text stringlengths 8 6.12M |
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function [ ichangepts, rchangepts, trajmap] = changepoint_detection( object_change_tuples, trajs, itimes, k, rtimes)
%CHANGEPOINT_DETECTION This function detects change points in trajectories
% object_change_tuples: N x d matrix
% trajs: N x 1 matrix where each entry is a number of which trajectory
% that example... |
function [J, grad] = costFunction(theta, X, y)
%COSTFUNCTION Compute cost and gradient for logistic regression
% J = COSTFUNCTION(theta, X, y) computes the cost of using theta as the
% parameter for logistic regression and the gradient of the cost
% w.r.t. to the parameters.
% Initialize some useful values
m = l... |
function PlotEpsAndMu(dd20,dd25,dd30,dd35,dd40,dd45,dd50,material_width,material)
%{
figure;
plot(dd20.t_frequency/1e9,real(dd20.epsilont),'k','LineWidth',2)
hold on
plot(dd20.frequency/1e9,real(dd20.epsilon),...
dd20.frequency/1e9,real(dd25.epsilon),...
dd20.frequency/1e9,real(dd30.epsilon),...
dd20.freque... |
%%Testing
%VMC(1:7,1)
myaxes = axes('xlim',[-10 10],'ylim',[-10 40], 'zlim',[0 2]);
view(-14,14); % VIEW(3) sets the default 3-D view, AZ = -37.5, EL = 30
grid on;
axis equal;
%hold on
xlabel('x')
ylabel('y')
zlabel('z')
%% 1.1 Create Road lines for reference
p=0;
for s = 0:100
p = s*3;
line([-5 5],[p... |
function [f_best, x_best] = geneticAlgorithmA(f, l, u, pop_size, n_generations)
% f - Function
% l - Lower Bound
% u - Upper Bound
p = (u-l).*rand(size(l,1),pop_size); % Initial Population (first generation)
n_intervals = 256; % Intervals for Binary Discritization
n_crossovers = 3; % Number of Crossovers
k = 0; % Iter... |
data = load(fullfile(files_path, 'postprocessed_data', 'ofc_celldatas_ensemble'));
singles = find_singles(data.celldatas);
clear data
ephys_regression_results = load(fullfile(files_path, 'postprocessed_data', 'ephys_regression_results'));
nRegs = size(sse.sse_leftout{1,1},1);
%% Plots for singles
% Re-organize
for l... |
%learn mixed strategy from set of basis for new map
%mixed strategy is learn row by row until last block is reached
function [AggtdPolicy, AggtdWeights, CompositePolicies]=C_mixedMap(map)
global blockSize;
global N_ACTIONS;
global N_STATES;
global N_POLICIES;
global T;
global showProgress;
... |
function test_close10()
% test_close10() runs unit tests on close10(a,b) and returns the number that fail
% author: Tim Hickey
% date: Feb 14 2011 (Valentine's Day)
% Modified by Sean Kilachand
% Fixed syntax of test file
% Added 2 test cases
e=0;
e=e+ runTest(8,13,8);
e=e+ runTest(13,8,8);
e=e+ runTest(7,13,0);
e=e+ ... |
function [ tcm ] = thecannon_norm_test_flux( tcm, varargin )
% Written by: Bo Zhang (NAOC, bozhang@nao.cas.cn)
% Last modified: 25-Jun-2016
%
% Aim:
% -
% Example:
% -
% -
% INPUT:
% -
% -
% OUTPUT:
% -
% -
% HISTORY:
% -
% -
wave = tcm.wave;
test_flux = tcm.test_flux;
test_ivar = tcm.... |
%In this program the two plots of the Paper are generated: 1. fallspeed and mass 2. fall distance
mkdir('Plots','4_Sublimation_var_icecrystal'); %create folder for plots
close all
set(0, 'DefaultFigureRenderer', 'OpenGL'); %to remove the distance between 100 and mu in label.
%OpenGL does not so... |
% Activity no.: Matlab 2, Task 5
% File: ML2_ACT_Task5_katherto.m
% Date: 22 November 2015
% By: Natalie Zimmermann
% Login ID: zimmermn
% Kathryn Atherton
% Login ID: katherto
% Ryan Hellyer
% Login ID: rhellyer
% Section: 04, 3:30 - 5:30, C111
% Team: 59
%
% ELECTRONIC SIGNATURE
% Natalie Zimmermann
% Kathryn Atherto... |
%Heat Equation 2D - Cas homogène | Régime permanent | Sans source interne
%| Méthode différences finis | Code fonctionne de préférence avec plaque
%carré L = 3
clear all
clc
%Plaque plane rectangulaire
%Données
N = 4; %Discrétisation (faire en sorte que h C |N) => taille matrice
ax = 0;
bx = 4;
Lx = ax - bx; %Longue... |
function [L,H]=De97Sym(A)
hlen=length(A)/2; lenL=ceil(hlen); lenH=floor(hlen);
[L,H]=dwt(A,'bior4.4','mode','symw'); %%%%%%%%%%%%%%%%%%
L=L(3:2+lenL); H=H(3:2+lenH);
|
function name = plot1(x, y)
x = -10 : 4: 15;
y = x.^2;
plot(x,y);
hold on
y = exp(x);
plot(x,y);
|
function [q] = CreateComplexGrid2(z,c,cutoff)
%UNTITLED3 Summary of this function goes here
% Detailed explanation goes here
i = 1;
q = 1;
complex = z^2 + c;
while i <= cutoff
absolute = abs(complex);
if absolute < 3
q = q + 1;
complex = complex^2 + c;
i = i + 1;
... |
% Rate of CH3C(O)CH2O2 + NO --> products
% Updated 7/14/06 AEP
% Based on JPL Data Evaluation #15
% rate=kNOCH3COCH2O2(T,M)
function j=kNOCH3COCH2O2(T,M)
j=2.9e-12.*exp(300../T); |
function [ Word ] = ConvertInkmlToSequence( DataSetPath, filename )
%CONVERTINKMLTOSEQUENCE Summary of this function goes here
% Detailed explanation goes here
% [ WordSequence ] = ConvertInkmlToSequence( 'C:\Users\kour\OCRData Old\Archieve\adab_database_v1.0\Data\set_1', '1231874526312' )
inkmlPath = [DataSe... |
function [R_BW] = euler2dcm(e)
% euler2dcm : Converts Euler angles phi = e(1), theta = e(2), and psi = e(3)
% (in radians) into a direction cosine matrix for a 3-1-2 rotation.
%
% Let the world (W) and body (B) reference frames be initially aligned. In a
% 3-1-2 order, rotate B away from W by angles psi (ya... |
function handle=WriteMRCHeader(map,pixA,filename,sizes,org,mode,isVol,handle)
% function handle=WriteMRCHeader(map,pixA,filename,sizes,org,mode,isVol, handle)
% Write out the header of an MRC map file, and leave the file open,
% returning the file handle, so that data can be written sequentially into
% the file and the... |
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% 本函数用于画Equity右图2
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
function h = draw_right2_e(f,equity)
h = axes('parent',f,'position',[0.84,0.35,0.15,0.21]);
hold on;
bar(1,equity.maxConwl(1),0.5,'r');
bar(2,equity.m... |
function [cents] = pointdrift_points(im)
config = get_config();
orig = im;
if config('pointdrift_use_dog')
im = pointdrift_dog(im);
else
% FIXME constant size here
%size_threshold = 40;
% smooth the image
%im = histeq(im);
im = imtophat(im, strel('d... |
function finetune_cat(DATA_DIR, question_dir, model_dirname, dset_dir, setlist, trainval_prefixes, trainval_sets, tr_set, val_set, caffestuff, net_params, deploy_params, solver_params, ...
caffe_bin_path, create_lmdb_bin_path, compute_mean_bin_path, parse_log_path)
cat_idx_all = setlist.cat_idx_all;
obj_lists_all ... |
function syscomtest( )
cmd=['echo "lala" > log_test_sys_com'];
system(cmd);
end
|
function [ out ] = get_baseball_stats( season_folder )
f_dir = dir(season_folder);
file_list = {};
for i = 1:length(f_dir)
%is this a file?
if f_dir(i).isdir == 0
file_list{length(file_list) + 1} = [season_folder f_dir(i).name];
end
end
%open file
pitchers = {};
%init the current pitcher cell, ... |
% CUSTOM_defaults_in.m ADVISOR 3.0 rev a input file created: 21-Dec-2000 15:05:37
global vinf
vinf.name='CUSTOM_defaults_in';
vinf.block_diagram.name='BD_CONV';
vinf.drivetrain.name='custom';
vinf.fuel_converter.name='FC_SI41_emis';
vinf.fuel_converter.ver='ic';
vinf.fuel_converter.type='si';
vinf.transmission.nam... |
% f(X,Y) = Y + sqrt( X^2 + Y^2) with a surface over X and Y
% X range [ -5 5] Y range [ -3 2.5] with 200 equally spaced values
X = linspace(-5,5,200);
Y = linspace(-3,2.5,200);
[X,Y] = meshgrid(X,Y);
Z = Y + sqrt( X.^2 + Y.^2);
surf(X,Y,Z); |
load('Stat.mat');
plot(StatFile.qcno_dB, [sqrt(StatFile.DestPhi./StatFile.Np)*180/pi;
sqrt(StatFile.DestPhiSredn./StatFile.Np)*180/pi; sqrt(StatFile.DestPhi_Theor)*180/pi]);
title('RMSE \phi')
ylim([0 100]);
figure
plot(StatFile.qcno_dB, [sqrt(StatFile.DestW./StatFile.Np)/2/pi;
sqrt(StatFile.DestW_Th... |
function [to yo] = konvolusi(f,g,t)
ink = t(2)-t(1);
yo=conv(f,g)*ink;
to=linspace(2*min(t),2*max(t),length(yo)); |
function [nav, Date] = nav2month(nav1 , Date1)
% 将任何周期的输入数据nav1转化为月周期数据
% ---------------------
% 唐一鑫，20150730
Date = zeros(length(Date1),1)-1;
nav = zeros(length(nav1),1)-1;
i = Date1(1);
j = 1;
temp = findclose(Date1,i); % 返回最接近的项数
Date(j) = Date1(temp);
nav(j) = nav1(temp);
while(true)
j = j + 1;
i = i +3... |
clear all;
%Load data
files1 = dir('./BEACH24/*.mat');
files2 = dir('./DUCK24/*.mat');
Nfeature = 8;
Ndata1 = size(files1,1);
Ndata2 = size(files2,1);
Ndata = Ndata1 + Ndata2;
BeachData = cell(Ndata1,1);
i = 1;
for file = files1'
BeachData{i} = load(file.name);
i = i + 1;
end
DuckData = c... |
close all;
clear all;
clc;
x0=0.5;
x1=1.0;
h=x1-x0;
s=0.5*(f(x0)+f(x1))*(x1-x0);
esatto=ff(x1)-ff(x0);
errteorico=h^3*fdd(x1)/12.;
fprintf("%f\t%f\t%f\t%f\n", s, esatto, s-esatto, errteorico);
npts=101;
xx=linspace(x0,x1,npts);
yy=f(xx);
y1=flin(xx,x0,x1);
plot(xx,yy);
hold on
plot(xx,y1);
functi... |
function I = SwI_NIDAQUSB5132(obj)
% Measure switching current of a dc SQUID/Josephson junction under ramp driving by
% using NI DAQ USB5132 for switching voltage signal aquisition.
% Copyright 2015 Yulin Wu, Institute of Physics, Chinese Academy of Sciences
% mail4ywu@gmail.com/mail4ywu@icloud.com
NIDAQUSB5132OBJ ... |
function [ users_path ] = create_path( users, dimensions, total_positions, step_distance, mean_distance )
%CREATE_PATH Creates a random path for each user in a surface
% users Number of users
% dimensions Dimensions of the surface in meters
users_path = NaN(2,total_positions,users);
for user = ... |
%uniform mutation
function new_child = mutation(child)
p_mutation = 0.25;
range = [2 18; 1.05 9.42; 0.26 2.37];
new_child = zeros(3, 1);
for i = 1:3
rand_num = rand();
if(rand_num > p_mutation)
new_child(i, 1) = child(i, 1);
else
new_child(i) = round(range(i, 1) + (range(i, 1)-range(i, 2))*r... |
function [game_mat, patterns] = map_to_matrix(mat_size, corrs, threshold)
game_mat = zeros(mat_size);
patterns = {};
% 优先使用相关系数高的数据进行归类
for k = 1:length(corrs)
% 相关系数已低于阈值，并且每一块已被检测过时，结束归类
if corrs(k,1) < threshold && all(game_mat(:))
break;
end
... |
clc; clear; close all;
N=16; % 16 32 128
n=[0:N];
f1=0.22;
f2=0.34;
xn=1/2*sin(2*pi*f1*n)+sin(2*pi*f2*n);
Xn = fft(xn);
subplot(2,1,1);
stem(n,abs(Xn));
subplot(2,1,2);
stem(n,angle(Xn)); |
function [cfr] = rls_dualr(X,y, opt)
% rls_dualr(X, y, opt)
% computes a classifier for the dual formulation of RLS.
% It uses a randomized method to solve the associated linear system.
% The regularization parameter is set to the one found in opt.paramsel.
% In case of multiclass problems, the regularizers need to be ... |
function [S] = clamped_cubic_splines (x, y, yp)
% Clamped Cubic Splines for Interpolation
%
% Approximates f(x) given x and y using clamped cubic spline interpolants.
%
% Error : max_{a<=x<=b}[|e|] <= C_0 h^4 max_{a<=x<=b}[|f^4(x)|]
% Notes : At the bounds the interpolating interval, S''(x) = 0... |
function dh = DenavitHartenberg(q)
% DenavitHartenberg returns a matrix dh wich has one row per joint and
% each row is [theta d a alpha]. Joints are assumed revolute.
q_1 = q(1);
q_2 = q(2);
q_3 = q(3);
q_4 = q(4);
q_5 = q(5);
q_6 = q(6);
%% Defining constants
d_1 = 0.0892; % [m]
a_2 = -0.425; % [m... |
function [C1,C2,C3,C4,C5,C6,C7,C8,C9]=cluster_maker(S,n)
x1=0; x2=0; x3=0; x4=0; x5=0; x6=0; x7=0; x8=0; x9=0;
for z=1:1:9
if(z==1)
for i=1:1:n
if (S(i).id==z)
x1=x1+1;
C1.nodes(x1)=S(i).name;
end
end
end
if(z==2)
for i=1:1:n
if (S(i).id==z)
x2=x2+1;
C2.nodes(x2)=S(i).name;
e... |
function [f,siglinesup,siglinesdown,magnitudes,pvals,sortorder]=compareplot_singlemetricnew(data,parameter,genotypeinds,siglinesup,siglinesdown,magnitudes,pvals,mode,colour,sortorder)
%function f=compareplot(data,parameter,genotypeinds)
%insert parameter data for all parameters (data)
%the parameter of interest (ie cur... |
function geomview_write_off(outputFile,fv)
% geomview_read_off - Read GeomView .off mesh file format
%
% [vertices,faces] = geomview_write_off(outputFile,fv)
%
% This function will write an ascii file that contains a one line
% specification of the 'OFF' file format followed by another line to
% specify number of vert... |
iasi_paths
for f = findfiles([prod_dir '/' datestr(JOB(1),'yyyy/mm/dd') '/ecm.iasi_l1c*'])
disp(['Loading ' f{1}])
[h ha p pa] = rtpread(f{1});
disp(get_attr(ha,'rtpfile'))
[h2 ha2 p2 pa2] = rtpgrow(h,ha,p,pa);
if ~isequal(size(p2.rcalc),size(p2.robs1))
disp('different sizes')
unlink(f{1})
end
if... |
%% Feedback particle filter for state estimation problems
% - Defines the state and observation processes - X_t and Z_t
% - Defines the prior distribution p(0)
% - Generates particles Xi from the prior p(0)
% - Passes these particles Xi to four different gain function approximation
% functions - i) diff TD learning (... |
function pixels = Lv(inpic, kernel_type, shape)
if (nargin < 3)
shape = 'same';
end
[dxmask dymask] = get_delta_dir_kernels(kernel_type);
Lx = filter2(dxmask, inpic, shape);
Ly = filter2(dymask, inpic, shape);
pixels = Lx.^2 + Ly.^2;
end
|
% tabula rasa:
clc; clear all;close all;
%% This is to solve Prelab Q1: %%
% Read the image given to you (use function imread())
im = imread('image1.jpg');
% plot the original image (use imshow())
figure
imshow(im);
% convert your image into hsv color space (use function rgb2hsv())
hsvim = rgb2hsv(im);
h = hsvim(:... |
function plot_IPM_fit(modelnum,Year)
fit_filename = strcat(['Tomales_IPM_fits/Tomales_Model_',num2str(modelnum),'_20Jan2018_fit.mat']);
post_filename = strcat(['Tomales_IPM_fits/postproc_Tomales_Model_',num2str(modelnum),'_20Jan2018.mat']);
metaname = 'Tomales_20Jan2018_metadata.mat';
load(fit_filename)
load(post_fil... |
classdef LM_LeftPaneListBase < LM_UnitBase
properties (GetAccess = ?LM_UnitBase, Constant)
titleHeight = 25;
end
properties (Access = private)
numElements = 0;
gVBox;
heightIndex = struct(...
'title',1,...
'elements',@(this) 1+(1:this.numElements));
end
methods (Access = {?LM_... |
%----------------------------------------------------------------
% scripts to read and open data from a netcdf file into Matlab
%
% this should work for Matlab 2015 as used on the macbook
%
% levi silvers dec 2016
%----------------------------------------------------------------
%source='/Users/sil... |
b= linspace(-ts/2,ts/2,60);
plot(b,s7,'k','linewidth',2);title('S_7(t) = - S_1_5(t)');grid;
A=0.7071;
axis([-1.5e-6 1.5e-6 -1.3 1.3])
line([-ts/2 -ts/2],[-1.3 -1],'color','k','LineStyle','--','linewidth',1.5)
line([ts/2 ts/2],[-1.3 1],'color','k','LineStyle','--','linewidth',1.5)
ax=gca;
ax.XTick=[-1.0417e-6 -.5e-6 0 .... |
load XBaseAleatoireBruit.mat
load YBaseAleatoire.mat
x=XBaseAleatoireBruit;
y=YBaseAleatoire(:,3);
nbslices=20;
expoparamess=-10:1:0;
omega=cov(x);
nbess=length(expoparamess);
erreur=zeros(nbess,1);
for j=1:nbess;
j
param=10^(expoparamess(j));
erreur(j)=cross_validation(x,y,10,param,nbslices,omega);
erreur(j)
e... |
function [ obj ] = readSutterMetadata( obj, imageDesc )
%READSUTTERMETADATA Extract metadata ofr SutterMOM Tiff files
% Parse the ImageDescription Tiff tag and extract the relevant
% information.
% INPUT
% obj: current TiffReader object
% imageDesc: string containing the ImageDescription tag content
% ... |
function handles = guiHIO(HIOtab,width,height,left1,left2,prepareHIO)
% Left panel with a reconstructin parameters HIO ##################
uicontrol('Parent',HIOtab,'Style','text',...
'String','H... |
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Description: This script implements the Lax Friedrich method to
% numerically solve the scalar advection equation u_t + au_x = 0.
% It stores all the parameters that define the desired
% method. Stable provided mu=abs(ak/h)<=1
% Lax ... |
function varargout=cachedcall(varargin)
%% CACHEDCALL can be used to cache the results of slow function calls to disk
%
% You can call an arbitrary function using CACHEDCALL. It will then check
% if you have made the same call with the same arguments before. If you
% have then it will quickly load the previously comp... |
function Y = sign(X)
% Symbolic sign function.
% For each element of X, sign(X) returns 1 if the element
% is greater than zero, 0 if it equals zero and -1 if it is
% less than zero. For the nonzero elements of complex X,
% sign(X) = X/ABS(X).
%
% See also ABS, SYM/ABS
% Conv... |
clear
clc
for index = 11:-.5:1
disp(index);
end
%%
clear
clc
for index = 1:.5:11
disp(index);
end
%%
clear
clc
time = 1:1:8;
for index = time
disp(index);
end
%%
clear
clc
%dont do this
time = linspace(0,50,100);
for index = length(time);
disp(index);
end
%%
clear
clc
%do this
time = linspace(0,50,... |
v1=input('enter a vector\n');
v2=input('enter another vector\n');
v11=v1(1,1);
v12=v1(1,2);
l1=( v11^(2) + v12^(2))^(1/2);
v21=v2(1,1);
v22=v2(1,2);
l2=( v21^(2) + v22^(2))^(1/2);
v1dotv2 = v1.*v2;
v1v2=v1dotv2(1,1);
cosine = v1v2/(l1*l2);
theta =(180*acos(cosine))/pi
|
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% Author: Josh Smith
%% Discription : init and connect to a vrep simulation
%%
%% INPUTS
%% none
%%
%% OUTPUTS
%% clientID: should be a value >-1 if initialization succeeded
%% vrepObject: A vrep object used to call vrep api functions
%%%%%%%%%%%%... |
%Calling function: main
function [avg_currency_rnd, currency1, currency2, currency3, currency4, currency5, avg_service_rnd, avg_request_rnd, trade1, trade2, trade3, trade4, trade5, total_rnd_income, total_rnd_income_DSO, total_rnd_income_sellers, income_round1, income_round2, income_round3, income_round4, income_rou... |
%fill any missing data gaps
function [OMS, ECDataCut] = conditionUTSappData(OMS, ECData, info)
fprintf('\nConditioning data...\n');
%Get fields from scintillometer data
firstDay = floor(OMS.MWSC(1, 1));
%despike data
datatmp = deSpike(OMS.MWSC, info, [1]);
%Fill missing timesteps
time = datatmp(:, 1... |
function [perf, directory] = find_perf(key, outputDir)
arguments
key;
outputDir = 'outputs';
end
if isnumeric(key)
% if key is a non-positive number:
% 0: current commit
% -n: the previous nth commit.
% if the perf for the commit is missing, an error is thrown.
intKey = int32(key);
if i... |
% Demo to run learn structure on real UCI Adult dataset
%
% U: contNodeNum * sampSize, real/noisy continuous attributes data.
% V: discNodeNum * sampSize, real/noisy discrete attributes data.
% L: levels in each categorical variable
% Requires UGM at http://www.di.ens.fr/~mschmidt/Software/UGM_2009.zip
% Req... |
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Wasserstein Inverse covariance Shrinkage Estimator
% Viet Anh NGUYEN, Daniel KUHN, Peyman MOHAJERIN ESFAHANI
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
% The solar irradiation application
%
clear all; close all; clc;
startup;... |
%% It requires to load the next 4 variables:
% - tsne1
% - tsne2
% - names
% - classes
%% Randomnes monitor
RandStream.setGlobalStream( RandStream('mt19937ar','Seed',0) ) ;
%% To manually select samples from some particular classes
idx1 = find( strcmp(classes,'unstim') > 0 ) ;
idx2 = find( strcmp(classes... |
DURATION=312;
TR=1;
hdrname= 'sim0001.hdr';
imgname = 'sim0001.img';
noise_amp=0.1;
resp_amp=0;
card_amp=0;
bold_amp=0;
h =read_hdr(hdrname);
img=read_img_data(h,imgname);
mask=read_img2(h,imgname);
mask = zeros(size(mask));
mask(20:30,20:30, h.zdim/2) = 1;
mask = reshape(mask,size(img));
load phys_phases
resp = s... |
function [a_estime,b_estime] = estimation_1(x_donnees_bruitees,y_donnees_bruitees,psi_tests)
%ESTIMATION_1 Summary of this function goes here
% Detailed explanation goes here
%calcul du centre de gravité:
Xg=mean(x_donnees_bruitees);
Yg=mean(y_donnees_bruitees);
x_donnees_bruitees_centree = x_donnees_bruitees-Xg;
y... |
%{
mice.Death (manual) # info about each mouse's death
-> mice.Mice
---
dod=null : date # date of death
death_notes="" : varchar(4096) # other comments
death_ts=CURRENT_TIMESTAMP : timestamp # automatic
%}
classdef Death < dj.Relvar
properties(Constant)
ta... |
% Create figure
figure1 = figure;
% Create axes
axes1 = axes('Parent',figure1);
box(axes1,'on');
hold(axes1,'all');
% Create multiple lines using matrix input to plot
plot1 = plot([psnr_sr1',psnr_bicubic'],'Parent',axes1);
set(plot1(1),'DisplayName','Алгоритм с обучаемыми словарями');
set(plot1(2),'DisplayName','Бик... |
function [fits sems] = getML_ddOU(Monk, recompute)
% get coh and time dependence of performance using OU model
savepath = ['/work/mirror_jeff/code/matlab/tmp-mat/getML_ddOU_' Monk '.mat'];
if recompute
% get session data
fn = [Monk 'TRain_psy.txt'];
a = getML_txt(fn);
fname = a.data{strcmp(a... |
%%%%% NAPE @ HOME STATISTICS COURSE EXERCISE 1 %%%%
% Kevin Coffey - 04/09/2020 %
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% % Start Fresh
clear all
% % Load from relative path
t=readtable('College.csv');
% Load from abosute path
% t=readtable("C:\Users\MrCoffey\Desktop\NA... |
function total = income( rate, price )
%INCOME Summary of this function goes here
% Detailed explanation goes here
total = sum(rate .* price * 16 * 6);
end
|
% Check if the image designated by the given path string has already been
% processed. If it has been processed, return the processed image.
% Otherwise, return an empty array.
%
% Author: Elliot Tuck
% Date: 20170803
function processed_image = getProcessedImage(path)
processed_image = [];
if (~isappdata(0, 'pr... |
%% Init
%% ref_data
create_ref_data;
%% Index
open_index;
|
function str = pcalc(str)
% PCALC calculates the values of the 2nd AWG parameter group.
% SF, January 31, 2006
p = str.param;
p.lambda0 = p.c_light/p.freq0/1000.0; %center wavelength in um
p.Nc_nc = 1-(p.lambda0*1000.0/p.inchannel)*p.dNc_dLambda;
p.dlambda = p.c_light/p.freq0^2*p.channel/10... |
function ha = shMocF(QC, Conn, skel, varargin)
% Show one mocap frame.
%
% Input
% QC - 3D or 2D coordinates of joint, d x nJ
% Conn - joints that bone connect, 2 x nB
% skel - skeleton
% varargin
% show option
% key - whether the current frame is a key-frame or not, {'y'} | 'n'
% ... |
close all;
clear;
global Link
num=1;
ToRad = pi/180;
for th1=-180:30:180
for th2=0:30:180
for th3=-180:30:180
for th4=0:30:180
% %描点法% %
% DHfk_Robot1_JC(th1,th2,th3,th4,1);
% px(num)=Link(5).p(1);py(num)=Link(5).p(2);pz(num)=Link(5).p(3);
% ... |
clear
addpath '/mnt/homes/home024/pmurphy/Toolboxes/fieldtrip-20160221'
addpath '/mnt/homes/home024/chernandez/matlab/cbrewer'
ft_defaults
loadpath = '/mnt/homes/home024/chernandez/meg_data/surprise/preprocessed/Data/ERF/'; % path of preprocessed MEG data
% load some stuff for plotting
load([loadpath,'CTF275_helmet.... |
f = @(x) exp(x(1)^2 + x(2)^2);
g = @(x) x(1) + x(2) + 4;
q = @(c) @(x) f(x) - (1 / c) * (1 / g(x));
seq = 10 .^ (0:10);
x0 = [0, 0];
eps = 10 ^ (-5);
for i = seq
grad1 = @(x) 2 * x(1) * exp(x(1)^2 + x(2)^2) + (1 / i) * (1 / (g(x) ^ 2));
grad2 = @(x) 2 * x(2) * exp(x(1)^2 + x(2)^2) + (1 / i) * (1 / (g(x) ^ 2));... |
function [ Qpsk ] = modulation( x )
%UNTITLED3 Summary of this function goes here
% Detailed explanation goes here
i=1;
n=length(x);
for k=1:n/2
if x(i)==0 && x(i+1)==0
Qpsk(k)=1+1j;
elseif x(i)==0 && x(i+1)==1
Qpsk(k)=1-1j;
elseif x(i)==1 && x(i+1)==0
Qpsk(k)=-1+1j;
... |
function target = Read_CASTEP(flag)
% created by Zamaan Raza
% Rewritten by Maxim Rakitin, July 2014
if flag == 0
[nothing, results] = unix('grep ''Final Enthalpy'' cstp.castep | awk -F= ''{print $2}'' | awk ''{print $1}'' ');
if isempty(results) | isempty(str2num(results))
disp('CASTEP relaxation is not done... |
%% Definte the penetrations
make_fras = 1;
min_num_neurons = 5; %How many neurons of each type there have to be to use the penetration
all_pen_dir = '/mnt/40086D4C086D41D0/Inhibitory_excitatory_analysis/For_analysis/All_pens';
pen{1} = '/mnt/40086D4C086D41D0/Inhibitory_excitatory_analysis/For_analysis/Ronnie/P04/P04-qu... |
function [r1, r2, r3] = crisg4_split(id,rad);
% function [r1, r2, r3] = crisg4_split(id,rad);
%
% Split radiance computed with the UMBC "g4" CrIS RTA into
% three bands. Returns non-empty data only for those bands
% for which input data was supplied.
%
% Input:
% id - [nchan x 1] channel IDs {1-1329}
% rad - ... |
%DeltaHedgingPnL(100,100,0,0.05,0.4,0.2,1,250,250,7);
function [PnL]=DeltaHedgingPnL(S0,K,mu,r,sigma_a, sigma_i,sigma_h,T,f,hf, nSim, iCallPut)
% f is stock frequence, hf is hedge frequence
dt=T/f; step=f/hf;
figure;
PnLs=[];
for l=1:nSim
s=Stock(S0,mu,sigma_a,T,f);
i=1:step:f+1;
ii=i(1:length(i)-1);
... |
function checkExamHashes()
%% Get the hashes of current files
mfiles = dirmf();
cnt = 1;
for i = 1:length(mfiles)
try
absPath = fullfile(mfiles(i).folder,mfiles(i).name);
hash = GetHashCodeFromMFile(absPath);
if ~isempty(hash)
HashCodes{cnt} = hash;
AbsPathHashCodes... |
function [AoAChange] = WingTwist(y)
run AircraftData;
b = Vanguard.Wing.b;
ZeroLiftAngle = Vanguard.Wing.Airfoil.ZeroLiftAngle;
GeoTwist = Vanguard.Wing.GeoTwist;
AoAChange = (GeoTwist/2-y/(b/2)*(GeoTwist) - ZeroLiftAngle)*pi/180;
end
|
function n = normala_bez(b,t)
[tangenta,~] = bezier_der1(b,t);
normala1 = [tangenta(2);-tangenta(1)];
n = normala1 /norm(normala1);
end
|
function rebuild_dir(path)
% delete and rebuild the dir
if exist(path,'dir')
rmdir(path,'s');
end
mkdir(path);
end |
function [pts, I] = trajPredictor(tpar, k, expos, isize)
% render a trajectory into an image
%
% [I, T] = trajRender(isize, tpar, N)
%
% isize ... output image size; [height, width]
% tpar ... trajectory parameters x(t) = a + b*t + c*t^2; format: [a,b,c]
% could be a cell array of parameters -> then generates mul... |
%% Rohde & Schwarz GmbH & Co. KG
% 32bit MATLAB calllib example for R&S Spectrum Analyzer Instrument Driver rsspecan
% The example configures spectrum analyzer, performs the sweep,
% reads the trace data from one sweep and then from 5 maxhold / minhold
% faster sweeps from 2 different traces. Then, makes a screenshot ... |
function [vout] = paramsel_hodualr(X,y, opt)
% paramsel_hopdualr(X,y, OPT)
% Performs parameter selection when the dual formulation of RLS is used.
% The hold-out approach is used.
% The eigendecomposition used to compute the regularization path is
% computed using a randoamized method.
% The performance measure speci... |
function [evaluated_value,huberInside_mat,huberOutside_mat] = objective_func_ica_huber(raw_sig,processedSig,artifactSig,varargin)
numTrials = size(raw_sig,3);
numChans = size(raw_sig,2);
huberInside_mat = zeros(numChans,numTrials);
huberOutside_mat = zeros(numChans,numTrials);
% default params
fs = 1.2207e04;
plotIt... |
function [ stimArray ] = MonocomponentSinusoidalGratings(params, c, tf, sf)
% Simple monocomponent sinusoidal gratings
% Output format is [time x space x numStim]
% Convert time and space vectors into units of radians
tVec = 2 * pi * tf * params.t;
xVec = 2 * pi * sf * params.x;
% Allocate a container
stimArray = zer... |
function [slope_common, offsets_ch1] = inhibit_remove_bleedthrough(Ys, Xs, maxIter, onlyRegress)
% Solve the model: red_ch1 = offset + slope * green_ch2
% you need the following vars:
% trace_ch2, trace_ch1
if ~exist('maxIter', 'var')
maxIter = 1000; %100;
end
if ~exist('onlyRegress', 'var')
onlyRegress = 0; ... |
clear; %close all;
colorCode = [0 0 0 ;%background
0 0 255 ;%bed
255 102 102 ;%#books
0 0 20 ;%ceil
0 102 204 ;%#books
255 255 0 ; %floor
0 204 204 ;%furn
102 0 255 ;%#obj
153 255 204 % painting
102 0 0 ; % sofa
255 0 255 ;%#table
... |
function varargout = detectFaceTampering(varargin)
% Begin initialization code - DO NOT EDIT
gui_Singleton = 1;
gui_State = struct('gui_Name', mfilename, ...
'gui_Singleton', gui_Singleton, ...
'gui_OpeningFcn', @detectFaceTampering_OpeningFcn, ...
'gui_O... |
function weights = helicalConeAngleWeights( gammas, beta, Delta, tanAlpha, s, uu, vv, segmentLength )
a = Delta / 2;
weights = zeros( size( tanAlpha) );
for i = 1:length(gammas)
gamma = gammas(i);
if abs( beta + pi - 2 * gamma ) < a
angleCongj = + pi - 2 * gamma;
elseif abs( beta - pi -... |
% created by JN Kather and CA Weis 2015-2016
% jakob.kather@nct-heidelberg.de
% license: MIT license, see separate file for license and disclaimer
%
% parts of the code are based on the following publication
% Kather, JN et al. Continuous representation of tumor microvessel
% density and detection of angiogenic hotspo... |
%Anchor 1 coordinates
anchor1 = [0,2];
%Anchor 2 coordinates
anchor2 = [4,0];
%Anchor 3 coordinates
anchor3 = [8,0];
%Anchor 4 coordinates
anchor4 = [12,2];
%Mobile coordinate
mobile1 = [2,6];
anchors = [anchor1;anchor2;anchor3;anchor4];
nodes = [anchors;mobile1];
clf('reset')
plot(nodes(:,1),nodes(:,2),'*')
xlab... |
% 4_8 转化为极坐标下的图像
% 4-13 直接的从(x0,y0)竖直向下 逆时针旋转为对应的 theta角度
function polarv = pupil_to_polar_coordinate(pic, x0, y0, Rmax)
% 定义内圆 pupil极坐标图像大小 与 相位间距（分360份）
np = 360; dp = pi / 180;
[pic_xsize, pic_ysize] = size(pic);
polarv = zeros(np, Rmax);
pic = double(pic);
for i = 0 : np - 1
for j = 1 : Rmax
theta = ... |
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