Computer Programming (for)
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- Words: 388
- Pages: 19
1)
Code import stanford.karel.Karel;
/** * */
/** * @author student
* */ public class GrandFatherKarel extends Karel {
/** * @param args */ public void run() { while (frontIsClear()) { for (int i = 0; i < 5; i++) { fillPothole(); } } }
public void fillPothole() { move(); turnRight(); move(); putBeeper(); turnAround(); move();
turnRight(); move(); }
public void turnRight() { turnLeft(); turnLeft(); turnLeft();
}
private void turnAround() { turnLeft(); turnLeft();
}
}
2)
Code
import stanford.karel.Karel;
/** * */
/** * @author student * */ public class FirstKarel extends Karel {
/** * @param args */ public void run() { while (frontIsClear()) { move(); while (leftIsClear()) { turnLeft(); move(); putBeeper();
turnAround(); move(); turnLeft(); move();
}
} turnAround(); while (frontIsClear()) { move(); while (leftIsClear()) { turnLeft(); move(); putBeeper(); turnAround(); move(); turnLeft(); move(); }
}
turnAround();
}
public void turnAround() { turnLeft(); turnLeft();
}
}
3)
Code import stanford.karel.Karel;
/** * */
/** * @author student * */ public class MethodKarel extends Karel {
/** * @param args */ public void run() { while (frontIsClear()) { move();
} turnRight(); move(); putBeeper(); turnAround(); move(); move(); turnRight(); move(); move(); move(); turnRight(); move(); putBeeper();
turnAround(); move(); turnRight(); move(); move(); move(); turnRight(); move(); putBeeper(); turnAround(); move(); turnRight(); move(); turnLeft(); while (frontIsClear()) { move(); } turnLeft(); while (frontIsClear()) { move(); } turnLeft();
while (frontIsClear()) { move(); } turnLeft(); }
public void turnRight() { turnLeft(); turnLeft(); turnLeft(); }
public void turnAround() { turnLeft(); turnLeft();
}
}
4)
Code import stanford.karel.Karel;
/** * */
/** * @author student * */ public class SecondKarel extends Karel {
/** * @param args */ public void run() { turnLeft(); move(); turnRight(); move(); turnLeft(); move(); turnRight(); move(); pickBeeper(); move(); pickBeeper(); move(); turnRight(); move(); turnLeft(); move(); turnRight(); move(); putBeeper(); turnAround(); move(); turnRight(); move(); turnLeft();
move(); turnRight(); move(); move(); turnRight(); move(); putBeeper(); turnAround(); move(); turnRight(); move();
}
public void turnRight() { turnLeft(); turnLeft(); turnLeft(); } public void turnAround(){ turnLeft(); turnLeft(); }
}
5)
Code import stanford.karel.Karel;
/** * */
/** * @author student * */ public class MotherKarel extends Karel {
/** * @param args */ public void run() { while (frontIsClear()) { move(); } turnLeft(); move(); turnRight(); while (frontIsClear()) { move(); } pickBeeper(); turnLeft(); move(); turnRight(); while (frontIsClear()) { move(); } pickBeeper(); turnLeft(); move(); turnRight(); while (frontIsClear()) { move(); }
}
public void turnRight() { turnLeft(); turnLeft(); turnLeft(); }
}
Code import stanford.karel.Karel;
/** * */
/** * @author student
* */ public class GrandFatherKarel extends Karel {
/** * @param args */ public void run() { while (frontIsClear()) { for (int i = 0; i < 5; i++) { fillPothole(); } } }
public void fillPothole() { move(); turnRight(); move(); putBeeper(); turnAround(); move();
turnRight(); move(); }
public void turnRight() { turnLeft(); turnLeft(); turnLeft();
}
private void turnAround() { turnLeft(); turnLeft();
}
}
2)
Code
import stanford.karel.Karel;
/** * */
/** * @author student * */ public class FirstKarel extends Karel {
/** * @param args */ public void run() { while (frontIsClear()) { move(); while (leftIsClear()) { turnLeft(); move(); putBeeper();
turnAround(); move(); turnLeft(); move();
}
} turnAround(); while (frontIsClear()) { move(); while (leftIsClear()) { turnLeft(); move(); putBeeper(); turnAround(); move(); turnLeft(); move(); }
}
turnAround();
}
public void turnAround() { turnLeft(); turnLeft();
}
}
3)
Code import stanford.karel.Karel;
/** * */
/** * @author student * */ public class MethodKarel extends Karel {
/** * @param args */ public void run() { while (frontIsClear()) { move();
} turnRight(); move(); putBeeper(); turnAround(); move(); move(); turnRight(); move(); move(); move(); turnRight(); move(); putBeeper();
turnAround(); move(); turnRight(); move(); move(); move(); turnRight(); move(); putBeeper(); turnAround(); move(); turnRight(); move(); turnLeft(); while (frontIsClear()) { move(); } turnLeft(); while (frontIsClear()) { move(); } turnLeft();
while (frontIsClear()) { move(); } turnLeft(); }
public void turnRight() { turnLeft(); turnLeft(); turnLeft(); }
public void turnAround() { turnLeft(); turnLeft();
}
}
4)
Code import stanford.karel.Karel;
/** * */
/** * @author student * */ public class SecondKarel extends Karel {
/** * @param args */ public void run() { turnLeft(); move(); turnRight(); move(); turnLeft(); move(); turnRight(); move(); pickBeeper(); move(); pickBeeper(); move(); turnRight(); move(); turnLeft(); move(); turnRight(); move(); putBeeper(); turnAround(); move(); turnRight(); move(); turnLeft();
move(); turnRight(); move(); move(); turnRight(); move(); putBeeper(); turnAround(); move(); turnRight(); move();
}
public void turnRight() { turnLeft(); turnLeft(); turnLeft(); } public void turnAround(){ turnLeft(); turnLeft(); }
}
5)
Code import stanford.karel.Karel;
/** * */
/** * @author student * */ public class MotherKarel extends Karel {
/** * @param args */ public void run() { while (frontIsClear()) { move(); } turnLeft(); move(); turnRight(); while (frontIsClear()) { move(); } pickBeeper(); turnLeft(); move(); turnRight(); while (frontIsClear()) { move(); } pickBeeper(); turnLeft(); move(); turnRight(); while (frontIsClear()) { move(); }
}
public void turnRight() { turnLeft(); turnLeft(); turnLeft(); }
}
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