Update README.md

README.md

@@ -9,16 +9,17 @@ Implementation of a Basic Distributed Arithmetic Architechture for MAC
 - Based on this assumption we can generate a LUT which allows us to transform the SoP to a series of shifts and adds.
 
 - The File generate_LUT.cpp can be used to generate the LUT values for a given set of input coefficients. If you compile the file it can be run in the command line in the following format:
+- 
+- `> generate_LUT [Multiplicand Bit-Width] [C[0]] [C[1]] [C[2]] [C[3]] .... [C[n]] `
+- 
+- i.e
+- 
+- `generate_LUT 16 -4 -3 1 9`
+- 
+- would generate the LUT for the coefficients c[0] = -4, c[1] = -3, c[2] = 1, c[3] = 9, and a 16-bit Bit-Width for your Multiplicand.
+- 
+- The generate multiplication coefficients can be stored as an unpacked array of packed values and should be connected directly to the `multiplication_coefficients` input port.
 
-`> generate_LUT [Multiplicand Bit-Width] [C[0]] [C[1]] [C[2]] [C[3]] .... [C[n]] `
-
-i.e
-
-`generate_LUT 16 -4 -3 1 9`
-
-would generate the LUT for the coefficients c[0] = -4, c[1] = -3, c[2] = 1, c[3] = 9, and a 16-bit Bit-Width for your Multiplicand.
-
-The generate multiplication coefficients can be stored as an unpacked array of packed values and should be connected directly to the `multiplication_coefficients` input port.
 
 
 **Example**