sample_program.cmm

types {
  struct {
    int x;
    int y;
  } pos;
}


functions {
  int getPosition(int initialPosition; int velocity; int time;);
} implementation {
  # St = S0 + v * t
  int getPosition(int initialPosition; int velocity; int time;) {
    return initialPosition + velocity * time;
  }
}


main {
  int positionsX[256];
  pos currentPosition;
  int time = 0;
  int velocityX;
  int velocityY = 1;

  currentPosition.x = 0;
  currentPosition.y = 0;


  print("Please type a velocity for the X axys: ");
  read(velocityX);

  # Calculate the position during 60 seconds
  while (time <= 60) {
    currentPosition.x = getPosition(currentPosition.x, velocityX, time);
    currentPosition.y = getPosition(currentPosition.y, velocityY, time);

    positionsX[time] = currentPosition.x;

    # Print the updated time and position every 5 seconds
    if (time % 5 == 0) {
      print("\nTime: ");
      print(time);
      print("\nPosition: ");
      print(currentPosition.x);
    }

    time = time + 1;
  }
}