The interface and this document do not describe all of the
features of the View3D program. Additional information can be
found in the NIST document View3D32.pdf that accompanies the
distribution. For example, if an obstruction wall is desired,
it can be placed using the interface, but then the “C” at the
left end of the row describing that surface in the input file
should be changed to “O”. The program can then be rerun with
the new input file. If View3D.exe is double clicked, it will
ask for the names of the input file and the output file.
An additional point should be emphasized. The program will
not calculate view factors for walls containing windows. That
is all surfaces must be convex. Therefore, a wall containing a
subsurface must be described as four sections surrounding the
subsurface. They can be combined using the “comb” column as
described in the View3D document. However, this in not
necessary if the user is willing to work with a few additional
surfaces.
Additional Information[LINK]
The interface and this document do not describe all of the features of the View3D program. Additional information can be found in the NIST document View3D32.pdf that accompanies the distribution. For example, if an obstruction wall is desired, it can be placed using the interface, but then the “C” at the left end of the row describing that surface in the input file should be changed to “O”. The program can then be rerun with the new input file. If View3D.exe is double clicked, it will ask for the names of the input file and the output file.
An additional point should be emphasized. The program will not calculate view factors for walls containing windows. That is all surfaces must be convex. Therefore, a wall containing a subsurface must be described as four sections surrounding the subsurface. They can be combined using the “comb” column as described in the View3D document. However, this in not necessary if the user is willing to work with a few additional surfaces.
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