KRTMI_Titanium2022
Robot Sulistia, Full Kodingan Lomba KRTMI 2022
Dependencies: MPU9250 Motor PID QEI SRF05 mbed
PIDremote.cpp
- Committer:
- photonicbabe
- Date:
- 24 months ago
- Revision:
- 0:a2b784a0e760
File content as of revision 0:a2b784a0e760:
#include "mbed.h"
#include "Motor.h"
#include "QEI.h"
#include "PID.h"
#define i2c_address 0x60
Serial pc(USBTX, USBRX);
Serial bluetooth(PB_6, PA_10);
I2C CMPS(PB_4, PA_8);
//SRF05 ultra(PA_9, PC_7);
float jarak;
DigitalOut trigPin1(PA_9); // sensor tengah
DigitalIn echoPin1(PC_7);
DigitalIn ir(PB_9);
int eksistensi_koin;
int ada = 0;
int tidak_ada = 1;
int i;
int kecepatan_state;
QEI DepanKananQEI(PB_8, PC_9, NC, 986); //roda depan kanan PB_1, PB_15, NC, 624
QEI BelakangKananQEI(PB_1, PB_15, NC, 986); //roda belakang kiri PB_14, PB_13, NC, 624
QEI DepanKiriQEI(PC_12, PC_10, NC, 986); //roda depan kiri
QEI BelakangKiriQEI(PB_7, PA_15, NC, 986); //roda belakang kiri
//Tuning Di alas
//PID DepanKananPID(0.40, 0.020, 0.00001, 0.02); //0000001 Kc, Ti, Td MOTOR baru nomor 1
//PID BelakangKananPID(0.37, 0.018, 0.0000000001, 0.02); //Kc, Ti, Td MOTOR baru nomor 2
//PID BelakangKiriPID(0.496, 0.0565, 0.0000000001, 0.02); //Kc, Ti, Td MOTOR baru nomor 3
//PID DepanKiriPID(0.85, 0.08, 0.000000000001, 0.02); //Kc, Ti, Td MOTOR baru nomor 4
//Tuning Di Lantai
//PID DepanKananPID(0.5, 0.020, 0.00001, 0.02); //0000001 Kc, Ti, Td MOTOR baru nomor 1
//PID BelakangKananPID(0.5, 0.022, 0.00000000001, 0.02);
//PID BelakangKiriPID(0.496, 0.0565, 0.0000000001, 0.02); //Kc, Ti, Td MOTOR baru nomor 3
//PID DepanKiriPID(0.85, 0.08, 0.000000000001, 0.02); //Kc, Ti, Td MOTOR baru nomor 4
PID DepanKananPID(0.8, 0.1, 0.00000001, 0.02); //0000001 Kc, Ti, Td MOTOR baru nomor 1
PID BelakangKananPID(0.78, 0.1, 0.0000001, 0.02);
PID BelakangKiriPID(0.78, 0.1, 0.000000001, 0.02); //Kc, Ti, Td MOTOR baru nomor 3
PID DepanKiriPID(0.87, 0.1, 0.000001, 0.02); //Kc, Ti, Td MOTOR baru nomor 4
Motor DepanKanan(PC_6, PA_11, PB_12);
Motor DepanKiri(PA_0, PA_4, PB_0);
Motor BelakangKanan(PC_8, PC_5, PA_12);
Motor BelakangKiri(PA_1, PC_1, PC_0);
PwmOut Servo(PA_7);
PwmOut Servo2(PB_10);
Timer t_jalan;
Timer t2;
Timer t;
Timer t_capit;
char nilai, huruf;
int Jalan;
int Jalan_Maju =1;
int Berhenti = 0;
int Jalan_Mundur = 2;
int Jalan_Kanan = 3;
int Jalan_Kiri = 4;
int ke_setpoint = 5;
int mode_inverse = 6;
int Rotasi_Kanan = 7;
int Rotasi_Kiri = 8;
int Belok_Kanan = 9;
int Belok_Kiri = 10;
int Muter_Kiri = 11;
int Muter_Kanan =12;
int Capit_Buka = 13;
int Capit_Muter = 14;
int Cari_Koin1 = 15;
int Cari_Koin2 = 16;
int Mundur_Belok_Kanan = 17;
int Mundur_Belok_Kiri = 18;
int Ganti_Kecepatan = 19;
int DepanKananPulses = 0;
int DepanKananPrevPulses = 0;
float DepanKananVelocity = 0.0;
int BelakangKananPulses = 0;
int BelakangKananPrevPulses = 0;
float BelakangKananVelocity = 0.0;
int BelakangKiriPulses = 0;
int BelakangKiriPrevPulses = 0;
float BelakangKiriVelocity = 0.0;
int DepanKiriPulses = 0;
int DepanKiriPrevPulses = 0;
float DepanKiriVelocity = 0.0;
int Depan_Kanan_Count;
int Depan_Kiri_Count;
int Belakang_Kanan_Count;
int Belakang_Kiri_Count;
int d_pulse_DepanKanan;
int d_pulse_DepanKiri;
int d_pulse_BelakangKanan;
int d_pulse_BelakangKiri;
int koordinat_x_DepanKiri;
int koordinat_x_DepanKanan;
int koordinat_x_BelakangKiri;
int koordinat_x_BelakangKanan;
int koordinat_y_DepanKiri;
int koordinat_y_DepanKanan;
int koordinat_y_BelakangKiri;
int koordinat_y_BelakangKanan;
float koordinat_x;
float koordinat_y;
int Resolusi = 986;
float pi = 3.141;
float diameter = 5.8f;
float rtd = pi/180.0f;
int setpoint_x;
int setpoint_y;
float radius = 0.029;
float orientasi;
int orientasi_2;
int target_orientasi;
float waktu;
int BEARING_Register;
char bits[2];
int _byteHigh;
int _byteLow;
float bearing;
float target_depan_kiri;
float target_depan_kanan;
float target_belakang_kiri;
float target_belakang_kanan;
float arah_depan_kiri;
float arah_depan_kanan;
float arah_belakang_kiri;
float arah_belakang_kanan;
float temp_x_DepanKiri;
float temp_x_DepanKanan;
float temp_x_BelakangKanan;
float temp_x_BelakangKiri;
float temp_y_DepanKiri;
float temp_y_DepanKanan;
float temp_y_BelakangKanan;
float temp_y_BelakangKiri;
float temp_x;
float temp_y;
float terhadap_x;
float terhadap_y;
int koordinat_x_bulat;
int koordinat_y_bulat;
float target_x_basis;
float target_y_basis;
float sudut_awal;
int capit_state;
int capit2_state;
void fungsi_bluetooth(void)
{
if(bluetooth.readable())
{
setpoint_x = bluetooth.getc();
setpoint_y = bluetooth.getc();
int target_sudut = bluetooth.getc();
nilai = bluetooth.getc();
if (nilai == 'S')
{
huruf = 'S';
Jalan = Berhenti;
}
else if (nilai == 'F')
{
huruf = 'F';
Jalan = Jalan_Maju;
}
else if(nilai =='B')
{
huruf = 'B';
Jalan = Jalan_Mundur;
}
else if(nilai =='L')
{
huruf = 'L';
Jalan = Jalan_Kiri;
}
else if(nilai =='K')
{
huruf = 'K';
Jalan = Belok_Kiri;
}
else if(nilai =='A')
{
huruf = 'A';
Jalan = Belok_Kanan;
}
else if(nilai =='R')
{
huruf = 'R';
Jalan = Jalan_Kanan;
}
else if(nilai =='Q')
{
huruf = 'Q';
Jalan = Muter_Kiri;
}
else if(nilai =='E')
{
huruf = 'E';
Jalan = Muter_Kanan;
}
else if(nilai =='M')
{
huruf = 'M';
Jalan = Rotasi_Kanan;
}
else if(nilai =='W')
{
huruf = 'W';
Jalan = Rotasi_Kiri;
}
else if(nilai == 'U')
{
huruf = 'U';
Jalan = Mundur_Belok_Kiri;
}
else if(nilai == 'V')
{
huruf = 'V';
Jalan = Mundur_Belok_Kanan;
}
else if(nilai =='T')
{
huruf = 'T';
Jalan = Capit_Buka;
}
else if(nilai =='O')
{
huruf = 'O';
Jalan = Capit_Muter;
}
else if(nilai =='J')
{
huruf = 'J';
Jalan = Cari_Koin1;
//Jalan = ke_setpoint;
}
else if(nilai =='H')
{
huruf = 'H';
Jalan = Cari_Koin2;
//Jalan = ke_setpoint;
}
else if(nilai =='Y')
{
huruf = 'G';
Jalan = ke_setpoint;
}
else if(nilai == 'G')
{
huruf = 'G';
Jalan = mode_inverse;
}
else if(nilai == 'X')
{
huruf = 'X';
Jalan = Ganti_Kecepatan;
}
else if(nilai == 'S')
{
Jalan = Berhenti;
}
else if(nilai == 'p')
{
NVIC_SystemReset();
}
}
}
void kosongkan()
{
BelakangKananQEI.reset();
DepanKananQEI.reset();
DepanKiriQEI.reset();
BelakangKiriQEI.reset();
DepanKananPulses = 0;
DepanKananPrevPulses = 0;
DepanKananVelocity = 0.0;
BelakangKananPulses = 0;
BelakangKananPrevPulses = 0;
BelakangKananVelocity = 0.0;
BelakangKiriPulses = 0;
BelakangKiriPrevPulses = 0;
BelakangKiriVelocity = 0.0;
DepanKiriPulses = 0;
DepanKiriPrevPulses = 0;
DepanKiriVelocity = 0.0;
}
void proses_kecepatan()
{
DepanKananPulses = DepanKananQEI.getPulses();
d_pulse_DepanKanan = DepanKananPulses - DepanKananPrevPulses;
DepanKananVelocity = (DepanKananPulses - DepanKananPrevPulses) / 0.02;
DepanKananPrevPulses = DepanKananPulses;
DepanKananPID.setProcessValue(fabs(DepanKananVelocity));
DepanKiriPulses = DepanKiriQEI.getPulses();
d_pulse_DepanKiri = DepanKiriPulses - DepanKiriPrevPulses;
DepanKiriVelocity = (DepanKiriPulses - DepanKiriPrevPulses) / 0.02;
DepanKiriPrevPulses = DepanKiriPulses;
DepanKiriPID.setProcessValue(fabs(DepanKiriVelocity));
BelakangKananPulses = BelakangKananQEI.getPulses();
d_pulse_BelakangKanan = BelakangKananPulses - BelakangKananPrevPulses;
BelakangKananVelocity = (BelakangKananPulses - BelakangKananPrevPulses) / 0.02;
BelakangKananPrevPulses = BelakangKananPulses;
BelakangKananPID.setProcessValue(fabs(BelakangKananVelocity));
BelakangKiriPulses = BelakangKiriQEI.getPulses();
d_pulse_BelakangKiri = BelakangKiriPulses - BelakangKiriPrevPulses;
BelakangKiriVelocity = (BelakangKiriPulses - BelakangKiriPrevPulses) / 0.02;
BelakangKiriPrevPulses = BelakangKiriPulses;
BelakangKiriPID.setProcessValue(fabs(BelakangKiriVelocity));
}
float Get_Yaw()
{
CMPS.unlock();
CMPS.start();
// to indicate an i2c read, shift the 7 bit address up 1 bit and set bit 0 to a 1
CMPS.write(i2c_address << 1);
int writeResult = CMPS.write(BEARING_Register);
if(writeResult != 1)
{
pc.printf("%d\n", writeResult);
return bearing;
}
else
{
CMPS.stop();
CMPS.read(i2c_address <<1, bits, 2);
_byteHigh = bits[0];
_byteLow = bits[1];
bearing = ((_byteHigh<<=8) + _byteLow) / 10;
return bearing;
}
}
void Get_Count()
{
Depan_Kanan_Count = Depan_Kanan_Count + d_pulse_DepanKanan;
Depan_Kiri_Count = Depan_Kiri_Count + d_pulse_DepanKiri;
Belakang_Kanan_Count = Belakang_Kanan_Count + d_pulse_BelakangKanan;
Belakang_Kiri_Count = Belakang_Kiri_Count + d_pulse_BelakangKiri;
temp_y_DepanKiri = ((double)d_pulse_DepanKiri/(double)Resolusi)*pi*diameter*cos(45.0f*rtd);
temp_y_DepanKanan = ((double)d_pulse_DepanKanan/(double)Resolusi)*pi*diameter*cos(135.0f*rtd);
temp_y_BelakangKanan = ((double)d_pulse_BelakangKanan/(double)Resolusi)*pi*diameter*cos(225.0f*rtd);
temp_y_BelakangKiri = ((double)d_pulse_BelakangKiri/(double)Resolusi)*pi*diameter*cos(315.0f*rtd);
temp_x_DepanKiri = ((double)d_pulse_DepanKiri/(double)Resolusi)*pi*diameter*sin(45.0f*rtd);
temp_x_DepanKanan = ((double)d_pulse_DepanKanan/(double)Resolusi)*pi*diameter*sin(135.0f*rtd);
temp_x_BelakangKanan = ((double)d_pulse_BelakangKanan/(double)Resolusi)*pi*diameter*sin(225.0f*rtd);
temp_x_BelakangKiri = ((double)d_pulse_BelakangKiri/(double)Resolusi)*pi*diameter*sin(315.0f*rtd);
temp_x = (temp_x_DepanKiri + temp_x_DepanKanan + temp_x_BelakangKiri + temp_x_BelakangKanan)/2;
temp_y = (temp_y_DepanKiri + temp_y_DepanKanan + temp_y_BelakangKiri + temp_y_BelakangKanan)/2;
terhadap_x = -1*(double)temp_y*sin(orientasi*rtd) + (double)temp_x*cos(orientasi*rtd);
terhadap_y = (double)temp_y*cos(orientasi*rtd) + (double)temp_x*sin(orientasi*rtd);
}
void Cari_Koordinat()
{
orientasi = -1.0f * ((double)Get_Yaw()- sudut_awal);
orientasi_2 = orientasi;
koordinat_y = koordinat_y + terhadap_y;
koordinat_x = koordinat_x + terhadap_x;
koordinat_x_bulat = koordinat_x;
koordinat_y_bulat = koordinat_y;
}
float cari_abs(float a)
{
if(a<0)
{
if(fabs(a)<20)
{
return 0.0f;
}
else if(fabs(a)>=20)
{
return -1.0f;
}
}
else if(a>0)
{
if(fabs(a)<20)
{
return 0.0f;
}
else if(fabs(a)>=20)
{
return 1.0f;
}
}
else
{
return 0.0f;
}
}
void cari_inverse(float setpoint_sudut, float target_x, float target_y)
{
//mengganti basis vektor berdasarkan sudut(rotasi axis)
setpoint_sudut = setpoint_sudut*rtd;
target_x = target_x - koordinat_x;
target_y = target_y - koordinat_y;
target_x_basis = target_x*cos(setpoint_sudut*-1.0f) - target_y*sin(setpoint_sudut*-1.0f);
target_y_basis = target_x*sin(setpoint_sudut*-1.0f) + target_y*cos(setpoint_sudut*-1.0f);
target_x = target_x_basis;
target_y = target_y_basis;
//meengganti satuan target
float target_vx;
float target_vy;
target_x = (double)target_x/100.0f;
target_y = (double)target_y/100.0f;
//mencari target kecepatan translasi dari robot
//maks kecepatan translasi per aksis 0.6 m/s
if(fabs(target_x)>fabs(target_y))
{
if((target_x<0)&&(target_y<0))
{
target_vx = -0.6;
target_vy = ((double)target_y/(double)target_x)*target_vx;
}
else if((target_x<0)&&(target_y>0))
{
target_vx = -0.6;
target_vy = ((double)target_y/(double)target_x)*target_vx;
}
else if((target_x>0)&&(target_y>0))
{
target_vx = 0.6;
target_vy = ((double)target_y/(double)target_x)*target_vx;
}
else if((target_x>0)&&(target_y<0))
{
target_vx = 0.6;
target_vy = ((double)target_y/(double)target_x)*target_vx;
}
else if((target_y==0)&&(target_x>0))
{
target_vx = 0.6;
target_vy = 0;
}
else if((target_y==0)&&(target_x<0))
{
target_vx = -0.6;
target_vy = 0;
}
}
else if(fabs(target_x)<fabs(target_y))
{
if((target_x<0)&&(target_y<0))
{
target_vy = -0.6;
target_vx = ((double)target_x/(double)target_y)*target_vy;
}
else if((target_x<0)&&(target_y>0))
{
target_vy = 0.6;
target_vx = ((double)target_x/(double)target_y)*target_vy;
}
else if((target_x>0)&&(target_y>0))
{
target_vy = 0.6;
target_vx = ((double)target_x/(double)target_y)*target_vy;
}
else if((target_x>0)&&(target_y<0))
{
target_vy = -0.6;
target_vx = ((double)target_x/(double)target_y)*target_vy;
}
else if((target_x==0)&&(target_y>0))
{
target_vy = 0.6;
target_vx = 0;
}
else if((target_x==0)&&(target_y<0))
{
target_vy = -0.6;
target_vx = 0;
}
}
else if(fabs(target_x)==fabs(target_y))
{
if((target_x<0)&&(target_y<0))
{
target_vy = -0.6;
target_vx = target_vy;
}
else if((target_x<0)&&(target_y>0))
{
target_vy = 0.6;
target_vx = -1*target_vy;
}
else if((target_x>0)&&(target_y<0))
{
target_vy = -0.6;
target_vx = -1*target_vy;
}
else if((target_x>0)&&(target_y>0))
{
target_vy = 0.6;
target_vx = target_vy;
}
}
//mencari kecepatan sudut tiap roda berdasarkan target kecepatan translasi
target_depan_kiri = (1/radius)*(sin(45.0f*rtd)*target_vx + cos(45.0f*rtd)*target_vy);
target_depan_kanan = (1/radius)*(sin(135.0f*rtd)*target_vx + cos(135.0f*rtd)*target_vy);
target_belakang_kanan = (1/radius)*(sin(225.0f*rtd)*target_vx + cos(225.0f*rtd)*target_vy);
target_belakang_kiri = (1/radius)*(sin(315.0f*rtd)*target_vx + cos(315.0f*rtd)*target_vy);
target_depan_kiri = (target_depan_kiri*624.0f)/(2.0f*3.14);
target_depan_kanan = (target_depan_kanan*624.0f)/(2.0f*3.14);
target_belakang_kiri = (target_belakang_kiri*624.0f)/(2.0f*3.14);
target_belakang_kanan = (target_belakang_kanan*624.0f)/(2.0f*3.14);
//mengambil arah gerak motor
arah_depan_kiri = cari_abs(target_depan_kiri);
arah_depan_kanan = cari_abs(target_depan_kanan);
arah_belakang_kiri = cari_abs(target_belakang_kiri);
arah_belakang_kanan = cari_abs(target_belakang_kanan);
}
void set_inverse()
{
//memasukkan nilai target kecepatan sudut untuk setpoint PID
if(arah_depan_kanan!=0)
{
if(arah_depan_kiri==0)
{
DepanKananPID.setSetPoint(fabs(target_depan_kanan));
BelakangKiriPID.setSetPoint(fabs(target_belakang_kiri));
BelakangKananPID.setSetPoint(0);
DepanKiriPID.setSetPoint(0);
}
else if(arah_depan_kiri!=0)
{
DepanKananPID.setSetPoint(fabs(target_depan_kanan));
BelakangKiriPID.setSetPoint(fabs(target_belakang_kiri));
BelakangKananPID.setSetPoint(fabs(target_belakang_kanan));
DepanKiriPID.setSetPoint(fabs(target_depan_kiri));
}
}
else if(arah_depan_kiri!=0)
{
if(arah_depan_kanan==0)
{
DepanKananPID.setSetPoint(0);
BelakangKiriPID.setSetPoint(0);
BelakangKananPID.setSetPoint(fabs(target_belakang_kanan));
DepanKiriPID.setSetPoint(fabs(target_depan_kiri));
}
else if(arah_depan_kanan!=0)
{
DepanKananPID.setSetPoint(fabs(target_depan_kanan));
BelakangKiriPID.setSetPoint(fabs(target_belakang_kiri));
BelakangKananPID.setSetPoint(fabs(target_belakang_kanan));
DepanKiriPID.setSetPoint(fabs(target_depan_kiri));
}
}
}
void jalan_maju()
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
pc.printf("Jarak : %d\n", jarak);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
BelakangKanan.speed(BelakangKananPID.compute()*-1);
BelakangKiri.speed(BelakangKiriPID.compute());
DepanKanan.speed(DepanKananPID.compute()*-1);
DepanKiri.speed(DepanKiriPID.compute());
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
void jalan_mundur()
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
BelakangKanan.speed(BelakangKananPID.compute());
BelakangKiri.speed(BelakangKiriPID.compute()*-1);
DepanKanan.speed(DepanKananPID.compute());
DepanKiri.speed(DepanKiriPID.compute()*-1);
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
void jalan_kanan()
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
BelakangKanan.speed(BelakangKananPID.compute()*-1);
BelakangKiri.speed(BelakangKiriPID.compute()*-1);
DepanKanan.speed(DepanKananPID.compute());
DepanKiri.speed(DepanKiriPID.compute());
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
void jalan_kiri()
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
BelakangKanan.speed(BelakangKananPID.compute());
BelakangKiri.speed(BelakangKiriPID.compute());
DepanKanan.speed(DepanKananPID.compute()*-1);
DepanKiri.speed(DepanKiriPID.compute()*-1);
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
void jalan_rotasi_kanan()
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %d\n", orientasi_2);
BelakangKanan.speed(BelakangKananPID.compute());
BelakangKiri.speed(BelakangKiriPID.compute());
DepanKanan.speed(DepanKananPID.compute());
DepanKiri.speed(DepanKiriPID.compute());
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
void jalan_rotasi_kiri()
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %d\n", orientasi_2);
BelakangKanan.speed(BelakangKananPID.compute()*-1);
BelakangKiri.speed(BelakangKiriPID.compute()*-1);
DepanKanan.speed(DepanKananPID.compute()*-1);
DepanKiri.speed(DepanKiriPID.compute()*-1);
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
void berhenti()
{
t_jalan.reset();
t_jalan.start();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %d\n", orientasi_2);
DepanKanan.brake(0);
BelakangKanan.brake(0);
BelakangKiri.brake(0);
DepanKiri.brake(0);
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
void ke_setpoint_x()
{
if(koordinat_x_bulat<setpoint_x)
{
kosongkan();
while(koordinat_x_bulat<setpoint_x)
{
jalan_kanan();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(koordinat_x_bulat>setpoint_x)
{
kosongkan();
while(koordinat_x_bulat>setpoint_x)
{
jalan_kiri();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(koordinat_x_bulat==setpoint_x)
{
berhenti();
}
}
void ke_setpoint_y()
{
if(koordinat_y_bulat<setpoint_y)
{
kosongkan();
while(koordinat_y_bulat<setpoint_y)
{
jalan_maju();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(koordinat_y_bulat>setpoint_y)
{
kosongkan();
while(koordinat_y>setpoint_y)
{
jalan_mundur();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(koordinat_y_bulat==setpoint_y)
{
berhenti();
}
}
void mode_cepat()
{
target_depan_kanan = 1800.0f;
target_depan_kiri = 1800.0f;
target_belakang_kanan = 1800.0f;
target_belakang_kiri = 1800.0f;
}
void mode_lambat()
{
target_depan_kanan = 1000.0f;
target_depan_kiri = 1000.0f;
target_belakang_kanan = 1000.0f;
target_belakang_kiri = 1000.0f;
}
void ke_target_orientasi()
{
if(orientasi_2>target_orientasi)
{
kosongkan();
while(orientasi_2<target_orientasi)
{
jalan_rotasi_kiri();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(orientasi_2<target_orientasi)
{
kosongkan();
while(orientasi_2>target_orientasi)
{
jalan_rotasi_kanan();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(orientasi_2==target_orientasi)
{
berhenti();
}
}
void ke_target_orientasi2()
{
while(orientasi_2<target_orientasi)
{
jalan_rotasi_kiri();
if(orientasi_2 == target_orientasi)
{
berhenti();
}
}
while(orientasi_2>target_orientasi)
{
jalan_rotasi_kanan();
if(orientasi_2 == target_orientasi)
{
berhenti();
}
}
}
void jalan_inverse()
{
if((arah_depan_kiri==0)&&(arah_belakang_kanan==0)==1)
{
BelakangKiri.speed(BelakangKiriPID.compute()*arah_belakang_kiri);
DepanKanan.speed(DepanKananPID.compute()*arah_depan_kanan);
}
else if((arah_depan_kanan==0)&&(arah_belakang_kiri==0)==1)
{
BelakangKanan.speed(BelakangKiriPID.compute()*arah_belakang_kanan);
DepanKiri.speed(DepanKananPID.compute()*arah_depan_kiri);
}
else if(arah_depan_kiri!=0)
{
if(arah_depan_kanan!=0)
{
BelakangKiri.speed(BelakangKiriPID.compute()*arah_belakang_kiri);
DepanKanan.speed(DepanKananPID.compute()*arah_depan_kanan);
BelakangKanan.speed(BelakangKiriPID.compute()*arah_belakang_kanan);
DepanKiri.speed(DepanKananPID.compute()*arah_depan_kiri);
}
}
}
void cari_koin1()
{
target_orientasi = 180;
ke_target_orientasi();
while(jarak>=23)
{
//jarak = ultra.read();
jalan_maju();
}
//while(jarak<=20)
//{
// jalan_maju();
//}
//while(eksistensi_koin!=0)
//{
// jalan_kanan();
//}
}
float sensor(){
float jarak2;
int durasi;
trigPin1=1;
t.reset();
wait_us(10);
trigPin1=0;
while (echoPin1 == 0){
}t.start();
while (echoPin1 == 1)
{
}
t.stop();
durasi = t.read_us();
jarak2 = (double)(durasi) / 29.0f /2.0f ; // 29 kecepatan suara di udara (2.9 detik untuk 1 kilometer), dibagi 2 karena bolak-balik
return jarak2;
}
void cari_koin2()
{
while(orientasi != 180)
{
ke_target_orientasi();
}
while(jarak>=23)
{
//jarak = ultra.read();
jalan_maju();
}
//while(eksistensi_koin!=0)
//{
// jalan_kanan();
//}
}
int main()
{
pc.baud(38400);
bluetooth.baud(9600);
bluetooth.attach(&fungsi_bluetooth, Serial::RxIrq);
BEARING_Register = 0x02;
DepanKanan.period(0.01f);
BelakangKanan.period(0.01f);
BelakangKiri.period(0.01f); //Set motor PWM periods to 20KHz.
DepanKiri.period(0.01f);
DepanKananPID.setInputLimits(0, 3000);//Input units: counts per second.
DepanKananPID.setOutputLimits(0.0, 0.9);//Output units: PwmOut duty cycle as %.
DepanKananPID.setMode(AUTO_MODE);
BelakangKananPID.setInputLimits(0, 3000);
BelakangKananPID.setOutputLimits(0.0, 0.9);
BelakangKananPID.setMode(AUTO_MODE);
BelakangKiriPID.setInputLimits(0, 3000);
BelakangKiriPID.setOutputLimits(0.0, 0.9);
BelakangKiriPID.setMode(AUTO_MODE);
DepanKiriPID.setInputLimits(0, 3000);
DepanKiriPID.setOutputLimits(0.0, 0.9);
DepanKiriPID.setMode(AUTO_MODE);
DepanKananPID.setSetPoint(1400);
BelakangKananPID.setSetPoint(1400);
BelakangKiriPID.setSetPoint(1400);
DepanKiriPID.setSetPoint(1400);
sudut_awal = Get_Yaw();
while(1)
{
if(Jalan == Jalan_Maju)
{
DepanKananPID.setSetPoint(target_depan_kanan);
BelakangKananPID.setSetPoint(target_belakang_kanan);
BelakangKiriPID.setSetPoint(target_belakang_kiri);
DepanKiriPID.setSetPoint(target_depan_kiri);
kosongkan();
while(Jalan== Jalan_Maju)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %f\n", orientasi);
BelakangKanan.speed(BelakangKananPID.compute()*-1);
BelakangKiri.speed(BelakangKiriPID.compute());
DepanKanan.speed(DepanKananPID.compute()*-1);
DepanKiri.speed(DepanKiriPID.compute());
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(Jalan == Jalan_Mundur)
{
DepanKananPID.setSetPoint(target_depan_kanan);
BelakangKananPID.setSetPoint(target_belakang_kanan);
BelakangKiriPID.setSetPoint(target_belakang_kiri);
DepanKiriPID.setSetPoint(target_depan_kiri);
kosongkan();
while(Jalan== Jalan_Mundur)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %f\n", orientasi);
BelakangKanan.speed(BelakangKananPID.compute());
BelakangKiri.speed(BelakangKiriPID.compute()*-1);
DepanKanan.speed(DepanKananPID.compute());
DepanKiri.speed(DepanKiriPID.compute()*-1);
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(Jalan == Jalan_Kiri)
{
DepanKananPID.setSetPoint(target_depan_kanan);
BelakangKananPID.setSetPoint(target_belakang_kanan);
BelakangKiriPID.setSetPoint(target_belakang_kiri);
DepanKiriPID.setSetPoint(target_depan_kiri);
kosongkan();
while(Jalan== Jalan_Kiri)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %f\n", orientasi);
BelakangKanan.speed(BelakangKananPID.compute());
BelakangKiri.speed(BelakangKiriPID.compute());
DepanKanan.speed(DepanKananPID.compute()*-1);
DepanKiri.speed(DepanKiriPID.compute()*-1);
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(Jalan == Jalan_Kanan)
{
DepanKananPID.setSetPoint(target_depan_kanan);
BelakangKananPID.setSetPoint(target_belakang_kanan);
BelakangKiriPID.setSetPoint(target_belakang_kiri);
DepanKiriPID.setSetPoint(target_depan_kiri);
kosongkan();
while(Jalan== Jalan_Kanan)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %f\n", orientasi);
BelakangKanan.speed(BelakangKananPID.compute()*-1);
BelakangKiri.speed(BelakangKiriPID.compute()*-1);
DepanKanan.speed(DepanKananPID.compute());
DepanKiri.speed(DepanKiriPID.compute());
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
DepanKanan.brake(1);
BelakangKanan.brake(1);
BelakangKiri.brake(1);
DepanKiri.brake(1);
}
else if(Jalan == Rotasi_Kanan)
{
DepanKananPID.setSetPoint(target_depan_kanan-800.0f);
BelakangKananPID.setSetPoint(target_belakang_kanan-800.0f);
BelakangKiriPID.setSetPoint(target_belakang_kiri-800.0f);
DepanKiriPID.setSetPoint(target_depan_kiri-800.0f);
kosongkan();
while(Jalan== Rotasi_Kanan)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %f\n", orientasi);
BelakangKanan.speed(BelakangKananPID.compute());
BelakangKiri.speed(BelakangKiriPID.compute());
DepanKanan.speed(DepanKananPID.compute());
DepanKiri.speed(DepanKiriPID.compute());
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(Jalan == Rotasi_Kiri)
{
DepanKananPID.setSetPoint(target_depan_kanan-800.0f);
BelakangKananPID.setSetPoint(target_belakang_kanan-800.0f);
BelakangKiriPID.setSetPoint(target_belakang_kiri-800.0f);
DepanKiriPID.setSetPoint(target_depan_kiri-800.0f);
kosongkan();
while(Jalan== Rotasi_Kiri)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %f\n", orientasi);
BelakangKanan.speed(BelakangKananPID.compute()*-1);
BelakangKiri.speed(BelakangKiriPID.compute()*-1);
DepanKanan.speed(DepanKananPID.compute()*-1);
DepanKiri.speed(DepanKiriPID.compute()*-1);
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(Jalan == Belok_Kanan)
{
DepanKananPID.setSetPoint(target_depan_kanan-1000.0f);
BelakangKananPID.setSetPoint(target_belakang_kanan-1000.0f);
BelakangKiriPID.setSetPoint(target_belakang_kiri);
DepanKiriPID.setSetPoint(target_depan_kiri);
kosongkan();
while(Jalan== Belok_Kanan)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %f\n", orientasi);
BelakangKanan.speed(BelakangKananPID.compute()*-1);
BelakangKiri.speed(BelakangKiriPID.compute());
DepanKanan.speed(DepanKananPID.compute()*-1);
DepanKiri.speed(DepanKiriPID.compute());
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(Jalan == Mundur_Belok_Kanan)
{
DepanKananPID.setSetPoint(target_depan_kanan-1000.0f);
BelakangKananPID.setSetPoint(target_belakang_kanan-1000.0f);
BelakangKiriPID.setSetPoint(target_belakang_kiri);
DepanKiriPID.setSetPoint(target_depan_kiri);
kosongkan();
while(Jalan== Mundur_Belok_Kanan)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %f\n", orientasi);
BelakangKanan.speed(BelakangKananPID.compute());
BelakangKiri.speed(BelakangKiriPID.compute()*-1);
DepanKanan.speed(DepanKananPID.compute());
DepanKiri.speed(DepanKiriPID.compute()*-1);
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(Jalan == Mundur_Belok_Kiri)
{
DepanKananPID.setSetPoint(target_depan_kanan);
BelakangKananPID.setSetPoint(target_belakang_kanan);
BelakangKiriPID.setSetPoint(target_belakang_kiri-1000.0f);
DepanKiriPID.setSetPoint(target_depan_kiri-1000.0f);
kosongkan();
while(Jalan== Mundur_Belok_Kiri)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %f\n", orientasi);
BelakangKanan.speed(BelakangKananPID.compute());
BelakangKiri.speed(BelakangKiriPID.compute()*-1);
DepanKanan.speed(DepanKananPID.compute());
DepanKiri.speed(DepanKiriPID.compute()*-1);
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(Jalan == Belok_Kiri)
{
DepanKananPID.setSetPoint(target_depan_kanan);
BelakangKananPID.setSetPoint(target_belakang_kanan);
BelakangKiriPID.setSetPoint(target_belakang_kiri-1000);
DepanKiriPID.setSetPoint(target_depan_kiri-1000);
kosongkan();
while(Jalan== Belok_Kiri)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %f\n", orientasi);
BelakangKanan.speed(BelakangKananPID.compute()*-1);
BelakangKiri.speed(BelakangKiriPID.compute());
DepanKanan.speed(DepanKananPID.compute()*-1);
DepanKiri.speed(DepanKiriPID.compute());
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(Jalan == Muter_Kanan)
{
//DepanKananPID.setSetPoint(1400);
BelakangKananPID.setSetPoint(1400);
//BelakangKiriPID.setSetPoint(1400);
DepanKiriPID.setSetPoint(1400);
kosongkan();
while(Jalan== Muter_Kanan)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %f\n", orientasi);
BelakangKanan.speed(BelakangKananPID.compute()*-1);
//BelakangKiri.speed(BelakangKiriPID.compute()*-1);
//DepanKanan.speed(DepanKananPID.compute());
DepanKiri.speed(DepanKiriPID.compute());
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(Jalan == Muter_Kiri)
{
DepanKananPID.setSetPoint(1400);
//BelakangKananPID.setSetPoint(1400);
BelakangKiriPID.setSetPoint(1400);
//DepanKiriPID.setSetPoint(1400);
kosongkan();
while(Jalan== Muter_Kiri)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %f\n", orientasi);
//BelakangKanan.speed(BelakangKananPID.compute());
BelakangKiri.speed(BelakangKiriPID.compute()*1);
DepanKanan.speed(DepanKananPID.compute()*-1);
//DepanKiri.speed(DepanKiriPID.compute()*-1);
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
DepanKanan.brake();
BelakangKanan.brake();
BelakangKiri.brake();
DepanKiri.brake();
}
else if(Jalan == Ganti_Kecepatan)
{
if(kecepatan_state==0)
{
mode_lambat();
wait_ms(200);
kecepatan_state =1;
}
else if(kecepatan_state==1)
{
mode_cepat();
wait_ms(200);
kecepatan_state = 0;
}
}
else if(Jalan == ke_setpoint)
{
DepanKananPID.setSetPoint(1400);
BelakangKananPID.setSetPoint(1400);
BelakangKiriPID.setSetPoint(1400);
DepanKiriPID.setSetPoint(1400);
//while(Jalan == ke_setpoint)
//{
//ke_setpoint_x();
//ke_setpoint_y();
ke_target_orientasi();
//}
}
else if(Jalan == mode_inverse)
{
kosongkan();
cari_inverse(orientasi, (float)setpoint_x, (float)setpoint_y);
set_inverse();
while(Jalan == mode_inverse)
{
if((koordinat_x_bulat!=setpoint_x)&&(koordinat_y_bulat!=setpoint_y))
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
if(arah_depan_kanan!=0)
{
if(arah_depan_kiri==0)
{
BelakangKiri.speed(BelakangKiriPID.compute()*arah_belakang_kiri);
DepanKanan.speed(DepanKananPID.compute()*arah_depan_kanan);
BelakangKanan.brake(0);
DepanKiri.brake(0);
}
else if(arah_depan_kiri!=0)
{
BelakangKiri.speed(BelakangKiriPID.compute()*arah_belakang_kiri);
DepanKanan.speed(DepanKananPID.compute()*arah_depan_kanan);
BelakangKanan.speed(BelakangKananPID.compute()*arah_belakang_kanan);
DepanKiri.speed(DepanKiriPID.compute()*arah_depan_kiri);
}
}
else if(arah_depan_kiri!=0)
{
if(arah_depan_kanan==0)
{
BelakangKanan.speed(BelakangKananPID.compute()*arah_belakang_kanan);
DepanKiri.speed(DepanKiriPID.compute()*arah_depan_kiri);
BelakangKiri.brake(0);
DepanKanan.brake(0);
}
else if(arah_depan_kanan!=0)
{
BelakangKiri.speed(BelakangKiriPID.compute()*arah_belakang_kiri);
DepanKanan.speed(DepanKananPID.compute()*arah_depan_kanan);
BelakangKanan.speed(BelakangKananPID.compute()*arah_belakang_kanan);
DepanKiri.speed(DepanKiriPID.compute()*arah_depan_kiri);
}
}
pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %d\n", orientasi_2);
//pc.printf("X basis : %f\n", target_x_basis);
//pc.printf("Y basis : %f\n", target_y_basis);
//pc.printf("Depan Kiri : %f\n", target_depan_kiri);
//pc.printf("Depan Kanan : %f\n", target_depan_kanan);
//pc.printf("Belakang Kanan : %f\n", target_belakang_kanan);
//pc.printf("Belakang Kiri : %f\n", target_belakang_kiri);
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
}
}
else if(Jalan == Capit_Buka)
{
if(capit_state==0)
{
Servo.pulsewidth_us(1230);
capit_state=1;
wait_ms(200);
}
else if(capit_state==1)
{
Servo.pulsewidth_us(2400);
capit_state=0;
wait_ms(200);
}
/*else if(capit_state==2)
{
Servo.pulsewidth_us(1500);
capit_state=0;
wait_ms(200);
}
*/
}
else if(Jalan == Capit_Muter)
{
if(capit2_state==0)
{
for(i=1800; i>910; i--)
{
t_capit.reset();
t_capit.start();
Servo2.pulsewidth_us(i);
while(t_capit.read_ms()<1)
{
}
t_capit.stop();
}
capit2_state=1;
}
else if(capit2_state==1)
{
for(i=910; i<1800; i=i++)
{
t_capit.reset();
t_capit.start();
Servo2.pulsewidth_us(i);
while(t_capit.read_us()<600)
{
}
t_capit.stop();
}
capit2_state=0;
}
}
else if(Jalan == Cari_Koin1)
{
DepanKananPID.setSetPoint(1000);
BelakangKananPID.setSetPoint(1000);
BelakangKiriPID.setSetPoint(1000);
DepanKiriPID.setSetPoint(1000);
eksistensi_koin = ir.read();
jarak = sensor();
while(Jalan == Cari_Koin1)
{
//target_orientasi = 180;
//ke_target_orientasi2();
Servo.pulsewidth_us(2290);
wait_ms(100);
while(jarak>16.0f)
{
//jalan_maju();
jarak = sensor();
jalan_maju();
}
berhenti();
wait_ms(300);
while(eksistensi_koin== tidak_ada)
{
eksistensi_koin = ir.read();
jalan_kiri();
}
berhenti();
wait_ms(300);
Servo.pulsewidth_us(1190);
wait_ms(100);
t2.reset();
t2.start();
while(t2.read_ms()<1500)
{
jalan_mundur();
}
t2.stop();
//while(jarak<90)
//{
// jalan_mundur();
// jarak = sensor();
//}
//Servo2.pulsewidth_us(2200);
//target_orientasi = 0;
//ke_target_orientasi2();
}
}
else if(Jalan == Cari_Koin2)
{
while(Jalan == Cari_Koin2)
{
cari_koin2();
}
}
else if(Jalan == Berhenti)
{
kosongkan();
while(Jalan==Berhenti)
{
t_jalan.reset();
t_jalan.start();
proses_kecepatan();
Get_Count();
Cari_Koordinat();
//pc.printf("Koordinat X : %d\n", koordinat_x_bulat);
//pc.printf("Koordinat Y : %d\n", koordinat_y_bulat);
pc.printf("Orientasi : %d\n", orientasi_2);
DepanKanan.brake(0);
BelakangKanan.brake(0);
BelakangKiri.brake(0);
DepanKiri.brake(0);
while(t_jalan.read_ms()<=20)
{
}
t_jalan.reset();
}
}
}
}