Papan Skor Bola Basket Cerdas

Kode

• Kode Arduino (1.1.0)
• Kode Android (1.1.0)
• Kode Arduino (2.0.0)
• Kode Android (2.0.0)

Kode Arduino (1.1.0)Arduino

//--------------------------------------------- -------------------------------//// Nama file :Scoreboard.ino //// Deskripsi :Papan Skor Bola Basket Cerdas / /// Versi :1.1.0 //// Penulis :Marcelo Avila de Oliveira  ////--------------------- -------------------------------------------------- --////--------------------------------------------- -----------------------------------//// DEFINISI ////------ -------------------------------------------------- --------------------//// AKTIFKAN MODE DEBUG// #define DEBUG// #define DEBUG_PROX// #define DEBUG_VIBR//----- -------------------------------------------------- ------------//// KONSTAN ////------------- -------------------------------------------------- ------//// PINSconst int prox_pin =2;const int vibr_pin =3;const int led_r_pin =4;const int led_g_pin =5;const int led_b_pin =6;// TIMEconst unsigned long wait_interval =3000;/ / MATHconst float persen_to_bright_factor =100 * log10(2 ) / log10(255);//----------------------------------------- -----------------------------------//// VARIABEL ////------ -------------------------------------------------- --------------------//// TIMEunsigned long wait_time;// STATUSboolean prox =false;boolean vibr =false;boolean wait =false;//--- -------------------------------------------------- -----------------------//// FUNGSI (PENGATURAN) ////--------------- -------------------------------------------------- -----------//void setup() { // INITIATE PINS pinMode(prox_pin, INPUT); pinMode(vibr_pin, INPUT); pinMode(led_r_pin, OUTPUT); pinMode(led_g_pin, OUTPUT); pinMode(led_b_pin, OUTPUT); set_led(5, 100); // MEMULAI KOMUNIKASI SERIAL Serial.begin(9600); // MULAI KOMUNIKASI BLUETOOTH setup_bluetooth(); set_led(4, 100); #ifdef DEBUG Serial.println("Board hidup"); Serial.println(); #endif}void setup_bluetooth() { #ifdef DEBUG Serial.println("Menyetel Bluetooth"); Serial.println(); #endif Serial1.begin(38400); // Atur kecepatan baud Serial1.print("\r\n+STWMOD=0\r\n"); // Atur untuk bekerja dalam mode budak Serial1.print("\r\n+STNA=Arduino\r\n"); // Setel nama Serial1.print("\r\n+STOAUT=1\r\n"); // Izinkan perangkat yang dipasangkan untuk menghubungkan saya Serial1.print("\r\n+STAUTO=0\r\n"); // Koneksi otomatis harus dilarang di sini delay(2000); // Penundaan ini diperlukan. Serial1.print("\r\n+INQ=1\r\n"); // Jadikan penundaan yang tidak wajar bagi budak(2000); // Penundaan ini diperlukan. while (Serial1.available()) { // Hapus data delay(50); Serial1.baca(); }}//--------------------------------------------- ------------------------------//// FUNGSI (LIGHT) ////-------- -------------------------------------------------- ------------------//int persen_to_bright(int persen) { // PERSEN:// 0..100 // RETURN BRIGHT // 255..0 return 256 - pow(2, persen / persen_to_bright_factor);}void set_led(int color, int bright) { // WARNA:// 0 =HIJAU // 1 =KUNING // 2 =MERAH // 3 =CYAN // 4 =BIRU / / 5 =MAGENTA // 6 =WHITE // // BRIGHT:// 0 =OFF // .. // 100 =MAX #ifdef DEBUG Serial.println("Setting LED"); Serial.println(); #endif if (warna <0 || warna> 6 || cerah <0 || cerah> 100) { return; } int led_r_bright =255; int led_g_bright =255; int led_b_bright =255; int bright_aux =persen_to_bright(terang); switch (warna) { case 0:// HIJAU led_g_bright =bright_aux; merusak; kasus 1:// KUNING led_r_bright =bright_aux; led_g_bright =bright_aux; merusak; kasus 2:// MERAH led_r_bright =bright_aux; merusak; kasus 3:// CYAN led_g_bright =bright_aux; led_b_bright =terang_aux; merusak; kasus 4:// BIRU led_b_bright =bright_aux; merusak; kasus 5:// MAGENTA led_r_bright =bright_aux; led_b_bright =terang_aux; merusak; kasus 6:// PUTIH led_r_bright =bright_aux; led_g_bright =bright_aux; led_b_bright =terang_aux; merusak; } analogWrite(led_r_pin, led_r_bright); analogWrite(led_g_pin, led_g_bright); analogWrite(led_b_pin, led_b_bright); kembali;}//--------------------------------------------- -------------------------------//// FUNGSI (PERIKSA) ////------- -------------------------------------------------- -------------------//void check_prox() { if (!prox) { if(digitalRead(prox_pin) ==RENDAH) { #ifdef DEBUG_PROX Serial.println( "Kedekatan terdeteksi"); Serial.println(); #endif prox =benar; if (!vibr) { tunggu =benar; wait_time =milis() + wait_interval; } set_shot(1); } }}void check_vibr() { if (!prox &&!vibr) { if(digitalRead(vibr_pin) ==HIGH) { #ifdef DEBUG_PROX Serial.println("Getaran terdeteksi"); Serial.println(); #endif vibr =benar; tunggu =benar; wait_time =milis() + wait_interval; set_led(1, 100); } }}void check_wait() { if (tunggu &&milis()> wait_time) { if (!prox) { set_shot(0); } mengatur ulang(); }}//--------------------------------------------- ------------------------------//// FUNGSI (MIS) ////-------- -------------------------------------------------- ------------------//void set_shot(int mode) { // MODE:// 0 =SALAH SHOT (LEWATKAN) // 1 =KANAN SHOT (SKOR) jika (mode ==0) { set_led(2, 100); } else { set_led(0, 100); } Serial1.print(modus); delay(1000);}void reset() { vibr =false; proksi =salah; tunggu =salah; set_led(4, 100);}//--------------------------------------------------- ------------------------------------//// UTAMA ////----- -------------------------------------------------- ---------------------//void loop() { check_prox(); cek_vibr(); check_wait();}

Kode Android (1.1.0)Java

Tidak ada pratinjau (hanya unduhan).

Kode Arduino (2.0.0)Arduino

//--------------------------------------------- -------------------------------//// Nama file :Scoreboard.ino //// Deskripsi :Papan Skor Bola Basket Cerdas / /// Versi :2.0.0 //// Penulis :Marcelo Avila de Oliveira  ////--------------------- -------------------------------------------------- --////--------------------------------------------- -----------------------------------//// PERPUSTAKAAN ////------ -------------------------------------------------- --------------------//// TEMPERATURE &HUMIDITY LIBRARY#termasuk "DHT.h"// MULTI SERIAL LIBRARY#termasuk "SoftwareSerial.h"//- -------------------------------------------------- -------------------------//// DEFINISI ////---------------- -------------------------------------------------- ----------//// AKTIFKAN MODE DEBUG// #define DEBUG// #define DEBUG_BLUE// #define DEBUG_PROX// #define DEBUG_VIBR// #define DEBUG_DHT// DHT SENSOR#define DHTPIN 7#define DHTTYPE DHT22DHT dht(DHTPIN, DHTTYPE);// MODU BLUETOOTH LE (RX, TX)Perangkat Lunak Serial Bluetooth (10, 11);//---------------------------------- ------------------------------------------//// KONSTAN /// //------------------------------------------------- ---------------------------//// PINSconst int prox_pin =2;const int vibr_pin =3;const int led_r_pin =4;const int led_g_pin =5;const int led_b_pin =6;// TIMEconst unsigned long wait_interval =2000;const unsigned long dht_interval =10.000;// MATHconst float persen_to_bright_factor =100 * log10(2) / log10(255);//--- -------------------------------------------------- -----------------------//// VARIABEL ////------------------ -------------------------------------------------- --------//// TIMEunsigned long wait_time;unsigned long dht_time;// HUMIDITY &TEMPERATUREfloat humi, temp, heat;// STATUSboolean prox =false;boolean vibr =false;boolean wait =false;// -------------------------------------------------- --------------------------//// FUNGSI (PENGATURAN) ////------------ ------------------------ ----------------------------------------//pengaturan batal() { // INITIATE PIN PINMode(prox_pin, INPUT); pinMode(vibr_pin, INPUT); pinMode(led_r_pin, OUTPUT); pinMode(led_g_pin, OUTPUT); pinMode(led_b_pin, OUTPUT); // SET LED MAGENTA set_led(5, 100); // MEMULAI KOMUNIKASI SERIAL Serial.begin(9600); // MULAI KOMUNIKASI BLUETOOTH setup_bluetooth(); // INITIASI SENSOR DHT dht.begin(); // SET LED BIRU set_led(4, 100); #ifdef DEBUG Serial.println("Board hidup"); Serial.println(); #endif}void setup_bluetooth() { #ifdef DEBUG_BLUE Serial.println("Menyetel Bluetooth"); Serial.println(); #endif // SET BAUD RATE Bluetooth.begin(9600); // HAPUS DATA YANG TERSEDIA while (Bluetooth.available()) { delay(50); Bluetooth.baca(); }}//--------------------------------------------- ------------------------------//// FUNGSI (LIGHT) ////-------- -------------------------------------------------- ------------------//int persen_to_bright(int persen) { // PERSEN:// 0..100 // RETURN BRIGHT // 255..0 return 256 - pow(2, persen / persen_to_bright_factor);}void set_led(int color, int bright) { // WARNA:// 0 =HIJAU // 1 =KUNING // 2 =MERAH // 3 =CYAN // 4 =BIRU / / 5 =MAGENTA // 6 =WHITE // // BRIGHT:// 0 =OFF // .. // 100 =MAX #ifdef DEBUG Serial.println("Setting LED"); Serial.println(); #endif if (warna <0 || warna> 6 || cerah <0 || cerah> 100) { return; } int led_r_bright =255; int led_g_bright =255; int led_b_bright =255; int bright_aux =persen_to_bright(terang); switch (warna) { case 0:// HIJAU led_g_bright =bright_aux; merusak; kasus 1:// KUNING led_r_bright =bright_aux; led_g_bright =bright_aux; merusak; kasus 2:// MERAH led_r_bright =bright_aux; merusak; kasus 3:// CYAN led_g_bright =bright_aux; led_b_bright =terang_aux; merusak; kasus 4:// BIRU led_b_bright =bright_aux; merusak; kasus 5:// MAGENTA led_r_bright =bright_aux; led_b_bright =terang_aux; merusak; kasus 6:// PUTIH led_r_bright =bright_aux; led_g_bright =bright_aux; led_b_bright =terang_aux; merusak; } analogWrite(led_r_pin, led_r_bright); analogWrite(led_g_pin, led_g_bright); analogWrite(led_b_pin, led_b_bright); kembali;}//--------------------------------------------- -------------------------------//// FUNGSI (PERIKSA) ////------- -------------------------------------------------- -------------------//void check_prox() { if (!prox) { // PERIKSA KEJADIAN HANYA JIKA PROXIMITAS TIDAK TERDETEKSI if(digitalRead(prox_pin) ==RENDAH) { #ifdef DEBUG_PROX Serial.println("Kedekatan terdeteksi"); Serial.println(); #endif // SET LED HIJAU set_led(0, 100); kirim_data(2); proksi =benar; if (!vibr) { tunggu =benar; wait_time =milis() + wait_interval; } } }}void check_vibr() { if (!prox &&!vibr) { // PERIKSA GETARAN HANYA JIKA PROXIMITAS DAN GETARAN TIDAK TERDETEKSI if(digitalRead(vibr_pin) ==HIGH) { #ifdef DEBUG_VIBR Serial.println(" Getaran terdeteksi"); Serial.println(); #endif // SET LED KUNING set_led(1, 100); getar =benar; tunggu =benar; wait_time =milis() + wait_interval; } }}void check_wait() { if (tunggu &&milis()> wait_time) { if (!prox) { // SET LED MERAH set_led(2, 100); kirim_data(1); } mengatur ulang(); }}void check_dht() { if (!prox &&!vibr) { // PERIKSA DHT HANYA JIKA GETARAN TIDAK TERDETEKSI if (millis()> dht_time) { humi =dht.readHumidity(); suhu =dht.readSuhu(); panas =dht.computeHeatIndex(temp, humi, false); #ifdef DEBUG_DHT Serial.print("Kelembaban :"); Serial.print(humi); Serial.println("%"); Serial.print("Suhu :"); Serial.print(temp); Serial.println("C"); Serial.print("Indeks Kepala :"); Serial.print(panas); Serial.println("C"); Serial.println(""); #endif send_data(0); dht_time =milis() + dht_interval; } }}//-------------------------------------------------------- -------------------------------//// FUNGSI (MIS) ////------- -------------------------------------------------- -------------------//void send_data(int shot) { // SHOT:// 0 =NO DATA // 1 =WRONG SHOT (MISS) // 2 =TEMPAT KANAN (SKOR) Bluetooth.print(humi); Bluetooth.print(temp); Bluetooth.print(panas); Bluetooth.print(tembakan); #ifdef DEBUG_BLUE Serial.println("Bluetooth terkirim"); Serial.println(); #endif}void reset() { vibr =false; proksi =salah; tunggu =salah; penundaan (1000); // SET LED BIRU set_led(4, 100);}//----------------------------------- -----------------------------------------//// UTAMA //// -------------------------------------------------- --------------------------//void loop() { check_prox(); cek_vibr(); periksa_tunggu(); check_dht();}

Kode Android (2.0.0)Java

Tidak ada pratinjau (hanya unduhan).

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