function [result]=find_steps(path)

// Read Data

data_values=fscanfMat(path)

// Set the colums, where which value is positioned
Bit_1_step=3;
bit_1_corresponding=4;

// Evaluate Bit_1

data_temp_1=data_values(:,Bit_1_step); //Values of the digital step-function
data_temp_2=data_temp_1; //Copy

//Shift the second vector

temp=data_temp_2(1,:);
data_temp_2(1,:)=[];
data_temp_2(size(data_temp_2)+1,:)=temp;
data_temp_3=data_temp_2-data_temp_1;

data_temp_3=spget(sparse(round(data_temp_3/10))); //Create Sparse-matrix


//Read corresponding values

for i=1:size(data_temp_3,1)
	result(i,1)=data_values(data_temp_3(i,1),Bit_1_step);
	result(i,2)=data_values(data_temp_3(i,1),bit_1_corresponding);
end


// Create new name for the result-file

path=part(path,1:length(path)-4)+'_result.txt'

//Save the result-matrix
fprintfMat(path,result)

endfunction