gmax = [1;2;3;1;2;3];
pmax = [2;3;1;2;3;1];
lmin = [3;1;2;3;1;2];
response = [1;1;2;1;3;2];
start_time = [2.45; 6.32; 8.21; 10.12; 13.09; 16.7];
RT = [2.7433; 2.2333; 3.4532; 2.9919; 3.0011; 2.5509];
T = table (gmax, pmax, lmin, response, start_time, RT);
A = (T{:,1} == T{:,[4 4]}).*T{1,5:6}
B = (T{:,2} == T{:,[4 4]}).*T{1,5:6}
C = (T{:,3} == T{:,[4 4]}).*T{1,5:6}
... I guess. A sample output would have helped.
Better:
r2 = [response, response];
outs = [start_time, RT];
A = (gmax == r2) .* outs
B = (pmax == r2) .* outs
C = (lmin == r2) .* outs
or
r2 = [T.response, T.response];
outs = [T.start_time, T.RT];
A = (T.gmax == r2) .* outs
B = (T.pmax == r2) .* outs
C = (T.lmin == r2) .* outs
The repetition of the variable being tested against, and the .* by the output columns, is a cheap way of getting the selected information where it exists and "0" where it doesn't.
Watch out with your isequal: you were comparing tables not numeric values.
