Add Point Data To BIS (Bathymetry)

Disponible avec une licence Maritime Bathymetry.

Synthèse

Registers point cloud or elevation point data to a Bathymetric Information System (BIS).

Utilisation

• The Target Workspace parameter value must be a workspace that contains a BIS.

• Inputs can be LAS, LASD, point feature class (z-enabled and not z-enabled), shapefile, or multipoint features.

• Multiple inputs can be added at once; however, these inputs should share the same vertical units, directionality, and cell size properties. The tool applies the input values for these properties to all data added in a single tool run.

• The Cell Size parameter is used to generate proxy rasters from the point data.

• Do not combine data types in a single tool run; doing so can cause unexpected results or failure.

• Proxy rasters are stored in the proxy raster location specified in the BisDetails table.

• Refresh the layers in the List By Data Source tab of the Contents pane to see datasets added by other users when adding data to an enterprise geodatabase BIS.

Paramètres

Boîte de dialogue

Étiquette	Explication	Type de données
Target Workspace	The enterprise or file geodatabase where the BIS is located.	Workspace
Input Data	The input LAS, LASD, point feature class (z-enabled and not z-enabled), shapefile, or multipoint features that will be added to the target workspace.	LAS Dataset Layer; Feature Layer
Vertical Units	Specifies the vertical units that will be used for the depth data. Meters— The vertical units will be meters. Feet— The vertical units will be feet. US Survey Feet— The vertical units will be U.S. Survey feet. Fathoms— The vertical units will be fathoms.	String
Directionality	Specifies the directionality of the elevation data. Positive Up—The directionality of elevation data will be positive up. Positive Down—The directionality of elevation data will be positive down.	String
Depth Field (Facultatif)	The field where the depth is stored. It is either a numeric field or the shape field specified in the Input Data parameter value.	String
Footprint Type (Facultatif)	Specifies whether the footprint will be the full extent of the dataset or a convex hull representing the minimum bounding box for all features. Envelope— The footprint will be the full extent of the dataset. This is the default. Convex Hull— The footprint will be a convex polygon representing the minimum bounding box for all features.	String
Cell Size (Facultatif)	The cell size of the proxy raster. The horizontal unit is the same as that of the input datasets. If no cell size is specified, additional rules will be used to calculate it from the other inputs.	Double
Update Overviews (Facultatif)	Specifies whether overviews and statistics for a mosaic dataset will be calculated and updated. Checked—Overviews and statistics will be calculated and updated. This is the default. Unchecked—Overviews and statistics will not be calculated and updated.	Boolean

Sortie obtenue

Étiquette	Explication	Type de données
Updated BIS	The updated BIS workspace.	Workspace

Python

arcpy.bathymetry.AddPointDataToBIS(target_workspace, in_data, vertical_units, directionality, {depth_field}, {footprint_type}, {cell_size}, {update_overviews})

Nom	Explication	Type de données
target_workspace	The enterprise or file geodatabase where the BIS is located.	Workspace
in_data [in_data,...]	The input LAS, LASD, point feature class (z-enabled and not z-enabled), shapefile, or multipoint features that will be added to the target workspace.	LAS Dataset Layer; Feature Layer
vertical_units	Specifies the vertical units that will be used for the depth data. METERS— The vertical units will be meters. FEET— The vertical units will be feet. FEET_US— The vertical units will be U.S. Survey feet. FATHOMS— The vertical units will be fathoms.	String
directionality	Specifies the directionality of the elevation data. POSITIVE_UP—The directionality of elevation data will be positive up. POSITIVE_DOWN—The directionality of elevation data will be positive down.	String
depth_field (Facultatif)	The field where the depth is stored. It is either a numeric field or the shape field specified in the in_data parameter value.	String
footprint_type (Facultatif)	Specifies whether the footprint will be the full extent of the dataset or a convex hull representing the minimum bounding box for all features. ENVELOPE— The footprint will be the full extent of the dataset. This is the default. CONVEX_HULL— The footprint will be a convex polygon representing the minimum bounding box for all features.	String
cell_size (Facultatif)	The cell size of the proxy raster. The horizontal unit is the same as that of the input datasets. If no cell size is specified, additional rules will be used to calculate it from the other inputs.	Double
update_overviews (Facultatif)	Specifies whether overviews and statistics for a mosaic dataset will be calculated and updated. UPDATE_OVERVIEWS—Overviews and statistics will be calculated and updated. This is the default. NOT_UPDATE_OVERVIEWS—Overviews and statistics will not be calculated and updated.	Boolean

Sortie obtenue

Nom	Explication	Type de données
updated_bis	The updated BIS workspace.	Workspace

Exemple de code

AddPointDataToBIS example (stand-alone script)

The following stand-alone script demonstrates how to use the AddPointDataToBIS function.

# Import arcpy module
import arcpy
arcpy.CheckOutExtension("Bathymetry")

# Identify tool parameters
target_workspace = r"C:\BIS.gdb"
in_data = r"C:\Data\surveys.gdb\survey01; C:\Data\surveys.gdb\survey02; C:\Data\surveys.gdb\survey03"
vertical_units = "FEET"
directionality = "POSITIVE_DOWN"
depth_field = "Z_depth"
footprint_type = "ENVELOPE"
cell_size = ""
update_overviews = "UPDATE_OVERVIEWS"

# Execute the tool
updated_bis = arcpy.bathymetry.AddPointDataToBIS(target_workspace, in_data, vertical_units, directionality, depth_field, footprint_type, cell_size, update_overviews)
arcpy.CheckInExtension("Bathymetry")

Environnements

Étendue, Statistiques raster, Pyramide, Transformations géographiques, Raster de capture

Informations de licence

• Basic: Non
• Standard: Nécessite ArcGIS Bathymetry
• Advanced: Nécessite ArcGIS Bathymetry