Conduit Network Schema Docker
Docker window is used to analyse conduit network,
trace available path between manholes, generate cross-sections, mark congested
ducts, etc.
It is opened by clicking on Show Docker ( ) icon.
(The icon is located on the main tollbar of Conduit
Network Schema window.)

Figure 1 - The schema with the opened Docker window (the
Legend tab is opened and it interprets the meaning of colors used when
analyzing the network according to duct type).
Docker window has two buttons:

Refresh button refreshes the schematic
display and Legend tab.
It must be run every time after the changes are made on Analysis
and Filter tabs.
Reload Data button reloads the topology
from the site plan drawing, after which the scheme shows the current
status (as it is on the site plan drawing).
Below the buttons the window contains the following tabs:
- Analysis - (enables overview
of conduit network infrastructure colored according to various properties)
- Filter - (defines criteria
based on which certain parts of duct bank are shown or not)
- Route - (finds available
path between the given points (also takes into account the criteria
defined on Filter tab))
- Legend - (interprets the
meaning of colors used in the schema)
- Cross-section - (generates
and displays the trench cross-section on the selected route segment)
Analysis
Analysis tab colors conduit network segments
according to various duct bank properties.
By selecting a radio button in front of a certain item, the property which
determines the color of the conduit network segment is selected (Figure
2).
In this manner the conduit network can be analyzed very quickly.

Figure 2
It is important to bear in mind that, in doing so, criteria defined
on Filter tab will also be taken into account.
Analysis tab has the following radio buttons:
- Type
- Diameter
- Capacity
- Availability
- Impassability
Type
If this item is selected, the duct segments shown in the schema will
be colored according to duct types (PVC, PE, concrete, etc.). The colors
are assigned automatically.
Legend tab explaines the meaning
of used colors (e.g. red = PVC).
Diameter
If this item is selected, the duct segments shown in the scheme will
be colored according to duct diameter (Ø30, Ø50, Ø110, etc.).
The colors are assigned automatically.
Legend tab explaines the
meaning of used colors (e.g. red = Ø110).
Capacity
If this item is selected, the duct segments shown in the schema will
be colored according to the capacity of individual group (i.e. according
to the number of ducts within the duct group). The colors are assigned
automatically.
Legend tab explaines the
meaning of used colors (e.g. red = PVC 2X1 Ø110).
Availability
If this item is selected, the duct segments shown in the schema will
be colored according to the number of free ducts within the group (i.e.
according to the number of free ducts within the duct group).
There are three levels of availability. The users themselves define maximum
and minimum number of free ducts for each level.
Lowest level ( )
Duct bank segment will belong to this level of availability
(i.e. it will be colored red in the schema) if it has less or
equal number of free ducts with regards to the number selected
in the box behind the red square.
Medium level ( )
Duct bank segment will belong to this level of availability
(i.e. it will be colored yellow in the scheme) if it has less
or equal number of free ducts with regards to the number selected
in the box behind the yellow square, but at the same time more
ducts than marked in the box behind the red square.
Highest level ( )
Duct bank segment will belong to this level of availability
(i.e. it will be colored green in the scheme) if it has more free
ducts than marked in the medium (yellow) level. |

Figure 3 |
Impassability
The duct segments shown in the schema will be colored if at least one
of the ducts within the duct segment is marked as damaged
or ocupied with an abandoned cable. Other duct segments will be colored
gray.
Legend tab explaines
the meaning of used colors (e.g. yellow = damaged).
Impassability can be defined using Cross-section
command.
Filter
Filter tab contains several criteria by
means of which we define what will or will not be shown in the schema
(Figure 4).
(What is not shown will not be taken into account while tracing
available path.)

Figure 4
The criteria are as follows:
- Show Free Ducts
Only
If this item checkbox is checked, the duct segments which do not contain
any free ducts will not be shown in the schema. (The duct can be occupied
with active cable (cable laid on the site plan or GIS database), occupied
with other duct or marked as damaged
or ocupied with abandoned cable)
- Duct Type Frame
The frame shows all duct types detected in the schema. By default,
all of them are checked, which means that the duct segments with ducts
of this type are shown in the schema. When we wish to hide duct segments
of certain duct type, we need to uncheck the checkbox in front of
that type.
- Duct Diameter
Frame
The frame shows all duct diameters detected in the schema. By default,
all of them are checked, which means that the duct bank segments with
ducts of these diameters are shown in the schema. When we wish to
hide duct segments of certain duct diameter, we need to uncheck the
checkbox in front of that diameter.
Trace
Trace tab enables finding available path
(i.e. finding free ducts) between the points set by the user (Figure 5).

Figure 5
While finding available path, the program takes into account the criteria
defined on Filter tab. In other words, if
during the trace a duct bank segment is not shown in the schema, it will
not be taken into account while finding available path.
(It is possible to, for instance, turn off all the innerducts. The program
will then search for available path through the ducts of other types).
The command is described in detail on Trace
Available Path page.
Legend
The legend explains the meaning of colors used for duct segments in
the schema.
The legend refers to the properties selected on Analysis
tab.
Type
The legend shows all duct types detected
in the schema.
The following are shown from the left to the right:
- Square whose color matches the color of the observed duct
segment in the scheme
- Type of segment ducts (e.g. PVC)
- Total number of ducts of the observed type (written in
brackets)
|

Figure 6 |
Diameter
The legend shows all duct diameters detected
in the schema.
The following are shown from the left to the right:
- Square whose color matches the color of the observed duct
segment in the schema
- Diameter of segment ducts (e.g. Ø40)
- Total number of ducts of the observed diameter (written
in brackets)
|

Figure 7 |
Capacity
The legend shows all duct capacities
detected in the schema which are additionally divided by duct
types
and diameter.
The following are shown from the left to the right:
- Square whose color matches the color of the observed duct
bank segment in the schema (e.g. red)
- Type of ducts segment (e.g. PVC)
- Capacity of ducts segment group (e.g. 4x4)
- Diameter of ducts segment (e.g. Ø110)
- Total number of ducts of the observed type, capacity and
diameter (written in brackets) (e.g. 11)
|

Figure 8 |
Availability
The legend shows levels of
duct availability.
The users themselves define maximum
and minimum number of free ducts for each level.
The following are shown from the left to the right:
- Square in the color matching the color of the observed
duct segments in the schema
- Maximum duct number for the observed level
- Comparison operator
- Free ducts (X)
- Comparison operator again and maximum number of ducts if
it is the medium (yellow) level
- Total number of free ducts of the observed diameter for
the observed level (written in brackets)
|

Figure 9 |
Impassability
The legend shows damaged ducts and
ducts filled
with abandoned cables.
Regular
ducts are gray (they are ither occupied with active cables or
free).
|

Figure 10 |
Cross-section

Figure 11 |
|

Figure 12 |
Cross-section tab shows the cross-section
of duct segments.
Initially, the tab is empty, i.e. it does not show any of the cross-sections.
This is because none of the cross-sections have been created yet.
The cross-section is created on the schematic display, by running Cross-section command from the context menu,
which is opened by right-clicking on the place where we want to create
the cross-section.
The procedure of creating cross-section and its additional functions
are described on Cross-section page.
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