Planning Your Survey Control Network

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  • čas přidán 26. 07. 2024
  • In this video we look at how you can make use of STAR*NET's Preanalysis tool to plan your survey control networks to give yourself a very good idea that you will hit the accuracy specification you're after.
    STAR*NET KML Converter:
    support.microsurvey.com/conve...
    STAR*NET Free Trial link:
    www.microsurvey.com/products/...
    00:00 - Intro
    02:47 - Pros & Cons
    04:15 - What is Preanalysis?
    05:59 - How it works
    08:16 - Preanalysis in action
    17:46 - Final Thoughts

Komentáře • 17

  • @jamesdouglas314
    @jamesdouglas314 Před 6 měsíci +4

    Hallelujah - at last somebody else banging the drum for pre-analysis! Great video.

  • @azrls43185
    @azrls43185 Před 2 měsíci +1

    Great information ! Thanks.

  • @RobPearlman
    @RobPearlman Před 6 měsíci +7

    Great videos!

  • @MCWLLC
    @MCWLLC Před 6 měsíci +2

    I have Micro Survey CAD for about 3 months and LOVE it!

  • @chipbowers247
    @chipbowers247 Před 6 měsíci +4

    Impressive procedure and video! I use the mini prism whenever possible when staking but will now consider it for control, however, I do prefer to traverse through control points.
    Your point about geometry on this type of work is critical as replacing control during construction is a guarantee.
    I can see a starnet upgrade would be beneficial.

    • @The3rdDimensionSurveying
      @The3rdDimensionSurveying  Před 6 měsíci +1

      The only thing I don't like about using a normal mini for control is having to hold it there while I run rounds. But if you have a mini bipod setup then you have the best of both worlds. They can be found relatively inexpensive as well and fit with your glass of choice. Much more portable than a typical backsight as well.
      Yea starnet is free to try, can't really go wrong with that.

  • @cl9900
    @cl9900 Před 6 měsíci +1

    WE NEED THIS TO THE MILLIMETER! -most clients 😁

    • @The3rdDimensionSurveying
      @The3rdDimensionSurveying  Před 6 měsíci +2

      Don't get me started haha. Sometimes when I try to give a thorough, thoughtful response to that statement you'll get the "But X surveyor could do it". Perhaps a video specifically dedicated to clients answering what is/isn't realistic in terms of accuracy...💡

  • @TechWizeGuy
    @TechWizeGuy Před 6 měsíci +2

    Love your videos! Anyone know where to get that miniprism bipod from???

    • @The3rdDimensionSurveying
      @The3rdDimensionSurveying  Před 5 měsíci

      Thank you, spatial technologies (out of Canada but they can ship to the US) is where I get mine. I haven't found a good seller in the US yet.

    • @TechWizeGuy
      @TechWizeGuy Před 5 měsíci

      @@The3rdDimensionSurveying Great thanks! I was looking before I got this and I did find a very similar one on Amazon. Not sure off the top who the reseller was but I saved it just in case

  • @user-tz4rd3vp9w
    @user-tz4rd3vp9w Před 5 měsíci +2

    How can i correct closed traverse by Star net, and how can l enter the angles and distance automatically not manual.
    Please

    • @The3rdDimensionSurveying
      @The3rdDimensionSurveying  Před 5 měsíci

      Import the data and press the process button ensuring your common points are sharing the same point ID and your using the correct instrument and coordinate settings. You don't need to enter field observations manually, just import the data (the format will depend on what instrument you are using). Check out my other video "Improving your survey control..." it gives you an overview of using STAR*NET with field observations.

  • @anupsamanta2243
    @anupsamanta2243 Před 4 měsíci

    How To Import SDR File in SDR

  • @blahbeeblah7363
    @blahbeeblah7363 Před 2 měsíci

    It would be so great if u can tell me why my traverse resulted in such a large error:
    # Fixed Coordinates

    C 1003 836044.396 816902.257 ! ! 'Old Station
    C 1002 836097.870 816901.489 ! ! 'Old Station
    C 1004 836042.680 816876.946 ! ! 'Old Station
    # Observations

    D 1003-1002 53.480
    D 1003-1004 25.370
    D 1003-1 45.417
    D 1-2 98.501
    D 2-3 15.616
    D 3-4 15.357
    D 4-1002 94.586
    B 1003-1002 359-10-30
    B 1003-1004 266-07-12
    B 1003-1 354-57-35
    B 1-2 60-39-37
    B 2-3 81-07-20
    B 3-4 280-58-03
    B 4-1002 241-20-36
    B 1002-1003 179-10-30
    # Fixed Bearing
    B 1003-1002 359-10-30 !
    B 1003-1004 266-07-12 !