How to realize this cycle in MatLab?

int i;

int y1;

int y2;

int y3;

int y4;

int y5;

int y6;

int y7;

for (i=0; i<100; i++){

if(x[i]>=m && x[i]<m+s)

y1++;

else if (x[i]>=m+s && x[i]<m+2*s)

y2++;

else if (x[i]>=m+2*s && x[i]<m+3*s)

y3++;

else if (x[i]>=m+3*s && x[i]<m+4*s)

y4++;

else if (x[i]>=m+4*s && x[i]<m+5*s)

y5++;

else if (x[i]>=m+5*s && x[i]<m+6*s)

y6++;

else if (x[i]>=m+6*s && x[i]<=m+7*s)

x is a 1x100 array

m is a minimum value of an array

s is a step (constant value)

Can You help to rewrite this cycle using Matlab?

Answer 1

[Bhaskar R]

In MATLAB no need of variable definations you can directly initialize

x = rand(1,100);% fake data 1x100 random  float numbers
m = min(x);     % minimum of x
s = 0.1;        % assumed step value
% y values initialized to 0
y1 = 0; y2 = 0;y3 = 0;y4 = 0;y5 = 0;y6 = 0;y7 = 0;
% loop for 100 values of x
for ii =1: length(x)
    if (x(ii) >= m && x(ii) < (m+s))
        y1 = y1 + 1;
    elseif (x(ii) >= m+s && x(ii) < (m+2*s))
        y2 = y2 + 1;
    elseif (x(ii) >= m+2*s && x(ii) < (m+3*s))
        y3 = y3 + 1;
    elseif x(ii) >= m+3*s && x(ii) < (m+4*s)
        y4 = y4 + 1;
    elseif x(ii) >= m+4*s && x(ii) < (m+5*s)
        y5 = y5 + 1;
    elseif x(ii) >= m+5*s && x(ii) < (m+6*s)
        y6 = y6 + 1;
    elseif x(ii) >= m+6*s && x(ii) < (m+7*s)
        y7 = y7 + 1;
    end
end

[Serhii Sheinych]

Thank You very much!