text stringlengths 8 6.12M |
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function ind_chan_s5
% ind_chan_s5 has the same properties as ind_chan but for S5 files with
% differents size nodes.
%
% See also ind_chan
% Mikael Andersson 2012-01-11
%% get data from cmsplot
hfig=gcf;
cmsplot_prop=get(hfig,'userdata');
subgeom = cmsplot_prop.subgeom;
core = cmsplot_prop.coreinfo.core;
if core.i... |
function [p,pv] = positencodeL(ev,x)
if isinf(x)
mi = find(isinf(ev.value),1,'first');
else
[mv,mi] = min(abs(ev.value-x));
end
p = ev.raw(mi);
pv = ev.value(mi);
|
%This is a predication model based on GM(1,1);
clear;
clc;
syms a b;
c=[a b]';
t1=2000;%the beginning year;
t2=2014;%the end year;
deltat=5;%the years you want to predict
A=[202 219 221 325 347 333 360 407 441 476 479 482 490 522 541];
%A=A';
%A is the original data;
B=cumsum(A);
n=length(A);
for i=1:(n-1)
C(i)=(B(... |
function s=getWatchedStatesfullerStickP2X7(y)
s=[y(:,3),y(:,4),y(:,5),y(:,12),y(:,13),y(:,9),y(:,8)];
end |
load('BPMData_30tours.mat');
% %%
% figure
% mesh(AM.Data.Sum)
%
% %%
% Sum = AM.Data.Va + AM.Data.Vd + AM.Data.Va + AM.Data.Vd;
% Kx = 11.4; Kz = 11.4;
% XPos = Kx*(AM.Data.Va - AM.Data.Vb + AM.Data.Vd - AM.Data.Vc)./Sum;
% ZPos = Kz*(AM.Data.Va + AM.Data.Vb - AM.Data.Vc - AM.Data.Vd)./Sum;
%
%
% %% Signal
% plo... |
close all;
clear all;
% Problem 4 (b)
N = 121;
H = exp(-j*(N-1)/2*(2*pi/N*[0:N-1]));
H(17:106) = 0;
h = ifft(H,121);
figure(1);
stem([0:N-1],h);
axis([0 N-1 -0.1 0.3]);
title('Impulse response for an LPF - N=121');
Hf = fft(h,4096);
figure(2);
w = [0:4095]*2*pi/4096;
subplot(2,1,1)
plot(w(1... |
% written by professor Jay McClelland
function [] = selectAction( )
%UNTITLED2 Summary of this function goes here
% Detailed explanation goes here
global w a p;
%% compute the normalized activation
% a.net = a.wts * w.vS.visInput';
% scnet = p.smgain*a.net;
% a.act = exp(scnet)/sum(exp(scnet));
%% compute ... |
function [beta] = estimate_beta(p,l,x,y)
X = [];
beta = [];
%% x : Column vector
rows_X = size(x,1);
cols_X = size(x,2);
powers_X = 0:p-1;
for i=1:cols_X
X(end+1,:) = power(x(i),powers_X);
end
beta = pinv(X'*X+l*eye(rows_X))*X'*y;
end
|
%load('Complex_Noise.mat');
MatFiles=dir('*_analysis_matlab.mat');
name=strcat(MatFiles(1).name);
Calcium=load(name, 'DenoisedTraces');
Calcium=Calcium.DenoisedTraces(:,1:2500);
MatFiles(1).number=size(Calcium,1);
Fitness=load(name, 'idx_components');
Fitness=Fitness.idx_components+1;
GoodCalcium=Calcium(Fitnes... |
function mask = syn_generateMask(row, col)
% We try to generate a round mask
mask = zeros(row, col);
max_radius = min(row, col)/2;
cx = row/2;
cy = col/2;
radius = max_radius - 3; % radius is 3 pixels smaller than the maximum radius
for i = 1 : row
for j = 1 : col
dist = sqrt((i - cx)^2 + (j - cy)^2);
... |
% This function obtained wake velocity of all of the wake pannels
% by considering the induced velocity by wake pannels and wing pannels
function [u]=wakevelocity(Nx,Ny,Nw,dlw,dlx,dly,aoa,Lam,dih,x,y,z,xw,yw,zw,G,Gw)
for i=1:2*Nw*Ny
% coordinates of the wake pannel the convection speed is to be found
... |
function stdSeries = tempvariabilitycalc(stYr,endYr,blkS)
% Use HadCRUT4 ensemble to calculate the uncertainty in temperature
% Ted Amdur
% 1/25/20
[yrE,ens] = loadensemble;
ens = ens(yrE >= stYr & yrE <= endYr,:);
%Get the empirical standard deviation
subN = floor(size(ens,1)/blkS);
stdSeries = NaN(subN,1);
for ii = ... |
%% Make the plots for the mouse tsne coronal view
clear variables
close all
% Load additional color data
datadir = '/home/mvandegiessen/data/tSNE_ABA/AllenMouseBrain_coronal/';
colors = load([datadir 'voxels']);
[cx,cy,cz] = ind2sub([67 41 58],colors.voxel.brain_idx);
coords = [cx cy cz];
perp = '256';
%% Figure a
% ... |
classdef Hitbox
properties
vertices;
faces;
faceNormals;
positionTransform;
end
methods
function self = Hitbox(height, width, length, displacement, initialTransform)
self.vertices = self.getVertices(height, width, length, displacement, initi... |
function [iy, ix, err] = loo_interp(y, x, varargin)
% leave-one-out interpolation.
%
% Arguments:
% y - A matrix of samples over free variable x (NxM).
% x - Free variable values (1xM). Should be monotonically increasing.
%
% Name/Value Arguments:
% wout - Weighted outliers. When calculating the model, whether every... |
function flipBitVideoSync(bit)
%pds.datapixx.flipBitVideoSync flip a bit at the next VSync
%
% pds.datapixx.flipBit flips a bit on the digital out of the Datapixx
% box, at the time the monitor refreshes the next time, but not back.
%
% NOTE: The Plexon system records only changes from 0 to 1, while the
% Datapixx... |
function dsp__plot_spect( obj, plots_are, panels_are, savepath, varargin )
c = obj.combs( plots_are );
formats = { 'epsc', 'svg', 'png', 'fig' };
for i = 1:size(c, 1)
extr = obj.only( c(i, :) );
extr.spectrogram( panels_are, varargin{:} );
filename = strjoin( c(i, :), '_' );
for k = 1:numel(formats)
fu... |
function band_plotter(h,w)%,legend_string)
%Authors: Alex Abulnaga, Sacha Welinski
%Date: 2019-08-15
%Title: band_plotter.m
%function overlap = band_plotter(xlimits,h,w)
%Description: Given desired xlimits, and a set of parameters (h,w),
% band_plotter plots the dispersion curves for ... |
function px_fsl_melodic(fdp,para)
% fdp.scan - see melodic -i
% fdp.mask - see melodic -m
% para.op - see melodic -o
% para.tr - see melodic -tr
% fdp.Sdes - see melodic --Sdes
% fdp.Scon - see melodic --Scon
if ~exist(para.op,'dir');mkdir(para.op);end
cmd = ['melodic -i ' fdp.scan ' -o ' para.op ' -m ' fdp.mask ..... |
%% Lafa Unit Counter
% Este código têm a finalidade de ler continuamente os valores de contagem
% de 8 canais conectados ao FPGA. Através da GUI, o usuário pode escolher
% a porta com utilizada para comunicação, o tempo de aquisição e a
% quantidade de loops que serão realizados.
%%
clc
clear all
%% Parâmetros Configu... |
function wav2jAER( wavfile, outputfile )
%WAV2JAER This function plays a wav file and simultanously records the
%spikes from jAER.
%
% Author: Holger Finger
%
if nargin<=1
[filename,path]=uiputfile('*.dat','Select dat file');
if filename==0
return;
end
outputfile=[path,filename];
... |
function [ res ] = getMSAdata( str )
%GETMSADATA Summary of this function goes here
% Detailed explanation goes here
global c Imax cb;
switch str
case 'c'
res = c;
case 'cnum'
res = length(c);
case 'Imax'
res = Imax;
case 'cb'
res = cb;
otherwise
res = -1;
e... |
%=========================================================================
%
% Program to investigate alternative identification strategies
%
%=========================================================================
function coint_ident( )
clear all
clc
RandStream.setDefaultStream( RandStream('mt19937a... |
function coasters = sixFlags(filename, height)
fh = fopen(filename);
line = fgets(fh);
coasters = [];
x=1;
height(end) = '';
height = str2double(height);
while ischar(line)
[token rest] = strtok(line, ':')
rest(1:2) = '';
rest(3) = '';
rest = str2double(rest);
if rest <= height
coaster... |
function M = linearSourceTerm(k)
% Matrix of coefficients for a linear source term in the form of k \phi
%
% k is a cell variable
%
% SYNOPSIS:
% M = linearSourceTerm(k)
%
% PARAMETERS:
% k - source term, CellVariable
%
% RETURNS:
%
%
% EXAMPLE:
%
% SEE ALSO:
%
d = k.domain.dimension;
if (d ==1) || (d==1.5) || (d=... |
function f = F( x,y )
%要解的函数
f=x.^2-4; %求解 dy/dx=F(x,y) = x^2-4
%f=1-(2.*x.*y)./(1+x.^2);
%f=2.*x.*y;
end |
lambdadt = derivativet(Lambda,NodesT,dt);
lambdaGrad = zeros(NodesT,1);
outervec = zeros(NodesT,1);
for i = 1:NodesT
func = flipud(u(:,i));
vec = zeros(NodesX,1);
for j = 1:NodesX
int = flipud(x(j)-x);
vec(j) = trapz(int,func.*exp(2.*int).*exp(-(exp(interval)-mu).^2/(2*sigma^2)));
end
... |
%clear,clc
a=loadTiff('\\vis_3d_stereo\c$\WinEagle\log\AutoRpt\CALINS\WISL0241\pair0\Thick\profile.tif_r.dat.tif');
b=loadTiff('\\vis_3d_stereo\c$\WinEagle\log\AutoRpt\CALINS\WISL0241\pair1\Thick\profile.tif_r.dat.tif');
c=loadTiff('\\vis_3d_stereo\c$\WinEagle\log\AutoRpt\CALINS\WISL0241\pair2\Thick\profile.tif_r.dat.t... |
function printYieldForKOs(targets,swaps,kos,substrate,aerobicString)
% make swaps empty [] for just knocks
noSwaps = isempty(swaps);
if noSwaps, swaps = cell(size(kos)); end
model = setupModel('iJO',substrate,aerobicString,'thko');
out = zeros(length(targets),4);
for i=1:length(targets)
... |
% Use mean
% provideIdx: indices for voxels that are provided in the test examples
% A 1 x 3172 array of int, each in 1:5903, corresponding to
% the voxels from the project part 1 data.
% missIdx: The voxels that you need to predict.
% A 1 x 2731 array of integer indices, and contains... |
%% This is the experiment for the Color Graph conference paper
%% Clean up the work space
clear all
format compact
clc
WaitBar = waitbar(0,'Trials are running, please wait <3');
WAITBARCOUNT=0;
datetime('now')
%% Load Trial properties for 10 trials
load('TrialProperties10.mat');
% We are running 10 trials
TRIALS=10;
... |
close all
clear
setPlot
%% IEC Site definition
Vref = 60; % Reference wind speed
zref = 87.6; % Hub height above ground
Uref = 12; % Wind speed at zref
Iuref = 0.15; % Turbulence intensity
zmin = 5; % Minimum height for wind shear. From 0 to zmin, U is constant and equal to U... |
function y = diffTn(n,z)
%y = n*sin(n*acos(z))/sqrt(1-z^2);
if n==0
y = 0;
elseif n==1
y = Tn(0,z);
elseif n==2
y = 4*Tn(1,z);
else
y = 2*n*Tn(n-1,z) + (n/(n-1))*diffTn(n-1,z);
end
%y = 1/2*(z+(z^2-1)^(1/2))^n*n*(1+1/(z^2-1)^(1/2)*z)/(z+(z^2-1)^(1/2))+1/2*(z-(z^2-1)^(1/2))^n*n*(1-1/(z^2-... |
% This code reproduces the analyses in the paper
% Urai AE, Braun A, Donner THD (2016) Pupil-linked arousal is driven
% by decision uncertainty and alters serial choice bias.
%
% Permission is hereby granted, free of charge, to any person obtaining a
% copy of this software and associated documentation files (the "... |
pp=num2str(standard_descend(:,1));
%boxplot(standard_descend(:,2),pp);
ppp=standard_descend(:,1);%price
pppp=standard_descend(:,2);%distance
for i=1:10
o=find(pppp==max(pppp));
ppp(o)=[];
pppp(o)=[];
o
end
boxplot(pppp,num2str(ppp));
grid on; |
function [sigma, tau, sigma_tau] = make_rand_s_t(n, W)
%UNTITLED6 この関数の概要をここに記述
% 詳細説明をここに記述
sigma = randi(n/2)*2-1;
tau = randi(n);
mod_ts_w = @(i) mod(tau + i*sigma ,W);
sigma_tau = mod_ts_w(1:W)+w*(mod_ts_w(1:W) == 0);
end
|
function bool = checkParamsFourP2X7()
global a1 a2 a3 b1 b2;
bool=1;
if a1<0 || a2<0 || a3<0 || b1<0 || b2<0
bool=0;
return
end
end |
% Add the ImageGraph to path (in a folder named 'ImageGraphs'). Find it here:
% http://www.mathworks.com/matlabcentral/fileexchange/53614-image-graphs
addpath(fullfile(fileparts(mfilename('fullpath')), 'ImageGraphs'));
%% Read the image and features from the sample file
image = im2double(imread('docia.png'));
feature... |
function final_ising(L,conc_Mn,repeat)
% L*L: size of the supercell eg.L=20, 20x20 supercell
% conc_Mn: concentration of Mangnese dopants in the lattice
% repeat: (an integer); each time this code will assume a different initial distributions of Mn-dopant in the lattice and will calculate average and std for Tc.
cl... |
function vf=flipRDM(v)
sizev=size(v);
if sizev(1)==1
vf=fliplr(v);
elseif sizev(2)==1
vf=flipud(v);
else
vf=v;
warning('Input was not a vector');
end
end |
clear all ;close all ;
subs = {'alex','charest','esteban','fabio','gab','gabriella','genevieve','gina','guillaume','jeremie','julie','katrine','lisa','marc',...
'marie','mathieu','maxime','mingham','patricia','po','russell','sunachakan','tah','vincent'} ;
elabs = load('C:\shared\all_white_normals\a2_good\elabs... |
function [ke] = elestiff(xi, eta, coord, C)
% This function calculate element Stiffness Matrix
% INPUT:
% ======
% C = Constitutive Matrix
% xi, eta = Gausspoint
% coord = Nodal coordinates of the element
%
% OUTPUT:
% =======
% ke = Element stiffness matrix
x = coord(:,1);
y = coord(:,2);
l1 = -0.5*xi*(1-xi); ... |
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Name : <Ben Coordes>
% GT Email : <bcoordes3@gatech.edu>
% Homework : hw10
% Section : <C02>
% Collaboration: <I worked on the homework assignment alone, using
% only course materials.>
%
%
% File... |
function [V] = symmetry(b, bids, bwidth)
% SYMMETRY Estimation for 1(3)(b), assuming independent, symmetric values
% Given a matrix of bids with bidders in columns and auctions in rows,
% determine how much each bid is shaded under equilibrium play in a first
% price auction. Uses normal kernel.
... |
function [solnAlpha, alpha, betaAlpha, algParams, predStatus] = pred(soln, probData, gH, gH_Params, myLinSolve, algParams, opts)
% This method performs a predictor step in the algorithm.
% --------------------------------------------------------------------------
% USAGE of "pred"
% [solnAlpha, alpha, betaAlpha, algPa... |
% objective: computes negative log likelihood of entire training
% dataset as a function of the model parameters, x, a vector defined
% as
%
% x = [vec M; log ω; log c₉; log τ₀; log β]
%
% as well as its gradient:
%
% f(x) = -∑ᵢ log(yᵢ | Lyα z, σ², M, ω, c₀, τ₉, β)
% g(x) = ∂f/∂x
function [f, g] = objective(x, c... |
function [alpha,beta] = solve_dynamics_SDP(alpha_prev,beta_prev,features,data,constants,Xc_i,Nc,max_slack,...
J_Phi_f,W_p,W,partial_Wp)
%Dynamics sub-problem
yalmip('clear');
%% Get stuff
n = constants.n;
m = constants.m;
Ntr = constants.Ntr;
Xtr_i = constants.Xtr... |
function img_out = FuncImageTransform(img, R, T)
%% ͼ����ת
% 根据R，T求解旋转角度和平移距离
% theta1 = acos(R(1,1));
theta1 = asin(R(2,1));
% theta = (theta1 + theta2) / 2;
theta = theta1 / pi * 180;
%��ݽǶȺ�ƽ�ƾ�����ת�����ͼ��
%��ת
%ƽ��
% img_rotate = imrotate(img, theta... |
function [voxels minX minY minZ] = triangle_voxelize(p1, p2, p3)
%p1 = [randi(10) randi(10) randi(10) ]
%p2 = [randi(10) randi(10) randi(10) ]
%p3 = [randi(10) randi(10) randi(10) ]
n = cross(p2-p1, p3-p1);
n_norm = n/norm(n);
%figure
minX = floor(min([p1(1), p2(1), p3(1)]));
maxX = ceil(max([p1(1), p2(1), p3(1)])... |
function [xy, z] = deg2world(xyIn, z, zIsR)
%deg2world convert from degrees of visual angle to world coordinates
% calculates the world coordinates for an array of degress of visul angle
% taking the depence of x and y degrees into account (i.e. that the
% distance of the position e.g. y increases when x is large
%
... |
function [q] = QR_NL_Dyn(q,u,quad,qsim)
%Pull in simulation parameters
g = qsim.g;
dt = qsim.dt;
%Non-linear dynamics can be described by the following vectors:
%% Translational
accel = @(q,u) [sum(u(:,1),1)/quad.m*sin(q(5,1));
sum(u(:,1),1)/quad.m*sin(q(4,1));
sum(u(:,1),1)/quad.m*cos... |
function [ IndicatorBW] = ColorOfIndicatorCheck(r,resizedArrena)
%Arrena=imread('arrena3.jpg');
resizedArrena=imresize(resizedArrena,[480,480]);
x=35;
IndicatorColor=resizedArrena(:,:,1)<=(r(1,2)+x)&resizedArrena(:,:,2)>=(r(1,3)-x)&resizedArrena(:,:,3)<=(r(1,6)+x)&resizedArrena(:,:,1)>=(r(1,1)-x)&resizedArrena(:,... |
function dig = mat2vect_diag(A)
m = size(A);
dig = [];
for i = 1:(m-1)
temp = diag(fliplr(A(1:i,1:i)))';
if(mod(i, 2) == 0)
dig = [dig temp];
else
dig = [dig flip(temp)];
endif
endfor
endfunction
|
function [regiond,Lnew,L_all] =regionFill(L_all,bw,~, ~, sp_text, cir_index)
% V2.1.5 has different regiond init, and fixes left bar prob...
% V2.1.4 has no shrink in function
% V213 includes mergeRegionsSimple for faster ops
% V2_2_2 includes size limit for growing a small region
% V2_1_1 debugs V2
% V2_1 uses d... |
function [Zindex] = Zfunc(Zindex,P,prob)
P = cumsum(P,2); % comsum by the columns
for i = 2:length(prob)
if (prob(i) < P(Zindex,1))
Zindex = 1;
elseif (prob(i) < P(Zindex,2))
Zindex = 2;
elseif (prob(i) < P(Zi... |
function colors = RYB_colors(n)
% RYB_colors A good diverging colormap.
% RYB_colors(n) returns an RGB matrix of n colors (default 7).
% These colors form a diverging colormap (colors easily perceived to lie
% on a sequence on either side of a central color).
%
% Example:
% colormap(RYB_colors)
%
% See al... |
% Tao Du
% taodu@stanford.edu
% June 22, 2014
function [ ] = write_camera_file( fc, cc, kc, alpha_c, filename)
% write left camera
fid = fopen(filename, 'wb');
% compute the height and width
height = uint32(cc(2) * 2 + 1);
width = uint32(cc(1) * 2 + 1);
fwrite(fid, height, 'int32');
... |
% hanieh Soleimani
% script for testing the trace of the matrix
clear;
close all;
clc;
rng('shuffle');
n =2;
s = 70;
% A = rand (n,n)
A = [ 2 1 ; 1 2];
tr_A = trace(A);
invA = inv(A);
% det_A = det(A);
traceA = 0;
for i = 1:s
randomV = sign(rand(n,1)-0.5);
traceA = traceA +... |
% the h1-subproblem and set g_h1.
% h1 = lambda1*||x||_1
function z_h1 = h1_sub(g_f, g_h2, xk, d, lambda1)
tau = xk - (g_f + g_h2)./diag(d);
tau_sign = tau;
tau_sign(tau>=0) = 1;
tau_sign(tau<0) = -1;
z_h1 = tau_sign.*max(0,abs(tau) - lambda1./diag(d));
%fval = (g_f')*z_h1 + yh1(z_h1, lambda1) + (g_h2')... |
% Script to generate zts gratings and OSA
addpath('./mgds');
cXLSTemplate = 'cellRef.xlsx';
mgds_SUPER = MGDS();
mgds_SUPER.init('ZTS_grating_OSA_package_mask', ...
'autogen structures', true);
mgds = MGDS();
mgds.clearAll();
% Render to super MGDS:
bProduction = true;
bGratingLabelsOff = fals... |
function y=compute_similarity_ou(A,B) %欧式距离方法比较 A.combine和B.combine 的相似度
fprintf('********开始计算%s和%s*******\n',A,B);
X=load(['.\A\',A,'.combine']);
Y=load(['.\A\',B,'.combine']);
n=size(X,1);
m=size(Y,1);
answer=1000000000000;
window=200;
dis=window-1;
for i=1:1:n-dis
for j=1:1:m-dis
% fprintf('*****开始计算(%s,%... |
function [is_mono] = is_audio_mono(audio)
% IS_AUDIO_MONO determine if the stereo is sterio (2 channels/columns) or mono (1
% channel/column).
[~,n]=size(audio);
if n==2
is_mono=false;
elseif n==1
is_mono=true;
else
is_mono=false;
end
|
clc;
close all;
im = 'Img_3.jpg'; % Read the image
im22 = imread(im);
[row,col] = size(im22);
OutputMap = analyze(im);
[m,n] = size(OutputMap);
img = OutputMap;
for i = 1:m
for j = 1:n
if(img(i,j) < 1) % Set the thereshold
img(i,j) = 0;
else
img(i,j) = 255;
... |
%% Calcolo del secondo funzionale di costo ( centro giunti)
function dw2 = funzionale_dw2(Q,joint_lim)
%Centri corsa
q1_m= (abs(joint_lim(1,2))- abs(joint_lim(1,1)))/2;
q2_m= (abs(joint_lim(2,2))-abs(joint_lim(2,1)))/2;
q3_m= (abs(joint_lim(3,2))-abs(joint_lim(3,1)))/2;
q4_m= (abs(joint_lim(... |
function maxi = largest_product(n)
for i = 1:1000-12
p = n(i)*n(i+1)*n(i+2)*n(i+3)*n(i+4)*n(i+5)*n(i+6)*n(i+7)*n(i+8)*n(i+9)*n(i+10)*n(i+11)*n(i+12);
q(i)=p;
end
maxi=max(q); |
function [F] = calcWKS(evecs1, evals1, numSamples)
evals1 = abs(evals1);
emin = log(abs(evals1(2)));
emax = log(abs(evals1(end)));
s = 7*(emax - emin)/numSamples;
emin = emin + 2*s;
emax = emax - 2*s;
tn = linspace(emin, emax, numSamples);
ce = sum( exp( -((bsxfun(@minus, log(evals1(:)) , tn(:)')).^2)./... |
%%%%%%%%%%%%%%%% readDirectory %%%%%%%%%%%%%%%%
% Parses the file names in the provided directory. Assumes that all
% numbered images are in the image sequence to be analysed, and that an
% unnumbered image, if present, shows the ROI for later processing.
%
% Inputs:
% inDirectory - the directory the images ... |
%% Category List
% I/O
doc2html('glycanMLread.m');
doc2html('glycanNetSBMLread.m');
doc2html('glycanMLwrite.m');
doc2html('glycanNetSBMLwrite.m');
doc2html('glycanStrread.m');
doc2html('glycanStrwrite.m');
%% Database Connection
doc2html('dbLocalConnect.m');
doc2html('dbExactStructSearch.m');
doc2html('queryGlycome... |
%% sprMDL auto testing
clear
%% build protiens
proteinARGs = cell(0);
% entire CH1
% proteinARGs = [proteinARGs, GenerateProteinARG(32,137,'protein/CH1/1sjj.csv')];
% proteinARGs = [proteinARGs, GenerateProteinARG(45,150,'protein/CH1/1tjt.csv')];
% proteinARGs = [proteinARGs, GenerateProteinARG(45,150,'protein/CH1/1... |
%main montecarlo
clear
close all
T = 300; % temperature, K
HBAR = 1.054D-34; % reduced Planck constant, J*s
kB = 1.3806488e-23; % Boltzmann constant, J/K
Q = 1.6021766208e-19; % elementary charge, C
eps0 = 8.854D-12; % vacuum permittivity constant, F/m
eps_s = 12.9*eps0; % static dielectric constant, F/m
hwpop... |
%%
% Alexandria University
% Faculty of Engineering
% Electrical and Electronic Engineering Department
%
% Course: Communications System Lab.
%
% Experiment 1: Bluetooth Protocol.
%%
clear;
close all;
clc;
%% Generate random bit sequence of length 1 ? 10^6 bits
M = 8;
N = log2(M);
N_bits = N*ceil(1... |
%% Unicycle Model
function [xVectorNext] = unicycleModel(xVectorCurrent,v,w)
% For each vector component (x,y,theta), calculate the next position based
% on the current position, forward linear speed, and angular velocity
% The following equation is provided in the problem statement:
xVectorNext = [xVectorCurrent(... |
global baseParameters fparam parami nbin Acell calP2X7 iparam parami baseModel pMax pMin;
pMax=containers.Map();
pMin=containers.Map();
%Create a cell array of strings with the names of the parameters.
paramNames={'k1','k2','k3','k4','k5','k6','k7','k8','k9','k10','k11','k12','k13','k14','k15','k16','k17','k18','k19... |
function hints = netHints(net,hints)
% Copyright 2013-2015 The MathWorks, Inc.
net = struct(net);
net = nnet.codegen.weedProcessSteps(net);
% Dimensions
hints.numInputs = net.numInputs;
hints.numLayers = net.numLayers;
hints.numOutputs = net.numOutputs;
hints.allWB = nn.wb_indices(net,hints,true);
hints.learnWB = n... |
function out = unfoldings(T, order, Ndim)
% Computes all Unfoldings of a Tensor.
%
% |----------------------------------------------------------------
% | (C) 2006 TU Ilmenau, Communications Research Laboratory
% |
% | Martin Weis
% | Florian Roemer
% |
% | Advisors:
% | Dipl.-Ing. Gio... |
function plotroute(city, route, current_distance, Iterations)
% PLOTROUTE
% PLOTROUTE(city, route, current_distance, temperature) plots the route and
% display current temperautre and distance.
global h;
cycle = route([1:end, 1]);
% update route
x=city(:,1);
y=city(:,2)+400;
set(h,'Xdata',x(cycle),'Ydata',y(cycle));
... |
clear;
quad2ini;
anim = 0;
a = 20;
fileID = fopen('results3.txt','w');
vmatrix = zeros(8, 5);
alfav = [0 0.5 0.7 0.9 0.95];
etav = [0 0.003 0.01 0.03 0.1 0.3 1 3 10];
etav = etav';
i = 1;
j = 1;
for alfa = [0 0.5 0.7 0.9 0.95]
for eta = [0.003 0.01 0.03 0.1 0.3 1 3 10]
quad2;
fprintf(f... |
%20160517
%increased dlmwrite precision, to 5 decimals, file maps_cost
%always write 11 macrosectors, in line 671
% new (temporary) post to manage First Guess/SR mode
function []=POSTmain_FG(f2,DSuperSet,aggregationInfo,pathANN,flag_region_dom,flag_optim_dom,flag_aqi_dom,...
coordinate,emi,global_data,base_emi_low... |
% ASTROTIK by Francesco Santilli
% R2BP (Restricted Two Bodies Problem)
% Solves the problem of Lambert with the method developed by G. Avanzini.
%
% Usage: [p,e,w] = lambert(r1,r2,q,t,mi)
%
% where: r1 = starting point radius [L] (r1>0)
% r2 = ending point radius [L] (r2>0)
% q = transfer angle [... |
%****** Discriminant Analysis via Support Vector *****
% By Suicheng Gu at Peking University on Jan. 5, 2008
% Any questions, you can email me: gusuch@gmail.com
%Input: X, training samples with size of N*d | d, dimension | N, number of samples.
%Input: Y, training index with size of N*1,
%Input: k, Number of eig... |
function [pupil,mask,rmswfe] = displayWFE(rays, caption, rmttp, clim)
%DisplayWFE Helper function for plotting wavefront error maps
% rays can be a cell array, in which case the difference in wfe is plotted
if nargin < 2
if isfield(rays,'surface') && isfield(rays.surface,'name')
caption = [rays.surfa... |
%PSTHs and some initial analysis
%TH stands for three outcomes (suc/mal/wat)
clear all; clc;
global Dura Baseline Tm Tbase BSIZE Tbin
tic
load('RAWTH.mat');
RAW=RAWTH;
%Main settings
SAVE_FLAG=1;
BSIZE=0.01; %Do not change
Dura=[-4 10]; Tm=Dura(1):BSIZE:Dura(2);
%Baseline=[-22 0]; Tbase=Baseline(1):BSI... |
function v = f5_2(x)
v = 1/2 + 1/4*(x^2) - x*sin(x) - 1/2*cos(2*x);
end
|
clear
clc
%% Import historical data and define sampling and epoch parameters
[header, recorddata] = edfread('chb01_03.edf');
Fs = 256; % sampling frequency
T = 1/Fs; % sampling period
N = length(recorddata); % num sample... |
function I = Simpson(x,y)
%Simson Fuction uses simpsons 1/3 rule to integrate a list of equally spaced x and y
%values, last section will be integrated by trapazoidal methoud if needed
% Inputs:
% x - Array containing x values
% y - Array containing y values
% Outputs:
% I - Value of integral
... |
function [resVal] = softXorMod2(softVec)
hardVec = mod(round(softVec),2);
resHard = mod(sum(hardVec),2);
distVal = abs(softVec - round(softVec));
if isempty(distVal(distVal>0))
resVal = resHard;
else
resSoft = mean(distVal(distVal>0));
resVal = abs(resHard-resSoft); % norm hard output with soft d... |
function [ ] = writeVisTxt( filesDir, saveAddress )
%WRITEVISTXT Summary of this function goes here
% Detailed explanation goes here
% https://github.com/math314/cut-tree
% roadID mapPointID (as a observe), or Gomory Hu tre cut
fileExt = '*.txt';
files = dir(fullfile(filesDir,fileExt... |
% mass flux
timesteps = 41:10:401;
ucam1D_cmfmc = [];
ucam1D_cmfmcdzm = [];
ucrm1D = [];
% assemble var into var(randvar,sample)
for it = timesteps
load(['var_PC1_' num2str(it) '_mcc.mat'],'varCAM1D','parm')
% create index variables
if it==timesteps(1)
idv = varindex({'varCAM1D'},parm)
end
ucam1D_cmfmc ... |
function DateNumber = m2xdate(MATLABDateNumber, Convention)
%M2XDATE MATLAB Serial Date Number Form to Excel Serial Date Number Form.
%
% DateNumber = m2xdate(MATLABDateNumber, Convention)
%
% Summary: This function converts serial date numbers from the MATLAB
% serial date number format to the Excel ser... |
function matrix_2d=recover_matrix(csv_file)
fileID = fopen(char(csv_file),'r');
end |
function [Ifx,errbnd] = quadva(fun,interval,reltol,abstol)
% When INTERVAL = [A,B], computes the integral of a continuous function
% f(x) from A to B for A < B. A can be -Inf and/or B can be Inf. FUN
% accepts a row vector X and returns a vector Y with Y(m) = f(X(m))
% for m = 1,...,length(X). FUN can be a stri... |
function [ceza1,ceza2] = haverlysPoolingKisit(x)
h(1) = x(7) + x(8) - x(4) - x(3);
h(2) = x(1) - x(5) - x(7);
h(3) = x(2) - x(6) - x(8);
h(4) = x(9) * x(7) + x(9) * x(8) -3 * x(3) - x(4);
g(1) = x(9) * x(7) + 2 * x(5) - 2.5 * x(1);
g(2) = x(9) * x(8) + 2 * x(6) - 1.5 * x(2);
ce... |
% Code for Basis function of gamma variates of different frequencies
% D = basis matrix with columns of gamma variates of different frequencies
% Size(D) = [m,n];
function D = basis_gamma(m,n)
D = zeros(m,n);
D(:,1) = 1;
GG = spm_Gpdf(0:100,10,0.48); % Manual tuning for the first basis vector!!!!
% figure;plot(GG)
S... |
function [SHstF, SHstM, SHstO, SPriS, SPriM, SPriB, SPriA] = vdoSalVox(hrVdo, hrFlow, wsSmp, wsFlow, wsAcc, wsBk, wsSeg, bins, wS, direS, sigS)
% Computing video saliency based on spatio-temporal voxels.
%
% Input
% hrVdo - video input handle
% wsSmp - sampling
% wsFlow - flow
% wsAcc - acceleration
... |
%% TO USE
% Hit y for when there is a character, n for when there isn't and space
% for when the whole region doesn't contain text
%% Initialization
clear ; close all; clc
%% To train place all images in the directory/directories in variable paths
paths = {'images/'};
% Extensions of images to check for in the paths... |
function [pproc] = poisson3d(lambda)
% POISSON3D generate and plot Poisson process in the unit cube
%
% [pproc] = poisson3d(lambda)
%
% Inputs: lambda - intensity of the process
%
% Outputs: pproc - a matrix with 3 columns with coordinates of the
% points of the process
% Authors: R.Gaigalas, I.Kaj... |
classdef (Hidden, Sealed) WriterFactory < handle
%WRITERFACTORY A factory of graph writer objects.
% This class produces WRITER instances based on the desired graph
% output format.
%
% See also: WRITER, FORMAT.
%=========================== PROPERTIES ==========================... |
function [ J_n ] = GenerateInverterConstants( g_n, N, Z_o, delta )
%UNTITLED2 Generates the admittance inverter constants for the transmission lines
%from give low-pass prototype values, a given transmission line impedance,
%fractional bandwidth, and filter order
% g_n - low-pass prototype values
% N - order of th... |
function vol = tetrahedronVolume(vertices, varargin)
%TETRAHEDRONVOLUME Signed volume of a tetrahedron.
%
% VOL = tetrahedronVolume(TETRA)
% Comptues the siged volume of the tetrahedron TETRA defined by a 4-by-4
% array representing the polyhedron vertices.
%
% Example
% vi = [0 0 0;1 0 0;0 1 0;0 0 ... |
%{
# Synced spike times and tracking for each unit (all time relative to the session this recording belongs to)
-> ephys.UnitSpikeTimes
-> ephys.UnitSpikeTimes
-> tracking.ProcessedTracking
-> tracking.ProcessedTracking
---
spike_times : longblob # (s) repeat of SyncedSpikeTimes (fo... |
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