Export Commands

The following commands relate to the export of the final solution and are applicable to all projects.

Command	-expprofile# [input]
Example	-expprofile1 Geographic
Description	Specifies the profile to be used when writing the formatted solution to disk.
Input	Name of the Export Wizard profile to be used.
Notes	You can use one of the software's built-in profiles or customize one through the interface. The # designator must be 1...8 to uniquely identify the export.
Required?	No. But if the -expprofile# is used, then this command is required.

Command	-expfile# [input]
Example	-expfile1 "C:\My Data\final_solution.txt"
Description	Specifies the name given to the output file.
Input	Full file path and name of the output file to be created during the export process.
Notes	Only applicable if the -expprofile command is used. If the file already exists, it will be over-written. The # designator must be 1...8 to uniquely identify the export.
Required?	No. But if the -expprofile# is used, then this command is required.

Command	-expsrc# [input]
Example	-expsrc1 epochs
Description	Specifies the source to be used when generating the output file.
Input	epochs to output the trajectory at a fixed time interval. features to output data only for the loaded camera events/features. static to output data only for the static sessions.
Notes	Only applicable if the -expprofile command is used. In order to use the features option, there must be valid features/events loaded. The static option will not output solutions for any kinematic epochs. The # designator must be 1...8 to uniquely identify the export.
Required?	No. If the -expprofile command is used but the output source is not specified, the utility will output in epochs mode.

Command	-expla# [X] [Y] [Z]
Example	-expla1 -0.145 0.986 0.883
Description	Specifies the lever arm to be applied during export.
Input	The X/Y/Z spatial offsets, in meters, from the IMU to the point of interest.
Notes	Only applicable if the -expprofile command is used. Only applicable for inertial processing. The offsets must be referenced in the X-right, Y-forward, Z-up frame. The IMU’s center of navigation is the origin of the frame. The # designator must be 1...8 to uniquely identify the export.
Required?	No. If not specified, the output file will be generated with respect to the IMU.

Command	-exputmzone# [input]
Example	-exputmzone1 11
Description	Specifies the UTM zone number to be applied during export.
Input	0 to have the software automatically determine the zone number. 1…60 to force the UTM zone number to a specific value.
Notes	Only applicable if the -expprofile command is used. Only applicable if the export profile contains UTM grid output variables. The # designator must be 1...8 to uniquely identify the export.
Required?	No. If not specified, the software will use whichever UTM zone number was most recently used with the export profile.

Command	-expkml [on/off]
Example	-expkml on
Description	Enables the export of the KML file after processing
Input	on to enable off to disable (off is the default)
Notes	Available in all processing modes
Required?	No

Command	-expqc [on/off]
Example	-expqc on
Description	Enables the export of the QC Report after processing.
Input	on to enable off to disable (off is the default)
Notes	Available in all processing modes. The report will be generated using the same name and location as the project file. The report will be generated based on the combined and smoothed (for inertial projects) solution.
Required?	No. If not specified, no report will be generated.

Command	-exprot# [Rx] [Ry] [Rz]
Example	-exprot1 90 0 180
Description	Specifies a body-to-user frame rotation to be applied during export.
Input	The rotations, in degrees, to rotate from the body frame to the user-defined frame.
Notes	Only applicable if the -expprofile command is used. Only applicable for inertial processing. Rotation order is about Z, then about X, then about Y. The # designator must be 1...8 to uniquely identify the export.
Required?	No. If not specified, no rotations will be applied.

Command	-expsbet [on/off]
Example	-expsbet on
Description	Enables the export of the SBET file after processing
Input	on to enable off to disable (off is the default)
Notes	Only applicable for inertial processing
Required?	Required to enable all other export “-expsbet…” commands

Command	-expsbetkernel [input]
Example	-expsbetkernel text_to_append
Description	Appends text to the SBET output file name
Input	Desired text to append
Notes	Only applicable if the -expsbet command is used Results in the exported file: SBET_<kernel_text>.OUT
Required?	No

Command	-expsbetsmrmsg [on/off]
Example	-expsbetsmrmsg on
Description	Enables the export of the SMRMSG in addition to the SBET
Input	on to enable off to disable (off is the default)
Notes	Only applicable if the -expsbet command is used
Required?	No

Command	-expsbetsmrmsgposscale [input]
Example	-expsbetsmrmsgposscale 2.0
Description	Scale the position standard deviations in the SMRMSG file
Input	Must be a positive floating-point number (1.0 is the default)
Notes	Only applicable if the -expsbet command is used
Required?	No

Command	-expsbetsmrmsgattscale [input]
Example	-expsbetsmrmsgattscale 2.0
Description	Scale the attitude standard deviations in the SMRMSG file
Input	Must be a positive floating-point number (1.0 is the default)
Notes	Only applicable if the -expsbet command is used
Required?	No

Command	-expsbetimuframe [on/off]
Example	-expsbetimuframe on
Description	Output the SBET attitude with respect to the IMU frame rather than the default X-forward, Y-right, Z-down frame
Input	on to enable off to disable (off is the default)
Notes	Only applicable if the -expsbet command is used Cannot be used in conjunction with the -expsbetcustomframe command or else processing will halt
Required?	No

Command	-expsbetcustomframe [X] [Y] [Z]
Example	-expsbetcustomframe 0 0 180
Description	Define the desired output frame of the SBET attitude
Input	The rotations about the XYZ axis to apply to get to the desired custom output frame
Notes	Only applicable if the -expsbet command is used Rotation order is first about Z, then about X, then about Y. The starting frame is the Inertial Explorer body frame of X-right, Y-forward, Z-up Cannot be used in conjunction with the -expsbetimuframe command or else processing will halt
Required?	No

Command	-expsbetutctime [on/off]
Example	-expsbetutctime on
Description	Output UTC time in the SBET file rather than GPS time
Input	on to enable off to disable (off is the default)
Notes	Only applicable if the -expsbet command is used
Required?	No

Command	-expriegl [on/off]
Example	-expriegl on
Description	Enables the export of the RIEGL file after processing
Input	on to enable off to disable (off is the default)
Notes	Only applicable for inertial processing
Required?	Required to enable all other export “-expriegl…” commands

Command	-exprieglgeodeticsystem [input]
Example	-exprieglgeodeticsystem WGS84
Description	Sets the geodetic system string in the RIEGL header. The string will be truncated at 32 characters.
Input	The desired geodetic system string (empty by default)
Notes	Only applicable if the -expriegl command is used
Required?	No

Command	-exprieglprojectname [input]
Example	-exprieglprojectname “My project name”
Description	Sets the project name string in the RIEGL header. The string will be truncated at 32 characters.
Input	The desired project name string (empty by default)
Notes	Only applicable if the -expriegl command is used
Required?	No

Command	-exprieglcompanyname [input]
Example	-exprieglcompanyname “My company name”
Description	Sets the company name string in the RIEGL header. The string will be truncated at 32 characters.
Input	The desired company name string (empty by default)
Notes	Only applicable if the -expriegl command is used
Required?	No

Command	-expriegltimezone [input]
Example	-expriegltimezone “GMT-6”
Description	Sets the time zone string in the RIEGL header. The string will be truncated at 16 characters.
Input	The desired time zone string (empty by default)
Notes	Only applicable if the -expriegl command is used
Required?	No

Command	-expriegllocation [input]
Example	-expriegllocation “Canada”
Description	Sets the location string in the RIEGL header. The string will be truncated at 32 characters.
Input	The desired location string (empty by default)
Notes	Only applicable if the -expriegl command is used
Required?	No

Command	-exprieglnavigationdevice [input]
Example	-exprieglnavigationdevice “IMU”
Description	Sets the navigation device string in the RIEGL header. The string will be truncated at 32 characters.
Input	The desired navigation device string (empty by default)
Notes	Only applicable if the -expriegl command is used
Required?	No

Command	-exprieglposscale [input]
Example	-exprieglposscale 2.0
Description	Scale the position standard deviations in the RIEGL file
Input	Must be a positive floating-point number (1.0 is the default)
Notes	Only applicable if the -expriegl command is used
Required?	No

Command	-exprieglattscale [input]
Example	-exprieglattscale 2.0
Description	Scale the attitude standard deviations in the RIEGL file
Input	Must be a positive floating-point number (1.0 is the default)
Notes	Only applicable if the -expriegl command is used
Required?	No

Command	-expintervaltime# [input]
Example	-expintervaltime1 0.5
Description	Specifies the time interval to use for export.
Input	Time interval, in seconds
Notes	Only applicable if the -expprofile command is used. Only applicable if -expintervaltype has been used to set the interval type to "time". Only applicable for inertial processing. The # designator must be 1...8 to uniquely identify the export.
Required?	No. If -expintervaltype has been used to set the interval type to "time", then the export will be generated with 1 second spacing. Otherwise, the settings within the export profile (*.PRF) will be used instead.

Command	-expintervaldist# [input]
Example	-expintervaldist1 25.0
Description	Specifies the distance interval to use for export.
Input	Distance interval, in meters
Notes	Only applicable if the -expprofile command is used. Only applicable if -expintervaltype has been used to set the interval type to "distance". Only applicable for inertial processing. The # designator must be 1...8 to uniquely identify the export.
Required?	No. If -expintervaltype has been used to set the interval type to "distance", then the export will be generated with 1 meter spacing. Otherwise, the settings within the export profile (*.PRF) will be used instead.

Command	-expintervaltype# [input]
Example	-expintervaltype1 time
Description	Specifies the interval type to use for export.
Input	time to use time-based export distance to use distance-based export
Notes	Only applicable if the -expprofile command is used. Only applicable for inertial processing. The # designator must be 1...8 to uniquely identify the export.
Required?	No. If not used, then the settings within the export profile (*.PRF) will be used instead.

© Copyright 2016 – 2025 Hexagon AB and/or its subsidiaries and affiliates.

Email questions to support.novatel@hexagon.com

Waypoint User Documentation

D100515 v5

October 2025