Übersetzung für "Oberflächenmodell" in Englisch

Write a deformable surface model to a file.

The researchers then created a digital surface model from the camera images using photogrammetric software.

Write a surface model to a file.

The surface model is created by sampling the 3D object model with a certain distance.

The three terms correspond respectively to the surface model, the texture model, and the motion model.

As a result of this process, a surface model is created.

Removes all previously set cameras from the surface model.

Add a sample deformation to a deformable surface model

Therefore, a digital surface model can be used which is based on LiDAR elevation measurements.

These tools allow a sub divisional surface model to be further subdivided for geometry refinement.

The deformable surface model is created by sampling the 3D object model with a certain distance.

A surface model of the body part 12 can be obtained photogrammetrically from a plurality of recordings of the body part 12 .

The surface model can be designed, e.g., as a contour model, a regular grid, or as triangulation.

The global surface topographic model of Vesta was generated by DLR scientists using thousands of individual images through stereo photogrammetry.

The previously obtained surface model is smoothed using a Gaussian filter on the Z-image (for example, Jähne, 2002) so as to prevent overestimation of the area measurement due to noise.

From the resulting greyscale photos, distortion-free 3D pictures can be produced to scale as orthophotograph, section, profile or surface model.

This animation, partly in true colour and also using false colours to reveal the topography, is based on image data from NASA's Lunar Reconnaissance Orbiter and a global topographic model of the Moon's surface computed by DLR.

In addition, distances (air lines) measured on the surface model and images are generated and exported.

A three-dimensional surface model may be derived from the pattern's deformation via suitable algorithms, after the reflected light has also been gathered with an opto-electronic sensor and its readings have been transferred to digital processing analysis.

Here for a number of pre-determined surfaces, which present variations of a shape, a surface model is issued by means of n landmarks, which are determined for each surface in such a manner that each landmark is present on each surface.

Adapting the dental prosthesis to the digital surface model makes it possible to adapt the dental prosthesis to the adjacent teeth, the so-called abutment teeth, in an advantageous manner.

At the same time, the positioning of the digital three-dimensional model with respect to the digital three-dimensional surface model makes it possible to adapt the digitally constructed implant to the surrounding.

For example, if the method is used in a dental context, it is possible to adapt the implants to neighboring teeth since the position and the size of the neighboring teeth can be taken from the surface model.

The digitally formed three-dimensional model may then be combined with the three-dimensional model obtained from the surface scan, it being possible to position the two models exactly with respect to each other due to the reference markers 7 .

Here, it is not only possible to take into consideration the inner tissue parts existing in the portion of the lower jaw 1 where the implant is to be implanted, but it is also possible to adapt the implant to the neighboring teeth 5 that can be seen in the three-dimensional surface model.

The method may further provide that a dental prosthesis can be digitally constructed using the three-dimensional model and the digitally constructed implant, with the dental prosthesis possibly being adapted to the three-dimensional surface model.

It is thus possible to also construct the dental prosthesis using the same data that are used to construct the implant, wherein the dental prosthesis can advantageously be adapted to the digitally constructed implant and to the neighboring teeth that are visible in the three-dimensional surface model.