Problem trying to scale image size from 18x5 to 24x14

As the title says, I'm trying to scale images from their size to the size of 24x14. its used for numbers in a license plate. The code works fine with all numbers and letters except for the number 1. All other characters are 19x12 and they rescale to 24x14 without a problem. But the number 1 is 18x5. This is the code I have been using, which works fine until number 1 (18x5).

What can be done here if anything?

    % inImg is the license plate and bbox are the coordinates for the bounding
    % box of a number in the license plate

    function [outImg,N]=Frame_RecognitionDigits(inImg,bbox)
    % Auxiliary function that draws a specified bounding box in the image
    outImg=inImg;
    x1=bbox(:,1);     % Coordinates frame
    y1=bbox(:,2);
    x2=x1+bbox(:,3);
    y2=y1+bbox(:,4);

    %----------------Recognition of numbers--------------------
    %----------Scaling the image size------------
    if y2-y1>=15

        Nom=inImg(y1:y2-1,x1:x2,2);   % The images in the frame
        sizeNom=size(Nom);
        sizeNom
        figure,imshow(Nom) % single digits

        im2=zeros(24,14);           % The desired image size
        sizeIm2=size(im2);          % 24x14 pixel

        % coefficients
        k1=length(im2(:,1))/length(Nom(:,1));
        k2=length(im2(1,:))/length(Nom(1,:));

        for i=1:length(im2(:,1))        % 24
            for j=1:length(im2(1,:))    % 14
                y=round(i/k1);
                x=round(j/k2);

                imSt(i,j)=Nom(y,x); % Problem is here
            end
        end
    end % the full function doesnt end here. I just closed it for this question

This is the error i get

Attempted to access Nom(1,0); index must be a positive integer or logical.
Error in
            imSt(i,j)=Nom(y,x);

Answer 1

[Star Strider]

You may have to adjust your code a bit to accommodate this, but if ‘x’ and ‘y’ round down to zero, you can avoid that by replacing the round call with a ceil call:

                y=ceil(i/k1);
                x=ceil(j/k2);