Export to Shapefile

The majority of georeferenced model features defined in MIKE HYDRO River can be exported to Shapefiles.

The export option is activated from the through ‘Export to Shape files' button, which opens the dialogue as presented in Figure 16.3.

 

Shapefile_Export_River00005.png

 

Figure 16.3        Export MIKE HYDRO Data to Shapefile dialogue

The dialogue contains two groups of data; 'Common features' which are fea­tures that are also used by other modules than River, and 'River Module Features' which are module specific features used only in the specific MIKE HYDRO module.

Export the requested model data by activating the checkbox in front features that should be processed and specify a shapefile names for the individual features. Use the file selection button '…' for specifying the output shapefile names.

After completing selections and filename specifications, press the 'Run' but­ton to execute the export of model data to shapefiles. Press 'Close' to stop the conversion or to close the dialogue.

Shapefile content from Export of MIKE HYDRO features will include the fol­lowing information:

Table 16.2          Export from MIKE HYDRO; Shapefile content

MIKE HYDRO features

Shape type

Key variables to export as shapefile attributes

Attribute name

Attribute type

Branches

River shapes (Polylines)

Branch name  

Identifier

Topo-ID  

Start Chainage  

End Chainage  

Flow direction  

Branch Type

BR_BrName

BR_ID

BR_TopoID

BR_StartCh

BR_EndCh

BR_FlowDir

BR_Type

Text

Text

Text

Double

Double

Short integer

Short integer

Branch

connections

Connecting lines (Polyline)

Branch name

Upstr. Type   

Upstr. Branch name

Upstr. Chainage  

Upstr. Storage ID  

Downstr. Type  

Downstr Branch name  

Downstr. Chainage  

Downstr. Storage ID

BC_BrName

BC_UpsType

BC_UpsName

BC_UpsCh

BC_UpsStID

BC_DwsType

BC_DwsName

BC_DwsCh

BC_DwsStID

Text

Short integer

Text

Double

Text

Short integer

Text

Double

Text

User defined chainages

Points

Branch name

Chainage

UDC_BrName

UDC_Ch

Text

Double

Catchments

Catchment shapes

(polygons)

Name   

Use Polygon Area

Catchment Area  

Rainfall-Runoff model

Branch

Chainage     

Cat_Name

Cat_AreSel

Cat_Area

Cat_RRMod

Cat_BrName

Cat_Ch

Text

Short integer

Double

Short integer

Text

Double

Catchment

connections

Connection (Polyline)

Catchment name   

Branch name

Chainage

Upstream Ch  

Downstream ch  

CC_CatName

CC_BrName

CC_Ch

CC_UpsCh

CC_DwsCh

Text

Text

Double

Double

Double

Alignment Lines

Lines  (polylines)

Name    

Type           

AL_Name

AL_Type

Text

Short integer

Cross Sections

Cross section lines (polylines)

Cross section ID

Branch name   

Topo-ID

Chainage  

Cross section type

Radius type

Datum

Resistance distribution

Uniform resistance

Left high flow resistance

Low flow resistance

Right high flow resistance

Resistance type      

CS_ID

CS_BrName

CS_TopoID

CS_Ch

CS_Type

CS_Radius

CS_Datum

CS_ResDist

CS_Uniform

CS_LeftHi

CS_Low

CS_RightHi

CS_ResType

Text

Text

Text

Double

Short integer

Short integer

Double

Short integer

Double

Double

Double

Double

Short integer

Structures

Stucture loca­tions (Points)

ID

Branch name   

Chainage  

Location Type    

Type of structure      

Str_ID

Str_BrName

Str_Ch

Str_Mode

Str_Type

Text

Text

Double

Short integer

Short integer

Storages

Storage loca­tions (Points)

ID   

Capacity type

Initial Surface Area            

ST_ID

ST_CapType

ST_Area

Text

Short integer

Double

Boundaries (#1)

Boundary loca­tions (Points)

Boundary ID  

Location Type    

Branch name   

Chainage

Boundary Type  

BC_ID

BC_LocType

BC_BrName

BC_Ch

BC_BndType

Text

Short integer

Text

Double

Short integer

Boundaries (#2)

 

 

Boundary loca­tions (Polyline)

 

Boundary ID  

Branch name   

Chainage

Downstr Chainage  

Boundary Type  

BC_ID

BC_BrName

BC_Ch

BC_DwsCh

BC_BndType

Text

Text

Double

Double

Short integer