Bella Ciao Buzzer Music Using Arduino

1/*
2
3int BuzzerPin = 11;     // Connect Buzzer to Arduino pin 11
4
5int  Si2 =1975;
6int LaS2=1864;
7int La2= 1760;
8int SolS2=1661;
9int Sol2=1567;
10int  FaS2=1479;
11int Fa2= 1396;
12int Mi2= 1318;
13int ReS2=1244;
14int Re2= 1174;
15int  DoS2=1108;
16int Do2= 1046;
17
18// Low Octave
19int Si = 987;
20int LaS= 932;
21int  La = 880;
22int SolS=830;
23int Sol= 783;
24int FaS= 739;
25int Fa=  698;
26int  Mi=  659;
27int ReS= 622;
28int Re = 587;
29int DoS =554;
30int Do = 523;
31
32//  define the notes
33int rounda=0;
34int roundp=0;
35int white= 0;
36int whitep=0;
37int  black=0;  
38int blackp=0;
39int quaver=0;
40int quaverp =0;
41int semiquaver=0;
42int  semiquaverp=0;
43int bpm= 120;
44
45void setup(){
46      pinMode(BuzzerPin,OUTPUT);
47      
48      black= 35000/bpm; 
49      blackp=black*1.5;
50      white= black*2;
51      whitep=white*1.5;
52      rounda= black*4;
53      roundp= rounda*1.5;
54      quaver= black/2;
55      quaverp=quaver*1.5;
56      semiquaver= black/4;
57      semiquaverp=semiquaver*1.5;
58}
59void loop(){
60  tone(BuzzerPin,Mi,black);
61  delay(black+50);
62  tone(BuzzerPin,La,black);
63  delay(black+50);
64  tone(BuzzerPin,Si,black);
65  delay(black+50);
66  tone(BuzzerPin,Do2,black);
67  delay(black+50);
68  tone(BuzzerPin,La,black);
69  
70  delay(2*white+50);
71  
72  tone(BuzzerPin,Mi,black);
73  delay(black+50);
74  tone(BuzzerPin,La,black);
75  delay(black+50);
76  tone(BuzzerPin,Si,black);
77  delay(black+50);
78  tone(BuzzerPin,Do2,black);
79  delay(black+50);
80  tone(BuzzerPin,La,black);
81  
82  delay(2*white+50);
83  
84  tone(BuzzerPin,Mi,black);
85  delay(black+50);
86  tone(BuzzerPin,La,black);
87  delay(black+50);
88  tone(BuzzerPin,Si,black);
89  delay(black+50);
90  tone(BuzzerPin,Do2,white*1.3);
91  delay(2*black+50);
92  
93  tone(BuzzerPin,Si,black);
94  delay(black+50);
95  tone(BuzzerPin,La,black);
96  delay(black+50);
97  tone(BuzzerPin,Do2,white*1.3);
98  delay(2*black+50);
99  
100  tone(BuzzerPin,Si,black);
101  delay(black+50);
102  tone(BuzzerPin,La,black);
103  delay(black+50);
104  tone(BuzzerPin,Mi2,black);
105  delay(white+50);
106  tone(BuzzerPin,Mi2,black);
107  delay(white+100);
108  
109  tone(BuzzerPin,Mi2,black);
110  delay(white+50);
111  tone(BuzzerPin,Re2,black);
112  delay(black+50);
113  tone(BuzzerPin,Mi2,black);
114  delay(black+50);
115  tone(BuzzerPin,Fa2,black);
116  delay(black+50);
117  tone(BuzzerPin,Fa2,white*1.3);
118  delay(rounda+100);
119  
120  tone(BuzzerPin,Fa2,black);
121  delay(black+50);
122  tone(BuzzerPin,Mi2,black);
123  delay(black+50);
124  tone(BuzzerPin,Re2,black);
125  delay(black+50);
126  tone(BuzzerPin,Fa2,black);
127  delay(black+50);
128  tone(BuzzerPin,Mi2,white*1.3);
129  delay(rounda+100);
130  
131  tone(BuzzerPin,Mi2,black);
132  delay(black+50);
133  tone(BuzzerPin,Re2,black);
134  delay(black+50);
135   tone(BuzzerPin,Do2,black);
136  delay(black+50);
137  tone(BuzzerPin,Si,white*1.3);
138  delay(white+50);
139  tone(BuzzerPin,Mi2,white*1.3);
140  delay(white+50);
141  tone(BuzzerPin,Si,white*1.3);
142  delay(white+50);
143  tone(BuzzerPin,Do2,white*1.3);
144  delay(white+50);
145  tone(BuzzerPin,La,rounda*1.3);
146  delay(rounda+50);
147  
148}
149

1/*
2
3int BuzzerPin = 11;     // Connect Buzzer to Arduino pin 11
4
5int
6  Si2 =1975;
7int LaS2=1864;
8int La2= 1760;
9int SolS2=1661;
10int Sol2=1567;
11int
12  FaS2=1479;
13int Fa2= 1396;
14int Mi2= 1318;
15int ReS2=1244;
16int Re2= 1174;
17int
18  DoS2=1108;
19int Do2= 1046;
20
21// Low Octave
22int Si = 987;
23int LaS= 932;
24int
25  La = 880;
26int SolS=830;
27int Sol= 783;
28int FaS= 739;
29int Fa=  698;
30int
31  Mi=  659;
32int ReS= 622;
33int Re = 587;
34int DoS =554;
35int Do = 523;
36
37//
38  define the notes
39int rounda=0;
40int roundp=0;
41int white= 0;
42int whitep=0;
43int
44  black=0;  
45int blackp=0;
46int quaver=0;
47int quaverp =0;
48int semiquaver=0;
49int
50  semiquaverp=0;
51int bpm= 120;
52
53void setup(){
54      pinMode(BuzzerPin,OUTPUT);
55
56      
57      black= 35000/bpm; 
58      blackp=black*1.5;
59      white= black*2;
60
61      whitep=white*1.5;
62      rounda= black*4;
63      roundp= rounda*1.5;
64
65      quaver= black/2;
66      quaverp=quaver*1.5;
67      semiquaver= black/4;
68
69      semiquaverp=semiquaver*1.5;
70}
71void loop(){
72  tone(BuzzerPin,Mi,black);
73
74  delay(black+50);
75  tone(BuzzerPin,La,black);
76  delay(black+50);
77  tone(BuzzerPin,Si,black);
78
79  delay(black+50);
80  tone(BuzzerPin,Do2,black);
81  delay(black+50);
82  tone(BuzzerPin,La,black);
83
84  
85  delay(2*white+50);
86  
87  tone(BuzzerPin,Mi,black);
88  delay(black+50);
89
90  tone(BuzzerPin,La,black);
91  delay(black+50);
92  tone(BuzzerPin,Si,black);
93
94  delay(black+50);
95  tone(BuzzerPin,Do2,black);
96  delay(black+50);
97  tone(BuzzerPin,La,black);
98
99  
100  delay(2*white+50);
101  
102  tone(BuzzerPin,Mi,black);
103  delay(black+50);
104
105  tone(BuzzerPin,La,black);
106  delay(black+50);
107  tone(BuzzerPin,Si,black);
108
109  delay(black+50);
110  tone(BuzzerPin,Do2,white*1.3);
111  delay(2*black+50);
112
113  
114  tone(BuzzerPin,Si,black);
115  delay(black+50);
116  tone(BuzzerPin,La,black);
117
118  delay(black+50);
119  tone(BuzzerPin,Do2,white*1.3);
120  delay(2*black+50);
121
122  
123  tone(BuzzerPin,Si,black);
124  delay(black+50);
125  tone(BuzzerPin,La,black);
126
127  delay(black+50);
128  tone(BuzzerPin,Mi2,black);
129  delay(white+50);
130  tone(BuzzerPin,Mi2,black);
131
132  delay(white+100);
133  
134  tone(BuzzerPin,Mi2,black);
135  delay(white+50);
136
137  tone(BuzzerPin,Re2,black);
138  delay(black+50);
139  tone(BuzzerPin,Mi2,black);
140
141  delay(black+50);
142  tone(BuzzerPin,Fa2,black);
143  delay(black+50);
144  tone(BuzzerPin,Fa2,white*1.3);
145
146  delay(rounda+100);
147  
148  tone(BuzzerPin,Fa2,black);
149  delay(black+50);
150
151  tone(BuzzerPin,Mi2,black);
152  delay(black+50);
153  tone(BuzzerPin,Re2,black);
154
155  delay(black+50);
156  tone(BuzzerPin,Fa2,black);
157  delay(black+50);
158  tone(BuzzerPin,Mi2,white*1.3);
159
160  delay(rounda+100);
161  
162  tone(BuzzerPin,Mi2,black);
163  delay(black+50);
164
165  tone(BuzzerPin,Re2,black);
166  delay(black+50);
167   tone(BuzzerPin,Do2,black);
168
169  delay(black+50);
170  tone(BuzzerPin,Si,white*1.3);
171  delay(white+50);
172
173  tone(BuzzerPin,Mi2,white*1.3);
174  delay(white+50);
175  tone(BuzzerPin,Si,white*1.3);
176
177  delay(white+50);
178  tone(BuzzerPin,Do2,white*1.3);
179  delay(white+50);
180
181  tone(BuzzerPin,La,rounda*1.3);
182  delay(rounda+50);
183  
184}
185