Configuration and Setup

Calibrating the Monitor

Once the monitor is resized, calibrate it to use the touch drivers.

1.In terminal emulator mode, there are 3 commands used for calibration:

!Calibrate sets the monitor to begin the calibration test mode.

!Get Cal provides you with the current calibration values.

!Check Cal allows you to manually check the calibration on the monitor by using your touch on the panel to display an on-screen cross-hair.

2.Calibrate the TPI/3 by entering:

calibrate

Sets up the panel to begin the calibration process. Touch the cross-hairs that appear on the panel to com- plete the calibration process.

PRGM EX. 5

3.Press the middle of the on-panel cross-hairs as they appear. After the last cross-hair has been depressed and the coordinates points have been set, a dialog displays the panel coordinate values.

4.Press the screen to exit from the calibration session and return to the panel display.

5.Verify and check the calibration of the TPI/3 by entering:

check cal

Verifies that the panel has been correctly calibrated. Touch panel at any location and it should correspond to the appearance of a cross-hair.

PRGM EX. 6

6.Then begin touching the panel at various locations to reveal an underlying cross-hair. The touch points and cross-hairs should correspond in their locations.

7.Exit the AxcessX or HyperTerminal programs.

Setting Up AXlink Communication from Master to the TPI/3

When the TPI/3 is either located too far or inaccessible to a direct PC connection, communication is done through the Axcess Central Controller (Master). Communication through the Axcess Master is done via the use of Send Commands that are sent to the device using a specific Device ID number.

There are two programs that can be used to establish the communication in an Axcess control system: AXCESSX or HyperTerminal. Both programs use the same sets of commands when talking either serially or through an Axcess Central Controller.

Setting Up AXlink procedures

1.Note that the refresh rates and resolution options for the panel are 1024 x 768 @ 60 Hz.

2.Follow the procedures for configuring the TPI/3 (in sequence), beginning with theSetting Up AXlink Communication from Master to the TPI/3 section on page 28, and Setting up the VTM- D15/A touch device through AXlink section on page 29 before attempting to use the VTM-D15/A with the TPI/3.

 

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VTM-D15/A 15" MultiMedia Touch Panel Systems

 

 

 

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AMX VTM-D15/A instruction manual Setting Up AXlink Communication from Master to the TPI/3, Calibrating the Monitor
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VTM-D15/A specifications

The AMX VTM-D15/A is a next-generation armored vehicle designed for versatility and adaptability in modern combat scenarios. Developed to meet the evolving demands of modern military operations, it embodies advanced technologies and exceptional characteristics that make it a standout choice for armed forces worldwide.

At the heart of the AMX VTM-D15/A is its robust chassis, designed to withstand harsh terrains and explosive devices. The vehicle boasts a well-protected hull using advanced composite materials and ballistic plating, ensuring crew safety in hostile environments. It can be fitted with reactive armor systems that enhance protection against projectiles and anti-tank missiles.

The VTM-D15/A features a powerful engine that provides high mobility across various landscapes, capable of reaching speeds of up to 100 km/h on flat terrain. Its off-road capabilities are complemented by a sophisticated suspension system that allows for excellent maneuverability in rugged conditions. The vehicle is also equipped with all-terrain tires, further enhancing stability and traction.

One of the remarkable aspects of the AMX VTM-D15/A is its modular design that allows for quick configuration changes between various combat roles. This adaptability permits the integration of different weapon systems, including machine guns and anti-tank guided missiles, that can be rapidly mounted or dismounted as per operational requirements.

The vehicle's advanced battlefield management system improves situational awareness, allowing for real-time data sharing and communication with other units. It is equipped with state-of-the-art sensors and reconnaissance tools, ensuring that it can gather intelligence and operate effectively in diverse combat environments.

Moreover, the AMX VTM-D15/A emphasizes crew comfort and ergonomics, featuring a spacious interior designed for extended missions. The vehicle's climate control systems and noise-reduction technologies significantly enhance crew endurance and focus in prolonged operations.

In a world where military operations are increasingly dynamic, the AMX VTM-D15/A stands out as a versatile, powerful, and technologically advanced armored vehicle. Its combination of protection, mobility, and adaptability ensures that it can meet a wide array of mission requirements, making it a vital asset in modern military arsenals.
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