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3D Model Export Formats
 | 3D surface rendering data can be exported to AutoCAD DXF,
3D Studio (3DS), IGES, VRML, STL (ASCII and Binary) for rapid prototyping, Wavefront OBJ,
raw triangles, XYZ, PLY
(Polygon File Format) and other 3D graphics file formats. |
| 3D-DOCTOR has no limit on image sizes. 3D-DOCTOR does not
need to load an entire 3D image in memory by using
optimal memory management. You can display and render any
size 3D images interactively using 3D-DOCTOR with a PC
equipped with a reasonable amount of RAM. |
| Download sample files created by 3D-DOCTOR
from the pelvis CT image in DXF, STL, VRML, OBJ, 3DS and IGES format to
check the compatibility with other programs you use. The files are zipped
for faster downloading. Click the right mouse button and use Save Target
As to get the file:
|
Step
1. Original CT image |
Step
2. Segmentation |
Step
3. 3D mesh model created |
3D-DOCTOR Supports Most Commonly Used Image Formats
3D-DOCTOR supports the following 3D image file formats:
| DICOM (Digital Imaging and Communications in Medicine): DICOM is an industrial standard
supported by most of the major medical imaging equipment manufactures.
3D-DOCTOR can read images in both 8-bit and 16-bit stored in DICOM format.
3D image slices can be stored in separate files. Below shows how individual
slices are combined in 3D-DOCTOR to make a 3D image. |
| If you have CT/MRI films, you can scan the film directly from 3D-DOCTOR.
3D-DOCTOR supports all TWAIN compatible scanners. You can then use
3D-DOCTOR's Crop Film function to separate the slices for 3D processing and
rendering. |
| TIFF (Tagged Image File Format): Most image types, including 8-bit and
16-bit grayscale, 4-bit, 8-bit and 24-bit color, 1-bit black/white are
supported by 3D-DOCTOR. TIFF is a widely used format for storing all types
of images. 3D images with all image planes or slices stored in a single file
or image slices stored in separate files can be handled by 3D-DOCTOR. |
| BMP: Windows BMP files can also be read by 3D-DOCTOR. Most of the image
types are supported. |
| JPEG: The standard compressed JPEG format is supported so you can easily
get your images from the Internet. |
| Interfile: Interfile is a standard file format for the exchange of medical
image data. |
| PNG: This new image format provides the best loss-less compression perfect
for medical and scientific images. |
| Raw Image File or Proprietary image formats: 3D-DOCTOR has implemented a universal image reader, which
allows the user to create a header file for unsupported formats by
specifying the dimensions (number of columns, number of rows, number of
slices or planes, bits per pixel, number of bytes to skip before image pixel
data). With the universal image reader, you can pretty much read images
stored in any uncompressed formats. |
| More image formats are being added. |
3D Sparse Points and Boundary Contours
| Contour and boundary data in SLC, BND, DXF and other formats can be
imported for editing and creating 3D surface models. |
| 3D sparse points stored in an ASCII file (X Y Z Value) can be imported and
converted to a 3D volume image for processing using 3D-DOCTOR's rendering
and analysis functions. |
"3D-DOCTOR" and "3DBasic" are trademarks
of Able Software Corp.
Copyright © 1993-2008
Able Software Corp. All rights reserved.
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