AdV Project: Map Production of DTK50 and DTK100 by Using Generalisation Processes

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Estella Summers
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1 Geoinformation und Landentwicklung AdV Project: Map Production of DTK50 and DTK100 by Using Generalisation Processes Sabine Urbanke, LGL Baden-Württemberg

2 AdV- Project: The AAA Data Model Geodetic reference network Real estate cadastre data Geotopographical data ALB ALK AFIS Amtliches Festpunktinformationssystem ALKIS Amtliches Liegenschaftskataster IS ATKIS Amtliches TopographischKartographisches Informationssystem DOP Digitale Orthophotos DLM Digitale Landschaftsmodelle DGM Digitales Geländemodell DTK Digitale Topograph. Karten

Liegenschaftskataster IS ATKIS Amtliches TopographischKartographisches Informationssystem DOP

3 Model Generalisation Automatic Cartographic Generalisation Representation Print ATKIS Referenz Model DLM10.2 DTK 10 TK 10 Basis-DLM DLM25.2 DTK 25 TK 25 DLM50.1 DLM50.2 DTK 50 TK 50 DLM100.1 DLM100.2 DTK 100 TK 100

4 Project Model Generalisation Basis-DLM Model generalisation is the automated derivation of another DLM of a lower structuring degree and granularity than the base model. (data reduction) DLM50.1 DLM100.1 Generalisation processes: Semantic generalisation Geometric generalisation - Classification - Combination - Aggregation - Change of the geometry type - Geometric simplification

5 Project Model Generalisation Model Generalisation Results - Rule-based process (Objektartenkatalog OKBasisDLM - OK50 OK100) - 100% fully automated process - Processing whole BW in one MG process - Producing of a consistant and homogenious data set - 35% reduction of the data volume (currently) - Total processing runtime of whole BW data is 10 days (e.g. DLM50.1)

whole BW in one MG process - Producing of a consistant and homogenious data set - 35%

6 Project Cartographic Generalisation Cartographic generalisation is the processing of a topologically correct and visually correct data set (on basis of style sheet catalogues). Basis-DLM DLM50.1 DLM50.2 DLM100.1 DLM100.2

correct and visually correct data set (on basis of

7 Project cartographic generalisation Generalisation processes: The Cartographic generalisation process is solving all kinds of graphical conflicts (as e.g. Typification, Simplification, Merging Enlargement ). The Workflow is scale independent. It is controled by parameters of the style sheet catalogues (e.g. minimum size, minimum distance, movebility). This part is scale dependent! Results: - Rules-bases process (SK50 and SK100) - Managing of all generalization conflikts in one single workflow - Identical and editor indepedent generalisation results - Total processing runtime of whole BW data in 8 weeks

It is controled by parameters of the style sheet catalogues (e.g. minimum size, minimum distance, movebility). This part is scale dependent!

9 Project Representation Representation Component: - Automatic representation according style sheet catalog (SK) - Possibility of interactive editing of still open conflicts - Addition of Contour Lines (derived from the DGM) - Label placement and Grid Basis-DLM DLM50.1 DLM50.2 DTK 50 DLM100.1 DLM100.2 DTK 100

still open conflicts - Addition of Contour Lines (derived from the DGM) -

10 Workflow of DTK50 Production 1Spatial 1Spatial ESRI / AED Lamps2 Clarity 3A-Editor Basis-DLM DLM 50.1 DLM 50.2 DTK 50

11 Example of DTK50 Production Import of DLM50.1 Data

12 Example of DTK50 Production Representation of DLM50.1 Data in the Cartographic Generalisation Process

13 Example of DTK50 Production Process in Checkpoint 15

14 Example of DTK50 Production Result of the Catographic Generalisation Process

15 Example of DTK50 Production Result after the interactive rework

16 Example of DTK50 Production DTK50 with Contour Lines and Labels

17 Workflow of DTK100 Production 1Spatial 1Spatial 1Spatial ESRI / AED Lamps2 Lamps2 Clarity 3A-Editor BasisDLM DLM 50.1 DLM100.1 DLM100.2 DTK100

18 Example of DTK50 Production DLM50.1 Data

19 Example of DTK100 Production Import of DLM100.1 Data

20 Example of DTK100 Production Representation of DLM100.1 Data in the Cartographic Generalisation Process

21 Example of DTK100 Production Process in Checkpoint 15

22 Example of DTK100 Production Result of the Catographic Generalisation Process

23 Example of DTK100 Production Result after the interactive rework

24 Example of DTK100 Production DTK100 with Contour Lines and Labels

25 Our future vision Basis-DLM DLM10.2 DLM25.2 DTK 10 TK 10 DTK 25 TK 25 DLM50.1 DLM50.2 DTK 50 TK 50 DLM100.1 DLM100.2 DTK 100 TK Production of bigger Scales DTK10 and DTK25 - Further improvements of the Generalisation Processes - Integration of Special Information (e.g.tourist, landmanagement) - Incremental Update Process

26 Many thanks for your attention

Cadastre in the context of SDI and INSPIRE

Cadastre in the context of SDI and INSPIRE Dr. Markus Seifert Bavarian Administration for Surveying and Cadastre Cadastre in the digital age the approach in Germany 3 rd CLGE Conference, Hanover, 11.10.2012