GMS:Borehole Commands: Difference between revisions
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When the Borehole module is active the ''Borehole'' menu become active. The menu has the following commands: | When the Borehole module is active the ''Borehole'' menu become active. The menu has the following commands: | ||
; [[GMS:Creating_and_Editing_Boreholes|New Borehole]] : Creates a new Borehole. | |||
; [[GMS:Creating_and_Editing_Boreholes|Borehole Editor...]] : Opens the ''Borehole Editor''. | |||
; [[GMS:Borehole_Cross_Sections|Cross Section Editor...]] : Brings up the ''Cross Section Editor'' dialog where one or multiple 2D cross sections between boreholes are filled. | |||
; Lock All Boreholes : Turns off the ability to change the position (drag) of created boreholes. | |||
; [[GMS:Creating_and_Editing_Boreholes#Auto_Select|Auto Select Contacts/Segments...]] : When one contact or segment is selected, automatically selects matching contacts or segments on other boreholes. | |||
; [[GMS:Borehole_Cross_Sections#Automatic_creation|Auto-Create Blank Cross Sections...]] : Automatically connects boreholes with blank borehole cross sections. | |||
; [[GMS:Horizons#Automatic_Assignment|Auto-Assign Horizons...]] : Automatically assigns horizon IDs to borehole contacts based on material ordering and adjacent boreholes. | |||
; [[GMS:Borehole_Cross_Sections#Automatic_editing|Auto-Fill Blank Cross Sections...]] : Automatically fills all blank cross sections by connecting the contacts on one borehole to those on the other. | |||
; [[GMS:Horizons_to_Solids|Horizons → Solids...]] : Opens the [[GMS:Horizons Wizard|''Horizons to Solids'']] wizard which can be used to create [[GMS:Solid_Module|solids]] from a combination of boreholes, TINs and conceptual models. | |||
; [[GMS:Horizons_to_3D_Mesh|Horizons → 3D Mesh...]] : Opens the [[GMS:Horizons Wizard|''Horizons to Mesh'']] wizard which can be used to create a [[GMS: 3D_Mesh_Module |3D mesh]] from a combination of boreholes, TINs and conceptual models. | |||
; Horizons → UGrid : Opens the [[GMS:Horizons Wizard|''Horizons to UGrid'']] wizard which can be used to create a [[GMS:UGrid Module |UGrid]] from a combination of boreholes, TINs and conceptual models. | |||
<!--; Zoom To Extents : Frames the Graphics Window around the selected objects.--> | |||
; ''Advanced >'' : | |||
<blockquote style="margin-top:0px; margin-bottom:0px;"> | |||
; [[GMS:Borehole_Hydrogeologic_Units#Soils_->_HGUs, HGUs_->_Soils|HGUs → Soils]] : Copies the [[GMS:Borehole_Hydrogeologic_Units|HGU]] material IDs to the soil IDs, overwriting the existing soil IDs. | |||
; [[GMS:Borehole_Hydrogeologic_Units#Soils_->_HGUs, HGUs_->_Soils|Soils → HGUs]] : Copies the soil material IDs to the [[GMS:Borehole_Hydrogeologic_Units|HGU]] IDs, overwriting the existing HGU IDs. | |||
; [[GMS:Borehole_Cross_Sections#Automatic_creation|Snap Cross Sections to TIN...]] : Opens a dialog that allows snapping the top and/or bottom arcs of the cross sections to TINs. | |||
; Snap Boreholes to TIN... : Opens a dialog that allows selecting a TIN. The selected boreholes (or all, if none are selected) are moved up or down in the Z direction such that their tops just touch the TIN surface. Multiple TINs can be selected. If a borehole can be snapped to more than one TIN, it will be snapped to whichever TIN is last. | |||
; [[GMS:Converting_Borehole_Data|Add Contacts to TIN]] : Inserts a new vertex into the active TIN at the location of every selected borehole contact. | |||
; Bounding 3D Grid... : Opens the [[GMS:Creating and Editing 3D Grids|''Create Finite Difference Grid'']] dialog with dimensions defaulted such that the new grid will surround all existing boreholes. | |||
; [[GMS:Converting_Borehole_Data|Contacts → TIN]] : Creates a new TIN with vertices at the locations of the selected contacts. | |||
; [[GMS:Converting_Borehole_Data|Contacts → 2D Scatter Points...]] : Creates a new 2D scatter point set with vertices at the locations of the selected contacts. | |||
; [[GMS:Converting_Borehole_Data|Watertable → 2D Scatter Points...]] : Creates a new 2D scatter point set with vertices at the locations of the water table specified on each borehole. | |||
; [[GMS:Converting_Borehole_Data|Sample Data → 3D Scatter Points...]] : Brings up the ''Sample Data → Scatter Points'' dialog that is used to create a 3D scatter point set from sample data. | |||
; Sample Data → Stratigraphy : Opens the ''Sample Data → Stratigraphy'' dialog that allows defining stratigraphy (borehole contacts) based on the sample data. | |||
; [[GMS:Horizons_to_HUF|Horizons → HUF]] : Opens the ''Horizons → HUF'' wizard to create [[GMS:HUF_Package|MODFLOW HUF]] data from TINs and boreholes. TINs or boreholes with horizon data defined are required, along with a MODFLOW simulation which uses the HUF package. | |||
</blockquote> | |||
==Related Topics== | ==Related Topics== | ||
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{{Navbox GMS}} | {{Navbox GMS}} | ||
[[Category:Boreholes]] | [[Category:Boreholes|Com]] | ||
[[Category:Menus]] | [[Category:GMS Menus]] | ||
Latest revision as of 18:52, 29 March 2022
When the Borehole module is active the Borehole menu become active. The menu has the following commands:
- New Borehole
- Creates a new Borehole.
- Borehole Editor...
- Opens the Borehole Editor.
- Cross Section Editor...
- Brings up the Cross Section Editor dialog where one or multiple 2D cross sections between boreholes are filled.
- Lock All Boreholes
- Turns off the ability to change the position (drag) of created boreholes.
- Auto Select Contacts/Segments...
- When one contact or segment is selected, automatically selects matching contacts or segments on other boreholes.
- Auto-Create Blank Cross Sections...
- Automatically connects boreholes with blank borehole cross sections.
- Auto-Assign Horizons...
- Automatically assigns horizon IDs to borehole contacts based on material ordering and adjacent boreholes.
- Auto-Fill Blank Cross Sections...
- Automatically fills all blank cross sections by connecting the contacts on one borehole to those on the other.
- Horizons → Solids...
- Opens the Horizons to Solids wizard which can be used to create solids from a combination of boreholes, TINs and conceptual models.
- Horizons → 3D Mesh...
- Opens the Horizons to Mesh wizard which can be used to create a 3D mesh from a combination of boreholes, TINs and conceptual models.
- Horizons → UGrid
- Opens the Horizons to UGrid wizard which can be used to create a UGrid from a combination of boreholes, TINs and conceptual models.
- Advanced >
- HGUs → Soils
- Copies the HGU material IDs to the soil IDs, overwriting the existing soil IDs.
- Soils → HGUs
- Copies the soil material IDs to the HGU IDs, overwriting the existing HGU IDs.
- Snap Cross Sections to TIN...
- Opens a dialog that allows snapping the top and/or bottom arcs of the cross sections to TINs.
- Snap Boreholes to TIN...
- Opens a dialog that allows selecting a TIN. The selected boreholes (or all, if none are selected) are moved up or down in the Z direction such that their tops just touch the TIN surface. Multiple TINs can be selected. If a borehole can be snapped to more than one TIN, it will be snapped to whichever TIN is last.
- Add Contacts to TIN
- Inserts a new vertex into the active TIN at the location of every selected borehole contact.
- Bounding 3D Grid...
- Opens the Create Finite Difference Grid dialog with dimensions defaulted such that the new grid will surround all existing boreholes.
- Contacts → TIN
- Creates a new TIN with vertices at the locations of the selected contacts.
- Contacts → 2D Scatter Points...
- Creates a new 2D scatter point set with vertices at the locations of the selected contacts.
- Watertable → 2D Scatter Points...
- Creates a new 2D scatter point set with vertices at the locations of the water table specified on each borehole.
- Sample Data → 3D Scatter Points...
- Brings up the Sample Data → Scatter Points dialog that is used to create a 3D scatter point set from sample data.
- Sample Data → Stratigraphy
- Opens the Sample Data → Stratigraphy dialog that allows defining stratigraphy (borehole contacts) based on the sample data.
- Horizons → HUF
- Opens the Horizons → HUF wizard to create MODFLOW HUF data from TINs and boreholes. TINs or boreholes with horizon data defined are required, along with a MODFLOW simulation which uses the HUF package.
Related Topics
GMS – Groundwater Modeling System | ||
|---|---|---|
| Modules: | 2D Grid • 2D Mesh • 2D Scatter Point • 3D Grid • 3D Mesh • 3D Scatter Point • Boreholes • GIS • Map • Solid • TINs • UGrids |  |
| Models: | FEFLOW • FEMWATER • HydroGeoSphere • MODAEM • MODFLOW • MODPATH • mod-PATH3DU • MT3DMS • MT3D-USGS • PEST • PHT3D • RT3D • SEAM3D • SEAWAT • SEEP2D • T-PROGS • ZONEBUDGET | |
| Aquaveo | ||
