opt.fobjs);
iter = numel(opt.fobjs);
if vort
enderr = cell(nargout(@errmsr)-1, 1);
[enderr{:}] = errmsr(opt.vars_opt.psi*opt.vars_opt.Lambda', opt.vars_opt.theta, tY, opt.l, ee);
enderr = cell2mat(enderr);
else
enderr = op... |
%% Load the models
% Load sucrose model
load('finalNodulatedPlant_sucrose.mat');
model_sucrose = finalNodulatedPlant;
% Load ViNE
load('../../finalNodulatedPlant.mat');
model_vine = finalNodulatedPlant;
%% Combine the models
% Get reaction formulas
model_sucrose_formulas = printRxnFormula(model_sucrose, model_sucr... |
function GainAdjustmentforCW6(filedir)
% Get the file directory using NIRS toolbox
fileset=nirs.io.loadDirectory(filedir,{'Subject'});
for i=1:length(fileset)
filepath{i}=fileset(i).description;
end
% Gain Adjustment
for i=1:length(filepath)
load(filepath{i},'-mat');
if prod(systemInfo.gain)~=1
... |
function CS4640_week8
%
% Example 1
% Create info and build Huffman tree and codes
info1 = [1,5; 2,9; 3,12; 4,13; 5,16; 6,45]
[H1,c1] = CS4640_Huffman_encode(info1)
CS4640_show_tree(H1.nodes,H1.root);
c1(:).code
% encode a string
im1 = [4,3,3,6,2,3,1]
tab1 = [1:6]'
cd1 = CS4640_im2Hcode(im1,c1,tab1)'
cost_orig1 = len... |
%Design a frequency-domain filter to remove periodic artifacts,such as
%power-line interference.
% Use this program to read the files ECG31.dat
tic
clc;
clear all;
fs=1000; %sampling frequency
t=[1/fs:1/fs:4]; %time duration
x0=reshape(load('C:\Users\Vivek Prajapati\Documents\MATLAB/ecg31.dat'),1,4000)-200... |
function [onsetTime, offsetTime] = findOnsetOffset(binarySignal)
%compute onset and offet time of binary signal
%NOTE: units are frames, the results must be multiplied by the frameRate if
%you want to have seconds
if size(binarySignal,2)~=1
binarySignal = binarySignal';
end
onsetTime = find(diff(binarySignal)==1)... |
function [y_n] = eqdif(b, a, x_n)
% EQDIF determina a saida por meio da eq de diferencas
% y_n(0)=0; matlab nao aceita
for n=1:length(x_n)
y_n(n) = 0; ia=2;
while ia<=n
y_n(n) = y_n(n) - a(ia)*y_n(n-(ia-1));
ia = ia+1;
if ia > length(a) break; end
... |
function aafDerankedSamples = DerankSamples( tCopula, aafRankedSamples )
%
% storage allocation
aafDerankedSamples = zeros( size(aafRankedSamples) );
%
for iCol = 1:size( aafRankedSamples, 2 );
%
aafDerankedSamples(:, iCol) = tCopula.atMarginalCDFs(iCol).DerankSamples( aafRankedSamples( :, iCol) );
%
end;%... |
function uN=surfNormal(S)
% Calcules the normal vector field of a given surface through spectral
% differentiation
N=cross(fftD(S,1,1), fftD(S,2,1));
dA=sqrt(dot(N, N, 3));
uN=bsxfun(@rdivide, N, dA);
end |
% polynomial: 5x^2 - 7x + 3
function evaluate_polynomial(x)
a = 5;
b = -7;
c = 3;
% y = a*x^2 + b*x + c % returning
disp(a*x^2 + b*x + c) % printing
end |
clear all;
close all;
%% File loading and data processing
filename = '180.csv';
stringfund = strfind(filename, 'samsung');
if stringfund > 0
Fs = 100;
else
Fs = 50;
end
stringfund = strfind(filename, 'd1');
if stringfund > 0
HEIGHT = 1.8;
else
stringfund = strfind(filename, 's... |
% Esta vista muestra información sobre la aplicación
function aboutLayout(status, file)
% construir la ventana
hs = build(500, 430);
% mostrar la 'figura' de la ventana
hs.fig.Visible = 'on';
% -------------------------subfunciones--------------------------------
% "build":
% agrega los comp... |
function m = matvec_double_layer_resistance(X, domain)
% MATVEC_DOUBLE_LAYER: perform a matrix vector product using the
% double-layer formulation with Power-Miranda completion, i.e.
% u(x) = -q/2 + -D[q](x) + S[F](x) + R[T](x), F is the net force on all
% inner walls, and T is the net torque on all inner walls. Use... |
%% Convert .nd2 files to .tif files
% You will set this code running, and then bring the NIS-Elements
% window into focus. Convert the first movie in a folder full of movies
% and this code will do the rest of them with the same settings that were
% chosen for the first one.
number_of_movies = 6;
longest_... |
%%
% Check results with:
% a) MS-06-84.PDF (see diagrams page 8..11)
% b) https://www.asco.com/en-gb/Pages/calculators-flow-calculator.aspx
% c) https://www.swagelok.com/en/Resources/CVCalculator
% d) https://www.teesing.com/en/pageid/calc-flow-cv-calculator
%%
clc
c = conversion_factors();
X = 400
dP = 69... |
function Ei200_uvw110_at200auto(varargin)
data_source= fullfile(pwd,'Data','Fe_ei200.sqw');
avrg_par=[0,0,1007.2656];
no_chkpnts= 'True';
Imax = 1;
if nargin == 0
repPoints1= [-0.3375,-0.1125,0,0.1375,0.3875;
130,20,0,15,145];
repPoints2 = [-0.3375,-0.1375,0,0.1625,0.3875;
130,20,0,20,150];
... |
function c = getColor(r, g, b)
% Detailed explanation goes here
if (r > 60) && (r < 105) && (g > 55) && (g < 95) && (b > 100) && (b < 185)
c = 'blue';
elseif (r < 100) && (g < 75) && (b < 100)
c = 'black';
elseif (r > 240) && (g > 100) && (g < 200) && (b > 140)
c = 'orange';... |
function [W_obs,xrank] = compute_ranksum_obs(x,y)
nx = numel(x);
ny = numel(y);
x = x(:); % ensure columns
y = y(:);
% Compute the rank sum statistic based on the smaller sample
[ranks, tieadj] = tiedrank([x; y]);
xrank = ranks(1:nx);
W_obs = sum(xrank);
end
|
close all;
clear all;
clc;
%Finite Difference Beam Propagation
%Constants Definition
um = 10^-6;
mm = 10^-3;
nm = 10^-9;
degrees = 180 / pi;
NLambda = 10; %Points per wavelength
lam0 = 1; %free spave wavelength
%Simulation Parameters
W0 = 0.5*lam0; %Width of Initial Gaussian
phi_t = 0 * degre... |
function rgb = dark_salmon
rgb = [0.91372, 0.58823, 0.47843];
end |
function [R,Q,Qh]=CovEst_QQh(Rh)
% function [R,Q, Qh]=CovEst_QQh(Rh)
% [trace(Q+Qh), Q, R, Qh]=toepQQh(Rh) : Rh+Qh=R+Q, R,Q,Qh>0, R Toeplitz, and trace(Q+Qh)=minimal
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
n=length(Rh);
cvx_begin quiet
variable Q(n,n) symmetric;
variable Qh(n,n) symmetric;
variable r(... |
%% Reset
fclose('all');
close all
clear
clc
%%
timestamp = datestr(now,'yyyy-mm-dd HHMM');
%% Dependencies
addpath('C:\Users\jonesg5\Documents\GitHub\d12pack')
addpath('C:\Users\jonesg5\Documents\GitHub\export_fig')
%% File paths
topDir = '\\root\programs\Light-and-Health\IAI_CircadianMonitoringAndRegulation\CMR2-Ex... |
function [loser] = wholoses(plr,box)
loser=0; % "0" means no loser yet
% the player having no piece on table will lose
for x=1:8
for y=1:8
if plr==1 && box(x,y)==10 %king1 is present KING=10
loser=0;
return;
elseif plr==2 && box(x,y)=... |
classdef EmEng < OptimEng
% Generic expectation maximization
% It implements multiple restarts
% We should add support for mini-batches and other speedups
methods(Abstract)
%displayProgress(eng,data,currentLL,iter,r);
eng = initializeEM(eng, model,data,r);
[ess, currentLL] = Estep(eng, ... |
function varargout = addLabel(GID)
GIDout = GID; % output starts with everything that is in input
Nmenus = GIDout.Nmenus;
% these are the additional stuff we want the output to have
% initialize them first, so if the user didn't specify a menu item
% it will appear as blank
for menu=1:Nmenus
GIDout.task... |
function varargout = brcontrol(varargin)
%brcontrol M-file for brcontrol.fig
% brcontrol, by itself, creates a new brcontrol or raises the existing
% singleton*.
%
% H = brcontrol returns the handle to a new brcontrol or the handle to
% the existing singleton*.
%
% brcontrol('Property','Value',... |
% this file is to illustrate successful recovery rate for signal with two
% frequency compoents close to each other, with frequency separation delta=0.001
% n: number of time instance we consider
% t: time instances we consideration
% nc: dimension of Hankel matrix
% s: # of sinusoid components, the maximal rank the H... |
function v_rot = rodrigues_rot(v,k,theta)
[m,n] = size(v);
if (m ~= 3 && n ~= 3)
error('input vector is/are not three dimensional'), end
if (size(v) ~= size(k))
error('rotation vector v and axis k have different dimensions'),end
k = k/sqrt(k(1)^2 + k(2)^2 + k(3)^2); % normal... |
% ========================================================================
%
% Simulating a model of heteroskedasticity
%
% ========================================================================
clear all;
clc;
RandStream.setDefaultStream( RandStream('mt19937ar','seed',123456) )
% Simulate the model
t = 50... |
% trains SVM on the first half of data set and uses it to predict the
% values on the second half of the data set
function [nPredictedTargets, percentCorrect, predictedFlags, solutionsTable] = SVM(dataFileBaseName, traceLength)
[noFlagData, flags] = svmFormat(dataFileBaseName, traceLength);
[frames, columns] = size(... |
function [ I_depth ] = plane_sweeping( I,P1,P2,window_size,threshold,matching_function,plot_im_matching )
weights = ones(window_size)/window_size.^2;
[rows,cols] = size(I{1});
corners = [1, cols, 1, rows];
I_depth = inf(rows,cols);
best_matching = inf(rows,cols);
if strcmpi(matching_function,'NCC')
best_matching=-... |
function pdColor = stim2pdColors(stim, base, N)
Add2StimLogList();
% Stim has to be a number < 4^4 = 255
% stim2pdColors returns stim in 4 bits in base 4
% stim = pdColor(1)*4^0 + pdColor(2)*4^1 + pdColor(2)*4^2 + pdColor(3)*4^3
% pdColor(i) = {60, 120, 180, 240}
%{
pdBit0 = mod(stim, 4);
pd... |
function arrivalObj = read_antelope(dbname, subset_expr)
% LOAD_ARRIVALS Load arrivals from a CSS3.0 database
fprintf(2,'Loading arrivals from %s',dbname);
% Open database
db = dbopen(dbname,'r');
% Apply subset expression
db = dblookup_table(db,... |
function x_dot = HSTdynamics(t,init_state,mu,J,rho,params,flag)
% HSTdynamics: Contains full ODE dynamics for all spacecraft states.
%
% Inputs:
% t - time [s]
% init_state - initial state vector [r; v; omega; q]
% mu - central body gravitational parameters [km^3/s^2]
% J - spacecraft inertia... |
function varargout = separateDays(traceInput,dwtfname)
% separateDays Split combined traces by date they were obtained.
%
% separateDays(FILENAME) splits the traces from a .traces file input into
% subsets with matching paths in their traceMetadata.ids field. (This field
% gives the filename of the original ... |
function n_pts = get_cyl_points(circum,h)
%Get the number of points required for a cylinder of circumference circum
%to have the same grid spacing as h
n_pts = floor(circum/h) / 2; |
function [morphedPts,morphType] = applyPointMorph(cPts)
% morph 1, 2 or 3 random points.
numPtsToMorph = randi(3,1);
indicesToMorph = sort(randperm(size(cPts,1),numPtsToMorph));
geom = polygeom(cPts(:,1),cPts(:,2));
objCenter = [geom(2) geom(3)];
morphType = [num2str(numPtsToMorph) 'pt... |
function varargout = simulateParallelCascade(varargin)
% simulateParallelCascade MATLAB code for simulateParallelCascade.fig
% simulateParallelCascade, by itself, creates a new simulateParallelCascade or raises the existing
% singleton*.
%
% H = simulateParallelCascade returns the handle to a new simulat... |
function [xdata ydata] = create_input_struct(crv_1, crv_end, not_this_crv, input_csv, x_ax_shift, x_col_num, crv_col, y_col_num, min_len, x_div_by);
ydata = [];
xdata = [];
for curr_crv=crv_1:crv_end
if ~(curr_crv == not_this_crv)
cur_curve_indx = find(input_csv(:,crv_col) =... |
function show_cf(img_dir, fmt, sc_para)
database = retr_database_dir(img_dir, fmt);
tic
for n = 1:length(database.path)
fprintf('Show contour fragment: %d of %d\n', n, length(database.path));
func_show_cf(database.path{n}, sc_para );
end
function func_show_cf(im_name, para )
... |
close all; clear all; clc;
PC_IP = '192.168.7.1';
BEAGLEBONE_IP = 'http://192.168.7.2';
% Initialise ROS on remote master
setenv('ROS_MASTER_URI', strcat(BEAGLEBONE_IP, ':11311'))
setenv('ROS_IP', PC_IP)
rosinit
sub = rossubscriber('/hovercraft/usb_cam/image_raw', rostype.sensor_msgs_Image);
fig_msec = figure; hold... |
%% 主测试：对动态算法，传统IP模型，优化单行线法则进行测试
clc;
clear;
D=load('tsp_map.txt');
m=size(D,1);
n=size(D,2);
RobotNum_test=10;
RobotNum_start=1;
test_para=10;
disp('选取测试集')
nobs=[];
obs=[];
nobs=[];
obs=[];
m_D=size(D,1);
n_D=size(D,2);
for i = 1:m_D
for j = 1:n_D
if D(i,j) == 1
obs=[obs j+(i-1)*n_D]; % 障碍... |
%主程序
random_signal_len=10000;
ts=clock;
%用户随机信号生成
user_1st_send = user_send(random_signal_len);
user_2nd_send = user_send(random_signal_len);
%用户m序列生成
user_1st_register = [0 1 0 1];
user_2nd_register = [1 0 1 0];
user_1st_seq_m = sequence_m(user_1st_register,random_signal_len);
user_2nd_seq_m = ... |
%%% Code for reading data file in hard drive. Currently it is reading the
%%% entire file on each iteration, but can be improved to extract only the
%%% needed data.
clc;
clear all;
close all;
FileName_ECG = 'OpenBCI-RAW-ecg22.txt';
%FileName_HRV = 'HRV.txt';
readFormat = '%d %f %*f %*f %*f %*f %*f %*f %*{hh:mm:ss.SS... |
%% plot IDT and mechanics at the same time
whichRow = 'BT';
% whichRow = 'BB';
datadir = './IDTs/190514_QAOM05_%s%02d/*.mat'; % IDT data directory
% dev = 16;
ffigure;
%
shft = 1;
renorm_mech = 20;
renorm_IDT = 2;
for dev = 1:33
dev
fns_FSW = filefun(sprintf...
('../20190514_QAOM05_optics/fsw_scans/%sD%02dO01... |
%% Nuri Mert Vural- 201801286
%% Music Sequence
clc;
close all;
clear;
%Load data
load('nngc_mus.mat')
epoch=1500;
in_size=size(nngc_data(:,1:end-1),1);
%% SRNN - 8000
close all;
s_rnn=SRNN(ones(in_size,1)',movmean(nngc_data(:,end)',1),75);
s_rnn.SGD_train(5e-5,0.95,epoch)
%% CWRNN - 8000
close all;... |
function [ Qd, Rd, Sd ] = c2d_weights( sys, Qc, Rc, Ts )
%C2D_WEIGHTS Discretize the weights for the optimal control problem
%
% This function will compute the optimal discrete-time weights that make
% the discrete-time LQR cost function equivalent to the continuous-time LQR
% cost function.
%
% The algorithm used in t... |
function x=GaussPivot(A,b)
[m,n]=size(A);
if m~=n, erros('Matrix A must be square'); end
nb=n+1;
Aug=[A b];
for k=1:n-1
[big,i]=max(abs(Aug(k:n,k)));
ipr=i+k-1;
if ipr~=k
Aug([k,ipr],:)=Aug([ipr,k],:);
end
for i=k+1:n
factor=Aug(i,k)/Aug(k,k);
Aug(i,k:nb)=Aug(i,k:nb)-factor*... |
%% Plot the Operating Point and the Oprating Range
% ########################################################################
% Plot operation map
%
% Input:
% - [obj] Parameters of DAB3
% - [obj] Parameters of Ctrl
% - [obj] Parameters of OP
% Output:
% - [] plot the operating point and the op... |
figure(1)
plot_compare_h
print -djpeg figureh_c.jpg
figure(2)
plot_compare_he
print -djpeg figurehe_c.jpg
figure(3)
plot_compare_ca
print -djpeg figureca_c.jpg |
clearvars
close all
load('paths.mat')
addpath(genpath(paths(1).main_path))
cluster_path = paths(1).stage3_path;
fig_path = strcat(paths(1).fig_path,'Traces\');
data = load_clusters(cluster_path);
% define the color scheme depending on the stimulus type
if contains(data(1).name,'p17')
color_scheme = [1 0 0;0 1 0... |
function [sol] = hsvHistogram(path_to_image, count_bins)
%citesc imaginea
image = imread(path_to_image);
%extrag RGB
r = image(:, :, 1);
g = image(:, :, 2);
b = image(:, :, 3);
%conversi din RGB in HSV
[h s v] = RGB2HSV(r, g, b);
%initializare liste HSV
h_count = zeros(1, count_bins);
s_count = zeros(... |
clear; format long; clc; close all;
%% Parameters of stl
filename = './Current_pp.stl' ;
[p,t,tnorm] = stlread(filename,1); % (vertices of each point) , (point num for each point), ...
%normal vector
trin=length(tnorm);
normx=tnorm(:,1);normy=... |
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
function [spi1,spi2,spi3,spi4]=MAINquadrant_emi__(valori_emi,r,nx,ny)
%compute quadrant emissions
%domain dimensions and other variables
dimx=nx;
dimy=ny;
%prova_emi=valori_... |
function outputImage = reconstruct_image(origImage, basis)
% Reconstruct an image given the basis and coefficients.
% Expects: MATLAB array, and a basis array
% Returns: MATLAB array
coeffs = transpose(origImage(:))*basis;
[elements ~] = size(basis);
componentImages = basis .* kron(coeffs, ones([elements 1]));
outp... |
clc;
clear all;
close all;
disp('Zadanie odwrotne ')
disp('Wilczynski Patryk, Tokarek Paweł')
%pause
% syms theta1 theta2 lambda3 %definiowanie zmiennej MATLAB
sym theta1 theta2 lambda3
l=[sym(1) sym(1) sym(1)] %definowanie stałej
alfa=[sym(3*pi/2) sym(0) sym(0)]
theta=[theta1 theta2 sym(0)]
lambda=[sym(0) sym(1) l... |
function [throatArea , throatVolume] = throatAandV(throatRadius ,...
throatShapeFactor , throatLength , throatGeometry)
%%
% This function calculates the cross section area and volume of each throats
% (pore or throats)
%%
global n_t clayVolume
a=1;
for ii = 1:n_t
if throatGeometry(ii) == 1
th... |
function dw = backstopParallel(dz,w,p,z,param)
%MANDIST.BACKSTOPPARALLEL Backpropagate weighted input derivatives to weight
% Copyright 2012-2015 The MathWorks, Inc.
[S,Q,N] = size(dz);
R = size(p,1);
p = reshape(p,1,R,Q); % 1xRxQ
dz = reshape(dz,S,1,Q,N); % Sx1xQxN
z1 = bsxfun(@minus,w,p); % SxRxQ
d = si... |
function [r,p] = test_disc_disc_cont(D,i,j,k,alpha)
%This function test the independence between X and Y conditionally on Z in
%the case where X and Y are discrete and Z is continuous
%INPUTS
% D: n*p dataset of n samples of p parameters
% i: dimension corresponding to X
% j: dimension corresponding t... |
clear
tab = niak_read_csv_cell ('qc_report_common_final.csv');
tab = strrep(tab,'Missing','Fail');
%% Extract labels for each rater PB and YB
list_subject = tab(2:end,1);
labpb = tab(2:end,[4,7]);
labyb = tab(2:end,[10 13]);
%% Mask only entries documented by both raters
maskpb = ~strcmp(labpb,'');
maskyb = ~strcmp(l... |
clc, close all, clear all
load('teapot'); %loading matrix S
% % Matrix S stores all the control points of all the patches of
% % teapot surface such that
% % S(:,:,:,k) control points of kth patch, where k=1..32
% % Size of S(:,:,:,k) is 4 x 4 x 3, i.e., 16 control points and each
% % control point has three va... |
function basemaps=read_basemap_xml(xml_file)
xml_struct=parseXML(xml_file);
basemaps_nodes=get_childs(xml_struct,'Basemap');
basemaps=[];
for it=1:numel(basemaps_nodes)
tmp=get_node_att(basemaps_nodes(it));
fields=fieldnames(tmp);
for ifield=1:numel(fields)
basemaps(it).(fields{ifield})=tmp.(fields{... |
%% cleaning
clear all
clc
%% read necessary files
vy=dlmread('vely.dat',' ');
vz=dlmread('velz.dat',' ');
phase=dlmread('phase.dat',' ');
%% draw streamlines
% specifying the starting poitns
%[sx,sy] = meshgrid(0:20:1500,0:10:50);
sy1=1.0/(size(vz,1))*(2:size(vz,1)-1);
sz1=15*ones(1,size(vz,1)-2)/size(vz,2);
sy2=1... |
vbl = Screen('Flip',DataStruct.PTB.wPtr);
Common.While;
|
classdef SPX_Signals
%SPX_SIGNALS Summary of this class goes here
% Detailed explanation goes here
properties
end
methods(Static)
function [x,i] = findFirstLessEqEnergy(X, energy)
% Returns the first signal with energy less than or equal to
% given thresho... |
% MJLMEXC.M
% For expanded, magnetization profile plot (Bloch Equa)
% Called by mjljm
mjlmexv = get(mjluimex,'Value') ;
if mjlmexv == 1 ;
set(mjluimex, 'BackGroundColor', 'white') ;
if mjlslpv == 1 ; % Semilog plots
set(mjluislp, 'BackGroundColor', 'white') ;
end ;
else ;
set(mjluimex, 'BackgroundColor', ... |
clc
clear
dim=zeros(1,20);
dim(:)=500;
ran=zeros(1,20);
ran(:)=1000;
results=zeros(50,100,11,20);
dim(11)=2;ran(11)=65.536;
dim(12)=2;ran(12)=5;
dim(13)=3;ran(13)=1;
dim(14)=30;
dim(10)=30;
dim(16:20)=30;
for o=1:20
objective_function=o
for p=1:50
p
d=dim(o);
range=[-ra... |
function [simulation_state, matlab_simulation_variables] = MatlabDispatch(simulation_parameters, simulation_state, matlab_simulation_variables)
% load testvariables0.mat
%Shortening Generator variables
min_load = simulation_parameters.generators(1).minimum_load/100 * simulation_parameters.generators(1).rated_ca... |
% (4) dy(1)/dt = -y(1) + y(2)*y(3)
% dy(2)/dt = -y(2)+(y(3)-2)*y(1)
% dy(3)/dt = 1-y(1)*y(2)
% Using the function AB2.m to comptue the numerical solution to (4).
% Also plots the graph of y(1), y(2), y(3) versus time.
% And a 3D plot of the curve y(1)t, y(2)t, y(3)t
function [y,t] = solve_ODE_system()
% Give... |
function result = converge(func, newres, tol)
result = newres;
newres = func(result);
while (norm(newres - result) > tol)
result = newres;
newres = func(result);
end
end |
function [AreaData, AreaNames, AreaPars] = feature_AreaD1(V, ttChannelValidity, Params)
% MClust
% [Data, Names] = feature_AreaD1(V, ttChannelValidity)
% Calculate area feature for 1st derivative for each channel. Normalizes
% for number of samples in waveform.
%
% INPUTS
% V = TT tsd
% ttChannelValidity = nC... |
function ten_site_plot_no_sim()
a = 0.1; %to print the pars
b = 0.9; %adjust
x = fsolve(@ten_site,rand(1,19)); %to solve the equations given by ftion ten_site
xs = x(1:10); %lattice 1 average occupancies
ys = [0 x(11:end)]; %lattice 2 average occupancies
%plotting:
subplot(2,1,1)
plot(xs, "-o")
hold o... |
function D = DFT_set(N, Q)
% 生成对应的DFT码本集合
% N 为天线数量 ULA/UPA
% Q 量化精度
%%
if nargin == 1
M = N;
else
if length(N) == 2
M = [2^Q 2^Q];
else
M = 2^Q;
end
end
if length(N) == 1 % DFT
n = (0 : N - 1);
phase = (0 : (M - 1)) * 2 * pi / M;
D = exp(1i * n.' * phase) / sqrt(N);
... |
stimRate = 50;
% stimImpulse = [sin([1:1:300]/100) + 1]';
%%
rates = 10:10:200;
nRates = length(rates);
for iStim = 1:nRates
stimImpulse = ones(500,1) * rates(iStim);
networkActivity = run_network(stimImpulse, stimRate);
pnResp(:, iStim) = networkActivity(3,:)';
end
%%
plot(1000:3500, pnResp(1000... |
% [数据类型](https://ww2.mathworks.cn/help/matlab/data-types.html)
% MATLAB的数据类型主要有：
% - 数值类型
% - 字符和字符串
% - 日期和时间
% - 分类数组
% - 表
% - 时间表
% - 结构体
% - 元胞数组
% - 函数句柄
% - 映射容器
% - 时序
% 本节就简单探索一下数值的简单玩法。
%% [数值类型](https://ww2.mathworks.cn/help/matlab/numeric-types.html)
% double 双精度数组
% single 单精度数组
% int8 8 位有符号整数数组
% in... |
function g_interf_est = RecovExactXcorrMoveCam(initial_weights, d_interf, g_interf_est, nmove, T, tol)
X1 = inf;
X2 = inf;
deltaX = inf;
we = optimvar('we', nmove*nmove);
xmat = optimvar('xmat', 2*T-1, nmove*nmove);
Xfun = @(we, xmat) computeWeights(nmove, d_interf, xmat, we);
Xexp = fcn2opt... |
classdef SurrogateSelector
methods (Static)
function [xPreSample, zPreSample, xDistant] = chooseDistantPoints(n, xSample, zSample, xTrain, xmean, sigma, BD)
% choose 'n' of the xSample data, preferably not near to the xTrain data
%
% n -- the number of points to return
% xSample, zSa... |
function dcdpval = exp_d2Dproc_dcdp(coefs,bvals,pars,more)
[m,n] = size(bvals);
devals = exp(bvals(1:m-1,:) * coefs);
ddevals = exp(bvals(2:m,:) * coefs);
% colnames(devals) = more.names;
% colnames(ddevals) = more.names;
% names(pars) = more.parnames;
H1 = more.d2fdxdp(ddevals,more.qpts,devals,pars,more.more);
H2... |
function out = restore()
% RESTORE()
% Description:
% Restores the configuration to initial default.
% Examples:
% dj.config.restore
out = dj.internal.Settings.restore();
end |
%% Rankine Cycle Parameters
format compact
format short
close all
clear
clc
%% Data Import
% The header are as follows:
% Time (sec) Boiler Temperature (C) Turbine Inlet Temp (C) Turbine Exit Temp (C) Boiler Pressure (PSIG) Turbine Inlet Pres (PSIG) Turbine Exit Pres (PSIG) Fuel Flow (L/min) Generator (RPM)... |
function tf=mapContains(M, k)
% TODO: Replace this function with M.isKey(k). isKey is built-in and does
% the exact same thing!
tf = ~isempty(find(contains(M.keys, k)));
warning("MSTD DEPRECATION NOTICE: Replace the function mapContains() with <map>.isKey(<key>)!");
end |
function q = produitphiderp2(x,k,il,jl,n)
%Entree x valeur courante
% k n° du maillage
% il,jl indice de la fonction à multiplier
% n nombre d'intervalles
%Sortie produit phi'J*phi'I
q=phibasederp2(x,k,il,n)*phibasederp2(x,k,jl,n);
end |
function test()
prototxt = {'3_prototxt_solver/lenet5/train_val.prototxt','3_prototxt_solver/lenet_300_100/train_val.prototxt', '3_prototxt_solver/L2/train_val.prototxt' , '3_prototxt_solver/vgg16/train_val.prototxt' };
caffemodel = '4_model_checkpoint/lenet5/lenet5.caffemodel.quantize.normalize','4_model_checkpoint/... |
function [xpos,zpos,gvals,ep,Nvorts] = initializer(Nx,omega,gam,av,bv)
xvals = linspace(-1,1,Nx);
zvals = -1/2:2/Nx:(1/2-2/Nx);
dx = 2/Nx;
disp('Mesh-size is')
disp(dx)
ep = .95*dx;
xpos = [];
zpos = [];
ovals = [];
cfun = @(x,z) (x/av).^2 + (z/bv).^2;
ofun = @(x,z) omega*exp(log(eps)*(cfun(x,z)).^18);
chi = @(r) 1.... |
function Q = rota0011fill(A00, A11, bgval)
%------------------------------------------------------------------------------
%
% The quincunx grid as constituted by A00 and A11 is rotated and mapped
% onto a rectangular grid together with the corresponding values.
% The excess area is filled by padding with value bgval i... |
function [backs, takes] = ex31( )
close all;
v = VideoReader('Barcelona.mp4');
h = v.Height;
w = v.Width;
O = 1;
F = 400;
M = read(v,[O,F]);
N = size(M,4);
prev = M(:,:,:,1);
takes = [];
%We always need the first one
takes = cat(1, takes, 1);
backs = [];
for i=1:N
cur = M(:,:,:,i);
%We calculate the distance ... |
classdef NaiveBayesClassifier < pipeline.classification.Classifier
%NAIVEBAYESCLASSIFIER Naive Bayes classifier as Pipeline Step
%% TODO: This code is almost identical to SVMClassifier
% Create template function for doExecute
%% Code
methods
function obj = Naiv... |
function [ output_args ] = Outer_Loop3( input_args )
%UNTITLED15 この関数の概要をここに記述
% 詳細説明をここに記述
end
|
% Author Deepak.
% Just provide the path of the image to add the noise or to restore the
% image.
clc;
f = imread('Place the path of your image file');
figure
imshow(f),title('Original Image')
[M N] = size(f);
% Any type of noise can b added to the image provided. Just see the
% imnoise2 file to see the variou... |
classdef IterativeMethod < handle
%ITERATIVEMETHOD An iterative method.
% This is a base interface for all iterative methods that tranform
% the current iterate to the next.
%
% See also: RUNNERACF.
%======================== METHODS =================================
methods (Abstr... |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.