MOLISEDB.GIS.MO_PC03G_Piani_Attuativi_e_Lottizzazioni

The MO_PC03G_Piani_Attuativi_e_Lottizzati feature class represents the areas of the regional territory affected by implementation plans and parcellings. The feature class contains information relating to the Istat Code of the municipality, and the type of implementation plan or in the case of subdivision falling within the municipality of interest.

Data en bronnen

Deze gegevensset heeft geen inhoud

Extra Informatie

Veld Waarde
Laatst gewijzigd april 28, 2023, 10:39 (UTC)
Gecreëerd april 28, 2023, 10:39 (UTC)
GUID r_molise:{00C41B88-03F5-4F81-B078-0A269A4B92CD}
access_constraints ["Data from public administrations"]
bbox-east-long 15.073801
bbox-north-lat 41.967595
bbox-south-lat 41.457418
bbox-west-long 14.056184
contact-email postmaster@molisedati.it
coupled-resource []
dataset-reference-date [{"type": "creation", "value": "2009-07-15"}]
frequency-of-update
harvest_object_id 46a3f298-0391-4fa0-b591-0fb394b64e77
harvest_source_id 5045f9a0-4055-43f6-b140-9cd49466666b
harvest_source_title GeoDatiGovIt RNDT
licence ["No restrictions on use"]
lineage The data contains the areas of the regional territory affected by the Implementation Plans and by the subdivisions indicated in the zoning tables of the Municipal Plan of the following municipalities: Larino, Castelpetroso, Castellino del Biferno, Morrone del Sannio, Castropignano, Cercepiccola, Filignano, Provvidenti, Fornelli, Guglionesi , Mafalda, Portocannone, Isernia, Tavenna, Scapoli, Tufara, Montefalcone, TRivento, Ururi, Campomarino. The feature class contains information relating to the Istat Code of the municipality, and the type of constraint falling within the Municipality. For the data acquisition process it is ESRI ArcGis 9.3 software with service pack 1 was used. All the tools made available by ArcGis 9.3 for data creation were used. In the computerization of the data relating to the urban plans of the Molise Region, a single Geodatabase was created with all the data, in order to correctly create and manage the entire data processing and creation flow. The acquisition process required the numerical transformation of the paper data relating to the information of the aforementioned Municipality. The acquisition took place by scanning in grayscale with 200 dpi resolution using the Colortrac Smartlf Cx4 scanner and Smartlf version 1.4.0.1 associated software. The raster files were georeferenced using ESRI ArcMap based on corresponding points of the CTR 1 tablets: 5000, which were loaded into the I SAA in the raster catalog of the same name in the personal geodatabase Raster_Molise.mdb (original reference system). During the georeferencing phase, files with the extension (*.txt) containing the georeference points and log files containing, in addition to the latter, also information relating to errors and any annotations were also saved. The editing phase involved the initial creation of lines and subsequently the linear data obtained was transformed into polygonal data using the "Feature To Polygon" tool. The methodology just described allows to produce a topologically correct geometry, free of voids between areas, free of overlapping areas, lines or edges. The arc structure was then transformed into polygons using the "Feature to polygon" tool of ESRI ArcToolBox. The polygonal shapefile created with this methodology was subsequently imported into the PRG_PdF_Molise_WGS84.mdb geodatabase using the "Import Feature Class" function. Therefore the feature classes present in the geodatabase were built starting from a raster digitization process in format (*.tif): they were initially created with ESRI ArcCatalog and subsequently completed using the tools of the ESRI ArcMap Editor on the basis of the georeferenced raster. The structure of the feature classes was organized with ESRI ArcCatalog with the creation of appropriate fields containing feature attributes such as Codistat and a floor area description field. In particular, the zones involve areas of Zone Plans, Economic and Popular Housing Plans, Production Settlement Plans, Detailed Plans and Subdivisions. The data created was re-projected in geographic WGS84 using IGM Verto 2000 software, which uses the grid. uploaded, maintaining the information structure created, through the basic functions of ArcGIS in the SIIT database, on RDBMS DB2.
metadata-date 2012-03-22
metadata-language ita
progress
resource-type dataset
responsible-party [{"name": "Molise Dati S.p.A", "roles": ["pointOfContact"]}]
spatial {"type": "Polygon", "coordinates": [[[14.056184, 41.457418], [15.073801, 41.457418], [15.073801, 41.967595], [14.056184, 41.967595], [14.056184, 41.457418]]]}
spatial-data-service-type
spatial-reference-system WGS84
spatial_harvester true