How to put unequal range of values in functon

i have made a function for getting interpolated values and in this function i want to give input of unequal range of drehzahl and drehmoment. i have attached the file of the program and its excel sheet

[KSSV]

Can you explain a bit more..what do you mean by unequal range of values?

[Shubham Mohan Tatpalliwar]

like drehzahl 1:10 Drehmoment 1:20

it works when both are same like drehzahl=drehmoment=1:10

but it shows a size error at different range of input

[KSSV]

It will not work for that case also.....it is throwing error...

Subscript indices must either be real positive integers or logicals.

      Wi=W_12(Drehmoment1-10);

[Shubham Mohan Tatpalliwar]

in such case i can change the program but the input should be in different range Can u suggestsomething for it

[KSSV]

Copy here a full working code with given inputs..then we can work on the issue of unequal case.

[Shubham Mohan Tatpalliwar]

function [Kraftstoffverbrauch,Drehmoment]=Kasus_1_4(Drehzahl, Drehmoment)

[num,txt,raw] = xlsread('Mappe1.xlsx') ;
Dz = num(:,1) ; Dz(isnan(Dz))= [ ];
A = num(:,2:end) ;
A(isnan(A(:,1)),:)=  [] ;
W = A(1:2:end,:) ;
Dm = A(2:2:end,:) ;
Dz1 = repmat(Dz,1,size(Dm,1)) ;
idx = ~isnan(Dm) ;
F = scatteredInterpolant([Dz1(idx) Dm(idx)],W(idx));

Wi = F(Drehzahl,Drehmoment);

Drehmoment2 = Drehmoment*3.0769*2.64;
Geschwindigkeit=  (Drehzahl/(3.07*2.64))*2.037*0.06;
Kraftstoffverbrauch= (2*3.14*(Drehmoment).*(Drehzahl))./(Wi*0.98*0.8.*(Geschwindigkeit)*600);
plot3(Drehzahl,Drehmoment2,Kraftstoffverbrauch)
end

Drehzahl=1:3000
Drehmoment=100:150

the input range would be variable every time

Answer 1

[KSSV]

function [Kraftstoffverbrauch,Drehmoment]=Kasus_1_4(Drehzahl, Drehmoment)
% Modify the dimensions 
nx = length(Drehzahl) ;
ny = length(Drehmoment) ;

if nx > ny
    Drehmoment = linspace(min(Drehmoment),max(Drehmoment),nx) ; 
elseif nx<ny
    Drehzahl = linspace(min(Drehzahl),max(Drehzahl),ny) ;
end
[num,txt,raw] = xlsread('Mappe1.xlsx') ;
Dz = num(:,1) ; Dz(isnan(Dz))= [ ];
A = num(:,2:end) ;
A(isnan(A(:,1)),:)=  [] ;
W = A(1:2:end,:) ;
Dm = A(2:2:end,:) ;
Dz1 = repmat(Dz,1,size(Dm,1)) ;
idx = ~isnan(Dm) ;
F = scatteredInterpolant([Dz1(idx) Dm(idx)],W(idx));
Wi = F(Drehzahl,Drehmoment);
Drehmoment2 = Drehmoment*3.0769*2.64;
Geschwindigkeit=  (Drehzahl/(3.07*2.64))*2.037*0.06;
Kraftstoffverbrauch= (2*3.14*(Drehmoment).*(Drehzahl))./(Wi*0.98*0.8.*(Geschwindigkeit)*600);
plot3(Drehzahl,Drehmoment2,Kraftstoffverbrauch)
end