User:Rcorrigan/AHGW Pro:Create XS2D BoreLines: Difference between revisions
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[[File:AHGW Subsurface Analyst XS2D Editor - Create XS2D Borelines.png|350px|thumb|right|''Create XS2D Borelines'' dialog]] | [[File:AHGW Subsurface Analyst XS2D Editor - Create XS2D Borelines.png|350px|thumb|right|''Create XS2D Borelines'' dialog]] | ||
The ''Create XS2D | The ''Create XS2D BoreLines'' tool is accessed by double-clicking on "[[File:ArcGISPro Toolbx Tool.png|16 px]] Create XS2D Borelines" under the "[[File:ArcGISPro Toolset.png|16 px]] XS2D Editor" toolset under the "[[File:ArcGISPro Toolset.png|16 px]] Subsurface Analyst" toolset under the "[[File:ArcGISPro Toolbx Item.png|16 px]] Arc Hydro Groundwater Tools" toolbox. This tool imports boreline features for display on a 2D cross section by reading from a layer of wells and a table of borehole information associated with the wells. The boreline features reveal stratigraphy observed in the wells, and include attributes providing the distance from the section line defining the cross section and the distance along the section line. | ||
:'''''ArcGIS Notes''''' – In older versions of ArcGIS, this tool is accessed through the "Arc Hydro Groundwater Tools" toolbox. It appears as a dialog, not a pane. | |||
The following fields are available. Required fields are marked with a [[File:ArcGIS required - green circle icon.png|8px]] icon. Fields marked with a [[File:ArcGIS | :The icons vary between ArcGIS and ArcGIS Pro. | ||
*''Input Section Line Layer or Feature Class'' – Click the [[File: | :The names of the fields in this tool might be different in ArcGIS. They should still be recognizable. | ||
*[[File:ArcGIS | The following fields are available. Required fields are marked with a [[File:ArcGIS Pro Red Required Symbol.png|8 px]] icon. In ArcGIS, they are marked with a [[File:ArcGIS required - green circle icon.png|8px]] icon. Fields marked with a [[File:ArcGIS Pro Warning Red.png|12 px]] icon may not be supported or the table may not exist. | ||
*''Input XS2D_Catalog Table'' – Click the [[File: | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Input Section Line Layer or Feature Class'' – Click the [[File:ArcGISPro Open.png|16 px]] button to bring up the ''Input Section Line Layer or Feature Class'' dialog in order to specify the layer or feature class containing the section line defining the cross section for which features are to be created. | ||
*''Input Well Layer or Feature Class'' – Click the [[File: | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''HydroID of Section Line defining the cross section'' – Enter the numerical ID uniquely identifying the section line feature defining the cross section. | ||
*[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Input XS2D_Catalog Table'' – Click the [[File:ArcGISPro Open.png|16 px]] button to bring up the ''Input XS2D_Catalog Table'' dialog in order to specify the XS2D_Catalog table. The table is defined as part of the [[AHGW:Arc Hydro Groundwater Data Model|Arc Hydro Groundwater Data Model]], and is used to manage XS2D feature classes. | |||
*[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Input Well Layer or Feature Class'' – Click the [[File:ArcGISPro Open.png|16 px]] button to bring up the ''Input Well Layer or Feature Class'' dialog in order to specify the well features for which borelines will be created. If you are using [[ArcMap]], this tool will only use selected features if a selection has been made on the layer. | |||
*''Well UniqueID field'' – Optional. Select from the drop-down the field specifying the Unique ID (ex. HydroID) of the Well features. This value will be related to the Well ID parameter for the BoreholeLog table. If no field is specified, then the HydroID field will be used. | *''Well UniqueID field'' – Optional. Select from the drop-down the field specifying the Unique ID (ex. HydroID) of the Well features. This value will be related to the Well ID parameter for the BoreholeLog table. If no field is specified, then the HydroID field will be used. | ||
*''Input BoreholeLog Table'' – Click the [[File: | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Input BoreholeLog Table'' – Click the [[File:ArcGISPro Open.png|16 px]] button to bring up the ''Input BoreholeLog Table'' dialog in order to specify the table that stores vertical measurements defining the stratigraphy for wells. The TopElev and BottomElev fields in this table are used to define the geometry for the output boreline features. | ||
*''BoreholeLog WellID field'' – Optional. Select from the drop-down the field specifying the Well ID (ex. WellID) of the BoreholeLog table. This value will be related to the Unique ID (ex. HydroID) of the Well features. If no field is specified, then the WellID field will be used. | *''BoreholeLog WellID field'' – Optional. Select from the drop-down the field specifying the Well ID (ex. WellID) of the BoreholeLog table. This value will be related to the Unique ID (ex. HydroID) of the Well features. If no field is specified, then the WellID field will be used. | ||
*''Input XS2D Boreline Layer or Feature Class'' – Click the [[File: | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Input XS2D Boreline Layer or Feature Class'' – Click the [[File:ArcGISPro Open.png|16 px]] button to bring up the ''Input XS2D Boreline Layer or Feature Class'' dialog in order to specify the layer that will store the boreline features that are created. If this layer does not already exist, it can be created using the [[AHGW:Create XS2D Boreline Feature Class|Create XS2D Boreline Feature Class]] tool. | ||
*''Overwrite'' – Turn on to clear the target feature class prior to creating new BoreLines. Turn off to append new | *''Overwrite'' – Turn on to clear the target feature class prior to creating new BoreLines. Turn off to append new borelines to the target feature class. | ||
{{Navbox AHGW}} | {{Navbox AHGW}} | ||
[[Category:AHGW Subsurface Analyst]] | [[Category:AHGW Subsurface Analyst]] | ||
Revision as of 19:44, 16 August 2022
The Create XS2D BoreLines tool is accessed by double-clicking on "
Create XS2D Borelines" under the "
XS2D Editor" toolset under the " Subsurface Analyst" toolset under the "
Arc Hydro Groundwater Tools" toolbox. This tool imports boreline features for display on a 2D cross section by reading from a layer of wells and a table of borehole information associated with the wells. The boreline features reveal stratigraphy observed in the wells, and include attributes providing the distance from the section line defining the cross section and the distance along the section line.
- ArcGIS Notes – In older versions of ArcGIS, this tool is accessed through the "Arc Hydro Groundwater Tools" toolbox. It appears as a dialog, not a pane.
- The icons vary between ArcGIS and ArcGIS Pro.
- The names of the fields in this tool might be different in ArcGIS. They should still be recognizable.
The following fields are available. Required fields are marked with a 
icon. In ArcGIS, they are marked with a 
icon. Fields marked with a 
icon may not be supported or the table may not exist.
Input Section Line Layer or Feature Class – Click the 
button to bring up the Input Section Line Layer or Feature Class dialog in order to specify the layer or feature class containing the section line defining the cross section for which features are to be created.- HydroID of Section Line defining the cross section – Enter the numerical ID uniquely identifying the section line feature defining the cross section.
- Input XS2D_Catalog Table – Click the button to bring up the Input XS2D_Catalog Table dialog in order to specify the XS2D_Catalog table. The table is defined as part of the Arc Hydro Groundwater Data Model, and is used to manage XS2D feature classes.
- Input Well Layer or Feature Class – Click the button to bring up the Input Well Layer or Feature Class dialog in order to specify the well features for which borelines will be created. If you are using ArcMap, this tool will only use selected features if a selection has been made on the layer.
- Well UniqueID field – Optional. Select from the drop-down the field specifying the Unique ID (ex. HydroID) of the Well features. This value will be related to the Well ID parameter for the BoreholeLog table. If no field is specified, then the HydroID field will be used.
- Input BoreholeLog Table – Click the button to bring up the Input BoreholeLog Table dialog in order to specify the table that stores vertical measurements defining the stratigraphy for wells. The TopElev and BottomElev fields in this table are used to define the geometry for the output boreline features.
- BoreholeLog WellID field – Optional. Select from the drop-down the field specifying the Well ID (ex. WellID) of the BoreholeLog table. This value will be related to the Unique ID (ex. HydroID) of the Well features. If no field is specified, then the WellID field will be used.
- Input XS2D Boreline Layer or Feature Class – Click the button to bring up the Input XS2D Boreline Layer or Feature Class dialog in order to specify the layer that will store the boreline features that are created. If this layer does not already exist, it can be created using the Create XS2D Boreline Feature Class tool.
- Overwrite – Turn on to clear the target feature class prior to creating new BoreLines. Turn off to append new borelines to the target feature class.
