BiconditionalOdor/M111/M111-2020-07-01-CDOD8/M111_2020_07_01_keys.m

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%%%                              ExpKeys                                %%%
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% ExpKeys.notes = [];

ExpKeys.eventList = {'TTL Input on AcqSystem1_0 board 0 port 3 value (0x0000).','TTL Input on AcqSystem1_0 board 0 port 3 value (0x0001).', ...
    'TTL Output on AcqSystem1_0 board 0 port 0 value (0x0000).','TTL Output on AcqSystem1_0 board 0 port 0 value (0x0002).','TTL Output on AcqSystem1_0 board 0 port 0 value (0x0004).', ...
    'TTL Output on AcqSystem1_0 board 0 port 0 value (0x0008).','TTL Output on AcqSystem1_0 board 0 port 0 value (0x0010).','TTL Output on AcqSystem1_0 board 0 port 0 value (0x0028).', ...
    'TTL Output on AcqSystem1_0 board 0 port 0 value (0x0030).','TTL Output on AcqSystem1_0 board 0 port 0 value (0x0040).','TTL Output on AcqSystem1_0 board 0 port 0 value (0x0022).', ...
    'Starting Recording','Stopping Recording','Failed Start Recording','Failed Stop Recording'};
ExpKeys.eventLabel = {'input finished','lick',...
    'output finished','odor 1','odor 2',...
    'odor 4','air','rew + odor 4', ...
    'rew + air','odor 3','rew + odor 1',...
    'Start','Stop','FStart','FStop'};

ExpKeys.experimenter = {'jgmaz'};
ExpKeys.species = 'Mouse';
ExpKeys.project = 'vStr-bcd';
ExpKeys.phase = 'performance';
ExpKeys.behavior = 'contextual odor discrimination';

ExpKeys.hemisphere = {'left'};
ExpKeys.target = {'vStr'};
ExpKeys.probeDepth = 4100; % mm
ExpKeys.sessionStart = 2.812e+07;
ExpKeys.sessonEnd = 1.023e+08;
ExpKeys.cellStart = [2.812e+07 2.812e+07 2.812e+07 3.601e+07 4.636e+07 2.812e+07 2.812e+07...
     3.708e+07 2.812e+07 4.172e+07 2.812e+07 4.661e+07 2.812e+07 6.01e+07 2.812e+07 5.969e+07];
ExpKeys.cellEnd = [1.023e+08 1.023e+08 6.26e+07 1.023e+08 1.023e+08 1.023e+08 1.023e+08...
     1.023e+08 1.023e+08 1.023e+08 1.023e+08 1.023e+08 1.023e+08 1.023e+08 1.023e+08 1.023e+08];
ExpKeys.cellID = {'M111-2020-07-01-TT01_1.t','M111-2020-07-01-TT01_2._t','M111-2020-07-01-TT02_1.t','M111-2020-07-01-TT03_1._t','M111-2020-07-01-TT04_1._t','M111-2020-07-01-TT05_1._t','M111-2020-07-01-TT05_2._t',...
    'M111-2020-07-01-TT06_1.t','M111-2020-07-01-TT06_2._t','M111-2020-07-01-TT06_3._t','M111-2020-07-01-TT07_1._t','M111-2020-07-01-TT07_2._t','M111-2020-07-01-TT07_3._t','M111-2020-07-01-TT07_4._t','M111-2020-07-01-TT08_1.t','M111-2020-07-01-TT08_2.t'};  
ExpKeys.channelReference = [ ...
];
% ExpKeys.channelDepths = [ ];
% ExpKeys.goodGamma = {'.ncs'};

ExpKeys.day = 8; % day from start of recording
ExpKeys.phaseDay = 3; % day in current phase (hemisphere)
ExpKeys.weight = []; % weight in grams, includes weight of array
ExpKeys.fed = []; % given x amount in grams the previous day

ExpKeys.odors = {'methyl-butanol' 'propyl acetate' 'propyl formate' 'butanol'}; % Odors used
ExpKeys.odorLabels = {'Target 1' 'Context 2' 'Context 1' 'Target 2'};
ExpKeys.rewardPairs = [1 0 0 1]; % stands for C1-T1 C1-T2 C2-T1 C2-T2
ExpKeys.rewardType = {'12% sucrose solution'};
ExpKeys.lengthValve = 4; % length valve opened during sucrose water delivery, in ms

%ExpKeys.prerecord = [?; ?]; % time on pedestal for pre-record
%ExpKeys.postrecord = [?; ?]; %time on pedestal for post-record
%ExpKeys.task = [?; ?]; % time on task

ExpKeys.VTConvFactor = [];