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The Integration of Model Results and GIS via the Marine Data Model. Michael J. Blongewicz GIS Specialist Water Resource Software Department DHI Water & Environment Hørsholm, Denmark www.dhi.dk www.dhisoftware.com. Introduction. DHI Water & Environment
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The Integration of Model Results and GIS via the Marine Data Model
Michael J. Blongewicz GIS Specialist Water Resource Software Department DHI Water & Environment Hørsholm, Denmark www.dhi.dk www.dhisoftware.com
Introduction DHI Water & Environment An independent, international consulting and research organization Approved as an authorized Technological Service Institute by the Danish Ministry of Science, Technology and Innovation
Introduction DHI Water & Environment Water Resources - MIKE 11, MIKE SHE, MIKE Basin Marine - LITPACK, MIKE 21, MIKE 3 Urban - MIKE Urban
DHI Water & Environment GIS Perspective: Integrating Hydrological, Marine and Urban numeric modeling within GIS
DHI Software Integrating 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
Water Resources Data Model Urban Marine DHI Software Model Integration at the Data Level DHI GIS Software DHI Numeric Models
Data Models What is a Data Model? An off-the-shelf solution Surface Water model 1. Hydrography 2. Hydrology 3. Time Series Marine model 1. Deep Sea 2. Near Shore 3. Coastline 4. Time Series An editing and analysis framework A extensible system for the development of complex solutions
DHI Marine Software with the Marine Data Model Case Studies Sediment Budget and Coastline Evolution Bathymetric Surveys Sediment Surveys Transects Line Series Cross-shore distribution of sediment transport Feature / Time Series Association Marine Features Time Series
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution Import XYZ bathymetry survey data into database
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution Add other data types: (bathymetries, satellite images, etc.)
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution Add Transects (Datalines)
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution Associate Transects with a Survey
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution Build profiles (stored as events) from Transects
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution Collect time series for deep sea location and making an association to a feature
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution Build Wave Climate (Wave Direction, Wave Period and Wave Height)
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution Transfer Wave Climate from Deep Sea to Near Shore
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution View wave height from a 2-Dimensional model as a raster
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution View wave height from a 2-Dimensional model as a mesh
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution Export Transect to dfs1 as input to LITPACK and calculate the Sediment Transport along the Transect
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution Import 1-Dimensional result data into geodatabase
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution Generate profile of Sediment Transport
DHI Marine Software with the Marine Data Model Sediment Budget and Coastline Evolution Generate profile of Sediment Transport