ATTWiki - User contributions [en]

VTube-STEP

2025-06-23T00:40:23Z

Mcone: /* Quick Links */

<table>
<tr cellpadding=10>
<td width=300>
[[image:vtube-step_logo_2.png|300px]]
Import tube data from solid models, then produce reports, and send data to benders.<br><br>

</td>
<td width=300>
[[image:VTS2_SplashScreen.png|500px]]
</td>
</tr>
</table>

__NOTOC__

==Quick Links==

* [[VTube-STEP Updates]]
* [[VTube-STEP Videos]]
* [[VTube Software Maintenance Plan]] (SMP)
* Also see [[VTube-LASER]] (for measuring with a FARO arm)
* See the [[Model-based Definition]] page to learn how VTube uses this concept and why it is so important. (Moved to [https://advancedtubular.helpsite.com/articles/134968-vtube-step-model-based-definition-mbd-and-why-it-is-important Helpsite])
* [[How VTube Licensing Works]]
* [[Differences Between VTube License Types]]
<br>

== Compatibility With Other CAD Packages==
* [[VTube Import from SIEMENS NX]]
* [[VTube Import from SIEMENS Solid Edge]]
* [[VTube Import from Autodesk Inventor]]
<br>

== Setup ==
* See [[Automatic Backup of the VTube Global Configuration File]] (Version 4 or Newer)
* How to [[Change the VTube Default Setup]]
* How to [[Copy a default VTube configuration to another computer with VTube]]
* [[How to overcome ShellExecuteEx failed errors during install]]
* See [[How to Register the VTube License]] for each computer
* See [[How To Install VTube to Windows XP]]
* See [[How to Bypass the Not Commonly Run Message in Windows]] during installation or dongle setup
* [[How to Change VTube VPort Color]]
* [[Setup of SolidWorks Template File Paths]]
* Read about the [[VTube Language Editor]]
* How to [[Import VTube Report Templates]]
* How to [[Setup VTube-STEP for the Network License Manager]]
* How to [[Find and edit the HTML template files in VTube]]
* How to [[Change the default linear units in VTube]]
* How to [[Set the Number of Values Beyond the Decimal for VTube]]
* How to [[Change the VTube User Interface Language]]
* [[Ideal Windows Font Size for VTube]]
* How to find the [[VTube Bender Template Location]]<br><br>

== Setup for Communications with CNC Benders ==
* See [[How to Export to a COMCO CSV File in VTube-STEP]]
* [[VTube Communications With Transfluid Benders]]
* See [[AddisonMckee]] for Supravision Network setup for communications with VTube-LASER
* See the Tutorial for [[VTube HERBER Bender New Part Setup (SOL Protocol)]]
* See a Tutorial for [[VTube Communication for UNISON Benders]]
* About [[VTube Communication for Winton Benders]]
* Read about [[Chiyoda Communications with VTube]]
* How to [[Setup VTube for Supravision Network Communication]]
* About [[VTube Robomac Communications]]
* How to [[Setup VTube for Supravision Network Communication]]
* Read About [[VTube Communication for SOCO]]
* Read About [[VTube Communication with AMOB]]
* See a Tutorial for [[VTube Communication for CRIPPA MPF]]
* [[RS-232 Communications Adapters]] for communications to legacy benders
<br>

==Diagnostics==

* Diagnose issues with the hardware key (dongle): See [[VTube Hardware Key Messages]]
* [[How to Report VTube Errors]]
* How to [[Check for a connection to the Internet license server]].
<br>

==Performance ==
* See [[VTube Limits and Disk Requirements]]
* See [[VTube and Windows 10 - Compatibility and Performance Notes]]
* Fix for VTube Shutdown [[Issues with Raptr Online Gaming App PLAYS.TV]]
* How to find the [[VTube Report Template Location]]
* Recommended [[VTube-LASER Screen Resolution]]
* Recommended [[VTube Computer Specification]]
* See [[Recommended VTube-STEP Screen Resolutions]]
* How to check [[OpenGL Drivers]] versions

<br>

== Tutorials ==

* See [[How to Export to a COMCO CSV File in VTube-STEP]]
* Learn about [[Bender Rotation Directions]]
* See [[How to Use Embedded Math in VTube Float Point Edit Boxes]]
* See [[How to orient the tube to show a rotation view in VTube]]
* See [https://www.advancedtubular.net/news/vtube-step-measure-from-a-drilled-hole How to use VTube-STEP to measure From a drilled hole in a solid model]
* See [[VTube-LASER and VTube-STEP - How to Reset the XYZ Radii to the Default Radius in the Part Setup Menu]]
* About [[VTube Reverse Calc from MIL-D-9898C Absolute Bender Data to Centerline XYZ Data]]
* [[How To Import Channel-Shaped Parts]]
* [[Dealing with Incorrect STEP Linear Unit Scale]]
* [[How To Collect Components]]
* About [[Multi-Elongation in VTube]]
* [[Transform the Part To Make Any Bend True]]
* [[Reverse the Tube Ends]]
* [[How to Export a Supravision File]]
* [[How to Import a Supravision File]]
* About [[VTube-STEP and VTube-LASER Project File Compatibility]]
* See [http://www.nist.gov/el/msid/infotest/step-file-analyzer.cfm STEP File Analyzer] for a program to test STEP files.
* Download a [http://www.advancedtubular.com/vtube-step/VTube-STEP_Version_2.2_VTube_QuickStart.pdf PDF Quick-Start Guide] - Version 2.2, December 23, 2015
* About [[VTube Communication for Winton Benders]]
* VTube-STEP replaced the retired [[TubeCalc]] software in March of 2010.
* [[How To Calculate Cut Lengths in VTube]]
* About [[VTube End Length Offsets]]
* See [[VTube Overbend Calculations for Springback]]
* Read the [[VTube Software License]]
* Recommended [[CAD Conversion Tools]]
* How to [[Import the Split Bend with STEP Version of "VTube-LASER Demo CAD Model 2"]]
* [[Windows Floating Point Setup for VTube]]
* [[How to BACKUP and RESTORE VTube configuration files]]
* [[D of Bend]]

<br><br>

==Overall Purpose of VTube-STEP: Import Solid Models from ANY Solid Model CAD Program to Convert to Bender Data==

<table>
<tr>
<td width=300>
VTube-STEP extracts tube data from a STEP or IGES solid model file - from any solid model CAD package.<br><br>
VTube-STEP can import centerline data from cylindrical or rectangular solid models ''that have no centerline''.<br><br>
[[image:vtube-step-1.82.rectangulartube_7points.jpg|300px]]
</td>

<td>
[[image:cadsplash.jpg|400px]]
</td>
</tr>

</table>

== Partners and Distributors==
* [[FARO]] - FARO is the world leader in articulated arms. The FARO Americas division is our exclusive [[VTube-LASER]] distributor for North and South America. VTube-STEP is also a catalog item for FARO.
* [[Horn Machine Tools]] - Manufacturer of benders and [[CSM]] benders
* [[UNISON]] - All electric benders from the UK
* [[SMI]]- Italian line of Silver benders
* [[CRIPPA]] - Italian benders
* [[UNIVERSAL TOOL & ENGINEERING]] - Alpine benders
<br>

==Export to Solid Model Programs==
<table>
<tr>
<td width=300 valign="top">
VTube-STEP can export files that can be loaded into other CAD packages. These are samples of files created by VTube-STEP and loaded into general solid model packages.
</td>

<td>
Autodesk Inventor Example<br>
[[image:Autodesk_Inventor_Import_from_VTube_Screen_Shot.jpg|400px]]<br><br>
SOLIDWORKS Example<br>
[[image:vtube-step_v2.3_demotube3_to_solidworks.png|400px]]<br><br>
</td>
</tr>
</table>

==Multiple Language Support==
<table>
<tr>
<td width=300>
VTube-STEP supports multiple languages - even East Asian. You can even translate the user interface to your own language.
</td>
<td>
[[image:vtube-step_2.3_japanese_screen.png|400px]]
</td>
</tr>
</table>

<br><br>

==Other Pages==

* Read the [[VTube Software License]]
* Recommended [[CAD Conversion Tools]]

VTube-STEP

2025-06-23T00:40:10Z

Mcone: /* Quick Links */

<table>
<tr cellpadding=10>
<td width=300>
[[image:vtube-step_logo_2.png|300px]]
Import tube data from solid models, then produce reports, and send data to benders.<br><br>

</td>
<td width=300>
[[image:VTS2_SplashScreen.png|500px]]
</td>
</tr>
</table>

__NOTOC__

==Quick Links==

* [[VTube-STEP Updates]]
* [[VTube-STEP Videos]]
* [[VTube Software Maintenance Plan]] (SMP)
* Also see [[VTube-LASER]] (for measuring with a FARO arm)
* See the [[Model-based Definition]] page to learn how VTube uses this concept and why it is so important. (Moved to [=https://advancedtubular.helpsite.com/articles/134968-vtube-step-model-based-definition-mbd-and-why-it-is-important Helpsite])
* [[How VTube Licensing Works]]
* [[Differences Between VTube License Types]]
<br>

== Compatibility With Other CAD Packages==
* [[VTube Import from SIEMENS NX]]
* [[VTube Import from SIEMENS Solid Edge]]
* [[VTube Import from Autodesk Inventor]]
<br>

== Setup ==
* See [[Automatic Backup of the VTube Global Configuration File]] (Version 4 or Newer)
* How to [[Change the VTube Default Setup]]
* How to [[Copy a default VTube configuration to another computer with VTube]]
* [[How to overcome ShellExecuteEx failed errors during install]]
* See [[How to Register the VTube License]] for each computer
* See [[How To Install VTube to Windows XP]]
* See [[How to Bypass the Not Commonly Run Message in Windows]] during installation or dongle setup
* [[How to Change VTube VPort Color]]
* [[Setup of SolidWorks Template File Paths]]
* Read about the [[VTube Language Editor]]
* How to [[Import VTube Report Templates]]
* How to [[Setup VTube-STEP for the Network License Manager]]
* How to [[Find and edit the HTML template files in VTube]]
* How to [[Change the default linear units in VTube]]
* How to [[Set the Number of Values Beyond the Decimal for VTube]]
* How to [[Change the VTube User Interface Language]]
* [[Ideal Windows Font Size for VTube]]
* How to find the [[VTube Bender Template Location]]<br><br>

== Setup for Communications with CNC Benders ==
* See [[How to Export to a COMCO CSV File in VTube-STEP]]
* [[VTube Communications With Transfluid Benders]]
* See [[AddisonMckee]] for Supravision Network setup for communications with VTube-LASER
* See the Tutorial for [[VTube HERBER Bender New Part Setup (SOL Protocol)]]
* See a Tutorial for [[VTube Communication for UNISON Benders]]
* About [[VTube Communication for Winton Benders]]
* Read about [[Chiyoda Communications with VTube]]
* How to [[Setup VTube for Supravision Network Communication]]
* About [[VTube Robomac Communications]]
* How to [[Setup VTube for Supravision Network Communication]]
* Read About [[VTube Communication for SOCO]]
* Read About [[VTube Communication with AMOB]]
* See a Tutorial for [[VTube Communication for CRIPPA MPF]]
* [[RS-232 Communications Adapters]] for communications to legacy benders
<br>

==Diagnostics==

* Diagnose issues with the hardware key (dongle): See [[VTube Hardware Key Messages]]
* [[How to Report VTube Errors]]
* How to [[Check for a connection to the Internet license server]].
<br>

==Performance ==
* See [[VTube Limits and Disk Requirements]]
* See [[VTube and Windows 10 - Compatibility and Performance Notes]]
* Fix for VTube Shutdown [[Issues with Raptr Online Gaming App PLAYS.TV]]
* How to find the [[VTube Report Template Location]]
* Recommended [[VTube-LASER Screen Resolution]]
* Recommended [[VTube Computer Specification]]
* See [[Recommended VTube-STEP Screen Resolutions]]
* How to check [[OpenGL Drivers]] versions

<br>

== Tutorials ==

* See [[How to Export to a COMCO CSV File in VTube-STEP]]
* Learn about [[Bender Rotation Directions]]
* See [[How to Use Embedded Math in VTube Float Point Edit Boxes]]
* See [[How to orient the tube to show a rotation view in VTube]]
* See [https://www.advancedtubular.net/news/vtube-step-measure-from-a-drilled-hole How to use VTube-STEP to measure From a drilled hole in a solid model]
* See [[VTube-LASER and VTube-STEP - How to Reset the XYZ Radii to the Default Radius in the Part Setup Menu]]
* About [[VTube Reverse Calc from MIL-D-9898C Absolute Bender Data to Centerline XYZ Data]]
* [[How To Import Channel-Shaped Parts]]
* [[Dealing with Incorrect STEP Linear Unit Scale]]
* [[How To Collect Components]]
* About [[Multi-Elongation in VTube]]
* [[Transform the Part To Make Any Bend True]]
* [[Reverse the Tube Ends]]
* [[How to Export a Supravision File]]
* [[How to Import a Supravision File]]
* About [[VTube-STEP and VTube-LASER Project File Compatibility]]
* See [http://www.nist.gov/el/msid/infotest/step-file-analyzer.cfm STEP File Analyzer] for a program to test STEP files.
* Download a [http://www.advancedtubular.com/vtube-step/VTube-STEP_Version_2.2_VTube_QuickStart.pdf PDF Quick-Start Guide] - Version 2.2, December 23, 2015
* About [[VTube Communication for Winton Benders]]
* VTube-STEP replaced the retired [[TubeCalc]] software in March of 2010.
* [[How To Calculate Cut Lengths in VTube]]
* About [[VTube End Length Offsets]]
* See [[VTube Overbend Calculations for Springback]]
* Read the [[VTube Software License]]
* Recommended [[CAD Conversion Tools]]
* How to [[Import the Split Bend with STEP Version of "VTube-LASER Demo CAD Model 2"]]
* [[Windows Floating Point Setup for VTube]]
* [[How to BACKUP and RESTORE VTube configuration files]]
* [[D of Bend]]

<br><br>

==Overall Purpose of VTube-STEP: Import Solid Models from ANY Solid Model CAD Program to Convert to Bender Data==

<table>
<tr>
<td width=300>
VTube-STEP extracts tube data from a STEP or IGES solid model file - from any solid model CAD package.<br><br>
VTube-STEP can import centerline data from cylindrical or rectangular solid models ''that have no centerline''.<br><br>
[[image:vtube-step-1.82.rectangulartube_7points.jpg|300px]]
</td>

<td>
[[image:cadsplash.jpg|400px]]
</td>
</tr>

</table>

== Partners and Distributors==
* [[FARO]] - FARO is the world leader in articulated arms. The FARO Americas division is our exclusive [[VTube-LASER]] distributor for North and South America. VTube-STEP is also a catalog item for FARO.
* [[Horn Machine Tools]] - Manufacturer of benders and [[CSM]] benders
* [[UNISON]] - All electric benders from the UK
* [[SMI]]- Italian line of Silver benders
* [[CRIPPA]] - Italian benders
* [[UNIVERSAL TOOL & ENGINEERING]] - Alpine benders
<br>

==Export to Solid Model Programs==
<table>
<tr>
<td width=300 valign="top">
VTube-STEP can export files that can be loaded into other CAD packages. These are samples of files created by VTube-STEP and loaded into general solid model packages.
</td>

<td>
Autodesk Inventor Example<br>
[[image:Autodesk_Inventor_Import_from_VTube_Screen_Shot.jpg|400px]]<br><br>
SOLIDWORKS Example<br>
[[image:vtube-step_v2.3_demotube3_to_solidworks.png|400px]]<br><br>
</td>
</tr>
</table>

==Multiple Language Support==
<table>
<tr>
<td width=300>
VTube-STEP supports multiple languages - even East Asian. You can even translate the user interface to your own language.
</td>
<td>
[[image:vtube-step_2.3_japanese_screen.png|400px]]
</td>
</tr>
</table>

<br><br>

==Other Pages==

* Read the [[VTube Software License]]
* Recommended [[CAD Conversion Tools]]

Model-based Definition

2025-06-23T00:37:33Z

Mcone: Replaced content with "__NOTOC__ <table> <tr> <td> This page has been moved to </td> <td> image:ATT_Helpsite_Logo.png|250px|link=https://advancedtubular.helpsite.com/articles/134968-vtube-ste..."

Model-based Definition

2025-06-23T00:36:59Z

Mcone:

__NOTOC__

<table>
<tr>
<td>
This page has been moved to
</td>
<td>
[[image:ATT_Helpsite_Logo.png|250px|link=https://advancedtubular.helpsite.com/articles/134968-vtube-step-model-based-definition-mbd-and-why-it-is-important]]
</td>
</tr>
</table>

==What is Model-based Definition?==

According to Wikipedia: "Model-based definition (MBD), sometimes digital product definition, is the practice of using 3D models (such as solid models, 3D PMI and associated metadata) within 3D CAD software to define (provide specifications for) individual components and product assemblies."<br><br>

==[[VTube-STEP]] and [[VTube-LASER]] ENABLE Model-based Definition for Tube Fabricators==
[[image:vtube-step_import_table_tube_model_2.png|500px|right]]
An important feature in all versions of VTube is the ability to import generic solid models of tube shapes in the STEP or IGES formats and '''then calculate and derive all of the following''':<br><br>

# Part Number (based on the incoming filename)<br>
# XYZ centerline<br>
# Radius values for every bend<br>
# Diameter<br>
# Wall thickness<br>
# Bender data<br>
# Cut Length<br><br><br>

==What Are The Benefits of Model-based Definition?==
<br>

The benefits of MBD are significant:

# '''ELIMINATES KEYBOARD REENTRY'''<br>Creating bender data from a solid model '''eliminates keyboard entry of centerline data for the nominal or master part'''. This is a huge benefit considering many mistakes are made due to misreading or mistyping of numbers from one data grid to the next.<br><br>
# '''3 TIMES FASTER THAN KEYBOARD ENTRY in VTube'''<br>Importing data from a solid model tube is 3 times (or more) faster than keyboard entry - even if the keyboard entry is perfect the first time.<br><br>
# '''VISUAL CROSS-CHECK'''<br>Model-based definition gives instant visual feedback and confirmation that the part is correct - because the derived parametric model is '''superimposed on top of the imported model on the same screen'''.<br><br>
<br><br>

==Compare TRADITIONAL KEYBOARD INPUT and MBD IMPORT Methods==

To demonstrate the speed difference, we will use this tube shape:<br><br>

[[image:tube_tube_model.png|600px]]<br><br>

===Traditional Keyboard Entry Method - TIME REQUIRED: 1 Minute 33 Seconds===
In traditional data entry, the coordinate data is manually entered by typing the numerical data from a print or layout in this format: <br>

<table border="1" cellspacing="0" cellpadding="0" width="80%">
<tr>
<td class="c0" nowrap="nowrap">Point</td>
<td class="c0" nowrap="nowrap">X</td>
<td class="c0" nowrap="nowrap">Y</td>
<td class="c0" nowrap="nowrap">Z</td>
<td class="c0" nowrap="nowrap">Radius</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">1</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">-800.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">2</td>
<td class="c1" nowrap="nowrap">800.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">-800.0</td>
<td class="c1" nowrap="nowrap">150.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">3</td>
<td class="c1" nowrap="nowrap">800.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">150.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">4</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">150.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">5</td>
<td class="c1" nowrap="nowrap">800.0</td>
<td class="c1" nowrap="nowrap">400.0</td>
<td class="c1" nowrap="nowrap">-800.0</td>
<td class="c1" nowrap="nowrap">150.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">6</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">400.0</td>
<td class="c1" nowrap="nowrap">-800.0</td>
<td class="c1" nowrap="nowrap">150.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">7</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">400.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">150.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">8</td>
<td class="c1" nowrap="nowrap">800.0</td>
<td class="c1" nowrap="nowrap">400.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
</tr>
</table>
<br>
The time required to enter the data by a VTube expert, including the coordinates above, part name, diameter, wall thickness, and default radius is 1 minute 33 seconds.<br><br>
Operators who are familiar with data entry like this will recognize that this pace is very fast ''for keyboard entry''. Since this part is so simple, the time recorded DOES NOT INCLUDE DOUBLE-CHECKING THE COORDINATES. OTHER PARTS WITH THE SAME COORDINATE COUNT COULD EASILY REQUIRE MORE TIME because they would require a double-check of the values input to the original print.<br><br>
If the original print has no XYZ centerline grid (uses regular linear dimensions), then keyboard entry is MUCH SLOWER than what was recorded here.
<br><br><br>

===MDB Solid Model Import Method - TIME REQUIRED: 30 SECONDS===
<br>
The MBD method is significantly faster, and '''enhances data integrity''' while importing data faster. This is the result of an import in VTube for the same part. (The model also includes the table top.)

<br><br>

[[image:vtube-step_table_tube_import.png|600px]]<br>

The time required to open the file, load the file, completely import the data by a VTube expert, and to derive all the data entered above automatically, is only 30 seconds.
<br><br>

# '''CENTERLINE COORDINATES:''' VTube was able to calculate the centerline coordinates from the straight sections selected.<br><br>
# '''RADIUS:''' VTube was able to calculate the radius values because the straights are built from tangent point to tangent point (where the straights meet the bends).<br><br>
# '''DIAMETER:''' VTube was able to calculate the diameter from the largest cylinder selected.<br><br>
# '''WALL THICKNESS:''' VTube was able to find the wall thickness because we also selected the inner wall of straight 7 (see the end at point 8 in the image above).<br><br>
# '''PART NUMBER:''' The part number is filled in using the incoming filename with the path removed.<br><br>
# '''CUT LENGTH:''' The cut length is automatically calculated during import.<br><br>

==Other Pages==

* See [[VTube-STEP]]
* See [[VTube-LASER]]
* See the [https://en.wikipedia.org/wiki/Model-based_definition Wikipedia page] for Model-based Definition

Model-based Definition

2025-06-23T00:36:27Z

Mcone:

__NOTOC__

<table>
<tr>
<td>
=This page has been moved to=
</td>
<td>
[[image:ATT_Helpsite_Logo.png|link=https://advancedtubular.helpsite.com/articles/134968-vtube-step-model-based-definition-mbd-and-why-it-is-important]]
</td>
</tr>
</table>

==What is Model-based Definition?==

According to Wikipedia: "Model-based definition (MBD), sometimes digital product definition, is the practice of using 3D models (such as solid models, 3D PMI and associated metadata) within 3D CAD software to define (provide specifications for) individual components and product assemblies."<br><br>

==[[VTube-STEP]] and [[VTube-LASER]] ENABLE Model-based Definition for Tube Fabricators==
[[image:vtube-step_import_table_tube_model_2.png|500px|right]]
An important feature in all versions of VTube is the ability to import generic solid models of tube shapes in the STEP or IGES formats and '''then calculate and derive all of the following''':<br><br>

# Part Number (based on the incoming filename)<br>
# XYZ centerline<br>
# Radius values for every bend<br>
# Diameter<br>
# Wall thickness<br>
# Bender data<br>
# Cut Length<br><br><br>

==What Are The Benefits of Model-based Definition?==
<br>

The benefits of MBD are significant:

# '''ELIMINATES KEYBOARD REENTRY'''<br>Creating bender data from a solid model '''eliminates keyboard entry of centerline data for the nominal or master part'''. This is a huge benefit considering many mistakes are made due to misreading or mistyping of numbers from one data grid to the next.<br><br>
# '''3 TIMES FASTER THAN KEYBOARD ENTRY in VTube'''<br>Importing data from a solid model tube is 3 times (or more) faster than keyboard entry - even if the keyboard entry is perfect the first time.<br><br>
# '''VISUAL CROSS-CHECK'''<br>Model-based definition gives instant visual feedback and confirmation that the part is correct - because the derived parametric model is '''superimposed on top of the imported model on the same screen'''.<br><br>
<br><br>

==Compare TRADITIONAL KEYBOARD INPUT and MBD IMPORT Methods==

To demonstrate the speed difference, we will use this tube shape:<br><br>

[[image:tube_tube_model.png|600px]]<br><br>

===Traditional Keyboard Entry Method - TIME REQUIRED: 1 Minute 33 Seconds===
In traditional data entry, the coordinate data is manually entered by typing the numerical data from a print or layout in this format: <br>

<table border="1" cellspacing="0" cellpadding="0" width="80%">
<tr>
<td class="c0" nowrap="nowrap">Point</td>
<td class="c0" nowrap="nowrap">X</td>
<td class="c0" nowrap="nowrap">Y</td>
<td class="c0" nowrap="nowrap">Z</td>
<td class="c0" nowrap="nowrap">Radius</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">1</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">-800.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">2</td>
<td class="c1" nowrap="nowrap">800.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">-800.0</td>
<td class="c1" nowrap="nowrap">150.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">3</td>
<td class="c1" nowrap="nowrap">800.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">150.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">4</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">150.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">5</td>
<td class="c1" nowrap="nowrap">800.0</td>
<td class="c1" nowrap="nowrap">400.0</td>
<td class="c1" nowrap="nowrap">-800.0</td>
<td class="c1" nowrap="nowrap">150.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">6</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">400.0</td>
<td class="c1" nowrap="nowrap">-800.0</td>
<td class="c1" nowrap="nowrap">150.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">7</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">400.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">150.0</td>
</tr>
<tr>
<td class="c1" nowrap="nowrap">8</td>
<td class="c1" nowrap="nowrap">800.0</td>
<td class="c1" nowrap="nowrap">400.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
<td class="c1" nowrap="nowrap">0.0</td>
</tr>
</table>
<br>
The time required to enter the data by a VTube expert, including the coordinates above, part name, diameter, wall thickness, and default radius is 1 minute 33 seconds.<br><br>
Operators who are familiar with data entry like this will recognize that this pace is very fast ''for keyboard entry''. Since this part is so simple, the time recorded DOES NOT INCLUDE DOUBLE-CHECKING THE COORDINATES. OTHER PARTS WITH THE SAME COORDINATE COUNT COULD EASILY REQUIRE MORE TIME because they would require a double-check of the values input to the original print.<br><br>
If the original print has no XYZ centerline grid (uses regular linear dimensions), then keyboard entry is MUCH SLOWER than what was recorded here.
<br><br><br>

===MDB Solid Model Import Method - TIME REQUIRED: 30 SECONDS===
<br>
The MBD method is significantly faster, and '''enhances data integrity''' while importing data faster. This is the result of an import in VTube for the same part. (The model also includes the table top.)

<br><br>

[[image:vtube-step_table_tube_import.png|600px]]<br>

The time required to open the file, load the file, completely import the data by a VTube expert, and to derive all the data entered above automatically, is only 30 seconds.
<br><br>

# '''CENTERLINE COORDINATES:''' VTube was able to calculate the centerline coordinates from the straight sections selected.<br><br>
# '''RADIUS:''' VTube was able to calculate the radius values because the straights are built from tangent point to tangent point (where the straights meet the bends).<br><br>
# '''DIAMETER:''' VTube was able to calculate the diameter from the largest cylinder selected.<br><br>
# '''WALL THICKNESS:''' VTube was able to find the wall thickness because we also selected the inner wall of straight 7 (see the end at point 8 in the image above).<br><br>
# '''PART NUMBER:''' The part number is filled in using the incoming filename with the path removed.<br><br>
# '''CUT LENGTH:''' The cut length is automatically calculated during import.<br><br>

==Other Pages==

* See [[VTube-STEP]]
* See [[VTube-LASER]]
* See the [https://en.wikipedia.org/wiki/Model-based_definition Wikipedia page] for Model-based Definition

2023-03-16T12:41:32Z

Mcone:

Supravision Network Protocol

2023-03-15T20:28:36Z

Mcone:

[[image:svnetwork_logo.jpg|350px|right]]
__TOC__

[[Image:Vtube-laser_screen_1_65.jpg|right|thumb|The Advanced Tubular VTube-LASER works with FARO and is a direct replacement with Supravision. It uses the Supravision Network protocol.]]
[[Image:svdos.png|right|thumb|The original DOS Supravision main menu (circa 1980s and '90s)]]
[[Image:svwin.png|right|thumb|The newer Windows Supravision main menu (circa late 1990s to current)]]

==Intro==

This is a protocol that specifies how to communicate with measuring centers software packages like [[VTube-LASER]], Supravision software using command and data files.

<br><br>

==Design Purpose==

This protocol is designed mainly for enabling bi-directional corrections loops with CNC bending machines with the measuring center as the master data center. It can be used for importing MASTER data from benders that support this feature.

<br><br>

==Capabilities/Limitations==

The SVNET protocol...

*SUPPORTS up to 99 benders<br><br>

* Some versions of Supravision for Windows software cannot address COM ports above 9 without producing an error during communications. This is, no doubt, an unintentional bug in some versions of Supravision. This is only a serious problem if you plan on communicating with more than 9 benders.<br><br>

* The [[VTube-LASER]] implementation of SVNET can handle any number of COM ports.<br><br>

* SENDS master xyz, corrected LRA, tube diameter, cut length, and bend radii to the bender<br><br>

*RECALLS - For Supravision and DOCS, recalls occur '''before''' they perform a new measure. This approach is less logical than the recall approach by other measuring centers (see the "Compare" note below). The data recalled is corrected LRA, tube diameter, cut length, and bend radii<br><br>

*RECALLS - OTHER MEASURING CENTERS: The [[VTube-LASER]] and Eaton Leonard [[Laservision]] only recalls after a measure and during the correction - and ONLY if the correction needs to occur. We consider the VTube-LASER approach superior because not every measurement will result in the need for a recall from the bender. For example, if the part qualifies to be within tolerance, then there is no need for a recall.)<br><br>

*EL FLOATING POINT Problem: Some versions of Supravision cannot properly handle the floating point conversion of incoming values from the older EL legacy protocol (which does '''not''' follow the IEEE 754 protocol for binary floating point arithmetic). This problem explains why some Eaton Leonard values may be reset to zero or some huge value when transmitting back to the EL Velog, EL-2000, or Premier controls from Supravision.<br><br>

<br><br>

==Networking Issues==

<li>'''STANDARD LAN CONNECTION:''' The protocol requires a standard network connection between the bender and the measuring center running Supravision. In many cases, we place our Benderlink software between Supravision and the bender that never has supported the SVNET protocol. The protocol requires that both computers have access to a shared folder over the network.
</li>

<br>

<li>'''MEASURING CENTER IS MASTER/CLIENT:''' Typically the measuring center is used as the master controller of the connection. It typically initiates all RECALL and SEND requests between itself and the bender. This would make Supravision software the CLIENT. It is the one sending data and making requests. The bender is usually the SERVER because it "listens" (or monitors) for commands from Supravision.
</li>

<br>

<li>'''WHY NOT USE BENDER AS CLIENTS?:''' There are few customers that use the protocol in the opposite way. They make the bender the CLIENT and initiate all communications from the bender. We never recommend this method of communication, because I believe that the measuring center is the MASTER and should be asking for data only when it needs it. It should also only SEND data when it wants to correct the bender.
</li>

<br>

<li>'''PERFORMANCE ISSUES WHEN NETWORK IS DOWN:''' In addition to this, there can be huge drags in SV performance when SV is monitoring for commands from benders. This problem occurs when the network connection is poor or lost. If any bender connections are ENABLED in Supravision, and the network is down, SV slows to a crawl because [i]Windows[/i] slows the Internet Protocol to crawl. I have advised Romer of this issue, and they may resolve the issue in there new DOCS software. Hopefully they will design the DOCS software so that it does not monitor for commands from the bender, except for when DOCS requests a RECALL of data.)
</li>

<br>

<li>'''SHARED FOLDER SETUP:''' Most customers don't mind if the bender's root drive is shared on the network. Supravision is then configured to look at this shared drive over the network. This setup minimizes the possibility that a Windows-base bender controller will slow down or shutdown bender communications if the network connection fails. Some bender control developers prefer to do the opposite; they request that the bender look through the network at a shared connection on the ROMER computer. This method works well for ROMER because it creates a setup where the ROMER computer will always have a connection and never bog down - even if the network is slow or down.
</li>

<br>

<li>'''[[UNC]] or Mapped Drive?:''' [[UNC]] means (Universal Naming Convention)[http://www.google.com/search?hl=en&lr=&defl=en&q=define:UNC&sa=X&oi=glossary_definition&ct=title] We prefer to use [[UNC]] style paths over mapped drives. They are more descriptive, and your computer may lose the address associated with the mapped drive if the network connection fails.</li>

<br><br>

==History==

1 - The older versions of the DOS-based Supravision software did not support SVNET communications. It was a later addition by Foad Rekabi.

<br><br>

2 - Not all versions of the measuring center software packages have the SVNET protocol feature support it properly. It is important that users check their version of Supravision to be sure that what they are using a version of Supravision that uses SVNET properly. This is true for early versions of the DOS and Windows versions of Supravision.

<br><br>

==[[VTube-LASER]] Versions to Use for SVNET==

<table cellpadding="15" width = 650>
<tr valign="top">
<td bgcolor="#f0f0f0" width = 200>
[[VTube-LASER]]
</td>
<td bgcolor="#e3e4f5">
<ol>
<li>All versions support full SVNET protocol</li>
</ol>
</td>
</tr>
</table>

==DOC Versions to Use for SVNET==

<table cellpadding="15" width = 650>
<tr valign="top">
<td bgcolor="#f0f0f0" width = 200>
DOCS 2.1 and earlier
</td>
<td bgcolor="#e3e4f5">
<ol>
<li>Does not support SVNET protocol</li><br>
<li>Details: Switch to version 2.2 or higher.
</li>
</ol>
</td>
</tr>
</table>

<table cellpadding="15" width = 650>
<tr valign="top">
<td bgcolor="#f0f0f0" width = 200>
DOCS 2.2
</td>
<td bgcolor="#e3e4f5">
<ol>
<li>All versions of DOCS 2.2 are OK for use (Use this version or HIGHER) - </li><br>
<li>Details: No known issues exist for the Supravision Network Protocol in this version. <b> Requires TUBE SHOP MANAGER add-on software</b>
</li>
</ol>
</td>
</tr>
</table>

<table cellpadding="15" width = 650>
<tr valign="top">
<td bgcolor="#f0f0f0" width = 200>
DOCS 2.3
</td>
<td bgcolor="#e3e4f5">
<ol>
<li>This was BETA software (as of the time we added this note)</li><br>
<li>Details: It was not released to the general public yet. However, it should work with the SVNET protocol when released. <b> Requires TUBE SHOP MANAGER add-on software</b>
</li>
</ol>
</td>
</tr>
</table>

<table cellpadding="15" width = 650>
<tr valign="top">
<td bgcolor="#f0f0f0" width = 200>
DOCS - Versions from 2013
</td>
<td bgcolor="#e3e4f5">
<ol>
<li>These versions can reverse the direction of the ROTATIONS when sending corrections back to the bender that has rotations close to 180.</li><br>
<li><b> Requires TUBE SHOP MANAGER add-on software</b>
</li>
</ol>
</td>
</tr>
</table>

==SV Versions to Use/Not Use for SVNET==

<table cellpadding="15" width = 650>
<tr valign="top">
<td bgcolor="#f0f0f0" width = 200>
Windows Version 6
</td>
<td bgcolor="#e3e4f5">
<ol>
<li>All versions of 6 OK for Use with minor limitations (Use this version or HIGHER)</li><br>
<li>Details: The only known issue is that a PART COMMENT of more than 95 characters in length will crash SV 6. (Some bender setup technicians will enter much more than 95 characters in their BendPro setups - causing SV 6 to crash during a RECALL.)</li>
</ol>
</td>
</tr>
</table>

<table cellpadding="15" width = 650>
<tr valign="top">
<td bgcolor="#f0f0f0" width = 200>
Windows Version 5.00.0
</td>
<td bgcolor="#e3e4f5">
<ol>
<li>DO NOT USE (Upgrade to HIGHER version)</li><br>
<li>Details: Causes the program to report "This program has performed an illegal function and will be shutdown" when it attempts to perform a Supravsion Network communication.
</li>
</ol>
</td>
</tr>
</table>

<table cellpadding="15" width = 650>
<tr valign="top">
<td bgcolor="#f0f0f0" width = 200>
DOS Version 4.00.9398
</td>
<td bgcolor="#e3e4f5">
<ol>
<li>DO NOT USE (Upgrade to HIGHER version)</li><br>
<li>Details: No TIMEOUT Recognized for Supravision Network</li><br>
<li>File Info: VR.EXE 364,080 05-22-98 12:19p</li>
</ol>
</td>
</tr>
</table>

<table cellpadding="15" width = 650>
<tr valign="top">
<td bgcolor="#f0f0f0" width = 200>
DOS Version 3.58.9570
</td>
<td bgcolor="#e3e4f5">
<ol>
<li>OK for Use (Use this version or HIGHER)</li><br>
<li>Details: Older versions will not work properly or don't have the feature</li><br>
<li>File Info: VR.EXE 375KB 11/2/98 2:49PM</li>

[http://www.advancedtubular.com/supravision/sv_3_58.zip Download sv_3_48.zip to update your DOS Supravision executable.] The zip file contains a text file and VR.EXE, which is the Supravision file to replace your existing older version of SV for DOS.

</ol>
</td>
</tr>
</table>

VTube-STEP

2023-03-02T15:49:49Z

Mcone: /* Diagnostics */

<table>
<tr cellpadding=10>
<td width=300>
[[image:vtube-step_logo_2.png|300px]]
Import tube data from solid models, then produce reports, and send data to benders.<br><br>

</td>
<td width=300>
[[image:VTS2_SplashScreen.png|500px]]
</td>
</tr>
</table>

__NOTOC__

==Quick Links==

* [[VTube-STEP Updates]]
* [[VTube-STEP Videos]]
* [[VTube Software Maintenance Plan]] (SMP)
* Also see [[VTube-LASER]] (for measuring with a FARO arm)
* See the [[Model-based Definition]] page to learn how VTube uses this concept and why it is so important.
* [[How VTube Licensing Works]]
* [[Differences Between VTube License Types]]
<br>

== Compatibility With Other CAD Packages==
* [[VTube Import from SIEMENS NX]]
* [[VTube Import from SIEMENS Solid Edge]]
* [[VTube Import from Autodesk Inventor]]
<br>

== Setup ==
* See [[Automatic Backup of the VTube Global Configuration File]] (Version 4 or Newer)
* How to [[Change the VTube Default Setup]]
* How to [[Copy a default VTube configuration to another computer with VTube]]
* [[How to overcome ShellExecuteEx failed errors during install]]
* See [[How to Register the VTube License]] for each computer
* See [[How To Install VTube to Windows XP]]
* See [[How to Bypass the Not Commonly Run Message in Windows]] during installation or dongle setup
* [[How to Change VTube VPort Color]]
* [[Setup of SolidWorks Template File Paths]]
* Read about the [[VTube Language Editor]]
* How to [[Import VTube Report Templates]]
* How to [[Setup VTube-STEP for the Network License Manager]]
* How to [[Find and edit the HTML template files in VTube]]
* How to [[Change the default linear units in VTube]]
* How to [[Set the Number of Values Beyond the Decimal for VTube]]
* How to [[Change the VTube User Interface Language]]
* [[Ideal Windows Font Size for VTube]]
* How to find the [[VTube Bender Template Location]]<br><br>

== Setup for Communications with CNC Benders ==
* See [[How to Export to a COMCO CSV File in VTube-STEP]]
* [[VTube Communications With Transfluid Benders]]
* See [[AddisonMckee]] for Supravision Network setup for communications with VTube-LASER
* See the Tutorial for [[VTube HERBER Bender New Part Setup (SOL Protocol)]]
* See a Tutorial for [[VTube Communication for UNISON Benders]]
* About [[VTube Communication for Winton Benders]]
* Read about [[Chiyoda Communications with VTube]]
* How to [[Setup VTube for Supravision Network Communication]]
* About [[VTube Robomac Communications]]
* How to [[Setup VTube for Supravision Network Communication]]
* Read About [[VTube Communication for SOCO]]
* Read About [[VTube Communication with AMOB]]
* See a Tutorial for [[VTube Communication for CRIPPA MPF]]
* [[RS-232 Communications Adapters]] for communications to legacy benders
<br>

==Diagnostics==

* Diagnose issues with the hardware key (dongle): See [[VTube Hardware Key Messages]]
* [[How to Report VTube Errors]]
* How to [[Check for a connection to the Internet license server]].
<br>

==Performance ==
* See [[VTube Limits and Disk Requirements]]
* See [[VTube and Windows 10 - Compatibility and Performance Notes]]
* Fix for VTube Shutdown [[Issues with Raptr Online Gaming App PLAYS.TV]]
* How to find the [[VTube Report Template Location]]
* Recommended [[VTube-LASER Screen Resolution]]
* Recommended [[VTube Computer Specification]]
* See [[Recommended VTube-STEP Screen Resolutions]]
* How to check [[OpenGL Drivers]] versions

<br>

== Tutorials ==

* See [[How to Export to a COMCO CSV File in VTube-STEP]]
* Learn about [[Bender Rotation Directions]]
* See [[How to Use Embedded Math in VTube Float Point Edit Boxes]]
* See [[How to orient the tube to show a rotation view in VTube]]
* See [https://www.advancedtubular.net/news/vtube-step-measure-from-a-drilled-hole How to use VTube-STEP to measure From a drilled hole in a solid model]
* See [[VTube-LASER and VTube-STEP - How to Reset the XYZ Radii to the Default Radius in the Part Setup Menu]]
* About [[VTube Reverse Calc from MIL-D-9898C Absolute Bender Data to Centerline XYZ Data]]
* [[How To Import Channel-Shaped Parts]]
* [[Dealing with Incorrect STEP Linear Unit Scale]]
* [[How To Collect Components]]
* About [[Multi-Elongation in VTube]]
* [[Transform the Part To Make Any Bend True]]
* [[Reverse the Tube Ends]]
* [[How to Export a Supravision File]]
* [[How to Import a Supravision File]]
* About [[VTube-STEP and VTube-LASER Project File Compatibility]]
* See [http://www.nist.gov/el/msid/infotest/step-file-analyzer.cfm STEP File Analyzer] for a program to test STEP files.
* Download a [http://www.advancedtubular.com/vtube-step/VTube-STEP_Version_2.2_VTube_QuickStart.pdf PDF Quick-Start Guide] - Version 2.2, December 23, 2015
* About [[VTube Communication for Winton Benders]]
* VTube-STEP replaced the retired [[TubeCalc]] software in March of 2010.
* [[How To Calculate Cut Lengths in VTube]]
* About [[VTube End Length Offsets]]
* See [[VTube Overbend Calculations for Springback]]
* Read the [[VTube Software License]]
* Recommended [[CAD Conversion Tools]]
* How to [[Import the Split Bend with STEP Version of "VTube-LASER Demo CAD Model 2"]]
* [[Windows Floating Point Setup for VTube]]
* [[How to BACKUP and RESTORE VTube configuration files]]
* [[D of Bend]]

<br><br>

==Overall Purpose of VTube-STEP: Import Solid Models from ANY Solid Model CAD Program to Convert to Bender Data==

<table>
<tr>
<td width=300>
VTube-STEP extracts tube data from a STEP or IGES solid model file - from any solid model CAD package.<br><br>
VTube-STEP can import centerline data from cylindrical or rectangular solid models ''that have no centerline''.<br><br>
[[image:vtube-step-1.82.rectangulartube_7points.jpg|300px]]
</td>

<td>
[[image:cadsplash.jpg|400px]]
</td>
</tr>

</table>

== Partners and Distributors==
* [[FARO]] - FARO is the world leader in articulated arms. The FARO Americas division is our exclusive [[VTube-LASER]] distributor for North and South America. VTube-STEP is also a catalog item for FARO.
* [[Horn Machine Tools]] - Manufacturer of benders and [[CSM]] benders
* [[UNISON]] - All electric benders from the UK
* [[SMI]]- Italian line of Silver benders
* [[CRIPPA]] - Italian benders
* [[UNIVERSAL TOOL & ENGINEERING]] - Alpine benders
<br>

==Export to Solid Model Programs==
<table>
<tr>
<td width=300 valign="top">
VTube-STEP can export files that can be loaded into other CAD packages. These are samples of files created by VTube-STEP and loaded into general solid model packages.
</td>

<td>
Autodesk Inventor Example<br>
[[image:Autodesk_Inventor_Import_from_VTube_Screen_Shot.jpg|400px]]<br><br>
SOLIDWORKS Example<br>
[[image:vtube-step_v2.3_demotube3_to_solidworks.png|400px]]<br><br>
</td>
</tr>
</table>

==Multiple Language Support==
<table>
<tr>
<td width=300>
VTube-STEP supports multiple languages - even East Asian. You can even translate the user interface to your own language.
</td>
<td>
[[image:vtube-step_2.3_japanese_screen.png|400px]]
</td>
</tr>
</table>

<br><br>

==Other Pages==

* Read the [[VTube Software License]]
* Recommended [[CAD Conversion Tools]]

Check for a connection to the Internet license server

2023-03-02T15:46:43Z

Mcone:

<table>
<tr cellpadding=10>
<td width=225>
[[image:vtube-laser_logo_1.96.png|200px]]
* Back to [[VTube-STEP]]
* Back to [[VTube-LASER]]
</td>
<td width=300>
[[image:vtube-step_logo_2.png|200px]]
</td>
</tr>
</table>

If VTube online activation returns "Code 6" as an error, then that probably indicates that a firewall in the system is blocking access to VTube-LASER's Internet license process.

To test if VTube will be allowed to communicate to the server, open a command box and ping for the softwarekey.com server to determine if a connection is allowed.

In the command box, type:<br><br>
ping advancedtubular.securekey.com

[[image:commandbox_ping_softwarekey.png|400px]]

Check for a connection to the Internet license server

2023-03-02T15:41:28Z

Mcone:

<table>
<tr cellpadding=10>
<td width=225>
[[image:vtube-laser_logo_1.96.png|200px]]
* Back to [[VTube-STEP]]
* Back to [[VTube-LASER]]
</td>
<td width=300>
[[image:vtube-step_logo_2.png|200px]]
</td>
</tr>
</table>

Open a command box and ping for the softwarekey.com server to determine if a connection is allowed.

In the command box, type:<br><br>
ping advancedtubular.securekey.com

[[image:commandbox_ping_softwarekey.png|400px]]

Check for a connection to the Internet license server

2023-03-02T15:41:19Z

Mcone:

<table>
<tr cellpadding=10>
<td width=225>
[[image:vtube-laser_logo_1.96.png|200px]]
* Back to [[VTube-STEP]]
* Back to [[VTube-LASER]]
</td>
<td width=300>
[[image:vtube-step_logo_2.png|200px]]
</td>
</tr>
</table>

Open a command box and ping for the softwarekey.com server to determine if a connection is allowed.

In the command box, type:<br>
ping advancedtubular.securekey.com

[[image:commandbox_ping_softwarekey.png|400px]]