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Plot

The function Plot lets you look at the points you have in your coordinate file.
These can be points you collected using the Collect function or the Accept
button in Navigate.  They can also be points imported from another Carlson
Software product.

There are two choices of how to see the points.  The first is List Points.  Tell it
what range of points you want to see, and HydroStar will show you the Point
Number, Northing, Easting, Elevation and Description for each point.  The other option is to Plot
Points
.  This will bring up a plan view similar to Navigate.  At the bottom of the screen is a button
labeled “Plot”.  Click this button and tell HydroStar what range of points you want and these points will
be plotted on screen.

Collect

This function is used to gather points as part of a survey.  It reads the position
of the GPS antenna or depth sounder and stores it as a data point in the coordinate
file.  You can enter a description for the point.  The description is also stored in
the coordinate file.  The points stored are also displayed as “X”s on top of the
plan view drawing.

If you are using a depth sounder, the elevation of the point stored will be
calculated by subtracting the depth reported by the sounder from the GPS elevation.  The Rod Height
setting in General Options should show the height difference between the GPS1 antenna and the zero
point for the depth sounder.  The rod height will also be subtracted from the elevation.  If you are in
Stake to Pile mode, the program calculates the horizontal position of the point in the same way it does
for the pile in Navigate.  Therefore you should set the two numbers that determine the pile driver
location (Angle and Distance under Navigation Options) so they refer to the location of the depth
sounder instead.  If this is too much trouble and you want to store points while pile driving, you should
place the depth sounder as close as possible to the pile driver.  The points will reflect the horizontal
position of the pile, but the bottom elevation at the depth sounder location.

There are three ways to collect data: manually, automatic by distance and automatic by time.  If you
select manual mode, you will have a button to push each time you want to store your currently occupied
point.

Automatic by distance mode will prompt you for what distance to use.  If you input 20, HydroStar will
store a point each time the GPS antenna has moved twenty feet.  Automatic by time lets you input the
time interval (in seconds) you want between readings.  Either of these modes can be used to plot the
route the barge travels.

Summary of Contents for HydroStar

Page 1: ...HydroStar Manual Version 2 0 December 6 1999 Carlson Software 102 West Second Street Suite 200 Maysville KY 41056 606 564 5028 617 254 5429...

Page 2: ...Software assumes no responsibility to anyone for any special consequential collateral or incidental damages in connection with or arising from the use of this software I agree Carlson Software can ma...

Page 3: ...to the two GPS receivers mounted on the barge The two receivers on the barge are attached by serial cable to the computer running HydroStar HydroStar uses the centimeter accurate positions from the tw...

Page 4: ...tical points on the barge the two GPS antennas and the pile driver or depth sounder The barge must be drawn correctly in order to appear correctly in HydroStar The barge should be drawn so that GPS An...

Page 5: ...rees to radians multiply by 0 017453 The second measurement is the distance from GPS1 to the center of the pile placed by the pile driver This measurement should be in the same units your project is i...

Page 6: ...le All points are stored in the coordinate file Click on this button to change the current file or create a new one The coordinate file is stored in the Data directory RMS Tolerance RMS is a measureme...

Page 7: ...o Load Last Alignment With this set to Yes HydroStar will always use the last alignment points This saves you the trouble of re aligning every day but your base must be set up the same each time See t...

Page 8: ...y response from the receiver will be displayed Please refer to the GPS receiver docu mentation for descriptions of these additional receiver commands Simulation Mode To run HydroStar without being hoo...

Page 9: ...int alignment is useful for data collection on a new site In this case you can set the GPS base receiver up anywhere convenient Then position the rover GPS 1 over the first point and runAlign Local Co...

Page 10: ...Northing Easting Elev HRes VRes HV 5000 00 5000 00 993 50 0 0 0 0 YY 5324 52 4739 43 970 23 0 0 0 0 YY 1 Add 2 Del 3 View 4 On 5 Load X eXit LAT LON Elev HRMS VRMS HV 41 153943 83 031243 992 87 0 03...

Page 11: ...ELEV These are the local coordinates if a local alignment is defined Otherwise these are the state plane coordinates The Solution Status is one of the following Too Few Satellites The GPS receiver is...

Page 12: ...oad Actual Grid File This can be left with nothing selected Load Plan View File This is the drawing showing the plan view of the site It is used only as a visual aid for you HydroStar does not take an...

Page 13: ...g Easting and Elevation when prompted If the point you want already exists in your coordinate file pick By Point Number and enter the point number of this point To do By Station and Offset you must ha...

Page 14: ...ns and is calculating an accurate position If the status is FLOAT the reciever is picking up some information from the base but is not fully sure of its true position If the status is AUTONOMOUS the r...

Page 15: ...HydroStar to PCMCIA Card The routines apply to computers that have a PCMCIA drive The drive letter for the PCMCIA drive on the computer should be specified under the Options menu The program will dis...

Page 16: ...e depth reported by the sounder from the GPS elevation The Rod Height setting in General Options should show the height difference between the GPS1 antenna and the zero point for the depth sounder The...

Page 17: ...ht Gray 15 White Plan View Example POLYLINE 15 47639 82 74540 11 0 00 47670 49 74565 79 0 00 47701 08 74591 49 0 00 49375 61 76358 47 0 00 50066 86 76846 75 0 00 POLYLINE 15 47633 24 74547 97 0 00 476...

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