Siemens DMS8000 User manual

Building Technologies
Area
Sections
Zones
Elements
CAD
MM8000 /
MT8001
points Foreground
layers
Background
layers
Filter on
AutoCAD
layers
DMS8000 MP4.60
Management Station
Graphical Map Configuration

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Table of Contents
About this document.........................................................................................................4
1Introduction ........................................................................................................6
1.1What's new...........................................................................................................7
1.1.1Documentation changes and corrections in this edition.......................7
2Configuring graphical maps - using the MapMaker .......................................8
2.1General concepts.................................................................................................8
2.2DMS8000 maps - general procedure.................................................................10
3Guide to map configuration ............................................................................12
3.1Creating a new map...........................................................................................12
3.2Configuring a background layer .........................................................................13
3.2.1Using import tools...............................................................................13
3.3Defining foreground layers.................................................................................13
3.4Defining depths ..................................................................................................15
3.5Configuring the foreground ................................................................................17
3.6Graphical navigation and page links..................................................................19
3.7Defining camera views.......................................................................................20
3.7.1Manually associating video cameras..................................................22
3.8Modifying graphic object properties ...................................................................23
3.8.1Modifying foreground objects..............................................................24
3.8.2Modifying and animating background objects ....................................26
3.8.3Changing an imported AutoCAD file...................................................29
3.8.4Changing an object to a graphic command........................................30
3.9Creating manual pages......................................................................................31
3.9.1Associating manual pages to points – MM8000.................................33
3.9.2Associating manual pages to points – MT8001..................................34
3.10Saving a map .....................................................................................................35
3.11Saving a map as JPG file...................................................................................36
3.12Testing a map.....................................................................................................36
3.13Creating default map pages...............................................................................36
3.14Using the graphical editor...................................................................................38
3.14.1Using drawing tools.............................................................................39
3.14.2Using size and positioning tools .........................................................40
3.14.3Adjusting views...................................................................................41
3.15General commands............................................................................................41
Appendix A - Limits and best practices........................................................................42
Appendix B - Recommendations for AutoCAD® drawings.........................................43
Appendix C - MT8001 graphic guidelines .....................................................................45

About this document
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About this document
Purpose
This manual is a guide to the configuration of graphical maps for MM8000
management stations and MT8001 management terminals.
The guide is to be used in conjunction with the product-specific Danger
Management System (DMS) Installation, Configuration, and Commissioning guide
(MM8000 / MT8001), and the DMS8000 Connectivity Guides when configuring a
DMS.
See also
Graphical Map Configuration Quick Reference (document no.
A6V10069550).
Scope
This document applies to the following products:
 MM8000 Management Station
 MT8001 Management Terminal
(With WW8000 Composer)
Target audience
This documentation is intended for the following users:
 Project Engineers
 Commissioning Personnel
Individuals performing the operations described herein are expected to have prior
expertise and training in the field of security, at least a moderate level of familiarity
with the Siemens Building Technologies product line, and experience with the
installation, configuration, and commissioning of security management systems.
Documentation resource information
The DMS8000 Documentation Resource Information and Glossary Guide
assembles important information regarding documentation resources. This
document contains the following:
 Comprehensive definitions of the target audiences for Siemens FS DMS
documents
 Training program information including the Siemens intranet link
 A complete list of all available DMS8000 documents
 Instructions for how to obtain a document via the Siemens intranet using the
Siemens Asset Portal
 A map of relevant documents for each target audience group
 Customer Support links & resources
 A glossary containing definitions of all terms and acronyms used in DMS8000
documentation
To access the
DMS8000 Documentation Resource Information and Glossary
Guide
(document no. A6V10089056), go to the link and follow the document
search instructions below:
http://assetportal.bt.siemens.com/portal/index.html
1. In the Search column on the left, set:
- Segment: 04 Fire -3F
- Document Type: All

About this document
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- Image Type: All
- Advanced search criterias: Select Brochure No. and enter the document
number to search for (
A6V10089056 ). Alternatively, select Title and enter
the product name (
DMS8000 ).
2. Click Search to start.
3. In the resulting area on the right, click on Contents link to show the list of
search results.
For more information such as Siemens news and announcements, visit the STEP
Web portal at:
https://workspace.sbt.siemens.com/content/00001123/default.aspx
Liability disclaimer for damage or injuries
Before products are delivered, they are tested to ensure they function correctly
when used properly. Siemens disclaims all liability for damage or injuries caused
by the incorrect application of the instructions, or the disregard of danger
advisories. This disclaimer applies in particular to personal injuries or damage
caused by:
 Improper and/or incorrect use.
 Disregard of safety instructions in the documentation or on the product.
 Poor maintenance or a lack of maintenance.
We have checked the contents of this manual for agreement with the hardware and
software described. Since deviations cannot be precluded entirely, we cannot
guarantee full agreement. However, the data in this manual are reviewed regularly
and any necessary corrections are included in subsequent editions. Suggestions
for improvement are welcome.
Copyrights and registered trademarks
Brand or product names mentioned in this document may be names protected by
copyright law or registered trademarks of other companies. These are mentioned
only for identification purposes and have no recommendatory character in regard to
the product or manufacturer, unless otherwise stated.
Modification index
Note: For versions more than four years old, please visit Siemens Asset Portal.
Modification index.
Version Date Notes
A6V10062441_a_en 06.2013 DMS8000 MP4.60 Graphical Map Configuration
edition
A6V10062441_a_en 06.2012 DMS8000 MP4.50 Graphical Map Configuration
edition
A6V10062441_a_en 06.2011 DMS8000 MP4.40 Graphical Map Configuration
edition
A6V10062441_a_en 06.2010 DMS8000 MP4.30 Graphical Map Configuration
edition
A6V10062441_a_en 06.2009 DMS8000 MP4.20 Graphical Map Configuration
edition

Introduction
1 What's new
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1Introduction
MM8000/MT8001 can handle large maps representing entire building floors with as
many dynamic points as required. MM8000 users navigate maps with zooming and
panning controls. You can organize maps in multiple layers, which can be
background or foreground layers. At least one background and one foreground
layer are present in any map.
Note: Zooming feature not available for MT8001 terminals.
Map layers contain graphical objects, which own a number of properties. Objects
are placed on layers from the toolbar (static items - typically on the background)
and from the Composer tree (MM8000/MT8001 points on the foreground).
Background layers [➙ 13] are used to include AutoCAD® files, image files, and any
other object representing the building structure. Foreground layers [➙ 13] contain
the MM8000/MT8001 points, represented as icons that show the dynamic states of
the real-time database.
You can define and combine multiple layers in different ways to create all the
required views. Particularly, you can use multiple foreground layers in combination
with background layers to allow for multiple-depth views. For example, the same
background layer can be coupled to foreground layers for areas, sections, zones,
and elements, each couple being a different depth. This allows the MM8000
operator to
dive up and down the different depths with a double-click of the mouse.
Note: This
diving up and down capability is not available for MT8001 users.
A depth [➙ 15] is a combination of background and foreground layers. One
foreground layer can belong only to one depth; so the points deposited on that
layer will be associated with one depth only.
Map organized in multiple depths with increasing level of functional details
You can associate individual points [➙ 31] to one or more pages. An
MM8000/MT8001 page is a view, at a selectable zooming factor of a depth. The

Introduction
What's new 1
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association between points and pages can be provided automatically by
MM8000/MT8001 tools and/or left to a manual setting.
A page is a partial view on a map’s depth
1.1 What's new
Here is the list of modifications for new functions and software improvements.
Section Modifications
Modifying graphic object properties [➙ 23] Multiple selection and property change on multiple
objects.
Modifying and animating background objects [➙
26]
Customization of event color associations.
Appendix B - Recommendations for AutoCAD®
drawings [➙ 43]
AutoCAD 2012 format version support.
1.1.1 Documentation changes and corrections in this edition
The following is the list of corrections and improvements (not related to new
software features) included in this edition of the document.
Section, Page Modifications
All document New document format (ST4 development
tool)

Configuring graphical maps - using the MapMaker
2 General concepts
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2Configuring graphical maps - using the
MapMaker
Tools for creating and modifying maps are contained in toolbars surrounding the
work area. You can choose to hide them if you wish (View >Toolbars). The default
is shown below.
MapMaker user interface
 To create a new map, see DMS8000 maps - general procedure [➙ 10].
 To edit an existing map, select the map node in the tree, then in the Node tab,
select Edit Map in the data view pane to the right of the tree.
Note: You may need to scroll down to see the Edit Map button.
2.1 General concepts
Before starting the graphic configuration for MM8000 / MT8001, you need to
become familiar with the following general concepts:
 Large maps can be handled by MM8000 / MT8001, representing an entire
building floor with dynamic points. MM8000 users can navigate maps with
zooming and panning controls.
 Maps are organized in multiple layers, which can be one or more background
and foreground layers. At least one background and one foreground layer are
present in any map.
 Maps layers contain graphical objects, which own a number of properties.
Objects are placed on layers from the tool-bar (static items) and from the
Composer tree (dynamic items or MM8000 / MT8001 points).
 Background layers are used to include AutoCAD files, image files, and any
other static item representing the building structure. File types supported are:

Configuring graphical maps - using the MapMaker
General concepts 2
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– DXF
– DWG
– WMF
– EMF
– PCX
– BMP
– JPEG
– SHP
Note: Refer to the product Release Notes for information about AutoCAD version
compatibility.
 Foreground layers are used to contain the MM8000 / MT8001 points,
represented as icons that can show the dynamic states of the real time
database.
 Multiple layers can be defined and combined in different combinations to create
all the required views.
 Particularly, multiple foreground layers can be used in combination with
background layers to allow for multiple-depth views. For example, the same
background layer can be coupled to foreground layers for areas, sections,
zones, and elements, each couple being a different depth. This allows the
MM8000 operator to zoom in and out through the different depths with a single
mouse click.
Note: Zooming feature not available for MT8001.
 A depth is a combination of background and foreground layers with graphical
zoom. One foreground layer can belong only to one depth; therefore, the points
deposited on that layer will be associated with only one depth.
 Individual points can be associated to one or more pages. This allows showing
the appropriate graphics at runtime. An MM8000 / MT8001 page is a view—at
a selectable zooming factor—of a depth.
Note: The association between points and pages can be provided automatically
by MM8000 / MT8001 tools (see following) and/or left to a manual setting.
 MM8000 only : Cameras can be associated to points in order to get the video
images at runtime when the point or an event of that point is selected. The
association can be based on a graphic technique: the area covered by the
camera view is depicted using a polygon drawing and the points within that
area are automatically associated.
 MM8000 only : You can create maps for graphical navigation along the
structure trees by defining views at different zooming factors. This can be done
for physical, logical, and geographical tree structures.
See Defining depths [➙ 15].
A free navigation can also be configured, based on explicit linking objects that
you add manually.
See Graphical navigation and page links [➙ 19].
 A map can be exported in JPG format.

Configuring graphical maps - using the MapMaker
2 DMS8000 maps - general procedure
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2.2 DMS8000 maps - general procedure
In the Composer project, Maps are located in
Supervisor System Settings > MM8000 / MT8001 System > Logical Configuration
> Graphic Maps
Note: Add folders and sub-folders to organize a large number of maps.
When editing a map, a graphic editor containing all the required tools is launched.
For details on using the graphical editor, see Using the graphical editor [➙ 38].
You configure maps following the general procedure below:
1. Create a folder structure (for example, "fire graphics" or "intrusion maps").
2. Create a new map [➙ 12].
3. Follow the wizard during the first edit session to define the map size [➙ 12].
4. Configure [➙ 39] a background layer importing [➙ 13] CAD, image files, or
drawings of your own.
5. Define the foreground layer(s) [➙ 13].
6. Define the first depth [➙ 15], combining background and foreground layers.
7. Configure the foreground [➙ 17] by doing the following:
- Drag and drop the points from the Composer tree into the appropriate
graphical maps.
- Drag and drop sequence command points from the Composer tree into the
appropriate graphic maps.
8. If video applications are used, define the camera view areas [➙ 20].
9. Modify object properties [➙ 23], if desired.
10. Manually define pages [➙ 31] in the graphic tool, if required, and associate.
- Associate the manual pages to individual points [➙ 33].
11. Save the map [➙ 35] and proceed with other maps or other configurations.
12. Test the map [➙ 36].
Note: To configure a default graphic or text page to display during runtime for all
points that have no map associated with them, see Creating default map pages
[➙ 36].
Automatic association of maps to the points
A point on a map is automatically associated to that graphical map. In other words,
it is associated to the page created with the map’s depth that contains the point.
You can verify this association by selecting the point in the tree and then displaying
the tabs named in:
 MM8000: Event Treatment Pages and Plant Browser Pages.
 MT8001: Pages.

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Note:
Note for MM8000 only . Automatic association can be globally disabled in:
Supervisor System Settings > MM8000 / MT8001 System > Logical Configuration
> Point Page Extension
Uncheck the Automatic page calculation check box.
If a point is deposited in more than one map, then it will be associated with all of
them, in sequence (you can however modify the map order, see Associating
manual pages to points – MM8000 [➙ 33]).
Note: In order to check the associated map, you must close the MapMaker. This
will cause the points to be associated to the page or map, and this may take a
while.
A map is always displayed to operators as a page. That is, as a view of a specific
depth (a combination of layers with graphical zoom). In case of automatic
association to a point, the page is dynamically built up by MM8000, possibly
applying an
adjustment algorithm that may enlarge the depth’s zooming factor to
include in the page all the points in the same tree-level (sibling points). For
example:
 Map #1 is configured with one background ("BG") and three foreground layers
("FG1-Areas", "FG2-Sections", "FG3-Zones").
 "FG3-Zones" contains 15 points of a CC11 unit, namely 15 zones (Z1, Z2, … ,
Z15) of the same parent section S5.
 "BG" and "FG3-Zone" are associated in a depth named "D3-Zones".
 "D3-Zones" has been set to show Z1 on Map #1 with a zooming factor 500.
When MM8000 shows the page for Z1 in a treatment procedure step or in the Plant
Browser, it actually displays Map #1 as "D3-Zones" with zooming factor 650 (that
is, a bit enlarged or zoomed out) so as to include Z1 as well as Z2 to Z15 in the
view.
The page adjustment algorithm can be disabled for every page in the
corresponding Node tab. If disabled, no automatic zooming modification is applied
on the pages’ depths.
Note: Zooming is not available for MT8001.

Guide to map configuration
3 Creating a new map
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3Guide to map configuration
This section contains details on how to perform each step when configuring a map.
For details on the tools available in MapMaker’s graphical editor, see Using the
graphical editor [➙ 38].
3.1 Creating a new map
1. Select:
Supervisor System Settings > MM8000 / MT8001 System > Logical
Configuration > Maps
2. Select the map icon from the procedure icons to the left of the Composer
tree.
 A map node appears in the tree.
3. Select the new map node in the tree and then the Node tab.
4. If required, disable the Page adjustment algorithm (see DMS8000 maps -
general procedure [➙ 10]).
Note: Disabling the page adjustment algorithm may result is some of the points
not being visible for alarm treatment or graphic navigation. The algorithm has
been designed to make sure that the depth’s zooming factor can include in the
pages all the points in the same tree-level (sibling points). Without this
automatic adjustment, you have to verify that all the required points are
properly visible on each page of the map. See DMS8000 maps - general
procedure [➙ 10] for more information about the adjustment algorithm.
5. Click Edit Map.
 The-map wizard starts.
New map wizard
1. Select map type, which can be:
- Pixel-based: this is the simplest solution, map dimensions are given in
screen units.
- Metric-based with given units and dimensions: select this option if you want
to define a scale in metric units. Here you are prompted to specify the X/Y
size in pixels (m or Km) and the correspondent precision (here, for best
performances, we recommend to leave the default values). Note that a
CAD file background can be imported later using the import tools.
- Metric-based related CAD units: this option allows for defining a scale
related to the units of an AutoCAD file. In this case, you can import a
DWG/DXF CAD file (DWG and DXF) and then define the scale ratio.
Note: If you have a reference of the scale units used in the map, select the
Metric option. Otherwise, opt for the simpler Pixel-based map. Note that
you will also be able to modify the resolution units later (menu command
Map > Resolution).
2. Press Next and define the Map size in pixel or metric units.
Note: Use the default if you are unsure. You will be able to modify the size later
if necessary (menu command Map > Dimensions).
3. Finish the creation Wizard and enter the graphic configuration environment.

Guide to map configuration
Configuring a background layer 3
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Note: By default, the background is white. If you wish a colored background, you
can customize it using the menu command Map > Background color.
3.2 Configuring a background layer
3.2.1 Using import tools
A background layer is typically prepared by importing an external file such as:
 Bitmap files (BMP, JPG, PCX)
 Windows Metafiles (WMF, EMF)
 AutoCAD files (DWG, DXF, SHP)
Simply select the appropriate icon from the toolbar.
1
2
3
Inserting a background layer
Item Name Description
1 Bitmap file Imports a bitmap file.
2 Windows metafile Imports a Windows metafile.
3 AutoCAD Imports an AutoCAD file.
AutoCAD
An AutoCAD import wizard is provided for:
 Defining an area of the entire file to import.
 Adjusting the CAD positions and dimensions within the entire map.
Note: The map dimensions can also be adjusted later according to the CAD
background (menu command Map > Dimensions > Bounding rectangle).
The visibility of every CAD layer in the Map layers can be defined in the CAD
layers tab of the object properties (right click on the CAD object to open its
Properties window).
3.3 Defining foreground layers
Define one foreground layer
Before inserting MM8000 / MT8001 points in a map, you need to create at least
one foreground layer and then define a depth for it. Note that:
 Layers can be de-activated if not yet ready to be seen by the operators.
 The Background checkbox of the foreground layers should be unchecked.

Guide to map configuration
3 Defining foreground layers
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 Layers may have a discipline and category type associated for dynamic
filtering.
 MM8000 only : Layers can be hidden during configuration for easier handling of
multi-layer maps.
 MM8000 only : Layers can have a visibility range—that is to be visible within
given zoom factors. This works the same way as for individual objects—it can
be used for letting an entire layer appear or disappear when an operator zooms
in or zooms out.
Note: Zooming feature not available for MT8001.
1
2 3 4
The Layers window
Item Name Description
1 Edit layers Opens the Layers window, where you can add/delete
layers.
2 New layer Creates a new layer.
3 Move layer Moves a layer up/down in the list.
4 Delete layer Deletes a layer.
To create a foreground layer, proceed as follows:
1. Select the Edit Layers icon to open the Layers window.
2. Select the New layer icon to add a new layer.
Note: Double-click on the name field to rename.
3. Specify the parameters. (See the following parameter descriptions.)
Layers parameters
 Name: Layer description name, double click to rename. This column is fixed
(frozen) and not affected by the horizontal scrolling.
 Active: Select to show a layer during runtime / de-select to hide a layer.
 Visible: Select to show a layer during configuration / de-select to hide a layer.
 Background: Select if a layer is a background layer.

Guide to map configuration
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 Drop points: Select to enable dragging and dropping points on the layer
(foreground only). This option can be used to prevent unintended operations
from being performed on a layer.
 Discipline Type: Specify a discipline to assign to a layer to filter what can be
seen when activity occurs.
 Min/Max Visibility: Specify the zoom factor range within which the layer is
visible.
Note: The Layers window can be resized and maximized as necessary, and
layout and position settings are saved and reapplied next time it is opened.
3.4 Defining depths
Once you have the foreground layers, you can define the required depths,
combining background and foreground layers at a given zooming factor.
Selecting a zoom factor
Selecting a zoom factor allows you to create a new depth easily.
 Select a zoom factor by using the zoom tools shown in the following figure.
Note: To quickly select a zoom factor, click on a map and zoom in and out using
the mouse wheel.
1 2 3 4
Zoom tools
Item Name Description
1 Zoom-in Zooms in the map in steps.
2 Zoom control Zooms in and out by moving the slider.
3 Zoom-out Zooms out the map in steps.
4 Zoom-in a given
window
Zooms in a selected window in the map.

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3 Defining depths
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Note: The zoom tools are also available from the menu View > Zoom. Instead, the
View > Viewport option allows defining the screen view using a numeric range
(origin, extension or centre point, defined in pixel/metric units).
Creating a new depth
1. Select the New Depth icon .
2. Deselect any background layers you do not want associated to the depth.
3. Select the associated foreground layers.
Note: A depth combines one or more foreground and one or more background
layers. A depth is the graphic shown on the screen. Multiple depths allow the user
to quickly change views. (Dive down/up.)
A foreground layer can be associated to
only one depth
.
Note: During runtime, MT8001 can display only one depth at a time.
1 2
3 4 5 6
Creating a new depth
Item Name Description
1 Edit depths Opens the Depths window, where you can add / delete
depths. This command requires you to define the zoom
factor as a numeric range (in pixel or metric unit).
2 New depth with zoom
factor
Opens the Depths window to create a new depth,
automatically set with current zoom factor.
3 New depth Creates a new depth.
4 Delete depth Deletes a depth.
5 Background layer Associates background layer with one or more depths.

Guide to map configuration
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6 Foreground layer Associates foreground layer to the depth.
3.5 Configuring the foreground
Once you have defined your foreground layers and depths, you need to configure
the foreground layers by dragging the points from Composer tree into the
appropriate graphical maps. The MapMaker graphic tool provides a command for a
quick arrangement of the screen for optimal operations with MM8000 /MT8001
points.
To configure a foreground layer, proceed as follows:
1. Select a depth from the right drop-down arrow (located near top of screen).
2. Select the associated foreground layer from the left drop-down arrow.
3. Select the adjust dimension icon to display the Composer tree on left and
map on right (arrange screen windows) for optimal drag and drop.
4. Drag points from the tree, one at a time, and drop them onto the correct
position on the map.
 While editing the map, the description text of the points that have been
deposited on the map are temporarily shown in red in the Composer tree and in
the Children tab view of the parent node. When you close the graphical map
editor (saving your work), the points you deposited on the map are indicated in
the tree by a green square next to the node.
Note: The selected objects can be data points as well as sequence command
points.
To resize an initial object on the map, proceed as follows:
1. Select the object.
2. Drag the edges to the size you want.
3. Select Set default object size icon .
Note: Another way to resize an object is to right-click the object you just resized
and select Set as Default Size. You can also set the best default size for
subsequent objects of different types.

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3 Configuring the foreground
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Drag and drop, set default object size
View options: snap grid and image placeholders
If you wish to align the objects on a grid, set the option in View > Options. There
you can also enable the image placeholder option, mostly used to speed up
operations in case of slow graphic display.
Large maps: aerial view and object locator
Large and populated maps can require special tools to localise objects. Use the
View > Aerial View option to show a general navigation window on top of the
detailed map (see 2.3.5).
Also, the object locator command (View > Object Locator) can list the foreground
point objects currently configured and then move the screen view on any of them
by simply clicking the correspondent list item.
Aerial view

Guide to map configuration
Graphical navigation and page links 3
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3.6 Graphical navigation and page links
Standard graphical navigation
A standard graphical navigation is provided at runtime by MM8000 following the
hierarchy of the plant browser. In such a case, each graphical object associated to
a data point also provides a link to the graphic of children nodes in the hierarchical
structure (the plant browser tree): double click a foreground object on a map at
runtime to select the first available graphic of child node (or grand-child and so on
until an associated page is available).
Free graphical navigation
In addition to the standard “vertical” navigation mechanism, a free navigation can
be defined by adding specific linking objects that allows moving the current
graphical view from one point of the plant browser tree to another and back. This
implies that this navigation is supported in the plant browser only and for the
related map view (which should be set as default mode). The link objects are not
shown on the maps used during event treatment.
Two types of links exist. You can configure:
 A link in a map to select another point, i.e. to open the corresponding page. If
no associated graphic is found at runtime, then another view is selected, e.g.
video or text. If multiple pages are present, the first one is shown and you can
select the others using a toolbar command.
 A direct link to a manual page (see Creating manual pages [➙ 31]). At runtime,
double clicking this link will display the linked manual page. In such a case, the
manual page node in the plant browser tree is selected and the node visibility
has to be considered when defining the Security Profiles (refer to the MM8000
ICC manual, doc.no. A6V10062413).
A toolbar command is available in the graphical view of the plant browser to go
back in the navigation path. No back command is available in video or text views.
To configure a link, do the following:
1. Open the map from which you want to create the link.
2. Select the foreground layer.
3. Select the link destination point (or page) on the tree structure.
4. Drag and drop the point (or page) to the map.
 The object associated to the point (or page) appears on the map.
5. Page links are automatically created. For data points, right-click the object and
select the command Graphic Link in the contextual menu.
Note: This functionality is not available for the MT8001 Management Terminal.

Guide to map configuration
3 Defining camera views
20
Building Technologies A6V10062441_a_en
Fire Safety & Security Products 30.06.2013
Adding a point link
Technical notes:
 Graphic links are hidden on the maps displayed during event treatment
(operating procedure steps).
 The graphic link symbol, i.e. the navigation icon, cannot be modified.
 Single clicking a graphic link does not select the related node in the tree.
 Graphic links are not considered when using the blue arrow commands (Next /
Previous Page icons) for graphical navigation.
 Graphic links added to maps will also be available on manual pages.
3.7 Defining camera views
The graphic tool provides commands to define the area covered by a camera view.
At runtime, this allows for the association of the points located within that area to
the camera images.
Note: This functionality is not available for the MT8001 Management Terminal.
To define a camera view, do the following:
 You have already configured the map background and foreground, including
camera points.
1. Right-click a camera.
2. Select Show coverage area in the menu that appears.
 A polygon appears indicating the camera coverage area.
3. Use the interior squared dot of the polygon to move and orient the coverage
area.