text stringlengths 8 6.12M |
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function [rCleanUp] = rebuildDSSSsig(x_end3,beta, span, sps, pn, Ns, N, To)
x_end4 = x_end3.*pn;
y = 1/N*sum(reshape(x_end4 , Ns, N));
rClean = (y >0);
tmp = repmat(rClean', 1,Ns);
tmp2= reshape(tmp',1,Ns*N);
temp_bits = tmp2.*pn;
timing_offset = To; % should be positive
shape = 'sqrt';
p = rcosdesign(beta,span,sps,sh... |
%ini_robot
q0=[0 0 0 0 0 0 0];
% q1b=[3*pi .1745 pi/3 pi/2 .5236 pi/1.5 0];
% q1=[.0873 .1745 .3491 .1745 .5236 .8727 0];
% q2=[.0873 0 -.3491 .2618 .8727 1.2217 0];
% q3=[-.1745 -.3491 .5236 .0873 -.1222 .3491 0];
% q4=[.1745 .1745 0 -.1396 .3191 -.5236 0];
% q5=[-.3491 -.3491 -.3491 0 -.0873 0 0];
%Iniciar Rbt
L1=... |
%% nh3_v4.mat TEST SCRIPT (T,rho) INDEPENDENT VARIABLES
%
% Franco N. Ferrucci
% ferruccifranco@gmail.com
% Oct 2018
%% Cleanup
clearvars -except nh3_v4 c
clc
%% f(T,rho), independent variables set
T_K = 300.5;
rho = 150;
%% Load parameters/variables
load nh3_v4.mat
c = conversion_factors();
fluid =... |
function Sim19
%% Reset
close all
clear
%% Load data
load('GroupsWOAisles.mat');
%% Set names
simName = '19 Groups without aisles, 5 min delay';
folderName = 'Sim19';
%% Set conditions
[Sim.Luminaires.View] = deal('narrow');
[Sim.Zones.DimAfter] = deal(duration(0,5,0));
[Sim.Zones.OffAfter] = deal(duration(0,5,0));... |
function [u_P, u_N, z_tilde] = ReducedControlAction_TrimerController(~, z_p, ~, z_0, Parameters)
%% Extract Parameters
kappa_1 = Parameters.kappa(1);
kappa_2 = Parameters.kappa(2);
kappa_3 = Parameters.kappa(3);
k = Parameters.Parameters_Actuation.k;
%% Polynomial Coefficients: c_6*y_2^6 + c_5*y_2^5 + c_4*y_2^4 + ... |
%for log part of 2... and also bx^a part
m = 10; % size of data
n = 2; % size of a; n-1 is the degree
x = [4, 4.2, 4.5, 4.7, 5.1, 5.5, 5.9, 6.3, 6.8, 7.1]';
y = [102.56, 113.18, 130.11, 142.05, 167.53, 195.14, 224.87, 256.73, 299.5, 326.72]';
z = log(y);
f = log(x);
d = solve_normal_eq(m, 2, x, z);
lnb = d(1);
a = d(2... |
%% Creates a Graph for a baseball's flight without drag
clear;
clc;
velnaught = input("Enter the ball's initial velocity: ");
angle = input("Enter the angle of ascent: ");
Xdistance = linspace(1,75,150);
vynaught = velnaught * sin((angle*(3.14/180)));
vxnaught = velnaught * cos((angle*(3.14/180)));
g = 9.8... |
function [grid] = grid_exp1( xmin, xmax, num_grid )
% Function grid_exp1
% [grid] = grid_exp1( xmink, xmax, num_grid )
%
% Purpose:
% Generate exponentially-spaced grids.
%
% Record of revisions:
% Date Programmer Description of change
% ========== ========== =====================
% 02/20/2013... |
modelOptions.useShift = 0;
modelOptions.predictionType = 'poi';
modelOptions.trainAlgorithm = 'fmincon';
modelOptions.normalizeY = 1;
modelOptions.meanFcn = 'meanConst';
modelOptions.hyp.lik = log(0.01);
modelOptions.hyp.cov = log([0.5; 2]);
modelOptions.covBounds = [ [-2;-2], [25;25] ];
modelOptions.likBou... |
function varargout = is_valid_first_saturation_derivative(varargin)
[varargout{1:max(1,nargout)}] = CoolProp_wrap(151,varargin{:});
end
|
function mosaic_build(FeatureVector, eigenVectors_multihist, eigenVectors_lbp, eigenVectors_hsv, MosaicResolution)
DATABASE_PATH = 'C:\image_database';
%PATH = 'H:\TNM025- Bilddatabaser\projekt\mosaic';
PATH = 'H:\MATLAB\mosaic';
FILE = 'obama.jpg';
Original_Image = imread(fullfile(PATH, FILE... |
clear all
[fname,fpath] = uigetfile('bruce.txt') ;
fid = fopen ([fpath,fname]);
count = 1 ;
while feof(fid) == 0 %are we done reading the file yet?
txtline = fgetl(fid);
token = strtok(txtline);
romline{count} = token;
count = count + 1 ;
end
%=========================... |
function [M, RHS] = transientTerm(phi_old, dt, varargin)
% function [M, RHS] = transientTerm(MeshStructure, h, dt, phi)
% Matrix of coefficients and the RHS vector for a transient term
% alfa \partial_t \phi
%
%
% SYNOPSIS:
% [M, RHS] = transientTerm(phi_old, dt)
% [M, RHS] = transientTerm(phi_old, dt, alfa)
%
% PA... |
%%
clear
close all
clc
Colors
%% domain
x = -100:.5:100;
%% true parameters
vSAF = 25;
DSAF = 16;
vCF = 13;
DCF = 10;
thetat = [vSAF;DSAF;vCF;DCF];
vt = RunModel(thetat,x);
%% observations
nobs = 200;
xobs = x(1) + (x(end)-x(1))*rand(nobs,1);
s = ones(nobs,1);
d = RunModel(thetat,xobs)+s.*randn(nobs,1);
data = [xobs... |
function Prop = PropensityFunction_GeneExp(x, Parameters)
% Propensity Function for Gene Expression
% Species: X = [X_1; X_2]
% Reactions: R1: X_1 --> 0 [gamma_1*X_1]
% R2: X_2 --> 0 [gamma_2*X_2]
% ... |
function output = GetFolder(input)
%Necessary input field:Path WhichLevel
%output field = FolderName FolderPath
ValidNecessaryField(input,'Path','WhichLevel');
FileSepIndex = strfind(input.Path,filesep);
if input.WhichLevel == fix(input.WhichLevel)
%将层数转换成正整数
if input.WhichLevel < 0
... |
classdef copse_force_B < copse_force
% Forcing, calcerous plankton evolution
methods
function D = force(obj, tyr_after_present, D)
% tyr_after_present - (negative) years after present day
% ' to convert to column vector to allow use of fast interpolation ... |
clear all;
close all;
H_poziom = 5:5:30;
load('poziom_5.mat');
zbiornik_1(1) = mean(RawVoltage.signals.values(:,1));
clear RawVoltage;
load('poziom_10.mat');
zbiornik_1(2) = mean(RawVoltage.signals.values(:,1));
clear RawVoltage;
load('poziom_15.mat');
zbiornik_1(3) = mean(RawVoltage.signals.values(:,1));
clear Raw... |
function [ output_args ] = rkmatrix_struct( table )
[r,c] = size(table);
if issparse(table)
[a s v] = svd(full(table));
else
[a s v] = svd(table);
end
k = nnz(diag(s));
if r > k || c > k
a = a(:, 1:k);
b = v(:, 1:k) * s(1:k, 1:k)';
else
... |
function sig = sbxpullsignalspacked(varargin)
fname = varargin{1};
dash = find(fname=='_');
mouse = fname(1:(dash(1)-1));
day = fname((dash(1)+1):(dash(2)-1));
expNum = fname((dash(2)+1):end);
curdir = cd;
experiment = [mouse,'_',day,'_',expNum];
% dataDir = ['C:\Data\dms\',mouse,'\',mouse,'_',day];
% dataDir = ['C:\... |
% File: P5_84.m for Problem 5-84
clear;
clf
global c;
BTb = 0.3;
Tb = 1;
N = 20;
dt = 2*Tb/N;
t = -2*Tb:dt:2*Tb;
A = BTb*sqrt(2*pi/log(2));
c = -2*(pi^2)*(BTb^2)/log(2);
p = zeros(length(t),1);
for (i = 1:1:length(t))
a = (t(i)/Tb)-0.5;
b = (t(i)/Tb)+0.5;
p(i) = A*quad(@P5_84I,a,b);
end;
plot(t,p);
xlabel... |
%{
# Document
document_id : int
---
document_name : varchar(30)
document_data1 : attach
document_data2 : attach@main
document_data3 : filepath@main
%}
classdef Document < dj.Lookup
end |
function printInfo(obj)
% PRINTINFO(OBJ) is a quick method to print some of the most useful
% information from a Satellite object. The information required should be
% generated from the updateFromTLE() and updateOrbit() methods.
%
% In Class: Satellite
% Title
fprintf('----------------------------------------... |
function [y, J] = chaosfn(Theta, X, L, m, q, ActiveFN)
%CHAOSFN is the objective neural net function used to run
% test for chaos and to compute the Lyapunov exponent.
% Y = CHAOSFN(THETA, X, L, m, q, ActiveFN) where X is a
% time series and THETA is a vector of parameters.
A = reshape(Theta(1:q*m), m,... |
function [Bcum, Mcum, r] = findthickmpoleraddifm(rin, PolynomA, PolynomB,L, irho, E0, max_order,num_steps)
%FINDTHICKMPOLERADDIFFM
% Fourth order-symplectic integrator constants
persistent DRIFT1 DRIFT2 KICK1 KICK2
if isempty(DRIFT1)
DRIFT1 = 0.6756035959798286638;
DRIFT2 = -0.1756035959798286639;
... |
function [S_o] = bandpassfilter(S_i,Fs,F_low,F_high,BWrel_transband,Atten_stopband)
%Bandpass filters data and returns it
% Bandpass filters data and returns it using F_low/high as lower/upper
%passband.
%Transition band is BWrel_transband, for example 0.15 is 15% relative of
%F_low/high respcetivly
%test of ... |
function stan_fig_cadata_driftanalysis_all()
%
%
%
%
[options,dirs]=stan_preflight;
ext='lib';
[fig,fig_stats]=stan_mu_ca_timecourse(ext);
names=fieldnames(fig);
for i=1:length(names)
if length(strfind(names{i},'frac'))>0
set(fig.(names{i}),'units','centimeters','position',[10 10 4.5 2],'paperpositionmode','auto')... |
% Anti-symmetric matrix for the meet operation dual Plücker coordinates
function Lx = pluecker_matrix(L)
Lx = [
0 , - L(1), - L(2), - L(3);
+ L(1), 0 , - L(4), - L(5);
+ L(2), + L(4), 0 , - L(6);
+ L(3), + L(5), + L(6), 0
];
end % function |
img = mat2gray(imread('colordifferencemap.bmp'));
figure, imshow(img), title('original');
img = Inhibit(img);
figure, imshow(img), title('inhibited'); |
function intNumber = twosComp2dec(binaryNumber)
% 转化二进制补码字符串为十进制数字
%--- Convert from binary form to a decimal number -------------------------
intNumber = bin2dec(binaryNumber);
%--- If the number was negative, then correct the result ------------------
if binaryNumber(1) == '1'
intNumber = intNumber - 2^length(b... |
%{ ---------- Info ---------- %}
% @date 29-Jan-2017
% @title PREPARATION
clear; close all; clc;
basename = '/';
datasetdir = [basename 'datasets/'];
matdir = 'mats/';
addpath('codes/');
%% Colorcharts to LAB
disp('START: convert colorcharts rgb to l*a*b*');
dirname = [datasetdir 'colorcharts/'];
l_a_b_colorcharts... |
function dZ=relu_backward(dA, activation_cache)
Z=activation_cache;
dZ=dA;
if Z <= 0
dZ = 0;
end
end |
clear all
close all
x = linspace(-1, 1, 1000);
mu = 0;
sigma = 0.01;
h_prep1 = normpdf(x, mu, sigma)/normpdf(0, mu, sigma);
delta_num = 5;
h_prep2 = zeros(1, 1000);
h_prep2(1+length(h_prep2)/delta_num/2:length(h_prep2)/delta_num:end) = 1;
h = conv(h_prep1, h_prep2, "same");
delta_num = 3;
f = zeros(1, 1000);
f(1+len... |
clc;
clear;
close all;
Size = 100;
sSize = sqrt(Size);
[x, y] = meshgrid([1:sSize], [1:sSize]);
xpos = reshape(x, 1, Size);
ypos = reshape(y, 1, Size);
createVotes;
epoch = 40;
eta = 0.2;
[nbrVotes, nbrAttrib] = size(votes);
outputSize = Size;
inputSize = nbrAttrib;
weights = rand(outputSize, inputSize);
for i = 1:... |
addpath E:\BMS\ECM\Matlabfiles\work\readonly
load E:\BMS\ECM\Matlabfiles\work\readonly\E2model.mat
% simSCM: Simulate series-connected-module packs (cells are connected in
% series to make modules; these modules are connected in parallel to make
% packs).
% The parameters for each cell may be different
% Initialize s... |
% just testing, a short cut for running the model
function testing(epoch)
if nargin == 0
epoch = 5000;
end
record = trainAgent(epoch);
save('record','record');
% eval the performance
quiz()
checkLearning()
beep % notice me that the program was ended
end
|
%% create object
clear all;
clear java;
rng(0); % seed random number generator for testing
%clc;
mode='fast';
%mode='standard';
switch mode
case 'fast'
object=CloudDistanceFast;
label='(fast mode)';
otherwise
object=CloudDistance;
label='(standard mode)';
end
total=tic;
%% defi... |
%% Colour Filter
%% This function can be used for separating or filter out Red components,
%% Green components and Blue Components of colors from the color images.
%% Function C = colorfilter(img,color)
%% input img = Color image (The input image should be a color image)
%% color = which color want to... |
%%
% Dobson Semi-imperical model
%%
clc;
clear all;
%%
S=0.75; %It must me calculated from field data.
C=0.10;%It must me calculated from field data.
alpha=0.65;
b_d=1.2748-0.519*S-0.152*C;
b_dd=1.33797-0.603*S-0.166*C;
rho_s=2.66; % in [g/m^3]
rho_b=2; % in [g/m^3] %It must me calculated from field data.... |
function y = phiprimeover2x(x,phi,s)
if (phi==0), % Quadratique
% pour phi = x^2,
% phi_prime = 2*x
% phi_prime_over_2x = 1;
y = ones(size(x));
end
if (phi==1), % Strictement convexe
% pour phi = sqrt( s^2 + x^2),
% phi_prime = x/sqrt( s^2 + x^2),
% phi_prime_over_2x = 1/sqrt( s^2 + x^2)/2
y = 1/2./sqrt(... |
% Question 5 %
% Part b %
% Construction of the Vandermonde matrix %
clc;
M_data;
n = 10;
A_van = zeros(m,n+1);
for j = 1:n+1
A_van(:,j) = M_t.^(j-1);
end
best_fit(M_t, M_ft, n) |
function [tof,v_transf_1,v_transf_2] = pork_chopLEG2(X1,X2,tdep,tarr,misun)
l=length(tdep);
m=length(tarr);
v_transf_1 = zeros(l,m,3);
v_transf_2 = zeros(l,m,3);
tof = zeros(l,m);
for i = 1:l
for j = 1:m
tof(i,j) = tarr(j)-tdep(i);
if tof(i,j) <= 0
tof(i,j) = NaN;
for k=1:3
... |
% help from Matlab
close all
disp('Example 2 of Matlab');
% The following example shows how to use these functions to detect lines in an image.
% Read an image into the MATLAB? workspace.
I = imread('circuit.tif');
% For this example, rotate and crop the image using the imrotate function.
rotI = imrotate(I,33,'cro... |
function [im] = dctcompr (infile,coeff,outfile)
% DCTCOMPR (infile,coeff,outfile)
% Image compression based on Discrete Cosine Transform.
% infile is input file name present in the current directory
% coeff is the number of coefficients with the most energy
% outfile is output file name which will be created
%... |
function target=Filter_for_temperatures(data,col,upper_limit,lower_limit)
target=data;
% disp('2')
filter_matrix= target(:,col)<lower_limit;
% disp('4')
target(filter_matrix,:) = [] ;
% disp('6')
filter_matrix= target(:,col)>upper_limit;
% disp('8')
target(filter_matrix,:) = [] ;
|
function time = getTime()
time = sprintf('[%d-%02d-%02d %02d:%02d:%02d] ', floor(clock));
end
|
%% load data and define constants
clc;
clear all;
load AlternansData.mat; % ecg_h , ecg_p1, ecg_p2, t_h, t_p1, t_p2
F_s = 1000;
T = 1 / F_s;
%% Decimate signal
df = 2;
ecg_h = decimate(ecg_h,df);
t_h = round(t_h / df);
F_s = F_s / df;
T = 1 / F_s;
%% Filter signal(s)
% cutFreq = 50; %Hz
% B = fir1(10000,cutFreq/(F_s/... |
settings_default;
% data_path = '_data/htrack_model/collision_finger/';
data_path = '_data/htrack_model/collision_palm/';
mode = 'hand';
%% Weights
w1 = 10;
w2 = 1;
damping = 0.1; num_iters = 8;
%% Load data
load([data_path, 'radii.mat']);
load([data_path, 'blocks.mat']); [blocks] = reindex(radii, blocks);
load([da... |
function [Tsys_etaX, Tsys_etaY, freq, wX, wY, maxSens_idx] = get_onoff_7pt_tsys(session, on_scan, off_scan, source, LO_freq)
% On/Off Tsys
addpath ../kernel/
scan_table; % Found in kernel directory
source_table; % Found in kernel directory
quick_map = 0;
overwrite = 0;
overwrite = overwrite | quick_map;
tic;
for p_... |
%{
# litter information
-> animal.Animal
-> animal.Animal
---
litter : varchar(64) # animal litter
%}
classdef AnimalLitter < dj.Manual
end |
function [ToBeRm,Mtooclose]=as_axonlist_distance_closerthandiameter(axonlist,criteria,PixelSize)
% distance matrix
Mdist=as_axonlist_distancematrix(cat(1,axonlist.Centroid));
% minimal distance is mean diameter:
diams=cat(1,axonlist.axonEquivDiameter)./PixelSize;
diams=repmat(diams,[1,length(diams)]);
diams=mean(cat(3,... |
function [pc,W,data_mean,xr,evals,percentVar]=ppca(data,k)
% PCA applicable to
% - extreme high-dimensional data (e.g., gene expression data) and
% - incomplete data (missing data)
%
% probabilistic PCA (PPCA) [Verbeek 2002]
% based on sensible principal components analysis [S. Roweis 1997]
% code slightly adapte... |
% MBLMEXC.M
% For expanded, magnetization profile plot (Bloch Equa)
% Called by mblbm
mblmexv = get(mbluimex,'Value') ;
if mblmexv == 1 ;
set(mbluimex, 'BackGroundColor', 'white') ;
if mblslpv == 1 ; % Semilog plots
set(mbluislp, 'BackGroundColor', 'white') ;
end ;
else ;
set(mbluimex, 'BackgroundColor', ... |
function g_h1 = gh1(x, lambda1)
g_h1 = x;
g_h1(x>=0) = 1;
g_h1(x<0) = -1;
g_h1 = lambda1*g_h1;
end
|
% ChangeLog file for the MatTuGames Toolbox
%
%
% Author: Holger I. Meinhardt
% E-Mail: Holger.Meinhardt@wiwi.uni-karlsruhe.de
% Institution: University of Karlsruhe (KIT)
%
%
%
% Requirements
% ------------
% This release of *MatTuGames* was developed and tested using *Matlab
% R2019b* and earlier ... |
% Coherent Noise Word Lock
close all; clearvars;
% Add kernel codes to path
addpath ../kernel/
% setup file info
dir = '/lustre/projects/flag/';
sub_dir1 = '/TMP/BF/';
sub_dir2 = '/word_lock_cov/';
% scan time
tstamp = '2017_07_25_22:29:55';
% system parameters
Nele = 40; % Antenna Eleme... |
function s = aga_dls( x, t)
%AGA_DLS - Dimensionless Agarwal solution in the aquifer
%
% Syntax: s = aga_dls(x,t)
%
% x(1) = Cd
% x(2) = rd
% x(3) = sigma
% t = time
%
% Description:
% Computes drawdon in the aquifer for a constant rate pumping test in a
% large diameter well with skin effect. The aquif... |
%%
close all
clc
%%
labelFontSize = 20;
ticksFontSize = 20;
lineWidth = 4;
% feature('locale')
%%
% Variables' names:
var_name_list = {'Q prod (W)',... % 1
'Q heater to reactor (W)',... % 2
'Q heater to exterior (W)',... % 3
... |
function varargout = GUI_endMeasure(varargin)
% GUI_ENDMEASURE M-file for GUI_endMeasure.fig
% GUI_ENDMEASURE, by itself, creates a new GUI_ENDMEASURE or raises the existing
% singleton*.
%
% H = GUI_ENDMEASURE returns the handle to a new GUI_ENDMEASURE or the handle to
% the existing singleton*.
%
... |
function [z, zx1, zx2] = ckr2_regular(y, h, r, ksize)
% [CKR2_REGULAR]
% The second order classic kernel regression function for regularly sampled
% data.
%
% [USAGE]
% [z, zx1, zx2] = ckr2_regular(y, h, r, ksize)
%
% [RETURNS]
% z : the estimated image
% zx1 : the estimated gradient image along the x1 ... |
classdef optimizationObject < handle
% Structural Topology Optimization class. Constructor requires
% femObject and optimization setting struct. Default optimization
% settings are found in 'defaultOptimSettings()'
properties
fem % FEM Object
ss % BESO Optimizati... |
[X Y] = meshgrid(-2:1:2);
nodes = [X(:), Y(:)];% + rand(25, 2) - 0.5;
n_nodes = length(X);
z = func_to_test_2D(nodes);
Z = zeros(n_nodes, n_nodes);
for n = 1 : n_nodes
Z(n,:) = z((n - 1)*n_nodes+1 : n*n_nodes);
end
figure
surface(X, Y, Z);
hold on;
n_samples = 81;
[X Y] = meshgrid(-2:(2 - (-2))/(n_samples-1):2);
p... |
function a = mcf(RING,dp0)
%MCF momentum compaction factor
% MCF(RING) calculates momentum compaction factor of RING
%
% MCF(RING,DPP) computes the momentum compaction for off-momentum DPP
if nargin < 2, dp0=0; end
ddp = 0.000001;
fp0 = findorbit4(RING,dp0);
fp = findorbit4(RING,dp0+ddp);
% Build initial condition vec... |
function [beam_code_book_from_matlab] = generate_beam_codebook_32_angulars()
%GENERATE_BEAM_CODEBOOK 此处显示有关此函数的摘要
% 此处显示详细说明
rx_beam_num = 32;
tx_beam_num = 32;
beam_codebook = zeros(32*32,32*32) + zeros(32*32,32*32)*1i;
angular_set = linspace(-pi,pi,32);
for i= 1:rx_beam_num
for... |
function [model,latnVar,varPar] = trainAHDStochBlockModel(N,M,Y,K)
% function [model,latnVar] = trainHDStochBlockModel(Y,K)
% training a Scale-free blockmodel by variational EM
% input: N, M, node and link numbers
% Y, M by 2 matrix, each row stores a link (head, end)
% K, cluster number
% ouput: mo... |
% Calculate the Shaw forward problem for a model m
% for data points in s and equidistant model points in th
% from Parameter Estimation and Inverse Problems, 3rd edition, 2013
% by R. Aster, B. Borchers, C. Thurber
%
function g = shawforward(s,mbasis,th,dth)
m=length(s);
g=zeros(m,1);
for i=1:m
... |
%% isss_multiband.m
% Script to run for pilot scans comparing ISSS, multiband, and the new
% hybrid scanning protocol. Ported from my previous ISSS_test script.
% Author - Matt Heard
%% Startup
sca; DisableKeysForKbCheck([]);
Screen('Preference','VisualDebugLevel', 0);
try
PsychPortAudio('Close');
catch
d... |
%% HW 4
%% Q2
clear
clc
miu = 0.5;
fm = 2;
fc = 1000;
fs = 4*fc;
L = 2;
t = linspace(0,L,L*fs);
%since ammod() gives suppressed carrier signal we define x of t as follow
x =1 + miu*sin(2*pi*fm*t);
u = ammod(x,fc,fs);
SNR1 = 10;
SNR2 = 14;
noise = randn(1,L*fs);
%define noise coefficients... |
function [matrix] = hat(vector)
% map from a vector to a skew symmetry matrix
matrix = [ 0, -vector(3), vector(2)
vector(3), 0, -vector(1)
-vector(2), vector(1), 0];
end
|
function mic_data=analyze(dataset)
mic_data = [];
windowSize = 1000;
sampleRate = 1250;
points = size(dataset, 3);
fAxis = (0:windowSize-1)*sampleRate/windowSize;
for i=1:points
trial_data = dataset(:,:,i);
trial_results = [];
for channel=1:3
data = ... |
function yes_no = is_table_variable(tbl, varname)
% return true/1 if the variable is in the table
yes_no = false;
if sum(strcmp(tbl.Properties.VariableNames, varname))
yes_no = true;
end
|
% Project 2
if ~exist('output', 'dir')
mkdir('output')
mkdir(['output' filesep 'part2i'])
mkdir(['output' filesep 'part2ii'])
mkdir(['output' filesep 'part2iii'])
mkdir(['output' filesep 'report'])
mkdir(['output' filesep 'code'])
end
% Test points
x = cell(5,1);
y = cell(5,1);
x{1} = [3.6942;1... |
% pAlignGroupToModel tells what each column in a motif group, and what each
% location for possible insertions between models, corresponds to in the model
% load 'MotifLibrary\IL_018.mat'
% JAR3D_path
% [filePaths,Node] = pWriteSingleJAR3DModel(Search,'IL_018',1)
% T = pAlignMotifGroupToModel(Search,Node,'IL_018','IL_... |
function [calcMode,err,modeSpecified] = options2Mode(net,nameValuePairs)
% Copyright 2013-2015 The MathWorks, Inc.
calcMode = [];
modeSpecified = false;
%=================== Override Default Options
options = nnet.options.calc.defaults;
options.reduction = net.efficiency.memoryReduction;
[options,err] = nnet.option... |
mat = load('J_02.mat')
matPlot(mat.mat)
function matPlot(mat)
for i = 1:size(mat,1)
Xs = mat(i,1:3:size(mat,2));
Ys = mat(i,2:3:size(mat,2));
refreshdata
scatter(Xs,1000-Ys);
xlim([0 2000]);
ylim([0 1000]);
drawnow
pause(0.04);
end
end |
function [dat, pos]= nanread(filename)
% res=regexp(a,'----------- (?<day>\d{1,2})\s+(?<month>\w+)\s+(?<year>\d+)\s+(?<hour>\d+):(?<minute>\d+):(?<second>\d+)\s-----------\s', 'names')
%
%
% res=regexp(a,'----------- (?<day>\d{1,2})\s+(?<month>\w+)\s+(?<year>\d+)\s+(?<hour>\d+):(?<minute>\d+):(?<second>\d+)\s--------... |
function y = vl_nnl2norm(x, varargin)
%VL_NNL2NORM - apply L2 normalisation to features
% Y = VL_NNL2NORM(X) - applies L2 normalisation to each channel of the input
% tensor X (which has shape H x W x C x N).
%
% DZDX = VL_NNL2NORM(X, DZDY) computes the derivatives of the block
% projected onto DZDY.
%
% VL_NNL... |
clear all;clc
global c m k f w
c = 3;
m = 1;
k = 10;
f = 10;
w = 0.5;
tspan=[0:.001:30];
y0=[1;0];
[t,y]=ode45('forced',tspan,y0);
j = diff(y(:,2))./(diff(t));
plot(t,y,t(1:length(t)-1),j);
grid on
xlabel('time')
ylabel('Displacement')
title('Displacement,Velocity, and Position Vs Time')
legend('Displac... |
classdef TimeRegion < handle
properties
state
time
allaxes;
patches
patch_listeners
label_text
popup
all_labels
end
properties (SetObservable)
label
end
properties (Constant)
states =... |
function [pupil,tip,tilt,piston] = rmTTP( pupil, mask )
%rmTTP Removes TTP from a pupil mask
% Calculates overlap integral with tip and tilt masks, then subtracts
% them. Seemed faster to rewrite than to find the previous
% implementation.
% divide tip and tilt by the optic radius to get the angle in radia... |
function Loc=tDhashsearchvar(x,y,m,n,a,b,img)
%m为搜索的区域宽，n为搜索区域长；（x，y=1）为搜索区域的起点位置；a为搜索块宽度，b为搜索块长度，x1为搜索的阙值，img为被搜索的图片
%FASTSEARCHMEANVAR 此处显示有关此函数的摘要
% 此处显示详细说明
% Test sub-functions
[m,n]=size(img);
img=double(img);
res=zeros(m-a+1,n-b+1);
vars=zeros(m-a+1,n-b+1);
for i=1:m-a+1
for j=1:n-b+1
if i==1 && j=... |
function Mb=clearMouse;
[Mx My Mb]=GetMouse;
while ~all(Mb==0)
[Mx My Mb]=GetMouse;
end |
function I = flip_image(I)
%Flips the image in the LR direction
for i = 1:size(I,3)
I(:,:,i) = fliplr(I(:,:,i));
end |
%DEFLECTION EVALUATION for fast transmission along y:
%DIAMETERS OF THE SHAFT(BEARING-GEAR-SHOULDER):
d_b=15;
d_g=20;
d_s=25;
%PARAMETERS OF THE SHAFT SECTIONS:
Ib=(pi*d_b^4)/64;
Ig=(pi*d_g^4)/64;
Is=(pi*d_s^4)/64;
Jb=(pi*d_b^4)/32;
Jg=(pi*d_g^4)/32;
Js=(pi*d_s^4)/32;
E_rig=205*1000;
G_rig=79000;
%BEARINGS REACTIONS:... |
clear;
close all;
index_actuation=0; % underactuated=1
num_thruster = 6;
dim_control = 3;
path = './';
tcontroller = csvread(strcat(path, 'controller.csv'),1,0);
testimator = csvread(strcat(path, 'estimator.csv'),1,0);
% GPS = csvread(strcat(path, 'GPS.csv'),1,0);
tplanner = csvread(strcat(path, 'planner.csv'),1,0);
... |
function varargout = Ejercicio5(varargin)
gui_Singleton = 1;
gui_State = struct('gui_Name', mfilename, ...
'gui_Singleton', gui_Singleton, ...
'gui_OpeningFcn', @Ejercicio5_OpeningFcn, ...
'gui_OutputFcn', @Ejercicio5_OutputFcn, ...
'gu... |
function [RepSol RepBMat]=p_replicate_prk(clv,x,scl,smc)
% P_REPLICATE_PRK replicates the pre-kernel solution x as a pre-kernel of
% the game space v_sp.
%
% Usage: RepSol=clv.p_replicate_prk(x,scl,smc)
% or
% Usage: [RepSol RepBMat]=clv.p_replicate_prk(x,scl,smc)
%
% This call needs for a 14-person game more than 6 G... |
function [ signal_error_params, signal_orig_params, signal_recon_params ] = analyze_test_vector(test_vector, verbose = 0, do_plot = 0)
curr_dir = pwd();
addpath(curr_dir);
[ vector_dir vector_name vector_ext ] = fileparts(test_vector);
[ parameters, sig_lvls, samples, signal_original, signal_recons... |
function [tracks,tracks_lost_1,nextId,FlagPred] = trackletsPolyBbox_V2(...
PolyBboxes_0,tracks,VisiThre,nextId,frame_i,Level )
% modified from Motion-Based Multiple Object Tracking
% input ------------------------
% bbox detection results
% tracks tracklets
% VisiThre threshold for... |
% wm_complex01.m
% Animation of a travelling wave
% Visualization of complex numbers using colors to show the phase
% Ian Cooper
% email: ian.cooper@sydney.edu.au
% School of Physics, University of Sydney
% DOING PHYSICS WITH MATLAB
% https://d-arora.github.io/Doing-Physics-With-Matlab/
clear all
close all
clc
... |
function out_bits = tx_make_int_num_ofdm_syms(tx_bits, sim_options)
global sim_consts;
n_tx_bits = length(tx_bits);
n_syms = sim_consts.NumDataSubc;
n_bits_per_sym = get_bits_per_symbol(sim_options.Modulation);
n_ofdm_syms = ceil(n_tx_bits/(n_syms*n_bits_per_sym));
% if Radon Hurwitz transform is used we need an ev... |
function [history,exitflag,lambda] = runfmincon
% =========================================================================
% This function calls the optimization function fmincon
%
% Credits:
% Ricardo Fontes Portal
% IDMEC - Instituto Superior Tecnico - Universidade Técnica de Lisboa
% ricardo.portal(at)dem(.)... |
clear all ; close all ;
currs = {'AUDCAD','AUDCHF','AUDJPY','AUDNZD','AUDSGD','AUDUSD','CADCHF','CADHKD','CADJPY','CHFJPY','CHFSGD','EURAUD','EURCAD','EURCHF','EURDKK','EURGBP','EURHKD','EURJPY','EURNZD','EURPLN','EURSEK','EURSGD','EURTRY','EURUSD','GBPAUD','GBPCAD','GBPCHF','GBPJPY','GBPNZD','GBPUSD','HKDJPY','NZD... |
% since FlowNet can not run detection on raw image of 2880*1440 resulution
% we downsample the input images first
clear
file_path = 'flownet2-pytorch/video2/';% Path to original images
img_path_list = dir(strcat(file_path,'*.png'));
img_num = length(img_path_list);%the total number of images
if img_num > 0
... |
function cor2zero
%set horizontal and vertical correctors to zero
COR=getappdata(0,'COR');
status=COR(1).status;
z=zeros(length(status),1);
setsp('HCM',z,status);
status=COR(2).status;
z=zeros(length(status),1);
setsp('VCM',z,status);
|
function W = lr2W(l,r,varargin)
% Takes two views of N points over T frames in the format:
%
% l = [ x1(1) y1(1) x2(1) y2(1) ... xN(1) yN(1) ]
% [ x1(2) y1(2) x2(2) y2(2) ... xN(2) yN(2) ]
% [ ... ]
% [ x1(T) y1(T) x2(T) y2(T) ... xN(T) yN(T) ]
%
% r = [ u1(1) v1(1... |
function ay_paper_simulator()
T= linspace(0.1,1.5,2);
Xs = -4:0.2:4;
fid = fopen('normal.txt','wt');
fclose(fid);
fid = fopen('normal_count.txt','wt');
fclose(fid);
fid = fopen('normal_binary.txt','wt');
fclose(fid);
fid = fopen('normal_binary_count.txt','wt');
fclose(fid);
for rpt = 1:10
... |
function Y = Pej_Transform_logistic(X)
Y = 1./(1+exp(-X));
end |
% Calculates the STEERED focus location in HASgui.
% Base workspace script.
%
% This version moves the lines (hs1, hs2, hs3, hs4, hs5, hs6) on the box model.
% Changes:
% 1/26/11 - Changed name to calcfocus5 and call to displa5.
% If not phased array, lines are not moved since the lines don't
... |
% This test consist to check the correct behavour of the
% generatePathUsingGBM function, we sill check:
%% Test Class Definition
classdef Test_2_optionValuation < matlab.unittest.TestCase
methods(TestMethodSetup)
function setup(testCase)
% Install all project functions to get access to it:
... |
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