text: More formally, the sensors can be divided into 6 types: * there are mk sensors of the first type; each such sensor is installed in (0, y, z), where y ∈ [1, m] and z ∈ [1, k], and it sends a ray that is parallel to the Ox axis and has the same direction; * there are mk sensors of the second type; each such sensor is installed in (n + 1, y, z), where y ∈ [1, m] and z ∈ [1, k], and it sends a ray that is parallel to the Ox axis and has the opposite direction; * there are nk sensors of the third type; each such sensor is installed in (x, 0, z), where x ∈ [1, n] and z ∈ [1, k], and it sends a ray that is parallel to the Oy axis and has the same direction; * there are nk sensors of the fourth type; each such sensor is installed in (x, m + 1, z), where x ∈ [1, n] and z ∈ [1, k], and it sends a ray that is parallel to the Oy axis and has the opposite direction; * there are nm sensors of the fifth type; each such sensor is installed in (x, y, 0), where x ∈ [1, n] and y ∈ [1, m], and it sends a ray that is parallel to the Oz axis and has the same direction; * finally, there are nm sensors of the sixth type; each such sensor is installed in (x, y, k + 1), where x ∈ [1, n] and y ∈ [1, m], and it sends a ray that is parallel to the Oz axis and has the opposite direction.Polycarp has invited his friend Monocarp to play with him.Of course, as soon as Monocarp saw a large parallelepiped bounded by sensor blocks, he began to wonder what was inside of it.Polycarp didn't want to tell Monocarp the exact shape of the figure, so he provided Monocarp with the data from all sensors and told him to try guessing the contents of the parallelepiped by himself.After some hours of thinking, Monocarp has no clue about what's inside the sensor-bounded space.But he does not want to give up, so he decided to ask for help.Can you write a program that will analyze the sensor data and construct any figure that is consistent with it?