RGB LED with 3 function dipswitch

1//Whipplashes
2//Code orginally taken from inventr.io and modified to  fit the needs of this project
3//4-21-22
4 
5int red = 11;  //output
6int  green = 10;
7int blue = 9;
8
9int Switch1 = 2;  //Input 
10int Switch2 =  3;
11int Switch3 = 4;
12 
13void setup() {
14// Setup pins 
15 
16  pinMode(red,  OUTPUT);
17  pinMode(green, OUTPUT);
18  pinMode(blue, OUTPUT);
19  pinMode(Switch1,  INPUT);
20  pinMode(Switch2, INPUT);
21  pinMode(Switch3, INPUT);
22}
23 
24void  RGB_color(int red_value, int green_value, int blue_value)
25{
26// RBG function  to pass on color values 
27 
28  analogWrite(red, red_value);
29  analogWrite(green,  green_value);
30  analogWrite(blue, blue_value);
31}
32 
33 
34 
35void loop()  { //Various if and if else statments designed to trigger once only when the corresponding  values on the breadboard are selected. 
36
37  if (digitalRead(Switch1) == HIGH  && digitalRead(Switch2) != HIGH && digitalRead(Switch3) != HIGH) 
38  
39  {
40  RGB_color(125, 0, 0); // Red
41  delay(800);
42  RGB_color(0, 125, 0); // Green
43  delay(800);
44   
45  }
46  else if (digitalRead(Switch2) == HIGH && digitalRead(Switch1)  != HIGH && digitalRead(Switch3) != HIGH) 
47  {
48  RGB_color(0, 0, 125); // Blue
49  delay(800);
50  RGB_color(64, 32, 0); // yellow
51  delay(800);
52  }
53  else  if (digitalRead(Switch3) == HIGH && digitalRead(Switch2) != HIGH && digitalRead(Switch1)  != HIGH) 
54  {
55  RGB_color(125, 0, 125); // purple
56  delay(800);
57  RGB_color(125,  125, 125); // white
58  delay(800);
59  }
60  else if (digitalRead(Switch1) ==  HIGH && digitalRead(Switch2) == HIGH  && digitalRead(Switch3) != HIGH)
61  {
62   RGB_color(125, 0, 0); // Red
63  delay(800);
64  RGB_color(0, 125, 0); // Green
65  delay(800);
66  RGB_color(0, 0, 125); // Blue
67  delay(800);
68  RGB_color(64,  32, 0); // yellow
69  delay(800);
70  
71  }
72  else if (digitalRead(Switch1)  == HIGH && digitalRead(Switch3) == HIGH  && digitalRead(Switch2) != HIGH)
73  {
74     RGB_color(125, 0, 0); // Red
75  delay(800);
76  RGB_color(0, 125, 0); //  Green
77  delay(800); 
78  RGB_color(125, 0, 125); // purple
79  delay(800);
80  RGB_color(125, 125, 125); // white
81  delay(800);
82  }
83  else if  (digitalRead(Switch2)  == HIGH && digitalRead(Switch3) == HIGH  && digitalRead(Switch1) != HIGH)
84  {
85     RGB_color(0, 0, 125); // Blue
86  delay(800);
87  RGB_color(64, 32, 0); //  yellow
88  delay(800);
89   RGB_color(125, 0, 125); // purple
90  delay(800);
91  RGB_color(125, 125, 125); // white
92  delay(800);
93  
94  }
95  else if  (digitalRead(Switch2) == HIGH && digitalRead(Switch3) == HIGH  && digitalRead(Switch1)  == HIGH)
96  {
97    RGB_color(125, 0, 0); // Red
98  delay(800);
99  RGB_color(0,  125, 0); // Green
100  delay(800);
101  RGB_color(0, 0, 125); // Blue
102  delay(800);
103  RGB_color(64, 32, 0); // yellow
104  delay(800);
105  RGB_color(125, 0, 125);  // purple
106  delay(800);
107  RGB_color(125, 125, 125); // white
108  delay(800);
109  }
110 else if (digitalRead(Switch2) != HIGH && digitalRead(Switch3) != HIGH  &&  digitalRead(Switch1) != HIGH)
111 {
112  RGB_color(0,0,0); 
113  delay(500);
114  }
115  
116}