Team:Alberta/Project/Modeling/FindMatches
From 2009.igem.org
(Difference between revisions)
(New page: %Finds the number of elements in List2 that match with %any other element in List1. Also makes a new list consisting of those %matches from List2. (It does not make a difference which...) |
|||
Line 1: | Line 1: | ||
- | %Finds the number of elements in List2 that match with | + | |
- | + | %Finds the number of elements in List2 that match with any other element in List1. Also makes a new list consisting of those | |
- | %matches from List2. (It does not make a difference which list is which unless there | + | %matches from List2. (It does not make a difference which list is which unless there are repeats in a single list.) |
- | + | ||
function [ListOfMatches, NumberOfMatches] = FindMatches(List1,List2) | function [ListOfMatches, NumberOfMatches] = FindMatches(List1,List2) | ||
- | + | correlation = FindMatches(LiteratureGenes, model.genes) | |
- | + | ||
r=1; | r=1; |
Revision as of 01:07, 18 October 2009
%Finds the number of elements in List2 that match with any other element in List1. Also makes a new list consisting of those %matches from List2. (It does not make a difference which list is which unless there are repeats in a single list.) function [ListOfMatches, NumberOfMatches] = FindMatches(List1,List2) correlation = FindMatches(LiteratureGenes, model.genes) r=1; MatchList=cell(1); Match=zeros(size(List1)); for a=(1:length(List1)) for b=(1:length(List2)) if strcmp(List1(a), List2(b)) == 1 Match(b)=1; end end end for c=1:length(List2) if Match(c)==1 MatchList(r)=List2(c); r=r+1; end end ListOfMatches=MatchList'; NumberOfMatches=sum(Match);