Übersetzung für "Flatten image" in Deutsch

The “Flatten Image” option flattens all images in one file at the same time.

A frontal camera light and coarse pixels flatten the image, colour it brown, and make much of the multi-sided turmoil indistinguishable.

Alternately, you can flatten the image by saving the image as optimized for webpage.

With these wooden sticks, you can flatten an image, or a poster, or a canvas board, to fix it to the wall.

Remember that if you do so, Aperture will flatten the image, and you will no longer have access to separate layers in Photoshop.

The flattened intermediate image can be imaged directly into the detection unit or via intermediate images.

This is due to the elevated state of correction of chromatic aberration and of zonal spherical aberration as well as due to the anastigmatically flattened image field.

Outside a color boundary, on the other hand, superimposition of the delayed and undelayed color signals does not, as might be expected, result in a flattened image upon reproduction, but on the contrary produces a lower-noise image with substantially fewer disturbed color areas.

The depth scanning is then performed in that flattened intermediate image ZW is scanned by a movable objective optics in the depth direction, as shown in FIG.

With image-flattening optics, a substantially curved surface area, e.g., a substantially curved section of a valve seat, may be measured.

Various suitable arrangements of panoramic optics or of image-flattening optics may include spherical, aspherical, or Grin lenses, rod lenses, diffractive optical elements, prisms, mirrors, or a combination of some or of all of these components.

Measures for positioning the measuring device in relation to the object and for performing the measurement may be derived in that the white-light interferometer includes an object arm in which the panoramic optics or the image-flattening optics may be mounted and which the illuminating beam runs at least partially, and also has a reference arm including a reference mirror, and that the reference arm and the object arm extend such that they may be spatially separate from one another, or they may be spatially integrated in one another in a common path configuration.

A refinement may include, for example, a rigid optics assembly as part of the panoramic optics or image-flattening optics.

In this connection, the image of the reference plane may lie in the image plane of the panoramic optics or of the image-flattening optics and, furthermore, that in response to movement of the movable optics assembly, the image of the reference plane may move synchronously with the image plane of the panoramic optics or of the image-flattening optics.

Another exemplary embodiment of the present invention may be derived by arranging the rigid optics as panoramic optics or as image-flattening optics, which may be used to generate at least one intermediate image that may be rigid with respect to the test object, and by configuring, as a movable optics assembly, an objective optics that may follow behind the rigid intermediate image in the optical path of rays so as to be movable in the direction of its optical axis, for scanning the intermediate image that may be aligned normally to this axis, in the depth direction, and for imaging the same on the image recorder directly or via one or more intermediate images.

Appropriate mounted accessories and measures may also be employed in conjunction with an image-flattening optics that only records a partial section of a curved surface, but otherwise, in accordance with panoramic optics RO, may be integrated in the measuring device.

By using the panoramic or image-flattening optics, the surface of the object may be illuminated and observed virtually perpendicularly (normally or vertically), so that measurements may be possible, in particular even when working with very small cone angles or narrow bores.

In this context, for scanning uneven surface areas, the surveillance optics is configured as an image-flattening optics, which brings about an even intermediate image ZW.

If it is provided that the measuring optics has an image-flattening optics for producing a flattened intermediate image of at least one uneven surface area, then it is possible to measure also uneven surface areas easily and precisely.

On the other hand, objectives are also known in the prior art which combine a high resolution and a flattened image field.

Therefore, it is the primary object of the invention to develop a compact, high-resolution objective for stereo microscopy which has a flattened image field as well as a large working distance.

Moreover, two or more panoramic optics RO may be positioned and configured such that, besides from one surface region, a flattened image or intermediate image is able to be produced simultaneously from at least one further surface region (as described in the German Published Patent Application No 100 33 028).

Moreover, the rigid intermediate image may be aligned or aligned normally to the moving direction of the objective optics including the panoramic optics or image-flattening optics.

Another way to adapt the measuring device to a given surface structure of the test object may be to provide at least two panoramic optics or image-flattening optics and to arrange them such that a flattened image or intermediate image is able to be produced simultaneously from at least two surface regions, a reference plane being provided in the reference arm, and the images or the intermediate images being analyzed in time succession, or a number of assigned reference planes corresponding to the number of panoramic optics or image-flattening optics being provided, and the analysis occurring synchronously.

The TS Flattener flattens the image field of the WO Megrez72 without a reduction of the focal length.