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Import from a location table

Minimal import

To implement a survey list, you must at least prepare a csv or xlsx table with :

  • survey name ;
  • X and Y coordinates ;
  • the EPSG code of the Reference Coordinate System (RCS) of these X and Y coordinates.

The rest is optional.

To know

In reality you can even do without the contact details columns and just specify a list of names, and declare the contact details individually later, but then the point of the import is limited.

The only technical point at this stage is to be able to fill in the column specifying the SCR for each survey.
If your X and Y are longitudes and latitudes, then all you need to do in this column is enter "4326", which is the EPSG code for the WGS84 system.
Here's an example of a minimal table with coordinates in the "Lambert 93 / CC49" system, whose EPSG code is "3949":

loca_tuto-20240110150518367.webp

Finding the EPSG code of a system is easy via the Orbow survey creation window, or via epsg.io.

The SCR can be different for each line. Orbow recalculates the longitude and latitude of each sounding from the coordinates indicated.

Point of attention

The main problem when importing Excel files is the presence of empty lines / with formulas / with formatting, which can in some cases cause problems. In the event of a problem, check that the lines beyond the last data line are empty and without formulas.

Orbow-specific value lists

The LOCA table contains the standard AGS columns and additional Orbow-specific columns for specifying a number of general information points relating to these surveys.

Many of the columns taken from the AGS are not used operationally by Orbow, or are calculated / filled in automatically by the application itself. They have nevertheless been retained in the application and are visible for two reasons:

  • to ensure total compatibility with AGS in import and export: these columns can therefore receive data according to your needs and uses;
  • to be able to view the data for all data that may be present and imported from an AGS file.

Columns specific to Orbow are of the form loca_orb_xxxx.

The following table lists all columns and their contents.
For lists ("Enum"), the list of possible values and their meaning is specified in the following paragraph.

As this is a tutorial dedicated to importing tables, we have specified in the "To be used?" column which columns are useful for this type of import in Orbow (✔️) and which are not (⛔).

Column name Type To use ? Page Content
loca_id Text ✔️ Identity Survey name
loca_orb_gtype Enum Reference type: currently only LOCA_GTYPE_BOREHOLE is available and functional. This field is automatically filled if empty.
loca_type Text Survey type from AGS, different from Orbow loca_orb_type, but automatically filled with Orbow if the type exists in AGS
loca_stat Text AGS status, different from Orbow status
loca_nate Num National X coordinate, AGS field not used by Orbow
loca_natn Num National Y coordinate, field AGS not used by Orbow
loca_gref Text National datum, field AGS not used by Orbow
loca_gl Num TN level not used by Orbow. Head of the survey is loca_locz
loca_rem Text ✔️ Identity "Additional notes" field
loca_fdep Num ✔️ Identity Borehole depth (m)
loca_star Datetime ✔️ Realization Start date and time
loca_purp Text ✔️ Realization Survey purpose
loca_term Text ✔️ Realization Reason if abandoned
loca_endd Datetime ✔️ Realization End date and time
loca_lett Text British OSGB system not used by Orbow
loca_orb_crs Num ✔️ Identity EPSG code of the Reference Coordinate System (RCS) of the coordinates specified in loca_locx and loca_locy
loca_locx Num ✔️ Identity X coordinate (m)
loca_locy Num ✔️ Identity Y coordinate (m)
loca_locz Num ✔️ Identity Z coordinate (m)
loca_lref Text Full name of SCR automatically filled in by Orbow
loca_datm Text ✔️ Identity Leveling system (NGF for France)
loca_etrv Num National X coordinate at the end of the line, for a geophysical trace for example, not yet used by Orbow
loca_ntrv Num National Y coordinate for the end of a geophysical trace, for example, not yet used by Orbow
loca_ltrv Num TN coordinate at end of route for a geophysical trace, for example, not yet used by Orbow
loca_xtrl Num X local coordinate at the end of the trace for a geophysical trace, for example, not yet used by Orbow
loca_ytrl Num Local Y coordinate at the end of a geophysical trace, for example, not yet used by Orbow
loca_ztrl Num Local levelling at end of line for a geophysical trace, for example, not yet used by Orbow
loca_lat deg:min:sec Latitude automatically calculated by Orbow
loca_lon deg:min:sec Longitude automatically calculated by Orbow
loca_orb_lat Num Latitude in degrees automatically calculated by Orbow and used for map layout
loca_orb_lon Num Longitude in degrees automatically calculated by Orbow and used for map layout
loca_elat deg:min:sec Latitude of end of track for a trace
loca_elon deg:min:sec Plot end longitude for a trace
loca_llz Text Format projection system
loca_orb_locm Enum ✔️ Identity Survey type for layout
loca_locm Text Survey type for layout according to AGS automatically completed with Orbow
loca_orb_locaccuracy Num ✔️ Identity Survey accuracy (m)
loca_loca Text AGS field to specify a project area, not used by Orbow
loca_clst Text ✔️ Identity Phase
loca_orb_status Enum ✔️ Identity Survey status
loca_alid Text AGS field to specify an alignment identifier, not used by Orbow
loca_offs Num AGS field to specify an offset, not used by Orbow
loca_cnge Text AGS field to specify a chain, not used by Orbow
loca_tran Text AGS field to specify local grid calculation algorithm, not used by Orbow
file_fset Text Reference of files associated with the survey, not used by Orbow
loca_natd Text National levelling system, not used by Orbow
loca_orid Text Alternative borehole identifier, not used by Orbow
loca_orjo Text Order identifier, not used by Orbow
loca_orco Text Source company name, not used by Orbow
loca_orb_geco Text ✔️ Realization Company in charge of survey
loca_orb_exc Text ✔️ Realization Machine used
loca_orb_crew Text ✔️ Realization Name of main operator
loca_orb_aprv Text ✔️ Realization Name of main approver
loca_orb_remx Text ✔️ Realization Additional remarks related to execution
loca_orb_color Text ✔️ Identity Survey color on map, as hexadecimal code ("#000000" by default for black)

Possible values for lists and their correspondences

Survey type

The possible choices for loca_orb_type are as follows. This choice sets the icon displayed on the map.

Survey type Value to specify
Rotary core LOCA_ORB_TYPE_CORE
Drill hole LOCA_ORB_TYPE_DRIH
Pressuremeter test hole LOCA_ORB_TYPE_PMTH
Static cone penetrometer LOCA_ORB_TYPE_SCPC
Static piezocone penetrometer LOCA_ORB_TYPE_SCPU
Trial pit / trench LOCA_ORB_TYPE_TRPI
Hollow Stem Auger LOCA_ORB_TYPE_AUGH
Piezometer LOCA_ORB_TYPE_PIEZ
Core with SPT LOCA_ORB_TYPE_SPTC
Pumping well LOCA_ORB_TYPE_PUMP
Dynamic cone penetrometer LOCA_ORB_TYPE_DYCP
Heavy drill hole LOCA_ORB_TYPE_HEDH
Exploratory Hole LOCA_ORB_TYPE_EXPL
Undefined LOCA_ORB_TYPE_UNDEFINED
Vane shear test hole LOCA_ORB_TYPE_VSTH
Cross-hole test hole LOCA_ORB_TYPE_CHTH
Inclinometer LOCA_ORB_TYPE_INCL
Porchet test LOCA_ORB_TYPE_PORC
Experimental shaft LOCA_ORB_TYPE_EXPE
Pavement core LOCA_ORB_TYPE_PACO
Concrete core LOCA_ORB_TYPE_CONC

If you have a column in Excel with the type of the left-hand column indicated (or a diminutive) in column A, you can easily make the correspondence with the following formula:

=SWITCH(A2;
"Undefined";"LOCA_ORB_TYPE_UNDEFINED";
"Rotary core";"LOCA_ORB_TYPE_CORE";"SC";"LOCA_ORB_TYPE_CORE";
"Pressuremeter test hole";"LOCA_ORB_TYPE_PMTH";"SP";"LOCA_ORB_TYPE_PMTH";
"Drill hole";"LOCA_ORB_TYPE_DRIH";"SD";"LOCA_ORB_TYPE_DRIH";
"PZ";"LOCA_ORB_TYPE_PIEZ";"Piezometer";"LOCA_ORB_TYPE_PIEZ";
"ST";"LOCA_ORB_TYPE_AUGH";"Hollow Stem Auger";"LOCA_ORB_TYPE_AUGH";
"PP";"LOCA_ORB_TYPE_PUMP";"Pumping well";"LOCA_ORB_TYPE_PUMP";
"CPU";"LOCA_ORB_TYPE_SCPC";"Static cone penetrometer";
"LOCA_ORB_TYPE_SCPC";"Dynamic cone Penetrometer";"LOCA_ORB_TYPE_DYCP";"PD";"LOCA_ORB_TYPE_DYCP";
"Static piezocone penetrometer";"LOCA_ORB_TYPE_SCPU";"PC";"LOCA_ORB_TYPE_SCPU";
"PT";"LOCA_ORB_TYPE_SPTC";"Core with SPT";"LOCA_ORB_TYPE_SPTC";
"Heavy drill hole";"LOCA_ORB_TYPE_HEDH";"DL";"LOCA_ORB_TYPE_HEDH";
"Exploratory Hole";"LOCA_ORB_TYPE_EXPL";"FO";"LOCA_ORB_TYPE_EXPL";
"Vane shear test hole";"LOCA_ORB_TYPE_VSTH";"SCI";"LOCA_ORB_TYPE_VSTH";
"Cross-hole test hole";"LOCA_ORB_TYPE_CHTH";"CH";"LOCA_ORB_TYPE_CHTH";
"Inclinometer";"LOCA_ORB_TYPE_INCL";"INC";"LOCA_ORB_TYPE_INCL";
"Porchet test";"LOCA_ORB_TYPE_PORC";"POR";"LOCA_ORB_TYPE_PORC";
"Experimental shaft";"LOCA_ORB_TYPE_EXPE";"PX";"LOCA_ORB_TYPE_EXPE";
"Pavement core";"LOCA_ORB_TYPE_PACO";"CC";"LOCA_ORB_TYPE_PACO";
"Concrete core";"LOCA_ORB_TYPE_CONC";"CB";"LOCA_ORB_TYPE_CONC";)

Status

The possible choices for loca_orb_status are as follows.

Status Value to specify
Archive LOCA_ORB_ST_ARCHIVE
Proposed LOCA_ORB_ST_PROPOSED
Scheduled LOCA_ORB_ST_SCHEDULED
In progress LOCA_ORB_ST_INPROGRESS
Completed LOCA_ORB_ST_COMP
Deleted LOCA_ORB_ST_DEL

Example of Excel formula:

=SWITCH(A2;
"Archive";"LOCA_ORB_ST_ARCHIVE";
"Proposed";"LOCA_ORB_ST_PROPOSED";
"Scheduled";"LOCA_ORB_ST_SCHEDULED";
"In progress"; "LOCA_ORB_ST_INPROGRESS";
"Completed";"LOCA_ORB_ST_COMP";
"Deleted";"LOCA_ORB_ST_DEL";)

Statement type

The possible choices for ***loca_orb_locm are as follows.

Type Value to specify
GPS LOCA_ORB_LOCM_GPS
Approximate LOCA_ORB_LOCM_APPROX
Surveyor LOCA_ORB_LOCM_SURV

Example of Excel formula:

=SWITCH(A2;
"GPS";"LOCA_ORB_LOCM_GPS";
"Approximate";"LOCA_ORB_LOCM_APPROX";
"Surveyor";"LOCA_ORB_LOCM_SURV";)