Arduino Serial Functionaccountnew

Arduino To Arduino Serial Communication

1. * by zer044 arduino account holder
2. * adaptions of Ken Sherriff IrLibary Example code.
3. * http://www.arcfn.com/2009/08/multi-protocol-infrared-remote-library.html
4. //ir reciver bit
5. // define codes
6. #define Button_1 0xFF30CF // 1 on remote
7. #define Button_3 0xFF7A85 // 3 on remote
8. IRrecv irrecv(RECV_PIN);
9. int levelPins[]={
10. int colPins[]={
11. int x=0;// A COUNTER
12. int pressed1=0;
13. //ir receiver bit
14. irrecv.enableIRIn();// Start the receiver
15. //led cube bit
16. for(int i=0; i<3; i++){
17. }
18. pinMode(colPins[j], OUTPUT);
19. }
20. void loop (){
21. if(irrecv.decode(&results)){
22. Serial.write('Button 1 pressedn');
23. break;
24. Serial.write('Button 2 pressedn');
25. break;
26. case Button_3:
27. spinthroughlayers ();
28. case OFF:
29. allOff();
30. Serial.println(results.value, HEX);
31. irrecv.resume();// Receive the next value
32. }
33. }
34. // all functions start here..
35. * list of current functions
36. * scrollupanddown ();
37. **/
38. // function turns all leds off
39. void allOff (){
40. digitalWrite(colPins[j], LOW);
41. for(int i=0; i<3; i++){
42. }
43. //function to turn an LED on.
44. digitalWrite(levelPins[x], LOW);
45. delay(t);
46. digitalWrite(levelPins[x], HIGH);
47. for(int i=0; i<3; i++){
48. ledOn(i,j,30);
49. }
50. }
51. void spinthroughlayers (){
52. while(x<30){
53. ledOn(1,3,4);
54. ledOn(1,4,4);
55. ledOn(2,4,4);
56. ledOn(1,5,4);
57. x++;
58. delay(50);
59. //second layer
60. ledOn(0,6,4);
61. ledOn(2,6,4);
62. ledOn(0,4,4);
63. ledOn(0,2,4);
64. ledOn(2,2,4);
65. }
66. x=0;
67. while(x<30){
68. ledOn(1,7,4);
69. ledOn(1,4,4);
70. ledOn(2,4,4);
71. ledOn(1,1,4);
72. x++;
73. delay(50);
74. // forth layer
75. ledOn(0,8,4);
76. ledOn(2,8,4);
77. ledOn(0,4,4);
78. ledOn(0,0,4);
79. ledOn(2,0,4);
80. }
81. x=0;
82. for(int d=0; d<3; d++){
83. ledOn(d,0,4);
84. ledOn(d,2,4);
85. ledOn(d,4,4);
86. ledOn(d,6,4);
87. ledOn(d,8,4);
88. }
89. x=0;
90. for(int d=2; d>-1; d--){
91. ledOn(d,0,4);
92. ledOn(d,2,4);
93. ledOn(d,4,4);
94. ledOn(d,6,4);
95. ledOn(d,8,4);
96. }
97. x=0;
98. }

Serial Output Arduino

/** * by zer044 arduino account holder * 22/08/2011 * adaptions of Ken Sherriff IrLibary Example code. * http://www.arcfn.com/2009/08/multi-protocol-infrared-remote-library.html **/ //ir reciver bit #include <IRremote.h> // define codes #define OFF 0xFFA25D // ON/OFF button on remote #define Button_1 0xFF30CF // 1 on remote #define Button_2 0xFF18E7 // 2 on remote #define Button_3 0xFF7A85 // 3 on remote int RECV_PIN = 11; IRrecv irrecv(RECV_PIN); decode_results results; //led cube bit int levelPins[] = { 22,23,24}; int colPins[] = { 30,31,32,33,34,35,36,37,38}; int x=0; // A COUNTER int c=0; // JUST ANOTHER COUNTER int pressed1=0; // check if another is pressed void setup () { //ir receiver bit Serial.begin(9600); irrecv.enableIRIn(); // Start the receiver //led cube bit //set all output for (int i=0; i<3; i++) { pinMode(levelPins[i], OUTPUT); } for (int j=0; j<9; j++) { pinMode(colPins[j], OUTPUT); } } void loop () { //ir receiver bit if (irrecv.decode(&results)) { switch (results.value) { case Button_1: Serial.write('Button 1 pressedn'); scrollthroughled (); break; case Button_2: Serial.write('Button 2 pressedn'); scrollupanddown (); break; case Button_3: Serial.write('Button 3 pressedn'); spinthroughlayers (); break; case OFF: Serial.write('ON/OFF pressedn'); allOff(); break; default : Serial.println(results.value, HEX); } irrecv.resume(); // Receive the next value } } // all functions start here.. /** * list of current functions * scrollthroughled (); * scrollupanddown (); * spinthroughlayers (); **/ // function turns all leds off void allOff () { for (int j=0; j<9; j++) { digitalWrite(colPins[j], LOW); } for (int i=0; i<3; i++) { digitalWrite(levelPins[i], HIGH); } } //function to turn an LED on. int ledOn (int x, int y, int t) { digitalWrite(levelPins[x], LOW); digitalWrite(colPins[y], HIGH); delay(t); digitalWrite(colPins[y], LOW); digitalWrite(levelPins[x], HIGH); } void scrollthroughled () { for(int i=0; i<3; i++) { for(int j=0; j<9; j++) { ledOn(i,j,30); delay(150); } } } void spinthroughlayers () { //middle layer while(x<30) { ledOn(0,3,4); ledOn(1,3,4); ledOn(2,3,4); ledOn(1,4,4); ledOn(0,4,4); ledOn(2,4,4); ledOn(0,5,4); ledOn(1,5,4); ledOn(2,5,4); x++; } delay(50); x=0; //second layer while(x<30) { ledOn(0,6,4); ledOn(1,6,4); ledOn(2,6,4); ledOn(1,4,4); ledOn(0,4,4); ledOn(2,4,4); ledOn(0,2,4); ledOn(1,2,4); ledOn(2,2,4); x++; } delay(50); x=0; // third layer while(x<30) { ledOn(0,7,4); ledOn(1,7,4); ledOn(2,7,4); ledOn(1,4,4); ledOn(0,4,4); ledOn(2,4,4); ledOn(0,1,4); ledOn(1,1,4); ledOn(2,1,4); x++; } delay(50); x=0; // forth layer while(x<30) { ledOn(0,8,4); ledOn(1,8,4); ledOn(2,8,4); ledOn(1,4,4); ledOn(0,4,4); ledOn(2,4,4); ledOn(0,0,4); ledOn(1,0,4); ledOn(2,0,4); x++; } delay(50); x=0; } void scrollupanddown () { for (int d=0; d<3; d++) { while(x < 30) { ledOn(d,0,4); ledOn(d,1,4); ledOn(d,2,4); ledOn(d,3,4); ledOn(d,4,4); ledOn(d,5,4); ledOn(d,6,4); ledOn(d,7,4); ledOn(d,8,4); x++; } delay(30); x=0; } for (int d=2; d>-1; d--) { while(x < 30) { ledOn(d,0,4); ledOn(d,1,4); ledOn(d,2,4); ledOn(d,3,4); ledOn(d,4,4); ledOn(d,5,4); ledOn(d,6,4); ledOn(d,7,4); ledOn(d,8,4); x++; } x=0; delay(30); } }