controlling and graphing a variable. V2.

*disclaimer this code is a snippet and is not in any function and is missing some of the basic things.*
int Map = 10;                                               //map variable = varmax/5.
float ledvl = 0;                                            //decimal for the leds var/Map.
int led = 0;                                                //the pwm state of the pin.
int ledp = 0;                                               //the percent of pwm to the led.

long v1 = 0;                                                //variables for later.
byte v1ctrl = 0;                                            //will keep controlling my variable.


    *this code following is in my every second things.
    if (Button == 6){                                         //toggles controll for v1.
      v1ctrl = !v1ctrl;
      Serial.print("control v1: ");
      (v1ctrl) ? Serial.println("yes") : Serial.println("no");
      if (v1ctrl){
        Map = 14;                                             //creats the map for v1.
      }
      else {
        Map = 10;                                             //resets the map #.
      }

 *this code runs whenever it needs
 if (lncdrvl != ncdrvl){
   Serial.print("encoder value: ");      //tells me what the encoder value is.
   Serial.println(ncdrvl);
   if (v1ctrl == 1){
     if (ncdrvl > lncdrvl){              //ups or downs the variable with the encoder
       v1 ++;
     }
     if (ncdrvl < lncdrvl){
       v1 --;
     }
     ledvl = v1/Map;                     //defines where the variable is at in the graph
     Serial.print("variable 1: ");       //tells me what the variable is at.
     Serial.println(v1);
   }
   if (ledvl == 0){                      //its zero so no lights on.
     digitalWrite(led1, LOW);
     digitalWrite(led2, LOW);
     digitalWrite(led3, LOW);
     digitalWrite(led4, LOW);
     digitalWrite(led5, LOW);
   }
   if (1 > ledvl && ledvl > 0){          //its starting to go but not a full 1 so pwm the 1st led.
     led = ledvl * 255;
     analogWrite(led1, led);
   }
   if (ledvl >= 1){                      //its at 1/5.
     digitalWrite(led1, HIGH);
     digitalWrite(led2, LOW);
   }
   if (2 > ledvl && ledvl > 1){          //its more than 1 but not at 2 so pwm the 2nd led.
     ledp = ledvl - 1;
     led = ledp * 255;
     analogWrite(led2, led);
   }
   if (ledvl >= 2){                      //its at 2/5.
     digitalWrite(led2, HIGH);
     digitalWrite(led3, LOW);
   }
   if (3 > ledvl && ledvl > 2){          //its more than 2 but not at 3 so pwm the 3rd led.
     ledp = ledvl - 2;
     led = ledp * 255;
     analogWrite(led3, led);
   }
   if (ledvl >= 3){                      //its at 3/5.
     digitalWrite(led3, HIGH);
     digitalWrite(led4, LOW);
   }
   if (4 > ledvl && ledvl > 3){          //its more than 3 but not at 4 so pwm the 4th led.
     ledp = ledvl - 3;
     led = ledp * 255;
     analogWrite(led4, led);
   }
   if (ledvl >= 4){                      //its at 4/5.
     digitalWrite(led4, HIGH);
     digitalWrite(led5, LOW);
   }
   if (5 > ledvl && ledvl > 4){          //its more than 4 but not at 5 so pwm the 5th led.
     ledp = ledvl - 4;
     led = ledp * 255;
     analogWrite(led5, led);
   }
   if (ledvl == 5){                      //its at 5/5.
     digitalWrite(led5, HIGH);
   }
   Serial.print("ledvalue is: ");        //tells me what the led value is because its giving me whole #'s :P
   Serial.println(ledvl);
   lncdrvl = ncdrvl;
 }