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%% AG.Mitchell - 27.05.20
%% Analysis script looking at differences in response to different line contrasts for the landmark task
% Script runs through right side longer responses for each line contrast (
% top left = black; top left = white) to see if visual illusion may be
% biasing response
%% Setting paths
clear ... |
function [sol] = ProxMapping(data, Bundle, control, BarX, c, LS)
%%%% use mosek conic optimier %%%%
clear map_prob;
clear map_res;
clear map_sol;
% How to change the parameters that controls
% the accuracy of a solution computed by the conic
% optimizer .
param = [];
% Primal feasibility tolerance f... |
% close all
import SMASH.ImageAnalysis.Image
import SMASH.Spectroscopy
%Clean Data
dfile='data_with_background_corrected.hdf';
wfile='hgne_corrected.hdf';
tfile='data_with_background_corrected.hdf';
d=Image(fullfile('\\snl','home','spatel','S1009830','Documents','ZShots','z3084','SVS5',dfile),'sydor');
data=d.D... |
%%in barnamei baraye WIENER FILTER ast,BARAYE
%EJRAYE BARNAME HAME BARNAME RA ENTEKHAB KARDE(Ctrl+A & Ctrl+C)VA DAR Command
%Window MATLAB PASTE KONID.
clear all;
clc;
close all;
Img_in=imread('11.tif');
figure(1);
imshow(Img_in,[]);title('tasvire vorudi');
[m,n]=size(Img_in);
FFT=fftshift(fft2(Img_in));
a=2;
b=2;
[V,... |
classdef PoolLayer < handle
%PoolLayer NN layer that does only max pooling
properties
lastForward
poolSide
% Can think about maxMask as the "weight" matrix
maxMask
end
methods
function obj = PoolLayer(poolingSideLength, stride)
... |
clc
clear all;
global n Y_n_a Y_n_r Y_line_net reply voltage M M1 P_d_k ...
P_k_Max P_k_Min Q_d_k Q_k_Max Q_k_Min G_conn c2 c1 V_k_M V_k_m lcount
t0=tic;
n=input('Please Enter the particular IEEE Test Case You wish to run this Simulation for\nby indicating the number of buses.\nWarning:Valid Test Cases consist... |
%% DEMO_create_run_import_FEBIO_spheres
% Below is a demonstration for:
%
% * The use of TETgen for meshing based on surface geometry
% * The specification of boundary conditions for FEBio
% * The exporting of .feb files
% * Running an FEBio job with MATLAB
% * Importing FEBio results into MATLAB
%%
clear... |
function [time_idx_new, time, Time] = workaround_shift_timeidx(num_timepoints, timebase, varargin)
%WORKAROUND_SHIFT_TIMEIDX Summary of this function goes here
% Detailed explanation goes here
%--------------------------------------------------------------------------
% WORKAROUND
%----------------------------------... |
function [diagonal_element_H_1,diagonal_element_H_2, diagonal_element_H_3, ...
diagonal_element_L_1,diagonal_element_L_2,diagonal_element_L_3] = ...
Diagonal_element ...
(x,H_Reg1,H_Reg2,H_Reg3,H_Reg4, it, matrix_7,matrix_8, extension_case,type_of_symmetry,option)
%% periodic boundary conditi... |
close all;
clear all;
addpath('/Users/woodie/Desktop/Compressed-Sensing-Delay-Estimation/matlab/lib');
% Parameters
Fs = 500; % Sampling rate
Ts = 1.0 / Fs; % Time interval
low_freq = 0; %14.8;
high_freq = 200; %15.8;
% Prepare simulated data
res_name = 'test';
n = 10000;
time_ind = 1:n;
pe... |
% Generate data
sig_e = 0.5; % std of the noise
X = [-12 -10 -3 -2 2 8 12 14]';
N = length(X);
Y = sin(X) + sig_e * randn(N,1); % N x 1
% Basis functions
M = 4; % number of basis functions
phi = @(x) [1 x.^(1:M-1)];
% Basis function matrix
PHI = zeros(N,M);
for i = 1:N
PHI(i,:) = phi(X(i)); % N x M
end
% Prior var... |
%Jake Tully 100904392
%
% TE Modes optical waveguide
% circular Nano particals on square waveguide
clear
clc
close all
%Parameters
c = 299792458; % m/s
lambda = 1550*10^-9;
f = c/lambda;
up = lambda*f;
no = 1;
n1 = 1.444;
nm = 0.5 - 11i;
DelNeff = 10^-5;
Bo = (2*pi*1.443953)/lambda;
B =(2*pi)/lambda;
e1 = (8.85418781... |
function [] = plot_conjuntos(Conjuntos,n)
%UNTITLED13 Summary of this function goes here
% Detailed explanation goes here
[a,~] = size(Conjuntos);
figure(n)
hold on
for i=1:a
[x,y] = trapecio(Conjuntos(i,:));
plot(x,y)
end
ylabel("Grado de pertenencia", 'Fontsize',12)
xlabel("Entrada", 'Fontsize',12)
title("Con... |
clear all
VSXName='C:\Users\verasonics\Desktop\Vantage-3.0.4/MatFiles/L7_4_pcd_trigblock_fast';
%% Define variables
opath = 'C:\Users\verasonics\Desktop\Vantage-3.0.4\Vandiver\'; % path to output files
oname = 'pcd_test';
numacq = 2; % number of acquisitions per triggered frame
numFrames = 50; % number of triggerd fra... |
classdef ProbtrackX < Gridjob
%ProbtrackX Summary of this class goes here
% Detailed explanation goes here
properties
end
methods
%% Subclass Constructor: initialize standard parameters:
function this = ProbtrackX(varargin)
% Call superclass constructor:
this = thi... |
function varh = linearInterpolation( var, varLen, varh, varhLen, varargin )
%% Applies linear interpolation operator on a given variable to construct
% its fine version. Used for prolongation.
%
% Author: Vahan Hovhannisyan, 2017.
if ~isempty(varargin)
operParams = varargin{1};
if isfield(operParams, 'n... |
classdef hwserver < handle
%HWSERVER Connects with server.py on host machine to control
% varoius pieces of equipment
% Note, some hwserver operations could conveivably take longer than the
% default timeout used here. If so, obj.connection.Timeout should be
% adjusted appropriately
%
% obj.... |
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
function dx2val = d2SSE_dx2(data,times,devals,pars,more)
if ~isfield(more,'more')
more.more = [];
end
fdevals = more.fn(times,devals,pars,more.more);
difs = data - fdevals;
dfdx = more.dfdx(times,devals,pars,more.more);
d2fdx2 = ... |
function yapi2wav(yapi,alan,strcell,type)
L=length(strcell);
if strcmp(type,'all')
hepsi=yapi(1).(alan);
for qq=2:L;
hepsi=[hepsi;yapi(qq).(alan)];
end
wavwrite(hepsi,44100,16,strcell);
end
if strcmp(type,'one')
for qq=1:L
wavwrite(yapi(qq).(alan),44100,16,strcell{qq});
end
end |
%% Removes duplicately binned subjects from top score matrices
% Create list of uniquely (& non-uniquely) binned subs
try clear all_subs; end
all_subs = [top1_subs;top2_subs;top3_subs;top4_subs];
% o=length(all_subs)
% p=length(all_subs) - length(unique(all_subs))
% p/o*100
% keyboard
subcount_mat = zeros(max(all_subs... |
function [h1, h2] = pmx(p1, p2, varargin)
% [h1,h2] = pmx(p1, p2)
% [h1,h2] = pmx(p1, p2, crosspoint1, crosspoint2)
%
% Implements Partial Mapped Crossover (PMX) of permutations
% p1 and p2. Crossover points are generated randomly if not
% given. crosspoint1 must be less than crosspoint2.
%
% See also: cx, erx, ox... |
function [ output_args ] = configSpaceFootPrint( input_args )
%Plot all valid configurations foot print
% Detailed explanation goes here
close all; clear; clc;
%% ==================== Part 1: Vehicle info ====================
wheelbase = 1.78;
vehicle_width = 1.58;
track = 1.3;
%% ==================== Part 2: Comp... |
clc
clear all
image_lena = double( imread( 'data/images/lena.tif' ) );
image_sail = double( imread( 'data/images/sail.tif' ) );
image_smandril = double( imread( 'data/images/smandril.tif' ) );
image = [ image_lena, image_sail, image_smandril ];
histogram = hist( image( : ), 0 : 255 );
pmf = histogram / sum( histogram... |
%%% This script's aim is to mark those events for rejection that we do not
%%% have actual accuracy data on. To keep only the first forgotten number's
%%% data.
clear;
clc;
%open and load eeglab in matlab
[ALLEEG EEG CURRENTSET ALLCOM] = eeglab;
% this tracks which version of EEGLAB is being used, you may ignore i... |
% Senjor Project: Software Defined Implementation of Digital Communication
% Student: Leul Wuletaw
% Professor: Dr. Ing.- Dereje Hailemariam
% Date: June, 2017
% ***************** FUNCTION: derandomizer() ***************** %
% This function derandomizes received data.
function [ data_out ] = derandomizer( data... |
% Michael Sikora <m.sikora@uky.edu>
% 2018.01.01
% Defines a Platform object which is a circular microphone array
% Updated to accept Euler angles on 2018.02.10
classdef Platform < handle
properties
loc_center % center point coordinates of platform
N % number of microph... |
function DataOrganization_auxtos_Separatefolder(stimdur)
% FNIRS_AUX_TO_S covert the aux variable in the .nirs file into s
% so that the nirstoolbox can reconize the stimmarks
% Created Jan 30, 2019, Xiaosu Hu
% Modified Nov 8 2019, Xiaosu Hu, to load file directly from the individual
% data folder
% Load file with Ni... |
% A test script using templeCoords.mat
%
% Write your code here
% Load the two images and the point correspondences from someCorresp.mat
im1 = imread("../data/im1.png");
im2 = imread("../data/im2.png");
load("../data/someCorresp.mat");
M = max(size(im1,1),size(im2,2));
% Run eightpoint to compute the fundamental matrix... |
function [ lnp ] = postblock( params,setup,data,block, params_estimated )
%computes the posterior as a function of the parameters in one block,
%keeping the parameters in all other blocks fixed
params_total=params_estimated;
params_total(setup.index_block{block})=params;
lnp=prior(params_total,setup)+likelihood_wrap( ... |
% Main function
clc
clear all
close all
addpath('../JISR2D/readimg');
addpath('../JISR2D/images2D');
addpath('../JISR2D/bsplinelevelset');
addpath('../JISR2D/composition');
addpath('../JISR2D/setparameters');
addpath('../JISR2D/thbspline');
addpath('../JISR2D/iterationloop_funcs');
addpath('../JISR2D/levelsetseg_funcs... |
function [top_mat,bottom_mat, left_mat, right_mat] = skeleton(picture,threshold)
% Gives you the skeleton for every pixel in image
% picture = repmat(eye(2),[10,10]);
% threshold = -1;
[height,width] = size(picture);
top_mat =zeros(height,width);
bottom_mat =zeros(height,width);
left_mat =zeros(height,... |
function [ F, ks,ps , badpoints,corrs, FFormatted, corrsFormatted,EFormatted,spacePts,width,height,FFormattedCLEAN,FCLEAN ] = generateFtwoangel( fdiff, skew, ar,centerdeviation,silent,number,noiselevel,numCorruptFs,width,height ,gaussianerrorstd,differentframes ,radangels)
writefiles=0;
numCorrs=200;
FFormatted=cell(n... |
function [act_travel_time,Arriving,Departing] = travel_time(x_veh,demand,source,discretesplits_nodes)
%Here we are going to compute the actual travel time and the cumulative
%numbers of the vehicles departures and arrivals after we run the
%cell-transmission-model (CTM) from Daganzo in the function
%CTM_network... |
function [tsp_pme,idx_origin,transpo] = transpo_partialsMeanEnergy(knowledge_instance,resolution)
% Transposition method for the partialsMeanEnergy descriptor
pme = get_field_values(knowledge_instance,'partialsMeanEnergy');
pme = repmat(pme,resolution,1);
[tsp_idx,idx_origin,transpo] = interleave_indices(size(pme,1)... |
%low pass filtering with input sigma
function lowFreq_part = lowPassFilter(originalPart,sigma)
%gaussian filter for low pass filtering of the PRNU
Filter=GaussianFilter(sigma);
%process the PRNU border
L=floor(length(Filter)/2);
originalPart_extended = [ones(1,L) originalPart ones(1,L)];
lowFreq_part = conv(originalPar... |
function [ it, iv, tt, tv ] = func_neuralnetwork( input, target, traning_rate )
%{
input : gerçekleşen neural network'un girdileri,
target : gerçekleşen verilerin çıktıları,
traning_rate : verilerin yüzde kaçının training için kullanılacağı,
%}
noofdata = size( input, 1 ); % satır türünden m... |
%% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%Authors: Frizziero - Suman - Dell'Eva
%% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
classdef SharedBSData < handle
properties
UE
servingBS
end
% m... |
clear all; %#ok<CLALL>
close all;
load dataAssign05.mat
|
function R = vec2vecrot(v1,v2)
%VEC2VECROT calculates a transformation matrix that rotates and translates
% vector 1 so that vector 1 is colinear with vector 2.
%
% Input:
% v1, v2 both must either be 1-by-3 vectors or 2-by-3 matrices:
%
% if 1-by-3 v1 and v2 define the vectors.
% if 2-by-3 each row in ... |
function [f, df] = hyp_optim_kldiv(loghyp, x, y)
ix = randperm(length(y));
xtrain = x(ix(1:2:end), :); ytrain = y(ix(1:2:end), :);
xtest = x(ix(2:2:end), :); ytest = y(ix(2:2:end), :);
e = size(y, 2);
[nTrain, d] = size(xtrain);
nTest = size(xtest, 1);
if and(or(size(loghyp, 2) == 1, size(loghyp, 1) == 1), e > 1)
... |
%Write a program to implement the structure plan of Exercise 3.2.
%where is Exercise 3.2? |
function varargout = demarrerapplication(varargin)
% DEMARRERAPPLICATION M-file for demarrerapplication.fig
% DEMARRERAPPLICATION, by itself, creates a new DEMARRERAPPLICATION or raises the existing
% singleton*.
%
% H = DEMARRERAPPLICATION returns the handle to a new DEMARRERAPPLICATION or the hand... |
function img_morphed = morph_tps_wrapper(img_source, img_dest, p_source, p_dest, warp_frac, dissolve_frac)
% Calculate the size of the resulting image
sz = max(size(img_source),size(img_dest));
sz(3) = 3;
% Calculate the intermediate shape
int_pts = (1-warp_frac)*p_source + warp_frac*p_dest;
% Obtain TPS estimates fo... |
% This code belongs to the paper
%
% M. Hasannasab, J. Hertrich, F. Laus, and G. Steidl.
% Alternatives to the EM algorithm for ML-estimation of location, scatter
% matrix and degree of freedom of the student-t distribution.
% Numerical Algorithms, 2020.
% DOI: https://doi.org/10.1007/s11075-020-00959-w
%
% If you use... |
classdef TuPrk < TuSol
% TUPRK creates the subclass object TuPrk to perform several computations for retrieving
% and modifying game data. It stores relevant game information and
% pre-kernel elements obtained by overloading functions from various solvers.
%
% Usage: clv = TuPrk(v,'gtype','gformat')
%
% Define variabl... |
function nodeDegree = calculateNodeDegree(obj, tree_indices)
%Calculate the node degree of each node the specified trees.
% INPUT tree_indices: (Optional) Array of integer specifying
% the trees for which to calculate the node degrees.
% (Default: all trees).
% OUTPUT nodeDegree: Cell array of lengt... |
%% Synthetic INS simulation
% This framework was created by Barak Or.
% Version 0.1, released at July 6 2020.
% The Synthetic INS simulation provide the exact navigation solution based
% on the strapdown approch, with perfect IMU (no error for gyro and
% accelerometes).
% This code is dived into two main parts:
% 1) ... |
function [ cen ] = centroidFromLinearInd( ind, siz )
%CENTROIDFROMLINEARIND Calculate the centroid for a set of linear
%indices in 3D.
% INPUT ind: [Nx1] array of linear indices.
% siz: [1x3] array of integer specifying the size of the cube to
% which the indices in ind refer.
% OUTPUT cen: Centroid of ... |
%% Parte 2 - Arestas com overhead (metodo força bruta)
tc_v=zeros(1,8);
r_v=zeros(10,8);
for i= 1:8
[tc_v(i),r_v(:,i)]= flowvecit(A,s,c,p,E,f2(:,i));
end
function[tc,r]= flowvecit(A,s,c,p,E,f2)
[~,edges]=size(A);
[~,inst]=size(s);
cvx_begin
variable f1(edges,inst)
variable r(edges)
tc=dot(p,r)+dot(f2,E);
... |
function kno_pet_figure5
% KNO_PET_FIGURE2
%
% Produce figure 2
% L.V. Straatman1, M.M. van Wanrooij1,2, L.F. de Geus-Oei3, E.P. Visser3, A.F.M. Snik1, J.J.S. Mulder1
%
%% Cleansing
close all
clear all
warning off;
p = 'E:\Backup\Nifti\';
cd(p)
[N,T,R] = xlsread('subjectdates.xlsx');
% keyboard... |
%{
Author: Akshay Tharval
Subject: 06-665 PSM
HW 5_3
S16 06-464 Chemical Engineering Process Control
Instructor: Dr. Mark M Daichendt
Process Dynamics and Control, 3ed
Seborg, Edgar, Mellichamp and Doyle
%}
clear all;
clc;
Kcu = 1/0.235;
Kc = 1.5*Kcu;
theta = 1;
GN = [2];
GD = [5 1];
G = tf(Kc*GN,GD,'InputDelay',the... |
function [handle] = PlotElement_Duc(coord, ele,eleTrue, val, cMap,eleMat,matNum)
if nargin < 4; cMap=gray; end
ele_temp=ele;
if matNum~=0
ele = ele_temp(ismember(eleMat,matNum));
else
ele=ele(eleTrue);
end
ne = length(ele);
elePoint = NaN(ne,8);
for ii = 1:ne
nodes = ele{ii};
elePoint(ii... |
classdef imtool3D_3planes < handle
% imtool3D_3planes(I,mask,parent,range) image viewer with synchronised
% axial, saggital and coronal view
%
% Input:
% I 3D-5D matrix
% (mask) multi-label mask. Only 3D masks are supported (same size as
% I in the first 3 dimensions).
% (parent) ... |
clear;
addpath(genpath('/home/scw4750/github/global_tool'));
caffe_path='/home/scw4750/github/caffe/matlab';
caffe_path='/home/scw4750/github/caffe/matlab';
rank_n=50;
% % for lightencnn
% prototxt='/home/scw4750/github/IJCB2017/lightencnn_deploy.prototxt';
% caffemodel='/home/scw4750/github/IJCB2017/final_LightenedCNN... |
%---------------------------------------------------
%AUTHORS: Sofia Fernandes, Hadi Fanaee-T, Joao Gama
%--------------------------------------------------
function [components,inds,scores,details]=findidenticanomalies(A)
%------------------------------
% INPUT
% A [cell] cell whose i^th entry is a struct co... |
function out = c_caa_cef_var_get(varName,fileName)
%CEF_GET_DATA read variable form CEF file
%
% Example:
% R = CEF_GET_DATA('sc_r_xyz_gse','CL_SP_AUX__20101231_010001_20101231_010201.cef.gz')
%
% See also: CEF_INIT, CEF_READ
% read file
cef_init();
cef_read(fileName);
% get time
tt=cef_var('time_tags');
tt=tt';
t... |
% These are the run times, on my computer, for the peptide mass
% inversion problem. I ran these in such a way that they always
% returned only 1 answer.
function plotRunTimes
Data = [ 8 0.092
9 0.260
10 0.723
11 1.914
12 5.063
13 12... |
function [func, Jac] = pfunc_Lorentzian(p, x, jacFlag)
% symmetric peak profile function Gaussian
% refer to Rietveld book for more details
% p is the parameters for a peak
% x is the x axis (typically in radial distance or in tth)
% jacFlag is the Jacobian flag
%
% Lorentzian peak function
% f = A*(c1^.5/Gamma/pi)./(1... |
function [ outImg, time ] = bilateralFiltering( img, depth, fplane, dEye)
% Runs the algorithm from Zhou 2007 on the image and depth provided
% img -- RGB image to be filtered
% depth -- depth map
% fplane -- distance to the plane in focus
% dEye -- diameter of pupil (effective aperture)
sizeIm = siz... |
% Distance between two points P1 and P2
function dist = distance(p1, p2)
dist = sqrt(sum((p2 - p1) .^ 2));
end
|
%% Branch 1. basic config - PEDRO
AddPaths('Pedro_iMAC')
parpool(16) % initialize number of cores
%% Initialize Directories
project_name = 'MMR';
project_name = 'UCLA';
project_name = 'MFA';
project_name = '7Heaven';
project_name = 'Scrambled';
project_name = 'Logo';
project_name = 'VTC_localizer';
project_name = ... |
function [xf,xcf] = rk4stepperSec(x0,xc0,lightDrive,ti,tf)
% RK4STEPPERSEC is an ODE solver used to determine state variable values
% of the pacemaker model at the desired point in time
% Create local variables
Bdrive = 0.56 * lightDrive;
hInterval = (tf - ti)/LRCrk4StepSize;
% Initialize loop variables
t = ti;
% Lo... |
clear all;
close all;
clc;
Ta = 0.001; % Sampling period (sec).
f0 = 1; % Fundamental frequency (Hz).
Np = 10; % Number of periods;
bk = [0 4/pi 0 4/(3*pi) 0 4/(5*pi) 0 4/(7*pi) 0 4/(9*pi) 0 4/(11*pi) 0 4/(13*pi)]';
ak = zeros(size(bk));
[x,t] = FourierFunction(Ta,f0,Np,ak,bk)
figure(31);
plot(t,x);
g... |
function [d, d_sintheta, d_dtheta] = sharms(l,x)
%% sharms: Legendre functions used for vsh
if size(x,1)>size(x,2)
x=x';
end
legendre_total=(associated_Legendre(l,x)); % [R, C] = [m, x] / |m| <= l, l order
ms=(-l:1:l)';
% 1. Obtain d
norm_legendre=sqrt(factorial(l-ms)./factoria... |
function rgb = navy
rgb = [0.0, 0.0, 0.50196];
end |
function m=reconstructAERframeInterval(AE,t,xmask,ymask,xdim,ydim)
% m=reconstructAERframeInterval(AE,xmask,ymask,xdim,ydim)
% shows the inverse of the last intervals of the address events in AE
% as an image defined by
% the masks (xmask,ymask) and image dimensions (xdim,ydim)
[x,y]=extractFrameCoordinates(AE,... |
function [Y,T,X]=strnwave(t,x,xd,yd,len,a)
% [Y,T,X]=strnwave(t,x,xd,yd,len,a)
% ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
% See Article 2.7
% This function computes the dynamic response
% of a vibrating string released from rest with
% a given initial deflection defined by
% piecewise linear interpolation. The analysis... |
classdef Whitening < Gridjob
%GRIDJOBEXAMPLE Summary of this class goes here
% Detailed explanation goes here
properties
end
methods
%% Subclass Constructor: initialize standard parameters:
function this = Whitening(varargin)
% Call superclass constructor:
this = t... |
% clear
% clc
% close all
% cam=webcam;
% original=snapsho(cam);
% original=imread('RealLego1.jpg');
% cam = webcam('Logitech');
original=snapshot(cam);
original=original(MyParameters.YMIN:MyParameters.YMAX,...
MyParameters.XMIN:MyParameters.XMAX,:);
% original=original(138:end,131:512,:);
x=size(original,2);
y=s... |
% function gsubplot(N,k)
function gsubplot(N,k,b,c)
if(nargin==2)
C=ceil(sqrt(N));
R=ceil(N/C);
subplot(R,C,k);
else
subplot(N,k,(b-1)*k+c);
end |
function tricontour(V,F,w,speedup)
% TRICONTOUR Plot a filled contour defined on top of a triangle mesh returns
% function handle
%
% tricontour(V,F,w,speedup)
%
%
% Inputs:
% V list of vertex positions
% F list of face indices
% w scalar values defined on V
% speedup optional speed up by n... |
%% HomeWork #2_1_2.34(c)
% m[n]=x[n]*f[n]
clear all
x = [zeros(1,4), ones(1,7), zeros(1,4)];
t = -5:1:5;
for n = -5:1:5
if abs(n) <= 5
f_(n+6) = n;
else
f_(n+6) = 0;
end
end
f__ = ones(1,11);
f = f_.*f__;
m = conv(x, f);
t = -9:1:15;
stem(t, m)
xlabel('n')
ylabel('m... |
function lightReading = rgbc2lux(lightReading, constantsSet)
%RGBC2CLA Summary of this function goes here
% Detailed explanation goes here
%% Extract data from table
RGBC = horzcat(lightReading.red, lightReading.green, lightReading.blue, lightReading.clear);
%% Set constants to be used
switch constantsSet
case ... |
function pa_tdt_playsound(snd,RP2_1,zBus,com,level,speaker,stimSnd1,cmdSpeaker)
% PA_TDT_PLAYSOUND
%
% Play sound in FART
%
% Dick Heeren / Tom / Denise
% 2012 Modified: Marc van Wanrooij
%% Initialization
maxSamples = length(snd);
stmSnd1 = 10;
%% Write data
RP2_1.WriteTagV('WavData', 0, snd(1:maxSamples));
%% Sp... |
clc
clear all
close all
DATA = csvread('Enviro2.csv') ;
Sample = DATA(2:end,1) ;
Wavelength = DATA(1,3:218) ;
Spectra = DATA(2:end,3:218) ;
Conc = DATA(2:end,219:222) ;
Conc(find(Conc==0)) = NaN ;
figure
plot(Sample,Conc)
figure
plot(Wavelength,Spectra')
|
clear;
%folderpath = '~/Videos/lab4/';
folderpath = '/Volumes/pi/Videos/lab4/';
%folderpath = '//run/user/1000/gvfs/smb-share:server=10.22.223.81,share=pi/Videos/lab4/';
[file, path] = uigetfile(join([folderpath,'*.mat']));
%[file, path] = uigetfile(join(['*.mat']));
path = join([path,file]);
load(path);
channelsBPass ... |
% NATNAEL SHEWANGIZAW ZEWGE
% March, 2017
% PD controller for a two wheel steering bicycle
clc ; clear all;
%parameters
V = 1; %constant velocity
l = 1; %length of bicycle( between wheel centers)
Kp = 7; %proportional gain
Kd = 5; %derivative gain
K... |
clear finalImg
y = wgn(size(rImg,1)/dS,size(rImg,1)/dS,2); %white noise as the initial image
iter = 5; %number of IFS application
%finalImg as new input in each iteration, downsampled
for ite=1:iter
dBlocks = zeros(N, N, size(y,1)^2/N^2);
newrBlocks = zeros(N, N, size(rImg,1)^2/N^2);
b = 1;
for i=1... |
function A = battag_cal(X,tag,range)
%
% A = battag_cal(X,tag,range)
%
CAL.Be02c_8g = [129.6585 -0.2414; 122.0517 -0.0914; 131.6103 -0.3742] ;
CAL.B5029_8g = [127.4075 -0.2383; 120.2901 -0.1874; 132.6318 -0.4181] ;
CAL.B5032_8g = [127.4753 -0.2334; 122.8537 -0.1449; 130.3666 -0.3610] ;
CAL.B2035_8g = [128.0764 -... |
function tablas = getTablas
tablas = {'cont_pmdoscinco' ,'cont_pmco','cont_nox' ,'cont_co' ,'cont_nodos' ,'cont_no' ,'cont_otres' ,'cont_sodos', 'cont_pmdiez'};
|
%% case 11 is configuration 2 in the report
clear;
raw=water;
salinity=[0.37 .39 .39 .4 .4 .4 .41 .44 .61 1.06 1.56 6.21 11.13 18.52 32];
l=length(salinity);
sa=32;
for i=1
draw.Concentration=sa(:,i);
draw.Flow=1;
draw.Pressure=0;
feed=water;
feed.Concentration=sa(:,i);
feed.Concentration=0.1;
volume_rati... |
%----------------------------------------
%
%function y = pb_filtro (x)
%
%y : sinal filtrado;
%
%x : sinal
%
%----------------------------------------
function y=pb_filtro(x,h)
a=2*pi*115;
xi=[];
xi(1)=0;
for k=2:1:length(x)
xi(k) = (1-a*h)*xi(k-1)+a*h*x(k-1);
end
y=xi; |
clear all, close all, clc
% Calculates the mean average precision for the two datasets provided in
% task 1d
xi = [0:0.1:1]';
prec1 = [1.0, 1.0, 1.0, 0.5, 0.20]';
rec1 = [0.05, 0.1, 0.4, 0.7, 1.0]';
prec1_i = interp1q(rec1, prec1, xi);
prec1_i(1) = 1; %Fix first value, not covered by interp1q()
prec2 = [1.0, 0.80... |
figure(1)
plot(t,delta(:,1)*180/pi,'-b',t,delta(:,2)*180/pi,'--r',t,delta(:,3)*180/pi,'-.k',t,delta(:,4)*180/pi,'-.g',t,delta(:,5)*180/pi,'--b', ...
t,delta_COI*(180/pi),'-g',t,delta_COI*(180/pi)+60,'-k',t,delta_COI*(180/pi)-60,'-k','LineWidth',1);
grid on
xlabel('\fontsize{12}Time t (s)')
ylabel('\fontsize{12}Ang... |
daq = DaqDeviceIndex; % connect to USB-1208
DaqAOut(daq,1,1) % turn on LED
for k = 0:0.01:60 % move LED around a little.
position=0.5-0.5*cos(k);
DaqAOut(daq,0,position>0.5);
WaitSecs(0.005);
end
DaqAOut(daq,0,0); % put LED back home
DaqAOut(daq,1,0); % turn off LED
WaitSecs(2);
DaqAOut(daq,1,1) % turn... |
%%%%%%%%%%%%%%% Updated debug.m:
TOTAL_POWER_ITR= 50; % input('pow iter: ');
tol = 1.0e-3;
load trouble;
aUold = aU;
nsvd = size(aU,2);
% Get true singular values...
[Ut St Vt] = svd(full(sL)); St = diag(St);
figure(1); clf;
ht = semilogy(St, 's-r');
St(nsvd)
St(nsvd)^50
St(nsvd)^25
%% Properties of initial aU
s... |
clear all
close all
clc
nb_iter_grad=100;
taillebatch=10;
epsilon=0.1;
steps=1;
nb_iter_gibbs=1000;
nb_images=10;
load('binaryalphadigs.mat');
X=lire_alpha_digit(dat,[11 12 13 14]);
RBM=init_RBM(size(X,2),100);
RBM=train_RBM(X,RBM,nb_iter_grad,taillebatch,epsilon,steps);
Y=generer_image_RBM(RBM,nb_iter_gibbs,nb_... |
% Given a triangle mesh (V,F) compute a new mesh (VV,FF) which contains the
% original faces and vertices of (V,F) except any small triangles have been
% removed via collapse.
%
% We are *not* following the rules in "Mesh Optimization" [Hoppe et al]
% Section 4.2. But for our purposes we don't care about this criteria.... |
function flag=A_save(item,fname)
% item is inputs structure
% fname is optional and can be the full path and name of the file without a
% file type (i.e. ".GUI").
flag = 0; % flag = 1 means an error occurred.
try mode=item.OpCond.mode; % test if ADEPT structure
catch
% test if Illumination structure
t... |
function configBitstream = exampleBitstream()
% example - an example bitstream for the self-assembling particle network.
% For each of the letters the shape is not entirely deterministic.
% There are segments which are open-ended as to how many particles
% are added before a cap is put on or the next segment begun. F... |
function nmonster = makeMonster(tracklistFile,fsspecFile)
trackspecs = gettracklist(tracklistFile);
flist = getfeaturespec(fsspecFile);
totalMonster = makeMultiTrackMonster(trackspecs, flist);
% downsample; convert from every 10ms to every 20ms to same time and space
totalMonster = totalMonster(2:2:end,:);
tic
for... |
function s = pcw_der( x, p)
%PCW_DER - Papadopulos-Cooper solution the well : Log derivative of the solution in Laplace domain
%
% Syntax: s = pcw_der( x, p)
% x[1] = Cd
% p = Laplace parameter
%
% See also: pcw_lap
%
sp=sqrt(p);
k0=besselk(0,sp);
k1=besselk(1,sp);
s=0.5.*((2.*x(1)-1).*k0.^2+k1.^... |
% Check numerical consistency of copse_TempCK1992 temperature function
% No implication the values used here are within the domain of validity of
% the approximation used
% See also copse_TempCK1992
presentluminosity = 1368; %present day
tempcorrect = 0.194;
CtoK = 273.15;
%display pre-ind mean T
myfun = @(oldT) cop... |
function table=think(corpus)
%% ------------------------------------------------------------------------
% think
% -------------------------------------------------------------------------
% author: Manuel Mörtelmayer, Andreas Arnold (comments)
%
% ----------------------------------------------------------------------... |
function y = A1(r,a, kr, kL, B, b, kt, v0, vl, na, L0)
v = 4 / 3 * pi * r .^3;
Tau_r = (a /(4*pi) * 1./(1 + (r/kr).^na) * L0/(kL+L0)) - (B + b * r.^2)./(4*pi * r.^2) .* (v - v0)./(v - v0 + kt*vl);
y = vl * Tau_r;
end
|
% n=20; %points per cluster
% sigma=.3;
% X1 = ones(n,1)*[10 0]+sigma*randn(n,2);
% X2 = ones(n,1)*[-4 .5]+sigma*randn(n,2);
% X3 = ones(n,1)*[-6 -.5]+sigma*randn(n,2);
% X=[X1; X2; X3];
load('AffectOfEigPertData.mat')
labels = [ones(n,1); 2*ones(n,1); 3*ones(n,1)];
figure
scatter(X(:,1),X(:,2),[],labels,'filled')
titl... |
function sethhparams(params, iext)
% Sets current values of MLE parameters. Call as
% call setmleparms(pml, iext)
% This stores the parameters in an internal store from which they can be
% fetched by getmleparms. This is how mlode gets its parameters.
% pml is a column vector of params
% pml=[gca, gk, gl, vca... |
function [Jac_east_cell_temp,Jac_west_cell_temp, ...
Jac_east_other_temp,Jac_west_other_temp, ...
Jac_trunc_east_temp,Jac_trunc_west_temp, ...
Jac_cell, ...
trunc_east_temp,trunc_west_temp, ...
fluxeast_temp, fluxwest_temp, ...
residual_cell,maxspeedF] ...
= probl... |
function [FunkcjaDopasowana]=fxfit(dane)
% Dla człowieka dlugosc fali widzialnego swiatla
% zawiera się w przedziale (380-780) nm (co najmniej)
% Dopasowanie krzywej dyspersji z wykorzystaniem fminsearch()
% Zastosowano pseudo-losowy punkt startowy do obliczen
fd=fopen('fxfitOUT.m','wt');
if nargin<1
lambda=[436 ... |
% MEMDATA
%
% Sample data
% MemDataset - Retrieve one of the sample datasets
%
% Data manipulation
% Resample - Resample the data
% SplitDataByField - Splits a dataset into subsets based on the given field
% SplitDataByCondition - Splits a dataset into subsets based on .condition
% GetDataByField ... |
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