How to Convert a Logical Vector to a Character Vector?
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Rightia Rollmann
am 17 Aug. 2016
Kommentiert: Giridhar sai pavan kumar Konduru
am 2 Jul. 2021
What is the shortest way to convert a logical vector to a character vector with two arbitrary names for true and false values?
A = [ 0 1 0 1 1 1 ];
B = [ ‘no’ ‘yes’ ‘no’ ‘yes’ yes’ yes’ ]
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Stephen23
am 17 Aug. 2016
Bearbeitet: Stephen23
am 18 Aug. 2016
>> A = [0,1,0,1,1,1];
>> X = {'no','yes'};
>> B = X(1+A)
B = no yes no yes yes yes
Note about "Character Vector": MATLAB character arrays consist solely of characters: they are not like a "list" of strings (or character arrays) that many other languages use. This means that your output B is not really a "list" containing several strings, it is actually just one string:
>> ['no' 'yes' 'no' 'yes' 'yes' 'yes' ]
ans = noyesnoyesyesyes
This is because the [] square brackets are NOT a "list" operator (MATLAB does not have a list operator) but they are in fact a concatenation operator: thus in your example all of the strings are simply concatenated together to make one string. Note that character arrays (strings) and numeric arrays work in exactly the same way in this respect, there is no difference in how they can be concatenated, indexed, etc.
If you want something like a list of separate strings, then you can use a cell array to contain the strings: this is what my code uses.
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Stephen23
am 2 Mär. 2021
Using the string data class (introduced R2016b/R2017a):
A = [0,1,0,1,1,1];
X = ["no","yes"];
B = X(1+A)
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