Aerial Combat Event Simulation

This problem simulates an aerial combat scenario based on complex physical laws of a fictitious battle in three-dimensional space. Although the complete simulation involves drones and missiles, their orientations, maneuvers, radar detection, and engagement rules, you are tasked with a simplified version of the simulation.

At the beginning of the battle (time step 1), you are given the number of time steps T during which the battle will continue. For each time step, your program should output a report of the events that happened during that time step. In our simplified version, no real events are simulated, and you are required to output a single line per time step indicating that no events occurred.

Note: All formulas in the full description are represented in \(\LaTeX\) format. For instance, the starting time is \(1\), and any direction vector \(\vec{d}\) or position \(\vec{p}=(x,y,z)\in\mathbb{Z}^3\) are described in the original text.

inputFormat

The input consists of a single integer (T) ((1 \le T \le 1000)), which is the total number of time steps in the battle simulation. No additional input is provided.

outputFormat

For each time step from (1) to (T), output one line. The (i)-th line should be exactly in the format:

Time step i: No events

This indicates that, at time step (i), no major events occurred.

sample

1

Time step 1: No events