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The M1911 A1 Automatic Pistol is a mesh model of a ...
It can be rendered and used to create computer graphics.
Screen Shots
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Fig. X 1 |
M 1911 A1 Automtic Pistol Mesh Model |
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M 1911 A1 Automtic Pistol Mesh Model, rendered
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Fig. Y 1
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M 1911 A1 Automtic Pistol Mesh Model, rendered
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Fig. Y 2
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M 1911 A1 Automtic Pistol, rendered
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Fig. Y 3
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M 1911 A1 Automtic Pistol Mesh Model, rendered
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Fig. Y 4
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M 1911 A1 Automtic Pistol Mesh Model, rendered
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Fig. Y 5
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To scroll through the avaivable images, simply click on the image of the pistol.
Virtual Reality Modelling Language (VRML) Version
Please note, that depending on your browser and operating system,
it may be necessary to download and install a browser add-on/plug-in in order to display the VRML file.
To download the VRML file instead of viewing it online, simply click
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the download button to right of this text. |
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Please note, that depending on your browser and operating system,
a browser add-on/plug-in may be required in order to play the video file(s).
In the event that this is not installed automatically during your visit to
our website, you can download the video files either individually or collectively
and view them at your leisure.
Apart from demonstrating the degree of (virtual) reality that can be achieved
by comparatively simple means, we seized the opportunity to poke a bit of fun
at some of our pet peeves and glorify ourselves at the same time.
Title
In some cases it may be desirable or necessary to play the above video in
an external application (i.e. in application other than the browser). You can do so |
by clicking on the download button to the right of this text. |
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Explanatory Notes
(click this text to display/read).
The Film Studio('s Logo) ...
The Producers ...
About the Title ...
The Cast and Characters ...
The Director ...
The Screen Writer and Film Crew ...
Conclusion ...
Text
Mesh model (sometimes (also, not quite correctly,) referred to as a wire frame model).
Key Features
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Simple object(s), ideal for .
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Consists of three separate components (glass, beer, and froth), ...
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High mesh density (allows creating realistic, high resolution, rendered images and printing
3-D models with a smooth surface)
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Includes the sample pictures shown above.
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Targeted User Group(s)
Users who create computer graphics and/or videos.
Current Product Status
Development of version 1.0 concluded, but minor improvements to
portions of the model are being considered. A sequel to the
video(s) is planned (if you've just viewed and/or read all or parts of
Videos (Fun Stuff) section, we would like to stress; seriously !).
System Requirements
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Rendering or computer aided design (CAD) software, capable of processing
(or converting, if necessary) Wavefront object (.obj) and/or STL Mesh (.stl) files.
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Computer equipped with a graphics adapter capable of displaying
a color depth of 24 bits per pixel (bpp) on an adequately sized screen
(a screen with a resolution of at least 1366 x 768 pixels and a 15 inch diagonal is recommended).
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A central processing unit (CPU) with multiple cores and/or logical processors,
as well as ample main/random access memory (RAM) is highly recommended, particularly
if you intend to create high-resolution videos, all the more so, if these include
morphed versions of the model(s).
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Please note, that it is practically impossible to specify the hardware
requirement more precisely, as these depend on for what, and how, you intend to
use the model(s). If for example, you merely want to create an icon (e.g. a picture
the size of our mesh model icon at the top of the page), and processing times in excess
of several minutes for a single, rendered image are not an issue, even 15 year old hardware
is probably fully adquate. If, on the other hand you want to create a lengthy, high definition
(e.g. HDTV) video clip, in which the model(s) is/are integrated into a complex (virtual)
set/scenery, not only the recommended hardware, but a single computer, might prove to be insufficient.
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Available Mesh Files and Formats
File Name
| File Format
| Num. Points
| Num. Edges
| Num. Faces
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SSTFileName.obj |
Wavefront (*.obj) |
x |
z |
z |
SSTFileName.obj |
Wavefront (*.obj) |
x |
z |
z |
SSTFileName.obj |
Wavefront (*.obj) |
x |
z |
z |
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SSTFileName.stl |
STL Mesh (*.stl) |
x |
y |
z |
SSTFileName.stl |
STL Mesh (*.stl) |
x |
y |
z |
SSTFileName.stl |
STL Mesh (*.stl) |
x |
y |
z |
Rendered Image Resolutions
File Name |
File Format |
Screen Resolution (width x height) |
Aspect Ratio (width : height) |
SSTFileName_512x384.png |
Portable Network Graphic (*.png) |
512 x 384 |
4:3
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SSTFileName_512x384.png |
Portable Network Graphic (*.png) |
512 x 384 |
4:3
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SSTFileName_512x384.png |
Portable Network Graphic (*.png) |
512 x 384 |
4:3
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SSTFileName_512x384.png |
Portable Network Graphic (*.png) |
512 x 384 |
4:3
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SSTFileName_512x384.png |
Portable Network Graphic (*.png) |
512 x 384 |
4:3
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Price
No license fees are charged for these files.
Furthermore, users of this file package are not under any obligation(s) to
purchase any other SST or third party products or services (i.e. no hidden and/or implicit costs).
How to Acquire
Anonymous download (i.e. no registration required).
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