sha256 stringlengths 64 64 | language stringclasses 28
values | size int32 1 491k | lines int32 1 23.2k | content stringlengths 1 200k |
|---|---|---|---|---|
3648577a780090abc0995163bee6872bbb0c9baf19b3ff629cb54db5a577e99c | MATLAB | 1,714 | 50 | %% Figure 2 supplemental 1
YOURDATAPATH = '';
% Load kinematics
fileList = searchFilesRecursive(YOURDATAPATH, 'kinematics_all.mat');
load(fullfile(fileList.folder, fileList.name))
%% Panel A:
% Plot finger centroid traces for all mice
plotParams.plotTargets = false;
plotParams.traceAlpha = 1;
plotParams.traceLineWidt... |
7c429e96b49f0fe3adec112db5f33cfd41bd2208a6d9cae8e5b0f0c73d92958d | MATLAB | 1,714 | 36 | % SOFA API - demo script
% Load HRTF in ARI format and save as SOFA format
% Copyright (C) 2012-2013 Acoustics Research Institute - Austrian Academy of Sciences
% Licensed under the EUPL, Version 1.1 or – as soon they will be approved by the European Commission - subsequent versions of the EUPL (the "License")
% ... |
806859464ab28ae9d9ffe55326c4a52acd35fcfabdc2e28605f36348ea498bd1 | MATLAB | 1,714 | 54 | function [xran sine] = sinefit_columnardata(data)
% This takes a timepoint of columnar imaging data
% example data:
% data = flybyfly.one{2}{2}(11:18,:);
% example script:
% d = flybyfly.ten{1}{1}(3:10,:);
% [x2 s2] = sinefit_columnardata(d);
% [m2 pos2] = getBumpPos(x2,s2);
% figure; scatter([1:length(pos2)]... |
972be1cfe01bf8ba026230631f58453d5e5a4cf8a283b13db015d14d5eed4c8d | MATLAB | 1,716 | 59 | %isimatrix - Test if parameter is a matrix of integers (>= 2 columns).
%
% USAGE
%
% test = isimatrix(x,test1,test2,...)
%
% x parameter to test
% test1... optional list of additional tests
%
% EXAMPLES
%
% % Test if x is a matrix of doubles
% isimatrix(x)
%
% % Test if x is a mat... |
b99429d5758619304f22330182577d130dbc6ac86bc58eed7cebd9737c553dc0 | MATLAB | 1,716 | 51 | % eeg_epoch2continuous() - convert epoched dataset to continuous dataset
% with data epochs separated by boundary events.
% Usage:
% >> EEGOUT = eeg_epoch2continuous(EEGIN);
%
% Inputs:
% EEGIN - a loaded epoched EEG dataset structure.
%
% Inputs:
% EEGOUT - a continuous EEG data... |
d1ad9d10d11f22483f4d51eb0bd23939e03f9ae11e9ae841375d97bb8c71c4b7 | MATLAB | 1,716 | 55 | %%*************************************************************
%% Asum: compute the matrix
%%
%% Ay = Asum(blk,A,y)
%%
%% input: A = a CELL ARRAY with m columns.
%% y = mx1 vector.
%% permAy = a permutation of [1:m] coding the order to
%% sum the matrices y(k)*Ak, k = 1,...m... |
dc22d7b15527e1518405d3e97a82c9df794915dc8200c3e55dbc9732b43f1d07 | MATLAB | 1,716 | 47 | function [path P] = path_from_pred(pred,d,varargin)
% PATH_FROM_PRED Convert a predecessor array into a path to a vertex.
%
% path = path_from_pred(pred,d) returns the list of vertices on the path
% from a source vertex to a vertex d. The predecessor array is a row
% vector such that
% pred(i) = 0 if vertex i is ... |
dbb0710efd8a5f18fef1dbe8a39b1c0f5cf43c8ec1303891a911c71f1175dd7c | MATLAB | 1,718 | 37 | function tifFileList = updateTifFileList(animalName,params,tifFileList)
% updateTifFileList takes experiment data compiling params and updates
% tifFileList with fissa, scaled fissa, and check for corresponding paths
%confirm tif folder in tifFileList agrees with animal directory
if ~all(contains({tifFileList.ma... |
cd4a0b5aeee028300b494c34a8e3da9d3b84432e88905b843e11384908b339cd | MATLAB | 1,719 | 71 | ext_path = pwd;
ext_default_path = fullfile(ext_path, 'default_packages');
if(strcmp(mexext, 'mexmaci64'))
path_to_add = fullfile(ext_default_path, 'matlab_bgl_mac64');
else
path_to_add = fullfile(ext_default_path, 'matlab_bgl');
end
if(exist(path_to_add, 'dir'))
addpath(path_to_add);
end
path_to_add = fullfile... |
0add17c7deb3548c491aa533552e16c5d2d708ecb55a0d053880801ca3c59d99 | MATLAB | 1,721 | 54 | % convolve() - convolve two matrices (normalize by the sum of convolved
% elements to compensate for border effects).
%
% Usage:
% >> r = convolve( a, b );
%
% Inputs:
% a - first input vector
% b - second input vector
%
% Outputs:
% r - result of the convolution
%
% Aut... |
0edcc4e076a449779c9bde806345fb113c8d45171b9986ac841021349966be24 | MATLAB | 1,722 | 50 | % Plots and identifies the various colorbrewer tables available.
% Is called by cbrewer.m when no arguments are given.
%
% Author: Charles Robert
% email: tannoudji@hotmail.com
% Date: 14.10.2011
load('colorbrewer.mat')
ctypes={'div', 'seq', 'qual'};
ctypes_title={'Diverging', 'Sequential', 'Qualitative'};
cnames{1... |
c0f734219d27e98b86499f8cf007d0e7799ad42c9b8a352b7fbd399a6fc60f64 | MATLAB | 1,724 | 68 | function v = cvx_classify( x )
% Classifications:
% 1 - negative constant
% 2 - zero
% 3 - positive constant
% 4 - complex constant
% 5 - concave
% 6 - real affine
% 7 - convex
% 8 - complex affine
% 9 - log concave
% 10 - log affine
% 11 - log convex monomial
% 12 - log convex posynomial
% 13 ... |
20e43ba30013eefdbca46124d9741a4e93086590993973dbfb1d3cdbf38966a3 | MATLAB | 1,725 | 54 | function ClincFreq_VLSM(INDIR,OutVLSM,SetUpPara,Para,dbmask,ParaVLSM,COVVLSM)
[V,D,namelist] = Dynamic_read_dir_NIFTI_sparse(INDIR);
D(isnan(D)) = 0;
D(isinf(D)) = 0;
D = D>0;
Dvol = sum(D)';
Dvole = sum(D,2);
IgV = Para.IgP;
indexs = find(Dvole>=(size(D,2)*IgV/100));
if ~isempty(indexs)
for i = 1:size(ParaVLSM,1)
... |
7dcd987271292ed291c826bcda8e1d128039b1b06567eb6764309f6dcf66a119 | MATLAB | 1,725 | 42 | function x = qframeit(lab,frmq,K)
% x = qframeit(lab,frmq,K)
%
% *********************** INTERNAL FUNCTION OF SEDUMI *******************
%
% See also sedumi
% This file is part of SeDuMi 1.1 by Imre Polik and Oleksandr Romanko
% Copyright (C) 2005 McMaster University, Hamilton, CANADA (since 1.1)
%
% Copyright (C) ... |
9076343d0bc39fb84fe602e28242c4d20a0628f0203da00eb456c76007fa96d3 | MATLAB | 1,725 | 46 | function apref = ea_antspreset_legacy_quick(cmd)
if ischar(cmd) % 'query' mode, return the name of the preset
apref = 'Legacy: "Quick"';
return
end
normsettings = cmd; % cmd is the 'normsettings' struct
switch normsettings.ants_metric
case 'Mutual Information'
apref.metric='MI';
apref.metr... |
a0cc51f3ff8c8eb88cb99f5c51bfbb1ffa93139854b6aecdb3ba2e5959c34523 | MATLAB | 1,725 | 45 | function epigraph( varargin )
%EPIGRAPH Declares an epigraph variable.
% EPIGRAPH VARIABLE x
% where x is a valid MATLAB variable name, declares a scalar
% variable for the current cvx problem, and specifies it as
% the objective of a minimization. There is no need to declare
% a separate MINIMIZE command.
%... |
9f166b66318fbcf0b9731cde24817a660b034f53d7ebbb67d197263d68b1b2d7 | MATLAB | 1,726 | 47 | % this function detects potential malware in the current folder and subfolders
%
% Author: A. Delorme, Cotober 2013
function detectmalware(currentFolder);
if nargin < 1
currentFolder = pwd;
end;
folderContent = dir(currentFolder);
folderContent = { folderContent.name };
malwareStrings = { 'eval(' 'evalin(' 'eva... |
01712c0949dadb09f9dbdc94838b766b6123d7e7adc5c38802389bd5ed8ca0aa | MATLAB | 1,728 | 67 | function varargout=savebnm(fname,varargin);
% a compact binary format for saving a matrix. (using float)
%
%
% savebnm(fname,M1[,M2,M3,...]);
%
% Can save multidimensional matrices containing: Nans,Imaginary numbers and Inf
%
% see loadbnm
%
% Aslak Grinsted 2004 april
%
% ------------------------------... |
233f2095ff0288cee6f5f2cc0126c5f532395a5003930427cca62115226282ef | MATLAB | 1,728 | 55 | function plot_vector(X,f,plt,Xerr,c,w)
% Function to plot a frequency dependent vector X. If error bars are specified in Xerr,
% it also plots them. Xerr can either contain upper and lower confidence intervals
% on X, or simply a theoretical confidence level (for the coherence). Used
% to plot the spectrum and coheren... |
63a3d7727a0a5686c3b08cb6c24ad27e97c8b13d2f3483e2a3ed27dc66ad0f3b | MATLAB | 1,728 | 54 | function ea_discfibers_roi_nimage_sel(obj)
% subroutine to load in rois and create an N-image for Lead-DBS
% fiberfiltering projects.
if isempty(obj.roidata)
ea_discfibers_roi_collect(obj);
end
tdir=ea_getleadtempdir;
for side=1:size(obj.roidata.nii,2)
cnt=1;
for v=obj.patientselection
obj.roidat... |
a5ee1e750c2d1efc4e462e4b2311e05acaaadd6aa15edc35439e6ec5baa7db8d | MATLAB | 1,728 | 48 | function [X p ei ej] = chrobak_payne_straight_line_drawing(A,varargin)
% CHROBAK_PAYNE_STRAIGHT_LINE_DRAWING Draw planar graphs with straight lines
%
% X = chrobak_payne_straight_line_drawing(A) generates coordinates for each
% vertex such that a planar graph A can be drawn without any edge
% crossings. This function ... |
d4cc2396a1461318d94b05381a725ef84ba942567666d4c5d5d8c671dc1fb1d2 | MATLAB | 1,728 | 37 | classdef CBIG_Yeo2011_unit_test < matlab.unittest.TestCase
% Written by XUE Aihuiping and CBIG under MIT license: https://github.com/ThomasYeoLab/CBIG/blob/master/LICENSE.md
methods (Test)
function test_example(testCase)
CBIG_CODE_DIR = getenv('CBIG_CODE_DIR');
load(fullfile(CBIG_CO... |
4bd50e252dfbed7d5ffc1650500d39ac9734ce3af0823b550c8784cddddfadd6 | MATLAB | 1,730 | 60 | function [PL]=phaselockunitLV(spikes_ch,fLFP)
%this version takes in spike times and LFP at 1k Hz
% baseline_power=(norm(fLFP)^2)/length(fLFP); %if you want a threshold
%find troughs of fLFP
hLFP=hilbert(fLFP);
aLFP=angle(hLFP);
[pks, pLFP]=findpeaks(aLFP); %pLFP is index of troughs (10... |
519d97261f7f929b10027596eee640b08b8aace63c54069d79e756f698247d78 | MATLAB | 1,730 | 64 | function [h,p,T] = BartlettTest(data,alpha)
%BartlettTest - Test if k groups of samples have equal variances (homogeneity of variances).
%
% This test assumes that all populations follow a Gaussian distribution.
%
% USAGE
%
% [h,p,t] = BartlettTest(data,alpha)
%
% data Nx2 matrix of (observation,grou... |
577c3789e2d554aecbe1d773475471014db92329430a3f4891d6e98afc3020e1 | MATLAB | 1,730 | 56 | function [output, firstIndexPoint] = read_4d_hs( filename, outfile)
%read_hs_file Reads in BTI-Headshape files
% filename: file with the headshape informations
% outfile: if present, a ctf ".shape" file is written
% output: if present, a 3xN matrix containing the headshape-points
%
% (C) 2007 by Thomas Hartman... |
48822009a90aea1c63345519b69704c65fe82c7b6619a16a4a35a1e8675dcebd | MATLAB | 1,731 | 53 | function [auc, rocCurve] = normalizedAUC(params, split)
% normalizedAUC(params)
%
% ----------------------------------------------------------------------
% Matlab tools for "Predicting human gaze beyond pixels," Journal of Vision, 2014
% Juan Xu, Ming Jiang, Shuo Wang, Mohan Kankanhalli, Qi Zhao
%
% Copyright (c) 2014... |
5b706558dd1a98eac5a23a1e65f0e1f3a14d0bf89c75276f1d657dcbf0658d61 | MATLAB | 1,731 | 39 | function [xunitv, yunitv] = ea_calcxy(head, tail, y)
% Calculate the unit vectors of x and y markers of the lead
%
% head and tail coordinates should be accurate. The rotation/orientation of
% the y marker in the x-y plane is more important than the absolute
% coordinate (it will be recalculated/adjusted). Here input y... |
daf60f37fa7ce4610d4c98dd0c64cf74c13269bfda14c3511a1c0c5ed84a3ece | MATLAB | 1,732 | 47 | function handles = Call_loadbin(loadmovieflag, Mem_max, w, f_wait, handles)
tic
if loadmovieflag
binfilelist = handles.RegPara.savename;
if ~iscell(binfilelist)
binfilelist = {binfilelist};
handles.RegPara.savename = {binfilelist};
end
grad = handles.movieinputgrad;
Ly = handles.size... |
138c2cffa0eda6262e9614c18646dac08f64f2b6d22e436729d091e9a3ee4eaf | MATLAB | 1,733 | 68 | function descriptions = GetEventTypes(selection)
%GetEventTypes - Get event types (= unique descriptions).
%
% USAGE
%
% descriptions = GetEventTypes(selection)
%
% selection optional patterns of event descriptions; see examples below
%
% EXAMPLES
%
% % Get all event descriptions
% descriptions = Ge... |
98c77373f7b0939216df2215513d9f9e64a8cf8a9a8ecbca5e02675ebc82f186 | MATLAB | 1,733 | 60 | function ea_resample_image_by_spacing(inputimage, spacing, dosmooth, addvox, nninterp, outputimage, dimension)
% Resample image by spacing, wrapper for ANTs ResampleImageBySpacing
%
% spacing: output image spacing, 1*3 vector
% dosmooth: smoooth output image, default = 0
% addvox: pad each dimension by addvox, defa... |
644ef6886d54bec673f9f2d2f15f8ac545dc917f73f394b794a9dd60434161d1 | MATLAB | 1,734 | 72 | function F_stdshade(amatrix,alpha,acolor,F,smth,width)
% Adapted from Simon Musall's script(2010/4/23)
% https://www.mathworks.com/matlabcentral/fileexchange/29534-stdshade
%
% usage: stdshading(amatrix,alpha,acolor,F,smth,width)
% - alpha defines transparency of the shading (default is no shading and black mean l... |
7922b62a475e969a26b08ec7c2b8dccb2fac2f09564b541770bea830429c9fac | MATLAB | 1,734 | 74 | function [phis, cdf, phiplot, cdfplot] = circ_samplecdf(thetas, resolution)
% [phis, cdf, phiplot, cdfplot] = circ_samplecdf(thetas, resolution)
%
% Helper function for circ_kuipertest.
% Evaluates CDF of sample in thetas.
%
% Input:
% thetas sample (in radians)
% resolution resolution at whic... |
bdccd09eb0fdc6dfba36f25ccd8fe28358c47b984055cd6f5c9d5f637d41b11a | MATLAB | 1,734 | 75 | function [x,yp_out,xi_mid,yi_mid]=calcRadius3b_up(proj,mii)
% Usage ... x=calcRadius3b_up(proj)
if (nargin<2), mii=[]; end;
xp=[1:length(proj)];
yp=proj;
xi=[1:0.01:length(proj)];
ypi=interp1(xp,yp,xi,'spline');
% get overall max
[max_p,max_pi]=max(ypi);
% look into the left side of the max
min1=min(ypi(1:max_pi));... |
d336978a67f8be60959f880790e48b0f3e9932187ea63404ea8081dde0676220 | MATLAB | 1,734 | 43 | function [biomass,biomass_high,biomass_low] = estBiomassFromSplineSamples(S_sample,T,BO,biomassScaleFactor)
% This file is a part of the MDSINE program.
%
% MDSINE: Microbial Dynamical Systems INference Engine
% Infers dynamical systems models from microbiome time-series datasets, and
% predicts biologically relevan... |
d57bcb1eef96861dcbfabf103a3cc813f8e4b803ef4baf82a1a20b24d26ee7d1 | MATLAB | 1,735 | 57 | function [r,rs]=calcRadius6(im,rmask_struc,inv_flag,fit_flag)
% Usage ... [r,rs]=calcRadius6(im,rmask_struc,inv_flag,fit_flag)
if ~exist('fit_flag'), fit_flag=''; end;
if ~exist('inv_flag'), inv_flag=''; end;
if isempty(fit_flag), fit_flag=0; end;
if isempty(inv_flag), inv_flag=0; end;
check_flag=1;
if iscell(im),
... |
1db09793c10399b9a027e39ccfd58f2e0993f9f392c091af8b8c4ee2360004d4 | MATLAB | 1,737 | 69 | function [h mu ul ll] = circ_mtest(alpha, dir, xi, w, d)
%
% [pval, z] = circ_mtest(alpha, dir, w, d)
% One-Sample test for the mean angle.
% H0: the population has mean dir.
% HA: the population has not mean dir.
%
% Note: This is the equvivalent to a one-sample t-test with specified
% mean dir... |
189239aca1538aebcdb8c4491517264ba43ce30102c5ebc5d8f8ff9212f2dcb0 | MATLAB | 1,738 | 63 | % [r, udata, sdata] = getMultiplicity(data) returns the occurrences/Multiplicity of the elements of 'data'
%
% Inputs:
% data : n-dimensional input array
%
% Outputs:
% rep : # of occurrences for each element of 'data'
% udata : sorted 1-D array of unique values in 'data'
% sdata : sorte... |
cb69fce7ef4cbbd00da2ce64517e1cfe8d96ae47642746e3e6ec4c0cc93b19a4 | MATLAB | 1,739 | 48 | function v=edge_weight_vector(As,A,varargin)
% EDGE_WEIGHT_VECTOR Returns input for the edge_weight option for a weighted
% matrix
%
% Given a structural and weighted matrix pair (As,A), this function returns
% input for the edge_weight option. The structural matrix As can have
% arbitrary non-zero values, but the non... |
eb16dec0941616578f8bd2931998551721be19543dbba9801ad01051cbae973b | MATLAB | 1,739 | 54 | function ea_listatlassets(options,handles,mninative,oldatlas)
% mninative==1: MNI space, ==2: native space
if ~exist('oldatlas','var')
oldatlas='';
end
% dir 'atlases' folder
atlases = dir(ea_space(options,'atlases'));
atlases = {atlases(cell2mat({atlases.isdir})).name}; % only keep folders
atlases = atlases(c... |
133effd69c2b2694f459ca91c96280eb0daaf38121347b04b083c857c2d19fdc | MATLAB | 1,741 | 55 | % do Bayesian inference on Honda dataset
load honda_data_processed_all.mat;
doBayesianInference('params_perturb/','output_perturb/',T,intervene_matrix,perturbations,densities,species_names,total_biomass,experimentBlocks);
% example of computing trajectories
% load processed data and MCMC samples
load output_pe... |
097c7a0f504b50387dfd5082ab88e3abf3641aa289dfe75a6e836578982ba852 | MATLAB | 1,742 | 52 | function ea_synthsr(input, output, opts)
% Wrapper to run SynthSR
arguments
input {mustBeTextScalar}
output {mustBeTextScalar}
opts.ct {mustBeNumericOrLogical} = false % For CT scans in Hounsfield scale
opts.sharpening {mustBeNumericOrLogical} = true % Unsharp masking by default
opts.flipping {mustB... |
26e89fce8c14b69505676989f84b6e7a623d209463c38a8051b25c1b88151fe7 | MATLAB | 1,742 | 56 | function [adfreq, n, ts, fn] = plx_ad_gap_info(filename, channel)
% plx_ad_gap_info(filename, channel): read a/d info from a .plx or .pl2 file
%
% [adfreq, n, ts, fn] = plx_ad_gap_info(filename, channel)
%
% INPUT:
% filename - if empty string, will use File Open dialog
% channel - 0-based channel number or ... |
2ad20f30fad1dcd5105952cb8db19c947ec8624d0f5dd6ef0b71913474f9560b | MATLAB | 1,742 | 44 | function integer( varargin )
%INTEGER Declares an integer variable.
% INTEGER VARIABLE x
% where x is a valid MATLAB variable name, declares a scalar variable for
% the current CVX problem, and constraints it so that it can assume only
% integral values.
%
% INTEGER VARIABLE x(SZ), where SZ is a size vector,... |
3a59f98c8c8dfea18311150c69edd45e64bda4671422a3c6c37313498e52515e | MATLAB | 1,743 | 51 | % Euclidean projection on a halfspace
% Sec. 8.1.1, Boyd & Vandenberghe "Convex Optimization"
% Joelle Skaf - 10/04/05
%
% The projection of x0 on a halfspace C = {x | a'*x <= b} is given by
% minimize || x - x0 ||^2
% s.t. a'*x <= b
% It is also given by P_C(x0) = x0 + (b - a'*x0)*a/||a||^2 ... |
4ede5a16e427a7bcaea2eea996d1b3dcc4d2022e14df487d316de424da98b2a7 | MATLAB | 1,743 | 64 | function ea_discfibers_showroi(obj)
% Function to draw seeds/roi/VTAs (from E-fields) in Lead-DBS
% fiberfiltering explorer
if ~obj.roivisible
if ~isempty(obj.roidata)
try
for side=1:length(obj.roidata.nimage)
try delete(obj.roidrawobject{side}.toggleH); end
tr... |
102e6e843b440337f8c265699fff46bfade46c30dcf2355e8286e8ded40ffede | MATLAB | 1,744 | 72 | function [fid, pnt, label] = read_ctf_pos(filename)
% READ_CTF_POS reads Polhemus file created with the CTF digitizer application
%
% Use as
% [fid, pnt, label] = read_ctf_pos(filename)
% Input:
% filename - Polhemus ASCII file containing digitized points
%
% Output:
% fid - fiducial locations of fiducial... |
ee4476fad3a7ab7c52aeff7be0a70ba3748392e0d279ba6deaa190d31ab19e2c | MATLAB | 1,744 | 58 | function [occupancy, xdim, ydim] = Occupancy(self, xdim, ydim, mergeepochs, dim)
% Returns occupancy matrix of time spent in 2D spatial bins
%
% Returns occupancy matrix of time spent in bins of dimension 3x3cm^2 be
% default. occupancy = root.Occupancy(xdim, ydim) where will return a matrix of
% dimensions xdim by yd... |
021247fe4f140c1d4a64c8ad7e43fc444d5238a40ead715e8b6dc2c8bea164d3 | MATLAB | 1,745 | 36 | % written by Yiyuan Han, Essex BCI-NE Lab, 23/06/2020
% The Final Experiment
%% Load data
%load('/Users/yiyuan/OneDrive - University of Essex/RobustDataset.mat')
%%
%%%%%%%%%%%%%% Classification Performance %%%%%%%%%%%%%%%
% mainfolder = '/Users/yiyuan/OneDrive - University of Essex/PG Research/0A_Journal/202004_unk... |
907093894e444d17076564e0f72d0f9eb97e30c19f74d293e4f60baf03e2a6d3 | MATLAB | 1,745 | 54 | % Floor planning with an optimal trade-off curve.
% Boyd, Kim, Vandenberghe, and Hassibi, "A Tutorial on Geometric Programming"
% Written for CVX by Almir Mutapcic 02/08/06
% (a figure is generated)
%
% Solves the problem of configuring and placing rectangles such
% that they do not overlap and that they minimize the a... |
ae248742b553351fc131e35da1a704f1adff9c007a2ba4c18f7cab574b4d764d | MATLAB | 1,745 | 45 | function ax = UIsubzoom(ax)
%UIsubzoom Adds a context menu for zooming subplots to full figure.
% UIsubzoom creates a context menu for the current axes that allows the
% user to move the current axes to a zoomed position filling (most of)
% the parent figure. Unchecking the zoom option restores axes to th... |
e79b86ff6a9a56a7c51d421d3c2100e09a10387634fb78d2c74723a77e0bcb10 | MATLAB | 1,745 | 55 | function ea_setpath(options)
% Set or unset MATLAB search path for Lead-DBS
%
% When set the path, some subfolders (e.g. mambaforge) will be ignored.
% When unset the path, only Lead-DBS root folder will be kept, subfolders
% will be removed.
arguments
options.unset {mustBeNumericOrLogical} = false
end
leaddbsRoo... |
3c8c56ca41150a23a3e3ddbcf94e7281b20169e7453bf3e52e54f7b9cf2cde5a | MATLAB | 1,746 | 60 | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% demo script to convert a closed surface to a binary image
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% preparation
% user must add the path of iso2mesh to matlab path list
% addpath('../');
%% load the samp... |
aa9ca0db20596b240606cad99d4462c5211a646bd964b90d9f1a8c8053871ae3 | MATLAB | 1,746 | 52 | function ea_gencheckregpair(moving,fixed,outfn, options)
% function that uses FSL SLICER tool to create a checkreg figure.
arguments
moving {mustBeFile} % registered moving image
fixed {mustBeFile} % fixed image, edge will be generated based on it
outfn {mustBeTextScalar} % output png file path
options.... |
cc427b29ff4a04751dac058072507d08c9db5300e249455cc4eebd0164865260 | MATLAB | 1,746 | 55 | function [fig, varargout] = draw_volume_bluewhitered(volume_to_plot, data_to_plot, camera_view, markersize)
% draw_volume_bluewhitered.m
%
% Draw data on 3D volume using blue-white-red colormap for
% negative-zero-positive values
%
% Inputs: volume_to_plot : volume of mask in nifti format (3D array)
% data_to_p... |
fdb8f88973e4aaed5ba9dc24153af59e4af13219343967f7affccfa94ba18e37 | MATLAB | 1,746 | 49 | function Z = zstream(action,D)
% Compress/decompress stream of bytes using Deflate/Inflate
% FORMAT Z = zstream('C',D)
% D - data stream to compress (converted to uint8 if needed)
% Z - compressed data stream (uint8 vector)
% FORMAT D = zstream('D',Z)
% Z - data stream to decompress (uint8 ve... |
1d5acb7a1d0c1f3e8e6ca69d06822a43f430e20e51a9caaa2ab44c8bd659e78c | MATLAB | 1,747 | 53 | function IsolDist = IsolationDistance(Fet, ClusterSpikes, m)
% IsolDist = IsolationDistance(Fet, ClusterSpikes, m)
%
% Isolation Distance
% Measure of cluster quality
%add
% Inputs: Fet: N by D array of feature vectors (N spikes, D dimensional feature space)
% ClusterSpikes: Index into Fet which ... |
233944d4ef55bb6657432e0db78f9ed96797375a02f0241b60b04728e6002c4b | MATLAB | 1,747 | 62 | % Figure 6.19: Polynomial fitting
% Section 6.5.3
% Boyd & Vandenberghe "Convex Optimization"
% Original by Lieven Vandenberghe
% Adapted for CVX by Joelle Skaf - 10/03/05
% (a figure is generated)
%
% Given data u_1,...,u_m and v_1,...,v_m in R, the goal is to fit to the
% data a polynomial of the form
% p(u) = x_1 + ... |
cdb7d12bdbd0a658c5ed17a643da0b2c5e61770ff1f57e975a01c989843b1876 | MATLAB | 1,747 | 45 | function call_plotsometrace(handles)
mainfig_pos = get(handles.mainfigure, 'Position');
clear trace_stamp_pool trace_num_all ttlabel_pool
for k = 1:length(handles.datafilename)
handles = loadtrace(handles, k);
framestamp = handles.framestamp{1};
stampinfo = handles.stampinfo{1};
if handles.plotRawdff ==... |
be0b73d3844a0bf5c8b3cb5fed343c86726b16400f22c6589b22163549c1e626 | MATLAB | 1,748 | 55 | function [node,face,elem]=meshunitsphere(tsize,maxvol)
%
% [node,face,elem]=meshunitsphere(tsize,maxvol)
%
% create the surface and/or volumetric mesh of a unit sphere
% centered at [0 0 0] and radius 1
%
% author: Qianqian Fang, <q.fang at neu.edu>
%
% input:
% tsize: maximum size of the surface triangles (from 0 ... |
1844352b0c5b765fc100904a97b8e0b1bee6c12dcccd3f23fa0a46759e503f66 | MATLAB | 1,749 | 57 | function I = shift_reconstruct(Y,shifts,diffphase,us_fac,Nr,Nc,Np,method,add_value)
% applies 3-d sub-pixel shifts to an input image
% INPUTS:
% Y: input image (double 3d tensor) in space (real) or frequency (complex) domain
% shifts: shifts
% diffphase: phase difference
% us_fac: ups... |
625ea8989786de326346a09901ecad2bf8fca8e0e8c03cd1ccf71ab3ec99cb94 | MATLAB | 1,749 | 40 | % SOFA API - demo script
% Copyright (C) 2012-2013 Acoustics Research Institute - Austrian Academy of Sciences
% Licensed under the EUPL, Version 1.1 or – as soon they will be approved by the European Commission - subsequent versions of the EUPL (the "License")
% You may not use this work except in compliance with t... |
a3e4068e371d57d466eaaebeab196a86f0cc2ab1b128ab86da9c94cb9978412d | MATLAB | 1,749 | 45 | function param = loadParameters_wave_func
%% loadParameters_wave_func.m
%
% Contains all the parameters of the wave model and the
% computational parameters for the simulations/calculations. It is
% necessary to make an instance of the function before you can use the
% parameters.
%
% Example:
% >> param = loadP... |
cb57becd973343880ec71937c6643a6af3afea7f14111b5c9f810df75fa1bfed | MATLAB | 1,749 | 69 | function scenario = scenario_r1sumr_sumb_constp(par)
% r(Q+A,Q+A), b(Q+A), p constant
% r has form (r1+r0(Q+A))/(K + Q+A)
scenario.name = "r1sumr_sumb_constp";
% define parameter set (names)
scenario.parnames = {'r1','r0','K','b0','beta','p0'};
% organize parameters in structure form
scenario.make_par = @(p) s... |
509d67a2564c79d9277580e0aa2a74a47954909311ac1b2f4bad17b2fd4294a2 | MATLAB | 1,750 | 92 | function dt = DistanceTransform(b)
%DistanceTransform - Compute distance transform of a binary matrix (distance to nearest 1 value).
%
% This function assigns to every point (x,y) in a binary matrix B the distance
% to the nearest point in B with value 1. It uses the Euclidean metric for
% computing distances. The ... |
59c70f99fecfad24f73ea577d3106e8ef65523c3fc5457a8fcee2279c71e30be | MATLAB | 1,750 | 55 | function subtree = branch(tree,uid)
% XMLTREE/BRANCH Branch Method
% FORMAT uid = parent(tree,uid)
%
% tree - XMLTree object
% uid - UID of the root element of the subtree
% subtree - XMLTree object (a subtree from tree)
%__________________________________________________________________________
%
% Return a su... |
bddd4b8500ed1b6ecf4cc72f71450135f3109d3a6f8c1d5b3b91126734061c39 | MATLAB | 1,750 | 45 | % How to use these scripts:
% To set up and prep the analysis, you'll need a "main project directory"
% and several subdirectories with standard names: "data", "scripts", "results"
%
% Image data (.nii/.img) should be in the "data" directory.
% Create a "scripts" directory and put a copy of the script
% "canlab_simple_... |
1834f51cb665e2f597a9314d0208c6e24a018a849297c4428e5721869b222499 | MATLAB | 1,751 | 53 | % size() - size of memory mapped underlying array
%
% Author: Arnaud Delorme, SCCN, INC, UCSD, Nov. 2008
% Copyright (C) 2008 Arnaud Delorme, SCCN, INC, UCSD
%
% This program is free software; you can redistribute it and/or modify
% it under the terms of the GNU General Public License as published by
% the Free Softwa... |
228a06795bb000f02cba532d32372a9bd95b43758957a009488e978c1ea275b0 | MATLAB | 1,751 | 36 | %% PaCER/EXAMPLE_4.m - Demonstrate display atlas data with PaCER reconstructions from CT's previouly transformed to atlas space
%
% Andreas Husch
% Centre Hospitalier de Luxembourg (CHL) / Luxembourg Centre for Systems
% Biomedicine (LCSB), University of Luxembourg
% mail@andreashusch.de / husch.andreas@chl.lu
% 2017
... |
72e5699cd88f402281b947fba0d63e81018ce7e5995f439271ee717484b69e42 | MATLAB | 1,751 | 64 |
clear all; close all
headpath = ['/Users/kathmn01/Dropbox (NYU Langone Health)/nagellab/Nick/data/all flies/'];
cd(headpath)
allflies_filenames
%%
% subpath = '/Users/kathmn01/Dropbox (NYU Langone Health)/nagellab/Nick/exploratory figs/lin filt/';
savepath = '/Users/kathmn01/Dropbox (NYU Langone Health)/nagellab/Ni... |
0942be2307295fe21645b9b065bb8417f3129cc5568a9a4d6fd3d6d60b016ae9 | MATLAB | 1,752 | 50 | function computeTurnBouts(allflies,angvelthresh)
angvelthresh = 10;
for u = 1:length(allflies)
% allflies(u).angvel = 100 * diff(allflies(u).camH);
turnindsR = []; turnindsL = [];
turnindsR = find(allflies(u).angvel>angvelthresh);
turnindsL = find(allflies(u).angvel<-angvelthresh);
... |
30e4f641942f114b01bb07b2ca401c21a48ded978ee0bd9ab1affb2a99b27c8b | MATLAB | 1,752 | 48 | % std_savedat() - save measure for computed data
%
% Usage: std_savedat( filename, structure);
%
% Authors: Arnaud Delorme, SCCN, INC, UCSD, 2006-
% Copyright (C) Arnaud Delorme, SCCN, INC, UCSD, October 11, 2004, arno@sccn.ucsd.edu
%
% This program is free software; you can redistribute it and/or modify
% it under t... |
6829e0dbe62ecc73221e416748382b672381e5d8bed5fa9e095f0cd5ef70cc21 | MATLAB | 1,754 | 63 | function A = EllipseDirectFit(XY)
% Direct ellipse fit, proposed in article
% A. W. Fitzgibbon, M. Pilu, R. B. Fisher
% "Direct Least Squares Fitting of Ellipses"
% IEEE Trans. PAMI, Vol. 21, pages 476-480 (1999)
%
% Our code is based on a numerically stable version
% of this fit published by R. Halir and... |
e05269b9cf66d8eb8b5094fe93b4c1d662915abfa858da3a5dcfb7073812248c | MATLAB | 1,754 | 59 | %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Hello World - The "getting started" example of iso2mesh
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% In this example, we illustrate the basic mesh density and precision
% controls in iso2mesh.
%% the first step is to... |
8073bdb8b81f7be3f450e30f428363fa35e7886999b0d7c38f7bbe88b2e05b81 | MATLAB | 1,755 | 73 | %% Example 1 of running basic topic model (LDA)
%
% This example shows how to run the LDA Gibbs sampler on a small dataset to
% extract a set of topics and shows the most likely words per topic. It
% also writes the results to a file
%%
% Choose the dataset
dataset = 1; % 1 = psych review abstracts 2 = NIPS pa... |
d77cc5c88b91a7e9d37807117b34a2466d28ce25c53dbe52fed6f8855e233101 | MATLAB | 1,755 | 45 | % pop_dipfit_manual() - interactively do dipole fit of selected ICA components
% Function deprecated. Use pop_dipfit_nonlinear()
% instead
% Usage:
% >> OUTEEG = pop_dipfit_manual( INEEG )
%
% Inputs:
% INEEG input dataset
%
% Outputs:
% OUTEEG output dataset... |
dc2fa1f7f22576d3329ae0ce4139f9d29e4d7d120f4e0b1e08ff6e1ba3b2ea0e | MATLAB | 1,755 | 64 | function ea_explorer_showroi(obj)
% Function to draw seeds/roi/VTAs (from E-fields) in Lead-DBS
% fiberfiltering explorer
if ~obj.visualization.roivisible
if ~isempty(obj.roidata)
try
for side=1:length(obj.roidata.nimage)
try delete(obj.roidrawobject{side}.toggleH); end
... |
7a2f379a8c9a548f9c7de3466f681db0e67672345554d496d789e5121d3941d8 | MATLAB | 1,757 | 62 | % imP = im2pol(imC)
% ---------------------------------------
%
% Transform an image from carthesian to polar coordinate
%
% Inputs:
% imC Input image in carthesian coordinate
%
% Outputs:
% imP Output image in polar coordinate
%
% ---------------------------------------
%
% A detailled description of... |
92fa5b485c74c758575ad441375a491841846dceebca9eb17cd70668ae2ec75a | MATLAB | 1,757 | 61 | function [d dt pred] = bfs(A,u,varargin)
% BFS Compute the breadth first search order.
%
% [d dt pred] = bfs(A,u) returns the distance to each vertex (d) and the
% discover time (dt) in a breadth first search starting from vertex u.
% d(i) = dt(i) = -1 if vertex i is not reachable from vertex u.
% pred is the pred... |
01e034e881faca733e234d3fc9b104503eb3819fbb6c0933f19aea0a6f8bfc41 | MATLAB | 1,759 | 79 | function plotGaussian3D(mu, Sigma, nStd, color, plotAxes)
% plotGaussian3D
%
% Plots a 3D Gaussian ellipsoid and optionally a point cloud.
%
% INPUTS:
% mu - 3x1 mean vector
% Sigma - 3x3 covariance matrix
% nStd - Number of standard deviations for ellipsoid (default = 2)
% X - (optional) Nx3 point clou... |
c5b56e2caf01585ac4bc614490c07ed265003202a524b03358eb826161f759ea | MATLAB | 1,759 | 68 | function savemphtxt(node, face, elem, filename)
%
% savemphtxt(node, face, elem, filename)
%
% save tetrahedron mesh to comsol file (.mphtxt)
%
% author: Donghyeon Kim (danielkim<at> gist.ac.kr)
% date: 2011/09/29
%
% input:
% node: input, node list, dimension (nn,3)
% face: input, surface face ele... |
62201a47a4b2c24b317ce6ef67c1e5df4ae3cb14120a2efb7d5d203fb63eb56e | MATLAB | 1,760 | 42 | function ADA = getada2(ADA, DAt,Aord, K) %#ok
% ADA = getada2(ADA, DAt,Aord, K)
%
% GETADA2 Compute ADA += DAt.q'*DAt.q
% IMPORTANT: Updated ADA only on triu(ADA(Aord.qperm,Aord.qperm)).
% Remaining entries are not affected.
%
% ******************** INTERNAL FUNCTION OF SEDUMI ********************
%
% See also s... |
165bab41dc3ae37eb395aaef0bce00d5b0bb04c9806195bb852e87704331b08a | MATLAB | 1,761 | 51 | % At startup, matlab will find a file startup.m assumed to be located in directory specified by
% the environmental variable MATLABPATH (see http://www.mathworks.com/help/matlab/ref/startup.html).
%
% Written by CBIG under MIT license: https://github.com/ThomasYeoLab/CBIG/blob/master/LICENSE.md
% Modified by Mervyn L... |
7edfda6a19a810e6ca384f9ed78a79dda7bbc19fe65048fb8e821942937c8bc4 | MATLAB | 1,762 | 51 | function waveStruct = ReadDotNum(fname)
% waves = ReadDotNum('C:\Users\Holger\Desktop\Test data Ehren\CRE45\140513_1432_pedestalCircleTrack.2')
packetLength = 216; %Given in DacqUSBFileFormats.PDF
%open raw event file and error check
fid = fopen(fname,'r','ieee-be'); %file formats PDF specifies big-endian
if (fid ==... |
ad279a64d99968b521e96c94bd9b07d7f48de88ef1be6ae798acf86ca3a8b326 | MATLAB | 1,762 | 58 | function SaveFig(chPath, hFIG, cFIGNAME, chOption)
% Synopsis:
% SaveFig(chPath, hFIG, cFIGNAME, chOption)
%
% Utility to save figures. Save figures in the handle vector hFIG in the folder
% provided by chPath under the names provided in the cell array cFIGNAME; By
% default a .png and .pdf files are saved. This ca... |
22749f6d1658e32656b8a4c2deaf8ce98461fd27b3b1c894bcad9fb2779c4232 | MATLAB | 1,763 | 55 | % Figure 8.10: Approximate linear discrimination via linear programming
% Section 8.6.1, Boyd & Vandenberghe "Convex Optimization"
% Original by Lieven Vandenberghe
% Adapted for CVX by Joelle Skaf - 10/16/05
% (a figure is generated)
%
% The goal is to find a function f(x) = a'*x - b that classifies the non-
% separab... |
36682e60b1426c9c3e642f89cae0e4e792810bea6bf40bb5cefd5c1dff1bbbd9 | MATLAB | 1,763 | 63 | function [ints,keepints,containingints,inint] = RestrictInts(ints,restrictints)
%[ints,keepints,containingints] = RestrictInts(ints,restrictingints)
%restricts intervals to those only appearing in restrictingints.
%Can also return indices of restricting ints that contain ints
%
%INPUTS
% ints [Ni x 2] in... |
0a415361db97a36edf0b1ac24779ba9bdd7505433b56e18379f528dbd106883c | MATLAB | 1,764 | 60 | % Vf = fuseVolW_multi(Vx, Vy, Vz, wl, range, N)
%
% This function uses fuseVolW to run the wavelet-based 3D image fusion
% eight times, each time shifting the volume in one, two, or three of the
% dimensions by (by default) one voxel, and averaging the results. range is
% the possible shifts in each direction (def... |
f5b5081f601682d5716c824bb31add9b3bf47a551259997f2ae0e5358db990b0 | MATLAB | 1,764 | 55 | function output = ea_strjoin(input, separator)
%STRJOIN Concatenate an array into a single string.
%
% S = strjoin(C)
% S = strjoin(C, separator)
%
% Description
%
% S = strjoin(C) takes an array C and returns a string S which concatenates
% array elements with comma. C can be a cell array of strings, a charact... |
007da87b604325a5142824f041a33b8388ecd561f98dc4c11d49d158b665bac3 | MATLAB | 1,765 | 78 | function [n, ts] = nex_ts(filename, varname)
% nex_ts(filename, varname): Read timestamps from a .nex file
%
% [n, ts] = nex_ts(filename, varname)
%
% INPUT:
% filename - if empty string, will use File Open dialog
% varname - variable name
% OUTPUT:
% n - number of timestamps
% ts - array of timestamp... |
9376d1b64f2913656a69eb7aeb66511845fa0c1f9d41a501da980902b96d89d7 | MATLAB | 1,765 | 61 | %% Optimization of a simple (Rosenbrock) function
rosen = @(x) (1-x(1)).^2 + 105*(x(2)-x(1).^2).^2;
% With no constraints, operation simply passes through
% directly to fminsearch. The solution should be [1 1]
xsol = fminsearchcon(rosen,[3 3])
%% Only lower bound constraints
xsol = fminsearchcon(rosen,[3 3],[2 2])
%... |
1534b8917462b24c803e180dcec2eea23da02c75b180cd419380c096caee1a49 | MATLAB | 1,766 | 59 | function [comps,comp_sizes] = get_components(adj)
%GET_COMPONENTS connected components
%
% [comps,comp_sizes] = get_components(adj);
%
% Returns the components of an undirected graph specified by the binary and
% undirected adjacency matrix adj. Components and their constitutent nodes are
% assigned the s... |
8adb1469a72934d4e658e7581c048a1b31e9db53b5096b0a4104147742f38232 | MATLAB | 1,766 | 43 | function h = draw_violin_manu(ax, data, x_pos, face_color, face_alpha, edge_color, width_scaler)
% データの最小値と最大値を取得
min_val = min(data);
max_val = max(data);
% ksdensityでカーネル密度推定を計算
default_bandwidth = 1.2 * min(std(data), iqr(data)/1.34) * numel(data)^(-0.2);
[f, xi] = ksdensity(data, ...... |
c9fa843befd691214580a807c611a363d0e664b32cb0f20a32c535004a31ee6e | MATLAB | 1,767 | 83 | function rval=rtest_1()
n = 49;
[A,b] = testmat(n,2);
x0 = [1:n]'/(n+1);
y0 = [1:n]'/(n+1);
x = repmat(x0,1,n);
y = repmat(y0',n,1);
xy = [x(:),y(:)];
rval = 0;
try
T = mst(A);
T = T + diag(diag(A));
rval = 1;
catch
lasterr
end;
try
A(1,2)= -1;
A(2,1)= -1;
T = prim_mst(A);
rval ... |
d442da9dc61faacd49a53b4396d89d3bb146fac0f6cd2fec46784e3d5b85d18a | MATLAB | 1,767 | 45 | function [] = ea_defaultview_transition(v,togglestates)
% transition between current view and defaultview
H = findall(0,'type','figure');
resultfig = H(~cellfun(@isempty,strfind({H(:).Name},{'Electrode-Scene'})));
resultfig = resultfig(1); % take the first if there are many.
togglestates_init = getappdata(resultfig,'... |
f596b07cf716bc18e65448a2accb4a9edb2d70c2212aab00f998a0706e2d9ad4 | MATLAB | 1,767 | 49 | function [eventsTable, recStart] = dan_convert_vmrk_events(eventsString, srate)
% This function converts a BrainVision .vmrk file into the correct format
% for danalyzer events
%%
% Authors: Dan Denis
% Date: 2021-07-14
%%
[eventsPath, eventsName, eventsExt] = fileparts(eventsString);
vmrkStruct = readbvconf(ev... |
5205d346b6e986d57d5d68a6d029ba5667a2c9a90426ec0c1f2cfdb829c9ce1e | MATLAB | 1,768 | 46 | function apref = ea_antspreset_legacy_fine(cmd)
if ischar(cmd) % 'query' mode, return the name of the preset
apref = 'Legacy: "Fine"';
return
end
normsettings = cmd; % cmd is the 'normsettings' struct
switch normsettings.ants_metric
case 'Mutual Information'
apref.metric='MI';
apref.metric... |
6ea291a898455b3b90c934a1343b1c856c993e9a31ec10518a0bf69c55255ced | MATLAB | 1,769 | 44 | %% Load data for Fig. 1h
load('data_fig1h.mat');
%% Calculate amplitude spectrogram for Fig. 1h
ts = data_fig1h.lfp;
sniffonset_conds = { data_fig1h.sniffonsets };
para = [];
para.freq = logspace( log10( 1), log10( 200), 100); % center frequencies for filtering
para.bandwidth = logspace( log10( 2), log10( 30), 100); %... |
3353789f87e0bf266ccf1a5546c796bdf119b345f4a7220f83916a260e22d244 | MATLAB | 1,770 | 58 | function saveMethodsText(param, savePath, varargin)
% bc.qm.saveMethodsText - Save methods text and BibTeX to files.
%
% Writes a .txt file containing the methods paragraph and formatted
% references, and a .bib file containing BibTeX entries.
%
% ------
% Inputs
% ------
% param : struct
% The BombCell parameter str... |
f37e25e0037098028eee7d16cb28cc2b12fea60e32a4e6c646debbd5bb21fecc | MATLAB | 1,770 | 65 | function img=surf2volz(node,face,xi,yi,zi)
%
% img=surf2volz(node,face,xi,yi,zi)
%
% convert a triangular surface to a shell of voxels in a 3D image
% along the z-axis
%
% author: Qianqian Fang (fangq <at> nmr.mgh.harvard.edu)
%
% input:
% node: node list of the triangular surface, 3 columns for x/y/z
% face: triangl... |
f1998afaae15d939b247c796f0b0ad2f5147ac232f7302b0172f5fe1442d0b84 | MATLAB | 1,771 | 46 | function apref = ea_antspreset_legacy_default(cmd)
if ischar(cmd) % 'query' mode, return the name of the preset
apref = 'Legacy: "Default"';
return
end
normsettings = cmd; % cmd is the 'normsettings' struct
switch normsettings.ants_metric
case 'Mutual Information'
apref.metric='MI';
apref.... |
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