Sound Sensor Activated LEDs with LCD for Sound Level Data!

1#include "Arduino.h"               
2#include "LiquidCrystal_PCF8574.h"  
3
4#define LCD_ADDRESS 0x27
5#define LCD_ROWS 2
6#define LCD_COLUMNS  16
7#define SCROLL_DELAY 150
8#define BACKLIGHT 255
9
10LiquidCrystal_PCF8574  LCDi2C;
11
12//Add name and position of the LED bulb on the breadboard + Where  it's connected on the Arduino.
13// LED1 is LED Bulb 1 on the breadboard and 3  is Digital PWM 3 on the Arduino.
14
15int LED1=3;
16int LED2=4;
17int LED3=5;
18int  LED4=6;
19int LED5=7;
20int LED6=8;
21int LED7=9;
22int LED8=10;
23int soundSensor=2;  // Digital Pin 2 on the Arduino is where the "DO" of the Sound Sensor is connected.
24int  sensorValue = analogRead(A0); //This is where the "AO" of the Sound Sensor is  connected.
25
26boolean LEDStatus=false;
27
28void setup () {
29
30  Serial.begin(9600);
31  LCDi2C.begin(LCD_COLUMNS, LCD_ROWS, LCD_ADDRESS, BACKLIGHT); //These are the ones  that we defined earlier.
32  pinMode(soundSensor,INPUT); //Because our Sound Sensor  is an Input Device.
33  pinMode(LED1, OUTPUT);
34  pinMode(LED2, OUTPUT);
35  pinMode(LED3, OUTPUT);
36  pinMode(LED4, OUTPUT);
37  pinMode(LED5, OUTPUT);
38  pinMode(LED6, OUTPUT);
39  pinMode(LED7, OUTPUT);
40  pinMode(LED8, OUTPUT);
41  pinMode(sensorValue, OUTPUT); //sensorValue is declared as an output because it  will be printed on the LCD and Serial Monitor.
42}
43
44void loop() {
45  int  sensorValue=analogRead(sensorValue);
46  int SensorData=digitalRead(soundSensor);
47  if(SensorData=1){
48    if(LEDStatus==false){
49      LEDStatus=true;
50      Serial.println(sensorValue);  //This will be printed on the Serial Monitor just to make sure that the data on  the LCD is the same.
51        LCDi2C.setCursor(0,0);     //This is to make the  text not scroll up and disappear then reapper again when sensorValue data is being  added.
52        LCDi2C.print("SoundLevel Data:");  //The text that will appear  and stay on Row 1 of the LCD.
53        LCDi2C.setCursor(0,1);     //This is to  make the text not scroll up and disappear then reapper again when sensorValue data  is being added.
54        LCDi2C.print(sensorValue);  // The data that will appear  on the LCD.
55        LCDi2C.print("                ");  // This is to prevent  extra digit from the past value appearing on current value. Like, when the past  value is 1234, then the current is supposed to 619, but it appears as 6194.
56    }
57    
58     if(sensorValue>=750) {         // sensorValue greater than  or equal to XX. XX numbers are gathered from the most recent data on the Serial  Monitor. Copied and pasted it on a spredsheet, then arranged from the lowest to  the semi highest sound volume level.             
59        digitalWrite(LED8,HIGH);    // You can use the different values from the sensor on each LED bulb if you  want it to act like a sensor by displaying or lighting up corresponding LED bulbs  according to the sensor values data.
60    }                               // Like  Yellow LED bulbs will light up when the sensor picks up a low volume sound aka.  Minimum volume level, Green LED bulbs light up when the Volume level is OK, and  Red LED Bulbs light up when the volume hits the Loud volume threshold.
61      else{                         // Alternatively, you can just add the same value to all  the LEDs if you want all of them to react at the same time. 
62        LEDStatus=false;            // You can also play with the sensor values to make the LEDs dance.  Rearranging the sensor values randomly for example. Or making 2 LEDs react at the  same value and other LEDs react to other values.
63        digitalWrite(LED8,LOW);
64      }
65     if(sensorValue>=735) {
66         digitalWrite(LED7,HIGH);
67    }
68      else{
69        LEDStatus=false;
70        digitalWrite(LED7,LOW);
71      }
72     if(sensorValue>=725) {
73         digitalWrite(LED6,HIGH);
74    }
75      else{
76        LEDStatus=false;
77        digitalWrite(LED6,LOW);
78      }
79     if(sensorValue>=720) {
80         digitalWrite(LED5,HIGH);
81     }
82      else{
83        LEDStatus=false;
84        digitalWrite(LED5,LOW);
85    }
86     if(sensorValue>=715) {
87         digitalWrite(LED4,HIGH);
88     }
89      else{
90        LEDStatus=false;
91        digitalWrite(LED4,LOW);
92    }
93  
94     if(sensorValue>=700) {
95         digitalWrite(LED3,HIGH);
96     }
97      else{
98        LEDStatus=false;
99        digitalWrite(LED3,LOW);
100    }
101      
102     if(sensorValue>=675) {
103         digitalWrite(LED2,HIGH);
104     }
105      else{
106        LEDStatus=false;
107        digitalWrite(LED2,LOW);
108    }
109      
110     if(sensorValue>=650) {
111         digitalWrite(LED1,HIGH);
112     }
113      else{
114        LEDStatus=false;
115        digitalWrite(LED1,LOW);
116      }
117    }
118     else{
119        LEDStatus=false;          //Not really sure why I  added this. Lol.
120        digitalWrite(LED1,LOW);
121        digitalWrite(LED2,LOW);
122        digitalWrite(LED3,LOW);
123        digitalWrite(LED4,LOW);
124        digitalWrite(LED5,LOW);
125        digitalWrite(LED6,LOW);
126        digitalWrite(LED7,LOW);
127        digitalWrite(LED8,LOW);
128    }
129   }
130   
131