Adjustment summary file contents

1. AposterioriI V.F.
   Variance factor after the adjustment computed as sum VtPv/nfree
2. Apriori V.F.
   Initial Variance factor set to 1.0
3. Completion flg - 10 character string used to record the process of the adjustment
   1. Coordinates edited
   2. Observations edited
   3. Data edit complete
   4. Minimization complete
   5. Normal equations formed
   6. Normal equations completed
   7. Normal equations reduced
   8. Solution completed
   9. Coordinates updated
   10. Inverse computed
4. List options - 10 character string used to record list options
   1. List input data
   5. List connections between parameters
   7. List observation equations
   8. List normal equations
   9. List adjusted parameters
5. Not used
6. Adjustment ops. - 10 character string used to record adjustment options
   5. Bypass inverse computations - Y enabled N disabled
   6. Use input elevations - Y enabled N disabled Y
   7. Minimization option
      B Bankers
      C Cuthill
      N full matrix
   8. Adjustment option - Y enabled N disabled
   9. Design option - Y enabled N disabled
   10. Partial reduced option
       1 Standard format
       2 Exchange format
7. Complete iters
   Number of complete iterations of the coordinate reduction process
8. Semi Major axis
   Distance in meters from the center of the ellipsoid to the equator
9. Flattening
   Proportion of the semi major axis divided by the( semi minor axis - the semi minor axis)
10. Ellipsoid name
    First ten characters of the ellipsoid identifier
11. Ellipsoid name
    Second ten characters of the ellipsoid identifier
12. Iterations
    Maximum number of iterations of the reduction process to complete before next step
13. Convergence
    Minimum size of acceptable correction to the coordinates in any pass
14. Tollerance
    Maximum size of
15. R.H.S.Limit
    Maximum size of observation right hand side acceptable (larger value produces a warning)
16. Number STATIONS
    Total number of stations in the adjustment process
17. Number N.P.
    Total number of Auxiliary parameters used in the adjustment process
18. Num.STA.JUNCS.
    Number of stations that are used as junctions in the Helmert Block process
19. Num.N.P.JUNCS.
    Number of auxiliary parameters that are used as junctions in the Helmert Block process
20. Num.NORM.EQS.
    Total number of equations in the normal equation process
21. Not used
22. Num.DIRECTIONS
    Total number of directions in the file
23. Sum DIRECTIONS
    The sum of all the directions converted to seconds
24. Num.DISTANCES
    Total number of distances in the file
25. Sum DISTANCES
    The sum of all the distances in meters
26. Num.AZIMUTHS
    Total number of azimuths in the file
27. Sum AZIMUTHS
    The sum of all the directions converted to seconds
28. Num.POS.EQS
    Total number of position equations in the file
29. Sum POS.EQS.
    The sum of all the position equations converted to meters
30. Num.POS.DIF.EQ.
    Total number of position differences in the file
31. Sum POS.DIF.EQ.
    The sum of all the position deffereces converted to meters
32. Num.PAR.RED.EQ.
    Total number of partial reduced normal equations in the data set
33. Sum PAR.RED.EQ.
    The sum of all the partial reduced normal equations
34. Num.Code4
    Number of stations that are identified by a code 4
35. Sum Code4
    The total sum of the coordinate value converted to seconds
36. Num.Code5
    Number of stations that are identified by a code 5
37. Sum Code5
    The total sum of the coordinate value converted to seconds
38. Num Code6
    Number of stations that are identified by a code 6
39. Sum Code6
    The total sum of the coordinate value converted to seconds
40. Num Code7
    Number of stations that are identified by a code 7
41. Sum Code7
    The total sum of the coordinate value converted to seconds
42. Num Code9
    Number of stations that are identified by a code 9
43. Sum Code9
    The total sum of the deflection values
44. Num Code94
45. Sum Code94
46. Num Code8
47. Sum Code8
48. Sum VPV
49. Sum LTP
50. Sum VtPV
51. Page Number
52. Title (1-10)
    assigned title of the adjustment stored as 8 - 10 character strings
53. Title (11-20)
54. Title (21-30)
55. Title (31-40)
56. Title (41-50)
57. Title (51-60)
58. Title (61-70)
59. Title (71-80)
60. Num FIXED STA.
    Number of stations not included in the normal equation matrix
61. Max row P.R.N.O
    Size of the Partial Reduced Normal Equation matirx
62. Max.set DIRS.
    Maximunm size of a set of directions
63. Max set POS.EQ
    Maximum size of a set of position equations
64. Max set P.R.N.I
    Maximum size of an input partial reduced normal equation matrix
65. Num DIRECTION S
    Number of direction sets
66. Num DISTANCE S.
    Number of distance sets
67. Num AZIMUTH S.
    Number of azimuth sets
68. Num PEQ.Sets
    Number of position equation sets
69. Num PDE.Sets
    Number of position difference equation sets
70. Num. RNE Sets
    Number of partial reduced normal equation sets
71. HERESI Length
    Maximum size of the Heresi normal equation matrix
72. Num HER RECORDS
    Number of Heresi normal equation records
73. Num.Code14
    Number of elevation difference records
74. Sum Code14
    Total sum of the elevation differences
75. Max.DIRECTION
76. Max. DISTANCE
77. Max. AZIMUTH
78. Max. ELEV.DIFF
79. Max. POS. DIFF
80. Max. POSD DIFF
81. Signf level
82. Resid test pdf
83. Not used
84. Not used
85. SumVPV DIR.
    Sum of the contribution from directions to the total VtPv used to compute Variance factor May be used to determine the relationship of various observations
86. SumVPV DIS
    Sum of the contribution from distances to the total VtPv used to compute Variance factor
87. SumVPV AZI
    Sum of the contribution from azimuths to the total VtPv used to compute Variance factor
88. SumVPV POS.
    Sum of the contribution from position equations to the total VtPv used to compute Variance factor
89. SumVPV POSDIF.
    Sum of the contribution from position difference equations to the total VtPv used to compute Variance factor
90. SumVPV ELVDIF
    Sum of the contribution from ellipsoid height differences to the total VtPv used to compute Variance factor
91. Max.HER.POINT.
    Maximum size of Heresi internal pointer vector
92. Max.HER.COEF
    Maximum size of Heresi coefficient vector
93. Max.BLOCK SIZE
94. Accum. OBSERVS.
    Number of observations accumulated in sibling Helmert blocks
95. Accum. NUKNOWNS
    Number of unknowns eliminated in sibling blocks
96. Accum. SumVPV
    Accumulated sum VtPV from sibling blocks
97. Lines per page
    Number of pages listed
98. Non_centrality
    Factor used to compute reliability terms
99. Degrees Freedom
    Number of degrees of freedom computed as the number of observations - the number of equations
100. No.Observations
     The number of observations in the adjustment