The adding/subtracting was done on paper to make sure that the two 32 bit floating point numbers can be added/subtracted in binary. Firstly, the two decimal numbers where converted to binary and then back to decimal numbers to double check the convertion. Secondly, using both numbers to add/subtract, the user gets the result in decimal; where the result was then converted to binary as the final answer. Thirdly, after making the calculations on paper, I then moved to the ATMEL program to create the 32 bit floating point numbers. Forthly, I had to do the same procedure that I did on paper to a computer program where the result will be shown on a 8 bit binary counter.
The ports must be correctly written in the program and connected to the right ports in the 8 bit binary counter. Otherwise, there wont be a result to your programs algorithm.
The 8 bit binary counter is one of the best hardware for reading/displaying the results of any algorithms that uses binary to either add/subtract/multiply/divide and gets the result as binary.
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