有关详细信息,请阅读Robocup Documentation。
我正在做高级救援,如果您能帮助我,我将非常高兴。
谢谢。
int diff;
long redValue1;
long greenValue1;
long blueValue1;
long redValue2;
long greenValue2;
long blueValue2;
task main()
{
repeat(forever)
{
getColorRGB(S1, redValue1, greenValue1, blueValue1);
getColorRGB(S2, redValue2, greenValue2, blueValue2);
diff = greenValue1-greenValue2;
diff = diff*2;
motor[motorA] = -30 -diff;
motor[motorB] = diff+ -30;
if (getUSDistance(S3)<10)
{
motor[motorA] = -20;
motor[motorB] = 20;
delay(800);
motor[motorA] = -20;
motor[motorB] = -20;
delay(1200);
motor[motorA] = 20;
motor[motorB] = -20;
delay(800);
motor[motorA] = -20;
motor[motorB] = -20;
delay(3000);
motor[motorA] = 20;
motor[motorB] = -20;
delay(800);
motor[motorA] = -20;
motor[motorB] = -20;
delay(1200);
motor[motorA] = -20;
motor[motorB] = 20;
delay(800);
}
if (greenValue1>14 && redValue1<10 && blueValue1<10
&& greenValue2>14 && redValue2<10 && blueValue2<10){
playTone(200, 10);
motor[motorA] = -20;
motor[motorB] = -20;
delay(2000);
motor[motorA] = -20;
motor[motorA] = 20;
delay(3000);
motor[motorA] = -20;
motor[motorA] = 20;
waitUntil(getUSDistance(S3)<40);
motor[motorA] = -60;
motor[motorA] = -60;
motor[motorB] = -60;
motor[motorA] = -60;
motor[motorB] = -60;
delay(1000);
motor[motorA] = 60;
motor[motorB] = 60;
delay(600);
}else{
}
if (greenValue1>14 && redValue1<7 && blueValue1<7){
delay(100);
motor[motorA] = 40;
motor[motorB] = -40;
delay(250);
}else{
}
if (greenValue2>14 && redValue2<7 && blueValue2<7){
delay(100);
motor[motorA] = -40;
motor[motorB] = 40;
delay(250);
}else{
}
}
}
线跟随是从第一行到第十行。我试图将速度提高到100。但是我无法获得正确的比例。
答案 0 :(得分:0)
我个人没有在NXT上使用多个光传感器来跟踪光线。但是使用一个传感器,您应该能够获得不错的速度。我将在下面尝试说明如何执行此操作的代码。
(对NXT的RobotC不太熟悉,对不起!)
float diff; // change this to float
long redValue1;
long greenValue1;
long blueValue1;
long redValue2;
long greenValue2;
long blueValue2;
float kP = 0.5;
long targetSpeed = -30;
long targetGreenValue = 67;
// I don't know what this value should be. I suggest approximately 2/3rds toward white.
// If fully black = 0 and fully white = 100, then I would try 67.
task main()
{
repeat(forever)
{
getColorRGB(S1, redValue1, greenValue1, blueValue1);
diff = (greenValue1 - targetGreenValue)(float) * kP;
motor[motorA] = targetSpeed - round(diff);
motor[motorB] = targetSpeed + round(diff);
delay(10); // This is milliseconds, right?
}
}