Split-screen cafe video syncing a wide shot with a tracking shot

Split-screen video showing the same continuous real-time event from two different camera angles. The screen is divided vertically into two equal halves. On the left side, show a static, elevated wide shot of an outdoor cafe terrace during light rain. The full scene is visible: several tables, wet pavement, a large striped umbrella, a waiter carrying a tray with three transparent glasses of differently colored drinks, and a cyclist approaching from the background. Reflections of the people, tables, and umbrella are visible on the wet ground. At the 2-second mark, the cyclist passes close to the waiter, causing the waiter to pivot sharply without falling. The tray tilts, one glass slides toward the edge, and the waiter catches it with the opposite hand just before it drops. A small amount of liquid spills from the glass, arcs through the air, and splashes onto the pavement. At the same moment, a gust of wind lifts and twists the loose edge of the striped umbrella. On the right side, show the exact same event in perfect synchronization from a moving, waist-level camera positioned near the cafe entrance. The camera tracks sideways with the waiter, briefly losing sight of the sliding glass as it passes behind the waiter's arm, then revealing it again as it is caught. The cyclist crosses the foreground, partially occluding the waiter for a fraction of a second. The colored liquid, tray angle, hand positions, clothing movement, umbrella motion, and pavement reflections must remain consistent with the left-side view. Both sides must depict the identical event with matching timing, character appearance, object positions, trajectories, lighting, reflections, weather, and physical consequences. No duplicated objects, disappearing items, changed drink colors, inconsistent hand movements, or mismatched cyclist positions.