The Integration of Model Results and GIS via the Marine Data Model.

The Integration of Model The Integration of Model Results and GIS via the Marine Results and GIS via the Marine

Data ModelData Model

Michael J. BlongewiczGIS Specialist

DHI Water & Environment

Portland, Oregon

[email protected]

www.dhi.dk

www.dhisoftware.com

IntroductionIntroduction

DHI Water & Environment Modeling Software

Water Resources - MIKE 11, MIKE SHE, MIKE Basin

Marine - LITPACK, MIKE 21, MIKE 3

Urban - MIKE Urban

DHI Water & EnvironmentDHI Water & EnvironmentGIS Perspective:

Integrating Hydrological, Marine and Urban numeric modeling within GIS

DHI SoftwareDHI SoftwareIntegrating Modeling within GIS

I Data Integration

•Geodatabase

•Marine Data Model

•DHI Marine Data Model

II Application Integration

•ArcGIS Development

•MIKE Objects

•MIKE Marine GIS

•TimeSeries Manager

III Model Execution

•FloodWatch (M11)

•MIKE Basin

•MIKE Flood

IV Model Results

•Rendering dfs2

•Line series

•Deriving time series from rasters

•Animations

DHI SoftwareDHI Software

DHI DHI Numeric Numeric ModelsModels

DHI DHI GIS GIS

SoftwareSoftware

Model Integration at the Data Level

Data ModelsData ModelsThis presentation has 2 intentions

1. To introduce or review the Marine Data Model and illustrate how it can be implemented for one use-case.

2. To show how it can be extended or customized to meet specific needs

ESRI Marine Data ModelESRI Marine Data Model

DHI Marine Data ModelDHI Marine Data Model

DHI Marine Software DHI Marine Software with the Marine Data Modelwith the Marine Data Model

Case Study

Sediment Budget and Coastline Evolution

Bathymetric Surveys (FeatureClass: Survey Point)Sediment Surveys (FeatureClass: Survey Point)Transects Line Series (FeatureClass: Dataline)Cross-shore distribution of sediment transport

Feature / Time Series AssociationMarine Features (FeatureClass: TimeSeries Point)Time Series (ObjectClass: TimeSeries)

DHI Marine Software DHI Marine Software with the Marine Data Modelwith the Marine Data ModelSediment Budget and Coastline Evolution

Import XYZ bathymetry survey data and soil survey into the geodatabase

Marine Data ModelMarine Data Model

-ZValue : esriFieldTypeDouble-RecordedTime : esriFieldTypeDate-SurveyID : esriFieldTypeInteger

SurveyPoint{GeometryType = esriGeometryPoint,

HasZ = True}

-SurveyID : esriFieldTypeInteger-StartDate : esriFieldTypeDate-EndDate : esriFieldTypeDate-SurveyDesc : esriFieldTypeString-SourceFile : esriFieldTypeString-MDeviceID : esriFieldTypeInteger

Marine Objects::SurveyInfo

1

*

«SubtypeField» -SurveyType : esriFieldTypeInteger = 1

DHI_SurveyPoint

-SurveyType : esriFieldTypeInteger = 1

BathymetryPoint

-SurveyType : esriFieldTypeInteger = 2

SedimentPoint

Subtype

-SurveyID : esriFieldTypeInteger-d50 : esriFieldTypeDouble-Spreading : esriFieldTypeDouble

Marine Objects::SedimentInfo

1

1

FeatureClass:

Survey PointDHI_SurveyPoint

ObjectClass:

SurveyInfo

SedimentInfo


FeatureClass:Survey Point

ObjectClass:

SurveyInfo


Add other data types: (bathymetries, satellite images, etc.)


Add Transects (DataLines)


Associate Transects with a Survey




-SurveyID : esriFieldTypeInteger-FeatureID : esriFieldTypeInteger

SurveyKeyInfo

DataLine{HasZ = True,

GeometryType = esriGeometryPolyline,HasM = True}

1

*

1*

-Orientation : esriFieldTypeDouble-RecordedTime : esriFieldTypeDate-TransectType : DHI_LineTypes = 1-TransectSource : esriFieldTypeString

DHI_Transect{GeometryType = esriGeometryPolyline,

HasM = True,HasZ = True}

FeatureClass: DataLine

FeatureClass:

DHI_Transect

ObjectClass:

SurveyKeyInfo

ObjectClass:

SuveryInfo


FeatureClass: DataLines

FeatureClass: DHI_Transects


Build profiles (stored as events) from Transects





SurveyKeyInfo



1

*

1 *




-TransectID : esriFieldTypeInteger-TransectPosition : esriFieldTypeDouble-ZValue : esriFieldTypeDouble-TransectProID : esriFieldTypeInteger-Roughness : esriFieldTypeDouble-d50 : esriFieldTypeDouble-Spreading : esriFieldTypeDouble-WValue : esriFieldTypeDouble-TransName : esriFieldTypeString

Marine Objects::DHI_TransectPoints

1

*


FeatureClass: DHI_Transect

ObjectClass: DHI_TransectsPoints


Collect time series for deep sea location and making an association to a feature


-MarineID : esriFieldTypeInteger-MarineCode : esriFieldTypeString-CruiseID : esriFieldTypeInteger

MarineFeature

MarinePoint

TimeSeriesPoint{GeometryType = esriGeometryPoint}

MeasurementPoint

-MeasureID : esriFieldTypeInteger-FeatureID : esriFieldTypeInteger-FeatureClass : esriFieldTypeString-ZLocation : esriFieldTypeDouble-XLocation : esriFieldTypeDouble-YLocation : esriFieldTypeDouble

Measurement

**

FeatureClass: TimeSeriesPoint

ObjectClass: Measurement


FeatureClass: TimeSeriesPoint

ObjectClass: Measurement


Build Wave Climate (Wave Direction, Wave Period and Wave Height)


Transfer Wave Climate from Deep Sea Point to Near Shore Points (FeatureClass: TimeSeriesPoint)


View wave height from a 2-Dimensional model as a raster


View wave height from a 2-Dimensional model as a mesh


FeatureClass: MeshElements

FeatureClass: MeshPoint

ObjectClass:

VectorQuantities

ObjectClass

ScalarQuantities

-MarineID : esriFieldTypeInteger-MarineCode : esriFieldTypeString-CruiseID : esriFieldTypeInteger

MarineFeatures::MarineFeature

«SubtypeField» -PointType : MeshPointTypes-JLocation : esriFieldTypeInteger-KLocation : esriFieldTypeInteger-ZLocation : esriFieldTypeInteger

MeshPoint{GeometryType = esriGeometryPoint,

HasZ = True}-Node1ID : esriFieldTypeInteger-Node2ID : esriFieldTypeInteger-Node3ID : esriFieldTypeInteger-Node4ID : esriFieldTypeInteger

MeshElements{GeometryType = esriGeometryPolygon}

-PointType : esriFieldTypeInteger = 1

GridPoint

-PointType : esriFieldTypeInteger = 2

NodePoint

***

*

SubType

-PointID : esriFieldTypeInteger-STypeID : esriFieldTypeInteger-PointValue : esriFieldTypeDouble-TimeValue : esriFieldTypeDate-DataType : QuantityDataTypes

Model Objects::ScalarQuantities

-PointID : esriFieldTypeInteger-VTypeID : esriFieldTypeInteger-XComponent : esriFieldTypeDouble-YComponent : esriFieldTypeDouble-ZComponent : esriFieldTypeDouble-TimeValue : esriFieldTypeDate-DataType : QuantityDataTypes

Model Objects::VectorQuantities

1

*

1

*


Export Transect as a dfs1 for input to LITPACK (numeric modeling software) along with the wave climate, sediment survey to calculate the Sediment Transport along the Transect


Import 1-Dimensional result data into geodatabase as Events along the Transect





SurveyKeyInfo



1

*

1 *




-TransectID : esriFieldTypeInteger-TransectPosition : esriFieldTypeDouble-ZValue : esriFieldTypeDouble-TransectProID : esriFieldTypeInteger-Roughness : esriFieldTypeDouble-d50 : esriFieldTypeDouble-Spreading : esriFieldTypeDouble-WValue : esriFieldTypeDouble-TransName : esriFieldTypeString

Marine Objects::DHI_TransectPoints

1

*


FeatureClass: DHI_Transect

ObjectClass: DHI_TransectsPoints


Generate profile of Sediment Transport

The Integration of Model Results and GIS via the Marine Data Model.

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