GHOST Hypertext Help

Version 1.0f
Created by Don Beattie
Revised 20 Dec 98, 19 Jan 99, 05 May 00, 08 Nov 00, 18 Oct 01, 2 Feb 06, 20 Apr 13 by Mike Craymer

Contents


Introduction

The GHOST software library includes a number of programs used in the adjustment of control survey data as well as programs required to adjust the data using the Helmert block method of subdividing the network. There are a number of utility programs that can be used to process the data as well or perhaps some associated tasks. The data are stored in ASCII files for input, some binary files during the adjustment process and listing files for evaluation and of the results. MapInfo® files can be written to display the coordinates and observations.


Original User Documentation

The original GHOST User Documentation (with revisions) is also available in hypertext format. It provides some more details on using GHOST. Eventually, all of the information in this original documentation will be combined with this hypertext version. Until then it is recommended to have a look at the original version, especially if you are new to GHOST.

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Input Data

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Main Programs

Adjustment steps: Run program GHOST or follow separate program steps below

  1. READCC  Define adjustment constants
  2. EDTPOS  Edit GHOST coordinates
  3. EDTOBS  Edit GHOST observations
  4. PERMIN  Compute minimum profile for normal equations
  5. ADJCLA  Normal equation reduction, inversion and solution
  6. LISRES  List adjustment results and perform confidence region analysis

Program VALDEK (validate GHOST records) may be used in place of programs READCC and EDTPOS if the BLKCORD and INTCOBS files are combined into a single data file. This method is not used anymore. See the Section 1.2 of the old GHOST documentation for more information.

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Utility Programs

"n/a" indicates help file not available

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Helmert Blocking Programs

"n/a" indicates help file not available

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Binary Files

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Output Listings

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MapInfo® Files and Layers

  1. posit.mid, posit.mif       Station coordinate
  2. astro.mid, astro.mif       Astronomic coordinates
  3. dir.mid, dir,mif           Observed direction
  4. dis.mid, dis.mif           Observed distance
  5. azi.mid, azi.mif           Observed azimuths
  6. ele.mid, eld.mif           Observed elevation differences
  7. gps.mid, gps.mif           Observed GPS sets
  8. iss.mid, iss.mif           Observed ISS sets
  9. dop.mid, dop.mif           Observed doppler sets
  10. peq.mid, peq.mif           Observed position equation
  11. wsa.mid, wsa.mid           Weighted station sets
  12. blk.mid, blk.mif           Helmert block junctions
  13. dirr.mid,dirr.mif          Selected direction residuals
  14. azir.mid, azir.mif         Selected azimuth residuals
  15. disr.mid, disr.mif         Selected distance residuals
  16. eldr.mid, eldr.mif         Selected elevation difference residuals
  17. gpsr.mid, gpsr.mif         Selected GPS residuals
  18. issr.mid, issr.mif         Selected ISS residuals
  19. dopr.mif, dopr.mif         Selected Doppler residuals
  20. peqr.mid,peqr.mif          Selected Position equation residuals
  21. diffm.mid, diffm.mif, diffx.mid, diffx.mif   Coordinate difference
  22. distr.mid, distr.mif       Line distortion
  23. stacov.mid, stacov.mif     Station confidence region
  24. staecov.mid, staecov.mif   Elevation confidence region
  25. lincov.mid, lincov.mif     Line confidence region
  26. linecov.mid, linecov.mif   Elevation difference confidence region
  27. covdif.mid, covdif.mif     Station confidence region difference
  28. covedif.mid, covedif.mif   Elevation confidence region difference

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