The entire subject can be in focus, even if it is not parallel to the image plane.

Illumination is crucial so the imaging plane must be close.

An image plane where the 3D world is projected through the aperture of the camera.

However, the right camera sees this line as a line in its image plane.

These two sets of image planes are found at the following points:

Objects far away from the camera then produce sharp images on the sensor or film, which is also at the image plane.

A point R at the intersection of the optical axis and the image plane.

When a camera is used, light from the environment is focused on an image plane and captured.

Two normalized cameras project the 3D world onto their respective image planes.

In this approach, each of the 4 edges of the image plane is tested at a time.

In fact the simplest geometrical case is when the camera image planes are on the same plane.

In this case, the viewing transformation is a projection that maps the world onto the image plane.

Dust on the image plane is a constant issue for photographers, and especially so in digital photography.

Instead, contrast arises from the interference in the image plane of the electron wave with itself.

Displacement can typically be accurate down to 10% of one pixel on the image plane.

The physical arrangement between the light guides and the imaging plane is what limits the depth of field using this technology.

Each pixel on the image plane therefore corresponds to a shaft of light from the original scene.

However, film cameras could bend their image planes to compensate, particularly when the lens was fixed and known.

Rotate the coordinate system in the image plane 180 (in either direction).

First however, both phase and amplitude of the electron wave in the image plane must be measured.

Thus, the image line lies in the image plane and the association preserves incidence.

The overlap of beams 2 and 3 in the image plane creates an interferogram.

Those focused stories, now forever lost, had run their courses on the gigantic hypothetical screen, the imaging plane.

"For this second graph, I altered the image plane.

Ideally, this second image plane will be identical to the first, so you could put a sensor there and record exactly the same image.