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in the Script Wizard. The second IP address from the top corresponds to surface "2", the third
from the top is surface "3", etc. Unused surfaces should be left blank.
Note: The controls will be disabled if you are not connected to the GP-16P device. If you are
disconnected, you are actually looking at the device properties which are stored on your PC's hard
drive. These properties may not truly reflect the properties of your device, if the device has been
more recently configured from another PC.
4.3 - LIO Configuration
If you are using your GP-16P button panel to interface with Logic I/O on your Wheatstone router,
you will need to setup your GP-16P button panel with a list of each LIO which it will access.
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LIO configuration done here maps pre-defined XPoint signal logic to GP buttons for
Script Wizard programming. LIO1 maps to button1, LIO2 maps to button2, etc.
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Custom scripts can access any of the 16 input or output LIO’s.
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Virtual LIO’s may be created so you don’t eat up any physical logic i/o. Add a phantom
logic card to a rack in XPoint. See section 5 or Help for details.
The setup steps need to be performed each time you create a new script for a panel using mapped
logic. For example, Panel 1 is for the Host mic and uses Source ID 10, Panel 2 is Guest 1, Source
11. Update Device Properties before you script the Guest panel.
4.4 - Starting the Device Properties Dialog
While CONNECTED-ONLINE - Start the Device Properties Dialog by clicking on "Device" &
"Properties..." on the main window menu, or by pressing the <CTRL>-P keys. The following
dialog box will appear. Select one of the LIO items in the tree on the left side of the dialog box.
You may map up to 16 Input LIOs and 16 Output LIOs, one for each switch on a GP-16.
Input LIOs correspond to Logic I/O values which are fed IN to the router matrix. Typical types of
input LIOs would be from switches like ON,OFF, Cough, Talkback, remote logic signals