sha256 stringlengths 64 64 | language stringclasses 28
values | size int32 1 491k | lines int32 1 23.2k | content stringlengths 1 200k |
|---|---|---|---|---|
91f214c0e4581dce87b26ad6911df964ff6e27a41967f8b04edca8a3af549903 | MATLAB | 13,530 | 335 | function Model_Learning_NET_1(p1,p2)
%p1: seed for random number and p1=1:1:\mu. There are \mu independent simulations
%p2: N_psn: number of post-synaptic neurons. (p2=1: N_psn=4);(p2=1: N_psn=5)
%(p2=1: N_psn=6);(p2=1: N_psn=7)
%w =ab, w: W_vec, a: W_veca, b: W_vecb
SDF1=10+(p1-1)*1e6;
rng(SDF1);
Ntrials0... |
08dc3f3a38a1caed28121598e55e519600cc7f5bc167a8967fd7e12eff43730a | MATLAB | 13,541 | 315 | function [Jx_bar, Jy_bar] = solveClosureProblemPeriodic(problem, Edir, skin_map)
% This function takes an input problem (specified in the traditional
% 'problem' format used by the monodomain solver code) and solves the
% steady-state diffusion problem with no reaction term, but subject to an
% external electric field,... |
fb7dd8cef8009db59576f3e099b1849c8d8985cb5f905a96e85e215121b9a49d | MATLAB | 13,554 | 405 | %sets up network for small 6-state environment simulation
% Testing modifications to 'find next state' components after April '17 cleanup.
% among other things, changed proxPast learning rule to be oscillatory and
% cleaned up plot method.
NEW_NETWORK=1;
if NEW_NETWORK
clear all
NEW_NETWORK=1;
else
n.rese... |
0c50ed3101657135799d57272d1d6f7b465454ab56ceb389196a96db27cf6826 | MATLAB | 13,563 | 473 | function varargout = DRAFT_Headtracker_Behavior(varargin)
% DRAFT_HEADTRACKER_BEHAVIOR MATLAB code for DRAFT_Headtracker_Behavior.fig
% DRAFT_HEADTRACKER_BEHAVIOR, by itself, creates a new DRAFT_HEADTRACKER_BEHAVIOR or raises the existing
% singleton*.
%
% H = DRAFT_HEADTRACKER_BEHAVIOR returns the handl... |
e36d9e54f188a43eb419396bfdeb974188b59c5bcdc5e8bb3573dfa699c12355 | MATLAB | 13,578 | 314 | function VikingPlot( varargin )
disp('');
disp('Version: 1.0.2019.04.23');
disp('');
dbstop if error
%If no arguments passed, print usage
if(nargin == 0)
PrintUsage();
return;
end
%Walk through arguments, setting flags as needed
CellIDs = []; %... |
e2e8488877a45b542c30643d6c9008bcbe60f36009d063364587a02bdbfa8ec4 | MATLAB | 13,595 | 396 | % PURPOSE : Creates and modifies channels using any algebraic expression (MATLAB arithmetic operators)
% running over the channels in the current EEG structure.
%
% FORMAT :
%
% EEG = pop_eegchanoperator( EEG, formulas);
%
%
%
% INPUTS :
%
% EEG - input dataset
% Formulas - expression for... |
cc3a2b8005cbcece8018de8b2f97959d36ffab95f6d36bd6b4459b778646629c | MATLAB | 13,616 | 385 | function varargout = rerefassistantGUI(varargin)
% Begin initialization code - DO NOT EDIT
gui_Singleton = 1;
gui_State = struct('gui_Name', mfilename, ...
'gui_Singleton', gui_Singleton, ...
'gui_OpeningFcn', @rerefassistantGUI_OpeningFcn, ...
'gui_OutputFcn', @rerefassistantGUI_OutputFcn, .... |
db8455c2b40cd3bf5655d977e545d794813c8a8f8106ac9963335c5a71508821 | MATLAB | 13,622 | 437 | function varargout = Aversive_detection_GUI(varargin)
% GUI for aversive detection task
%
%To do:
%Fix AM depth percent plotting
%Change GO trial color on plot
%Add grouping variable plotting cabailities for optogenetics
%Add pause mode (make default) so animal can warm up and get reminders
%Remove Inf option for NOGO ... |
693e11b4819a7005ab29b1fc83fe876b476f001193875e2d9eec695d34b27036 | MATLAB | 13,634 | 410 | %sets up network for small 6-state environment simulation
% Testing modifications to 'find next state' components after April '17 cleanup.
% among other things, changed proxPast learning rule to be oscillatory and
% cleaned up plot method.
NEW_NETWORK=1;
if NEW_NETWORK
clear all
NEW_NETWORK=1;
else
n.rese... |
c222f31563a9010e0df640249193e61ae5f1c7dd3b5b6326864edd9b8c60255d | MATLAB | 13,658 | 386 | function varargout = f_rerefassistantGUI(varargin)
% Begin initialization code - DO NOT EDIT
gui_Singleton = 1;
gui_State = struct('gui_Name', mfilename, ...
'gui_Singleton', gui_Singleton, ...
'gui_OpeningFcn', @f_rerefassistantGUI_OpeningFcn, ...
'gui_OutputFcn', @f_rerefassistantGUI_Output... |
279c8f4a62ff4f7a2c1b81f2353c16e28383680447b65a078077d665a0dc3133 | MATLAB | 13,669 | 298 | %PURPOSE: 1) Organize and compute descriptive metrics for single
%trial data from a set of Brainstorm subject directories
% 2) Send these metrics to BST_ArtifactScanTool.m for GUI-based trial rejection
% 3) Use resulting thresholds to mark new bad trials/channels
%INPUT: ... |
37fa7afb642c26d5701f46d00c17ffda210d3c168cb768d5c8e6854ad2d4c73e | MATLAB | 13,677 | 348 | function varargout = process_ft_sourcestatistics_VY( varargin )
% PROCESS_FT_SOURCESTATISTICS Call FieldTrip function ft_sourcestatistics.
%
% Reference: http://www.fieldtriptoolbox.org/reference/ft_sourcestatistics
% @=============================================================================
% This function is par... |
d0d90d7f660fb9e1785ccc77ea3c3a9cace42c776e05fca393059089143f6cea | MATLAB | 13,765 | 377 | function [patterns, pattTypes, colNames, allPatternLocs, params] = ...
findAllPatterns(vfx, vfy, params)
% FINDALLPATTERNS finds the patterns at each point in time for
% the velocity fields determined by the XxYxTime matrices VFX and
% VFY.
% PATTERNS is a matrix containing the type, location and time of each
% p... |
a99f2244c5796004ea8ae9779f81036dd4cde420a5a2ef15ce9cc8bc306841b2 | MATLAB | 13,769 | 362 | function CHiME3_simulate_data_patched_parallel(official,nj,chime4_dir,chime3_dir)
% CHIME3_SIMULATE_DATA Creates simulated data for the 3rd CHiME Challenge
%
% CHiME3_simulate_data
% CHiME3_simulate_data(official)
%
% Input:
% official: boolean flag indicating whether to recreate the official
% Challenge data (default... |
d6a9e67a5e9a74964a1212a28548edf943316d7ab84746a955047228f2ac474e | MATLAB | 13,782 | 244 | %%%%%%%%%%this script produces masked images for hand_objects when hands
%%%%%%%%%%are annotated detailed. This script also visualizes the output
%%%%%%%%%%%%%%%%%%%% images written to the output directory.
%%%%%%%% Comment out all imshow() statements if you want to speedup the
%%%%%%%% execution of this script.... |
ed0d1b5d68e2df19d80e31262c24eaba8fbeec98c0a472463249c18cc5bbd0d4 | MATLAB | 13,790 | 398 | %% getModelSetup_at
% gets the different types of models. By default, uses the cosine tuning model (same dir tuning for sample/test, but different cat tuning)
%
% Directions that are only used in the sample or test stimulus can be specified using the optional fields TaskInfo.Direction_sample and TaskInfo.Directions_tes... |
bc36eef0d11a4afddf0aad560c27cd270aee6086a9c1fd7c2cacec2abc57da8b | MATLAB | 13,791 | 330 |
% Code to produce Supplementary Fig. 7
% Analysis of saccade amplitude and direcction during the optogenetic and visual detection taskS
% sessionIDs = [456:460]; % DC laser sessions with consistent stimulation
addpath sacc
pxPerDeg = 27.854; % pixels per degree of visual angle at the center
%% run saccade ... |
059740f16ca46d3bc6dd7a5abd1fc5699cfa1ddadd98b2ba001d235d3a5d078a | MATLAB | 13,830 | 357 | function map=pmkmp_new(scheme, n)
% PMKMP_NEW Makes perceptually balanced colormaps with rainbow-like colors
%
% ARGUMENTS:
% scheme -- Colormap scheme. Can be linear schemes 'isol' or
% 'cubicl', or circular schemes 'ostwald', 'ostwald_o', or
% 'edge'. Default 'ostwald_o'.
% ... |
25c1ee6df944e9c89b37bf2762d43012ab992602d090efadcb8623d3ffe17ff8 | MATLAB | 13,834 | 549 | function SaveDataFiles_v2
clear all
close all force
clc
% Created 07 Apr 2017 JDY
%---FLAGS---%
CHL = 0;
% Rates = [64 128 256];
Rates = 512;
% Gerbil = ['236397';'243027'];
% Gerbil = '236397';
% Gerbil = '243027';
Gerbil = '247026';
% Gerbil = '239151';
% Gerbil = '240130';
% Gerbil = '2... |
0dcd4548c91ebc504ffdc5ea51d01da36719a497e3a28c1a481506dd74ffed63 | MATLAB | 13,897 | 378 |
% Inputs:
%
%ALLMVPC -ALLMVPCSET
%MVPCArray -index(es) of selected MVPCsets
%qtimeRange - time range e.g, [-200 800]
%qXticks - x tick labels e.g., [-200 0 200 400 600 800]
%qXtickdecimal - xtick precision e.g., 0
%qXlabelfont - font name for... |
7c22b45a30750c4f70ec6b7e77c2e4960317a61e2f2a59f7c2f965c9f879bb91 | MATLAB | 13,899 | 453 | %This is a program that pools all the behavioral data, agnostic about
%imaging data. "Data for DMDL_DLDM_CBDL" under behavioral analysis under
%pooled data. Created by Haleh Fotowat
clearvars
% close all
path=uigetdir;
cd(path)
load('ave_spont_rate.mat')
behav_fname1=dir('2*_b.mat');
stim_fname1=dir('2*_s.mat')
per2p=1... |
ea12380eef24068d3fc7d9c2072df48b790fce2fe5d21778f0f9968751a4eb69 | MATLAB | 13,901 | 281 | % Package GMLM_dmc for dimensionality reduction of neural data.
%
% References
% Kenneth Latimer & David Freeedman (2021). Low-dimensional encoding of
% decisions in parietal cortex reflects long-term training history.
% bioRxiv
%
% Copyright (c) 2021 Kenneth Latimer
%
% This software is distributed unde... |
08fe0708d6234cbc0332fd99f69bad3cf2d6146a6f52df446f973fe16c37802e | MATLAB | 13,942 | 360 | function Model_Learning_NET_2(p1,p2)
%p1: seed for random number and p1=1:1:\mu. There are \mu independent simulations
%p2: N_psn: number of post-synaptic neurons. (p2=1: N_psn=4);(p2=1: N_psn=5)
%(p2=1: N_psn=6);(p2=1: N_psn=7)
%w =ab, w: W_vec, a: W_veca, b: W_vecb
SDF1=10+(p1-1)*1e6;
rng(SDF1);
Ntrials0... |
0c62c12a4d1e711a15c98ee0349de8a74b61d3054a8287a809f74c5a67b445f5 | MATLAB | 13,971 | 477 | function Example_recovered_parameters
% Script recreates figure 5 from the manuscript. This provides an example of the recovered parameters to 2
% subjects using simulations obtained from applying the SOEA20, SOEA45,
% MOEA20 and MOEA45.
FS1 = 7; % fontsize
% Load simulations
load('Total_Simulations_moea20... |
239c89cdfa5b931f9e56ad711b7e70d4195ee2d1775fcce75e67d41a110a2403 | MATLAB | 13,979 | 452 | function varargout = Training_Mk1(varargin)
% Training_Mk1 MATLAB code for Training_Mk1.fig
% Training_Mk1, by itself, creates a new Training_Mk1 or raises the existing
% singleton*.
%
% H = Training_Mk1 returns the handle to a new Training_Mk1 or the handle to
% the existing singleton*.
%
% Tr... |
3fc4ab795e741d09620db340a1d463cd511f0e4000a7cc2397d908f889894456 | MATLAB | 14,018 | 454 | function varargout = Modulation_Mk1(varargin)
% Modulation_Mk1 MATLAB code for Modulation_Mk1.fig
% Modulation_Mk1, by itself, creates a new Modulation_Mk1 or raises the existing
% singleton*.
%
% H = Modulation_Mk1 returns the handle to a new Modulation_Mk1 or the handle to
% the existing singleton... |
597212e5baa5d71a71af8756ca8b9635222853bef6cb381b7b756fd9beb9d2ad | MATLAB | 14,021 | 307 | function plotCompDetails(spkVIS,spkHPF,spkPredVIS,spkPredHPF,focusOn)
%%% Look at similarity of responses across PCs/regions, etc.
%% Process a bit the data
mainFigP = spkVIS.mainFigP;
nMiceVIS = size(spkVIS.dataMPC_even,4);
nMiceHPF = size(spkHPF.dataMPC_even,4);
% reorient the pcs
s = ... |
412c47cd0224f2ddfcfa07569bb6df26780e7bdd563a27b70c0ac03e4ad2c811 | MATLAB | 14,031 | 434 | function NextTrialID = TrialFcn_appetitive_kp_SanesLab(TRIALS)
% NextTrialID = TrialFcn_PureToneDetection_MasterHelper(TRIALS)
%
% This is a custom epsych function for the Sanes Lab for use with
% appetitive GO-NOGO tasks.
%
% NextTrialID is the index of a row in TRIALS.trials. This row contains all
% of the informatio... |
708590704128c604435fcf528337eb0d922002e3a03a1e9db4a62815ac342414 | MATLAB | 14,066 | 426 | function varargout = f_MVPC_save_as_GUI(varargin)
% F_MVPC_SAVE_AS_GUI MATLAB code for f_MVPC_save_as_GUI.fig
% F_MVPC_SAVE_AS_GUI, by itself, creates a new F_MVPC_SAVE_AS_GUI or raises the existing
% singleton*.
%
% H = F_MVPC_SAVE_AS_GUI returns the handle to a new F_MVPC_SAVE_AS_GUI or the handle to
%... |
b5dd50b649b56d16eb1caec31a21f6814abbab899c609910c6af56091c8cbf4e | MATLAB | 14,074 | 320 | function [err, graphics_card, GetVideoLine] = crsFindLinearLUT(N,INIT,COMPORT)
% [ERR, cLUT, VideoReceived] = crsFindLinearLUT(N,INIT,COMPORT)
%
% crsFindLinearLUT determines an appropriate linear LUT to load into the
% host GPU palette. This is required to ensure that pixel values are
% transmitted to the CRS... |
624dabffc81bfd89d3fd1a43acdd73b12607291f859bb3f3eaf2a74f8735feed | MATLAB | 14,087 | 442 | % *** This function is part of ERPLAB Toolbox ***
% Author: Guanghui
% Center for Mind and Brain
% University of California, Davis,
% Davis, CA
% 2024
%b8d3721ed219e65100184c6b95db209bb8d3721ed219e65100184c6b95db209b
%
% ERPLAB Studio Toolbox
% Copyright © 2007 The Regents of the University of California
% Created by ... |
83e0a4c38039e5123edf6bdcf2a855738cce4ab0bf8c541d97d2589b399f23f9 | MATLAB | 14,112 | 481 | %% RIF analysis
plotwin = [-0.3 0.4];
analysiswin = [0.0051 0.3051];
excanalysiswin = [0.0051 0.2051];
baselinewin = [-0.3 0];
binsize = 0.001;
gwdur = 0.02;
DB = 'ds_a1_aaf_mod_mgb';
if isunix
host = 'localhost';
else
host = '129.100.241.107';
end
% Make connection to database.
if ~exist('conn','va... |
a4370642d80ec781209157f8ea1876fbf855f963d448eb29f2bd03b25b0857db | MATLAB | 14,113 | 388 | % Script to test the accuracy of pattern detection and tracking with
% multiple simulated critical point patterns
% Rory Townsend, Aug 2018
% rory.townsend@sydney.edu.au
close all
rng(100)
%% Set parameters
gridSize = [16 16 10];
alphas = 0.01;
alphas = linspace(0, 3, 7);
alphas(1) = 0.1;
betas = [0.01, 10];
%noisele... |
73503a3e5c1b8a78b8611d83c2eeae2db10b1ad63117fef67f274c2df8b32ed6 | MATLAB | 14,183 | 450 | function varargout = f_EEG_saveas_multi_bestfile(varargin)
%
% See also: GUIDE, GUIDATA, GUIHANDLES
% Edit the above text to modify the response to help f_EEG_saveas_multi_bestfile
% Last Modified by GUIDE v2.5 18-Jun-2024 19:50:47
% Begin initialization code - DO NOT EDIT
gui_Singleton = 1;
gui_State = struct('gui_... |
a8624450f8cb7183555d09d69dd2d3fbef17180f93589546dd02093d60fc309c | MATLAB | 14,198 | 309 | % A single JIDE property field in a JIDE property grid.
% This is an internal class and is not intended to be used directly.
%
% References:
% http://www.jidesoft.com/products/JIDE_Grids_Developer_Guide.pdf
%
% See also: PropertyGrid
% Copyright 2010 Levente Hunyadi
classdef JidePropertyGridField < handle
... |
cffc53a7213c9d89ab3d4138e017abc1e260e017b3fe1806c5519cc5727e4401 | MATLAB | 14,241 | 334 | function [section_pop] = extractRegionPop(endo, ratioR, ratioD, ...
idFascicle, idPop, idCross, section_pop_prev)
% EXTRACTREGIONPOP Extract the region where to place the fibers acording to
% the population type and the endoneurium cross-section area
%
%[section_pop] = extractRegionPop(endo, endoC, idFascicl... |
587a687beddb44f5fc3a2ed6fc9b092a972d63dc81d335731f6946f04f010588 | MATLAB | 14,250 | 565 | classdef ( Hidden ) Text < matlab.mixin.SetGet
%uix.Text Text control
%
% t = uix.Text(p1,v1,p2,v2,...) constructs a text control and sets
% parameter p1 to value v1, etc.
%
% A text control adds functionality to a uicontrol of Style text:
% * Set VerticalAlignment to 'top', 'mid... |
ab83c20acffb0083e4ac17f0a52c0cee3c9fb4438ba8802c4f9f7ee77fee7638 | MATLAB | 14,250 | 285 | % Package GMLM_dmc for dimensionality reduction of neural data.
%
% References
% Kenneth Latimer & David Freeedman (2021). Low-dimensional encoding of
% decisions in parietal cortex reflects long-term training history.
% bioRxiv
%
% Copyright (c) 2021 Kenneth Latimer
%
% This software is distributed unde... |
c18cb55864b6d0241146c1f9ddd1e0a10d66f77cdeb800729dfc81d440829844 | MATLAB | 14,250 | 559 | function RF_FreqVsTime(unit_id)
% RF_FreqVsTime
% RF_FreqVsTime(unit_id)
%
% Visualize receptive field as frequency vs time raster
%
% daniel.stolzberg@gmail.com 2013
if nargin == 0 || isempty(unit_id)
unit_id = getpref('DB_BROWSER_SELECTION','units');
end
f = findobj('tag','RF_FreqVsTime');
if isem... |
ffd04d86f15c3e4935752967a925e23cd23cdc6aea296c4180c5a004afccfcaa | MATLAB | 14,335 | 304 | clear
pat = 'C:\Analysis\AssemblyAnalysis\raw\';
Targets = {'SHORT','MEDIUM','LONG'};
Dirs = {'Left','Right'};
Areas = {'HP','PFC'};
bw=0.05;
tlimsSample = [-5 5];
tlimsChoice = [-5 5];
length_ = sum(abs([tlimsSample, tlimsChoice]))/bw;
tb = (1:length_)*bw;
% reject_list={'MiroslawMEDIUM2_Events.mat','Nik... |
e09abe61c7d2d9c684c908e256832a12c5eba02accb5d45992e963279712041e | MATLAB | 14,336 | 414 | function DBExportUnitData(blockid)
% DBExportUnitData;
% DBExportUnitData(blockid);
%
% Export analyzed data stored on the unit_properties table to an Excel
% document.
%
% If no input is supplied as a blockid, then the currently selected block
% from DB_Browser will be used. If DB_Browser is not open then it... |
b42f70af95eb8850174fcf9d437304fb245c77ea609eaa4c366cf7353387d868 | MATLAB | 14,375 | 378 | % Wrapper function for getAssemPatterns
%
% Aleksander PF Domanski PhD UoB 2016
% aleks.domanski@bristol.ac.uk
%
%
% Provides plots of these data if plot_flag is set. Use to explore
% the timing and prevalence of assembly activation patterns that occur
% above chance
%% Preamble
clear all
close all
target=... |
faa8500ebfffacf641888950089952acc72206845183ba24b0feb72e6f9c948e | MATLAB | 14,381 | 346 | classdef Violin < handle
% Violin creates violin plots for some data
% A violin plot is an easy to read substitute for a box plot
% that replaces the box shape with a kernel density estimate of
% the data, and optionally overlays the data points itself.
%
% Additional constructor paramet... |
526754692a956f01c90ad01446dc48d796547d83934ee9b04d8fd87da7ef1bda | MATLAB | 14,388 | 353 | classdef VBoxFlex < uix.VBox & uix.mixin.Flex
%uix.VBoxFlex Flexible vertical box
%
% b = uix.VBoxFlex(p1,v1,p2,v2,...) constructs a flexible vertical box
% and sets parameter p1 to value v1, etc.
%
% A vertical box lays out contents from top to bottom. Users can
% resize conten... |
6a606b689bad0dd037bdb2e6b78a5923b827627e774a4b5e299160950f705c5a | MATLAB | 14,391 | 393 | function [patterns, pattTypes, colNames, allPatternLocs, params] = ...
findAllPatterns(vfx, vfy, params, phase, repNumber)
% FINDALLPATTERNS finds the patterns at each point in time for
% the velocity fields determined by the XxYxTime matrices VFX and
% VFY.
% PATTERNS is a matrix containing the type, location and ... |
27b1c604a14862fb9d6adf741eebde7bd220d7e6bc9b1ba9f7c433917422ac5f | MATLAB | 14,395 | 355 | function plotAssemPatterns(Ass)
%% (1) Plot soloists vs. choristers
figure('Name',[Ass.filename ' : Promiscuity of units'],...
'Color','w');
cmap = {'r','g','b'};
for s = 1:3
subplot(1,2,1); hold on
bar(s,Ass.units.FractionSingleAssem(s),'EdgeColor', cmap{s},'FaceColor', cmap{s});... |
9df8a8c9935baba0af3c650e4c9c9a28bdea1fdb5bb2c9ca394f8dd5a6a3d575 | MATLAB | 14,429 | 352 | % Comparison between 1Limb sync and async (ONLY 11 NEW data - group B)
conditions_names = {'TENS 1LimbSync', 'TENS 1LimbAsync'};
numberPatients1LIMB = 11;
load('1LIMB_data.mat');
%% Questionnaire
plotQuest = [SubQuest1LIMB(1:4, 1) + 3 SubQuest1LIMB(1:4, 2) + 3];
plotSem = [semSubQuest1LIMB(1:4, 1) semSubQuest1LIMB(1:4... |
fa93685d8a9dc6bb33505f01a9bcd1a72bfe2282e5533937343b788aa92ad5f4 | MATLAB | 14,438 | 306 |
%Author: Guanghui ZHANG--zhang.guanghui@foxmail.com
%Center for Mind and Brain
%University of California, Davis
%Davis, CA, USA
%Feb. 2024
%Updated by David Garrett
%June 2025
function varargout = f_EEG_informtion_GUI(varargin)
global observe_EEGDAT;
addlistener(observe_EEGDAT,'count_current_eeg_change',@count_curre... |
d4b988fea0d31eb3491973fd77a0132c28b5a9b4920637bd3797605967b91b1c | MATLAB | 14,442 | 353 | classdef HBoxFlex < uix.HBox & uix.mixin.Flex
%uix.HBoxFlex Flexible horizontal box
%
% b = uix.HBoxFlex(p1,v1,p2,v2,...) constructs a flexible horizontal
% box and sets parameter p1 to value v1, etc.
%
% A horizontal box lays out contents from left to right. Users can
% resize ... |
9fc220640a01e93b269378fba48f901e1a1ad19ecb4a59e30b7fdd40463a29c7 | MATLAB | 14,444 | 452 | function varargout = f_BEST_save_multi_file(varargin)
% F_BEST_SAVE_MULTI_FILE MATLAB code for f_BEST_save_multi_file.fig
% F_BEST_SAVE_MULTI_FILE, by itself, creates a new F_BEST_SAVE_MULTI_FILE or raises the existing
% singleton*.
%
% H = F_BEST_SAVE_MULTI_FILE returns the handle to a new F_BEST_SAVE_M... |
99379348a989965d3f57847c89e9d68285437e3abb9c285cff56d0ac4cdeed22 | MATLAB | 14,453 | 304 | function BestAssemPosthocNoiseShuffle(iFile)
%% %%%%%% PREAMBLE %%%%%%
if isstr(iFile)
iFile = str2num(iFile);
end
fprintf('running on File no. %d\n',iFile);
Delays_ = {'Short','Medium','Long'};
Target = 'LONG';
Areas = {'PFC','HP','Joint'};
TimeSpan = 4;
bw=0.05;
tlimsAll = [-5 5];
tbAll = tlimsAll(1... |
26e7bb2212cbd92ba8925fbd9e505101eaa09f370bc116d8e48845f9d26b1cc0 | MATLAB | 14,469 | 376 | function varargout = SpikeSortGUI(varargin)
% SPIKESORTGUI MATLAB code for SpikeSortGUI.fig
% SPIKESORTGUI, by itself, creates a new SPIKESORTGUI or raises the existing
% singleton*.
%
% H = SPIKESORTGUI returns the handle to a new SPIKESORTGUI or the handle to
% the existing singleton*.
%
% SP... |
3bd327e8849caeaaebc73c0043aef01cf675365d320189bf0048997e6b8430b8 | MATLAB | 14,478 | 348 | classdef Violin < handle
% Violin creates violin plots for some data
% A violin plot is an easy to read substitute for a box plot
% that replaces the box shape with a kernel density estimate of
% the data, and optionally overlays the data points itself.
%
% Additional constructor paramet... |
4fe3693510c94044a21766e6798f5053db62289022ee0308ab5f397bd958d0a2 | MATLAB | 14,485 | 322 | clear
pat = 'C:\Analysis\AssemblyAnalysis\raw';
SHORT = load(sprintf('%s\\allTimestamps\\Behaviour analysis\\DayByDay_SHORT.mat',pat),'Slatency','NPlatency','Rlatency');
MEDIUM = load(sprintf('%s\\allTimestamps\\Behaviour analysis\\DayByDay_MEDIUM.mat',pat),'Slatency','NPlatency','Rlatency');
LONG = load(sprintf('... |
0d41740ca0f26a1a4b3d4292d044edddf787101d450e851a6e629e83bd88443a | MATLAB | 14,493 | 524 | %%BLP_rev_photometry_summary_plot
%%
clear all
PAG_FC{1}='.\Data\981024FC';
PAG_FC{2}='.\Data\981025FC';
PAG_FC{3}='.\Data\996403FC';
PAG_FC{4}='.\Data\996405FC';
PAG_Test{1}='.\Data\981024Test';
PAG_Test{2}='.\Data\981025Test';
PAG_Test{3}='.\Data\996403Test';
PAG_Test{4}='.\Data\996405Test';
CeA_FC{1... |
6c42c85e31f8c45ccda280c426be9ecfc9f2eb0f83a57b54c7ffc3990e7d17bc | MATLAB | 14,493 | 440 | function NextTrialID = TrialFcn_SameDifferent_SanesLab(TRIALS)
% NextTrialID = TrialFcn_PureToneDetection_MasterHelper(TRIALS)
%
% This is a custom epsych function for the Sanes Lab for use with
% appetitive GO-NOGO tasks.
%
% NextTrialID is the index of a row in TRIALS.trials. This row contains all
% of the informatio... |
56477ef7211a8ef5a100a060ce95137f19e1d75d2b74fb1466b01b4796d1eb35 | MATLAB | 14,532 | 591 | dbstop if error
Test1XZ = [ 0 0 -.5;
-1 0 .5;
1 0 .5;]
Test1XY = [0 -.5 0;
-1 .5 0;
1 .5 0;];
Test2XZ = [1 0 -1;
-1 0 1;
3 0 1];
Test2XY = [0 -1 1;
-2 1 0;
2 1 0;];
Test3XZ = [... |
6cd9bdd80b51eddcef92aa4a60b6b3e86c30adf749b424a0bf2290861b51b41a | MATLAB | 14,560 | 428 | %this program reads the stimulus, behavior and 2p data and generates
%neuronal clusters for one plane recordings. Created by Haleh Fotowat
close all
clearvars
Reg=input('please enter 1 for analysis of hindbrain, 2 for midbrain and 3 for forebrain 0 for all brain and -1 for neuropil: ');
nCh=input('enter the number of 2... |
ad72871e1e05abbd14a549122c526ce5d10a03fd7a91e5b3099305ca8bcf130c | MATLAB | 14,575 | 461 | function varargout = Ventriloquist_Mk3(varargin)
% Ventriloquist_Mk3 MATLAB code for Ventriloquist_Mk3.fig
% Ventriloquist_Mk3, by itself, creates a new Ventriloquist_Mk3 or raises the existing
% singleton*.
%
% H = Ventriloquist_Mk3 returns the handle to a new Ventriloquist_Mk3 or the handle to
% t... |
7f904459ebe7a46fbf5f3ba8200f0ac6e3258c0517c2d016b4ba646270a43225 | MATLAB | 14,600 | 385 | function varargout = SpikeSortGUI(varargin)
% SPIKESORTGUI MATLAB code for SpikeSortGUI.fig
% SPIKESORTGUI, by itself, creates a new SPIKESORTGUI or raises the existing
% singleton*.
%
% H = SPIKESORTGUI returns the handle to a new SPIKESORTGUI or the handle to
% the existing singleton*.
%
% SP... |
9b48799d6d6a97a3cf22113f6458b6e02f9ac8c6da503e1d3671f0fda05e83d8 | MATLAB | 14,601 | 410 | % PENDING
%
%
%
%
%
%
function [ERP serror] = importerpss(filename, format, transpose)
serror = 0;
if nargin<2
error('ERPLAB says: error, filename and pathname are needed as inputs.')
end
%%%taken from asc2erp.m%%%
fullname = filename;
fid = fopen(fullname);
%used to verify whether it is an... |
bb4c032f8c01eaf56be3cc18aa83e82ef11b905483fda23c7a9bae5c0ed1db9e | MATLAB | 14,601 | 399 | % PURPOSE : Creates the EVENTLIST structure with the event information
% extracted and reorganized from EEG.event (default) or from
% an external list (text file). The EVENTLIST structure is
% attached to the EEG structure.
%
% FORMAT :
%
% EEG = pop_creabasiceventlis... |
c847f24612f54a8c03e8e3ad7ce640c1372d8428b394faa8a80ef593b41db8b5 | MATLAB | 14,606 | 455 | function varargout = f_EEG_save_multi_file(varargin)
% F_EEG_SAVE_MULTI_FILE MATLAB code for f_EEG_save_multi_file.fig
% F_EEG_SAVE_MULTI_FILE, by itself, creates a new F_EEG_SAVE_MULTI_FILE or raises the existing
% singleton*.
%
% H = F_EEG_SAVE_MULTI_FILE returns the handle to a new F_EEG_SAVE_MULTI_FI... |
7d6503ecd63797cb02d09f4e14ab98873d04f694729ef26ef741c16f1a3fbc70 | MATLAB | 14,615 | 361 | % Comparison between BACK sync and BACK async
conditions_names = {'BACK sync', 'BACK async'};
load('BACK_MIXED_data.mat'); % either run analysis2.m or load the struct
%% Questionnaire
plotQuest = [SubQuestBACK(1:4, 1) + 3 SubQuestBACK(1:4, 2) + 3];
plotSem = [semSubQuestBACK(1:4, 1) semSubQuestBACK(1:4, 2)];
figure()... |
242982726d6bfd536651a34b986e62066e05b68d3a9c119a903c9ccb6d6ff707 | MATLAB | 14,620 | 416 | %
% Author: Javier Lopez-Calderon & Steven Luck
% Center for Mind and Brain
% University of California, Davis,
% Davis, CA
% 2009
%b8d3721ed219e65100184c6b95db209bb8d3721ed219e65100184c6b95db209b
%
% ERPLAB Toolbox
% Copyright � 2007 The Regents of the University of California
% Created by Javier Lopez-Cald... |
2ff549d9ff9af42eacd183ac1e861389c6a4f077c41ff4a1d97a14034e368dbf | MATLAB | 14,676 | 581 | % fresh start
clearvars
close all
%% run config
config_file='config_mammals_1.m';
addpath(strcat(pwd,'/config'))
run(config_file);
%% read in proc spreadsheet
filename = [ DD_PROC '/MamiNum_corrected_proc.txt' ] ;
ssheet = readtable(filename,'Delimiter','\t') ;
n_animal = size(ssheet,1) ;
thr_vals = [ 0 0.05 0.1 0.... |
965a1941560747084e7de650321e461ae518fd603a7e53addd4047090ef61639 | MATLAB | 14,718 | 480 | function varargout = Ventriloquist_Mk1(varargin)
% Ventriloquist_Mk1 MATLAB code for Ventriloquist_Mk1.fig
% Ventriloquist_Mk1, by itself, creates a new Ventriloquist_Mk1 or raises the existing
% singleton*.
%
% H = Ventriloquist_Mk1 returns the handle to a new Ventriloquist_Mk1 or the handle to
% t... |
40309ad688faf0a50855d81e3b6c5de965e2469f42765ef0fe2d90484ca35f57 | MATLAB | 14,720 | 310 | %% %%%%%% PREAMBLE %%%%%%
clear
Delays_ = {'Short','Medium','Long'};
Delays__ = {'4s','8s','16s'};
Target = 'LONG';
tlimsAll = [-5 5];
tlimsShort=[-4 10];
tlimsMedium=[-8 10];
tlimsLong=[-16 10];
tlimsANOVA = [-2 2];
shift = 0;
plotOnline = false;
runCVEdecoder = true;
bw=0.05;
Nbs = 100;
tbSh... |
37331829a748fdb57a4cd02cc8d5ef0fd825e2e85bc3b0961ca5bb9e80265b86 | MATLAB | 14,762 | 338 | % function DecodingDuringDelayIndividualUnits(iFile)
% if isstr(iFile)
% iFile = str2num(iFile);
% end
%% %%%%%% PREAMBLE %%%%%%
clear
Delays_ = {'Short','Medium','Long'};
Delays__ = {'4s','8s','16s'};
Del = [4 8 16];
Target = 'LONG';
RunErrors = false;
tlimsShort=[0 4];
tlimsMedium=[0 8];
tlimsLong=[0 16];
tlims... |
1b73d24d4344b96c0d6f67ba93b8b5f0c3dff88bab656b426ef76a77eb812042 | MATLAB | 14,776 | 323 | function [marks_struct,com]=pop_marks_add_label(marks_struct,varargin)
com = ''; % this initialization ensure that the function will return something
% if the user press the cancel button
% display help if not enough arguments
% ------------------------------------
if nargin < 1
help pop_marks... |
a4176462f596d119197f952872e8568e8338cae1a7d554356d3f1aa00e020937 | MATLAB | 14,821 | 360 | % Comparison between MIXED sync and MIXED async
conditions_names = {'MIXED sync', 'MIXED async'};
load('BACK_MIXED_data.mat'); % either run analysis2.m or load the struct
%% Questionnaire
plotQuest = [SubQuestMIXED(1:4, 1) + 3 SubQuestMIXED(1:4, 2) + 3];
plotSem = [semSubQuestMIXED(1:4, 1) semSubQuestMIXED(1:4, 2)];
... |
8b8333312581cd46bea18099d6f08e5bdd777933c41751f9259747efe419ef25 | MATLAB | 14,828 | 200 |
function [lineNameStr,linecolors,linetypes,linewidths,linecolors_str,linetypes_str,linewidths_str,linecolorsrgb] = f_get_lineset_ERPviewer()
for ii = 1:315
lineNameStr{ii,1} =strcat(num2str(ii));
end
linecolors = {'Black [0 0 0]','Red [1 0 0]','Blue [0 0 1]','Green [0 1 0]','Orange [1 0.65 0]','Cyan [0 1 1]','... |
6cb369624da415fa9b41226acde6052bdd594fb892b1c3bb5d9803075c3da6a8 | MATLAB | 14,833 | 327 | clear
Targets = {'SHORT','MEDIUM','LONG'};
Delays_ = {'Short','Medium','Long'};
tlimsShort = [-4 10];
tlimsMedium = [-8 10];
tlimsLong = [-16 10];
tlimsANOVA = [-5 5];
shift = 0;
plotOnline = false;
bw = 0.05;
tbShort = tlimsShort(1) : bw : tlimsShort(2);
tbMedium = tlimsMedium(1): bw : tlimsMedium(2);... |
863ef0034f3f172c48bbe95fc7cce8ee3402eb0e130444f954c0ca4b89860356 | MATLAB | 14,884 | 399 | % PURPOSE : Interactively epoch bin-based trials
%
% FORMAT :
%
% EEG = pop_epochbin(EEG, trange, blc);
%
%INPUTS :
%
% EEG - EEGLAB structure
% trange - window for epoching in msec
% blc - window for baseline correction in msec or either a string like 'pre', 'post', or 'all'
% (strings... |
8763b6ebbf1f1033b21a20672710e1ac7c7c3281837d2a85aecbb650a5993f86 | MATLAB | 14,917 | 469 | function NextTrialID = TrialFcn_appetitive_SanesLab(TRIALS)
% NextTrialID = TrialFcn_PureToneDetection_MasterHelper(TRIALS)
%
% This is a custom epsych function for the Sanes Lab for use with
% appetitive GO-NOGO tasks.
%
% NextTrialID is the index of a row in TRIALS.trials. This row contains all
% of the information f... |
48fef82e10ae93eaa350cfe3ed532b82b9cbf7aa5f344537ba63720db69042be | MATLAB | 14,942 | 564 | function varargout = Appetitive_training(varargin)
%
%Appetitive_training({'C:\Users\...*.rcx'},{'Title String'})
%
%This GUI allows a user to hand-train an animal to associate a sound
%with a water reward. Pure tones and broadband noise are both supported.
%Input 1: 1x1 cell array containing the filename of an RPVds ... |
5bb9c8780a40b0deee91cd36185cb324cdab6a6cc07104f2bbacc63c176406f0 | MATLAB | 14,996 | 473 | function varargout = f_mvpc_save_multi_file(varargin)
% F_MVPC_SAVE_MULTI_FILE MATLAB code for f_mvpc_save_multi_file.fig
% F_MVPC_SAVE_MULTI_FILE, by itself, creates a new F_MVPC_SAVE_MULTI_FILE or raises the existing
% singleton*.
%
% H = F_MVPC_SAVE_MULTI_FILE returns the handle to a new F_MVPC_SAVE_M... |
da3c90528d34eb2871295c02f9ab9a1c853baa937853ee9d66cafbcd9c0707d3 | MATLAB | 15,027 | 297 | function performance = Decode_final_temporal_v2(dataset,m,st,session,Trial_Label,trials,bins,etrials,dataset_e,m_e,st_e,Test)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% This function decodes a trial label from the dataset built from the
% recorded neurons. Specifically, the function e... |
33d188f8bf0e3051548c0a5291dd7f606f8ce5585ff5988f580516ff013cb98e | MATLAB | 15,039 | 472 | function NextTrialID = TrialFcn_appetitive_AMTempIntegration_SanesLab(TRIALS)
% NextTrialID = TrialFcn_PureToneDetection_MasterHelper(TRIALS)
%
% This is a custom epsych function for the Sanes Lab for use with
% appetitive GO-NOGO tasks.
%
% NextTrialID is the index of a row in TRIALS.trials. This row contains all
% of... |
788317ae15cae36222b08e0898e3971e9600d09fc56035080ba771272328c0fc | MATLAB | 15,088 | 368 | %{
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
VIGILANCE STATE TRANSITION ANALYSES
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Author: Kristoffer Feher (2022), kristoffer.feher@upd.unibe.ch
%}
%%
%%%%% housekeeping %%%%%
clear all
close all
clc;
... |
bcb9bcd525319a545dc8c6a66416a9386ac2c739675bc42174fac940dcb19c71 | MATLAB | 15,090 | 395 | function varargout = CSDplotter(varargin)
% CSDPLOTTER M-file for CSDplotter.fig
% CSDPLOTTER, by itself, creates a new CSDPLOTTER or raises the existing
% singleton*.
%
% H = CSDPLOTTER returns the handle to a new CSDPLOTTER or the handle to
% the existing singleton*.
%
% CSDPLOTTER('C... |
6d717c66588544a475ae5d632467ef2bc985e72637bdb44dec5348a016dfca3f | MATLAB | 15,103 | 393 | function Model_Learning_noise(p1,p2)
%p1: seed for random number and p1=1:1:\mu. There are \mu independent simulations
%p2: pattern length. p2=1 is for 50 ms; p2=2 is for 100 ms; p2=3 is for 300 ms
rng(10+(p1-1)*1e6);
%There are 3 steps in this program.
%%Step 1: There is no embedded pattern in affere... |
46b5047a9c10686c7cc810519d2e64eb5eabffcde13b766d7538e39ac6c84025 | MATLAB | 15,139 | 382 | % Displays a matrix in a pop-up window for convenient editing.
% This control presents an m-by-n table of matrix entries.
% Copyright 2008-2010 Levente Hunyadi
classdef MatrixEditor < UIControl
properties
Type = PropertyType.empty(1,0);
end
properties (Dependent)
Control;
... |
f8b133056ac5382605f5125bea2c1a90be22aa82b0e66583a1501f0d5a781f73 | MATLAB | 15,172 | 102 | function [ obj ] = getObjectForHand( hand_obj, all_obj )
% getObjectForHand this function returns object which is being handled by a
% specific hand.
% Input: hand_obj, all_obj
% Output: obj: Object being handled by hand_obj
is_both_hands = 0;
attributes = hand_obj.attributes;
hand_type = getHandType(attribute... |
d731324c1a4c41a517ff1c4c202917ff389428576de6be0e28cfa451e2570b1e | MATLAB | 15,250 | 318 | %
% Script to add the (sub-)tracts lines and distance between the end-point ROIs
%
%
% Note: This script requires the freesurfer output of the individual subjects to run. Unfortunately, for privacy
% reasons, we are not allowed to share the freesurfer output files. Instead, the file that this script woul... |
652d83b8eef9e40048b4ef77e465a8dcf2e6ced1f717d513743fb72f875488e5 | MATLAB | 15,253 | 469 | function varargout = f_EEG_saveas_multi_file(varargin)
% F_EEG_SAVEAS_MULTI_FILE MATLAB code for f_EEG_saveas_multi_file.fig
% F_EEG_SAVEAS_MULTI_FILE, by itself, creates a new F_EEG_SAVEAS_MULTI_FILE or raises the existing
% singleton*.
%
% H = F_EEG_SAVEAS_MULTI_FILE returns the handle to a new F_EEG_S... |
4afa5e25c4d923c94572ebe128aaa65b7e5db2aa543973b08212463f8271c486 | MATLAB | 15,353 | 420 | function [type] = artifactscantool_senstype(input, desired)
% FT_SENSTYPE determines the type of acquisition device by looking at the channel
% names and comparing them with predefined lists.
%
% Use as
% [type] = artifactscantool_senstype(sens)
% or
% [flag] = artifactscantool_senstype(sens, desired)
%
% The outp... |
bbfc7bf733680cfc4de7d35d13c767cacfb7dd6ea9eee9853f682282d543637d | MATLAB | 15,421 | 214 | %%This function is to create EEG Tab
% Author: Guanghui Zhang, David Garrett & Steve J. Luck
% Center for Mind and Brain
% University of California, Davis
% Davis, CA
% 2022-2025
function EStudio_gui_erp_totl = EStudio_EEG_Tab(EStudio_gui_erp_totl,ColorB_def)
if isempty(ColorB_def)
ColorB_def = [0.7020 0.77 0... |
eed8482b928d98b7cdfd27aabeb7308a3026494f9a677030483e0ae11b9ff0b4 | MATLAB | 15,480 | 486 | function varargout = f_ERP_save_as_GUI(varargin)
% F_ERP_SAVE_AS_GUI MATLAB code for f_ERP_save_as_GUI.fig
% F_ERP_SAVE_AS_GUI, by itself, creates a new F_ERP_SAVE_AS_GUI or raises the existing
% singleton*.
%
% H = F_ERP_SAVE_AS_GUI returns the handle to a new F_ERP_SAVE_AS_GUI or the handle to
% t... |
13f914967bd2da84fa63f8fea698de3b7753f026a77921398d0890cc327269ad | MATLAB | 15,493 | 342 | %% Preamble, get file list
clear all; close all
set(0,'DefaultFigureWindowStyle','docked')
flags.plotIndividualChanges = false;
% pat{1} - % location of the processed assembly memberships
% pat{2} - % location of raw spike times
if ispc
% pat{1} = 'C:\Analysis\AssemblyAnalysis\Sleep\Decoding vs flanki... |
0cbb31c81ef16c3a3c8c89d6ad02c8036ada62b000277bfe7779e49d086cdc00 | MATLAB | 15,522 | 387 | function varargout = interpclosed(x,y,varargin)
% INTERPCLOSED Arc-length interpolation, perimeter and area of 2D closed curves defined by points
%
% xyq = INTERPCLOSED(x,y,tq) Interpolates new data points xyq at given
% positions defined by an arc-length parametrization and the query points
% tq, along the closed... |
94ad6d6cdc0861037b1669a5bc1442839af3174bc0a04ce63b61d5e03f824c7f | MATLAB | 15,570 | 716 | function varargout = StimDetect_Monitor(varargin)
% StimDetect_Monitor
% Last Modified by GUIDE v2.5 15-Oct-2015 12:27:01
% Begin initialization code - DO NOT EDIT
gui_Singleton = 1;
gui_State = struct('gui_Name', mfilename, ...
'gui_Singleton', gui_Singleton, ...
'gui_Ope... |
e2fceeeee22090e29d9d44b38fdb8467e3b06c0b176a83dd7b627ebad2d35772 | MATLAB | 15,618 | 518 | function varargout = CondAvoidGUI(varargin)
% CondAvoidGUI M-file for CondAvoidGUI.fig
% CondAvoidGUI, by itself, creates a new CondAvoidGUI or raises the existing
% singleton*.
%
% H = CondAvoidGUI returns the handle to a new CondAvoidGUI or the
% handle to
% the existing singleton*.
%
% ... |
6f95e470eef0db07968a55c433a59c2dc771be97dd85ad4b361c3aa8eeef7259 | MATLAB | 15,660 | 317 |
%Author: Guanghui ZHANG--zhang.guanghui@foxmail.com
%Center for Mind and Brain
%University of California, Davis
%Davis, CA, USA
%Feb. 2022 && Nov. 2023
function varargout = f_erp_informtion_GUI(varargin)
global observe_ERPDAT;
addlistener(observe_ERPDAT,'Count_currentERP_change',@Count_currentERPChanged);
try
... |
05d3eb8789d0ad8a625bb68a03046d38307b2ad6f6b2db9a0c798a86ee22cc0f | MATLAB | 15,711 | 304 | function performance = Decode_final_temporal_v2AD(dataset,m,st,...
session,...
Trial_Label,...
trials,...
bins,...
... |
49bdec2f34a9b59e2fd36f3b388fc48bc78a450d5b7f9df23a7825ba822700f7 | MATLAB | 15,732 | 310 | %% %%%%%% PREAMBLE %%%%%%
clear
Delays_ = {'Short','Medium','Long'};
Delays__ = {'4s','8s','16s'};
Target = 'LONG';
tlimsAll = [-5 5];
tlimsShort=[-4 10];
tlimsMedium=[-8 10];
tlimsLong=[-16 10];
tlimsANOVA = [-2 2];
shift = 0;
plotOnline = false;
runCVEdecoder = true;
ResampleTS = true;
Resamp... |
da66d4de1d9838c0f55dd527d6ef4fcfde567709cfa8a0a364ca430a72f50117 | MATLAB | 15,772 | 573 | function varargout = Appetitive_training(varargin)
%
%Appetitive_training({'C:\Users\...*.rcx'},{'Title String'})
%
%This GUI allows a user to hand-train an animal to associate a sound
%with a water reward. Pure tones and broadband noise are both supported.
%Input 1: 1x1 cell array containing the filename of an RPVds ... |
173d7b7a0e8844ffc932746b9239d4963a70751d9d38040b920e92d7dc1d87ee | MATLAB | 15,878 | 360 | %% MAIN
clear all
close all
clc
% Vectors
Drift1LIMB = []; EmbQuest1LIMB = []; VivQuest1LIMB = []; PciQuest1LIMB = [];
pps1LIMB = []; ppsBaseline1LIMB = [];
SomatotopicForm = [];
% LEGEND
% Each condition is assigned to a number:
% 1 = BACKsync, 2 = BACKasync, 3 = MIXEDsync, 4 = MIXEDasync
conditions = {"TS1L", "TA... |
09a1da35cd86b3703b3e6d3d56c64f9b55254d5670ea8e9af53905b233f9dbdb | MATLAB | 15,925 | 423 | %% OVERVIEW
%
% 1. Imports raw AOI traces from .xlsx file into "data" (matrix)
% - readFile() function outputs raw data into "raw_data" matrix
% 2. Uses customized input parameters to reformat raw data
% - inputs: raw_data, sampling framerate, time window of interest
% - outputs: data (data) and time ... |
5afe05f98edc19ac51fb5d5c811a092a2f7bea9121ac38eb239d0df9367814dc | MATLAB | 15,927 | 481 | function varargout = f_BEST_save_as_GUI(varargin)
% F_BEST_SAVE_AS_GUI MATLAB code for f_BEST_save_as_GUI.fig
% F_BEST_SAVE_AS_GUI, by itself, creates a new F_BEST_SAVE_AS_GUI or raises the existing
% singleton*.
%
% H = F_BEST_SAVE_AS_GUI returns the handle to a new F_BEST_SAVE_AS_GUI or the handle... |
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