For tl
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Storm Water Database Updating System
T
Entering
Field Data
Editing
Field Data
Structure Number, Type'
Install year, Ownership
Invert Deep, Type
Lid size, Type, Condition 1
Pipe Count
Each pipe End#, Invert''
Material, Shape, Size
1
r
i
r s
r
1 Save 1
|Cancel|
Linking GPS
Cai. Elevation
—
Editing Structure #
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Not found
Interface of
Editing
Select GPS
- i/^Crea
jrPS data
Creating Stru/
Pipe Laver
Ï
Create Structure layer
„Based on joined layer
Select SW data
Name for saving^
/Elevations j
/are calculate^
Connecting
Existing Data
♦ ~
Search “Yes" in “withLOST
dì joined layer
ÌST^
Create Pipe layer
Data Quality
Control
1r—
I Edit Feature!
Updating
Existing Data
iNewStiuj iNewpye |
Zoom in the area
Interface for selecting LOST
=3
—
2
<i> V
ap.g
2 -c
Break pipe
segment
ï
- ë
V <-
% 3
§*
O o
^Mssolve all p ipe^
Loop
IsSrtlfEndl
Tr
3EZ3
In existed
In existed
In CN
In new'
Is a new
Iu new
Break a new
Strucnues
pipes
Strucnues
Structures
Structure
pipes
pipe segment
Mousedown
create a point
Mousedown to
create a point
ieakthe pipe
ato two segment^
Delete selected
fisted stru/pipes
Data
Updated
[Connect the LOST!
3l
CTAdd it in new r pipe lay
/ List All 7
/ the LOST# /
Legend
Input
Inner operation
Function
Display
Decision
to
Oq
Figure 1. The Flowchart of Storm Water Database Updating System (SWDUS)
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