Error using ofun Too many input arguments.

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Error using ofun
Too many input arguments.
Error in AFO1 (line 181)
y(i)=option.fobj(x(i,:),option,data);
Error in main_AFO (line 31)
[bestY,bestX,recording]=AFO1(x,y,option,data);
my fuction is
function f = ofun(x) % objective function (minimization)
of =2.6773*x(1)+3.1007*x(2)+3.2178*x(3)+ 3.8021*x(4)+3.6727*x(5)+3.0442*x(6)+1.6362*x(7)+3.0479*x(8)+3.3917*x(9)+3.7468*x(10)+3.8989*x(11)+3.1073*x(12)+3.3207*x(13)+ 1.6382*x(14);
% if there is no constraints then comments all c0 lines below
c0=[];
CTI =0.3;
A(1) =2.6773*x(1); B(1) =4.2191*x(6); %first row
A(2) =3.1007*x(2); B(2) =5.0777*x(1); %second row
A(3) =3.1007*x(2); B(3) =2.1891*x(7); %third row
A(4) =3.2178*x(3); B(4) =3.9908*x(2); %fourth row
A(5) =3.8021*x(4); B(5) =4.1278*x(3); %fifth row
A(6) =3.6727*x(5); B(6) =5.0785*x(4); %sixth row
A(7) =3.0442*x(6); B(7) =5.8436*x(5); %seventh row
A(8) =1.6362*x(7); B(8) =5.8436*x(5); %eighth row
A(9) =3.0442*x(6); B(9) =2.1962*x(14); %nighth row
A(10)=1.6362*x(7); B(10)=7.3310*x(13); %tenth row
A(11)=3.0479*x(8); B(11)=2.1891*x(7); %eleventh row
A(12)=3.0479*x(8); B(12)=5.4250*x(9); %tweleventh row
A(13)=3.3917*x(9); B(13)=4.9527*x(10); %thirteenth row
A(14)=3.7468*x(10); B(14)=5.2862*x(11); %fourteenth row
A(15)=3.8989*x(11); B(15)=3.8989*x(12); %fiveteenth row
A(16)=3.1073*x(12); B(16)=7.3310*x(13); %sixteenth row
A(17)=3.1073*x(12); B(17)=2.1962*x(14); %seventennth row
A(18)=3.3207*x(13); B(18)=4.4351*x(8); %eighteenth row
A(19)=1.6382*x(14); B(19)=5.0777*x(1); %nighnteenth row
A(20)=1.6382*x(14); B(20)=5.4250*x(9); % twenty row
c0(1)= B(1) -A(1)-CTI;
c0(2)= B(2) -A(2)-CTI;
c0(3)= B(3) -A(3)-CTI;
c0(4)= B(4) -A(4)-CTI;
c0(5)= B(5) -A(5)-CTI;
c0(6)= B(6) -A(6)-CTI;
c0(7)= B(7) -A(7)-CTI;
c0(8)= B(8) -A(8)-CTI;
c0(9)= B(9) -A(9)-CTI;
c0(10)= B(10)-A(10)-CTI;
c0(11)= B(11)-A(11)-CTI;
c0(12)= B(12)-A(12)-CTI;
c0(13)= B(13)-A(13)-CTI;
c0(14)= B(14)-A(14)-CTI;
c0(15)= B(15)-A(15)-CTI;
c0(16)= B(16)-A(16)-CTI;
c0(17)= B(17)-A(17)-CTI;
c0(18)= B(18)-A(18)-CTI;
c0(19)= B(19)-A(19)-CTI;
c0(20)= B(20)-A(20)-CTI;
% for d = 1: length(c0)
% if c0(d)<0
% c(d)=1;
% else
% c(d)=0;
% end
% end
% penalty = 10000; % penalty on each constraint violation
% E = penalty*sum(c);
for i=1:length(c0)
if c0(i)<0
c0(i)=c0(i)*10000;
end
D(i) = abs(c0(i));
end
Z = sum(D);
f=of+Z; % fitness function
%---------------------------------------------------------------------------------------------end
the code being from

Accepted Answer

Walter Roberson
Walter Roberson on 11 Oct 2021
You constructed your own main_AFO file.m file, probably based upon the main1.m in the File Exchange contribution.
The main1.m source code has
[lb,ub,dim,fobj] = Get_Functions_details(option.F);
%stuff
option.fobj0=fobj;
option.fobj=@fitFCN_BX;
I suspect that you instead did
options.fobj = @fobj;
but that you instead should have done
option.fobj0 = @fobj;
option.fobj=@fitFCN_BX;
Unfortunately once again someone has asked us to debug code without providing us with a copy of the code, so we can only guess about the details.
  3 Comments
Walter Roberson
Walter Roberson on 11 Oct 2021
You need to replace
option.fobj = @ofun;
with
option.fobj0 = @ofun;
option.fobj = @fitFCN_BX;

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More Answers (1)

Alan Weiss
Alan Weiss on 11 Oct 2021
I cannot reproduce your issue. When I try the following, I do not get an error:
x = randn(20,1);
r = ofun(x)
r = 3.5276e+05
function f = ofun(x) % objective function (minimization)
of =2.6773*x(1)+3.1007*x(2)+3.2178*x(3)+ 3.8021*x(4)+3.6727*x(5)+3.0442*x(6)+1.6362*x(7)+3.0479*x(8)+3.3917*x(9)+3.7468*x(10)+3.8989*x(11)+3.1073*x(12)+3.3207*x(13)+ 1.6382*x(14);
% if there is no constraints then comments all c0 lines below
c0=[];
CTI =0.3;
A(1) =2.6773*x(1); B(1) =4.2191*x(6); %first row
A(2) =3.1007*x(2); B(2) =5.0777*x(1); %second row
A(3) =3.1007*x(2); B(3) =2.1891*x(7); %third row
A(4) =3.2178*x(3); B(4) =3.9908*x(2); %fourth row
A(5) =3.8021*x(4); B(5) =4.1278*x(3); %fifth row
A(6) =3.6727*x(5); B(6) =5.0785*x(4); %sixth row
A(7) =3.0442*x(6); B(7) =5.8436*x(5); %seventh row
A(8) =1.6362*x(7); B(8) =5.8436*x(5); %eighth row
A(9) =3.0442*x(6); B(9) =2.1962*x(14); %nighth row
A(10)=1.6362*x(7); B(10)=7.3310*x(13); %tenth row
A(11)=3.0479*x(8); B(11)=2.1891*x(7); %eleventh row
A(12)=3.0479*x(8); B(12)=5.4250*x(9); %tweleventh row
A(13)=3.3917*x(9); B(13)=4.9527*x(10); %thirteenth row
A(14)=3.7468*x(10); B(14)=5.2862*x(11); %fourteenth row
A(15)=3.8989*x(11); B(15)=3.8989*x(12); %fiveteenth row
A(16)=3.1073*x(12); B(16)=7.3310*x(13); %sixteenth row
A(17)=3.1073*x(12); B(17)=2.1962*x(14); %seventennth row
A(18)=3.3207*x(13); B(18)=4.4351*x(8); %eighteenth row
A(19)=1.6382*x(14); B(19)=5.0777*x(1); %nighnteenth row
A(20)=1.6382*x(14); B(20)=5.4250*x(9); % twenty row
c0(1)= B(1) -A(1)-CTI;
c0(2)= B(2) -A(2)-CTI;
c0(3)= B(3) -A(3)-CTI;
c0(4)= B(4) -A(4)-CTI;
c0(5)= B(5) -A(5)-CTI;
c0(6)= B(6) -A(6)-CTI;
c0(7)= B(7) -A(7)-CTI;
c0(8)= B(8) -A(8)-CTI;
c0(9)= B(9) -A(9)-CTI;
c0(10)= B(10)-A(10)-CTI;
c0(11)= B(11)-A(11)-CTI;
c0(12)= B(12)-A(12)-CTI;
c0(13)= B(13)-A(13)-CTI;
c0(14)= B(14)-A(14)-CTI;
c0(15)= B(15)-A(15)-CTI;
c0(16)= B(16)-A(16)-CTI;
c0(17)= B(17)-A(17)-CTI;
c0(18)= B(18)-A(18)-CTI;
c0(19)= B(19)-A(19)-CTI;
c0(20)= B(20)-A(20)-CTI;
% for d = 1: length(c0)
% if c0(d)<0
% c(d)=1;
% else
% c(d)=0;
% end
% end
% penalty = 10000; % penalty on each constraint violation
% E = penalty*sum(c);
for i=1:length(c0)
if c0(i)<0
c0(i)=c0(i)*10000;
end
D(i) = abs(c0(i));
end
Z = sum(D);
f=of+Z; % fitness function
%---------------------------------------------------------------------------------------------end
end
Alan Weiss
MATLAB mathematical toolbox documentation
  6 Comments
Walter Roberson
Walter Roberson on 11 Oct 2021
option.fobj0 = @ofun;
option.fobj = @fitFCN_BX;
option.XB = 0;

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