AHGW:Create XS2D Geophysical Plot Features: Difference between revisions
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[[File: | [[File:ArcGIS Pro Create XS2D Geophysical Plot Features.png|350px|thumb|right|''Create XS2D Geophysical Plot Features'' tool in the ''Geoprocessing'' pane]] | ||
The ''Create XS2D Geophysical Plot Features'' tool is accessed by double-clicking on "[[File: | The ''Create XS2D Geophysical Plot Features'' tool is accessed by double-clicking on "[[File:ArcGISPro Toolbx Tool.png|16 px]] Create XS2D Geophysical Plot Features" 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]] ArcHydroGroundwater.pyt" toolbox. This tool creates features representing geophysical data. The tool will create point, line, and polygon features together with a scale bar to represent the geophysical data for use in an XS2D data frame. | ||
:'''''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 SectionLine Features'' – Click the [[File: | :The names of the fields in this tool might be different in ArcGIS. They should still be recognizable. | ||
*[[File:ArcGIS | :The order of the fields in this tool might be different in ArcGIS. | ||
*''Input XS2D_Catalog Table'' – Click the [[File: | 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 Well Features'' – Click the [[File: | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Input SectionLine Features'' – Click the [[File:ArcGISPro Open.png|16 px]] button to bring up the ''Input SectionLine Features'' dialog in order to specify the SectionLine features, which define the location of the vertical cross section data. | ||
*[[File:ArcGIS | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''HydroID of Section Line defining the cross section'' – Enter the ID of the SectionLine feature being used by the tool. | ||
*[[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, which manages data about the feature classes being used to represent cross section data. This table holds information about the geophysical data feature classes, and should be set up in advance with the [[AHGW:Create XS2D Geophysical Plot Feature Classes|Create XS2D Geophysical Plot Feature Classes]] tool. | |||
*[[File:ArcGIS | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Input Well Features'' – Click the [[File:ArcGISPro Open.png|16 px]] button to bring up the ''Input Well Features'' dialog in order to specify the Well features, which are used as reference points for the geophysical data to plot. It's possible to select specific wells to tell the tool to operate exclusively on them. | ||
*[[File:ArcGIS | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Input Table containing geophysical data'' – Click the [[File:ArcGISPro Open.png|16 px]] button to bring up the ''Input Table containing geophysical data'' dialog in order to specify the table containing the geophysical data. The table should include a WellID, which points back to the HydroID of the related Well feature, along with fields containing the depth and value for each geophysical data point. | ||
*[[File:ArcGIS | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Geophysical Data WellID Field'' – Select from the drop-down the field in the geophysical data table that contains the ID of the well the data is related to. The WellID value points back to the HydroID attribute in the Well features. | ||
*[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Geophysical Data Depth Field'' – Select from the drop-down the field in the Well features that specifies the depth values for the geophysical data table. | |||
*[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Geophysical Data DataValue Field'' – Select from the drop-down the field containing the geophysical data values for the geophysical data table. | |||
*''Append Features to Feature Classes'' – Optional. Turn on to append new features to the feature class. Turn off to clear existing features in the geophysical plot feature classes with the same FType as the value entered for this tool prior to adding new features. | |||
*[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Well Ground Elevation (if not Z enabled)'' – Optional (unless Well features are not Z enabled). Select from the drop-down the field in the Well features that specifies the well ground elevation. | |||
*''Data Type Field for filtering'' – Optional. Select from the drop-down the desired filtering data type. This might be used if your geophysical data table is organized such that all the geophysical observation values are stored in the same field, with a separate field representing the type of data being stored (such as gamma, resistivity, etc.). This way, you can filter out all of the data and only look at one particular data type. If your geophysical data is stored in a separate field for each data type, or your geophysical data table only contains one type of data, do not use this parameter. | *''Data Type Field for filtering'' – Optional. Select from the drop-down the desired filtering data type. This might be used if your geophysical data table is organized such that all the geophysical observation values are stored in the same field, with a separate field representing the type of data being stored (such as gamma, resistivity, etc.). This way, you can filter out all of the data and only look at one particular data type. If your geophysical data is stored in a separate field for each data type, or your geophysical data table only contains one type of data, do not use this parameter. | ||
*''Data Type value for filtering'' – Optional. Used only in conjunction with the "Data Type Field for filtering". This parameter specifies the geophysical data type to filter on | *''Data Type value for filtering'' – Optional. Used only in conjunction with the "Data Type Field for filtering". This parameter specifies the geophysical data type to filter on when more than one data type is stored in the data value field. | ||
;Plot | ;Plot Options | ||
*[[File:ArcGIS | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''FType'' – Enter value which will be written to the FType field of all the feature created by the tool (e.g., resistivity). | ||
*[[File:ArcGIS | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Width of Plot'' – Enter overall width in map units of the plot to create. | ||
*''Plot Position'' – Select from a drop-down the position to create the plot in relation to the well. The options are: | *''Plot Position'' – Select from a drop-down the position to create the plot in relation to the well. The options are: | ||
**Center | **Center | ||
| Line 26: | Line 29: | ||
**Top | **Top | ||
**Bottom | **Bottom | ||
*''Scale Vertical Offset'' – Enter the scale vertical offset to move the scale either up (+) or down (-) by the value (in map units) entered. If there is a vertical exaggeration applied to the cross section, it will also apply to the scale vertical offset. | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Scale Vertical Offset'' – Enter the scale vertical offset to move the scale either up (+) or down (-) by the value (in map units) entered. If there is a vertical exaggeration applied to the cross section, it will also apply to the scale vertical offset. Leaving this at "0" will result in no change. | ||
*[[File:ArcGIS | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Scale Label'' – Enter a text value that will be written into the ScaleLabel attribute of the scale bar features. | ||
*''Offset Factor'' – Enter the amount of distance (in map units) to offset the plot from its initial position defined by the "Plot Position" parameter. Leaving this at "0" will result in no change, positive numbers will move the plot to the right, and negative numbers will move the plot to the left. | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Offset Factor'' – Enter the amount of distance (in map units) to offset the plot from its initial position defined by the "Plot Position" parameter. Leaving this at "0" will result in no change, positive numbers will move the plot to the right, and negative numbers will move the plot to the left. | ||
*[[File:ArcGIS | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Maximum Scale Value'' – Enter maximum value of the scale. | ||
*[[File:ArcGIS | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Minimum Scale Value'' – Enter minimum value of the scale. | ||
*''Number of Major Ticks'' – Enter the number of major ticks to create. There must be at least two major ticks: one for each end of the scale. | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Number of Major Ticks'' – Enter the number of major ticks to create. There must be at least two major ticks: one for each end of the scale. | ||
*''Number of Minor Ticks Between Major Ticks'' – Enter the number of minor ticks to create between the major ticks. | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Number of Minor Ticks Between Major Ticks'' – Enter the number of minor ticks to create between the major ticks. | ||
*''Vertical Buffer for Background Polygon'' – Enter the vertical buffer | *[[File:ArcGIS Pro Red Required Symbol.png|8 px]] ''Vertical Buffer for Background Polygon'' – Enter the vertical buffer (in map units) by which to stretch the background polygon. If there is a vertical exaggeration applied to the cross section, it will also apply to the vertical buffer value. | ||
{{Navbox AHGW}} | {{Navbox AHGW}} | ||
[[Category:AHGW Subsurface Analyst]] | [[Category:AHGW Subsurface Analyst]] | ||
Latest revision as of 16:58, 14 April 2023
The Create XS2D Geophysical Plot Features tool is accessed by double-clicking on "
Create XS2D Geophysical Plot Features" under the "
XS2D Editor" toolset under the " Subsurface Analyst" toolset under the "
ArcHydroGroundwater.pyt" toolbox. This tool creates features representing geophysical data. The tool will create point, line, and polygon features together with a scale bar to represent the geophysical data for use in an XS2D data frame.
- 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 order of the fields in this tool might be different in ArcGIS.
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 SectionLine Features – Click the 
button to bring up the Input SectionLine Features dialog in order to specify the SectionLine features, which define the location of the vertical cross section data.- HydroID of Section Line defining the cross section – Enter the ID of the SectionLine feature being used by the tool.
- Input XS2D_Catalog Table – Click the button to bring up the Input XS2D_Catalog Table dialog in order to specify the XS2D_Catalog table, which manages data about the feature classes being used to represent cross section data. This table holds information about the geophysical data feature classes, and should be set up in advance with the Create XS2D Geophysical Plot Feature Classes tool.
- Input Well Features – Click the button to bring up the Input Well Features dialog in order to specify the Well features, which are used as reference points for the geophysical data to plot. It's possible to select specific wells to tell the tool to operate exclusively on them.
- Input Table containing geophysical data – Click the button to bring up the Input Table containing geophysical data dialog in order to specify the table containing the geophysical data. The table should include a WellID, which points back to the HydroID of the related Well feature, along with fields containing the depth and value for each geophysical data point.
- Geophysical Data WellID Field – Select from the drop-down the field in the geophysical data table that contains the ID of the well the data is related to. The WellID value points back to the HydroID attribute in the Well features.
- Geophysical Data Depth Field – Select from the drop-down the field in the Well features that specifies the depth values for the geophysical data table.
- Geophysical Data DataValue Field – Select from the drop-down the field containing the geophysical data values for the geophysical data table.
- Append Features to Feature Classes – Optional. Turn on to append new features to the feature class. Turn off to clear existing features in the geophysical plot feature classes with the same FType as the value entered for this tool prior to adding new features.
- Well Ground Elevation (if not Z enabled) – Optional (unless Well features are not Z enabled). Select from the drop-down the field in the Well features that specifies the well ground elevation.
- Data Type Field for filtering – Optional. Select from the drop-down the desired filtering data type. This might be used if your geophysical data table is organized such that all the geophysical observation values are stored in the same field, with a separate field representing the type of data being stored (such as gamma, resistivity, etc.). This way, you can filter out all of the data and only look at one particular data type. If your geophysical data is stored in a separate field for each data type, or your geophysical data table only contains one type of data, do not use this parameter.
- Data Type value for filtering – Optional. Used only in conjunction with the "Data Type Field for filtering". This parameter specifies the geophysical data type to filter on when more than one data type is stored in the data value field.
- Plot Options
- FType – Enter value which will be written to the FType field of all the feature created by the tool (e.g., resistivity).
- Width of Plot – Enter overall width in map units of the plot to create.
- Plot Position – Select from a drop-down the position to create the plot in relation to the well. The options are:
- Center
- Left
- Right
- Scale Location – Select from a drop-down the position to place the scale bar in relation to the plot. The options are:
- Top
- Bottom
- Scale Vertical Offset – Enter the scale vertical offset to move the scale either up (+) or down (-) by the value (in map units) entered. If there is a vertical exaggeration applied to the cross section, it will also apply to the scale vertical offset. Leaving this at "0" will result in no change.
- Scale Label – Enter a text value that will be written into the ScaleLabel attribute of the scale bar features.
- Offset Factor – Enter the amount of distance (in map units) to offset the plot from its initial position defined by the "Plot Position" parameter. Leaving this at "0" will result in no change, positive numbers will move the plot to the right, and negative numbers will move the plot to the left.
- Maximum Scale Value – Enter maximum value of the scale.
- Minimum Scale Value – Enter minimum value of the scale.
- Number of Major Ticks – Enter the number of major ticks to create. There must be at least two major ticks: one for each end of the scale.
- Number of Minor Ticks Between Major Ticks – Enter the number of minor ticks to create between the major ticks.
- Vertical Buffer for Background Polygon – Enter the vertical buffer (in map units) by which to stretch the background polygon. If there is a vertical exaggeration applied to the cross section, it will also apply to the vertical buffer value.
