Delete mux_control_2nd_version.ino

mux_control_2nd_version.ino

-//FUNCTION HEADER
-  void setup_pin();
-  void setup_values();
-  void WriteChannel(int *Port, int channel);
-  void portStatus();
-//GLOBAL VARIABLES
-
-//PIN POSITIONS (ARDUINO HARDWARE PINS)
-  int P_positions[8]={23,25,27,29,31,33,35,37};//A0 A1 A2 A3 A4 EN WR CS
-//LOGIC OUTPUT VLAUES
-  int L_values[8]={0,0,0,0,0,//A0 A1 A2 A3 A4 
-                    0,0,0};// EN WR CS
-//LOOP VARIABLES
-  String Pin_values("");
-  int count=0;
-  int converter=0;
-//SETUP FUNCTION
-void setup() {
-
-  //OUTPUT PINS AVAILABLE
-    setup_pin();
-  //LOGIC VALUES THAT WILL BE WRITTEN IN EVERY PIN
-    WriteChannel(L_values,0);
-  //LOGIC VALUES WRITING 
-    setup_values();
-  //COMMUNICATION RATE
-    Serial.begin(9600);
-
-}
-
-//LOOP FUNCTION
-void loop() {
-  
-    if (Serial.available()){
-      Pin_values=Serial.readStringUntil('\n'); //STORAGE THE VALUE
-        //SOFTWARE AND HARDWARE 
-        //THEN DO THE PRINT
-        Serial.println("Channel selected: "+Pin_values); //ARGUMENT
-        //CHAR TO INT AND MULTIPLEXER SYNTAX (1-32 CHANNEL)
-        converter = atof(Pin_values.c_str());
-        WriteChannel(L_values,converter-1);//SOFTWARE WRITING 
-        setup_values();//HARDWARE WRITING
-    }
-    }
-
-//FUNCTION DEFINITION
-//FUNCTION TO WIRITE THE LOGIC VALUES FOR THE CHANNEL SELECTION
-void WriteChannel(int *Port, int channel){
-  //WRITE LOGIC VALUES IN THE ARRAGE
-  for(int n=0;n<5;n++){
-    Port[n] = channel%2;
-    channel = channel/2;
-  }
-}
-// PRINT THE NEW PORT AFTER DOING SOME KIND OF SETTING
-void portStatus(){
-  Serial.print ("new port state: ");
-  Serial.print (L_values[4]);
-  Serial.print (L_values[3]);
-  Serial.print (L_values[2]);
-  Serial.print (L_values[1]);
-  Serial.print (L_values[0]);
-  Serial.print ("(A4 A3 A2 A1 A0)  ");
-  Serial.print (L_values[5]);
-  Serial.print (L_values[6]);
-  Serial.print (L_values[7]);
-  Serial.println ("(EN WR CS)");
-}
-
-void setup_pin(){
-  //PIN OUT 
-  pinMode(P_positions[0],OUTPUT);
-  pinMode(P_positions[1],OUTPUT);
-  pinMode(P_positions[2],OUTPUT);
-  pinMode(P_positions[3],OUTPUT);
-  pinMode(P_positions[4],OUTPUT);
-  pinMode(P_positions[5],OUTPUT);
-  pinMode(P_positions[6],OUTPUT);
-  pinMode(P_positions[7],OUTPUT);
-}
-void setup_values(){
-  //pIN VALUES
-  digitalWrite(P_positions[0],L_values[0]);
-  digitalWrite(P_positions[1],L_values[1]);
-  digitalWrite(P_positions[2],L_values[2]);
-  digitalWrite(P_positions[3],L_values[3]);
-  digitalWrite(P_positions[4],L_values[4]);
-  digitalWrite(P_positions[5],L_values[5]);
-  digitalWrite(P_positions[6],L_values[6]);
-  digitalWrite(P_positions[7],L_values[7]);
-
-}