void loop()
{
unsigned char i=0;
LED8(17,2);
delay(500);
LED8(17,8);
delay(500);
LED8(17,32);
delay(500);
LED8(17,128);
delay(500);
}
void loop()
{
unsigned char i=0;
LED8(17,i+2);
delay(500);
LED8(17,i+8);
delay(500);
LED8(17,i+32);
delay(500);
LED8(17,i+128);
delay(500);
}
void loop()
{
LED8(17,0b00000001);
delay(500);
LED8(17,0b00000010);
delay(500);
LED8(17,0b00000100);
delay(500);
LED8(17,0b00001000);
delay(500);
LED8(17,0b00010000);
delay(500);
LED8(17,0b00100000);
delay(500);
LED8(17,0b01000000);
delay(500);
LED8(17,0b10000000);
delay(500);
LED8(17,0b01000000);
delay(500);
LED8(17,0b00100000);
delay(500);
LED8(17,0b00010000);
delay(500);
LED8(17,0b00001000);
delay(500);
LED8(17,0b00000100);
delay(500);
LED8(17,0b00000010);
delay(500);
LED8(17,0b00000001);
delay(500);
}
void loop()
{
motor(1,100);
delay(500);
//motor(1,-100);
// delay(500);
if(sw1())
{
motor_stop(ALL);
while(ALL);
}
}
void setup()
{
sw_OK_press();
}
void loop()
{
if(sw_OK())
{
motor (1,40);
motor (2,40);
sleep(1000);
}
if(sw1())
{
motor_stop(ALL);
}
}
void setup()
{
sw_OK_press();
}
void loop()
{
{
sw_OK_press();
glcd(1,2,"Forward");
motor (1,50);
motor (2,40);
sleep(1000);
delay(500);
motor_stop(ALL);
}
{
sw_OK_press();
glcd(1,2,"Backward");
motor (1,-50);
motor (2,-40);
sleep(1000);
delay(500);
motor_stop(ALL);
}
{
sw_OK_press();
glcd(1,2,"SpinLeft");
motor (1,50);
motor (2,-40);
sleep(1000);
delay(1500);
motor_stop(ALL);
}
{
sw_OK_press();
glcd(1,2,"SpinRight");
motor (1,-50);
motor (2,40);
sleep(1000);
delay(1500);
motor_stop(ALL);
}
{
sw_OK_press();
tr(50);
glcd(1,2,"TurnLeft");
sleep(1000);
delay(1500);
motor_stop(ALL);
}
{
sw_OK_press();
tl(50);
glcd(1,2,"TurnRight");
sleep(1000);
delay(1500);
motor_stop(ALL);
}
{
sw_OK_press();
glcd(1,2,"ALL Motor Stop");
sleep(1000);
delay(1500);
motor_stop(ALL);
}
}
#include <ipst.h>
void setup()
{
sw_OK_press();
}
void loop()
{
{
sw_OK_press();
motor (1,50);
motor (2,40);
sleep(1000);
delay(150);
tl(30);
sleep(1000);
delay(200);
motor (1,50);
motor (2,40);
sleep(1000);
delay(80);
tl(30);
sleep(1000);
delay(200);
motor (1,50);
motor (2,40);
sleep(1000);
delay(150);
tl(30);
sleep(1000);
delay(200);
motor (1,50);
motor (2,40);
sleep(1000);
delay(80);
tl(30);
sleep(1000);
delay(200);
motor_stop(ALL);
}
}
รบกวนผู้รู้ อธิบาย Code Arduino แต่ละตัวให้หน่อยครับ
{
unsigned char i=0;
LED8(17,2);
delay(500);
LED8(17,8);
delay(500);
LED8(17,32);
delay(500);
LED8(17,128);
delay(500);
}
void loop()
{
unsigned char i=0;
LED8(17,i+2);
delay(500);
LED8(17,i+8);
delay(500);
LED8(17,i+32);
delay(500);
LED8(17,i+128);
delay(500);
}
void loop()
{
LED8(17,0b00000001);
delay(500);
LED8(17,0b00000010);
delay(500);
LED8(17,0b00000100);
delay(500);
LED8(17,0b00001000);
delay(500);
LED8(17,0b00010000);
delay(500);
LED8(17,0b00100000);
delay(500);
LED8(17,0b01000000);
delay(500);
LED8(17,0b10000000);
delay(500);
LED8(17,0b01000000);
delay(500);
LED8(17,0b00100000);
delay(500);
LED8(17,0b00010000);
delay(500);
LED8(17,0b00001000);
delay(500);
LED8(17,0b00000100);
delay(500);
LED8(17,0b00000010);
delay(500);
LED8(17,0b00000001);
delay(500);
}
void loop()
{
motor(1,100);
delay(500);
//motor(1,-100);
// delay(500);
if(sw1())
{
motor_stop(ALL);
while(ALL);
}
}
void setup()
{
sw_OK_press();
}
void loop()
{
if(sw_OK())
{
motor (1,40);
motor (2,40);
sleep(1000);
}
if(sw1())
{
motor_stop(ALL);
}
}
void setup()
{
sw_OK_press();
}
void loop()
{
{
sw_OK_press();
glcd(1,2,"Forward");
motor (1,50);
motor (2,40);
sleep(1000);
delay(500);
motor_stop(ALL);
}
{
sw_OK_press();
glcd(1,2,"Backward");
motor (1,-50);
motor (2,-40);
sleep(1000);
delay(500);
motor_stop(ALL);
}
{
sw_OK_press();
glcd(1,2,"SpinLeft");
motor (1,50);
motor (2,-40);
sleep(1000);
delay(1500);
motor_stop(ALL);
}
{
sw_OK_press();
glcd(1,2,"SpinRight");
motor (1,-50);
motor (2,40);
sleep(1000);
delay(1500);
motor_stop(ALL);
}
{
sw_OK_press();
tr(50);
glcd(1,2,"TurnLeft");
sleep(1000);
delay(1500);
motor_stop(ALL);
}
{
sw_OK_press();
tl(50);
glcd(1,2,"TurnRight");
sleep(1000);
delay(1500);
motor_stop(ALL);
}
{
sw_OK_press();
glcd(1,2,"ALL Motor Stop");
sleep(1000);
delay(1500);
motor_stop(ALL);
}
}
#include <ipst.h>
void setup()
{
sw_OK_press();
}
void loop()
{
{
sw_OK_press();
motor (1,50);
motor (2,40);
sleep(1000);
delay(150);
tl(30);
sleep(1000);
delay(200);
motor (1,50);
motor (2,40);
sleep(1000);
delay(80);
tl(30);
sleep(1000);
delay(200);
motor (1,50);
motor (2,40);
sleep(1000);
delay(150);
tl(30);
sleep(1000);
delay(200);
motor (1,50);
motor (2,40);
sleep(1000);
delay(80);
tl(30);
sleep(1000);
delay(200);
motor_stop(ALL);
}
}