Rotary encoder mistakes knob turned for button pressed

Question

I'm using this encoder https://www.cuidevices.com/product/resource/acz09.pdf to scroll through a menu and I'm having an issue where when you turn it clockwise, it thinks the button was pressed (this does not happen when I turn it counter-clockwise). They're both on two different interrupt pins (2,3 on Arduino Pro Mini) and my code is included below as well as the schematic.

#include <SoftwareSerial.h>
#define Button1 2
#define pinA 3
#define pinB 4



//encoder setup
String bits[] = {"00","01","10","11"};
int bump[] = {0,0,-1,1};
byte state = 0; 
int Level = 1;
byte M_pressed = 0;
byte T_pressed = 0;
unsigned long lastButtonPress = 0;
int page = 0;
int setting = 0;
String Motor;
int MotorState = 0;
String Heat;
int HeatState = 1;
byte change = 1;
byte Tempchange = 1;
unsigned long windowStartTime = millis();
float SetTemp;
int TempState =1; 

double Setpoint, Input1, Output1, Input2, Output2;

SoftwareSerial OpenLCD(1,7); //RX,TX
byte contrast = 2; 

void setup() {
  
 Serial.begin(115200);

 //encoder
 pinMode(pinA,INPUT_PULLUP);
 pinMode(pinB,INPUT_PULLUP);
 digitalWrite(pinA,HIGH);
 digitalWrite(pinB,HIGH);
 pinMode(Button1,INPUT_PULLUP);

  //interrupts
 attachInterrupt(0,knobTurned,RISING);
 attachInterrupt(1,buttonpressed,LOW); 
  
  OpenLCD.begin(9600);
}

//////Interrupts/////////////////////////////////////////////////////
void knobTurned(){

 static unsigned long last_interrupt_time = 0;
 unsigned long interrupt_time = millis();
 // If interrupts come faster than 200ms, assume it's a bounce and ignore
 if (interrupt_time - last_interrupt_time > 250) 
 {
   state = 0;
   state = state + digitalRead(pinA);
   state <<= 1;
   state = state + digitalRead(pinB);
  //Serial.println(state);
   if (setting == 0){                       //if you are in general menu, scroll through temp/motor
    Level = Level + bump[state];
    if (Level > 2) Level = 2;                //Level 2 is motor menu
    else if (Level < 1) Level = 1;           //Level 1 is temp menu
    Serial.println(Level);
   }
   
  else if (setting == 2){                       // if you are in motor menu, scroll through motor settings
    MotorState = MotorState + bump[state];
    if(MotorState > 4) MotorState=4;
    else if (MotorState <0) MotorState=0;
    Serial.println(MotorState);
  }
   else if (setting == 1){                    // if you are in temp menu, scroll through temp (res 0.5)
      SetTemp = SetTemp + bump[state]*.5;
       if (SetTemp > 75) SetTemp = 75;
       else if (SetTemp < 25) SetTemp = 25;
       Setpoint = SetTemp;
       Serial.println(SetTemp);
    }
    change = 1;
    
   }
}

void buttonpressed(){

 static unsigned long last_interrupt_time = 0;
 unsigned long interrupt_time = millis();
 // If interrupts come faster than 200ms, assume it's a bounce and ignore
 if (interrupt_time - last_interrupt_time > 250) 
 {
  
  //Serial.println("pressed");
  if (Level ==1){                       //if button is pressed at temperature setting 
   if (setting == 0){                   // enter into temperature menu if in general menu
      setting =1;                       //Allow to scroll through temperature
      Serial.println("enter Temp");
   }
   else if (setting ==1){               //if in temperature menu
    Setpoint = SetTemp;
    setting =0;                         //returns to main menu
    Serial.println("Back T");
    
   }
  }
  else if (Level ==2){                  //if button is pressed at motor setting
    if(setting ==2)  {                 //if in motor menu
      setting =0;                       //return to main menu
      Serial.println("Back M");
    }
    else if(setting ==0){                   //if in general menu enter into motor menu
      setting =2;                       //Allow to scroll through motors
      Serial.println("enter Motor");
    }
  }
  delay(50);
 }
    last_interrupt_time = millis();
      change = 1;  
      
}

 ////////////////////////////////////////////////////////////////////

void loop() {
  // put your main code here, to run repeatedly:
  Menu();
}

 void Menu(){
  if (change == 1){
    if (setting == 0){                // if in the general menu
      if (Level == 1){                // if on temp arrow
        OpenLCD.write('|'); 
        OpenLCD.write('-');
        OpenLCD.write(254); //Send command character
        OpenLCD.write(128 + 20 + 0); //Change the position (128) of the cursor to 2nd row (64), position 0 (0)
        OpenLCD.print("-> Set Temp: "); //For 16x2 LCD;
        OpenLCD.print(SetTemp); //For 16x2 LCD
        OpenLCD.print(" C");

        OpenLCD.write(254);
        OpenLCD.write(128 + 84 + 3);
        OpenLCD.print("Set Motor");
      }
      else if (Level == 2){         //if on the motor arrow
        OpenLCD.write('|'); 
        OpenLCD.write('-');
        OpenLCD.write(254);
        OpenLCD.write(128 + 20 + 3);
        OpenLCD.print("Set Temperature");
        OpenLCD.write(254); 
        OpenLCD.write(128 + 84 + 0); 
        OpenLCD.print("-> Set Motor: "); 
        if (MotorState <= 0) Motor = "off";
        else Motor = String(MotorState);
        OpenLCD.print(Motor); //For 16x2 LCD
      }
    }
    else if (setting == 1){        //Temperature menu
      OpenLCD.write('|');
      OpenLCD.write('-');
      OpenLCD.write(254);
      OpenLCD.write(128 + 20 + 6); 
      OpenLCD.print(SetTemp); 
      OpenLCD.print(" C");
      OpenLCD.write(254); 
      OpenLCD.write(128 + 84 + 0); 
      OpenLCD.print("<- Click to Return");
    }
   else if (setting == 2){
      OpenLCD.write('|');
      OpenLCD.write('-');
      OpenLCD.write(254);
      OpenLCD.write(128 + 20 + 9); 
      if (MotorState <= 0) Motor = "off";
      else Motor = String(MotorState);
      OpenLCD.print(Motor); 
      OpenLCD.write(254); 
      OpenLCD.write(128 + 84 + 0); 
      OpenLCD.print("<- Click to Return");
   }
   change = 0;
  }

  if(setting ==0){
    windowStartTime = millis();
    OpenLCD.write(254); //Send command character
    OpenLCD.write(128 + 0 + 3); //Change the position (128) of the cursor to 2nd row (64), position 0 (0)
    OpenLCD.print("Temp = "); //For 16x2 LCD
    OpenLCD.print(SetTemp);//12x
    OpenLCD.print(" C"); //For 16x2 LCD
  }
 }