void
TaskPointTest::Run()
{
GeoPoint gp1(Angle::degrees(fixed(20)), Angle::degrees(fixed(50)));
GeoPoint gp2(Angle::degrees(fixed(21)), Angle::degrees(fixed(50)));
DummyTaskPoint tp1(TaskPoint::AST, gp1, fixed(1234));
DummyTaskPoint tp2(TaskPoint::AAT, gp2, fixed(1337));
DummyTaskPoint tp3(TaskPoint::START, gp1, fixed(1234));
DummyTaskPoint tp4(TaskPoint::FINISH, gp2, fixed(1337));
ok1(tp1.IsIntermediatePoint());
ok1(tp1.GetType() == TaskPoint::AST);
ok1(equals(tp1.GetBaseElevation(), 1234));
ok1(!tp1.HasTarget());
ok1(equals(tp1.Distance(gp2), gp1.distance(gp2)));
ok1(equals(tp1.GetLocation(), gp1));
ok1(tp2.IsIntermediatePoint());
ok1(tp2.GetType() == TaskPoint::AAT);
ok1(tp2.HasTarget());
ok1(!tp3.IsIntermediatePoint());
ok1(tp3.GetType() == TaskPoint::START);
ok1(!tp3.HasTarget());
ok1(!tp4.IsIntermediatePoint());
ok1(tp4.GetType() == TaskPoint::FINISH);
ok1(!tp4.HasTarget());
}
int main()
{
// First, some point examples
tracktable::TrajectoryPoint tp1(100.0,40);
tracktable::TrajectoryPoint tp2(105.0,45);
// This works, but...
boost::geometry::distance<
tracktable::PointBaseLonLat<double>,
tracktable::PointBaseLonLat<double> >(tp1,tp2);
// This doesn't. Probably a boost geometry registration issue...
boost::geometry::distance(tp1,tp2);
// Now some point/track distance examples
tracktable::TrajectoryPoint tp3(110.0,30);
tracktable::TrajectoryPoint tp4(115.0,35);
tracktable::TrajectoryPoint tp5(120.0,40);
tracktable::TrajectoryPoint tp6(125.0,45);
tracktable::PointBaseLonLat<double> ll3(110.0,30);
tracktable::PointBaseLonLat<double> ll4(115.0,35);
tracktable::PointBaseLonLat<double> ll5(120.0,40);
tracktable::PointBaseLonLat<double> ll6(125.0,45);
tracktable::Trajectory<tracktable::TrajectoryPoint> tp_traj;
tracktable::Trajectory<tracktable::PointBaseLonLat<double> > ll_traj;
tp_traj.add_point(tp3);
tp_traj.add_point(tp4);
tp_traj.add_point(tp5);
tp_traj.add_point(tp6);
ll_traj.add_point(ll3);
ll_traj.add_point(ll4);
ll_traj.add_point(ll5);
ll_traj.add_point(ll6);
// This doesn't work, but probably would if the linestring was registered
boost::geometry::distance(ll_traj,ll3);
// This doesn't work and needs to linestring and point registered
boost::geometry::distance(tp_traj,tp3);
// Now some math examples
// This doesn't work...
boost::geometry::multiply_value(tp3,0.5);
// ...but this does. Again, probably a registration issue
boost::geometry::multiply_value(ll3,0.5);
return 0;
}
int main(int argc, char *argv[])
{
TreeNode tp1(1);
TreeNode tq1(1);
TreeNode tp2(2);
TreeNode tq2(2);
TreeNode tp3(3);
TreeNode tq3(3);
//tp1.left = &tp2;
//tp1.right = &tp3;
//tq1.left = &tq2;
//tq1.right = &tq3;
Solution so;
std::cout << so.isSameTree(&tp1, &tp2) << std::endl;
return 0;
}