[Products]

Available Software

 NfDesign :
  • 3DCG/Modeler
  • Please refer to the page, 3DCGModeler for functions.

 NfDesignCS :
  • Generating Supports, Cross-section Images and Simulation for Rapid Prototyping Systems
  • Please refer to the page, NfDesignCS for further information.

3DChain :
  • Reconstructing Program from 3D Point Clouds
  • Please refer to the page, Point-clouds Process for further information.

 SimpPS :
EdgePS :
  • Edge Detection
  • Please refer to the page, Edge Detection for further information.

 CNT:
  • This is a dedicated program calculating narrow interval contours from broad interval one. Using together with NfDesign makes it possible to process geographic features widely.
  • Please refer here for further information.

Sliced Images to STL:
  • Continuous sliced images by a CT scanner etc are changed to STL data through voxel data.
  • Please refer to the page, Sliced Images to STL for an example of processing.

3D Strata Model
  • Expanded mesh points from boring data and, an initial file which defines surface texture and stratus color, make the program display 3D strata model.
  • Please refer to the page, 3D Strata for further information.

Polygon Machinning
  • Polygon NC Program, in combination with NDesign makes it possible to generate NC codes for polygon machinnings. Rough and fine machinning codes by contours can be generated.
  • Multi-islands and multi-pocket machining are available.
  • NfDesign can generate correct offset polygons even in case of over-offset.
  • Please refer to the page, Polygon Machinning for further information.

Plug-in modules for NfDesign are as follows;

(a) Reconstructing Program from 2-and-a-half Point-Clouds:
  • Other than 3DChain , this program connects 3D points without overhanging in Z direction.
(b) Intesection 1 :
  • Finding intersection lines when slicing triangles repeatedly with X-Y, Y-Z or Z-X plane.
    Repeated time/interval and stating position can be defined.
(c) Intersection 2 :
  • Finding intersection lines when cutting triangles with a plane defined by 2 positions on the triangles and viewpoint.
    Length data can be output into csv file.
    This is suitabler for interactive operation.
(d) Intersection by Polyline(s) :
  • Finding intersection lines when cutting triangles with plane(s) generated by moving polyline (s) in Z direction.
(e) Mesh-points Generation :
  • Generating mesh points on 2 and a half triangles. Meshes are defined by X, Y interval and starting position. These mesh-points can be changed to triangles by (a) Reconstructing Program from 2-and-a-half Point-Clouds.
(f) Generating Level Points from Digital Elevation Map :
  • Generating level points from Digital Elevation Map issued by National Geographical Research Institute.
    (a) Reconstructing Program from 2-and-a-half Point-Clouds: can be used to change points into triangles.
(g) Generating Lateral Lines from Longitudinal Polyline :
  • Generating 2/3D lateral lines from 2/3D longitudinal polyline. Usually generates lateral lines on 2D polyline. If 3D lines are needed, (d) Intersection by polyline is applicable.
(g) Converting 3D Polylines to 2D Drawing Data :
  • After projecting 3D polyline on X-Y plane, moving projected data as the line from start to end is parallel to X axis. This function is useful when the user only accepts 2D drawings.
(h) Classifying Triangles on each Inclination :
  • Classifying triangles on each inclination and sorting them by inclination range.
(i) Mapping Photo on Objects by Perspective View Method :
  • After setting camera position, vertical and horizontal angles of photo, and capturing direction, this program make the photo mapped on the objects.


Available Software after Customizing

  • Showing color map on the triangle-mesh which is the connection of measured points referring to the distance of each measured point between point and the nearest curved surface or triangle face

  • Detecting edge points of measured points referring to the nearest curved surface or triangle face

  • Generation of 3D Objects from DICOM Files and Simulation

  • Direct mesh generation from 3D contours

  • Converting measured data (vertical and horizontal angles, slant ranges) to 3D coordinates

  • Calculating detail contours between 3D contours

  • Calculating soil volume by average-cross-section method

  • Calculating soil volume by mesh-method

  • Data Processing System for Ruins

  • Collective conversion from wireframes consisting of spatial arcs and lines to polygons

  • NC System by contours having functions of multi-pockets, multi-islands and rough machining

  • NC code generator from 3D polylines

  • NC code generator for wire-cut machining (different at both sides)

  • Slicing STL data and converting to image data for collective exposure

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