function f = block(v, N, M)
%   N = 30 msec (600 samples)
%   M = 10 msec (200 samples)

n = length(v);
maxblockstart = n - N + 1;
lastblockstart = maxblockstart - mod(maxblockstart-1 , M);

% Remove the semicolon to see the number of blocks
% numblocks = (lastblockstart-1)/M + 1
  numblocks = (lastblockstart-1)/M + 1;

f = zeros(numblocks,N);

for i = 1:numblocks
 for j = 1:N
   f(i,j) = v((i-1)*M+j);
end
end

vector< vector<double> > Audio::something(vector<double>& theData, int N, int M)
{
int n = theData.size();
int maxblockstart = n - N;
int lastblockstart = maxblockstart - (maxblockstart % M);

int numblocks = (lastblockstart)/M + 1;
vector< vector<double> > subBlock;
vector<double> temp;
this->width = N;
this->height = numblocks;

subBlock.resize(600*187);
for(int i=0; (i < 600); i++)
{
    subBlock.push_back(vector<double>());
    for(int j=0; (j < 187); j++)
    {
        subBlock[i].push_back(theData[i*N+j]);
    }
}
return subBlock;

len = length(blocks);
n = sum(size(blocks)) - len;
min = n+1;
max = 0;

for i = 1:n
  currsum = abs(blocks(i,1:len));
end
f = currsum;

vector<double>     Audio::filter(vector<iniMatrix>&blocks, double sumThres, double ZeroThres)
{
int n = this->height;

int min = n+1;
int max = 0;
int length = blocks.size();
double currsum = 0;

for(int i=0; (i < 600); i++)
{
    for(int j=0; (j < 187); j++)
    {
        currsum += abs(blocks[j][i]);
        //currsum = currsum / 600;
        //cout << abs(blocks[0][j]) << endl;
        //cout << currsum << endl;
    }
}
cout << currsum;

Columns 1 through 10

    0.0013    0.0011    0.0010    0.0009    0.0012    0.0012    0.0012    0.0014    0.0016
    0.0016

  Columns 11 through 20

    0.0017    0.0019    0.0018    0.0014    0.0011    0.0011    0.0012    0.0010    0.0010
    0.0011

  Columns 21 through 30

    0.0011    0.0010    0.0009    0.0006    0.0005    0.0002    0.0003    0.0007    0.0008
    0.0009

f = sum(sum(abs(blocks)));