(not(x0)) (x0 and x1) ((x0 and (not(x1))) {CHARX}or x1) (not(x0 and x1)) ((not(x0)) and (not(x1))) (x0 {CHARX}or x1) (not(x0 {CHARX}or x1)) (x0 and (x1 and x2)) (not((((not(x0)) and (not(x1))) and (not(x2))))) (not(((x0 and x1) and x2))) ((not(x0)) and ((not(x1)) and (not(x2)))) (x0 {CHARX}or (x1 {CHARX}or x2)) ((x0 {CHARX}or x1) {CHARX}or (not(x2))) ((x0 and x1) and (x2 and x3)) (not(((((not(x0)) and (not(x1))) and (not(x2))) and (not(x3))))) (not((((x0 and x1) and x2) and x3))) ((((not(x0)) and (not(x1))) and (not(x2))) and (not(x3))) (((x0 {CHARX}or x1) {CHARX}or x2) {CHARX}or x3) ((x0 {CHARX}or x1) {CHARX}or ((not(x2)) {CHARX}or x3)) (x0) ('0') ('1') ((not(x0)) and x1) (x0 and (not(x1))) (not((x0 and (not(x1))))) (not(((not(x0)) and x1))) (not(x0)) (not(x1)) (x0) (x1) ('0') ('1') ((not(((not(x0)) and x1))) and x2) ((x0 and (not(x2))) and (not(x1))) (((x0 and (not(x2))) and (not(x1))) {CHARX}or x2) (not(((not(x0)) and (x1 and x2)))) ((x0 and (x1 {CHARX}or x2)) {CHARX}or x1) ((x0 and (x1 {CHARX}or x2)) {CHARX}or x2) (((x0 {CHARX}or x2) and x1) {CHARX}or (x0 and x2)) ((not((x0 and x1))) {CHARX}or ((x0 {CHARX}or x1) and x2)) ((not((x0 and x1))) and ((x0 {CHARX}or x1) {CHARX}or x2)) (((x0 and x1) {CHARX}or x2) and (x0 {CHARX}or (x1 and x2))) (x0 {CHARX}or ((x0 {CHARX}or x1) and x2)) (x0 {CHARX}or ((not((x0 {CHARX}or x1))) and x2)) (((x0 {CHARX}or (not(x1))) and (not(x2))) {CHARX}or x1) (x0 {CHARX}or (not(((x0 {CHARX}or x1) and x2)))) (((x0 {CHARX}or x1) and x2) {CHARX}or x1) ((x0 and x2) {CHARX}or ((not(x1)) and (not(x2)))) (((x0 {CHARX}or (not(x1))) and x2) {CHARX}or x1) ((not(((x0 {CHARX}or x1) and x2))) {CHARX}or x1) (x0 {CHARX}or ((x0 {CHARX}or x2) and x1)) (x0 {CHARX}or ((not((x0 {CHARX}or x2))) and x1)) (((not(x0)) and (not(x1))) {CHARX}or (x1 and x2)) (x0 {CHARX}or (not(((x0 {CHARX}or x2) and x1)))) (((x0 {CHARX}or x2) and x1) {CHARX}or x2) (x0 {CHARX}or ((x0 {CHARX}or (not(x2))) and (not(x1)))) (((not((x0 {CHARX}or x2))) and x1) {CHARX}or x2) (((x0 {CHARX}or x2) and x1) {CHARX}or (not(x2))) ((x0 and (not((x1 {CHARX}or x2)))) {CHARX}or x2) ((x0 and x1) {CHARX}or ((not(x0)) and (not(x2)))) ((not((x0 and (x1 {CHARX}or x2)))) {CHARX}or x2) (((not(x0)) and (not(x1))) {CHARX}or (x0 and x2)) ((x0 and (not((x1 {CHARX}or x2)))) {CHARX}or x1) (not(((x0 and (x1 {CHARX}or x2)) {CHARX}or x1))) ((x0 {CHARX}or x1) and (x1 {CHARX}or x2)) (((not(x0)) {CHARX}or x1) and ((not(x1)) {CHARX}or x2)) ((x0 {CHARX}or x2) and (x1 {CHARX}or x2)) ((x0 {CHARX}or x1) and (x0 {CHARX}or x2)) (not(((not((x0 and x1))) and x2))) (not((x0 and (not((x1 and x2)))))) ((not(((not(x0)) and (not(x1))))) and (not(x2))) ((not(x0)) and (not(((not(x1)) and (not(x2)))))) (not(((not((x0 and (not(x2))))) and x1))) (not(((not(((not(x0)) and (not(x2))))) and ((not(x1)) {CHARX}or x2)))) (x0 and (not((x1 and (not(x2)))))) ((not(((not(x0)) and (not(x1))))) and (not((x0 {CHARX}or x2)))) (x0 {CHARX}or (x1 and (not(x2)))) (not(((x0 and (not(x2))) {CHARX}or x1))) ((not((x0 and (not(x2))))) and x1) (((x0 and (not(x1))) and (not(x2))) {CHARX}or (x1 and x2)) (not((x0 and (not((x1 and (not(x2)))))))) ((not(((not(x0)) and (x1 and (not(x2)))))) {CHARX}or (x0 and x2)) (not((x0 {CHARX}or (x1 and (not(x2)))))) ((x0 and (not(x2))) {CHARX}or x1) (((not((x0 and x2))) and x1) {CHARX}or x2) ((((not(x0)) and x2) and (not(x1))) {CHARX}or x1) ((x0 {CHARX}or (not(x2))) and (not((x1 and x2)))) ((not(x0)) and (not(((not(x1)) and x2)))) (x0 {CHARX}or (not(((not(x1)) and x2)))) (((not(x0)) and x2) {CHARX}or x1) ((not(x0)) and (x1 and (not(x2)))) ((not(x0)) and (x1 and x2)) ((not(x0)) and ((not(x1)) {CHARX}or x2)) ((x0 and x2) and (not(x1))) (((not(x0)) {CHARX}or x2) and (not(x1))) (((not((x0 {CHARX}or x1))) {CHARX}or x2) and (not((x0 and x1)))) (not(((x0 {CHARX}or ((not(x0)) and x2)) and x1))) (((not(x0)) and x2) {CHARX}or (not(x1))) ((x0 and x1) and (not(x2))) ((x0 {CHARX}or (not(x1))) and (not(x2))) ((not((x0 and (not(x1))))) and (not(x2))) (((not(x0)) {CHARX}or (x1 {CHARX}or x2)) and (not((x0 and x2)))) ((not(((not(x0)) and x1))) and (not(x2))) (((not(x0)) and x1) {CHARX}or (not(x2))) (not(((not(((not(x0)) and x1))) and x2))) (x0 and (x1 {CHARX}or x2)) ((x0 and (not(x1))) {CHARX}or (not(x2))) (not((((x0 {CHARX}or (x1 and x2)) and (x0 {CHARX}or x1)) {CHARX}or x2))) (not((x0 and (not((x1 {CHARX}or x2)))))) (not((((x0 {CHARX}or x1) and ((x0 and x2) {CHARX}or x1)) {CHARX}or x2))) (not((((not(x0)) {CHARX}or x2) and x1))) (not(((not((x0 {CHARX}or x1))) and x2))) ((x0 and (not(x1))) {CHARX}or x2) (not(((x0 and x2) and (not(x1))))) (not(((x0 and (not(x2))) and (not(x1))))) (not(((not(x0)) and (x1 {CHARX}or x2)))) (not((((not(x0)) and x1) and (not(x2))))) (not((((not(x0)) and x2) and (not(x1))))) ((not(((not(((not(x0)) and x1))) and x2))) and x3) (((x0 and (not(x1))) and (not(x2))) and (not(x3))) (((not((x0 and (not(x1))))) and ((not(x2)) and (not(x3)))) {CHARX}or x3) (not(((not(x0)) and (x1 and (x2 and x3))))) (not(((not(((x0 {CHARX}or x1) and (x2 {CHARX}or x3)))) and (not(((x0 {CHARX}or x2) and (x1 {CHARX}or x3))))))) ((not(((x0 {CHARX}or x1) and (x2 {CHARX}or x3)))) and (not(((x0 {CHARX}or x2) and (x1 {CHARX}or x3))))) ((x0 {CHARX}or (x1 {CHARX}or x3)) and ((not((x1 and x3))) and (not(x2)))) (((x0 {CHARX}or x1) {CHARX}or (x2 {CHARX}or x3)) and ((x0 and x3) {CHARX}or (x1 and x2))) (x0 {CHARX}or ((x0 {CHARX}or (not(((not(x1)) and (not(x2)))))) and x3)) (x0 {CHARX}or ((x0 {CHARX}or (not((x1 and (not(x2)))))) and x3)) (x0 {CHARX}or ((x0 {CHARX}or (not(((not(x1)) and x2)))) and x3)) (x0 {CHARX}or ((not((x0 {CHARX}or (x1 and x2)))) and x3)) ((not(x0)) {CHARX}or ((x0 {CHARX}or ((not(x1)) and (not(x2)))) and x3)) (not((x0 {CHARX}or ((x0 {CHARX}or (x1 and (not(x2)))) and x3)))) ((not(x0)) {CHARX}or ((x0 {CHARX}or ((not(x1)) and x2)) and x3)) ((not(x0)) {CHARX}or ((x0 {CHARX}or (x1 and x2)) and x3)) ((x0 and x3) {CHARX}or ((x1 and x2) and (not(x3)))) ((x0 and x3) {CHARX}or (((not(x1)) and x2) and (not(x3)))) ((x0 and x3) {CHARX}or (x1 and ((not(x2)) and (not(x3))))) (x0 {CHARX}or ((x0 {CHARX}or ((not(x1)) and (not(x2)))) and (not(x3)))) (((not(x0)) and x3) {CHARX}or ((x1 and x2) and (not(x3)))) (((not(x0)) and x3) {CHARX}or ((not(x1)) and (x2 and (not(x3))))) (((not(x0)) and x3) {CHARX}or ((x1 and (not(x2))) and (not(x3)))) ((((x0 {CHARX}or x1) and x3) {CHARX}or (not(x1))) and (not((x2 and (not(x3)))))) (x0 {CHARX}or (((x0 {CHARX}or x3) {CHARX}or (x2 and (not(x3)))) and x1)) (x0 {CHARX}or ((x0 {CHARX}or (not((x2 and (not(x3)))))) and x1)) (x0 {CHARX}or ((x0 {CHARX}or (not(((not(x2)) and x3)))) and x1)) (x0 {CHARX}or ((not((x0 {CHARX}or (x2 and x3)))) and x1)) (x0 {CHARX}or (not(((x0 {CHARX}or ((not(x2)) and (not(x3)))) and x1)))) (x0 {CHARX}or (not(((x0 {CHARX}or (x2 and (not(x3)))) and x1)))) (not((x0 {CHARX}or ((x0 {CHARX}or ((not(x2)) and x3)) and x1)))) ((not(x0)) {CHARX}or ((x0 {CHARX}or (x2 and x3)) and x1)) ((x0 and x1) {CHARX}or (((not(x1)) and x2) and x3)) ((x0 and x1) {CHARX}or (((not(x1)) and (not(x2))) and x3)) ((x0 and x1) {CHARX}or (((not(x1)) and x2) and (not(x3)))) ((x0 and x1) {CHARX}or (((not(x1)) and (not(x2))) and (not(x3)))) (((not(x0)) and x1) {CHARX}or ((not(x1)) and (x2 and x3))) (((not(x0)) and x1) {CHARX}or (((not(x1)) and (not(x2))) and x3)) (((not(x0)) and x1) {CHARX}or (((not(x1)) and x2) and (not(x3)))) (((not(x0)) and x1) {CHARX}or ((not(x1)) and ((not(x2)) and (not(x3))))) (x0 {CHARX}or ((not((x0 {CHARX}or ((not(x1)) and (not(x3)))))) and x2)) (x0 {CHARX}or ((x0 {CHARX}or (not((x1 and (not(x3)))))) and x2)) (x0 {CHARX}or ((x0 {CHARX}or (not(((not(x1)) and x3)))) and x2)) (x0 {CHARX}or (((not(x0)) {CHARX}or (x1 and x3)) and x2)) ((not(x0)) {CHARX}or ((x0 {CHARX}or ((not(x1)) and (not(x3)))) and x2)) (x0 {CHARX}or (not(((x0 {CHARX}or (x1 and (not(x3)))) and x2)))) (not(((x0 and (not(x2))) {CHARX}or (((not(x1)) and x2) and x3)))) (x0 {CHARX}or (not(((x0 {CHARX}or (x1 and x3)) and x2)))) (x0 {CHARX}or ((x0 {CHARX}or (x1 and x3)) and (not(x2)))) ((x0 and x2) {CHARX}or ((not(x1)) and ((not(x2)) and x3))) (x0 {CHARX}or ((x0 {CHARX}or (x1 and (not(x3)))) and (not(x2)))) ((x0 and x2) {CHARX}or ((not(x1)) and ((not(x2)) and (not(x3))))) (((not(x0)) and x2) {CHARX}or (x1 and ((not(x2)) and x3))) (((not(x0)) and x2) {CHARX}or ((not(x1)) and ((not(x2)) and x3))) (((not(x0)) and x2) {CHARX}or ((x1 and (not(x2))) and (not(x3)))) (((not(x0)) and x2) {CHARX}or (((not(x1)) and (not(x2))) and (not(x3)))) ((x0 and ((x1 and (not(x2))) {CHARX}or (x2 {CHARX}or x3))) {CHARX}or x3) ((x0 and (not(((x1 and (not(x2))) {CHARX}or x3)))) {CHARX}or x3) ((x0 and (not((((not(x1)) and x2) {CHARX}or x3)))) {CHARX}or x3) ((x0 and (not(((x1 and x2) {CHARX}or x3)))) {CHARX}or x3) ((x0 and (((not(x1)) and (not(x2))) {CHARX}or x3)) {CHARX}or (not(x3))) (not(((x0 and ((x1 and (not(x2))) {CHARX}or x3)) {CHARX}or x3))) ((x0 and (((not(x1)) and x2) {CHARX}or x3)) {CHARX}or (not(x3))) (not(((x0 and ((x1 and x2) {CHARX}or x3)) {CHARX}or x3))) (((not(x0)) and ((x1 and x2) {CHARX}or x3)) {CHARX}or x3) (((not(x0)) and ((not(x1)) and x2)) {CHARX}or (x0 and x3)) ((((not(x0)) and x1) and (not(x2))) {CHARX}or (x0 and x3)) (((not(x0)) and ((not(x1)) and (not(x2)))) {CHARX}or (x0 and x3)) (((not(x0)) and (x1 and x2)) {CHARX}or (x0 and (not(x3)))) (((not(x0)) and ((not(x1)) and x2)) {CHARX}or (x0 and (not(x3)))) (((not(x0)) and (x1 and (not(x2)))) {CHARX}or (x0 and (not(x3)))) ((((not(x0)) and (not(x1))) and (not(x2))) {CHARX}or (x0 and (not(x3)))) (not(((not(((not((x0 and x1))) and x2))) and x3))) (not((x0 and (not((x1 and (not((x2 and x3))))))))) (not(((not((x0 and (not((x1 and x2)))))) and x3))) (not((x0 and (not(((not((x1 and x2))) and x3)))))) ((not((((x0 and (not(x1))) {CHARX}or x1) and (not(x2))))) and (not(x3))) ((not(x0)) and (not(((not(x1)) and ((x2 and (not(x3))) {CHARX}or x3))))) ((not(((not(x0)) and ((x1 and (not(x2))) {CHARX}or x2)))) and (not(x3))) ((not(x0)) and (not((((x1 and (not(x2))) {CHARX}or x2) and (not(x3)))))) ((((not(x0)) and x1) and (x2 {CHARX}or x3)) {CHARX}or x3) (((x0 and (not(x1))) and (x2 {CHARX}or x3)) {CHARX}or x3) (((x0 and (not(x1))) and (x2 {CHARX}or x3)) {CHARX}or x2) ((((not(x0)) and x1) and (x2 {CHARX}or x3)) {CHARX}or x2) (((x0 {CHARX}or x1) and (x2 {CHARX}or x3)) {CHARX}or x2) (((x0 {CHARX}or x1) and (x2 {CHARX}or x3)) {CHARX}or x3) ((((not(x0)) and x1) and (not(((not(x2)) and x3)))) {CHARX}or (not(x3))) (((x0 and (not(x1))) {CHARX}or (not(x3))) and (not(((not(x2)) and x3)))) (((x0 and (not(x1))) {CHARX}or x3) and (not(((not(x2)) and x3)))) ((((not(x0)) and x1) {CHARX}or x3) and (not(((not(x2)) and x3)))) ((x0 {CHARX}or (x1 {CHARX}or x3)) and (not(((not(x2)) and x3)))) (((not(x0)) {CHARX}or (x1 {CHARX}or x3)) and (not(((not(x2)) and x3)))) (not(((((not(x0)) and x1) and (not((x2 and (not(x3)))))) {CHARX}or x3))) (((x0 and (not(x1))) and (not((x2 and (not(x3)))))) {CHARX}or (not(x3))) (not((((not((x0 and (not(x1))))) {CHARX}or x3) and (not((x2 and (not(x3)))))))) ((not(((not(((not(x0)) and x1))) and (not((x2 and (not(x3)))))))) {CHARX}or x3) (not((((not((x0 {CHARX}or x1))) {CHARX}or x3) and (not((x2 and (not(x3)))))))) ((not(((x0 {CHARX}or x1) and (not((x2 and (not(x3)))))))) {CHARX}or x3) ((not(((not(x0)) and x1))) and (not((x2 and x3)))) (((not((x0 and (not(x1))))) and (not(((not(x2)) and x3)))) {CHARX}or x3) (x0 and (not(((x1 {CHARX}or (x2 and x3)) and (x1 {CHARX}or x3))))) (((not(x0)) and (x1 {CHARX}or ((not((x1 and x2))) and x3))) {CHARX}or x3) (x0 {CHARX}or (((x0 and x3) {CHARX}or x1) and (x1 {CHARX}or (x2 and x3)))) (x0 {CHARX}or (((not((x0 and x3))) {CHARX}or x1) and (not((x1 {CHARX}or (x2 and x3)))))) ((x0 and (x1 {CHARX}or x2)) {CHARX}or x1) (x0 and (not(((x1 and ((not(x2)) {CHARX}or x3)) {CHARX}or x3)))) (not((x0 and (((not(x1)) and (not(x2))) {CHARX}or (x1 and x3))))) ((not((x0 and (x1 {CHARX}or x3)))) {CHARX}or x1) ((x0 and ((x1 and (x2 {CHARX}or x3)) {CHARX}or (not(x2)))) {CHARX}or (not(x1))) ((x0 and (not(((x1 and (x2 {CHARX}or x3)) {CHARX}or x3)))) {CHARX}or x1) ((((not(x0)) and (not(x1))) and (not(x2))) and x3) (((not(x0)) and (x1 {CHARX}or x2)) and (not((x1 and x3)))) ((not(x0)) and ((x1 {CHARX}or x3) and x2)) ((x0 and x2) and ((not(x1)) and x3)) (x0 {CHARX}or (((not(x0)) and (x1 {CHARX}or (x2 and (not(x3))))) {CHARX}or x2)) ((not((x0 and (x1 {CHARX}or (not(x2)))))) and (((x1 and (not(x2))) and x3) {CHARX}or (not(x3)))) (((x0 {CHARX}or (((not(x0)) and (not(x3))) and x1)) and x2) {CHARX}or x1) (not(((x0 {CHARX}or (x1 {CHARX}or x2)) and (x1 {CHARX}or ((not(x2)) and x3))))) (not((x0 and ((not((x1 {CHARX}or x2))) and (not(((not(x1)) and (not(x3))))))))) ((x0 and (x1 {CHARX}or x3)) and (x2 {CHARX}or x3)) (((not((x0 and ((not(x1)) and x3)))) {CHARX}or x3) and (x0 {CHARX}or (not(x2)))) ((x0 and (not(x3))) and (not(((not(x1)) and x2)))) (not((((x0 {CHARX}or x1) {CHARX}or x3) and (x0 {CHARX}or ((x1 {CHARX}or x2) and (not(x3))))))) (not(((x0 and (not((x1 {CHARX}or x3)))) and (not((x2 and (not(x3)))))))) (((((not(x0)) and (not((x2 and x3)))) and (not(x1))) {CHARX}or x3) {CHARX}or (x1 and x2)) (not((((x0 and (x1 {CHARX}or x3)) {CHARX}or x3) and ((x1 and (not(x2))) {CHARX}or x3)))) ((x0 and x1) {CHARX}or ((((not(((not(x0)) and x1))) and (not(x3))) {CHARX}or x1) and x2)) ((x0 {CHARX}or x3) {CHARX}or ((not(((x1 {CHARX}or x2) {CHARX}or x3))) and (not(((x0 and (not(x2))) {CHARX}or x1))))) (((x0 {CHARX}or x1) {CHARX}or x2) and (x0 {CHARX}or (x2 and (not(x3))))) ((not((x0 {CHARX}or x2))) and ((x0 and (not(x3))) {CHARX}or x1)) (((x0 {CHARX}or (x1 and x3)) and ((x0 and x3) {CHARX}or x2)) {CHARX}or (not((x1 {CHARX}or x2)))) ((x0 {CHARX}or ((x0 {CHARX}or x3) and (x1 and x2))) and (not(((not(x2)) and x3)))) ((((not(x0)) and (not(x2))) {CHARX}or (x1 and x3)) and (x1 {CHARX}or ((not(x1)) and x3))) (((x0 {CHARX}or (x1 and x2)) and ((x0 {CHARX}or x2) {CHARX}or (x0 and x3))) {CHARX}or x3) (not(((((x0 and x2) and (not(x3))) {CHARX}or x1) and (x1 {CHARX}or x2)))) (x0 {CHARX}or ((not(((((not(x0)) and x1) {CHARX}or (not(x2))) and x3))) {CHARX}or x2)) (not(((x0 and (not(x3))) and (x1 and (not(x2)))))) (not(((not(x0)) and ((x1 {CHARX}or (not(x3))) and x2)))) (not((((not(x0)) and (not(x1))) and (not((x2 {CHARX}or x3)))))) (not(((not(x0)) and ((not(x1)) and (x2 and (not(x3))))))) library IEEE;{CRLF}use IEEE.std_logic_1164.all;{CRLF}{CRLF} entity gepModel is{CRLF} {TAB}port (d: in bit_vector (0 to {LAST_INPUT_INDEX});{CRLF} {TAB}{TAB} result: out bit);{CRLF} end gepModel;{CRLF}{CRLF} architecture gepGeneratedCode of gepModel is{CRLF}

{TAB}constant {labelname}: bit := '{labelindex}';{CRLF} {TAB}constant {labelname}: integer := {labelindex};{CRLF} signal gene: bit_vector (0 to {LAST_GENE_INDEX});{CRLF}{CRLF}begin ;{CRLF} 1 0 library use entity is of port in out architecture begin end bit_vector bit to function return signal constant integer '0' '1' not nand and xnor nor xor or -- <= 1 {TAB}-- Add a DDF with the name {FUNCTION_SYMBOL} in {LANGUAGE}{CRLF}{TAB}-- and a parameter list equivalent to {PARAMETER_LIST}{CRLF} {TAB}-- Add a UDF with the name {FUNCTION_SYMBOL} in {LANGUAGE}{CRLF}