For such a scenario to occur, we need to consider the celestial mechanics of how the sun, moon, and potentially multiple such bodies would interact with Earth. If we aim to create a situation where the sun displays non-standard movement, such as rising and setting in unusual patterns, we would effectively need to alter Earth’s rotation, axial tilt, or orbit. Alternatively, introducing additional suns or moons could recreate specific phenomena similar to those found in binary or multiple star systems, where gravitational interactions create complex light and shadow patterns on a planet under their influence.
Realistically, however, introducing additional celestial bodies comes with significant consequences. Multiple suns could drastically alter Earth’s climate, potentially rendering it uninhabitable by increasing overall solar radiation or disrupting planetary orbits. Similarly, additional moons would affect tides and geological activity due to their gravitational pull. Hence, achieving specific visual scenarios will require careful balancing of these astronomical bodies to ensure Earth’s stability and life-supporting conditions remain intact.