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FieldGenius 2008 is a free upgrade for all FieldGenius 2007 customers.
Sokkia GSR2700 ISX – Added support for the Novatel
OEM V board, and a new driver is available for the newer Sokkia GPS receivers.
Reciprocal Traversing – Added support for reciprocal
traversing. This will now allow you to average the elevation of your setup
based on the foresight and backsight observations to the point you’re currently
setup on. Only traverse stations (TR Shots) can be used for reciprocal
calculations.
On the Orientation Results screen, there is a new check box
that can be turned on to average the elevation of your current setup.
Note: By default this feature is not enabled. You must
enable it in the Program Settings screen.

GPS Tolerance – When tolerances are changed by the
user, a record will be saved to the raw file indicating the new tolerance
settings when a point is saved. Example, in the raw file you will see a note
similar to the following:
--GPS Tolerance:
Sol=2,Elev=10,PDOP=4,SVs=6,RefID=0,HRMS=0.030,VRMS=0.050,Obs=3,Time=3
New Keypad – All versions of FieldGenius now have a
new Key Pad. The new keypad has larger keys for easier data entry.
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New options are available in the Program settings that
allow you to:
1) You can
define what event triggers the key pad. Settings can be either None, Single
Click or Double Click.
2) You can
also define the key pad that FieldGenius uses, such as the default Windows
key pad, or the new MicroSurvey version.
3) The key
pad will be used primarily with non keyboard devices. However, if you want
to, the new key pad can be used on devices with a keyboard such as the
Tracker or Allegro. |
Inverse – Small improvements to the inverse toolbar
interface.
Point Chooser – Improved the point chooser toolbar so
it now displays the coordinates of the point you selected on screen. You can
also now control the behavior of the toolbar and set it to automatically close
or stay open after a point is selected.

Occupy Point – Improved the interface on the
Orientation Setup screen.

Occupy Point – Added target height field to the
Orientation Setup screen.
Occupy Point – Removed extra screen between accepting
setup information and map screen.
Occupy Point – Improved the interface on the
Orientation Results screen.

Occupy Point – Removed the check box for “Store
Backsight” point. Instead, when you decide to Accept the orientation, and if
no backsight point was defined, you will be asked if you want to store a new
point for the backsight.
Multi-Set – Made improvements to the startup. If an
existing setup is found, you will be asked to “Apply the current orientation
observation to the Multi-Set data set?”.
Multi-Set – Made improvements to the interface.
Added an ADD button which will allow you to add points to the list, plus
added a Next button that will help you find the next available point.
Multi-Set – Added the ability to reciprocate the
backsight observations if the point you are currently setup on is a traverse
station (TR shot).
Multi-Sets – You will now see the standard deviations
written to the MultiSet header note.
--MultiSet (StdDev HA:0°00'00" VA:0°00'00"
SD:0.000m)
OC,OP1,N -0.3403,E -0.1262,EL0.0000,--
BK,OP1,BP2,BS0.00000,BC0.00000
BR,OP1,BP2,AR0.00000,ZE90.00000,SD100.0000
RB,OP1,BP2,AR0.00000,ZE90.00000,SD100.0000,HR1.685,--
RF,OP1,FP3,AR45.00000,ZE90.00000,SD100.0000,HR1.685,--
SS,OP1,FP3,AR45.00000,ZE90.00000,SD100.0000,--
Multi-Sets – If the tolerance is exceeded, we will
now write this to the raw file. You will now see the standard deviations, plus
a “Tolerance Exceeded” note.
--MultiSet
(StdDev HA:0°00'28" VA:0°00'00" SD:0.110m Tolerance Exceeded)
OC,OP1,N
-0.3403,E -0.1262,EL0.0000,--
BK,OP1,BP2,BS0.00000,BC0.00000
BR,OP1,BP2,AR0.00000,ZE90.00000,SD100.0000
RB,OP1,BP2,AR0.00000,ZE90.00000,SD100.0000,HR1.685,--
RF,OP1,FP4,AR90.00000,ZE90.00000,SD100.0000,HR1.685,--
RF,OP1,FP4,AR270.00550,ZE270.00000,SD100.2200,HR1.685,--
SS,OP1,FP4,AR90.00275,ZE90.00000,SD100.1100,--
Backsight Reference - Improved backsight reference
line in map view. If you establish an angles only backsight shot, the
reference line will now appear.
Scale Bar and North Arrow – Improved these so they
are more consistent and refresh correctly.
Trimble Antennas – Micro-Centered and Compact
antennas added.
GPS AH Raw Record – This has been updated to the MA
(Measured Height) is recorded as well as the RA (Reduced Height) record.
SRX Robot – Driver updated so the search is started
faster and is more responsive.
SRX Robot – Driver updated so the IR Measurements are
now much faster and responsive. Note that if you have cursor tracking on,
and the EDM mode set to a IR Fine, it will be slower compared to having the
cursor tracking off.
Leica 1200 – Driver updated so the search is started
faster and is more responsive.
Leica 700 – Added support for the newer “Power”
models in the Leica 700 series.
Measurement Errors – This has been updated so that
when a measurement error is triggered we display a dialog message.
Previous version turned the Information button red and displayed the error in
the Information toolbar.
Tool Tips – These are now disabled when the “Enable
Tip of the Day” is turned off.
Calculator – Improved the load time of the
calculator.
Edit Fields – All edit fields in FieldGenius are now
key pad ready meaning that you can define in the program settings what should
happen when you click an edit field. By default all edit fields will open the
new key pad, and if you want to access the calculator you simply press the new
calculator button on the key pad screen.
GPS Bluetooth Connection (BASE) – When a user
connected to a base using the Bluetooth connection on a Tracker, upon
disconnection the base would stop transmitting corrections.
With the latest version, after programming the base, when
you use the Disconnect command from the GPS Task menu, a new option is
available on the disconnect screen:

The default is “Continue transmitting corrections”. Press
Yes to disconnect from the base.
Add DXF File (Pocket PC build) - With “Enable Full
Screen” turned on, after you Add a DXF file through the map data layers screen,
you would get stuck in the Layer Manager screen with no buttons to get out of
it.
LandXML Surfaces – Some names such as “Rev.PondB-C
Area Propd JC ctrs7-18-07” would cause FieldGenius to crash when the surface
was displayed.
EDM Modes – When connecting from the “Model and
Communication” screen, not all EDM modes would show up for the current instrument connected
to FieldGenius.
Pocket PC Build – Fixed a problem that would occur on
certain hardware platforms running the PPC version of FieldGenius, where the
following error would occur, “Unable to create project directory”.
Max EDM Distance – In some situations this would
change to 1312’ and we added a fix in the 3.1.2 build. However, we found another
way that this could get reset to 1312’ and we’ve included another fix in this
release.
Stake Settings – The stake settings were not being
saved to the msurvey.ini file.
EDM Modes – Switching the EDM mode would turn off the
“auto-center” feature.
Auto Center – The stakeout routine will now use this
feature if it is enabled.
Zoom Extents – The zoom extents will now get
re-calculated when you unload a DXF file.
Scale Bar – The scale bar would not always get
refreshed correctly after a zoom extents.
RTS – When using this command the linework wasn’t
always re-drawn requiring the user to exit the project and open it again to see
the refreshed linework.
Import Raw – When creating a new project from an
existing TDS RW5 file, FieldGenius would crash when processing GPS records.
Pocket PC – Fixed the SIP problem when entering a
description via the AutoMap screen. The SIP will now appear when the
field has focus.
Point ID – When changing the next point id on the
main interface, if you press enter it will no longer trigger a shot.
Robot TRK – Fixed the problem that would cause the
“Auto Search For Prism” to stop working if the instrument was in a TRK EDM
mode.
Robot Shoot Backsight – Fixed an issue when setting
the backsight plate reading if the “Auto Search for Prism” was enabled.
Distance Recall – If a scale is specified in the
units screen, recalled distances will be scaled by the inverse of the scale
factor defined. |