Araani FireCatcher User manual

Araani FireCatcher
maintenance manual

Version: 20220705 2
Table of Contents
Safety and regulatory information............................................................................................. 3
Introduction.................................................................................................................................... 6
About this manual ............................................................................................................................................................... 6
Required Tools..................................................................................................................................................................... 7
Maintenance routines .................................................................................................................. 8
Recurring maintenance routine ......................................................................................................................................... 8
Cleaning routine................................................................................................................................................................... 9
Repair.................................................................................................................................................................................... 9
Maintenance tasks .....................................................................................................................10
Identifying the camera......................................................................................................................................................10
Cleaning the camera window...........................................................................................................................................11
Accessing the camera ......................................................................................................................................................11
Establish a direct connection with the camera ................................................................................................................12
Establish a connection over LAN with the camera..........................................................................................................12
Finding the camera with IPUtility ........................................................................................................................................13
Finding the camera with Axis Device Manager................................................................................................................13
Configuring the IP address of the maintenance laptop..................................................................................................14
Accessing the camera web interface.................................................................................................................................15
Verify date and time ..........................................................................................................................................................16
Retrieve and inspect the camera server report ..............................................................................................................16
Retrieving the camera server report...................................................................................................................................16
Inspecting the camera server report..................................................................................................................................17
Retrieve and inspect Araani analytics log.......................................................................................................................18
Retrieving the analytics log through the web interface ..................................................................................................18
Retrieving the analytics log with a cgi command............................................................................................................19
Inspecting the analytics log .................................................................................................................................................19
Verify and adjust the view and area setup......................................................................................................................20
Upgrading camera firmware ............................................................................................................................................25
Upgrading Araani software ..............................................................................................................................................26
Functional testing..............................................................................................................................................................27
Using Araani FireSimulator ..................................................................................................................................................27
Testing detection with real fire and smoke.......................................................................................................................30
Documenting and reporting ......................................................................................................31

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Safety and regulatory information
Definition of symbols
Hazard statements
Danger:
Indicates a hazardous situation which, if not avoided, will result in serious injury or death.
Warning:
Indicates a hazardous situation which, if not avoided, could result in serious injury or death.
Caution:
Indicates a hazardous situation which, if not avoided, might result in moderate or minor injury.
Notice:
Indicates a situation which, if not avoided, might result in property damage or in an
undesirable result or state.
Others
Information:
Indicates a shortcut or any other useful indication.
Attention:
Indicates an element which requires extra attention, not necessarily a hazard
Safety information
Warning:
Maintenance of cameras with Araani analytics should be performed by qualified personnel only.
Always inform local security officers and facility managers about maintenance activities and the impact on
equipment availability and planned alarm triggering before proceeding with maintenance activities. Request
permission where required.
Notice:
Avoid exposing the camera to shocks or heavy pressure.
Use only applicable tools when working with the camera. Excessive force could cause damage to the device.
Do not use chemicals, caustic agents, or aerosol cleaners. Use a clean cloth dampened with pure water for cleaning.
Use only accessories that comply with technical specification of the device. These can be provided by your supplier.
Use only spare parts provided by or recommended by Axis.
Do not attempt to repair the device by yourself. Contact your supplier or Araani for service matters.
Disclaimer
Warning: Maintenance of fire detection equipment may be subject to local regulations. These local regulations
always overrule (in case of conflict) or append to the maintenance instructions in this manual.

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Warning: If your camera has IR, don’t look at the operating lamp.
Equipment modifications
All hardware must be installed and used in strict accordance with the instructions given in the user documentation.
Unauthorized equipment changes or modifications will invalidate all applicable regulatory certifications and
approvals.
Do not attempt to repair the product yourself. Contact your supplier for service matters.
Disposal and recycling
When a product has reached the end of its useful life, dispose of it according to local laws and regulations. For
information about your nearest designated collection point, contact your local authority responsible for waste
disposal. In accordance with local legislation, penalties may be applicable for incorrect disposal of this waste.
This symbol means that the product shall not be disposed of together with household or commercial waste. Directive
2012/19/EU on waste electrical and electronic equipment (WEEE) is applicable in the European Union member states.
To prevent potential harm to human health and the environment, the product must be disposed of in an approved
and environmentally safe recycling process. For information about your nearest designated collection point, contact
your local authority responsible for waste disposal. Businesses should contact the product supplier for information
about how to dispose of this product correctly.
Some products use lithium batteries as the power supply for its internal real-time clock (RTC). Lithium batteries
contain 1,2-dimethoxyethane; ethylene glycol dimethyl ether (EGDME), CAS no. 110-71-4.
Liability
Every care has been taken in the preparation of this document. Please inform Araani NV of any inaccuracies or
omissions. Araani NV cannot be held responsible for damage caused by technical or typographical errors and
reserves the right to make changes to the product and manuals without prior notice. Araani NV makes no warranty
of any kind regarding the material contained within this document, including, but not limited to, the implied warranties
of merchantability and fitness for a particular purpose. Araani NV shall not be liable nor responsible for incidental or
consequential damages in connection with the furnishing, performance or use of this material. This product is only
to be used for its intended purpose.

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Copyright Notice
This document is copyright protected and is the property of Araani NV and may not be copied, reproduced, or
distributed in any way without the prior written consent of Araani NV.
©2015 Araani NV. Araani is a registered trademark of Araani NV. All other company names and products are
trademarks or registered trademarks of their respective companies. We reserve the right to introduce modifications
without notice.
Trademark acknowledgements
AXIS COMMUNICATIONS and AXIS are registered trademarks or trademark applications of Axis AB in various
jurisdictions. All other company names and products are trademarks or registered trademarks of their respective
companies.
Ethernet, Torx, Microsoft, Milestone, Genetec and WWW are registered trademarks of the respective holders.
Contact and support
Should you require any technical assistance, please contact your Araani reseller. If your questions cannot be
answered immediately, your reseller will forward your queries through the appropriate channels to ensure a rapid
response.
If you are a reseller, please contact your direct contact person, or contact our support staff via [email protected].
Araani NV
Luipaardstraat 12
8500 Kortrijk (Belgium)
[email protected]
https://www.araani.com
[phone]

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Introduction
About this manual
This manual describes the maintenance of FireCatcher detectors. Maintenance should be performed:
•On a recurring base, as agreed in the maintenance contract, e.g. yearly maintenance.
•After an incident has occurred (e.g. fire, smoke, pollution, physical damage, hardware repair).
•Depending on the environment, it may be recommended to perform cleaning more frequently e.g. four times
per year in waste processing installations.
FireCatcher and FireCatcher Camera are video analytics products that can detect flames or signs of smoke in the
camera field of view and can be connected to Fire Alarm Control Panels.
Please read this document carefully before proceeding with maintenance activities.
The manual expects the reader to have some basic knowledge about electrical wiring, the use of CCTV cameras and
the operation of Araani analytics.
Please refer to the related product user- and/or Installation manuals for any information that is related to the
installation, configuration or usage of the Araani analytics products.

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Required Tools
Following tools may be needed for Araani product maintenance.
Description
Image
Laptop with
•Microsoft Windows operating system.
•100/1000 mbps Ethernet connection.
•Browser software. (Preferably Google Chrome™ or Mozilla
Firefox®)
•Axis IP utility. Download latest version here:
https://www.axis.com/support/tools/install-and-manage-
systems/axis-ip-utility.
•Axis device manager. Download latest version here:
https://www.axis.com/support/tools/install-and-manage-
systems/axis-device-manager.
•Latest approved version of camera firmware.
Axis firmware is available here:
https://www.axis.com/support/firmware. Only use LTS (long-
term support) versions that are approved in the release notes of
your Araani software version.
•Latest version of Araani analytics ACAP.
Araani software updates are shared on the Araani partner
SharePoint
https://araani.sharepoint.com/sites/AraaniPartnerSite. Each
software version comes with a release note that contains
important compatibility and upgrade notes.
Cleaning cloths. Preferably use microfiber clothes suited for lens cleaning.
Ethernet cable, preferably shielded Cat 5E or better.
Consider sufficient length for the cable in order to access cameras or LAN
at difficult places, large height, etc. e.g. 15 meters.
Lux meter
Slotted & Philips screwdrivers
Screwdrivers Torx T20 & T30
.

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Maintenance routines
Recurring maintenance routine
A recurring maintenance routine consists of following activities:
Activity
Description
1
Cleaning the camera window
A thorough cleaning of the camera window, dome cover or lens of the
camera to maintain a clear image.
2
Verify date and time
Verify date and time setting of the camera and adjust if needed.
3
Retrieve and inspect the
camera server report
Retrieve and inspect the internal logging of the camera firmware for
issues, e.g. CPU performance issues.
4
Retrieve and inspect Araani
analytics log
Retrieve and inspect the internal logging of the Araani analytics for issues
e.g. CPU performance issues.
5
Verify and adjust the view and
area setup
Compare the field of view, view area, focus area, detection zones and
privacy masks to previously documented position in the as-built
documentation and re-adjust if necessary. For PTZ cameras, this step
needs to be repeated for each preset position.
Fine-tune the camera focus.
6
Upgrading camera firmware
If needed, the camera firmware can be updated to the latest approved and
tested versions.
Notice: The camera firmware should only be upgraded to a version
that is approved and tested with the Araani analytics.
7
Upgrading Araani software
Upgrade the analytics ACAP to the latest tested version. New application
versions may include performance improvements, bug fixes, cybersecurity
updates and additional functionality.
Verify the image settings.
Notice: The camera firmware may need to be upgraded to support the
new analytics version.
8
Functional testing
Test the connectivity and analytics functionality if appropriate.
9
Documenting and reporting
Document the maintenance activities and changes.
This as-built documentation serves as the new baseline for subsequent
maintenance actions.
Provide this information to [email protected] for future reference.

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Cleaning routine
Harsh and heavy polluted environments may require a more frequent cleaning regime. As a cleaning activity may be
affecting the position of the camera, a verification of the field of view is also required for such intervention. Follow
steps below to perform a cleaning-only maintenance routine.
Activity
Description
1
Cleaning the camera window
A thorough cleaning of the camera window, dome cover or
lens of the camera to maintain a clear image.
2
Verify and adjust the view and area setup
Compare the field of view, view area, focus area, detection
zones and privacy masks to previously documented
position in the as-built documentation and re-adjust if
necessary.
For PTZ cameras, this step needs to be repeated for each
preset position.
Fine-tune the camera focus.
3
Documenting and reporting
Document the maintenance activities and changes. This
serves as the new baseline for subsequent maintenance
actions.
Repair
Whenever camera hardware breaks down or becomes damaged, a repair or replacement can be requested.
Before returning the camera, always request an RMA (Return Material Authorization) to [email protected], clearly
describing the problem or damage.
Depending on the exact problem, hardware will be repaired or replaced. In both cases, a full reconfiguration and
operational verification is required.

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Maintenance tasks
Identifying the camera
Each Araani product has a unique serial number that can be used for identification. This serial number consists of 7
digits and can be found on a label on the external housing of the camera after the “S/N:” indicator.
Besides the Araani serial number, the internal Axis camera itself also has also a unique serial number. Serial numbers
for Axis network cameras generally start with 00408C or ACCC8E followed by 6 hexadecimal characters. The serial
number is identical to the product's Ethernet port hardware address (MAC address) and can be written in the format
00408C1A2B3C or 00:40:8C:1A:2B:3C.
The Axis camera serial number label is mostly not clearly visible as it is mounted inside the housing, but it can be
easily found in the camera web interface:
After accessing the camera web page, in the camera's internal web pages, go to: Setup (1) -> System (2) ->
Maintenance (3) -> View the server report. (4)
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A new tab will open with the camera server report. The serial number is stated in the first section (5).
Cleaning the camera window
Notice: Do not use chemicals, caustic agents, or aerosol cleaners.
Notice: Before cleaning the camera, stop the FireCatcher application on the camera or disable the alarm at the
fire alarm control panel. Cleaning with the application running could cause a fault signal or alarm to be triggered.
To clean the camera housing window or the camera lens or the dome cover, preferably use a clean microfiber cloth
dampened with pure water.
Do not wipe the camera window or lens with a common dry cloth: this may scratch the material, leaving a permanent
mark that will affect the camera’s footage.
Do not apply excessive force as this may increase the risk of damage and may cause a displacement that changes
the field of view and the position of detection zones.
Warning: Do not forget to reactivate the application or re-enable the alarm at the fire alarm control panel after
cleaning!
Information:: Axis offers microfiber lens cloths, specifically developed for cleaning lenses; see
https://www.axis.com/products/axis-lens-cloth. Contact your supplier for more information.
Accessing the camera
The camera web interface can be accessed, using standard internet browser software on a standard laptop
computer. This involves making a physical network connection to the camera, finding the IP address of the camera
if unknown, configure the maintenance laptop IP address and finally accessing the interface through the browser.
First, a physical network connection needs to be established between the maintenance laptop and the camera. This
can be done in two ways:
1. Connect to the camera directly to the maintenance laptop using a network cable.
This method will need to be used if:
a. The camera is not physically attached to a local network.
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b. For IT security or any other reason, it is not allowed to connect physically to the local LAN with a
maintenance laptop.
2. Connect to the camera via the local network.
Information: For conformity, Araani recommends using sequential IP addresses, starting from 10.0.8.101 for all
fire detection cameras.
ESTABLISH A DIRECT CONNECTION WITH THE CAMERA
In many installations, a cable has already been foreseen, bringing the Ethernet interface out of the camera. In such
case, simply connect that cable to the maintenance laptop. If not, the camera will need to be opened and an Ethernet
cable attached to the internal Ethernet interface of the camera at one side and the Ethernet interface of the
maintenance laptop at the other side. Below is an example of the Ethernet interface location on the back of the
FireCatcher Camera inside the housing. The exact location may differ, depending on the camera model.
Now configure the IP address of the maintenance laptop to be in the same range as the camera.
If the IP address of the camera is unknown, one can look for it using Axis IP utility (see Finding the camera with
IPUtility) or Axis device manager (see Finding the camera with Axis Device Manager).
The IP address of the maintenance laptop should be set in the same range but different from the camera itself. Refer
to Configuring the IP address of the maintenance laptop for changing the IP address of the maintenance laptop.
ESTABLISH A CONNECTION OVER LAN WITH THE CAMERA
If the camera is connected to the local network (LAN), one can connect to it by connecting the maintenance laptop
to a free network connection point in the proximity of the camera.
Consult with the IT manager before connecting to the local LAN. If permission is granted, the IP address of the
maintenance laptop should be configured compliant to the local addressing scheme. If dynamic addressing is used
(DHCP), make sure the maintenance laptop is set to DHCP. If a fixed addressing scheme is used, obtain a free address
from the IT manager and configure it as such in the maintenance laptop. Refer to Configuring the IP address of the
maintenance laptop for changing the IP address of the maintenance laptop.
10.0.8.1
10.0.8.x
x.y.z.a
x.y.z.b
Ethernet
interface

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FINDING THE CAMERA WITH IPUTILITY
If the IP address of the camera device is unknown, it can be found by using Axis IP utility or Axis Device Manager.
Both applications are free and can be downloaded from https://axis.com/support.
To find the camera, using the Axis IP utility, follow these steps:
1. Start the IP utility IPUtility.exe.
2. Axis devices on the network are automatically discovered and displayed with their type and serial number
in the application window.
Notice: The Axis device and the client computer must be on the same subnet/network segment for discovery by
Axis IP utility.
FINDING THE CAMERA WITH AXIS DEVICE MANAGER
If the IP address of the camera device is unknown, it can be found by using Axis IP utility or Axis Device Manager.
Both applications are free and can be downloaded from https://axis.com/support.
To find the FireCatcher Camera with Axis Device Manager
1. Download the latest version of the Axis device manager from https://www.axis.com/support/tools/install-
and-manage-systems/axis-device-manager. Run the installation program and follow the instructions on
screen.
2. Make sure your FireCatcher camera is powered up and connected to the network. Start Axis Device Manager
on a Microsoft Windows computer that is on the same physical network as the cameras. The program will
start and scan the network for cameras. All FireCatcher Cameras should appear in the "Add devices" dialog
window in grey font with "Enter password" next to it. If your camera is not showing, verify network
connections and power.

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CONFIGURING THE IP ADDRESS OF THE MAINTENANCE LAPTOP
To change the IP address on a Windows 10 or 11 system, follow these steps:
1. Select Start, then type "settings".
2. Select Settings -> "Network & internet".
3. Select "Ethernet".
4. For connecting to a LAN with DHCP addressing, make sure IP assignment is set to "Automatic (DHCP)";
close all windows.
To connect directly to an Axis camera or to connect to a LAN with fixed IP addressing scheme, select
"Edit" next to "IP assignment" and proceed to step 5.
5. Set:
a. IPv4 to ON
b. IP address to an unused address in the same subnet as your camera or the address that is
assigned to you by the IT administrator.
c. Subnet mask to the appropriate value. In most cases:
networks starting with first number 0 - 127 have a subnet mask of 255.0.0.0
networks starting with first number 128 - 191 have a subnet mask of 255.255.0.0
networks starting with first number 192 - 223 have a subnet mask of 255.255.255.0
d. If the camera is on a different subnet as yours, it may require filling in a default gateway IP
address. Refer to the IT administrator for the correct address. In all other cases, leave this field
blank.
e. Select "Save"
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4

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ACCESSING THE CAMERA WEB INTERFACE
The Axis camera web interface is tested and optimized for Chrome™ and Firefox® browsers. It is platform
independent but if you use other browsers, you could experience limitations in functionality and support.
To access the camera interface, follow steps below.
1. Open a browser and enter the IP address or host name of the Axis device.
2. Enter the username and password. For maintenance purposes, you need the credentials with
administrative rights.
Default credentials are:
username = root
password = root
If the password has been changed, it can typically be found in the as-built documentation by the installer
or supplier.
3. The live view page opens in your browser.
5a
5b
5c
5d
5e

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Verify date and time
Date and time setting of cameras that are not connected to a network time server (NTP) may drift over time. It is
important to correct date and time for proper logging and optional communication of events and video to Video
Management Systems.
To download the server report, follow these steps:
1. Connect to your camera, using your internet browser software and login to the camera webpage.
2. Open the settings window by clicking the “settings” button in the bottom right of the camera webpage.
3. Click the "System" tab.
4. Click "Date and time".
5. Adjust time and date in the “Date and time” window if needed.
Retrieve and inspect the camera server report
The camera server report includes information such as system information, user access, event log, setting list,
network configuration as well as a snapshot of the current picture. It provides a complete overview of the current
camera configuration and status that can be referenced later and valuable information that can be used to determine
causes of failure if any occur. The setting list can contain user IDs but does not contain passwords.
RETRIEVING THE CAMERA SERVER REPORT
To download the server report, follow these steps:
1. Connect to your camera, using your internet browser software and login to the camera webpage.
2. Open the settings window by clicking the “settings” button in the bottom right of the camera webpage.
3. Click the "System" tab.
4. Click "Maintenance"
5. Click "Download the server report"
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A zip file is automatically created, named "Axis_SR_<date>_<time>_<MAC>.zip where:
<date> = date of report creation, formatted yyyymmdd
<time> = time of report creation, formatted hhmmss
<MAC> = MAC address of the Ethernet interface = serial number of the camera
and saved in the "Downloads" location on your PC. The zip file contains two files:
•A text file, named serverreport_cgi.txt with all information about the camera configuration and status.
•A JPG snapshot picture of the current image.
INSPECTING THE CAMERA SERVER REPORT
The server report text file is a standard text file and can be opened with any text viewer application (Microsoft
Notepad, Notepad++, Windows Word, etc.).
To inspect the analytics logging for potential problems, perform following checks:
•Verify the average CPU load.
To verify the average CPU load, find the "load average" entry in the server report. The numbers following this label
should be lower than 4.
Information: Store the zip file for later reference, together with the maintenance report.
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5
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Retrieve and inspect Araani analytics log
Araani analytics is maintaining a log of all detection events, messages, performance measurements, errors, etc. An
inspection of this log can reveal potential issues that may affect detection.
The log file can be retrieved in different ways:
•View / download through the web interface.
•Retrieve using a cgi command.
RETRIEVING THE ANALYTICS LOG THROUGH THE WEB INTERFACE
Follow steps below to retrieve Araani analytics diagnostics information.
1. Connect to your camera, using your internet browser software and login to the camera webpage.
2. Open the settings window by clicking the “settings” button in the bottom right of the camera webpage.
3. Click the “Apps” tab.
4. Click on the app icon for which you want to retrieve the logging.
5. Click “Open” to access the analytics configuration page.
6. A new browser window will appear that contains all available settings to configure the app.
Click the “Logging” tab to access the diagnostics page.
7. To view the logging information of the application, click “View”.
8. To download the logging information of the application, click “Download”.
A text file will be created, named ‘<ip_address>.log’ (where <ip_addresss> is the ip address of your camera)
and saved in the "Downloads" location on your PC.
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RETRIEVING THE ANALYTICS LOG WITH A CGI COMMAND
To retrieve the analytics logging, using a cgi command, type following link in your web browser:
“https://<ip_address>/local/FireCatcher/logging.cgiError! Hyperlink reference not valid. [?filter=active,all]”
where:
<ip_address> = ip address of the camera
filter=active (optional): will only retrieve active events.
filter= all (optional): will retrieve all events. This is the default mode.
This request will return a "404 not found" error page but the log file will be downloaded to the "Downloads" location
on your PC.
INSPECTING THE ANALYTICS LOG
The analytics log file is a standard text file and can be opened with any text viewer application (Microsoft Notepad,
Notepad++, Windows Word, etc.).
The file contains all log messages, each on a separate line, in chronological order, oldest first.
To inspect the analytics logging for potential problems, perform following checks:
•Verify the calculation timing histogram.
Verifying the calculation timing histogram
With logging level default set to "Info", the analytics application creates a histogram of image frame processing times
in milliseconds every 24 hours, starting with the first 24 hours after start-up. This histogram is presented as a kind of
bar graph like below, where the length of the graph is representative for the number of times that the application took
x milliseconds to do the analysis of a video frame.
As the application should process 12 frames per second, all processing times should be below 84 milliseconds.
Verify the last few histograms to make sure that there are no excessive overruns in the histogram.
When the histogram shows frequent overruns (processing time larger than 84 ms), this indicates an overload of the
CPU and may result in non-detections. Check the camera setup for sources of overload:
•Other ACAP analytics application installed and running simultaneously.
•SD-card recording.
•Too many video streams in use.
Information: Store the log file for later reference, together with the as-built documentation.

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Verify and adjust the view and area setup
Over time, the position of the camera may change due to mechanical wear, vibration, accidental shock, changes in
environment, etc. This has an impact on the view but also on some zones that are typically being setup at the initial
installation time, possibly affecting the detection performance and general operation.
We distinguish following areas that need to be verified and adjusted if needed:
-Field of view: this area represents the total view area of the camera optics.
-View areas: view areas can be defined that are smaller than the total field of view and are generated by
digitally zooming into that area. These areas can then be streamed separately or used for digital PTZ
operation. View areas also affect the image that is processed by the analytics.
-Focus area: for proper focusing, a zone can be assigned for which the focus is measured and set. By default,
this is the centre of the field of view but in some cases, it can be beneficial to designate a different focus
area to obtain optimal focus.
-Privacy masks: to comply with GDPR legislation, it may be required to cover certain areas in the field of view
before viewing or recording. A shift of the field of view will result in a different relative position of the privacy
masks which may indirectly lead to a GDPR infringement.
-Detection areas: in some cases, fire detection is restricted to a number of defined zones. Any change in the
field of view will result in a shift of these areas as well and affect detection.
To see what is processed by the analytics, one can either verify the detection zone setup or request an image through
cgi command “http://<ip-address>/local/FireCatcher/capture.cgi”Error! Hyperlink reference not valid.
Besides the verification of these areas, it is also recommended to fine-tune the focus of the camera as this may drift
over time. This will be part of the focus area verification procedure.
To verify the camera image and areas setup, log into the camera web interface. See Accessing the camera web
interface on how to access the web interface. You can either use an administrator account login or a viewer account
login to see the stream, but settings can only be changed with an administrator account.
To verify the field of view and view area setup, follow these steps:
1. In the camera web interface window, open the settings by clicking the “settings” button in the bottom right
of the camera webpage.
2. Click the “View area” tab in the control panel.
View areas are drawn on top of the complete field of view as yellow rectangles with resolution information. Compare
the field of view with the documented field of view in the as-built documentation and reposition the camera if needed.
If the view areas are still not the same after repositioning, the zoom may have drifted and need adjustment too. The
latter requires to open the camera and manually adjust the zoom ring. Refer to the installation manual on how to
adjust position and zoom.
After any re-adjustment, generate a new screenshot of the view area setup to update the as-built documentation. A
screenshot in Microsoft windows can easily be taken by pressing Windows key + Shift + S, select the "window snip"
icon on top of the display and click on the window you want to capture, in this case: the browser window. A screenshot
will be generated in the clipboard of Windows that can be pasted (by pressing CTRL + V keys) in the as-built
documentation.