text stringlengths 8 6.12M |
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classdef PhySupport
properties
node
fixedX = 1
fixedY = 1
fixedMoment = 1
end
methods
function obj = PhySupport(node, xFix, yFix, fixedMoment)
if nargin > 0
obj.node = node;
end
if nargin > 1
o... |
function rate=findseafloorrate(latitude,longitude,varargin)
% rate=findseafloorrate(latitude, longitude, seafloorrate, seafloorrateerror)
% specifying seafloorrate explicitly in input will speed up calculation,
% but is optional.
if nargin==4 && isstruct(varargin{1})
seafloorrate=varargin{1};
else
load seafloor... |
% 单个旋翼失效恢复实验
% 电机顺序为从右前方顺时针计数依次为1 2 3 4
clear
clc
figure_configuration_IEEE_standard
%% 机体模型数据
c = (0.0166);
l = (0.125);
M = ([ 1 1 1 1;
-0.7071*l -0.7071*l 0.7071*l 0.7071*l;
0.7071*l -0.7071*l -0.7071*l 0.7071*l;
c -c c -c]);
%% log说明：两个... |
% function [num, indices, lengths] = track_numpart(tracks, minL)
function [num, indices] = track_numpart(tracks, minL)
% returns the number of particles in the coordinate vector tracks. optional:
% minL specifies the min path length to count (ex. if minL = 2, then this
% function will only return the number of part... |
function [ result ] = reconstructionFilter( signal, Bw )
lfft = 2^ceil(log2(length(signal))+1);
frequencySignal = fftshift(fft(signal,lfft));
lowPassFilter = zeros(1,lfft);
lowPassFilter(lfft/2-Bw:lfft/2+Bw-1) = 1;
filteredSignal = frequencySignal.*lowPassFilter;
result = 2*real(ifft(fftshift(filteredSignal)));
end
|
function [nums, numv] = CalcOrderMatSize(order)
nums = (order+1)*(order+2)/2;
numv = order*(order+2);
end |
classdef DsaGlmDirector < mlanalysis.Np755GlmDirector
%% DSAGLMDIRECTOR implements builder/director design patterns to do GLM analysis
% that regress DSA onto predictor variables.
% Usage: from the session path:
% dgd = DsaGlmDirector
% dgd.createModel
% from the s... |
function [X, Y, normal] =normalize(x,y)
n=size(x,2);
m=size(y,2);
% calculate the mean
normal.xd=mean(x');
normal.xd=normal.xd';
normal.yd=mean(y');
normal.yd=normal.yd';
%shift
x=x-repmat(normal.xd,1,n);
y=y-repmat(normal.yd,1,m);
% calculate the scale, a little like the standard deviation
xscale=sqrt(sum(sum(x.^... |
% MOTION shows a motion consisting of all directions, included in the matrix
% 'channel'. 'channel' must be provided outside this M-File, and
% includes the signals to plot in a motion. Depending on the status-
% variable 'motion_dim' a 2D or 3D motion is produced. The motion is
% la... |
function [ S,K_inh] = lateral_inh( S,V,K_inh )
%侧抑制矩阵形成过程
% 此处显示详细说明
S_inh=ones(size(S));
K=ones(size(K_inh));
[Vi,Vj,Vk]=size(V);
for i=1:Vi
for j=1:Vj
for k=1:Vk
flag=0;
if S(i,j,k)~=1%无输出脉冲，不发生侧抑制
continue
end
if K_inh(i,j)==0;%当侧抑制矩阵该处为0时... |
function [outputColormap] = customColormap(colorList,varargin)
% Creates a custom colormap.
% Biafra Ahanonu
% started: 2014.01.03 [19:13:01]
% inputs
%
% outputs
%
if nargin==0
[outputColormap] = ciapkg.view.customColormap();
elseif nargin==1
[outputColormap] = ciapkg.view.customColormap(colorList... |
function parsivel = catPSVstruct(data)
% catPSVstruct(data)
% This function merge a vector of structures of PARSIVEL2 data
%
% JValdivia - 07, 2018
time=[data(:).time];
RI=[data.RI];
dbZ=[data.dbZ];
SYNOP4680=[data.SYNOP4680];
SYNOP4677=[data.SYNOP4677];
N_d=[data.N_d];
v_d=[data.v_d];
raw=cat(3,data... |
function VEPAnaRD1_ll
animalid = '180619';
block = 3;
basepath = ['C:\Users\Julia\work\data\' animalid '\'];
penangle = 25;
supath = ['C:\Users\Julia\work\data\' animalid '\singleunits\'];
% supath = ['C:\Users\Julia\work\data\' animalid '\multiunits\'];
basename = [animalid '_block' int2str(block) '_tet'];
files = ... |
function [Observability_matrix] = obs(A,C)
%OBS Regner observabilitet av A og C matrisene i et system
% Ingen mer detaljert beskrivelse er nødvendig
Observability_matrix = obsv(A,C);
[r,c] = size(A);
if ((rank(Observability_matrix) == r)&&(rank(Observability_matrix)==c))
fprintf('The system is observable \n'); ... |
function [imgF] = haar_reconst(imgC, horDs, verDs, level, isInt, visible)
% haar_reconst : 1D horizontal T <- 1D vertical T for 2^n X 2^n
% conver to grayscale if not
if size(imgC,3)~=1, imgC = rgb2gray(imgC); end
% resize the image : 2^n X 2^n
min_n = floor(log(size(imgC, 2))/log(2));
level = min(level, size(horDs... |
%built in dialog boxes
%msgbox('My Error Message','Error Window Name','error');
%msgbox('My Help Message','Help Window Name','help');
%msgbox('My Warning Message','Warning Window Name','warn');
%question_ans = questdlg('Do you want a hard copy?',...
% 'OUTPUT','Yes','No','No')
%if strcmp(question_ans,'Y... |
function posX = findPosition(x,y)
posX = sum((x==y).*(1:size(x,2)));
end |
function [pdrtime, Ssize, Svelocity] = PDR(rawdata_accl, rawdata_attitude)
%------------ init ------------%
gravity_geo = cell(size(rawdata_accl(2,:)));
%- coordinate transformation -%
C_b_2 = cellfun(@(x) [cos(x(1)) 0 -sin(x(1)); 0 1 0; sin(x(1)) 0 cos(x(1))], rawdata_attitude(2,:), 'UniformOutput', false);
C_1_t = ce... |
%% Description and setup
%Input data from:
%Data from the UIC Machine Learning Repository: Energy Efficiency Data Set
%https://archive.ics.uci.edu/ml/datasets/Energy+efficiency
%% Program setup
clear
clc
close all
start_time=tic; %Timer
rng(42)
%% User inputs
val_perc = 0.15; %percentage of data for validation set
t... |
function [choice_x, B, B_ci] = rr_fit_psychometric(signal, choice, numparams, signal_x)
% function [choice_x, B, B_ci] = rr_fit_psychometric(signal, choice, numparams, signal_x)
t = ~isnan(signal(:)) & ~isnan(choice(:));
signal = signal(t);
choice = choice(t);
LAMBDA_DEFAULT = 0;%1/6;
GAMMA_DEFAULT... |
function toyfun
A=-5:1:5;
B=-5:1:5;
C=-5:1:5; %half max location
D=-5:1:5;
x = -5:.1:5;
figure;
hold on;
for c=1:length(C)
y = A(a)+(B(b)-A(c))./(1+10.^((C(c)-x)*D(d)));
plot(x,y);
end
|
function input_init (files, sett_list)
% function customized by user
% called before the first simulation step
%
% Param : depends on what you choosed, potentially, every
% variables defined in master script, see input and output
% scripts doc for further informations.
%
% Note : please follow the input_list... |
clc
clear all
close all
%-----------------Set variables----------------
w = 0.005;
N = 1000;
Vo = 1;
L = 1;
C = 1;
Zl = 5*sqrt(L/C);
t = (2*pi/w)/4
%--------------Calculate other variables------------
f = w/(2*pi);
wc = 3*(sqrt(L*C));
B = w*sqrt(L*C);
vp = w/B;
lamb = vp/f;
%--------------S... |
clear
rgb_R=zeros(8,256);
rgb_G=zeros(8,256);
rgb_B=zeros(8,256);
zero=zeros(8,256);
for i=1:256
rgb_R(:,i)=i;
rgb_G(:,i)=i;
rgb_B(:,i)=i;
end
red=uint8(rgb_R);
green=uint8(rgb_G);
blue=uint8(rgb_B);
R=cat(3,red,zero,zero);
G=cat(3,zero,green,zero);
B=cat(3,zero,zero,blue);
RG=cat(3,red,green,zero);
RB=ca... |
function [sum_ch_arousal,sum_ch_valence,sum_fb_arousal,sum_fb_valence,sum_sb_arousal,sum_sb_valence] = statisticalAnalysis(method)
project_path = strcat(pwd,'\..\..');
method = 'fft';%'ica_fft','swt','ica_swt';
%%%%%%%%%%%%%%%
if strcmp(method,'ica_fft')||strcmp(method,'ica_swt')
if exist(s... |
%Generalized Reduced Gradient Method
%ploting
x1=linspace(0,4,100);
x2=linspace(0,4,100);
[X1,X2]=meshgrid(x1,x2);
f = @(x1,x2) x1.^4-2.*(x1.^2).*x2+(x1.^2)+x1.*(x2.^2)-2.*x1+4;
f(X1,X2);
Z=f(X1,X2);
contour(X1,X2,Z,0:1:50)
hold on
ezplot('x1^2+x2^2-2',[0,4,0,4])
hold on
ezplot('0.25*x1^2+0.75*x2^2-1',[0,4,... |
# Application Problem 4 -- Integration
# Adding the data
x = [0; 0.375; 0.75; 1.5; 2.25; 3; 4.5; 6; 7.5; 9; 12; 15; 18; 21; 24; 27; 28.5; 30];
f = [0; 0.801; 1.083; 1.473; 1.74; 1.929; 2.157; 2.25; 2.28; 2.265; 2.142; 1.923; 1.641; 1.308; 0.924; 0.504; 0.276; 0];
g = [0; -.369; -.513; -.678; -.783; -.876; -1.05; -1.19... |
function [speedMatrix, branchesMatrix] = speedMatrixForAllBranches(branchMap)
mapKeys = keys(branchMap);
speedMatrix = zeros(512, 512);
branchesMatrix = zeros(512, 512);
for keyIndex = 1 : size(mapKeys, 2)
internalKey = mapKeys(keyIndex);
internalKey = internalKey{1};
speedMatri... |
function [wpt,n2m] = wpcutree(wpt,level)
%WPCUTREE Cut wavelet packet tree.
% T = WPCUTREE(T,L) cuts the tree T at level L.
%
% In addition, [T,RN] = WPCUTREE(T,L) returns
% the vector RN which contains the indices
% of the reconstructed nodes.
%
% See also WPDEC, WPDEC2.
% M. Misiti, Y. Misiti, G. Oppenh... |
clear
%load data set of common trials from first condition (see
%"plot_Figure_VA.m" for code that generates the output "cleanedmatrix")
load cleanedmatrix
%load parameter values for 30 common trials
load testtrials
%create frequency of risk taking and standard errors for 30 trials in high
%vol condition
%t indexes ... |
%% Data
syms t;
u(t) = t^(exp(1) - exp(t^(1/11.7))); % Instantaneous Utility
U = int(u); % Total Utility
p(t) = int(u, 0, t)/t; % Productivity
% Domain Ranges
D = [0 10];
D2 = linspace(0.01, 10);
% (xmax, ymax) is the global maximum of the productivity function p(t)
rVals = double(p(D2));
indexmax = find(max(rVals) =... |
function ctFIRE_1_ROIpost(filePath,fileName,ctfmatname, imgPath,imgName,savePath,roiP)
%based on ctFIRE_1 as well as the funciton of analyzer_launch_fn in CTFroi
%input:
%filePath: original file path
%fileName: original file name
%ctfmatname: original fiber extraction mat file
%imgPath: roi path
%imgName: roi name
... |
%%Program to find difference between two dates
clear;
clc;
day1=input("Enter start day e.g 15: "); %%starting day
if day1>=1 && day1<=31
month1=input("Enter start month e.g 02: ");%%starting month
if month1>=1 && month1<=12
year1=input("Enter start year e.g. 2001:" );%%starting year
day2=input("Ent... |
function [] = visualizeWireframe2D(img, wireframe)
% VISUALIZEWIREFRAME3D Takes in a 2D car wireframe (2 x 14 matrix), and
% plots it in 2D (on a given image) while appropriately connecting vertices
% Declare global variables
globals;
% Number of keypoints for the car class
numKps = size(wireframe,2);
% Generate d... |
function [S_out,S_in,MSE,GMI,REF]= Th_LMMSE_Simu(K,N,H,snRdB,snrNo,modType,Q_StepSize,B_Bit1,B_Bit2,B_Bit3,S1,S2,S3)
Q(1,:) = [2.638, 1.925, 1.519, 1.277, 1.131, 1.043, 0.990]; % optimal step size of 1-bit
Q(2,:) = [0.992, 0.874, 0.801, 0.759, 0.735, 0.721, 0.713]; % optimal step size of 2-bit
Q(3,:) = [0.... |
1;
function [ inv_j ] = invJacobian( q )
%INVJACOBIAN Summary of this function goes here
% Detailed explanation goes here
theta1 = q(1,1);
theta2 = q(2,1);
j = [-44.6*sin(theta1)-26.3*sin(theta1+theta2)-17.4*sin(theta1+(5/3)*theta2), -26.3*sin(theta1+theta2)-43.5*sin(theta1+(5/3)*theta2); 44.6*cos(theta1)+26.3*cos(... |
%% spectrogram.
% n=102;
% aver=NC(:,n);
aver=hpc;
% aver=aver(450:650);
% aver2=PFC_spindles(:,n);
% spectrogram(aver)
%% Spectrogram HPC
t_aver=1:length(aver);
t_aver=t_aver-1;
t_aver=t_aver/1000;
t_aver={t_aver};
w=1;
%toy=[1:60:length(t_aver{1})/1000]; %secs
toy=[1:0.5:length(t_aver{1})/1000]; %secs %480
%toy=[-1... |
function loadBitmap(packetPort,prog)
% loadBitmap(packetPort, prog)
%
% Load the bitmap of packets corresponding to the received/missing code
% fragments from program prog. It returns nothing, but it changes the
% global array packetBitmask, and in the event of failure it displays error
% messages.
% ... |
function obj=funh2struct(obj, verbose)
% convert all function handles in the hierarchy to structs with meta data
% obj=funh2struct(obj, verbose, recursive)
% verbose true prints out every function handle that is repaired
if ~exist('verbose', 'var') || isempty(verbose)
verbose=true;
end
recursive=true;
if isstruc... |
%LCR circuit response to an AC voltage source
clear all;
%Component values
L = 0.002; %Henrys, inductance
C = 0.000003; %Farads, capacitance
R = 5; %Ohms, resistance
%Check that system is lightly damped
disc = R^2 - 4*L*(1/C);
if disc < 0
disp("System is under-damped");
elseif disc == 0
disp("System is critically ... |
function inside = point_inside_rect(rect, point)
rect_points = to_points(rect);
rect_area = rect.half_extents(1) * rect.half_extents(2) * 4;
a1 = triangle_area(rect_points(:, 1), rect_points(:, 2), point);
a2 = triangle_area(rect_points(:, 2), rect_points(:, 3), point);
a3 = triangle_area(rect_poin... |
function main
lac_operon
Morris_Lecar
end
|
% This script answers parts a, b, and c of problem 2 of assignment 2
% Authors: Antoine Bosselut and Magnus Skonberg
% These two vectors set the numerator and denominator coefficients of our
% difference function in terms of z^-N where N corresponds to vector index
% of the coefficient. (i.e. 1 is the coefficie... |
function h = fig(optionalIdx)
%function h = fig(optionalIdx)
%fig is like figure, except we place it in the top left corner
if(nargin < 1)
h = figure;
else
h = figure(optionalIdx);
end
p = get(h,'Position');
p(1) = 0;
set(h,'Position',p);
|
function [sim_data, b, v]=plot_Synechocystis(sample, s, colour, d, n, rel, fit_weghting, phase, field_correction,gsh)
% K H Richardson 29-07-21 Queen Mary University London
% sample - sample DSC file
% s - data smoothing
% colour - colour of plot rbg
% d - separayion of plots on y axis
% n - experiment no.
% rel - re... |
function t = Tree(arg0, arg1, arg2)
% Tree - create a tree object
% t = Tree(C, R) creates an empty tree with an outer box
% of center C and radius R.
% t = Tree('foo') loads a tree from file 'foo'
%
% NOTE: call delete(t); clear t; to delete the tree from memory.
%
% Attributes
% t.dim -... |
function tl = make_ticklabels(cfg_in, ticks)
cfg_def = [];
cfg_def.insert_zero = 0;
cfg = ProcessConfig(cfg_def, cfg_in);
tl = cell(size(ticks));
for iT = 1:length(tl)
tl{iT} = [];
end
tl{1} = ticks(1); tl{end} = ticks(end);
if cfg.insert_zero
zero_idx = ceil(length(t... |
function L2 = Chol_insert(L, v, c)
% function L2 = Chol_insert(L, v, c)
% Chollesky decomposition update when we insert one column and one row
% suppose that A = L*L' (A is symmetric PSD), L is low triangular
% and A2 = [A v;
% v'c]
% suppose that A2 = L2*L2', calculate L2 efficienetly
% Ref: http://www.cs.te... |
clear all;close all;clc;
%% read data
addpath(genpath('..'));
dimension = 500000;
weightL2 = 3;
weightL2Inf = 0.1;
dataPart = [5*rand(1,dimension);5*rand(1,dimension)];
%dataPart = [1:10; 10:-1:1];
%% FlexBox
main = flexBox;
main.params.tryCPP = 0; %change, if C++ module is compiled
numberT = main.addPrimalVar(size(... |
function hello
% This is the hello, world function written in MATLAB code
% Copyright 2011 The MathWorks, Inc.
%
fprintf(1,'Hello, World\n' );
|
% RSMA CoMP JT SNR
% Using CVX for optimization (download from: cvxr.com)
function [WMMSE,p_1,p_2,p_3,p_123,X_1_123,X_2_123,X_3_123]=RS_1layer_CVX_Optimization(H,SNR,weight,g,u_opt,Rth)
u1 = weight(1);
u2 = weight(2);
u3 = weight(3);
[Nr,N_bs,N_user] = size(H);
h1 = H(:,:,1);
h2 = H(:,:,2);
h3 = H(:,:,3);
... |
%************ clear all and get screen size ******* ***********************
clear all; close all;
scrsz = get(0,'ScreenSize');
%**************************************************************************
%***** call read_all_speakers for making matrices with mfccs **************
C4 = read_all_speakers(4); %see... |
% Process the data from pyrogue strema interfaces
% data is a multidimensiona matrix with the process data
function data = processData(file, type)
if nargin < 2
type = 'uint32';
end
% Number of stream channels
numChannels = 2
% Size of the header (8 bytes in 32-bit words)
headerS... |
clear all;
%Choose dataset
datasets = {'Twitter_Data/'};%Movie_Data/'};
%Dataset format
%name_views.mat - Attributes views in n_samples*n_features format
%name_links.mat - Relational views in adjacency matrix format
if strcmp(datasets,'Twitter_Data/')
name_views = {'tweets','lists','listmerged'};
name_links =... |
function[x, uu, tt] = n1re_ks(N, m, Tf, p)
% This functions solves the PDE
% u_t = uu_x - u_{xx} - u_{xxxx}, x \in (0, 32*pi)
% u(x, 0) = cos(x/16)*(1 + sin(x/16))
% and periodic boundary conditions with 2nd order centred differences in
% space and null scheme with Richardson extrapolation in time.
%
% Key feat... |
classdef WBFixation < WBTask
properties
type = 0;
end
methods
function obj = WBFixation(nm)
obj@WBTask(nm);
end
function start(this)
start@WBTask(this);
this.paintFixation();
end
function stop(this)
this.act... |
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Optical Flow
% Cristian Duguet
clc
close all
clear all
% Gravitational Constant
G = 9.80665;
% Experiment name
experiment_date = '20120718_2021';
% experiment_date = '20120704_1913';
%% General Parameters:
%metrics in mm
sigma2IMUacc ... |
% Esercizio 2.5
%
% Autore: Tommaso Papini,
% Ultima modifica: 4 Novembre 2012, 11:10 CET
f = inline('(x-1)^10');
f1 = inline('10*(x-1)^9');
tolx = 10^-1;
disp('f1(x)=(x-1)^10')
while tolx>eps
disp(' '), str = sprintf('Tolleranza %d', tolx); disp(str)
disp('Newton: '), newton(f, f1, 10, 1000, tolx, 0, 0, 0);
... |
pd_dir = fileparts(which(mfilename));
rilling_dir = fullfile(pd_dir, '..', '..');
analysis_dir = fullfile(rilling_dir, 'analysis');
% predict macaque / lamantia
addpath(genpath(fullfile(rilling_dir,'_lib')));
addpath(genpath(fullfile(rilling_dir,'_predict')));
load(fullfile(analysis_dir, 'caminiti_etal_2009', 'cam_dat... |
function [der_ro, der_ssq, der_deltas] = logEvidenceGradient(hyper, ...
p, q, Ds, mu, Sigma, Reg, sse)
%
% gradient of log evidence w.r.t. hyperparameters
%
[~, ssq, deltas] = asd.unpackHyper(hyper);
Z = (Reg - Sigma - (mu'*mu)) / Reg;
der_ro = 0.5*trace(Z);
v = -p + q - trace(Sigma / Reg);
... |
clc
clear
close all
% opts = detectImportOptions('load.csv');
% preview('load.csv',opts)
% % data = readmatrix()
% opts.Sheet = '2007';
% opts.SelectedVariableNames = [1:5];
% opts.DataRange = '2:11';
pvData = readtimetable('load.csv');
l = numel(pvData);
numPVData = 70;
pvDataPerHour = zeros(24, numPVData);
pvTim... |
%Give the correct directory with Kilosorted files
data_root = '/media/alex/4TB SSD/DATA/Ronnie_23_01_2018/bin_files/Preprocessed/CRA_done/P13-reverb_with_noise_same_cra/P13-reverb_with_noise_same_cra_sorted';
%Give the correct Benware Grid folder
grid_root = '/media/alex/4TB SSD/DATA/Ronnie_23_01_2018/benware_gridinfo/... |
%% fn_min
%% Syntax
% [m I] = fn_min(a)
%% Description
% find the global min in an array, and give its coordinates
%
% See also fn_max
%% Source
% Thomas Deneux
%
% Copyright 2005-2012
%
|
function gaussK = gaussK(x1,x2,sigma)
gaussK = exp(-norm((x1-x2)/(2*sigma^2),2)); |
% echo_demo.m
% 第二章例9
close all;clear;clc;
% 首先调入一个声音信号
% load splat;
[y,Fs]=audioread('bupt.wav');
whos;
% 播放声音
sound(y,Fs);
pause(1.5);
% 画波形
t=(0:length(y)-1)/Fs;
subplot(2,1,1);
plot(t,y);xlabel('time (s)');ylabel('y(t)');
xlim([0 2.8]);
% 用于产生回声信号的系统的单位样值响应，大家思考为什么是这样的？
h=[1 zeros(1,Fs) 0.3];
% y是列向量，将h转置一下
h=h';
... |
function fn = RandString(myLength)
%random filename is 10 (default) random alphabetic characters
%97 = a through 122
%
%good for appending to filenames to ensure uniqueness with high probability
if(nargin < 1)
myLength = 10;
end
p = ceil(26 * rand(1,myLength)) + 96;
fn = char(p); |
function accuracy=BayesAccuracyCal(faceM,meanV,covV,EiganVec)
[~, ~, numSubjects]=size(faceM);
counter=0;
for i=3:3:36
a=faceM(:,:,i);
if nargin>3
b=CondProbCal(faceM, a,meanV,covV,EiganVec);
else
b=CondProbCal(faceM, a,meanV,covV);
end
if b==1
... |
function queryMote(moteID)
% queryMote(moteID)
% Queries the report threshold and number of intervals before an LED turns
% off.
global APPS;
global COMM;
MAGLIGHT = APPS.MAGLIGHT;
if isempty(MAGLIGHT)
error('You must call magLightInit.m first to set up a connection.');
end
if (nargin < 1)
moteID = COMM.TOS_B... |
function [stimfilename, trials] = makeUnequal(n1,n2,m1,m2,numTrials)
% function stimfilename = makeUnequal(6,12,m1,m2)
% makeUnequal Generates and saves pairs of stimuli for unequal-type trials
% n1,n2 (pos int): set-size for each side. only works for n1=6, n2=12 now
% m1, m2 (pos real): means 1 and 2 for the sets.
... |
function varargout = czRBFidelityVsPlsCalParam(varargin)
% <_o_> = czRBFidelityVsPlsCalParam('controlQ',_c&o_,'targetQ',_c&o_,...
% 'rAmplitude',[_f_],'td',[_f_],'calcControlQ',_b_,...
% 'numGates',_i_,'numReps',_i_,...
% 'notes',<_c_>,'gui',<_b_>,'save',<_b_>)
% _f_: float
% _i_: integer
% _c_: char ... |
%% Studying the fitness effect of the position of the sonars
%
% Must be in the evo_ros directory
%
% GAS 11-7-17
%% Read in table and set up plotting arrays
cd('./GA/logs');
%file_name = 'single_sonar_evolution_40pop_60gen_run1.dat';
file_name = 'double_sonar_evolution_40pop_60gen_run1.dat';
table = readtable(file_na... |
function xPeriodsSim = simXperiods(MPIparams)
xSpeed = 1/(MPIparams.Gxx*(1/MPIparams.Rs(1)));
xPeriods = MPIparams.numTrianglePeriods*2*MPIparams.FOV_x*MPIparams.f_drive/xSpeed;
t = (0:xPeriods-1)/MPIparams.f_drive;
p = 1/(MPIparams.numTrianglePeriods/MPIparams.time);
xPeriodsPos = MPIparams.... |
function [ ] = save_contours( g_num, l_num, height, contours, file )
%UNTITLED2 Summary of this function goes here
% Detailed explanation goes here
f = fopen (file, 'a');
for i = 1:size(contours,2)
fprintf(f,'%d,%d,%d,%d',g_num,l_num,round(contours{i}.mid),height);
for j = 1:... |
function dog = diffOfGauss2(im, cntr, sur)
edges = ceil(size(cntr, 1)/2);
if size(im, 1) <= 2 * edges || size(im, 1) <= 2*edges
warndlg('image is too small');
else
imcen = conv2(im, cntr, 'same');
imsur = conv2(im, sur, 'same');
% divisive normalization
dog = (imcen-imsur)./imsur;
dog = dog(edges+1:en... |
function y = normgauss(x,gG)
y = 1/sqrt(pi)/gG * exp(-x.^2/gG^2);
end |
function creatPrototxt(w,h,fileName)
fp = fopen(fileName, 'w');
fprintf(fp, 'force_backward: 1\n');
fprintf(fp, '\n');
fprintf(fp, 'layer {\n');
fprintf(fp, ' name: \"data\"\n');
fprintf(fp, ' type: \"Input\"\n');
fprintf(fp, ' top: \"dx\"\n');
fprintf(fp, ' top: \"dy\"\n')... |
% TODO: 3.1
% Végezzük el a mérést a második fájlra (meres2.mat)
% A névleges távolságok alapján számoljunk távolság mérési hibát!
% Külön master és slave egységre!
load("meres2.mat");
[DM, DS, PX, PY] = CalculatePosition(Measurement);
% névleges távolságok:
D = 1.4; % master és slave távolsága
nominal_master_distance ... |
function [ B ] = MPS_ReduceBondDim_left_sweep_up( A, B, rhor_B_B, rhor_A_B )
%pinv is used everywhere, not optimal.
[N, ~] = size(B);
fprintf('$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$\n');
fprintf('The error at position %i in sweep is %d.\n', 0, normDifferenceBetweenStates_left(A,B));
... |
function [ index, dist ] = get_gt( base, q )
% get ground truth( the euler distance between q and each columns of base)
% return a column vector which contains the sorted ground truth
% and another column vector which contains the distance related to the
% former one
[row, col] = size(base);
index = zeros(col, 1);
dis... |
function read_radiosonde_uas( year, ptu_data )
%read_radiosonde_uas Read radiosonde data from archived UAS format (on Cube)
% Use instead of read_radiosonde.m for 1999-2007 (no .ptu.tsv data), this
% function produces the same output
% INPUT: year to be analysed
% ptu_data: empty structure to save data i... |
% Static force analysis of a Non minimal regular prism with 4 bars
clear; clf; figure(1);
% Parameter values
r = sqrt(2); % Radius of the circle containing fixed nodes
phi = pi/2; % Characteristic angle for a square
h = 2.0; % Separation between the two parallel polygons
alpha = 3*pi/8 ; % Twist ang... |
classdef network3 < handle
properties
layers;
layerCount;
end
methods
function self = net_new()
self.layers = struct;
self.layerCount = 0;
end
% add hidden layer
function add(self, type, in, out, trans)
sw... |
soc=[0
25
50
75
100];
% SoCs at which resistance data is available
temp=[-20,0,20,40]; % Temperatures at which resistance data is available
[soc,temp]=meshgrid(soc,temp);
data=[0.094602697 0.048132397 0.036161367 0.028086448
0.08865539 0.037587896 0.026150316 0.02340783
0.087310664 0.036228646 0.02533813 0.022996474
0.... |
%estrutura das equacoes: x'Ax+b'x+c = 0
%erro admissivel
ea = 1e-10;
%maximo numero de iteracoes
mi = 1000;
%numero de equacoes
e = 10;
%numero de variaveis
v = 10;
%gerando aleatoriamente os coeficientes
A = cell(0);
b = cell(0);
c = cell(0);
for i=1:e
A{end+1} = 5*(rand(v)-0.5);
b{end+1} = 5*(rand(v,1)-0.... |
function y = pp_resample(x,L,M)
h = create_lpf(L,M);
h = pad_divisible(h,L*M);
x = pad_divisible(x,L*M);
h_pp_size = [L, length(h)/L];
%x_pp_size = [L, length(x)/L];
h_pp = reshape(h, h_pp_size);
row_shift = floor((0:M:L*M-1)/L)+1;
s = zeros(L,length(pp_decimate(x,h_pp(1,:),M)));
for i=1:L
s(i,:)=pp_decimate(x(... |
function b = compute_slope( data, f0,f_start,f_stop )
% Compute average spectrum for every signal in data block. Fits line to
% log-f log-power and returns slope.
% NOTE: Compute LOG first of Sxx estmates, THEN computes MEAN of the logs
% to get estimate of logf-logSxx
% INPUTS:
% data = data matrix [T x N], where... |
function [newdata1, newdata2] = simulate_data(data1, data2, weight, NofSample)
cs_weight = cumsum(weight);
ch = rand(1,NofSample) < cs_weight';
y = NofSample - sum(ch) + 1;
newdata1 = data1(y);
newdata2 = data2(y);
end
|
%==========================================================================
% DYNAMIC TIME WARPING recognizer/temporal segmenter object
%==========================================================================
% a=dtw_recog(hyper)
%
% This is an object performing Dynamic Time Warping, modeled after
% re... |
ClearMonomialOrder[];
SetMonomialOrder[{a,b,c,d,e,f,g,h,i,j,k,l,m,n},1];
Iterations=5;
rels={
a**a,
b,
a**b - c
};
|
function [cflag, retsst, dbtq, dbt820, dbt960, dbtsst] = spectral_clear( ...
IASI_Radiances, Satellite_Zenith, lsea, modsst, sflag, dbtqmin, ...
dbt820max, dbt960max, dbtsstmax)
% function [cflag, retsst, dbtq, dbt820, dbt960, dbtsst] = spectral_clear(...
% IASI_Radiances, Satellite_Zenith, lsea, modsst, sfla... |
format long
dydt=@(t,y) t-y;
t0=0;
y0=2;
h=[0.4; 0.1; 0.01];
tn=0.4;
yn_exact=1.41096;
n=size(h,1); % testa para todo valor de h
fprintf('Método de Euler\n');
for i= 1:n % calculando para todo valor de h
[yn]=euler(dydt,t0,y0,h(i),tn);
fprintf('Com h = %.2f\nO valor de y(%.2f) é %.5f.\n',h(i),tn,yn);
fprin... |
function convergence_data = convert2originalDataStruct(all,data,project,file_name_suffix)
%% convergence, divergence, convergence A, convergence B, rare events
convergence_data = zeros(size(data,1),5);
load([project.paths.processedData '/convergence/word_pair_position' file_name_suffix '.mat']);
%% construct sequence
... |
function [aS_ct] = mris_colorTableMake( a_labelVar, varargin)
%
% NAME
% function [aS_ct] = mris_colorTableMake( a_labelVar, varargin)
%
% $Id:$
%
%
% ARGUMENTS
%
% INPUT
% a_labelVar var multi-type:
% + int: number of labels
% ... |
function [dx, dy, dz] = gradb(u, mask, vsz)
%GRADB First order backward difference gradient.
% Boundary condition: u^{k+1} - 2u^{k} + u^{k-1} = 0.
%
% [dx, dy, dz] = GRADB(u, [mask], [vsz]);
%
% See also GRADF, GRADC, GRADBADJ
narginchk(1, 3);
if nargin < 3, vsz = [1, 1, 1]; end
if nargin < 2 || is... |
function[answer] = SimetricMatrix(matrix)
answer = true;
[n,m] = size(matrix);
if(n ~= m)
answer = False;
end
for i=1:n
for j=1:m
if(matrix(i,j) ~= matrix(j,i))
answer = false;
break;
end
end
end
... |
function [QQ,VP,VT,xxP,yyP,xxT,yyT]=Tcompanddump(fn,n,vT,bT,aP,bP,dPT,UPT)
# n: delitev navpicnice trikotnika bT
# vT: dolzina trikotnika, visina, v x smeri
# aP,bP: dolzina in visina pravokotne plosce
# dPT: razdalja med plosco in vrhom trikotnika, ki je pri (0,0)
# UPT: napetost med plosco in trikotnikom
mc=2.9732095... |
% Test EM algorithm
im = rgb2gray(imread('cameraman.jpg'));
[mask,mu,v,p]=EMSeg(im,2);
% for k = 1:nColors
% color = im;
% color(mask ~= k) = 0;
% segmented_images{k} = color;
% end
%
% imshow(segmented_images{1}), title('objects in cluster 1');
figure(2), imshow(mask, []) |
% Nicole Ortega (c) 10/26/2017
% Decodes data files and fixes trials with corruptions
%% Subject information
% Edit as needed
date = '9.1.2017';
subject_num = '11';
num_trials = '33';
%% Decode All Subject Files
% Edit number of trials of subject
path_subj_decode = '"/Users/Nicole/Documents/JHU/LIMBS/MotorSynchroni... |
close all;
clear;
global Link
ToDeg = 180/pi;
ToRad = pi/180;
th1=0;
th2=-90;
th3=0;
d4=50;
th5=0;
th6=90;
DHfk6Dof_Workplace(th1,th2,th3,d4,th5,th6,0,1);%零状态
view(134,12);
%pause;
step=30;
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%Joint1
for i=0:step:360
DHfk6Dof_Workplace(th1+i,th2,th3,d4,th5,th6,1,1)... |
function [projAmp] = calcProjectAmpFromMrcExport(Y,Ydim)
%function [projAmp] = calcProjectAmpFromMrcExport(Y,Ydim);
nHarm = size(Y,1);
nRoi = size(Y,2);
nSbj = size(Y,3);
nCnd = size(Y,4);
nInv = size(Y,5);
nType = size(Y,6);
nHemi = size(Y,7);
projAmp = zeros(size(Y));
%Nested loop from hell.
for iHarm = 1:nHa... |
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