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config_EBUG.m
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config_EBUG.m
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function [cfg,expParam] = config_EBUG(cfg,expParam)
% function [cfg,expParam] = config_EBUG(cfg,expParam)
%
% Description:
% Configuration function for creature expertise training experiment. This
% file should be edited for your particular experiment. This function runs
% et_processStims to prepare the stimuli for experiment presentation.
%
% see also: et_saveStimList, et_processStims, et_processStims_match,
% et_processStims_recog, et_processStims_viewname,
% et_processStims_nametrain, et_processStims_name
%% Experiment defaults
% set up configuration structures to keep track of what day and phase we're
% on.
% what host is netstation running on?
if expParam.useNS
expParam.NSPort = 55513;
% D458
expParam.NSHost = '128.138.223.251';
% % D464
% expParam.NSHost = '128.138.223.26';
expParam.baselineRecordSecs = 20.0;
end
% sound defaults, these get set for each phase
playSound = true;
correctSound = 1000;
incorrectSound = 300;
correctVol = 0.4;
incorrectVol = 0.6;
% whether to print trial details to the command window
cfg.text.printTrialInfo = false;
% matching task defaults
matchTextPrompt = true;
%% Experiment session information
% Set the number of sessions
expParam.nSessions = 9;
% Pre-test, training day 1, training days 1-6, post-test, post-test delayed.
expParam.sesTypes = {'pretest','train1','train2','train3','train4','train5','train6','posttest','posttest_delay'};
% set up a field for each session type
expParam.session.pretest.phases = {'prac_match','match','prac_recog','recog'};
expParam.session.train1.phases = {'prac_name','nametrain','name','match'};
expParam.session.train2.phases = {'match','name','match'};
expParam.session.train3.phases = {'match','name','match'};
expParam.session.train4.phases = {'match','name','match'};
expParam.session.train5.phases = {'match','name','match'};
expParam.session.train6.phases = {'match','name','match'};
expParam.session.posttest.phases = {'match','prac_recog','recog'};
expParam.session.posttest_delay.phases = {'prac_match','match','prac_recog','recog'};
% % demo - debug
% expParam.nSessions = 2;
% expParam.sesTypes = {'pretest','train1'};
% % expParam.session.pretest.phases = {'match','prac_recog'};
% expParam.session.pretest.phases = {'prac_match','prac_recog'};
% % expParam.session.pretest.phases = {'prac_recog','recog'};
% % expParam.session.train1.phases = {'prac_name','nametrain','name'};
% expParam.session.train1.phases = {'prac_name'};
% % debug
% expParam.nSessions = 1;
% expParam.sesTypes = {'train1'};
% expParam.session.train1.phases = {'prac_name','nametrain','name'};
% % debug
% expParam.nSessions = 3;
% expParam.sesTypes = {'pretest','posttest','posttest_delay'};
% expParam.session.pretest.phases = {'recog'};
% expParam.session.posttest.phases = {'recog'};
% expParam.session.posttest_delay.phases = {'recog'};
%% do some error checking
possible_phases = {'match','name','recog','nametrain','viewname','prac_match','prac_name','prac_recog'};
if length(expParam.sesTypes) ~= expParam.nSessions
error('There should be %d sessions defined, but expParam.sesTypes contains %d sessions.',expParam.nSessions,length(expParam.sesTypes));
end
for s = 1:length(expParam.sesTypes)
if isfield(expParam.session,expParam.sesTypes{s}) && ~isempty(expParam.session.(expParam.sesTypes{s}))
if isfield(expParam.session.(expParam.sesTypes{s}),'phases') && ~isempty(expParam.session.(expParam.sesTypes{s}).phases)
for p = 1:length(expParam.session.(expParam.sesTypes{s}).phases)
if ~ismember(expParam.session.(expParam.sesTypes{s}).phases{p},possible_phases)
error('%s is not a valid phase in expParam.session.%s.phases',expParam.session.(expParam.sesTypes{s}).phases{p},expParam.sesTypes{s});
end
end
elseif ~isfield(expParam.session.(expParam.sesTypes{s}),'phases') || isempty(expParam.session.(expParam.sesTypes{s}).phases)
error('Session phases not defined for %s! (in expParam.session.%s.phases)',expParam.sesTypes{s},expParam.sesTypes{s});
end
elseif ~isfield(expParam.session,expParam.sesTypes{s}) || isempty(expParam.session.(expParam.sesTypes{s}))
error('expParam.session does not contain a field for session type ''%s''!',expParam.sesTypes{s});
end
end
%% If this is session 1, setup the experiment
if expParam.sessionNum == 1
%% Subject parameters
% for counterbalancing
% odd or even subject number
if mod(str2double(expParam.subject(end)),2) == 0
expParam.isEven = true;
else
expParam.isEven = false;
end
% subject number ends in 1-5 or 6-0
if str2double(expParam.subject(end)) >= 1 && str2double(expParam.subject(end)) <= 5
expParam.is15 = true;
else
expParam.is15 = false;
end
% blink break (set to 0 if you don't want breaks)
if expParam.useNS
% timer in secs for when to take a blink break (only when useNS=true)
cfg.stim.secUntilBlinkBreak = 45.0;
else
% timer in secs for when to take a blink break (only when useNS=false)
cfg.stim.secUntilBlinkBreak = 90.0;
end
%% Stimulus parameters
% whether to present a white square during the stimulus
cfg.stim.photoCell = true;
cfg.stim.photoCellRectSize = 30;
% whether to preload images; if true, could use a lot of memory
cfg.stim.preloadImages = false;
% the file extension for your images
cfg.files.stimFileExt = '.bmp';
% scale stimlus down (< 1) or up (> 1)
cfg.stim.stimScale = 0.75;
% image directory holds the stims and resources
cfg.files.imgDir = fullfile(cfg.files.expDir,'images');
% set the stimulus directory
cfg.files.stimDir = fullfile(cfg.files.imgDir,'Creatures');
% set the image resources directory
cfg.files.resDir = fullfile(cfg.files.imgDir,'resources');
% set the instructions directory
cfg.files.instructDir = fullfile(cfg.files.expDir,'text','instructions');
% family names correspond to the directories in which stimuli reside
cfg.stim.familyNames = {'a','s'};
% assumes that each family has the same number of species
cfg.stim.nSpecies = 10;
% only use a subset of the species for recognition (random selection of X
% species if it is simply and integer, or pre-specify species numbers if
% it is a vector)
cfg.stim.nSpecies_recog = 5;
% whether all families should have the same random selection of species
% for recognition
cfg.stim.yokeSpecies_recog = true;
% whether to use the same species order across families
cfg.stim.yokeSpecies = false;
if cfg.stim.yokeSpecies
cfg.stim.yokeTogether = [1 1];
end
% yoke exemplars across species within these family groups so training
% status is the same for all families with the same number; NB this
% applies when there is some dependency between different families
cfg.stim.yokeTrainedExemplars = false;
if cfg.stim.yokeTrainedExemplars
cfg.stim.yokeExemplars_train = [1 2];
end
% Number of trained and untrained exemplars per species per family
cfg.stim.nTrained = 6;
cfg.stim.nUntrained = 6;
% save an individual stimulus list for each subject
cfg.stim.stimListFile = fullfile(cfg.files.subSaveDir,'stimList.txt');
% create the stimulus list if it doesn't exist
shuffleSpecies = true;
if ~exist(cfg.stim.stimListFile,'file')
[cfg] = et_saveStimList(cfg,cfg.files.stimDir,cfg.stim,shuffleSpecies);
else
% % debug = warning instead of error
% warning('Stimulus list should not exist at the beginning of Session %d: %s',expParam.sessionNum,cfg.stim.stimListFile);
error('Stimulus list should not exist at the beginning of Session %d: %s',expParam.sessionNum,cfg.stim.stimListFile);
end
% basic/subordinate families (counterbalance based on even/odd subNum)
if expParam.isEven
cfg.stim.famNumBasic = 1;
cfg.stim.famNumSubord = 2;
else
cfg.stim.famNumBasic = 2;
cfg.stim.famNumSubord = 1;
end
% what to call the basic-level family in viewing and naming tasks
cfg.text.basicFamStr = 'Other';
% whether to remove the trained/untrained stims from the stimulus pool
% after they are chosen
cfg.stim.rmStims_init = true;
% whether to shuffle the stimulus pool before choosing trained/untrained
cfg.stim.shuffleFirst_init = true;
% % subordinate family species numbers
% cfg.stim.specNum(cfg.stim.famNumSubord,:)
% % subordinate family species letters
% cfg.stim.specStr(cfg.stim.famNumSubord,:)
% practice images stored in separate directories
expParam.runPractice = true;
cfg.stim.useSeparatePracStims = true;
if expParam.runPractice
% practice exemplars per species per family for all phases except
% recognition (recognition stim count is determined by nStudyTarg and
% nStudyLure in each prac_recog phase defined below)
cfg.stim.practice.nPractice = 2;
if cfg.stim.useSeparatePracStims
cfg.files.stimDir_prac = fullfile(cfg.files.imgDir,'PracticeBirds');
cfg.stim.practice.familyNames = {'Perching_','Wading_'};
cfg.stim.practice.nSpecies = 2;
% basic/subordinate families (counterbalance for even/odd subNum)
if expParam.isEven
cfg.stim.practice.famNumBasic = 1;
cfg.stim.practice.famNumSubord = 2;
else
cfg.stim.practice.famNumBasic = 2;
cfg.stim.practice.famNumSubord = 1;
end
cfg.stim.practice.yokeSpecies = false;
if cfg.stim.practice.yokeSpecies
cfg.stim.practice.yokeTogether = [1 1];
end
cfg.stim.practice.stimListFile = fullfile(cfg.files.subSaveDir,'stimList_prac.txt');
shuffleSpecies = true;
if ~exist(cfg.stim.practice.stimListFile,'file')
[cfg] = et_saveStimList(cfg,cfg.files.stimDir_prac,cfg.stim.practice,shuffleSpecies);
else
% % debug = warning instead of error
% warning('Stimulus list should not exist at the beginning of Session %d: %s',expParam.sessionNum,cfg.stim.practice.stimListFile);
error('Stimulus list should not exist at the beginning of Session %d: %s',expParam.sessionNum,cfg.stim.practice.stimListFile);
end
else
cfg.files.stimDir_prac = cfg.files.stimDir;
cfg.stim.practice.familyNames = cfg.stim.familyNames;
%cfg.stim.practice.nSpecies = cfg.stim.nSpecies;
%cfg.stim.practice.yokeSpecies = cfg.stim.yokeSpecies;
cfg.stim.practice.famNumBasic = cfg.stim.famNumBasic;
cfg.stim.practice.famNumSubord = cfg.stim.famNumSubord;
cfg.stim.practice.nSpecies = 2;
cfg.stim.practice.yokeSpecies = false;
if cfg.stim.practice.yokeSpecies
cfg.stim.practice.yokeTogether = [1 1];
end
cfg.stim.practice.nExemplars = repmat(cfg.stim.practice.nPractice,length(cfg.stim.practice.familyNames),cfg.stim.practice.nSpecies);
end
end
%% Define the response keys
% the experimenter's secret key to continue the experiment
cfg.keys.expContinue = 'g';
% which row of keys to use in matching and recognition tasks. Can be
% 'upper' or 'middle'
cfg.keys.keyRow = 'upper';
% use spacebar for naming "other" family (basic-level naming)
cfg.keys.otherKeyNames = {'space'};
cfg.keys.s00 = KbName(cfg.keys.otherKeyNames{1});
% keys for naming particular species (subordinate-level naming)
if strcmp(cfg.keys.keyRow,'upper')
% upper row
cfg.keys.speciesKeyNames = {'q','w','e','r','v','n','u','i','o','p'};
elseif strcmp(cfg.keys.keyRow,'middle')
% middle row
if ismac || isunix
cfg.keys.speciesKeyNames = {'a','s','d','f','v','n','j','k','l',';:'};
elseif ispc
cfg.keys.speciesKeyNames = {'a','s','d','f','v','n','j','k','l',';'};
end
end
% set the species keys
for i = 1:length(cfg.keys.speciesKeyNames)
% sXX, where XX is an integer, buffered with a zero if i <= 9
cfg.keys.(sprintf('s%.2d',i)) = KbName(cfg.keys.speciesKeyNames{i});
end
if strcmp(cfg.keys.keyRow,'upper')
cfg.files.speciesNumKeyImg = fullfile(cfg.files.resDir,'speciesNum_black_upper.jpg');
%cfg.files.speciesNumKeyImg = fullfile(cfg.files.resDir,'speciesNum_white_upper.jpg');
elseif strcmp(cfg.keys.keyRow,'middle')
cfg.files.speciesNumKeyImg = fullfile(cfg.files.resDir,'speciesNum_black_middle.jpg');
%cfg.files.speciesNumKeyImg = fullfile(cfg.files.resDir,'speciesNum_white_middle.jpg');
end
% scale image down (< 1) or up (> 1)
cfg.files.speciesNumKeyImgScale = 0.4;
% subordinate matching keys (counterbalanced based on subNum 1-5, 6-0)
if strcmp(cfg.keys.keyRow,'upper')
% upper row
cfg.keys.matchKeyNames = {'r','u'};
elseif strcmp(cfg.keys.keyRow,'middle')
% middle row
cfg.keys.matchKeyNames = {'f','j'};
end
if expParam.is15
cfg.keys.matchSame = KbName(cfg.keys.matchKeyNames{1});
cfg.keys.matchDiff = KbName(cfg.keys.matchKeyNames{2});
else
cfg.keys.matchSame = KbName(cfg.keys.matchKeyNames{2});
cfg.keys.matchDiff = KbName(cfg.keys.matchKeyNames{1});
end
% recognition keys
if strcmp(cfg.keys.keyRow,'upper')
% upper row
cfg.keys.recogKeyNames = {{'q','w','e','r','u'},{'r','u','i','o','p'}};
elseif strcmp(cfg.keys.keyRow,'middle')
% middle row
if ismac || isunix
cfg.keys.recogKeyNames = {{'a','s','d','f','j'},{'f','j','k','l',';:'}};
elseif ispc
cfg.keys.recogKeyNames = {{'a','s','d','f','j'},{'f','j','k','l',';'}};
end
end
% recognition keys (counterbalanced based on even/odd and 1-5, 6-10)
if expParam.isEven && expParam.is15 || ~expParam.isEven && ~expParam.is15
cfg.keys.recogKeySet = 1;
cfg.keys.recogKeyNames = cfg.keys.recogKeyNames{cfg.keys.recogKeySet};
cfg.keys.recogDefUn = KbName(cfg.keys.recogKeyNames{1});
cfg.keys.recogMayUn = KbName(cfg.keys.recogKeyNames{2});
cfg.keys.recogMayF = KbName(cfg.keys.recogKeyNames{3});
cfg.keys.recogDefF = KbName(cfg.keys.recogKeyNames{4});
cfg.keys.recogRecoll = KbName(cfg.keys.recogKeyNames{5});
elseif expParam.isEven && ~expParam.is15 || ~expParam.isEven && expParam.is15
cfg.keys.recogKeySet = 2;
cfg.keys.recogKeyNames = cfg.keys.recogKeyNames{cfg.keys.recogKeySet};
cfg.keys.recogDefUn = KbName(cfg.keys.recogKeyNames{5});
cfg.keys.recogMayUn = KbName(cfg.keys.recogKeyNames{4});
cfg.keys.recogMayF = KbName(cfg.keys.recogKeyNames{3});
cfg.keys.recogDefF = KbName(cfg.keys.recogKeyNames{2});
cfg.keys.recogRecoll = KbName(cfg.keys.recogKeyNames{1});
end
if strcmp(cfg.keys.keyRow,'upper')
cfg.files.recogTestRespKeyImg = fullfile(cfg.files.resDir,sprintf('recogTest_resp_black_upper_%d.jpg',cfg.keys.recogKeySet));
%cfg.files.recogTestRespKeyImg = fullfile(cfg.files.resDir,sprintf('recogTest_resp_white_upper_%d.jpg',cfg.keys.recogKeySet));
elseif strcmp(cfg.keys.keyRow,'middle')
cfg.files.recogTestRespKeyImg = fullfile(cfg.files.resDir,sprintf('recogTest_resp_black_middle_%d.jpg',cfg.keys.recogKeySet));
%cfg.files.recogTestRespKeyImg = fullfile(cfg.files.resDir,sprintf('recogTest_resp_white_middle_%d.jpg',cfg.keys.recogKeySet));
end
% scale image down (< 1) or up (> 1)
cfg.files.recogTestRespKeyImgScale = 0.4;
%% Screen, text, and symbol configuration for size and color
% Choose a color value (e.g., 210 for gray) to be used as experiment backdrop
%cfg.screen.bgColor = 181;
cfg.screen.bgColor = 210;
% font sizes
%
% basic: small messages printed to the screen
% instruct: instructions
% fixSize: fixation
if ispc
cfg.text.basicTextSize = 18;
cfg.text.instructTextSize = 18;
cfg.text.fixSize = 18;
elseif ismac
cfg.text.basicTextSize = 32;
cfg.text.instructTextSize = 28;
cfg.text.fixSize = 32;
%cfg.text.basicTextSize = 28;
%cfg.text.instructTextSize = 24;
%cfg.text.fixSize = 28;
elseif isunix
cfg.text.basicTextSize = 24;
cfg.text.instructTextSize = 18;
cfg.text.fixSize = 24;
end
% text colors
cfg.text.basicTextColor = uint8((rgb('Black') * 255) + 0.5);
cfg.text.instructColor = uint8((rgb('Black') * 255) + 0.5);
% text color when experimenter's attention is needed
cfg.text.experimenterColor = uint8((rgb('Red') * 255) + 0.5);
% number of characters wide at which any text will wrap
cfg.text.instructCharWidth = 70;
% key to push to dismiss instruction screen
cfg.keys.instructContKey = 'space';
% fixation info
cfg.text.fixSymbol = '+';
cfg.text.respSymbol = '?';
cfg.text.fixationColor = uint8((rgb('Black') * 255) + 0.5);
% fixation defaults; change in phases if you want other behavior
fixDuringISI = true;
fixDuringPreStim = true;
fixDuringStim = true;
if matchTextPrompt
cfg.text.matchSame = 'Same';
cfg.text.matchDiff = 'Diff';
end
% "respond faster" text
cfg.text.respondFaster = 'No response recorded!\nRespond faster!';
cfg.text.respondFasterColor = uint8((rgb('Red') * 255) + 0.5);
cfg.text.respondFasterFeedbackTime = 1.5;
% error text color
cfg.text.errorTextColor = uint8((rgb('Red') * 255) + 0.5);
% text for when they respond too fast
cfg.text.tooFastText = 'Too fast!';
% text for when they push multiple keys
cfg.text.multiKeyText = 'Do not press multiple keys!\nRelease all keys except your response,\nthen release your response.';
%% Session/phase configuration
%% pretest configuration
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
sesName = 'pretest';
if ismember(sesName,expParam.sesTypes)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Matching - practice
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
phaseName = 'prac_match';
if ismember(phaseName,expParam.session.(sesName).phases)
for phaseCount = 1:sum(ismember(expParam.session.(sesName).phases,phaseName))
cfg.stim.(sesName).(phaseName)(phaseCount).isExp = false;
cfg.stim.(sesName).(phaseName)(phaseCount).impedanceBeforePhase = false;
cfg.stim.(sesName).(phaseName)(phaseCount).respDuringStim = true;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringISI = fixDuringISI;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringPreStim = fixDuringPreStim;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringStim = fixDuringStim;
% only use stimuli from particular families
cfg.stim.(sesName).(phaseName)(phaseCount).familyNames = cfg.stim.practice.familyNames;
% every stimulus is in both the same and the different condition.
cfg.stim.(sesName).(phaseName)(phaseCount).nSame = cfg.stim.practice.nPractice;
cfg.stim.(sesName).(phaseName)(phaseCount).nDiff = cfg.stim.practice.nPractice;
% rmStims_orig is false because all stimuli are used in both "same"
% and "diff" conditions
cfg.stim.(sesName).(phaseName)(phaseCount).rmStims_orig = false;
% % number per species per family (half because each stimulus is only in
% % same or different condition)
% cfg.stim.(sesName).(phaseName)(phaseCount).nSame = cfg.stim.practice.nPractice / 2;
% cfg.stim.(sesName).(phaseName)(phaseCount).nDiff = cfg.stim.practice.nPractice / 2;
% % rmStims_orig is true because half of stimuli are in "same" cond and
% % half are in "diff"
% cfg.stim.(sesName).(phaseName)(phaseCount).rmStims_orig = true;
% rmStims_pair is true because pairs are removed after they're added
cfg.stim.(sesName).(phaseName)(phaseCount).rmStims_pair = true;
cfg.stim.(sesName).(phaseName)(phaseCount).shuffleFirst = true;
% nTrials = (nSame + nDiff) * nSpecies * nFamilies (and multiply by 2
% if rmStims_orig=false). nSpecies = (nSame + nDiff) in practice.
% minimum number of trials needed between exact repeats of a given
% stimulus as stim2
cfg.stim.(sesName).(phaseName)(phaseCount).stim2MinRepeatSpacing = 0;
% whether to have "same" and "diff" text with the response prompt
cfg.stim.(sesName).(phaseName)(phaseCount).matchTextPrompt = matchTextPrompt;
% durations, in seconds
cfg.stim.(sesName).(phaseName)(phaseCount).match_isi = 0.0;
cfg.stim.(sesName).(phaseName)(phaseCount).match_stim1 = 0.8;
cfg.stim.(sesName).(phaseName)(phaseCount).match_stim2 = 0.8;
% random intervals are generated on the fly
cfg.stim.(sesName).(phaseName)(phaseCount).match_preStim1 = [0.5 0.7];
cfg.stim.(sesName).(phaseName)(phaseCount).match_preStim2 = [1.0 1.2];
cfg.stim.(sesName).(phaseName)(phaseCount).match_response = 2.0;
% do we want to play feedback beeps?
cfg.stim.(sesName).(phaseName)(phaseCount).playSound = playSound;
cfg.stim.(sesName).(phaseName)(phaseCount).correctSound = correctSound;
cfg.stim.(sesName).(phaseName)(phaseCount).incorrectSound = incorrectSound;
cfg.stim.(sesName).(phaseName)(phaseCount).correctVol = correctVol;
cfg.stim.(sesName).(phaseName)(phaseCount).incorrectVol = incorrectVol;
% instructions
%[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.match(1).text] = et_processTextInstruct(...
% fullfile(cfg.files.instructDir,sprintf('%s_importantMessage_1.txt',expParam.expName)),...
% {'contKey'}, {cfg.keys.instructContKey});
[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.match(1).text] = et_processTextInstruct(...
fullfile(cfg.files.instructDir,sprintf('%s_match_1_practice_intro.txt',expParam.expName)),...
{'sameKey','diffKey','contKey'},{KbName(cfg.keys.matchSame),KbName(cfg.keys.matchDiff),cfg.keys.instructContKey});
% whether to ask the participant if they have any questions; only
% continues with experimenter's secret key
cfg.stim.(sesName).(phaseName)(phaseCount).instruct.questions = true;
expParam.session.(sesName).(phaseName)(phaseCount).date = [];
expParam.session.(sesName).(phaseName)(phaseCount).startTime = [];
expParam.session.(sesName).(phaseName)(phaseCount).endTime = [];
end
end
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Matching
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
phaseName = 'match';
if ismember(phaseName,expParam.session.(sesName).phases)
for phaseCount = 1:sum(ismember(expParam.session.(sesName).phases,phaseName))
cfg.stim.(sesName).(phaseName)(phaseCount).isExp = true;
cfg.stim.(sesName).(phaseName)(phaseCount).impedanceBeforePhase = false;
cfg.stim.(sesName).(phaseName)(phaseCount).respDuringStim = true;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringISI = fixDuringISI;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringPreStim = fixDuringPreStim;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringStim = fixDuringStim;
% only use stimuli from particular families
cfg.stim.(sesName).(phaseName)(phaseCount).familyNames = cfg.stim.familyNames;
% every stimulus is in both the same and the different condition.
cfg.stim.(sesName).(phaseName)(phaseCount).nSame = cfg.stim.nTrained;
cfg.stim.(sesName).(phaseName)(phaseCount).nDiff = cfg.stim.nTrained;
% rmStims_orig is false because all stimuli are used in both "same"
% and "diff" conditions
cfg.stim.(sesName).(phaseName)(phaseCount).rmStims_orig = false;
% % number per species per family (half because each stimulus is only in
% % same or different condition)
% cfg.stim.(sesName).(phaseName)(phaseCount).nSame = cfg.stim.nTrained / 2;
% cfg.stim.(sesName).(phaseName)(phaseCount).nDiff = cfg.stim.nTrained / 2;
% % rmStims_orig is true because half of stimuli are in "same" cond and
% % half are in "diff"
% cfg.stim.(sesName).(phaseName)(phaseCount).rmStims_orig = true;
% rmStims_pair is true because pairs are removed after they're added
cfg.stim.(sesName).(phaseName)(phaseCount).rmStims_pair = true;
cfg.stim.(sesName).(phaseName)(phaseCount).shuffleFirst = true;
% nTrials = (nSame + nDiff) * nSpecies * nFamilies (and multiply by 2
% if rmStims_orig=false)
% minimum number of trials needed between exact repeats of a given
% stimulus as stim2
cfg.stim.(sesName).(phaseName)(phaseCount).stim2MinRepeatSpacing = 2;
% whether to have "same" and "diff" text with the response prompt
cfg.stim.(sesName).(phaseName)(phaseCount).matchTextPrompt = matchTextPrompt;
if expParam.useNS
cfg.stim.(sesName).(phaseName)(phaseCount).impedanceAfter_nTrials = 240;
end
% durations, in seconds
cfg.stim.(sesName).(phaseName)(phaseCount).match_isi = 0.0;
cfg.stim.(sesName).(phaseName)(phaseCount).match_stim1 = 0.8;
cfg.stim.(sesName).(phaseName)(phaseCount).match_stim2 = 0.8;
% random intervals are generated on the fly
cfg.stim.(sesName).(phaseName)(phaseCount).match_preStim1 = [0.5 0.7];
cfg.stim.(sesName).(phaseName)(phaseCount).match_preStim2 = [1.0 1.2];
cfg.stim.(sesName).(phaseName)(phaseCount).match_response = 2.0;
% do we want to play feedback beeps?
cfg.stim.(sesName).(phaseName)(phaseCount).playSound = playSound;
cfg.stim.(sesName).(phaseName)(phaseCount).correctSound = correctSound;
cfg.stim.(sesName).(phaseName)(phaseCount).incorrectSound = incorrectSound;
cfg.stim.(sesName).(phaseName)(phaseCount).correctVol = correctVol;
cfg.stim.(sesName).(phaseName)(phaseCount).incorrectVol = incorrectVol;
% instructions
[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.match(1).text] = et_processTextInstruct(...
fullfile(cfg.files.instructDir,sprintf('%s_match_2_exp_intro.txt',expParam.expName)),...
{'sameKey','diffKey','contKey'},{KbName(cfg.keys.matchSame),KbName(cfg.keys.matchDiff),cfg.keys.instructContKey});
expParam.session.(sesName).(phaseName)(phaseCount).date = [];
expParam.session.(sesName).(phaseName)(phaseCount).startTime = [];
expParam.session.(sesName).(phaseName)(phaseCount).endTime = [];
end
end
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Recognition - practice
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
phaseName = 'prac_recog';
if ismember(phaseName,expParam.session.(sesName).phases)
for phaseCount = 1:sum(ismember(expParam.session.(sesName).phases,phaseName))
cfg.stim.(sesName).(phaseName)(phaseCount).isExp = false;
cfg.stim.(sesName).(phaseName)(phaseCount).impedanceBeforePhase = false;
cfg.stim.(sesName).(phaseName)(phaseCount).respDuringStim = false;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringISI = fixDuringISI;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringPreStim = fixDuringPreStim;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringStim = fixDuringStim;
% only use stimuli from particular families
cfg.stim.(sesName).(phaseName)(phaseCount).familyNames = cfg.stim.practice.familyNames;
cfg.stim.(sesName).(phaseName)(phaseCount).nBlocks = 1;
% number of target and lure stimuli per species per family per study/test
% block. Assumes all targets and lures are tested in a block.
cfg.stim.(sesName).(phaseName)(phaseCount).nStudyTarg = 2;
cfg.stim.(sesName).(phaseName)(phaseCount).nTestLure = 1;
% maximum number of same family in a row during study task
cfg.stim.(sesName).(phaseName)(phaseCount).studyMaxConsecFamily = 0;
% maximum number of targets or lures in a row during test task
cfg.stim.(sesName).(phaseName)(phaseCount).testMaxConsec = 0;
% do not reuse recognition stimuli in other parts of the experiment
cfg.stim.(sesName).(phaseName)(phaseCount).rmStims = true;
cfg.stim.(sesName).(phaseName)(phaseCount).shuffleFirst = true;
% durations, in seconds
cfg.stim.(sesName).(phaseName)(phaseCount).recog_study_isi = 0.8;
cfg.stim.(sesName).(phaseName)(phaseCount).recog_study_preTarg = 0.2;
cfg.stim.(sesName).(phaseName)(phaseCount).recog_study_targ = 2.0;
cfg.stim.(sesName).(phaseName)(phaseCount).recog_test_isi = 0.8;
cfg.stim.(sesName).(phaseName)(phaseCount).recog_test_preStim = 0.2;
cfg.stim.(sesName).(phaseName)(phaseCount).recog_test_stim = 1.5;
cfg.stim.(sesName).(phaseName)(phaseCount).recog_response = 10.0;
% do we want to play feedback beeps for no response?
cfg.stim.(sesName).(phaseName)(phaseCount).playSound = playSound;
cfg.stim.(sesName).(phaseName)(phaseCount).correctSound = correctSound;
cfg.stim.(sesName).(phaseName)(phaseCount).incorrectSound = incorrectSound;
cfg.stim.(sesName).(phaseName)(phaseCount).correctVol = correctVol;
cfg.stim.(sesName).(phaseName)(phaseCount).incorrectVol = incorrectVol;
% instructions
[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogIntro(1).text] = et_processTextInstruct(...
fullfile(cfg.files.instructDir,sprintf('%s_recog_1_intro.txt',expParam.expName)),...
{'contKey'},{cfg.keys.instructContKey});
[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogIntro(2).text] = et_processTextInstruct(...
fullfile(cfg.files.instructDir,sprintf('%s_recog_2_intro_recoll.txt',expParam.expName)),...
{'contKey'},{cfg.keys.instructContKey});
[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogIntro(3).text] = et_processTextInstruct(...
fullfile(cfg.files.instructDir,sprintf('%s_recog_3_intro_other.txt',expParam.expName)),...
{'contKey'},{cfg.keys.instructContKey});
cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogIntro(3).image = cfg.files.recogTestRespKeyImg;
cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogIntro(3).imageScale = cfg.files.recogTestRespKeyImgScale;
nExemplars = cfg.stim.(sesName).(phaseName)(phaseCount).nStudyTarg * cfg.stim.practice.nSpecies * length(cfg.stim.(sesName).(phaseName)(phaseCount).familyNames);
[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogStudy(1).text] = et_processTextInstruct(...
fullfile(cfg.files.instructDir,sprintf('%s_recog_4_practice_study.txt',expParam.expName)),...
{'nExemplars','contKey'},{num2str(nExemplars),cfg.keys.instructContKey});
[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogTest(1).text] = et_processTextInstruct(...
fullfile(cfg.files.instructDir,sprintf('%s_recog_5_practice_test.txt',expParam.expName)),...
{'contKey'},{cfg.keys.instructContKey});
cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogTest(1).image = cfg.files.recogTestRespKeyImg;
cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogTest(1).imageScale = cfg.files.recogTestRespKeyImgScale;
% whether to ask the participant if they have any questions; only
% continues with experimenter's secret key
cfg.stim.(sesName).(phaseName)(phaseCount).instruct.questions = true;
expParam.session.(sesName).(phaseName)(phaseCount).date = [];
expParam.session.(sesName).(phaseName)(phaseCount).startTime = [];
expParam.session.(sesName).(phaseName)(phaseCount).endTime = [];
end
end
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Recognition
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
phaseName = 'recog';
if ismember(phaseName,expParam.session.(sesName).phases)
for phaseCount = 1:sum(ismember(expParam.session.(sesName).phases,phaseName))
cfg.stim.(sesName).(phaseName)(phaseCount).isExp = true;
cfg.stim.(sesName).(phaseName)(phaseCount).impedanceBeforePhase = true;
cfg.stim.(sesName).(phaseName)(phaseCount).respDuringStim = false;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringISI = fixDuringISI;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringPreStim = fixDuringPreStim;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringStim = fixDuringStim;
% only use stimuli from particular families
cfg.stim.(sesName).(phaseName)(phaseCount).familyNames = cfg.stim.familyNames;
cfg.stim.(sesName).(phaseName)(phaseCount).nBlocks = 16;
% number of target and lure stimuli per species per family per study/test
% block. Assumes all targets and lures are tested in a block.
cfg.stim.(sesName).(phaseName)(phaseCount).nStudyTarg = 2;
cfg.stim.(sesName).(phaseName)(phaseCount).nTestLure = 1;
% maximum number of same family in a row during study task
cfg.stim.(sesName).(phaseName)(phaseCount).studyMaxConsecFamily = 0;
% maximum number of targets or lures in a row during test task
cfg.stim.(sesName).(phaseName)(phaseCount).testMaxConsec = 0;
% do not reuse recognition stimuli in other parts of the experiment
cfg.stim.(sesName).(phaseName)(phaseCount).rmStims = true;
cfg.stim.(sesName).(phaseName)(phaseCount).shuffleFirst = true;
if expParam.useNS
cfg.stim.(sesName).(phaseName)(phaseCount).impedanceAfter_nBlocks = 8;
end
% durations, in seconds
cfg.stim.(sesName).(phaseName)(phaseCount).recog_study_isi = 0.8;
cfg.stim.(sesName).(phaseName)(phaseCount).recog_study_preTarg = 0.2;
cfg.stim.(sesName).(phaseName)(phaseCount).recog_study_targ = 2.0;
cfg.stim.(sesName).(phaseName)(phaseCount).recog_test_isi = 0.8;
cfg.stim.(sesName).(phaseName)(phaseCount).recog_test_preStim = 0.2;
cfg.stim.(sesName).(phaseName)(phaseCount).recog_test_stim = 1.5;
cfg.stim.(sesName).(phaseName)(phaseCount).recog_response = 10.0;
% do we want to play feedback beeps for no response?
cfg.stim.(sesName).(phaseName)(phaseCount).playSound = playSound;
cfg.stim.(sesName).(phaseName)(phaseCount).correctSound = correctSound;
cfg.stim.(sesName).(phaseName)(phaseCount).incorrectSound = incorrectSound;
cfg.stim.(sesName).(phaseName)(phaseCount).correctVol = correctVol;
cfg.stim.(sesName).(phaseName)(phaseCount).incorrectVol = incorrectVol;
% instructions
nExemplars = cfg.stim.(sesName).(phaseName)(phaseCount).nStudyTarg * cfg.stim.nSpecies_recog * length(cfg.stim.(sesName).(phaseName)(phaseCount).familyNames);
[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogIntro(1).text] = et_processTextInstruct(...
fullfile(cfg.files.instructDir,sprintf('%s_recog_6_exp_intro.txt',expParam.expName)),...
{'nBlocks','contKey'},{num2str(cfg.stim.(sesName).(phaseName)(phaseCount).nBlocks),cfg.keys.instructContKey});
[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogStudy(1).text] = et_processTextInstruct(...
fullfile(cfg.files.instructDir,sprintf('%s_recog_7_exp_study.txt',expParam.expName)),...
{'nExemplars','contKey'},{num2str(nExemplars),cfg.keys.instructContKey});
[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogTest(1).text] = et_processTextInstruct(...
fullfile(cfg.files.instructDir,sprintf('%s_recog_8_exp_test.txt',expParam.expName)),...
{'contKey'},{cfg.keys.instructContKey});
cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogTest(1).image = cfg.files.recogTestRespKeyImg;
cfg.stim.(sesName).(phaseName)(phaseCount).instruct.recogTest(1).imageScale = cfg.files.recogTestRespKeyImgScale;
expParam.session.(sesName).(phaseName)(phaseCount).date = [];
expParam.session.(sesName).(phaseName)(phaseCount).startTime = [];
expParam.session.(sesName).(phaseName)(phaseCount).endTime = [];
end
end
end
%% Training Day 1 configuration
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
sesName = 'train1';
if ismember(sesName,expParam.sesTypes)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Naming
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
phaseName = 'prac_name';
if ismember(phaseName,expParam.session.(sesName).phases)
for phaseCount = 1:sum(ismember(expParam.session.(sesName).phases,phaseName))
cfg.stim.(sesName).(phaseName)(phaseCount).isExp = false;
cfg.stim.(sesName).(phaseName)(phaseCount).impedanceBeforePhase = false;
cfg.stim.(sesName).(phaseName)(phaseCount).respDuringStim = true;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringISI = fixDuringISI;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringPreStim = fixDuringPreStim;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringStim = fixDuringStim;
% only use stimuli from particular families
cfg.stim.(sesName).(phaseName)(phaseCount).familyNames = cfg.stim.practice.familyNames;
% maximum number of repeated exemplars from each family in naming
cfg.stim.(sesName).(phaseName)(phaseCount).nameMaxConsecFamily = 3;
% durations, in seconds
cfg.stim.(sesName).(phaseName)(phaseCount).name_isi = 0.5;
cfg.stim.(sesName).(phaseName)(phaseCount).name_preStim = [0.5 0.7];
cfg.stim.(sesName).(phaseName)(phaseCount).name_stim = 1.0;
cfg.stim.(sesName).(phaseName)(phaseCount).name_response = 2.0;
cfg.stim.(sesName).(phaseName)(phaseCount).name_feedback = 1.0;
% do we want to play feedback beeps?
cfg.stim.(sesName).(phaseName)(phaseCount).playSound = playSound;
cfg.stim.(sesName).(phaseName)(phaseCount).correctSound = correctSound;
cfg.stim.(sesName).(phaseName)(phaseCount).incorrectSound = incorrectSound;
cfg.stim.(sesName).(phaseName)(phaseCount).correctVol = correctVol;
cfg.stim.(sesName).(phaseName)(phaseCount).incorrectVol = incorrectVol;
% instructions
%[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.name(1).text] = et_processTextInstruct(...
% fullfile(cfg.files.instructDir,sprintf('%s_importantMessage_2.txt',expParam.expName)),...
% {'contKey'}, {cfg.keys.instructContKey});
[cfg.stim.(sesName).(phaseName)(phaseCount).instruct.name(1).text] = et_processTextInstruct(...
fullfile(cfg.files.instructDir,sprintf('%s_name_1_practice_intro.txt',expParam.expName)),...
{'nFamily','basicFamStr','contKey'},...
{num2str(length(cfg.stim.(sesName).(phaseName)(phaseCount).familyNames)),cfg.text.basicFamStr,cfg.keys.instructContKey});
cfg.stim.(sesName).(phaseName)(phaseCount).instruct.name(1).image = cfg.files.speciesNumKeyImg;
cfg.stim.(sesName).(phaseName)(phaseCount).instruct.name(1).imageScale = cfg.files.speciesNumKeyImgScale;
% whether to ask the participant if they have any questions; only
% continues with experimenter's secret key
cfg.stim.(sesName).(phaseName)(phaseCount).instruct.questions = true;
expParam.session.(sesName).(phaseName)(phaseCount).date = [];
expParam.session.(sesName).(phaseName)(phaseCount).startTime = [];
expParam.session.(sesName).(phaseName)(phaseCount).endTime = [];
end
end
% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% % Viewing+Naming (introduce species in a rolling fashion)
% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% phaseName = 'viewname';
%
% if ismember(phaseName,expParam.session.(sesName).phases)
% for phaseCount = 1:sum(ismember(expParam.session.(sesName).phases,phaseName))
% cfg.stim.(sesName).(phaseName)(phaseCount).isExp = true;
% cfg.stim.(sesName).(phaseName)(phaseCount).impedanceBeforePhase = false;
% cfg.stim.(sesName).(phaseName)(phaseCount).respDuringStim = true;
%
% cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringISI = fixDuringISI;
% cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringPreStim = fixDuringPreStim;
% cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringStim = fixDuringStim;
%
% % only use stimuli from particular families
% cfg.stim.(sesName).(phaseName)(phaseCount).familyNames = cfg.stim.familyNames;
%
% % hard coded order of which species are presented in each block
% % (counterbalanced). Blocks are denoted by vectors.
% cfg.stim.(sesName).(phaseName)(phaseCount).blockSpeciesOrder = {...
% [1, 2],...
% [1, 2, 3],...
% [1, 2, 3, 4],...
% [1, 2, 3, 4, 5],...
% [3, 4, 5, 6],...
% [4, 5, 6, 7],...
% [5, 6, 7, 8],...
% [6, 7, 8, 9],...
% [7, 8, 9, 10],...
% [8, 9, 10, 1],...
% [9, 10, 2, 3],...
% [10, 4, 5, 6],...
% [7, 8, 9, 10]};
%
% % hard coded stimulus indices for viewing block presentations
% % (counterbalanced). Blocks are denoted by cells. The vectors within each
% % block represent the exemplar number(s) for each species, corresponding
% % to the species numbers listed in blockSpeciesOrder (defined above). The
% % contents of each vector corresponds to the exemplar numbers for that
% % species.
%
% cfg.stim.(sesName).(phaseName)(phaseCount).viewIndices = {...
% {[1], [1]},...
% {[4], [4], [1]},...
% {[2], [2], [4], [1]},...
% {[5], [5], [2], [4], [1]},...
% {[5], [2], [4], [1]},...
% {[5], [2], [4], [1]},...
% {[5], [2], [4], [1]},...
% {[5], [2], [4], [1]},...
% {[5], [2], [4], [1]},...
% {[5], [2], [4], [3]},...
% {[5], [2], [3], [3]},...
% {[5], [2], [3], [3]},...
% {[3], [3], [3], [3]}};
%
% % hard coded stimulus indices for naming block presentations
% % (counterbalanced). Blocks are denoted by cells. The vectors within each
% % block represent the exemplar number(s) for each species, corresponding
% % to the species numbers listed in blockSpeciesOrder (defined above). The
% % contents of each vector corresponds to the exemplar numbers for that
% % species.
%
% cfg.stim.(sesName).(phaseName)(phaseCount).nameIndices = {...
% {[2, 3], [2, 3]},...
% {[5, 6], [5, 6], [2, 3]},...
% {[3, 4], [3, 4], [5, 6], [2, 3]},...
% {[1, 6], [1, 6], [3, 4], [5, 6], [2, 3]},...
% {[1, 6], [3, 4], [5, 6], [2, 3]},...
% {[1, 6], [3, 4], [5, 6], [2, 3]},...
% {[1, 6], [3, 4], [5, 6], [2, 3]},...
% {[1, 6], [3, 4], [5, 6], [2, 3]},...
% {[1, 6], [3, 4], [5, 6], [2, 3]},...
% {[1, 6], [3, 4], [5, 6], [4, 5]},...
% {[1, 6], [3, 4], [5, 6], [5, 6]},...
% {[1, 6], [5, 6], [5, 6], [5, 6]},...
% {[5, 6], [5, 6], [5, 6], [5, 6]}};
%
% % maximum number of repeated exemplars from each family in viewname/view
% cfg.stim.(sesName).(phaseName)(phaseCount).viewMaxConsecFamily = 3;
%
% % maximum number of repeated exemplars from each family in viewname/name
% cfg.stim.(sesName).(phaseName)(phaseCount).nameMaxConsecFamily = 3;
%
% if expParam.useNS
% cfg.stim.(sesName).(phaseName)(phaseCount).impedanceAfter_nBlocks = 7;
% end
%
% % durations, in seconds
% cfg.stim.(sesName).(phaseName)(phaseCount).view_isi = 0.8;
% cfg.stim.(sesName).(phaseName)(phaseCount).view_preStim = 0.2;
% cfg.stim.(sesName).(phaseName)(phaseCount).view_stim = 4.0;
% cfg.stim.(sesName).(phaseName)(phaseCount).name_isi = 0.5;
% cfg.stim.(sesName).(phaseName)(phaseCount).name_preStim = [0.5 0.7];
% cfg.stim.(sesName).(phaseName)(phaseCount).name_stim = 1.0;
% cfg.stim.(sesName).(phaseName)(phaseCount).name_response = 2.0;
% cfg.stim.(sesName).(phaseName)(phaseCount).name_feedback = 1.0;
%
% % do we want to play feedback beeps?
% cfg.stim.(sesName).(phaseName)(phaseCount).playSound = playSound;
% cfg.stim.(sesName).(phaseName)(phaseCount).correctSound = correctSound;
% cfg.stim.(sesName).(phaseName)(phaseCount).incorrectSound = incorrectSound;
% cfg.stim.(sesName).(phaseName)(phaseCount).correctVol = correctVol;
% cfg.stim.(sesName).(phaseName)(phaseCount).incorrectVol = incorrectVol;
%
% % instructions (view)
% [cfg.stim.(sesName).(phaseName)(phaseCount).instruct.view(1).text] = et_processTextInstruct(...
% fullfile(cfg.files.instructDir,sprintf('%s_viewname_1_intro.txt',expParam.expName)),...
% {'nBlocks','nFamily','nSpeciesTotal','basicFamStr','contKey'},...
% {num2str(length(cfg.stim.(sesName).(phaseName)(phaseCount).blockSpeciesOrder)),...
% num2str(length(cfg.stim.(sesName).(phaseName)(phaseCount).familyNames)),...
% num2str(cfg.stim.nSpecies),cfg.text.basicFamStr,...
% cfg.keys.instructContKey});
% cfg.stim.(sesName).(phaseName)(phaseCount).instruct.view(1).image = cfg.files.speciesNumKeyImg;
% cfg.stim.(sesName).(phaseName)(phaseCount).instruct.view(1).imageScale = cfg.files.speciesNumKeyImgScale;
%
% % instructions (name)
% [cfg.stim.(sesName).(phaseName)(phaseCount).instruct.name(1).text] = et_processTextInstruct(...
% fullfile(cfg.files.instructDir,sprintf('%s_nametrain_1_exp_intro.txt',expParam.expName)),...
% {'nBlocks','nFamily','nSpeciesTotal','basicFamStr','contKey'},...
% {num2str(length(cfg.stim.(sesName).(phaseName)(phaseCount).blockSpeciesOrder)),...
% num2str(length(cfg.stim.(sesName).(phaseName)(phaseCount).familyNames)),...
% num2str(cfg.stim.nSpecies),cfg.text.basicFamStr,...
% cfg.keys.instructContKey});
% cfg.stim.(sesName).(phaseName)(phaseCount).instruct.name(1).image = cfg.files.speciesNumKeyImg;
% cfg.stim.(sesName).(phaseName)(phaseCount).instruct.name(1).imageScale = cfg.files.speciesNumKeyImgScale;
%
% expParam.session.(sesName).(phaseName)(phaseCount).view.date = cell(1,length(cfg.stim.(sesName).(phaseName)(phaseCount).blockSpeciesOrder));
% expParam.session.(sesName).(phaseName)(phaseCount).view.startTime = cell(1,length(cfg.stim.(sesName).(phaseName)(phaseCount).blockSpeciesOrder));
% expParam.session.(sesName).(phaseName)(phaseCount).view.endTime = cell(1,length(cfg.stim.(sesName).(phaseName)(phaseCount).blockSpeciesOrder));
% expParam.session.(sesName).(phaseName)(phaseCount).name.date = cell(1,length(cfg.stim.(sesName).(phaseName)(phaseCount).blockSpeciesOrder));
% expParam.session.(sesName).(phaseName)(phaseCount).name.startTime = cell(1,length(cfg.stim.(sesName).(phaseName)(phaseCount).blockSpeciesOrder));
% expParam.session.(sesName).(phaseName)(phaseCount).name.endTime = cell(1,length(cfg.stim.(sesName).(phaseName)(phaseCount).blockSpeciesOrder));
% end
% end
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Name training (introduce species in a rolling fashion)
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
phaseName = 'nametrain';
if ismember(phaseName,expParam.session.(sesName).phases)
for phaseCount = 1:sum(ismember(expParam.session.(sesName).phases,phaseName))
cfg.stim.(sesName).(phaseName)(phaseCount).isExp = true;
cfg.stim.(sesName).(phaseName)(phaseCount).impedanceBeforePhase = false;
cfg.stim.(sesName).(phaseName)(phaseCount).respDuringStim = true;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringISI = fixDuringISI;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringPreStim = fixDuringPreStim;
cfg.stim.(sesName).(phaseName)(phaseCount).fixDuringStim = fixDuringStim;
% only use stimuli from particular families
cfg.stim.(sesName).(phaseName)(phaseCount).familyNames = cfg.stim.familyNames;
% hard coded order of which species are presented in each block
% (counterbalanced). Blocks are denoted by vectors.
cfg.stim.(sesName).(phaseName)(phaseCount).blockSpeciesOrder = {...
[1, 2],...
[1, 2, 3],...
[1, 2, 3, 4],...
[1, 2, 3, 4, 5],...