a=input('Input valore:');
b=input('Input N. 1\nCalcola il valore: ');

st=input('Stringa in input: ','s');

% Output
vint=1;
vflo=3.1415926;
vrea=1.06e23;
vcar='A';
vstr='aposfg';

fprintf('Prova stampa intero %i - floating %f - reale %d - carattere %c - stringa %s\n',...
vint,vflo,vrea,vcar,vstr)

fprintf('Prova stampa intero %4i - floating %3.1f - reale %8.2d - carattere %c - stringa %s\n',...
vint,vflo,vrea,vcar,vstr)

% Dataset .mat
load surfmask_30jun.mat
who
surfmask
imagesc(surfmask.waterbin)
axis equal

colormap(gray)
colormap(jet(256))

%colorbar
colorbar('horizontal')
xlabel('Longitudine')
ylabel('Latitudine')
title('Europa')

axis off

wmask=surfmask.waterbin;
cmask=surfmask.coastalbin;
dmask=surfmask.desertbin;
lmask=surfmask.landbin;
save surf.mat wmask cmask dmask lmask

% Data set ascii
fid=fopen('errore_residuo.txt');

fid=fopen('errore.txt');
a=textscan(fid,'%s',1,'Delimiter','\n');
aa=char(a{1});
a=textscan(fid,'%f%f%f%f%f%f%f');
fclose(fid);

N=length(a{1});
m=zeros(N,6);
for i=1:6
    m(:,i)=a{i+1};
end

mean(m);
std(m)
figure(1)
leg={'Original','Method 1','Method 2','Method 3','Method 4','Method 5'};
boxplot(m,'labels',leg)
title('Error')


   
   % File xcl
   
[numeric,text,raw]=xlsread('monaco.xls');
mean(numeric)
std(numeric)
hist(numeric(:,2))