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%=============Author:小范同学================%
%=======福州大学物理与信息工程学院===========%
%==============2020.06.06==================%
%=============通信原理课程设计==============%
function varargout = Login(varargin)
gui_Singleton = 1;
gui_State = struct('gui_Name', mfilename, ...
'gui_Singleton', gui_Singleton... |
% FACEDEMO Illustrates how to use the Kin2 object to get and draw the
% face data
%
% Note: You must add to the windows path the bin directory containing the
% Kinect20.Face.dll.
% For example: C:\Program Files\Microsoft SDKs\Kinect\v2.0_1409\bin
%
% Juan R. Terven, jrterven@hotmail.com
% Diana M. Cordova... |
function outopt = param_select_stokes(tol,inopt)%,ErrorType
%Control that at least L and xi are given, compute x and f if not
%given, select N =10 if not given
% tol = varargin{1};
% inopt = varargin{2};
% ErrorType = varargin{3};
% checkInopt(inopt);
outopt.xi = inopt.xi;
F = sum(norm(... |
% Description: FSE 100 - Lab #3 - Post Lab - Diode IV
% Author: Anthony Kosednar
% Date: 09/11/2012
% I-V Curve Diode
% Define Variables
v = [-5.0 -4.47 -3.99 -3.50 -3 -2.45 -2.02 -1.51 -1.04 -0.70 -0.15 0.15 0.70 1.04 1.51 2.02 2.45 3 3.50 3.99 4.47 5.0]
i = [0 0 0 0 0 0 0 0 0 0 0 0 0.13 0.46 0.86 1.31 1.7 2.19 2.64 ... |
function demo_Supervoxel
%Demo function for video segmentation using supervoxel
%2013.11 - Liang Yuling
addpath(genpath('algorithms'));
% parameter settng
sigma = 30; %gaussian parameter
PATCH_SIZE = 25; % initial supervoxel size(seeds) 12-200sp
alpha = 0.0003; % RW parameter
pictureDir = './data';
pictureName = ... |
function[m] = meannan(v,dim)
%takes the mean along the columns of a vector or matrix
%it ignores any nans that it comes across
if nargin < 2
dim = 1;
end
ind = isnan(v);
numnan = sum(ind,dim);
v_nonan = v;
v_nonan(ind) = 0;
v_sum = sum(v_nonan,dim);
N = size(v,dim)-numnan;
ind = find(N==0);
N(ind) = NaN;
... |
function [x,isterm,dir] = eventfun_V2(t,Y,p)
%% Evaluating size of derivatives
t = 0; %the t variable isn't used but needs to be defined.
rhss = dAdt_efficient_correct_V2(t,Y,p);
x = norm(rhss) - 1e-7;
isterm = 1;
dir = 0; %or -1, doesn't matter
end
|
function [orbit,fixedpoint] = findorbit4(RING,dP,varargin)
%FINDORBIT4 finds closed orbit in the 4-d transverse phase
% space by numerically solving for a fixed point of the one turn
% map M calculated with LINEPASS
%
% (X, PX, Y, PY, dP2, CT2 ) = M (X, PX, Y, PY, dP1, CT1)
%
% under the CONSTANT MOM... |
function main()
%生成数据
TotalVNFs = 6; %VNF的种类
N_Reqs = 100;
%生成数据
[nodes, G, n] = genNodes('pdh.txt');
% [nodes, G, n] = readNodesFile('nodes.txt');
requests = genRequests(TotalVNFs, N_Reqs, n);
% requests = readReqFile('service_request.txt');
vnfs = genVNFs(TotalVNFs);
% vnfs ... |
% ADVISOR data file: WH_SMCAR_IDEAL.m
%
% Data source:
%
% Data confirmation:
%
% Notes:
% Defines tire, wheel, and axle assembly parameters for use with ADVISOR 3.0, for
% a hypothetical small car. Ideal system - no losses.
%
% Created on: 12/20/00
% By: Tony Markel, NREL, tony_markel@nrel.gov
%
% Revision history ... |
function [ a ] = SpeedOfSound( gamma, t )
% Calculate the local speed of sound based on static values
R = 287;
a = sqrt(gamma * R * t);
end
|
function [dy] = pendulumSIMULATE(t,y,weird,action,time)
%x_bar = y - xy;
%angle = y(1) - xy(1);
%if angle < 0
% complement = 2*pi + angle;
%else
% complement = 2*pi - angle;
%end
%if angle < abs(complement)
% x_bar(1) = angle;
%else
% x_bar(1) = complement;
%end
%u = -K*x_bar;
%if u > 5
% u = 5;
%end
%if... |
function process_all_ddbb
% This function compute the ECG for the processed ddbbs
% contained in path_ddbb. Results are stored in path_res
%
% by Felipe Alonso-Atienza (felipe.alonso@urjc.es)
% www.tsc.urjc.es/~felipe.alonso
clc, close all;
path_ddbb = '../data/preprocessed ddbbs/';
path_res = '../data/computed par... |
function gmt = predict_gm_thickness(brwt, bvol)
% Function for computing grey matter thickness (cm) from brain volume
% using regression log-baesd regression in Hofman (1989), eqn 9 (Fig 8 caption)
%
% Input:
% brwt: brain weight (g)
% bvol: [native units] brain volume (cm^3)
%
% Output:
% gmt: grey matter thic... |
% clusterLevelPermutationTest2x2() - Performs permutation test between 2x2 samples. For multiple comparison
% correction, cluster-level correction is applied [1].
%
% Reference: [1] Groppe, Urbach, Kutas, 2011. Mass univariate analysis of
% ... |
function scores = runKristianEval(frames,imagePaths,images,tfs)
import affineDetectors.*;
curDir = pwd;
krisDir = helpers.getKristianDir();
if(~exist(krisDir,'dir'))
error('Kristian''s benchmark not found, cannot run\n');
end
scores = zeros(1,numel(frames));scores(1,1) = 1;
addpath('./');
for i = 2:numel(frames)
... |
function X = newton2(th1, th2, th3,x,y,z)
%NEWTON 이 함수의 요약 설명 위치
% 자세한 설명 위치
tol = 0.01;
X = [th1;th2;th3];
while(1)
th1 = X(1,1);
th2 = X(2,1);
th3 = X(3,1);
X_prev = X;
F = [1000000*cos(th1)*cos(th2) - 1000000*cos(th1)*sin(th2)*sin(th3) + 1000000*cos(th1)*cos(th2)*cos(th3)-x... |
%% xiaomeng added
global bitValue;
global ExpFileName BenchmarkNetFileName;
global populationSize;
% ExpFileName = 'data_ICMPeEPI_5genes_unique.txt';
% BenchmarkNetFileName = 'benchmark_ICMPeEPI_5genes.txt';
bitValue = zeros(1, 32);
for i = 1:32
bitValue(i) = 2^(i-1);
end
%%
global num_gene;
global num_celltype;... |
clear;clc; close all;
addpath(genpath('Functions'));
ProjectName = 'sheng'; %%%%%
RhythmMode = {'evoked','ivectorlow','ivectorhigh'}; % % 'evoked' 'ivectorlow' 'ivectorhigh' 'isingle10' 'vectorlow'
SensorMode = 'all'; % 'batch' 'all' 'scouts'
Compare_Field = 'C';
file_location = [ '/dataslow/sheng/Project of Sheng/Re... |
function paddedArray= padToSquare(inArray,padSize)
% Pad inArray with by padSizex factor (calculated on largest dim)
% dimension. Adjust padding in each dimension so that paddedArray has the
% same size in all dimensions
imsize= size(inArray);
longestDim= max(imsize);
padding= floor(padSize.*longestDim - lo... |
function [HYST,BACKBONE,UNLOAD,RELOAD] = GENSTEPPEDHYSTERESIS_ADMS(nlresfun, contactfun, ...
Xstat, msp, Alphamax, Np, ...
MESH, M, L, opt, QuadMats, varargin)
%GENSTEPPEDHYSTERESIS_ADMS Quasi-statically extracts the Hysteresis an... |
function y = wcodemat(x,nb,opt,absol)
%WCODEMAT Extended pseudocolor matrix scaling.
% Y = WCODEMAT(X,NBCODES,OPT,ABSOL) returns a coded version
% of input matrix X if ABSOL=0, or ABS(X) if ABSOL is
% nonzero, using the first NBCODES integers.
% Coding can be done row-wise (OPT='row' or 'r'), columnwise
% (... |
function rp = ringpara(THERING,varargin)
%rp = ringpara, use global THERING
%rp = ringpara(THERING)
%rp = ringpara(THERING,U0), supply total radiation loss in MeV
%calculate various ring parameters
%(1) The calculation of emittance, mcf, momentum spread, bunch length, damping time, etc
%is more accurate than ats... |
% Slides for Joyce's image quality presentations.
% 1. The photopic luminance curve
load xyz
plot(wavelength,XYZ(:,2),'-')
grid on
xlabel('Wavelength (nm)')
ylabel('Responsivity')
set(gca,'xlim',[350 750]);
print -deps photopic.eps
% 2. The XYZ functions
plot(wavelength,XYZ(:,1),'r-', ...
wavelength,XYZ(:,2),'... |
function [crmfe] = crmfeADL(x,y)
[CoFull FitInfFull] = lasso(x(:,2:end), x(:,1));
BasketFull_1 = find(CoFull(:,1));
NewvariablesX = x(:,BasketFull_1+1);
NewvariablesY = y(:,BasketFull_1+1);
beta = (NewvariablesX'*NewvariablesX)^(-1)*NewvariablesX'*x(:,1);
actualReslt = y(:,1);
testResult = beta' * [ones(length(actualRe... |
clear
clc
MAXDIST=40;
%camera settings -- Phantom 4
f=3.6;
psize=0.00156192;
sensorWidth=4000;
sensorHeight=3000;
cameraInteriors=struct;
cameraInteriors.f=f;
cameraInteriors.cw=sensorWidth*psize;
cameraInteriors.ch=sensorHeight*psize;
cameraInteriors.psize=psize;
cameraInteriors.sensorWidth=senso... |
function [dp1 dp2] = my_dpmafc(pcorrect, m)
% function [dp1 dp2] = my_dpmafc(pcorrect, m)
% Computes d-prime for mAFC tasks.
% pcorrect: proportion of correct responses.
% m: number of alternatives.
%
% dp1 is accurate for m < 12.
%
% Both estimates of d-prime according to:
% Smith, JE: Simple algorithms for M-alterna... |
%Number 4 in Review
%read the image pollock, obtain a subimage that is the lower right quad
%Step one is to read in the image
img = imread('pollock.jpg');
imshow(img);
[row, col, ~] = size(img);
%Take into account a remainder before splitting image into 4
row_rem = mod(row,2);
col_rem = mod(col,2);
%We w... |
% Definicion de las variables para la matriz de adyacencia
N=4;
C=1;
S=2;
R=3;
W=4;
grafo=zeros(N,N);
grafo(C,[R S])=1;
grafo(R,W)=1;
grafo(S,W)=1;
% Definicion de los parametros del grafo
nodosDiscretos=1:N;
% 2 porque solo pueden ser true o false
tallaNodos=2*ones(1,N);
% creacion de la red bayesia... |
function [solution] = ...
prototype(gradTol,stepTol,ObjFuncTol,maxOptItr,maxSubProbItr,basisTreshold)
% Prototype for reduced model based topology optimization
clc;
% Problem interface directories
addpath ./interface2/;
addpath /scratch/maguilo/research/matlab/intrelab/tools/;
addpath /scratch/maguilo/research/mat... |
## użycie: calculate_DH(Z,A)
##
## Funckja implementuje algorytm Denavita-Hartenberga. Macierz 'Z' zawiera
## wektory definiujące kolejne osie 'z'. 'A' jest tablicą komórek, przechowującą
## macierze 4x4, za pomocą których można odwzorować układy współrzędnych
## kolejnych wektorów do bazowego układu współrzednych. W... |
function CA_Code = CAcodegen(PRN,LEN)
% GPS L1接收机本地伪码产生函数定义
% 输入输出定义：
% 函数输入变量：PRN为卫星号（1～32），LEN为产生伪码长度，1023点为一个完整伪码周
% 期，可设为1023
% 函数输出变量：CACode为长度LEN的伪码序列，双极性（+1,-1)
NUM=10;% 移位寄存器级数
g2s = [5; 6; 7; 8; 17; 18; 139;140;
141;251;252;254;255;256;257;258;
469;470;471;472;473;474;509;512;
... |
function simplecorrelation (root, reference)
% function simplecorrelation (root, reference)
if isstr(root)
all_data = read_img_series(root);
fprintf('\n Done reading the data. crunching ...');
hnames = dir(sprintf('%s*.hdr',root));
h = read_hdr(hnames(1).name);
else
all_data=root;
end
rmap = zeros( 1, size(a... |
function res = rats3(t, y)
a = 0.005;
omega = 2 * pi / 365;
res = a * y * (1 + 2*sin(omega * t));
end |
%********************************************************************
%Damage Evolution code for Intervertebral Discs
%Created for CFDRC project
%Author: Shruti Motiwale
%********************************************************************
clear all;
tic
disc_num=2;
%% Load input data for civilians
n_days1=365*30; %... |
function [tasa_aciertos,training_mlp,test_mlp] = som(n_iteraciones,filas_smo,columnas_smo,alfa_inicial)
#ENTRENAMIENTO
lines = dlmread('originalFiles/digitos.entrena.normalizados.txt',' ');
longitud_fichero = length(lines(:,1));
tamanyo_entrada = length(lines(1,:));
tamanyo_salida = 10;
#el fichero esta ... |
function [NormHys, Amplitude, Offset, FitLine1, FitLine2] = branchnormalizehys(Field,HysVals,FitRange)
% Centers and normalizes hysteresis loop
% No slope correction
% FitRange = [+minimum field, +maximum field]
MinField = min(Field);
MaxField = max(Field);
BranchMask = true(length(Field),1).';
BranchMask(floor(lengt... |
function Q10b(bx,by,gx,gy)
% Original header: maxDist(bx,by,gx,gy)
% Determine and print the maximum center-to-center distance from all
% possible pairs of disks that consist of one blue and one green disks.
% bx and by are vectors of the same length;
% bx(k) and by(k) are the x- and y-coordinates of
% the center of th... |
%set up constants
%sample time for fixed step size solver
Tsample = .001;
simTime = 5; %simulation time in seconds
%Motor torque constant
Kt = 1;
%motor electrical constant
Ke = 1;
%armature resistance
R = 1;
%moment of inertia of reaction wheel (and rotor)
IWheels = [1 1 1];
ISat = [1 1 1]; %moment of inertia o... |
classdef EventHandler < handle
properties
miss_events = 0;
swap_events = 0;
mach_events = 0;
end
methods
function matched_marker(obj,src,evtdata)
obj.mach_events = obj.mach_events+1;
disp(['Frame ' num2str(evtdata.iter_i... |
%define clusters
load('ws_Canaa_1990_1997.mat', 'diffMapa')
h9097 = length(unique(diffMapa))%3 clusters
load('ws_Canaa_1997_2000.mat', 'diffMapa')
h9700 = length(unique(diffMapa))%3 clusters
load('ws_Canaa_2000_2011.mat', 'diffMapa')
h0011 = length(unique(diffMapa))%4 clusters
clear diffMapa
%% ExpectationMaximizati... |
function [info] = jlaSampleMatch
%jlaSampleMatch - DESI file matching for reprocessing James's DESI samples
% Main h5 folder
h5Main = ['/Volumes/Data/Lab Data/Colorectal/JLA Samples/'...
'Fresh frozen/TO BE ORGANISED/Exactive/'...
'DESI -ve mode update 17.7.17/H5 files/'];
h5M = fileFinderAll(h5Main,'h5',true)... |
%Testing Random Waypoint mobility model.
s_input = struct('V_POSITION_X_INTERVAL',[0 5],...%(m)
'V_POSITION_Y_INTERVAL',[0 5],...%(m)
'V_SPEED_INTERVAL',[1 2],...%(m/s)
'V_PAUSE_INTERVAL',[10 30],...%pause time (s)
'V_WALK_INTERVAL',[2.00 6.00... |
function [Radar] = reading_HYDRA_C_data(pname, stDate, enDate, fname)
%%% Reading C-band radar data
%%% [Radar] = reading_HYDRA_C_data(pname, stDate, enDate, fname)
%%% pname - path to the data files
%%% stDate and enDate are starting and end dates of the event in the
%%% Matlab datenum format
%%% fname - something li... |
function RHS = matEvaluateConservativeNonhydrostaticRHS(obj, fphys, PhysClass)
RHS = 2 * fphys{1}(:,:,5) + fphys{1}(:,:,1) .* obj.hux - fphys{1}(:,:,2) .* obj.HBx;
end |
function out= fourier(inp)
% 1912.12302.B7
global lambda;
global beta;
lb=lambda;
m=gpuArray(0:2*lb-1);
out=zeros(1,4*lambda,'gpuArray');
for k=-2*lb:2*lb-1
idx=k+2*lb+1;
aa=sum(exp((pi.*1i.*m.*(k + 0.5))./lb).*inp(2*lb+1:4*lb));
out(idx)=aa;
end
out=out.*beta./(2*lambda);
end
|
function imgBlend = reconFBP2dMultiResolutionOld( sino, geom, window, nrsl, scale )
% Fan-beam CT filtered backpeoject reconstruction
% multi-resoltion piecewise linear frequency response FBP
% inout:
% sino - log sinogram
% geom - geometry parameters
% window - window function
% nrsl ... |
function [ F ] = center( F )
%UNTITLED2 Summary of this function goes here
% Detailed explanation goes here
n = sum(F,2)/2;
d = size(F,2);
F = F - repmat(n,1,d);
end
|
function prueba_22_03_21(muestras)
delete(instrfind({'Port'},{'COM4'})); %%Modificar puerto
a=serial('com4');
set(a,'BaudRate',115200);
fopen(a);%%Inicializa puerto
A=fscanf(a,'%f');
s=0;
for i=1:(muestras)
A=fscanf(a,'%f');
Temp1(i)=A(1,1);
Humi1(i)=A(2,1);
%Temp2(i)=A(3,1); %BME280
%Humi2(i)=A(... |
%gradient descent script
while (~converged )
[prior,prior_penalty] = prior_calculator(Current_Iterative_Image,prior_type,gamma);
likelihood = Current_Iterative_Image - imageNoisy;
Checker_Current = Current_Iterative_Image - 2*s*((1-alpha)*likelihood+(alpha)*prior);
%note: Xi-yi is the likelihood ... |
clc;
close all;
clear;
%% Extracting data
% ----Human forces
filename_dumpForces = 'humanForces/data.log';
forces = parseHumanForces(filename_dumpForces, 2);
% since this dataset consider only the 2 forces exchanged with the
% forceplates.
% ----Human state
filename_dumpState = 'humanState/data.log';
state = pars... |
function [deltaDatetime] = datestrDiff(dateStr1, dateStr2, inputFormat)
%DATESTRDIFF Compare the input date strings and output the difference
%(dateStr2 - dateStr1) as a datetime object.
%
% By default, inputFormat = 'yyyy/MM/dd HH:mm:ss', corresponding to the
% output format datetimeFormat = 'yyyy/mm/dd HH:MM:ss' for ... |
function [outcome,deck,count,pcards,dcards] = softhand(pcards,dcards,deck,count)
dd = 1; % Will change to 2 if player decides to double down
while 1
% Check if Dealer has 21
if (dcards(1) == 1 && dcards(2) == 10) || ...
(dcards(1) == 10 && dcards(2) == 1)
dcards(find(dcards==1,1)) = 11; % ... |
clear all
clc
N = 100;
epsi = linspace(-6,6,N);
a = linspace(-2,3,N);
kappa = 0.5;
sol = zeros(2);
dot = zeros(N*N,2);
T = 2*pi;
t = 0:T/2:T;
num_sol = 1;
h = waitbar(0,'Initializing waitbar...');
for i=1:N
for ii=1:N
A =@(t,x) [x(2);...
-kappa*x(2)-(a(i)-epsi(ii)*cos(t))*x(1)];
[~,theta] = ode113(A, ... |
function orbitODE_solver(a,e,i,O,w,t0,tf)
% Constants
G = 6.67430e-20; % Gravitational Constant (in km)
ME = 5.9725e24; % Mass of Earth
mu = G*ME; % Gravitational Parameter for Earth
% Rotation Matrices
C1_i = [1, 0, 0; 0, cos(i), sin(i); 0, -sin(i), cos(i)];
C3_... |
%% Different waveforms
clear, close all
fs = 44100;
t = (0:44100-1)/fs;
f = 1;
deltaPhase = 2 * pi * f / fs;
phase = 0;
phaseVector = zeros(1,length(t));
for i=1:length(t)
phase = phase + deltaPhase;
phaseVector(i) = phase;
end
sineWave = sin(phaseVector);
squareWave = (phaseVector < ... |
close all;clear all
clf
% Classical Interband Drude-Sommerfeld Model of Gold
c = 3e8;
w = 2*pi*linspace(1e14,1.5e15 ,1e4);
% w = 2*pi*linspace(5e14,6.0e14 ,1e4);
f = w/(2*pi);
l = 3e8./f;
% wp = 45e14;
% gamma = 8.35e-16;
% ll = 450e-9;
% w0 = 2*pi*c/ll;
% e_d = 4;
% e_g = 1 + wp^2./((w0^2 - w.^2) - 1i*gamma*w);
... |
function datetime_vals = generate_datetimes(time_in_hours, start_time)
% DATETIME_VALS = GENERATE_DATETIMES(TIME_IN_HOURS, START_TIME)
%
% Turn numeric data collection time points (in hours) into MATLAB datetimes
% DATETIME_VALS used by the circa diem toolbox.
%
% If no START_TIME is provided, DATETIME_VALS are gener... |
function lk = grec(X,EM)
mu = EM{2};
sigma = EM{3};
phi = EM{1};
d = size(X,2);
k = size(EM{1},2);
m = size(X,1);
lk = zeros(m,k);
for i = 1:k
% lk(:,i) = mvnpdf(X,mu(i,:),sigma{i});
sigma_p = sigma{i};
meanDiff = bsxfun(@minus, X, mu... |
function write_nls_file(fname, data, typ)
% WRITE_NLS_FILE - function that saves a Non-Local STAPLE compatible, file
% usually referred to as a mff file
%
% write_nls_file(fname, data, typ)
%
% Input: fname - the filename of the output file
% data - the data to write
% typ - the data type... |
%startCollectingRSSI
%This file sets matlab up to use the tool for collecting RSSI from chipcons.
%Make sure you type "make" twice from the
%tinyos/tools/java/net/tinyos/chipconRSSI directory to generate the
%appropriate java classes. Also make sure you setup matlab properly by
%reading the tinyos/doc/tutorials/matl... |
taskNames{1}='gr01';
taskNames{2}='gr02';
taskNames{3}='gr03';
taskNames{4}='gr04';
taskNames{5}='tv01';
taskNames{6}='tv02';
taskNames{7}='tv03';
taskNames{8}='tv04';
lambda=3;
NumOfMatroids=21;
runRouge=1;
runExp=1;
if runExp==1
for vsin=5:8
videoSet=taskNames{vsin};
NumOfSubset=12;
load([... |
%{
Copyright (c) 2017 Raghvendra V. Cowlagi. All rights reserved.
Copyright notice:
=================
No part of this work may be reproduced without the written permission of
the copyright holder, except for non-profit and educational purposes under
the provisions of Title 17, USC Section 107 of the United States Cop... |
order = 2;
mics = 1;
omega = pi/8; %angular frequency
lambda = pol2cart(omega, 1) * [1; 1i];
lambdas = diag([lambda, conj(lambda)]); %evals
%x = %input
%S = %evecs
%U = inv(S)* x; %state vector
F = 0;
U = pol2cart(omega, 1) * [1; 1i];
U = diag([U, conj(U)]);
A = rand(length(lambdas)*2); %structure coefficients
u = [di... |
function[XX,YY,ZZ,KAKOM,NFRE,TEISUU,KOTEI] = DATAIN3
NELT=16;NODT=16;
XX=100*[0 4 4 0 0 4 4 0 0 4 4 0 2 4 2 0]
YY=100*[0 0 4 4 0 0 4 4 0 0 4 4 0 2 4 2]
ZZ=100*[0 0 0 0 2 2 2 2 4 4 4 4 4 4 4 4]
KAKOM=[1 5;5 9;2 6;6 10;3 7;7 11;4 8;8 12;9 13
13 10;10 14;14 11;11 15;15 12;12 16;16 9]
NFREE=0;
KOTEI=[1 1 1 1 1 1 1
2... |
function fval = minMatchWageEmplDisp(z,emp_targets,rw_targets,disp_target,mean_l,mean_m,mean_s,corr_lm,corr_ms,corr_ls,AL0,AM0,AS0,param)
[~,~,~,fval,~] = matchWageEmplDisp(z,emp_targets,rw_targets,disp_target,mean_l,mean_m,mean_s,...
corr_lm,corr_ms,corr_ls,AL0,AM0,AS0,param);
end |
%% Initialization section
delete(instrfind({'Port'},{'COM15'}))
clear all; close all;clc;
ser = serial('COM15','BaudRate',115200,'InputBufferSize',100);
ser.ReadAsyncMode = 'continuous';
fopen(ser);k=[];
%%
close all, clc
q = [1,0,0,0];
qfE = [1,0,0,0];
G = [0,0,-1];
qI = [0,1,0,0];
qJ = [0,0,1,0];
qK = [0,0,0,1];
t... |
% =========================================================================
%
% This software was developed by employees of the National Institute of
% Standards and Technology (NIST), an agency of the Federal Government.
% Pursuant to title 17 United States Code Section 105, works of NIST
% employees are not subject t... |
%% Simulate response
rMax = {1 1};
c50 = {.2 .2 };
order = {2 2};
base = {0 0};
%input{1} = repmat([ones(10,1); -ones(10,1)],10,1);
%input{2} = repmat([-ones(10,1); ones(10,1)],10,1);
for iI = 0:.05:1,
w1 = 4*.33;
w2 = 5*.33;
ph2 = 0;
t = linspace(0,6*pi,200);
t2 = linspace(0,6*pi,200)+2*pi/1;
distalS... |
function loops_seed = pick_Seeds_surface()
% USPEX Version 9.3
% Change: block varcomp support added
% Change: the seeds structure would be added into the end of the POPULATION
% Change: VASP-5.2 format
global POP_STRUC
global ORG_STRUC
warning off
%-------------------------------------
cd Seeds
disp(' ');
disp('Re... |
load wiki.mat
path=wiki.full_path();
gender=wiki.gender()+1;
[age,~]=datevec(datenum(wiki.photo_taken,7,1)-wiki.dob);
N=length(path);
faceDetector = vision.CascadeObjectDetector('FrontalFaceLBP');
DataSetX=zeros(N,64*64*3);
DataSetGender=zeros(N,1);
DataSetAge=zeros(N,1);
disp('Début de la lecture des i... |
function fftwindowsize
f=1125;
fs=16000;
t=1/fs:1/fs:.1;
in=sin(2*pi*f*t');
modcycle=6;
fmod = 1000/modcycle;
in = in .* (1+sin(2*pi*fmod*t'-pi/2))/2;
rampdur=0.02;
% in=ramp(in,fs,rampdur);
p.pre_emphasis=0;
p.ScaleByOutLevel=1;
p.reference_SPL_dB = 50;
p.Q=100;
p.analysis_rate=500;
p.num_selected = 8... |
% Datos
fc = 200; % frecuencia de corte inferior en [Hz]
FC = 250; % frecuencia de corte superior en [Hz]
Fs = 1000; % frec. de muestreo en [Hz]
N = 10001; % longitud de la respuesta impulso
f1 = 0; % frec. mínima para el cálculo de la respuesta de frec.
f2 = 500; % frec. máxima para el cálculo de la respuesta de... |
feedback = PobRectangle();
feedback.Add(1, 'rel_x_pos', 0.5, ...
'rel_y_pos', 0.5, ...
'rel_x_scale', 0.3, ...
'rel_y_scale', nan, ...
'fill_color', [255 255 255], ...
'fill_alpha', 0, ...
'frame_color', [255 255 255]);
feedback.Register(wi... |
clear;
clc;
cd('./DataSets');
load SJAFFE;%10^-4,10^-2,10^-3
load SBU_3DFE;%10^-4,10^-2,10^-3
cd('../');
features = double(real(features));
% parameters setting
lambda1=10^-4;%L1
lambda2=10^-2;%L21
lambda3=10^-3;%correlation
rho = 10^-3;
times = 10;
fold = 5;
[num_sample, ~] = size(features)... |
clear; close all;
rng(6);
% 2D example
d = 2;
nx = 1000;
% Xf = [-1,-1;-1,1;1,-1;1,1];
Xf = rand(nx,d)*2-1;
% Xf = [cos(0:(pi/20):(2*pi));sin(0:(pi/20):(2*pi))]'+2;
nq = nx*(nx-1)/2; % number of queries
dX = zeros(nq,d); % attribute difference data
dXID = zeros(nx,nx); % pair to query id mapping
count = 1;... |
function [res] = thdwfft_sim_cell(sim)
% Part of non-coherent, windowed FFT, THD meter.
%
% Wrapper for known THD simulator.
% This is called for each simulated set of parameters.
%
% add alg. folder paths:
cellfun(@addpath, sim.paths.paths, 'UniformOutput', false);
% fetch correction data
d... |
% add Corke's toolbox
cd('D:\aslab_gitlab\kalmanfilter\ik_framework\toolboxes\Robotics_Corke')
startup_rvc;
% Model definition with Peter Corke's toolbox
% clear;close all;
% m1 = 1;
% m2 = 1;
% r1 = [0.005 -.5 0.005];
% r2 = [0.005 -.5 0.005];
% i1 = [1/12*(1*1+0.01*0.01) 0 0;...
% 0 1/12*(0.01*0.01 + 0.01*0.01... |
function process_featquery2()
% proccess featquery results from pvem experiment
% mark.bolding@gmail.com
RAWDATA = 2;
PARTIALFIT = 3;
MODELFIT = 4;
REDUCED = 5;
datacoltype = REDUCED;
stattype = 'maxzstat';
%% directory and file name lists
subjectdirs = {};
rundirs = {};
roidirs = {};
importfilelist('subjectdirs.txt'... |
function [beginIndex, endIndex] = searchAccInterval(data,windowSize)
%% find the begining and the end of acc in data so that only meaningful data will be displayed
if nargin == 1
% windowSize = 100;
% windowSize = 210;
% windowSize = 105;
windowSize = 300;
end
% num = numel(data);
% beginIndex = 1;
% endIndex... |
% find how to split the test images and detect the circles containing the
% letters
close all
clear all
clc
% reference correct split values to compute performances
verSplitRef = 160;
horSplitRef = 120;
showImage = 0;
% variables to store the errors
horErr = 0; % horizontal split error
verErr = 0; % ... |
function [X,vr] = popolnoPrirejanjeCeloSt(utezi,Graf)
%funkcija vrne popolno prirejanje grafa Graf z utezmi na povezavah
%Vhod:
% utezi 1xn matrika utezi povezav
% Graf je podan z incidencno matriko mxn ,kjer je n stevilo povezav, m
% stevilo vozlisc. Graf(i,j) = 1, ce je krajisce povezave j vozlisce
% i in... |
function [s30]=sleepRalph2(p,o,n,doprint)
%p=name of 1min data file
%o=name of 30min data file
%n= sleep definition (usually 5 or 30 (minutes))
% RALF(O) does Ralf-style multi-actogram plot on DAM data in O
%%(C)%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Copyright (C)Jeffrey Hall Lab, Brandeis ... |
lags = 3.161;
%lags = 3.1;
history = 50;
tspan = [0,3000];
sol = dde23(@ddefun2, lags, history, tspan);
lags2 = 3.20;
sol2 = dde23(@ddefun2, lags2, history, tspan);
figure('position', [0,0,800,500])
plot(sol.x, sol.y)
%xlim([2.00850*10^6 2.01000*10^6])
xlabel('t(minutes)')
ylabel('y(t)')
set(gca,'FontSize',20)
%title... |
function [ compensatedRGBimg, compensatedHSVimg ] = imgCompensation( RGBimg, b, mode )
% Performs brightness or contrast mods
BRIGHTNESS = 1; % V' = v + b
CONTRAST = 2; % V' = V * b
HSVimg = rgb2hsv(double(RGBimg)./255);
% Extract V channel
Vchan = HSVimg(:,:,3);
if(mode == BRIGHTNESS)
Vchan = Vchan + b;
else if(... |
function output_cell = sortCoordinateCellArray(ref,test,varargin)
% sortCoodinateCellArray = function takes in two cell arrays of coordinates
% and ouputs a cell array of the size of ref containing coordinates of test
% ordered by minimum distance
% INPUTS
% ref = cell array of point coordinates (reference)
% ... |
# Assume a 1000-string data set with a binary output feature.
# Assume a classification tree on the set with 4 terminal nodes.
# Consider the following contingency table between the partition and the output feature.
#
# Yes | No | Total
# S1 80 20 | 100
# S2 50 450 | 500
# S3 100 200 | 300
#... |
x1 = linspace(0,2.5,50);
x2 = linspace(0,2.5,50);
[X1, X2] = meshgrid(x1,x2);
%% Funnel Options
alpha = 3;
lambda = 0.1;
psi = lambda+alpha;
%% Control
u = @(x1,x2) min(-x1./(psi-x1).^2 -x2./(psi-x2),1);
%f_norm = @(x1,x2) sqrt(x1.^2 + u(x1,x2)^2);
%Z = surf(X1,X2,f_norm(X1,X2));
%%
f1 = @(x1,x2,t) x2;
Z = sur... |
function y = tentmap(x,p)
% TENTMAP(x,p) tent map of x at parameter p.
% p = 1.99999 is the chaotic one
if x > .5
x = 1-x;
end
y = p*x;
|
function [t, r] = fda(tmax, level, r0, v0, m)
% Solves nonlinear equation of motion using second order finite
% difference
% input
% tmax: final solution time
% level:(integer scalar) Discretization level.
% r0: initial positions 3x3 matrix
% v0: initial velocities 3x3 matrix
% initial masses 2x2 matrix
%output
% ... |
function b = fn_sizecompare(s1,s2)
% function b = fn_sizecompare(s1,s2)
%---
% compare size vectors by first making them the same length by padding with
% 1s; for example:
% fn_sizecompare(3,[3 1]) returns true
% fn_sizecompare(3,[1 3]) returns false
% Thomas Deneux
% Copyright 2005-2012
l1 = length(s1);
l2 = length(... |
clc
clear
close all;
% %add pre MatConvNet setup
vl_setupnn;
% seting parameters...
opts.dataDir = fullfile('F:\Documents\MATLAB\Data\MNIST','mnist') ;
opts.train.batchSize = 100;
opts.train.numEpochs = 3 ;
opts.train.learningRate = 0.001 ;
%prepare data
imdb = getMnistImdb(opts);
f=1/100 ;
net.layers = {} ;
net.lay... |
clear;
path= 'Y:\CheetahData\WT24\2017-11-03_11-37-42';
files=dir(path);
cd(path);
extt = 1;
% z=0;
% for j=3:length(files)
% filename=files(j).name;
% if filename(end-5:end)=='er.mat'
% z=z+1
% TTn=filename(1:find(filename=='c')-1);
% TT=load(filename);
% unt(z)=le... |
function [feat num dim]=loadfeatures_v2(file, detector, param)
% Load local features
outname = [ 'tmp_' detector '_features.out' ]; %% temporary output file buffer name
fpath = fileparts(which(mfilename)); %% current directory path
inname = file;
switch detector
case 'mser'
fprintf('-- De... |
function qqplot_FAVARResid(FAVAR, FAVARopt,name)
N = size(FAVARopt.vnames, 1);
figure;
for i = 1:N
subplot(2, 3, i)
Y = qqplot_Mod(FAVAR.residuals(:,i));
title(FAVARopt.vnames{i},'interpreter','latex','FontSize',30);
yAX = get(gca,'YAxis');yAX.FontSize = 30;yAX.TickLabelInterpreter = "latex";
xAX =... |
function f = evaluate_objective(x, M, V, fbamodel, geni, reaction_expression)
%% function f = evaluate_objective(x, M, V)
% Function to evaluate the objective functions for the given input vector
% x. x is an array of decision variables and f(1), f(2), etc are the
% objective functions. The algorithm always minim... |
close all
clear all
% c_out(index,:) = mean(c(count : count+navg-1 , :), 1);
% t_out(index,:) = mean(t(count : count+navg-1 , :), 1);
% ms = mean(s,1);
% mc = mean(c,1);
% mt = mean(t,1);
newline = sprintf('\n');
mask = lightbox('mask');
figure;mean_sub = lightbox('mean_sub'); %write_img('mean_sub.img',abs(ms),h);... |
%12-bit images: ===========================================================
image_name=cell(1,32); ext='.pgm'; ext8='_8bit.pgm'; bitdepth=ones(1,32)*12;
image_name{1}='\image\pgm\Nikon_5300D1';
image_name{2}='\image\pgm\Nikon_5300D2';
image_name{3}='\image\pgm\Nikon_5300D3';
image_name{4}='\image\pgm\Nikon_5300D4... |
function v_group = group_vel_calcite(lambda, p)
% Kalcit kristalyban az ordinarius es extraordinarius csoportsebessegek a
% h.hossz fuggvenyeben
% http://www.redoptronics.com/Calcite-crystal.html
% [lambda] = mikrometer
% lambda: oszlopvektor!
% fenysebesseg vakuumban [mikron/fs]:
c = 0.299792;
% k_max = ... |
%% Unit testing for getStimulusLabels
classdef StimulusLabelsTest < matlab.unittest.TestCase
properties
labelTbl % table of label examples
IDdict % Name:ID table
sampleTbl % sample table
% testTbl % stores result from call to getStimulusLabels
end
properties(Me... |
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