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NSS-Vote™ is designed to manage voting and microphone control for small to medium city council style
meetings. NSS-Vote supports two voting/microphone management consoles, up to 21 voting/
microphone stations and one public podium microphone.
Supported Operating Systems
Windows 95
Windows NT 4.0
64 MB of installed memory)
Windows 2000
requirement); 300 MHz or faster recommended, with 96 MB of installed memory.)
Minimum PC Requirements
Windows-compatible mouse (or other pointing device)
At least 5 MB of free disk space (150 MB recommended)
VGA monitor, with a minimum screen resolution of 800 x 600
A Network adapter
Introduction
®
/98® (with at least 48 MB of installed memory)
®
Workstation or Server (service pack 6 B or greater, with at least
®
Professional or Server (running on a Pentium 233 MHz processor (minimum
Installing NSS-Vote
1. In Explorer, double-click NSS-VoteSetup.exe from the directory window where you downloaded
the NSS-Vote install program.
2. After reading the License Agreement, select I Agree and Next to proceed.
3. The Welcome To NSS-Vote Setup dialog appears, reminding you to close all Windows programs
before going any further. Click Next to proceed.
4. In the Select NSS-Vote Install Location dialog, use the Browse button to navigate to a directory
other than the default install directory, if desired. Click Next.
5. In the NSS-Vote Shortcut Creation dialog, select Install Shortcut Icons for the installed
components on your desktop, if desired.
6. Click Next in the Start NSS-Vote Installation dialog to install the selected components.
7. The program prompts you to restart your system to complete the installation.
NSS-Vote Programmer’s Guide
1
Introduction
2
NSS-Vote Programmer’s Guide
Hardware Options
NSS-Vote can support multiple hardware configurations. The following sections describe what support
NSS-Vote ships with and a few typical configurations.
Operator’s Consoles
Hardware Options
FIG. 1 Sample View of Console Main Page
NSS-Vote supports two operator consoles. The operator’s consoles control all voting and microphone
management functions. Two consoles are supported since many configurations require two operators.
The console station, if configured, can also function as one of the 21 voting stations.
NSS-Vote ships with the following touch panel pages for the operator's console.
G4 Voting console pages, 800x600 (CA/V-12 and TPI4)
G4 Voting console pages, 1024x768(CA/V-15 and TPI4)
Due to the large number of controls per page; resolutions below 640 x 480 are not recommended for the
operator's console.
NSS-Vote Programmer’s Guide
3
Hardware Options
Voting Stations
FIG. 2 Sample View of Graphical Voting Station
NSS-Vote supports both graphical and non-graphical voting stations.
Graphical user interfaces include all AMX touch panels. NSS-Vote ships with several touch
panel designs and a station module for touch panel based voting stations. These may be used
in any current and future AMX touch panels. Graphical voting stations can display voting
topics, results and speaker management information directly on the voting station. The
following touch panel pages are included:
G4 Voting station pages, 800x480 (CV-7)
G4 Voting station pages, 800x600 (CA/V-12 and TPI4)
G4 Voting station pages, 1024x768(CA/V-15 and TPI4)
G4 Voting station pages, 1280x768 (CV17)
G3 Voting station pages, 640x480 (CA/V/G-10, TPI3)
G3 Voting station pages, 320x240 (CV6,CP4)
Non-Graphical user interfaces include many of the push-button products in the AMX product
line. NSS-Vote ships with a TXL design and station module for an AXD-MSP8 voting station.
This TXL and station module can easily be modified for use with an AXD-MSP16 or AXDMSP32. Non-graphical voting stations cannot display voting topics, results and speaker
management information directly on the voting station.
Additionally, this voting station module can be used with an NXP-CPI16 or AXP-CPI16 allowing you to
design a custom voting station. Additional programming may be required when using a custom design.
4
NSS-Vote Programmer’s Guide
Hardware Options
Public Speaking Podium
NSS-Vote supports a single public speaking podium’s request to speak functions though a simple AXDMSP8 design. Only two buttons are required for public speaking: Request to Speak and Cancel Request. Optionally, a bargraph, if available, is used to display the speaking timer.
As with the non-graphical voting station, you may easily substitute an AXD-MSP16,
AXD-MSP32, AXP-CPI16 or NXP-CPI16 for this station.
Voting Display
FIG. 3 Sample View of Voting Display
NSS-Vote can support one or more voting display stations. Additionally, any graphical voting station
compatible product can be used as a voting display.
The most common voting display station hardware is the AXB-TPI/3 or NXP-TPI/4. Since the AXBTPI/3 or NXP-TPI/4 have video outputs, these devices can be used to display voting results to video
displays. These products also supply video feeds for use in broadcasting. The following touch panel
pages are included:
G4 Public display pages, 1024x768 (TPI4)
G3 Public display pages, 1024x768 (TPI3)
Additionally, video hardware may be required for some applications. Make sure to
see the specifications for AXB-TPI/3 or NXP-TPI/4 for details on what video
connections are available from these units.
NSS-Vote Programmer’s Guide
5
Hardware Options
PC-Based Voting Display
NSS-Vote can support voting results in a standard Internet browser window. This browser display can be
used to post voting results to a projector, if desired. More detailed voting results are available when using
a graphical voting display, but this option can provide a low-cost method for displaying voting results.
Additionally, video hardware may be required to make the PC’s video appear on the
video projector. Make sure to account for this in your design.
Typical Configurations
While NSS-Vote is extremely flexible, a few typical configurations are included below. The
configuration that is right for you is dependant on your budget and requirements. Please use these
configurations as a guideline.
Configuration 1 (High-end)
A typical high-end configuration would include:
Two AXT-CA10’s – One Operator’s console for the Mayor and one operator’s console for the
City Clerk.
Up to 21 AXT-CA10’s – One panel per voting station.
One AXD-MSP8 – One public speaking station.
One AXB-TPI/3 – One voting display station to display voting results on a projector.
Configuration 2 (Medium-sized)
A typical medium-sized configuration would include:
Two AXT-CA10’s – One Operator’s console for the Mayor and one operator’s console for the
City Clerk.
Up to 21 AXT-CP4’s or AXD-CV6’s – One panel per voting station.
One AXD-MSP8 – One public speaking station.
One AXB-TPI/3 – One voting display station to display voting results on a projector.
Configuration 3 (Low-end)
A typical low-end configuration would include:
Two AXT-CA10’s – One Operator’s console for the Mayor and one operator’s console for the
City Clerk.
Up to 21 AXD-MSP8’s – One panel per voting station.
One AXD-MSP8 – One public speaking station.
One AXB-TPI/3 – One voting display station to display voting results on a projector. This
option is recommended in this configuration to provide each member with a graphical view of
the voting results.
6
NSS-Vote Programmer’s Guide
Programming
Initial Programming
Once you have decided on the hardware configuration you intend to use, you need to customize the main
NSS-Vote program to accommodate your design. Two sample programs are provided with
NSS-Vote:
NSS-VoteTest-TP Stations is a program that implements voting with touch panel based
station.
NSS-VoteTest-MSP Stations is a program that implements MSP based voting stations.
Start by choosing one of these files to start from and saving it as 'NSS-VoteTest'. NSS-Vote is modular
so you can add and remove a module for each option you would like to support.
At the heart of the NSS-Vote system is the NSS-VoteEngineMod module. This module includes all the
functionality for voting and microphone management. This module must be included in every NSS-Vote
system.
See NSS-VoteEngineMod Module section on page 13 for a detailed description of the parameters used by
this module.
Programming
Adding Operators' Consoles
Operators’ consoles are support directly by the NSS-VoteEngineMod module. To add an operator’s
console:
1. Define the device number for the operator’s console device.
2. Include this device in the dvVotingConsole device array parameter for the
NSS-VoteEngineMod module.
Many of the remaining parameters of the NSS-VoteEngineMod module specify the channel and variable
text numbers used by the operator’s console touch panel. These parameters are pre-defined in NSS-Vote Console Station Channels.axi to simplify programming. If you have not changed any of the channels or
variable text channel in the supplied touch panel file, then no modification of
NSS-Vote Console Station Channels.axi is required.
See NSS-VoteEngineMod Module section on page 13 for a detailed description of the parameters used by
this module.
Adding Graphical Voting Stations
All touch panel-based voting stations are supported by the NSS-VoteTouchPanelStationMod module.
To add a touch panel voting station:
1. Define the device number for the voting station device.
2. Include this device in the dvTouchPanelStations device array parameter for the
NSS-VoteTouchPanelStationMod module.
The location of the device appears in the array determining the device’s station ID. For instance, if the
device is added as the third element of the device array, it will be the third station.
To skip a station ID: Add the
is defined as 0:0:0.
dvNull device to the array at the position you would like to skip. dvNull
NSS-Vote Programmer’s Guide
7
Programming
The remaining parameters of the NSS-VoteTouchPanelStationMod module specify the channel and
variable text resources used by the voting station. These parameters are pre-defined in
NSS-Vote TP Station Channels.axi to simplify programming. If you have not changed any of the
channels of variable text channel in the supplied touch panel files, then no modification of
NSS-Vote TP Station Channels.axi is required.
See NSS-VoteTouchPanelStationMod Module section on page 20 Module for a detailed description of the
parameters used by this module.
The NSS-VoteTouchPanelStationMod Module is provided as an open source code
module in the event that custom programming is necessary.
Adding Non-Graphical Voting Stations
All non-graphical based voting stations are support by the NSS-VoteMSPStationMod module. To add a
non-graphical voting station:
1. Define the device number for the voting station device.
2. Include this device in the dvMSPStations device array parameter for the
NSS-VoteMSPStationMod module.
The location of the device appears in the array determining the device’s station ID. For instance, if the
device is added as the third element of the device array, it will be the third station.
To skip a station ID: Add the
dvNull device to the array at the position you would like to skip. dvNull
is defined as 0:0:0.
The remaining parameters of the NSS-VoteMSPStationMod module specify the channel numbers used
by the voting station. These parameters are designed for the AXD-MSP8 configuration and are predefined in NSS-Vote MSP Station Channels.axi to simplify programming. If you have not altered the
non-graphical station design, then no modification of NSS-Vote MSP Station Channels.axi is required.
If you have altered the design of the AXD-MSP or are using a custom panel configuration, make sure to
modify the channel numbers in this file.
See NSS-VoteMSPStationMod Module section on page 21 for a detailed description of the parameters
used by this module.
The NSS-VoteMSPStationMod Module is provided as an open source code module
in the event custom programming is necessary.
Adding a Public Podium Speaking Station
A non-graphical based speaking station for the public podium is supported by the
NSS-VotePublicSpeakingStation module. To add a public podium speaking station:
1. Define the device number for the station device.
2. Pass this device as the second parameter to NSS-VotePublicSpeakingStation module.
The remaining parameters of the NSS-VotePublicSpeakingStation module specify the channel numbers
used by the station. These parameters are designed for the AXD-MSP8 configuration and defined
directly in NSS-Vote Text.axs. If you have not altered the station design, then no modification of these
parameters is required.
8
NSS-Vote Programmer’s Guide
Programming
See NSS-VotePublicSpeakingStation Module section on page 24 for a detailed description of the
parameters used by this module.
The NSS-VotePublicSpeakingStation Module is provided as an open source code
module in the event that custom programming is necessary.
Adding Voting Displays
All voting displays are supported by NSS-VoteDisplayOnlyMod module. To add a voting display:
1. Define the device number for the voting display device.
2. Pass this device as the third parameter to NSS-VoteDisplayOnlyMod module.
The remaining parameters of the NSS-VoteDisplayOnlyMod module specify the channel and variable
text numbers used by the voting display. These parameters are pre-defined in
NSS-Vote Display Station Channels.axi to simplify programming. If you have not altered the voting
display design, then no modification of NSS-Vote Display Station Channels.axi is required.
See NSS-VoteDisplayOnlyMod Module section on page 22 for a detailed description of the parameters
used by this module.
The NSS-VoteDisplayOnlyMod Module is provided as an open source code module
in the event that custom programming is needed.
Voting Results Display Programming
While the NSS-Vote software offers an option to display the voting results to the public, no code is
provided for switching a video source to a projector. NSS-Vote provides a channel on the
vdvVotingGlobal virtual device that notifies your program when the results need to be displayed.
To support a public voting display, you must add additional programming.
In the program, look for the send strings containing
code, you need to add code to switch the public voting display device to the projector.
[POST VOTING RESULTS]. At this point in the
Request to Speak Programming
While the NSS-Vote software manages the Request to Speak list, it does not directly control
microphones. The NSS-Vote software controls channels on the
to control microphones.
If you intend to include request to speak functionality, make sure the
to the NSS-VoteEngineMod module is set to 1. This tells the NSS-VoteEngineMod module that request
to speak is implemented and makes the RTS options available to the operator.
The NSS-Vote Test.axs sample code provides the
virtual device that is used to detect microphone state changes. Each microphone has two channels to
determine its status. One channel reflects the state of the microphone. The other channel provides an
indication when the microphone is in queue.
To implement microphone control, you must add additional programming.
In the program, look for the send strings containing
[MICROPHONE OFF] STATION
on and off. Additionally, you can use this signal to turn any indicators on and off, such as a green
microphone LED, if it is available.
. At this point in the code, you need to add code to turn microphones
CHANNEL_EVENT for the vdvVotingGlobal
>==> [MICROPHONE ON] STATION and <==<
vdvVotingGlobal virtual device used
nRTSSystemEnabled parameter
NSS-Vote Programmer’s Guide
9
Programming
Additionally, you can provide an "in queue" indicator. In the program, look for the send strings
containing
QUEUE] STATION
>==> [MICROPHONE IN QUEUE] STATION and <==< [MICROPHONE NOT IN
. At this point in the code, you can use this signal to turn any indicators on and off,
such as a red microphone LED ring, if it is available.
Implementing microphone control and indicators for the public speaking podium is very similar. These
events are implemented in a different section of the program. Look for the send strings containing:
>==> [MICROPHONE ON] STATION: PUBLIC SPEAKING STATION,
<==< [MICROPHONE OFF] STATION: PUBLIC SPEAKING STATION,
>==> [MICROPHONE IN QUEUE] STATION: PUBLIC SPEAKING STATION,
<==< [MICROPHONE NOT IN QUEUE] STATION: PUBLIC SPEAKING STATION
and implement microphone control and indicators for the public podium at these points.
Modifying Graphical Room View
The NSS-VoteConsole (640x480).tpd file contains three graphical displays of the room on pages
vRollCall, vVotingProgress and the popup page vBodyEditMemberGraphicalPP. It is
recommended that you modify each of these pages to represent the layout of the room in which you
install NSS-Vote.
Each of these pages has a series of buttons for each seat. There is a field for name and title for each seat,
and there is a button to represent each seat. These three sets of buttons must be grouped together for each
seat in order for the page to properly display information.
To modify these pages for your room layout:
1. Delete the unused seats starting from the lower right and working your way around the arc counter-
clockwise.
2. Move the remaining seats to the appropriate location but make sure to keep all three buttons for each
seat grouped together in the new design.
Optionally, you can change the graphic of the room by importing your own bitmap, or you may choose to
simply delete the stock bitmap.
Custom Programming
Adding Custom NSS-Vote Options
As you have seen from the previous sections, NSS-Vote events can be detected using CHANNEL_EVENTs
in your main program. All major NSS-Vote system events are posted to the
vdvVotingStations virtual devices and can be captured using CHANNEL_EVENTs, LEVEL_EVENTs
DATA_EVENTs.
and
For instance, if you want to add a sign that lights up when voting is in progress, you can capture this
event from a channel on the virtual device and implement any custom programming required to light the
sign.
The source code for all the station modules is supplied with NSS-Vote. This provides you with sample
code to take advantage of any of the information that the NSS-Vote engine has to offer. For a full list of
virtual device channels, levels and strings, see the NSS-VoteEngineMod API section on page 25.
Customizing HTML Pages
NSS-Vote uses XML files formatted with XSL style sheets for creating HTML pages. The XSL files for
NSS-Vote can be customized to change the HTML formatting of agenda and voting results.
Customization of the XSL file should be done by a web developer with knowledge of XML and XSL
technologies.
For more information, visit the W3C’s site on XSL at http://www.w3.org/Style/XSL/.
vdvVotingGlobal and
10
NSS-Vote Programmer’s Guide
Programming
AMX does not offer support for modifying XSL files.
Downloading Files
The Main AXS Code
Once you have configured the NSS-VoteTest.axs file for your particular NSS-Vote configuration and
have added any additional program as your system requires, compile and download this AXS file using
the NetLinx Studio
All of the pre-compiled modules that ship with NSS-Vote are .TKO files. The source code for the station
modules is also supplied, and you can customize and compile your own station module, if necessary. The
source code for the NSS-VoteEngineMod is not supplied and is only available in .TKO format.
One you have downloaded the NSS-Vote code to the NetLinx Master, make sure to reboot the NetLinx
Master to begin running the NSS-Vote code.
The TPD Files
Once you have connected all the NSS-Vote touch panels to the NetLinx Master and have addressed them
correctly, you can download the NSS-Vote TPD file to each of the touch panels on the system. You can
use NetLinx Studio to do batch downloads through the NetLinx Master or you can use TPDesign
download these file directly to each panel.
™
software program.
™
to
Support for HTML Based Voting Results
NSS-Vote supports viewing the voting body list, voting agenda results and last voting results via a
standard Internet browser on a PC. A few support files are needed to support this option.
These support files are located in the Voting File For Netlinx Master sub-directory of the
NSS-Vote install directory. These files can be FTP’ed to the NetLinx Master manually using any
standard FTP client. Make sure to FTP these files to the NSS-Vote directory.
Additionally, the NSS-Vote install program includes an FTP Download utility that downloads all the
necessary files to your NetLinx Master. To download these files:
1. Choose Download NSS-Vote HTML Files from the NSS-Vote program folder.
2. Enter the IP Address of your NetLinx Master.
Without these files, the voting results are not available via HTML pages.
NSS-Vote Programmer’s Guide
11
Programming
Software Key
To run NSS-Vote, you must obtain a software key from AMX. NSS-Vote functions normally without a
software key; however, the voting topic text appears as "Please obtain a Software Key from AMX to use
NSS-Vote" on all voting stations and in the voting results.
Obtaining a Software Key
Thank you for purchasing NSS-Vote. To activate this application please contact AMX at
800-932-6993 option 3, and ask for Platinum Software Solutions Support. Be sure to have the following
information available when you call:
The Serial Number of the NetLinx Master Controller in the system.
The Sales Order or Purchase Order number of the NSS-Vote application you purchased.
Entering a Software Key
To enter the software key: Press Enter Software Key on the logo page. If this button is not visible, a
valid software key has already been entered.
The software key is comprised of four sets of 8 characters. Type this software key into the boxes
provided on the touch panel and press OK. If the key is not accepted, the panel beeps and the status
shows LOCKED. If the key is accepted, the logo page appears and the Enter Software Key button
disappears.
Once a software key has been entered, you do not need to re-enter it after the program downloads or the
system reboots.
Running NSS-Vote
One you have connected all the NSS-Vote system devices, downloaded the code for NSS-Vote and
rebooted the NetLinx Master, your NSS-Vote system should be ready to use. Please refer to the
NSS-Vote User Guide for NSS-Vote system operation.
If you will be using the HTML based voting results pages, it would be a good idea to set up a bookmark
to the NSS-Vote system. See the Initial Bookmark section of the NSS-Vote User Guide for more
information.
12
NSS-Vote Programmer’s Guide
Programming
Modules
NSS-VoteEngineMod Module
To assist you in your programming the NSS-VoteEngineMod Module definition code is displayed
below:
A virtual device number for programming NetLinx events and Global
NSS-Vote internal communications.
A device number for this station.
An INTEGER array with the following buttons:
• RTS: Request to Speak
• RTS: Cancel Request
An INTEGER array with the following levels:
•RTS Timer
NSS-VoteEngineMod API
NSS-VoteEngineMod virtual device appears on the NetLinx bus as a NetLinx device. This device has
one port with channels, levels commands and strings like most other devices.
Channels
There are two channel types:
Global
Station Specific
Global Channels
Channel Function
1
NSS-Vote System Active. If off, system is in idle
mode.
2
Intermission Mode
3
Voting In Session
4
Start Vote
5
End Vote
6
Abstain Enable/Disable
7
Excuse Enable/Disable
8
Interim Voting Results Displayed
9
Include Voting Numbers
10
Include Voting %
11
Include Voting Names
12
Post Voting Results/Close Voting Results
13
Voting Timer Enabled
14
Voting Warn Timer Enabled
15
Voting Time Warning in Effect
30
31
32
NSS-Vote Programmer’s Guide
Request Attendance
Require Attendance Prior to Start
Close Attendance Request
Continued
25
Programming
Global Channels (Cont.)
Channel Function
40
RTS System Enabled
41
RTS Public Speaker Enabled
42
RTS Timer Enabled
43
RTS Warn Timer Enabled
44
RTS Public Speaker Timer Enabled
45
RTS Public Speaker Warning Timer Enabled
46
RTS Timer Warning in Effect
47
Allow RTS Cancel
48
Allow Priority Hold
49
Auto Close Microphone on Timer Expire
50
RTS Mode – Disabled
51
RTS Mode – Open
52
RTS Mode – Operator
53
RTS Mode – AutoRTS
54
Public Microphone Active
55
Public Podium Enabled
56
Public Speaking Station Speaking Enabled
57
Public Speaking Station RTS Request
58
Public Speaking Station RTS Cancel Request
59
Public Speaking Station Overriding Priority
60
Public Speaking Station is current speaker in RTS
The CSO is the channel offset for this station. The initial channel offset is 100 and there 40 channels
allocated per station. To calculate the CSO for a given station, use this formula:
CSO = (((StationId - 1) * 40) + 100)
The following is a list of station specific channels:
Station Specific Channels
ChannelFunctionChannelFunction
(CSO+) 1
(CSO+) 2
(CSO+) 3
(CSO+) 4
(CSO+) 15Present (Attendance)(CSO+) 28Station Microphone Active
Ye s
No
Abstain
Excuse
(CSO+) 23
(CSO+) 24
(CSO+) 25
(CSO+) 26
(CSO+) 27Overriding Priority
RTS Request
Priority RTS Request
Cancel any Requests
Station is current speaker in RTS.
Station Specific Channels 1,2,3 and 4 are not maintained CHANNEL_EVENTs;
rather, they behave like momentary PUSHes.
26
NSS-Vote Programmer’s Guide
Levels
There are two level types:
Global
Station Specific
Global Levels
Level FunctionLevel Function
1
Vote Timer Current Time
2
Vote Timer Total Time
3
Vote Warn Time
4
Default Vote
5
Voting Results – Yes
6
Voting Results – No
7
Voting Results – Abstain
8
Voting Results – Excuse
9
Voting Results % - Yes
10
Voting Results % - No
11
Voting Results % - Abstain
12
Voting Results % - Excuse
13
Voting Outcome
20
RTS Timer Current Time
21
RTS Timer Total Time
22
RTS Warn Time
23
RTS Speaker Seat
24
RTS Total Stations in Queue
25
Public Speaking Station Position in RTS Queue
30
Station Channel Offset
31
Station Channel Multiplier
32
Station Level Offset
33
Station Level Multiplier
34
Maximum number of supported stations
35
Maximum number of registered stations
36Number of station supported on virtual device
(Used for station internal communications.)
Programming
The LSO is the level offset for this station. The initial level offset is 40 and there are 3 levels allocated
per station. To calculate the CSO for a given station, use this formula:
LSO = (((StationId - 1) * 3) + 40)
The following is a list of station specific levels:
Station Specific Levels
(LSO+) 1
Position in RTS Queue
Strings
There are two types of strings:
Global
Station Specific
The following is a list of global strings:
Global Strings
StringFunction
'BODY-BodyName'
'AGENDA-AgendaName'
'TOPIC-TopicText'
'WELCOME-WelcomeMessage'
'RTSNAME-<RTS Speaker Name>;<RTS Speaker TITLE>'
The current voting body name.
The current voting agenda title.
The current voting topic text.
The welcome message.
The name and title of the current speaker.
NSS-Vote Programmer’s Guide
Continued
27
Programming
The following is a list of station specific strings.
A message for the station SID.
If SID is 0, then this is a global message.
Array of voting enabled flags for all
stations.
Array of RTS enabled flags for all stations.
Array of RTS Priority Request enabled
flags for all stations.
Array of RTS Priority Override enabled
flags for all stations.
28
NSS-Vote Programmer’s Guide
Programming
NSS-Vote Programmer’s Guide
29
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