When manually focusing a night landscape using hyperfocal distance principles, what is the specific photographic outcome achieved across the depth of field?

When manually focusing a night landscape using hyperfocal distance principles, the specific photographic outcome achieved across the depth of field is the maximization of apparent sharpness, rendering subjects from a point close to the camera out to infinity acceptably sharp simultaneously. Hyperfocal distance is the closest focusing distance at which a lens can be set while keeping objects at infinity acceptably sharp. By precisely manually focusing the lens at this calculated hyperfocal distance, the resulting depth of field, which is the range of distances in front of and behind the main point of focus that appear acceptably sharp, extends from half of that hyperfocal distance all the way to infinity. This technique is especially critical for night landscapes because it allows the photographer to capture both prominent foreground elements and the distant celestial objects, such as stars, with optimal clarity within a single photograph. Manual focusing is utilized because the extremely low light conditions of night landscapes often prevent automated autofocus systems from accurately acquiring and locking focus on either near or distant subjects. The concept of 'acceptably sharp' relates to the practical limit of resolution that is perceived as sharp by the human eye under normal viewing conditions, rather than perfect optical pinpoint sharpness, and is determined by a predefined circle of confusion, which is the maximum size a blurred point of light can be before it is no longer perceived as a point.