%=SNX 2.10 GSI 05:035:53276 GSI 04:351:07314 04:352:07084 R 00020 2   E S      
*
* Created on:   2005.02.04-14:47:56 local time
* Created at:   Geographical Survey Institute
* Created by:   Shinobu Kurihara ( skuri@jadeite.gsi.go.jp )
* Generated by: routine WRITE_SINEX, revision date 2003.08.18   
*
* -----------------------------------------------------------------------------
*
+FILE/REFERENCE
 DESCRIPTION       GSI
 OUTPUT            Single session VLBI solution
 CONTACT           skuri@jadeite.gsi.go.jp <Shinobu Kurihara>
 SOFTWARE          VLBI analysis system Calc/Solve, revision date 2005.02.03
 HARDWARE          HP9000/800 HP-UX B.11.11
 INPUT             VLBI experiment jd0412, database $04DEC16XF version 003
-FILE/REFERENCE
*
* -----------------------------------------------------------------------------
*
+FILE/COMMENT
 
>>> FORMAT DESCRIPTION <<< 
>>> ################## <<< 
 
  Sinex output implementation in the VLBI Analysis software system Calc/Solve
 
 
                                Leonid Petrov
 
 
                                2003.04.22
 
 
                                Abstract
 
   This document describes the way how Calc/Solve writes down a listing
of a VLBI solution in Sinex format.
 
 
Questions and comments about this guide should be sent to:
 
Leonid Petrov ( pet@leo.gsfc.nasa.gov )
 
 
                                Table of contents:
 
 
1 ................ Overview
 
 
2 ................ Deviations from the SINEX 1.00 standard
 
   2.1 ........... New block SOLUTION/CONSTRAINT_EQUATION_INFO
   2.2 ........... New block SOLUTION/CONSTRAINT_EQUATION_MATRIX
   2.3 ........... New block SOLUTION/CONSTRAINT_EQUATION_VECTOR
   2.4 ........... New block SOLUTION/CONSTRAINT_WEIGHT_MATRIX
   2.5 ........... New block SOLUTION/DECOMPOSED_NORMAL_MATRIX BLOCK
   2.6 ........... New block SOLUTION/DECOMPOSED_NORMAL_VECTOR BLOCK
   2.7 ........... New block NUTATION/DATA
   2.8 ........... New block PRECESSION/DATA
   2.9 ........... New block SOURCE/ID
 
3 ................ Implementation in Solve
 
   3.1 ........... Syntax of INCLUDE_PARAM and EXCLUDE_PARAM lists
   3.2 ........... Examples of INCLUDE_PARAM and EXCLUDE_PARAM lists
   3.3 ........... Treatment of station with discontinuous motion
   3.4 ........... Restrictions
 
________________________________________________________________________________
 
        1 Overview
        ==========
 
  SINEX stands for "Solution INdependent EXchange format". This format was
developed by Blewitt et al. (1994)
http://www.dgfi.badw-muenchen.de/gps/sinex.html and
http://alpha.fesg.tu-muenchen.de/iers/sinex/sinex_v2_appendix1.pdf
for facilitating the task of combining several GPS solutions. Original
design of Sinex format was made for solving this specific task. However,
later this format evolved towards to a common machine-readable form of
solution listings for other space geodesy techniques, VLBI and SLR, and
attempts were made for overcoming flaws of the original design. This
process of evolution is not yet completed, therefore, different software
systems implement a little bit different flavors of Sinex format.
 
  Listings in Sinex format produced by Solve contain information about
stations, sources, estimates of the parameters, their covariance matrix,
constraint equation, right-hand side of constraint equations and weight
matrix of constraint equations. In addition to these results, a portion of
the decomposed normal matrix and normal vector can be included in the
listing as well. A user has control which blocks should be included in the
listing. The current implementation of the Sinex format does not allow
to include in the listing any parameter which was solved for. Only
some type of parameters, like station position, EOP, etc can be included.
However, a user has total control which parameters among the parameters
of the supported type are to be included or not included in the listing.
 
 
        2 Deviations from the SINEX 1.00 standard
        =========================================
 
 
   Solve currently writes listing in Sinex 2.10 format. Deviations from
the Sinex 1.00 standard are as follows:
 
1)  Eight new blocks were added:
 
   SOLUTION/CONSTRAINT_EQUATION_INFO
   SOLUTION/CONSTRAINT_EQUATION_MATRIX
   SOLUTION/CONSTRAINT_EQUATION_VECTOR
   SOLUTION/CONSTRAINT_WEIGHT_MATRIX
 
   The purpose of these four blocks is to overcome the flaw of original
design of Sinex format and provide complete information about all
constraints used in the solution.
 
   SOLUTION/DECOMPOSED_NORMAL_MATRIX
   SOLUTION/DECOMPOSED_NORMAL_VECTOR
 
   The purpose of these blocks is to provide information about transformed
normal equations before applying constraints. NB: one of the three items:
covariance matrix, constraint equations and decomposed normal equations is
redundant: having two of them one can derive the third one.
 
   NUTATION/DATA
   PRECESSION/DATA
 
   The purpose of this section is to provide information about used
nutation/precession model and to define parameter "estimates of nutation
angles".
 
2) SOLUTION/STATISTICS block has new items:
 
   WEIGHTED SQUARE SUM OF O-C    sum { y(T) * w * y }
 
   WRMS OF POSTFIT RESIDUALS     sum { (A*e - y)(T) * w * (A*e - y) )/Sp ( w )
 
   where y -- the difference between the observed time delay and theoretical;
         A -- matrix of equations of conditions;
         e -- vector of the parameter adjustments;
         w -- weight matrix;
         Sp   -- stands for the mathematical operation of computing trace of
                 a matrix: the sum of diagnoal elements.
 
   Summing is done over all observations used in parameter estimation.
 
   Comment: field WEIGHTED SQUARE SUM OF O-C is not computed in global mode.
 
   Meaning of other parameters:
 
   NUMBER OF OBSERVATIONS          totaml number of used observables
 
   NUMBER OF UNKNOWNS              total number of unknowns, including those,
                                   which are not shown in the Sinex listing
 
   SQUARE SUM OF RESIDUALS (VTPV)  sum { (A*e - y)(T) * w * (A*e - y) )
 
   VARIANCE FACTOR                 sum { (A*e - y)(T) * w * (A*e - y) )}/
                                       ( N - M - Sp( Cov(A) * B(T) * z * B ) )
 
   where Cov(A) -- covariance matrix of the entire solution
                   (NB: Sinex listing may have only a portion of the solution)
         B -- matrix of equations of constraints;
         z -- weight matrix of contraints;
         N -- total number of equations of conditions (observables);
         M -- total number of unknowns.
 
 
3) The blocks which keep element of matrices do not have fields
   "Second Matrix Element" and  "Third Matrix Element".
 
   The purpose of this change is to facilitate the process of creation of
the listing and to reduce significantly the probability of errors.
 
4) SOLUTION/MATRIX_APRIORI is not provided. The reason is that Solve does not
operate the notion of apriori covariance matrix. And it also uses singular
constraints which cannot be reduced to the form of apriori covariance matrix.
Since full information about constraints is provided in other blocks,
SOLUTION/MATRIX_APRIORI is considered as an obsolete block.
 
 
                2.1 New block SOLUTION/CONSTRAINT_EQUATION_INFO
                ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
         ___________________________________________________________________
        |S_O_L_U_T_I_O_N__C_O_N_S_T_R_A_I_T__I_N_F_O__B_L_O_C_K_____________|
        |                |                                   |              |
        |__Field_________|______Description__________________|___Format_____|
        |                |                                   |              |
        | Constraint     | Row index for the constraint      |  1X,I5       |
        | Equation Row   | equation matrix. It must match    |              |
        | Index          | the index of the constraint       |              |
        |                | equation.                         |              |
        |________________|___________________________________|______________|
        |                |                                   |              |
        | Constraint     | Identifier of the constraint      |  1X,A8       |
        | Equation       |                                   |              |
        | Identifier     |                                   |              |
        |________________|___________________________________|______________|
        |                |                                   |              |
        | Constraint     | Index of vector constraint.       |  1X,I5       |
        | Equation       | 1 for scalar constraint.          |              |
        | Sub-index      |                                   |              |
        |                |                                   |              |
        |________________|___________________________________|______________|
        |                |                                   |              |
        | Constraint     | Description of the constraint     |  1X,A40      |
        | Equation       |                                   |              |
        | Description    |                                   |              |
        |________________|___________________________________|______________|
 
  This block provides description of constraint equations. Matrix of
constraint equations has dimension N_cns * N_par, where N_cns -- the number
of constraint equations, N_par -- number of estimated parameters. The first
field of the CONSTRAINT_EQUATION_INFO keeps the index of the constraint,
the second field keeps constraint identifier. Currently, the following
constraint identifiers are supported:
 
   NNT_POS  -- net rotation on station position. This vector constraint defines
               three equations:
               1:  sum { Delta_X } = const
               2:  sum { Delta_Y } = const
               3:  sum { Delta_Y } = const
               where Delta_X, Delta_Y, Delta_Z are X, Y and Z component of
               the adjustment to station position.
 
   NNR_POS  -- net rotation on station position. This vector constraint defines
               three equations:
               1:  sum { Phi_X } = const
               2:  sum { Phi_Y } = const
               3:  sum { Phi_Y } = const
               where Phi_X, Phi_Y and Phi_Z are the components of the vector
               of a small rotation defined as
               Phi = ( r x Delta r )/ |r|^2 * R_e
                   here
                     r       -- vector of station coordinate;
                     Delta r -- vector of adjustments to station position
                     R_e     -- Earth's equatorial radius.
               Units: dimensionless
 
   NNT_VEL  -- net rotation on station velocity. This vector constraint defines
               three equations:
               1:  sum { Delta_X } = const
               2:  sum { Delta_Y } = const
               3:  sum { Delta_Y } = const
               where Delta_X, Delta_Y, Delta_Z are X, Y and Z component of
               the adjustment to station position.
 
   NNR_VEL  -- net rotation on station velocity This vector constraint defines
               three equations:
               1:  sum { Phi_X } = const
               2:  sum { Phi_Y } = const
               3:  sum { Phi_Y } = const
               where Phi_X, Phi_Y and Phi_Z are the components of the vector
               of a small rotation defined as
               Phi = ( r x Delta v )/ |r|^2 * R_e
                   here
                     r       -- vector of station coordinates;
                     Delta r -- vector of adjustments to station velocity;
                     R_e     -- Earth's equatorial radius.
 
               Units: 1/yr
 
   NNR_SRC  -- net rotation on source coordinates
               1:  sum { Phi_X } = const
               2:  sum { Phi_Y } = const
               3:  sum { Phi_Y } = const
               where Phi_X, Phi_Y and Phi_Z are the components of the vector
               of a small rotation
 
   EOP_XPL  -- constraint on X pole coordinate
   EOP_YPL  -- constraint on Y pole coordinate
   EOP_UT1  -- constraint on UT1 angle
   EOR_XPL  -- constraint on X pole rate
   EOR_YPL  -- constraint on Y pole rate
   EOR_UT1  -- constraint on UT1 rate
 
   VEL_U    -- constraint on Up    topocentric coordintate of station velocity
   VEL_E    -- constraint on East  topocentric coordintate of station velocity
   VEL_N    -- constraint on North topocentric coordintate of station velocity
   VEL_X    -- constraint on X  coordinate of station velocity
   VEL_Y    -- constraint on Y  coordinate of station velocity
   VEL_Z    -- constraint on Z  coordinate of station velocity
 
   STA_U    -- constraint on Up    topocentric coordintate of station position
   STA_E    -- constraint on East  topocentric coordintate of station position
   STA_N    -- constraint on North topocentric coordintate of station position
   STA_X    -- constraint on X  coordinate of station position
   STA_Y    -- constraint on Y  coordinate of station position
   STA_Z    -- constraint on Z  coordinate of station position
 
 
   BLC_VAL  -- constraint on baselie clocks
   DCL_ORG  -- constraint on declination of the set of certain sources
   GRD_OFF  -- constraint on atmopshere path delay gradient offset
   NUT_OFF  -- constraint on offset of nutation in longitude and nutation in
                             obliquity
   OAT_RAT  -- constraint on rate of changes of atmopshere path delay
   OCL_RAT  -- constraint on clock drift
   RAS_ORG  -- constraint on right ascension of the set of certain sources
   SRC_COO  -- constraint on source right ascension and declination
   STA_ORG  -- constraint on position of certain stations
   STA_TIE  -- constraint on differences in position of several sites
   VEL_DIR  -- constraint on horizontal projection of the differences
               in velocities of two stations
   VEL_ORG  -- constraint on velocitiess of csertain stations
   VEL_SET  -- constraint on linear combination of velocity components
   VEL_TIE  -- constraint on differences in velocities of several sites
   VEL_VER  -- constraint on vertial component of station velocity
 
   Constraints on segmented paramters
 
   STA_PWC  -- constraint on site velosity in the the casewhen site position
               is modeled by linear spline
   GRD_RAT  -- constraint on atmopshere path delay gradient rate
   ATM_RAT  -- constraint on atmosphere path delay rate between segments
   CLO_RAT  -- constraint on clock rate between segments
   UT1_RAT  -- constraint on UT1 rate in the case of linear spline
                             EOP parameterization
   XPL_RAT  -- constraint on X pole coordinate in the case of linear spline
                             EOP parameterization
   YPL_RAT  -- constraint on Y pole coordinate in the case of linear spline
                             EOP parameterization
 
 
   Constraint equation subindex is 1 for scalar constraint, like EOP_XPL and
   runs over components of vector constraints, like NNT_POS (1,2,3 in this
   example).
 
 
                2.2 New block SOLUTION/CONSTRAINT_EQUATION_MATRIX
                ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
 
   This block keep matrix of constraint equations. Equations are organized by
   rows. Zero elements are omitted.
 
       _____________________________________________________________________
      |__S_O_L_U_T_I_O_N__C_O_N_S_T_R_A_I_T__E_Q_U_A_T_I_O_N__B_L_O_C_K_____|
      |                  |                                   |              |
      |__Field___________|______Description__________________|___Format_____|
      |                  |                                   |              |
      | Constraint       | Row index for the constraint      |  1X,I5       |
      | equation row     | equation matrix. It must match    |              |
      | Index            | the index of the constraint       |              |
      |                  | equation.                         |              |
      |__________________|___________________________________|______________|
      |                  |                                   |              |
      | Constraint       | Column index for the Constraint   |   1X,I5      |
      | equation         | Equation. It must match the       |              |
      | column index     | parameter index in the            |              |
      |                  | SOLUTION/ESTIMATE block for the   |              |
      |                  | same parameter.                   |              |
      |__________________|___________________________________|______________|
      |                  |                                   |              |
      | Constraint       | Matrix element at the location    |   1X,E21.14  |
      | matrix element   | (row index, column index).        |              |
      |__________________|___________________________________|______________|
 
 
                2.3 New block SOLUTION/CONSTRAINT_EQUATION_VECTOR
                ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
    This block keeps the right-hand side of constraint equations.
 
         ___________________________________________________________________
        |__S_O_L_U_T_I_O_N__C_O_N_S_T_R_A_I_T__V_A_L_U_E__B_L_O_C_K_________|
        |                |                                   |              |
        |__Field_________|______Description__________________|___Format_____|
        |                |                                   |              |
        | Constraint     | Row index for the constraint      |  1X,I5       |
        | Equation Row   | equation vector. It must match    |              |
        |                | the index of the constraint       |              |
        |                | equation.                         |              |
        |________________|___________________________________|______________|
        |                |                                   |              |
        | Right hand     | Value of right hand part of the   |
        | side value     | constraint equation.              |   1X,E21.15  |
        |________________|___________________________________|______________|
        |                |                                   |              |
        | Sigma          | Reciprocal weight which is        |              |
        |                | ascribed to this constraint       |   1X,E21.15  |
        |                | equation.                         |              |
        |________________|___________________________________|______________|
                                                             |              |
                                                             |     48       |
                                                             |______________|
 
                2.4 New block SOLUTION/CONSTRAINT_WEIGHT_MATRIX
                ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
    This block contains the elements of the weight matrix of constraint
    equations. Zero elements are omitted.
 
      ______________________________________________________________________
     |_____________C_O_N_S_T_R_A_I_N_T___W_E_I_G_H_T___M_A_T_R_I_X__________|
     |                                                                      |
     |__Field__________________Description_______________________Format_____|
     |                   |                                   |              |
     | Row index of the  | Row index for the weight          |   1X,I5      |
     | weight matrix     | constraint matrix. It matches     |              |
     | of constraint     | the index of the constraint       |              |
     | equations         | equation.                         |              |
     |___________________|___________________________________|______________|
     |                   |                                   |              |
     | Column index of   | Column index for the weight       |   1X,I5      |
     | the weight matrix | constraint matrix. It matches the |              |
     | of constraint     | index of the constraint equation  |              |
     | equations         |                                   |              |
     |___________________|___________________________________|______________|
     |                   |                                   |              |
     | Weight matrix of  | Matrix element at the location    |   1X,E21.14  |
     | constraint        | (row index, column index).        |              |
     | equations element |                                   |              |
     |___________________|___________________________________|______________|
 
 
                2.5 New block SOLUTION/DECOMPOSED_NORMAL_MATRIX BLOCK
                ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
  This block contains decomposed normal equations for the subset of
  parameters described in the SOLUTION/ESTIMATE block. In the case if the
  SOLUTION/ESTIMATE block described all parameters adjusted in the solution,
  decomposed normal matrix is equivalent to the full normal matrix. In the
  case if the SOLUTION/ESTIMATE block describes only a subset of parameters,
  then the decomposed normal matrix D_ii is defined as
 
  D_ii = N_ii - N_ei(T) * (C_ee + N_ee){-1} * N_ei    where
 
        N_ii -- the block of normal matrix which corresponds to the
                equations included in the SOLUTION/ESTIMATE list;
        N_ee -- the block of normal matrix which corresponds to omitted
                parameters;
        N_ei -- the block of normal matrix which corresponds to the product
                of equations of conditions of the omitted parameters and
                parameters included in the SOLUTION/ESTIMATE list.
        C_ee -- the block of normal matrix of constraints which corresponds
                to omitted parameters;
 
  Solve computes  D_ii as   D_ii = (V_ii){-1} - C_ii      where
 
        V_ii -- covariance matrix of the parameters mentioned in
                SOLUTION/ESTIMATE list;
        C_ii -- the block of normal matrix of constraints which corresponds
                to the parameters in SOLUTION/ESTIMATE list.
 
        It is assumed that C_ei = 0
 
        C_ei -- the block of normal matrix of constraints which corresonds
                to the product of equations of constraints of the omitted
                parameters and parameters from the SOLUTION/ESTIMATE list.
 
 
         ___________________________________________________________________
        |__S_O_L_U_T_I_O_N__D_E_C_O_M_P_O_S_E_D__N_O_R_M_A_L__M_A_T_R_I_X___|
        |                |                                   |              |
        |__Field_________|______Description__________________|___Format_____|
        |                |                                   |              |
        | Decomposed     | Row index for the normal matrix.  |   1X,I5      |
        | normal matrix  | It must match the parameter index |              |
        | row index      | in the SOLUTION/ESTIMATE block    |              |
        |                | for the same parameter.           |              |
        |________________|___________________________________|______________|
        |                |                                   |              |
        | Decomposed     | Column index for the normal matrix|   1X,I5      |
        | normal matrix  | It must match the parameter index |              |
        | column index   | in the SOLUTION/ESTIMATE block    |              |
        |                | for the same parameter.           |              |
        |________________|___________________________________|______________|
        |                |                                   |              |
        | Decomposed     | Matrix element at the location    |   1X,E21.14  |
        | normal matrix  | (row index, column index).        |              |
        | element        |                                   |              |
        |________________|___________________________________|______________|
 
 
                2.6 New block SOLUTION/DECOMPOSED_NORMAL_VECTOR BLOCK
                ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
  This block contains decomposed right hand parts of normal equations for
  the subset of parameters described in the SOLUTION/ESTIMATE block. In the
  case if the SOLUTION/ESTIMATE block describes all parameters adjusted in
  the solution, the decomposed normal vector is equivalent to the full
  normal vector. In the case if the SOLUTION/ESTIMATE block describes only
  a subset of parameters, then the decomposed normal vector d_i is defined as
 
  d_i = n_i - N_ei(T) * (C_ee + N_ee){-1} * n_e where
 
        n_i  -- the block of normal vector which corresponds to the equations
                listed in the SOLUTION/ESTIMATE;
        n_e  -- the block of the normal vector which corresponds to the
                omitted parameters;
        N_ee -- the block of normal matrix which corresponds to omitted
                parameters;
        N_ei -- the block of normal matrix which corresponds to the product
                of equations of conditions of the omitted parameters and
                parameters from the SOLUTION/ESTIMATE list.
        C_ee -- the block of normal matrix of constraints which corresponds
                to omitted parameters;
 
  Solve computes  d_i  as   d_i = D_i * e_i   where
 
        e_i  -- vector of the estimates of the parameters from the
                SOLUTION/ESTIMATE list.
 
         ___________________________________________________________________
        |__S_O_L_U_T_I_O_N__D_E_C_O_M_P_O_S_E_D__N_O_R_M_A_L__V_E_C_T_O_R___|
        |                |                                   |              |
        |__Field_________|______Description__________________|___Format_____|
        |                |                                   |              |
        | Estimated      | Index of the estimated parameter. |   1X,I5      |
        | Parameter      |                                   |              |
        | Index          |                                   |              |
        |                |                                   |              |
        |________________|___________________________________|______________|
        |                |                                   |              |
        | Element of   	 | Element of the decomposed normal  |   1X,E21.14  |
        | decomposed     | ( Row Number , Column Number ).   |              |
        | normal vector  | ( Row Number , Column Number ).   |              |
        |________________|___________________________________|______________|
                                                             |              |
                                                             |     28       |
                                                             |______________|
 
                2.7 New block NUTATION/DATA
                ~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
  This block describes which apriori nutation model is used and what is the
reference model to which the nutation angles are referred.
 
         ___________________________________________________________________
        |_________________N_U_T_A_T_I_O_N___D_A_T_A___L_I_N_E_______________|
        |                |                                   |              |
        |__Field_________|______Description__________________|___Format_____|
        |                |                                   |              |
        | [Nutat. Code]  | Code for nutation reference       |   1X,A8      |
        |                | NONE                              |              |
        |                | REN2000                           |              |
        |                | IAU1980                           |              |
        |                | IERS1996                          |              |
        |                | IAU2000a                          |              |
        |                | IAU2000b                          |              |
        |________________|___________________________________|______________|
        |                |                                   |              |
        |  [Nut. Usage]  | Usage flag: APR or REF            |    1X,A3     |
        |                | APR means that the previous       |              |
        |                |     field kept the nutation model |              |
        |                |     used for apriori.             |              |
        |                | REF means that the previous       |              |
        |                |     field kept the nutation model |              |
        |                |     used as a reference.          |              |
        |                |     NONE means that the total     |              |
        |                |     nutation angles are presented |              |
        |________________|___________________________________|______________|
        |                |                                   |              |
        | Comments       |                                   |   1X,A66     |
        |________________|___________________________________|______________|
                                                             |              |
                                                             |     80       |
                                                             |______________|
 
                2.8 New block PRECESSION/DATA
                ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
  This block describes the apriori precession constant which was used.
 
        ___________________________________________________________________
       |_________________N_U_T_A_T_I_O_N___D_A_T_A___L_I_N_E_______________|
       |                |                                   |              |
       |__Field_________|______Description__________________|___Format_____|
       |                |                                   |              |
       | [Prec. Code]   | Code for nutation reference       |   1X,A8      |
       |                | NONE                              |              |
       |                | IAU1980                           |              |
       |                | IAU2000                           |              |
       |________________|___________________________________|______________|
       |                |                                   |              |
       | Comments       |                                   |   1X,A70     |
       |________________|___________________________________|______________|
                                                            |              |
                                                            |     80       |
                                                            |______________|
                2.9 New block SOURCE/ID
                ~~~~~~~~~~~~~~~~~~~~~~~
 
       ___________________________________________________________________
      |_____________R_A_D_I_O___S_O_U_R_C_E___D_A_T_A___L_I_N_E___________|
      |                |                                   |              |
      |__Field_________|______Description__________________|___Format_____|
      |                |                                   |              |
      | Source Code    | Call sign for a source            |   1X,A4      |
      |________________|___________________________________|______________|
      |                |                                   |              |
      | IERS name      | IERS name of the radio source     |   1X,A8      |
      |________________|___________________________________|______________|
      |                |                                   |              |
      | ICRF name      | ICRF name of the radion source    |   1X,A16     |
      |________________|___________________________________|______________|
      |                |                                   |              |
      | IAU name       | IAU J2000.0 name of the radio     |   1X,A10     |
      |                | source                            |              |
      |________________|___________________________________|______________|
      |                |                                   |              |
      | IVS name       | IVS name of the radio source      |   1X,A8      |
      |________________|___________________________________|______________|
      |                |                                   |              |
      | Comments       | Comments or other names of the    |   1X,A29     |
      |                | radio source                      |              |
      |________________|___________________________________|______________|
                                                           |              |
                                                           |     80       |
                                                           |______________|
 
 
        3 Implementation in Solve
        =========================
 
   Solve normally produces the listing in its own so-called "spool-format".
In addition to the spool listing, Solve has a limited ability to generate
listings in Sinex format. It can write the listing in Sinex format when it
runs in batch mode. Description of the keyword Sinex in the control language
can be found in
http://gemini.gsfc.nasa.gov/solve_root/help/solve_guide_03.html#section3.13
 
   When a user requests to apply specific constraints, Solve does not modify
normal matrix immediately. Procedures of imposing constraints collect all
constraint equation coefficients, weights, right hand part equations as well
as constraint description in an intermediate data structure. After collecting
all information about constraints Solve "applies" constraints by modifying
normal matrix and normal matrix. If a Sinex output option is specified, then
Solve passes this intermediate data structure to the routine which writes
listing down and, thus, this subroutine has access to full information about
the constraints.
 
   Solve allows a user to specify which items among ESTIMATES, COVARIANCES,
CONSTRAINTS, DECOMPOSED_NORMAL_EQUATIONS or all of them are to be included
in the listing together with mandatory blocks. Solve allows a user to
specify which parameters are to be included in the output. Currently, Solve
does not allow to include any parameter in the listing, but only one from
the pre-defined list of supported parameter.
 
                3.1 Syntax of INCLUDE_PARAM and EXCLUDE_PARAM lists
                ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
INCLUDE_PARAM and EXCLIDE_PARAM files contain the parameter lists.
List consists of one or more lines with Solve intrinsic 20-characters
long parameter names. The lines which starts from # are considered as
comments. Wild-card symbols * and ? can be included.
 
  Solve check the name of each estimated parameter against INCLUDE_PARAM
list. If the name matches with at least one line (except comment) then
the name is flagged as "included". After that Solve check each parameter
against EXCLUDE_PARM list. If it matches with at least one line (except
comment) then it is flagged as "excluded". All parameters which are
flagged as "included" and are not flagged as "excluded" will be included
in the Sinex output.
 
The list of intrinsic parameter names:
 
Parameters which can be put in the listing in Sinex format:
 
ssssssss X COMPONENT   X-coordinate of station position at reference epoch
ssssssss Y COMPONENT   Y-coordinate of station position at reference epoch
ssssssss Z COMPONENT   Z-coordinate of station position at reference epoch
ssssssss X VELOCITY    X-coordinate of station velocity
ssssssss Y VELOCITY    Y-coordinate of station velocity
ssssssss Z VELOCITY    Z-coordinate of station velocity
ssssssss Xyymmdd-COO   X-coordinate of station position at epoch yymmdd
ssssssss Yyymmdd-COO   Y-coordinate of station position at epoch yymmdd
ssssssss Zyymmdd-COO   Z-coordinate of station position at epoch yymmdd
ssssssss Xyymmdd-POS   X-coordinate of station position at epoch yymmdd
ssssssss Yyymmdd-POS   Y-coordinate of station position at epoch yymmdd
ssssssss Zyymmdd-POS   Z-coordinate of station position at epoch yymmdd
ssssssss AXIS OFFSET   axis offset of hte ssssssss station
X WOBBLE 0yymmddhhmm   X-coordinate of pole position at epoch  yymmddhhmm
X WOBBLE 1yymmddhhmm   Time derivative of X pole coordinate at yymmddhhmm
Y WOBBLE 0yymmddhhmm   Y-coordinate of pole position at epoch  yymmddhhmm
Y WOBBLE 1yymmddhhmm   Time derivative of Y pole coordinate at yymmddhhmm
UT1-TAI  0yymmddhhmm   UT1 angle at epoch yymmddhhmm
UT1-TAI  1yymmddhhmm   First time derivative of UT1 angle at epoch yymmddhhmm
LONGITUDE NUTATION     Nutation in longitude
OBLIQUITY NUTATION     Nutation in obliquity
qqqqqqqq RIGHT ASCEN   Right ascension at J2000.0 epoch
qqqqqqqq DECLINATION   Declination at J2000.0 epoch
qqqqqqqq RIGHT ASC V   Proper motion in right ascension
qqqqqqqq DEC VELO      Proper motion in declination
 
Other parameters which the current version of Solve cannot put in the
listing in Sinex format:
 
ssssssssA0yymmddhhmm   Atmosphere path delay at epoch  yymmddhhmm
ssssssssa0yymmddhhmm   Atmosphere path delay at epoch  yymmddhhmm
ssssssssC0yymmddhhmm   Global clock offset at epoch  yymmddhhmm
ssssssssC1yymmddhhmm   Global clock rate at epoch  yymmddhhmm
ssssssssC2yymmddhhmm   Global clock rate drift at epoch  yymmddhhmm
ssssssss--ssssssss C   baseline dependent clocks
ssssssssNGyymmddhhmm   Atmosphere gradient in north direction
ssssssssEGyymmddhhmm   Atmosphere gradient in east  direction
X WOBBLE 2yymmddhhmm   Second time derivative of X pole coordinate at yymmddhhmm
Y WOBBLE 2yymmddhhmm   Second time derivative of Y pole coordinate at yymmddhhmm
UT1-TAI  2yymmddhhmm   Second time derivative of UT1 angle at epoch yymmddhhmm
Gamma                  Relativistic PPN parameter gamma
 
 
where
"ssssssss"    stands for the IVS station name
"qqqqqqqq"    stands for the IVS source name
"yyddmmhhss"  stands for time epoch like 980729113459 -- July 29, 1998 11 hours
              34 minutes 59 seconds.
 
                3.2 Examples of INCLUDE_PARAM and EXCLUDE_PARAM lists
                ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
1. daily_inc.bsc
 
#
# -- Include parameters which will be put in Sinex listing
#
#    The following parameters are to be included in the Sinex listing:
#
#    1) Station coordinates
#    2) pole coordinates
#    3) UT1
#    4) rate of change of pole coordinates
#    5) rate of change of UT1
#    6) daily nutation angles
#
?????????X COMPONENT
?????????Y COMPONENT
?????????Z COMPONENT
?????????X??????-COO
?????????Y??????-COO
?????????Z??????-COO
?????????X??????-POS
?????????Y??????-POS
?????????Z??????-POS
X WOBBLE 0*
X WOBBLE 1*
Y WOBBLE 0*
Y WOBBLE 1*
UT1-TAI  0*
UT1-TAI  1*
LONGITUDE NUTATION
OBLIQUITY NUTATION
 
2. daily_exc.bsc
#
# -- Exclude parameters which will be put in Sinex listing
#
#    Nothing to exclude
#
 
3. daily_esc_notigo.bsc
 
#
# -- Exclude parameters which will be put in Sinex listing
#
#    All parameters related to station TIGOCONC are excluded
#
#    (NB: no common constraint equations with other stations can be
#         imposed if computation of the decomposed normal matrix is required )
#
TIGOCONC*
 
                3.3 Treatment of station with discontinuous motion
                ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
 
   It is an empirical fact that some stations has a quasi-instant motion
due to seismic events and rails changes.
 
  It is an analyst who determines the appropriate model for handing such
stations. In the case if an analyst trusts to results of the measurements
of such a motion by an independent technique, f.e. results of local survey
before and after rails repairing, then position of the station is modeled
by one parameter, and the motion of the station is described by the
set of eccentricity values at the epochs before and after the motion.
 
  If an analyst does not trust to independent measurements, or such
measurements are unavailable, f.e. in the case of seismic motion, then
coordinates of such station are described by a model
X = a1*B0(t0,t1) + a2*B0(t1,t2) + ... + b*(t-tref)
where B0 -- a basis spline of the 0-th order on the range t0, t1
            ( it is 1 at the range [t0, t1], and 0 otherwise )
      tref -- reference epoch;
      t0   -- epoch of the first observations;
      t1, t2 ... -- epoch of discontinuities.
 
  Parameters a1, a2 ... have the same parameter name STAX, STAY, STAZ
but they are distinguished by sub-index 1,2... in the field SBIN
(former name SOLN). This field is used in sections
SITE/EPOCHS, SITE/APRIORI, SITE/ESTIMATES. If the station did not have
discontinuity in the motion than SBIN always has the value 1.
 
                3.4 Restrictions
                ~~~~~~~~~~~~~~~~
 
  The current implementation (2002.10.04) cannot write the listing in
     Sinex format in several cases:
 
  1) Constraint NO_NET_TRANSLATION  is not supported. Use
     NO_NET_TRANSLATION_POSITION instead of that.
 
  2) Suppressions
 
     VELOCITIES         NO
     STATIONS           NO
     SOURCES            NO
     PROPER_MOTIONS     NO
 
  3) Solve cannot put in the listing site position modeled by linear spline.
 
  4) Currently, Solve can include in Sinex listing global parameters if it
     runs in global mode and local parametes if it runs in independent mode.
     It cannot include local parameters if it runs in global mode. This
     restriction may be lifted in the future.
 
  5) Solve cannot include in the listing in Sinex format second and higher
     order UT1 and polar motion time derivatives.
 
  6) Solve cannot include user parameters in the listing in Sinex format,
     but can include user constraints.
 
  7) No common constraints between included and not included parameters can
     be imposed if computation of decomposed normal matrix is required.
     Solve will issue a warning if a constraint equation has non-zero
     elements for the parameters from both groups of included and not
     included parameters in the case if computation of a decomposed normal
     matrix is required, and will issue an error message and stop if the
     decomposed normal matrix is to be included in the sinex listing.
-FILE/COMMENT
*
* -----------------------------------------------------------------------------
*
+INPUT/ACKNOWLEDGEMENTS
 GSI  Geographical Survey Institute, Geodetic Department, VLBI group
-INPUT/ACKNOWLEDGEMENTS
*
* -----------------------------------------------------------------------------
*
+SITE/ID
*Code PT Domes____ T Station description___ Approx_lon_ Approx_lat_ App_h__
 7348  A 21742S002 R AIRA     Aira, Kagoshi  40 35 59.5  31 49 25.7   323.1
 7347  A 21732S004 R CHICHI10 10-m at Chich  52 11 42.0  27 04 02.0   108.3
 7345  A 21730S007 R TSUKUB32 32-m at Tsuku  50 05 19.5  36 06 11.3    85.6
 7362  A 21702S012 R VERAMZSW 20-m NAOJ VER  51 07 57.2  39 08 00.7   117.3
-SITE/ID
*
* -----------------------------------------------------------------------------
*
+SOURCE/ID
*Code IERS nam ICRF designator  IAU name   IVS name
 0001 0003-066 J000613.8-062335 J0006-0623 0003-066
 0002 0014+813 J001708.4+813508 J0017+8135 0014+813
 0003 0059+581 J010245.7+582411 J0102+5824 0059+581
 0004 0133+476 J013658.5+475129 J0136+4751 0133+476
 0005 0208-512 J021046.2-510101 J0210-5101 0208-512
 0006 0229+131 J023145.8+132254 J0231+1322 0229+131
 0007 0316+413 J031948.1+413042 J0319+4130 3C84    
 0008 0355+508 J035929.7+505750 J0359+5057 NRAO150 
 0009 0528+134 J053056.4+133155 J0530+1331 0528+134
 0010 0537-441 J053850.3-440508 J0538-4405 0537-441
 0011 0552+398 J055530.8+394849 J0555+3948 0552+398
 0012 0556+238 J055932.0+235353 J0559+2353 0556+238
 0013 0602+673 J060752.6+672055 J0607+6720 0602+673
 0014 0607-157 J060940.9-154240 J0609-1542 0607-157
 0015 0642+449 J064632.0+445116 J0646+4451 0642+449
 0016 0727-115 J073019.1-114112 J0730-1141 0727-115
 0017 0749+540 J075301.3+535259 J0753+5352 0749+540
 0018 0851+202 J085448.8+200630 J0854+2006 OJ287   
 0019 0923+392 J092703.0+390220 J0927+3902 4C39.25 
 0020 0955+476 J095819.6+472507 J0958+4725 0955+476
 0021 1034-293 J103716.0-293402 J1037-2934 1034-293
 0022 1044+719 J104827.6+714335 J1048+7143 1044+719
 0023 1053+815 J105811.5+811432 J1058+8114 1053+815
 0024 1124-186 J112704.3-185717 J1127-1857 1124-186
 0025 1226+023 J122906.6+020308 J1229+0203 3C273B  
 0026 1228+126 J123049.4+122328 J1230+1223 3C274   
 0027 1255-316 J125759.0-315516 J1257-3155 1255-316
 0028 1308+326 J131028.6+322043 J1310+3220 1308+326
 0029 1334-127 J133739.7-125724 J1337-1257 1334-127
 0030 1351-018 J135406.8-020603 J1354-0206 1351-018
 0031 1404+286 J140700.3+282714 J1407+2827 OQ208   
 0032 1418+546 J141946.5+542314 J1419+5423 1418+546
 0033 1424-418 J142756.2-420619 J1427-4206 1424-418
 0034 1606+106 J160846.2+102907 J1608+1029 1606+106
 0035 1611+343 J161341.0+341247 J1613+3412 1611+343
 0036 1622-253 J162546.8-252738 J1625-2527 1622-253
 0037 1641+399 J164258.8+394836 J1642+3948 3C345   
 0038 1741-038 J174358.8-035004 J1743-0350 1741-038
 0039 1749+096 J175132.8+093900 J1751+0939 1749+096
 0040 1803+784 J180045.6+782804 J1800+7828 1803+784
 0041 1807+698 J180650.6+694928 J1806+6949 3C371   
 0042 1908-201 J191109.6-200655 J1911-2006 1908-201
 0043 1921-293 J192451.0-291430 J1924-2914 1921-293
 0044 1923+210 J192559.6+210626 J1925+2106 1923+210
 0045 1954-388 J195759.8-384506 J1957-3845 1954-388
 0046 1958-179 J200057.0-174857 J2000-1748 1958-179
 0047 2113+293 J211529.4+293338 J2115+2933 2113+293
 0048 2121+053 J212344.5+053522 J2123+0535 2121+053
 0049 2128-123 J213135.2-120704 J2131-1207 2128-123
 0050 2134+004 J213638.5+004154 J2136+0041 2134+00 
 0051 2136+141 J213901.3+142335 J2139+1423 2136+141
 0052 2145+067 J214805.4+065738 J2148+0657 2145+067
 0053 2201+315 J220314.9+314538 J2203+3145 2201+315
 0054 2251+158 J225357.7+160853 J2253+1608 3C454.3 
 0055 2255-282 J225805.9-275821 J2258-2758 2255-282
-SOURCE/ID
*
* -----------------------------------------------------------------------------
*
+SITE/RECEIVER
*Code PT SBIN T Data_Start__ Data_End____ Receiver Type_______ S/N__ Firmware_ID
 7348  A    1 R 04:351:07314 04:352:07084 ----VLBI Station---- --NM- -----NA----
 7347  A    1 R 04:351:07314 04:352:07084 ----VLBI Station---- --NM- -----NA----
 7345  A    1 R 04:351:07314 04:352:07084 ----VLBI Station---- --NM- -----NA----
 7362  A    1 R 04:351:07314 04:352:07084 ----VLBI Station---- --NM- -----NA----
-SITE/RECEIVER
*
* -----------------------------------------------------------------------------
*
+SITE/ANTENNA
*Code PT SBIN T Data_Start__ Data_End____ Receiver Type_______ S/N__
 7348  A    1 R 04:351:07314 04:352:07084 ----VLBI Station---- --NM-
 7347  A    1 R 04:351:07314 04:352:07084 ----VLBI Station---- --NM-
 7345  A    1 R 04:351:07314 04:352:07084 ----VLBI Station---- --NM-
 7362  A    1 R 04:351:07314 04:352:07084 ----VLBI Station---- --NM-
-SITE/ANTENNA
*
* -----------------------------------------------------------------------------
*
+SITE/ECCENTRICITY
*Code PT SBIN T Data_Start__ Data_End____ typ Apr --> Benchmark (m)_______
 7348  A    1 R 04:351:07314 04:352:07084 XYZ   0.0000   0.0000   0.0000
 7347  A    1 R 04:351:07314 04:352:07084 XYZ   0.0000   0.0000   0.0000
 7345  A    1 R 04:351:07314 04:352:07084 XYZ   0.0000   0.0000   0.0000
 7362  A    1 R 04:351:07314 04:352:07084 XYZ   0.0000   0.0000   0.0000
-SITE/ECCENTRICITY
*
* -----------------------------------------------------------------------------
*
+SOLUTION/EPOCHS
*Code PT SBIN T Data_start__ Data_end____ Mean_epoch__
 7348  A    1 R 04:351:07314 04:352:07084 04:351:49076
 7347  A    1 R 04:351:07314 04:352:07084 04:351:45834
 7345  A    1 R 04:351:07314 04:352:07084 04:351:48786
 7362  A    1 R 04:351:07314 04:352:07084 04:351:48148
-SOLUTION/EPOCH
*
* -----------------------------------------------------------------------------
*
+NUTATION/DATA
 IERS1996 APR IERS1996 apriori nutation expansion was used
 NONE     REF Total nutation angles are reported in estimation block
-NUTATION/DATA
*
* -----------------------------------------------------------------------------
*
+PRECESSION/DATA
 IERS1996 apriori precession constant and obliquity rates were used 
-PRECESSION/DATA
*
* -----------------------------------------------------------------------------
*
+SOLUTION/STATISTICS
* Units for WRMS: sec
 NUMBER OF OBSERVATIONS                  918
 NUMBER OF UNKNOWNS                      410
 WEIGHTED SQUARE SUM OF O-C      2.55269844929355D+12
 SQUARE SUM OF RESIDUALS (VTPV)  1.07885303974626D+03
 VARIANCE FACTOR                 1.48351305184375D+00
 WRMS OF POSTFIT RESIDUALS       4.92692950756361D-11
-SOLUTION/STATISTICS
*
* -----------------------------------------------------------------------------
*
+SOLUTION/APRIORI
*Index Type__ CODE PT SBIN Ref_epoch___ Unit S Apriori_value________ Constraint_
     1 STAX   7348  A    1 04:351:49076 m    2 -3.53021939775375D+06 0.00000D+00
     2 STAY   7348  A    1 04:351:49076 m    2  4.11879746787687D+06 0.00000D+00
     3 STAZ   7348  A    1 04:351:49076 m    2  3.34401558615313D+06 0.00000D+00
     4 STAX   7347  A    1 04:351:45834 m    2 -4.49061825248647D+06 0.00000D+00
     5 STAY   7347  A    1 04:351:45834 m    2  3.48390844736038D+06 0.00000D+00
     6 STAZ   7347  A    1 04:351:45834 m    2  2.88489922227028D+06 0.00000D+00
     7 STAX   7345  A    1 04:351:48786 m    2 -3.95740878854955D+06 0.00000D+00
     8 STAY   7345  A    1 04:351:48786 m    2  3.31022944809310D+06 0.00000D+00
     9 STAZ   7345  A    1 04:351:48786 m    2  3.73749474576576D+06 0.00000D+00
    10 STAX   7362  A    1 04:351:48148 m    2 -3.85724178204204D+06 0.00000D+00
    11 STAY   7362  A    1 04:351:48148 m    2  3.10878480824024D+06 0.00000D+00
    12 STAZ   7362  A    1 04:351:48148 m    2  4.00390049051351D+06 0.00000D+00
    13 XPO    ----  -    1 04:351:50280 mas  2  1.70756180594874D+02 0.00000D+00
    14 XPOR   ----  -    1 04:351:50280 masD 2 -1.45000000033107D+00 0.00000D+00
    15 YPO    ----  -    1 04:351:50280 mas  2  2.61407583393444D+02 0.00000D+00
    16 YPOR   ----  -    1 04:351:50280 masD 2 -1.86000000042465D+00 0.00000D+00
    17 UT1    ----  -    1 04:351:50280 ms   2 -3.24975832111109D+04 0.00000D+00
    18 LOD    ----  -    1 04:351:50280 ms   2  8.05793867280687D-01 -.00000D+00
    19 NUT_LN ----  -    1 04:351:48076 mas  2 -8.19344211639049D+03 0.00000D+00
    20 NUT_OB ----  -    1 04:351:48076 mas  2  7.46749776613187D+03 0.00000D+00
-SOLUTION/APRIORI
*
* -----------------------------------------------------------------------------
*
+SOLUTION/ESTIMATE
*Index TYPE__ CODE PT SBIN Ref_epoch___ Unit S Total_value__________ Formal_erro
     1 STAX   7348  A    1 04:351:49076 m    2 -3.53021940543972D+06 1.13195D-03
     2 STAY   7348  A    1 04:351:49076 m    2  4.11879744205847D+06 1.65203D-03
     3 STAZ   7348  A    1 04:351:49076 m    2  3.34401562868327D+06 1.32412D-03
     4 STAX   7347  A    1 04:351:45834 m    2 -4.49061829708661D+06 1.51570D-03
     5 STAY   7347  A    1 04:351:45834 m    2  3.48390844668666D+06 1.29002D-03
     6 STAZ   7347  A    1 04:351:45834 m    2  2.88489919549898D+06 1.72617D-03
     7 STAX   7345  A    1 04:351:48786 m    2 -3.95740870907863D+06 3.37507D-03
     8 STAY   7345  A    1 04:351:48786 m    2  3.31022942696349D+06 3.04933D-03
     9 STAZ   7345  A    1 04:351:48786 m    2  3.73749469980873D+06 2.97796D-03
    10 STAX   7362  A    1 04:351:48148 m    2 -3.85724180906086D+06 2.66846D-03
    11 STAY   7362  A    1 04:351:48148 m    2  3.10878485598307D+06 2.91698D-03
    12 STAZ   7362  A    1 04:351:48148 m    2  4.00390052077832D+06 3.76092D-03
    13 XPO    ----  -    1 04:351:50280 mas  2  1.70788248297281D+02 1.12783D-01
    14 XPOR   ----  -    1 04:351:50280 masD 2 -2.39001894792229D+01 4.42599D+00
    15 YPO    ----  -    1 04:351:50280 mas  2  2.61477777510552D+02 1.12435D-01
    16 YPOR   ----  -    1 04:351:50280 masD 2 -2.36515619446512D+01 3.82442D+00
    17 UT1    ----  -    1 04:351:50280 ms   2 -3.24974572786283D+04 2.07095D-02
    18 LOD    ----  -    1 04:351:50280 ms   2  9.19366121931904D-01 2.71166D-01
    19 NUT_LN ----  -    1 04:351:48076 mas  2 -8.19206936259592D+03 1.05319D+00
    20 NUT_OB ----  -    1 04:351:48076 mas  2  7.46728787856900D+03 5.96128D-01
-SOLUTION/ESTIMATE
*
* -----------------------------------------------------------------------------
*
+SOLUTION/MATRIX_ESTIMATE L COVA
* Ind1  Ind2 Covariance(ind1,ind2)
     1     1  1.28131624828589D-06
     2     1  4.34913635617270D-07
     2     2  2.72920729970335D-06
     3     1  1.15542009772571D-08
     3     2 -9.22971818123678D-07
     3     3  1.75328597584108D-06
     4     1 -6.62234009934654D-07
     4     2 -7.95714086129357D-07
     4     3 -2.07708434645122D-07
     4     4  2.29735702904787D-06
     5     1 -6.29593520541891D-07
     5     2  1.60375053808601D-07
     5     3 -7.16831151843357D-07
     5     4 -6.14300763164353D-07
     5     5  1.66414006357898D-06
     6     1 -1.20724347885126D-07
     6     2 -5.51732922658469D-07
     6     3  3.84572352916872D-07
     6     4  1.16106978876659D-06
     6     5 -7.47335278155730D-07
     6     6  2.97967890898846D-06
     7     1 -7.61068887215700D-07
     7     2  2.03645930730299D-06
     7     3  1.97198024855735D-07
     7     4 -2.49546648654983D-06
     7     5  1.58745476273299D-06
     7     6  8.63680335168079D-07
     7     7  1.13911293613683D-05
     8     1  5.92915061255314D-07
     8     2 -1.07690429189831D-06
     8     3 -8.47669337049229D-07
     8     4  2.05667659206372D-06
     8     5 -1.64823481809221D-06
     8     6 -6.95069824323710D-07
     8     7 -8.27696112220653D-06
     8     8  9.29840985036531D-06
     9     1  6.77645163608037D-07
     9     2 -1.75365774361999D-06
     9     3 -4.55127110033961D-09
     9     4  2.11653625195895D-06
     9     5 -1.94065105310128D-06
     9     6 -1.34333462847694D-07
     9     7 -7.66271883798456D-06
     9     8  6.48314173882344D-06
     9     9  8.86823393034294D-06
    10     1  1.22133607135525D-07
    10     2 -1.65389566881247D-06
    10     3  1.67672707995576D-08
    10     4  8.92439412506093D-07
    10     5 -3.67546240219206D-07
    10     6 -1.92185528944641D-06
    10     7 -8.13607996562474D-06
    10     8  5.62961274020795D-06
    10     9  4.87018867795785D-06
    10    10  7.12069166435319D-06
    11     1 -4.25626806731251D-07
    11     2 -1.78425923403727D-06
    11     3  2.51170446743027D-06
    11     4 -6.36452482291128D-07
    11     5 -1.82361330668414D-07
    11     6  1.99147678249532D-06
    11     7  4.64357015015863D-06
    11     8 -6.56390427279262D-06
    11     9 -2.78016589282603D-06
    11    10 -3.58155652166661D-06
    11    11  8.50877351101679D-06
    12     1 -5.66320490170224D-07
    12     2  3.22701749392404D-06
    12     3 -2.13493875156473D-06
    12     4 -3.04659883074169D-06
    12     5  3.38624333732987D-06
    12     6 -3.24495535738451D-06
    12     7  6.60683360107823D-06
    12     8 -4.94475111802113D-06
    12     9 -8.73367578458764D-06
    12    10 -2.99556810279021D-06
    12    11 -1.69875141004409D-06
    12    12  1.41445456543036D-05
    13     1 -1.10311414731063D-06
    13     2  8.09779911765945D-06
    13     3 -8.02442104269358D-06
    13     4  3.13509426966634D-06
    13     5 -3.10115993507404D-06
    13     6  1.09828092742170D-05
    13     7  1.85252014183652D-05
    13     8  3.32110407844845D-06
    13     9 -7.67838691421365D-07
    13    10 -2.06087068478500D-05
    13    11 -8.35178916875534D-06
    13    12 -2.21478132381674D-06
    13    13  1.27201161017658D-02
    14     1  2.96250987838559D-04
    14     2 -2.13737606356459D-04
    14     3  2.99504955213869D-04
    14     4  2.20380411376579D-04
    14     5 -5.89795887305923D-04
    14     6  1.27933082054208D-04
    14     7 -1.20601058654196D-03
    14     8  1.08713526644243D-03
    14     9  8.05244657043965D-04
    14    10  6.94320106063897D-04
    14    11 -2.81069631112527D-04
    14    12 -1.22962378103424D-03
    14    13  3.69833277947601D-03
    14    14  1.95894212233692D+01
    15     1 -3.02928294699531D-06
    15     2 -4.37362351083380D-06
    15     3  7.94449338091508D-06
    15     4 -6.59268014426956D-06
    15     5  1.00786465063682D-05
    15     6 -6.51425502937338D-06
    15     7  6.27947959590738D-06
    15     8 -2.74888800939821D-05
    15     9 -2.43882302644656D-05
    15    10  3.36728384775451D-06
    15    11  2.18196739549430D-05
    15    12  2.29501557552632D-05
    15    13  3.57881848259208D-04
    15    14  1.00766328686926D-03
    15    15  1.26416089169010D-02
    16     1 -2.94486156843256D-05
    16     2 -3.07101790876700D-05
    16     3  3.01052891971637D-04
    16     4 -3.81293571031819D-05
    16     5 -1.54969743900874D-04
    16     6  2.41093767144202D-04
    16     7  4.47064665925232D-04
    16     8 -3.05261802619207D-04
    16     9 -5.34852863317014D-04
    16    10 -3.73855398175080D-04
    16    11  4.94848958248872D-04
    16    12 -4.83242169248044D-06
    16    13  2.94414673052583D-03
    16    14  9.53193479406449D+00
    16    15  6.76524223678525D-04
    16    16  1.46261982044520D+01
    17     1  1.04191486852146D-06
    17     2 -4.12012787228355D-06
    17     3  2.74652066076500D-06
    17     4  5.95791415084669D-07
    17     5  1.38354341128293D-06
    17     6 -2.68123725522605D-06
    17     7 -1.25536299371031D-05
    17     8 -6.46871776307870D-07
    17     9  1.13172980666288D-06
    17    10  1.08966475354174D-05
    17    11  3.36634575558973D-06
    17    12 -1.20168928372715D-06
    17    13  1.72898715726545D-04
    17    14  2.16582034390957D-03
    17    15 -2.00139061019080D-04
    17    16  3.15004447713623D-03
    17    17  4.28885036679285D-04
    18     1 -2.31893693243241D-05
    18     2  7.34547650916043D-06
    18     3  5.45904788987733D-06
    18     4 -2.36515152785678D-05
    18     5  3.70525748620339D-05
    18     6  2.03377948649484D-06
    18     7  1.13002890512394D-04
    18     8 -1.14713904617786D-04
    18     9 -1.05696343123766D-04
    18    10 -6.61936092691430D-05
    18    11  7.03508195813776D-05
    18    12  9.81326039881505D-05
    18    13 -3.60394203560202D-05
    18    14 -5.65325054623176D-01
    18    15 -8.74764805318511D-05
    18    16  3.40923695357813D-01
    18    17 -1.12571945551746D-05
    18    18  7.35309032398779D-02
    19     1 -1.21712862493756D-05
    19     2  1.13255535342588D-05
    19     3 -4.57277173530392D-06
    19     4 -4.63343057771269D-05
    19     5  4.22549298784258D-05
    19     6 -2.33199611626675D-05
    19     7  8.52921168854891D-05
    19     8 -7.95575364975770D-05
    19     9 -1.20694482519409D-04
    19    10 -2.74270915685070D-05
    19    11  2.56868399461821D-05
    19    12  1.48152438138555D-04
    19    13 -1.65634307226933D-03
    19    14  4.29308751519011D-01
    19    15  1.11568598028858D-03
    19    16  1.29923454459729D-01
    19    17  4.39461448183235D-04
    19    18  3.29460273839540D-02
    19    19  1.10921696246956D+00
    20     1  7.45300404014231D-05
    20     2  5.62115358856341D-05
    20     3  1.91595092563852D-05
    20     4 -6.33954071757882D-06
    20     5 -7.05522174112170D-05
    20     6  7.28952363645478D-05
    20     7 -2.97166571791066D-05
    20     8  8.95412207244952D-06
    20     9 -3.23531893975016D-05
    20    10 -3.87629042586813D-05
    20    11  5.16474488911291D-06
    20    12 -5.98065743203134D-05
    20    13  1.20035505325360D-04
    20    14  2.30799849278778D-01
    20    15 -2.98746684239852D-04
    20    16 -4.47420510510046D-01
    20    17 -3.26423439576374D-04
    20    18  6.22331802610934D-03
    20    19  1.12484131075265D-01
    20    20  3.55368693331779D-01
-SOLUTION/MATRIX_ESTIMATE L COVA
*
* -----------------------------------------------------------------------------
*
+SOLUTION/CONSTRAINT_INFO
*Index Cns_abr  Subind Unit  Description_of_constraint
     1 CLO_RATE      1 d/l   Clock rate between segments     
     2 CLO_RATE      2 d/l   Clock rate between segments     
     3 CLO_RATE      3 d/l   Clock rate between segments     
     4 CLO_RATE      4 d/l   Clock rate between segments     
     5 CLO_RATE      5 d/l   Clock rate between segments     
     6 CLO_RATE      6 d/l   Clock rate between segments     
     7 CLO_RATE      7 d/l   Clock rate between segments     
     8 CLO_RATE      8 d/l   Clock rate between segments     
     9 CLO_RATE      9 d/l   Clock rate between segments     
    10 CLO_RATE     10 d/l   Clock rate between segments     
    11 CLO_RATE     11 d/l   Clock rate between segments     
    12 CLO_RATE     12 d/l   Clock rate between segments     
    13 CLO_RATE     13 d/l   Clock rate between segments     
    14 CLO_RATE     14 d/l   Clock rate between segments     
    15 CLO_RATE     15 d/l   Clock rate between segments     
    16 CLO_RATE     16 d/l   Clock rate between segments     
    17 CLO_RATE     17 d/l   Clock rate between segments     
    18 CLO_RATE     18 d/l   Clock rate between segments     
    19 CLO_RATE     19 d/l   Clock rate between segments     
    20 CLO_RATE     20 d/l   Clock rate between segments     
    21 CLO_RATE     21 d/l   Clock rate between segments     
    22 CLO_RATE     22 d/l   Clock rate between segments     
    23 CLO_RATE     23 d/l   Clock rate between segments     
    24 CLO_RATE     24 d/l   Clock rate between segments     
    25 ATM_RATE      1 d/l   Atmosphere rate between segments
    26 ATM_RATE      2 d/l   Atmosphere rate between segments
    27 ATM_RATE      3 d/l   Atmosphere rate between segments
    28 ATM_RATE      4 d/l   Atmosphere rate between segments
    29 ATM_RATE      5 d/l   Atmosphere rate between segments
    30 ATM_RATE      6 d/l   Atmosphere rate between segments
    31 ATM_RATE      7 d/l   Atmosphere rate between segments
    32 ATM_RATE      8 d/l   Atmosphere rate between segments
    33 ATM_RATE      9 d/l   Atmosphere rate between segments
    34 ATM_RATE     10 d/l   Atmosphere rate between segments
    35 ATM_RATE     11 d/l   Atmosphere rate between segments
    36 ATM_RATE     12 d/l   Atmosphere rate between segments
    37 ATM_RATE     13 d/l   Atmosphere rate between segments
    38 ATM_RATE     14 d/l   Atmosphere rate between segments
    39 ATM_RATE     15 d/l   Atmosphere rate between segments
    40 ATM_RATE     16 d/l   Atmosphere rate between segments
    41 ATM_RATE     17 d/l   Atmosphere rate between segments
    42 ATM_RATE     18 d/l   Atmosphere rate between segments
    43 ATM_RATE     19 d/l   Atmosphere rate between segments
    44 ATM_RATE     20 d/l   Atmosphere rate between segments
    45 ATM_RATE     21 d/l   Atmosphere rate between segments
    46 ATM_RATE     22 d/l   Atmosphere rate between segments
    47 ATM_RATE     23 d/l   Atmosphere rate between segments
    48 ATM_RATE     24 d/l   Atmosphere rate between segments
    49 ATM_RATE     25 d/l   Atmosphere rate between segments
    50 ATM_RATE     26 d/l   Atmosphere rate between segments
    51 ATM_RATE     27 d/l   Atmosphere rate between segments
    52 ATM_RATE     28 d/l   Atmosphere rate between segments
    53 ATM_RATE     29 d/l   Atmosphere rate between segments
    54 ATM_RATE     30 d/l   Atmosphere rate between segments
    55 ATM_RATE     31 d/l   Atmosphere rate between segments
    56 ATM_RATE     32 d/l   Atmosphere rate between segments
    57 ATM_RATE     33 d/l   Atmosphere rate between segments
    58 ATM_RATE     34 d/l   Atmosphere rate between segments
    59 ATM_RATE     35 d/l   Atmosphere rate between segments
    60 ATM_RATE     36 d/l   Atmosphere rate between segments
    61 ATM_RATE     37 d/l   Atmosphere rate between segments
    62 ATM_RATE     38 d/l   Atmosphere rate between segments
    63 ATM_RATE     39 d/l   Atmosphere rate between segments
    64 ATM_RATE     40 d/l   Atmosphere rate between segments
    65 ATM_RATE     41 d/l   Atmosphere rate between segments
    66 ATM_RATE     42 d/l   Atmosphere rate between segments
    67 ATM_RATE     43 d/l   Atmosphere rate between segments
    68 ATM_RATE     44 d/l   Atmosphere rate between segments
    69 ATM_RATE     45 d/l   Atmosphere rate between segments
    70 ATM_RATE     46 d/l   Atmosphere rate between segments
    71 ATM_RATE     47 d/l   Atmosphere rate between segments
    72 ATM_RATE     48 d/l   Atmosphere rate between segments
    73 ATM_RATE     49 d/l   Atmosphere rate between segments
    74 ATM_RATE     50 d/l   Atmosphere rate between segments
    75 ATM_RATE     51 d/l   Atmosphere rate between segments
    76 ATM_RATE     52 d/l   Atmosphere rate between segments
    77 ATM_RATE     53 d/l   Atmosphere rate between segments
    78 ATM_RATE     54 d/l   Atmosphere rate between segments
    79 ATM_RATE     55 d/l   Atmosphere rate between segments
    80 ATM_RATE     56 d/l   Atmosphere rate between segments
    81 ATM_RATE     57 d/l   Atmosphere rate between segments
    82 ATM_RATE     58 d/l   Atmosphere rate between segments
    83 ATM_RATE     59 d/l   Atmosphere rate between segments
    84 ATM_RATE     60 d/l   Atmosphere rate between segments
    85 ATM_RATE     61 d/l   Atmosphere rate between segments
    86 ATM_RATE     62 d/l   Atmosphere rate between segments
    87 ATM_RATE     63 d/l   Atmosphere rate between segments
    88 ATM_RATE     64 d/l   Atmosphere rate between segments
    89 ATM_RATE     65 d/l   Atmosphere rate between segments
    90 ATM_RATE     66 d/l   Atmosphere rate between segments
    91 ATM_RATE     67 d/l   Atmosphere rate between segments
    92 ATM_RATE     68 d/l   Atmosphere rate between segments
    93 ATM_RATE     69 d/l   Atmosphere rate between segments
    94 ATM_RATE     70 d/l   Atmosphere rate between segments
    95 ATM_RATE     71 d/l   Atmosphere rate between segments
    96 ATM_RATE     72 d/l   Atmosphere rate between segments
    97 CLO_RATE     25 d/l   Clock rate between segments     
    98 CLO_RATE     26 d/l   Clock rate between segments     
    99 CLO_RATE     27 d/l   Clock rate between segments     
   100 CLO_RATE     28 d/l   Clock rate between segments     
   101 CLO_RATE     29 d/l   Clock rate between segments     
   102 CLO_RATE     30 d/l   Clock rate between segments     
   103 CLO_RATE     31 d/l   Clock rate between segments     
   104 CLO_RATE     32 d/l   Clock rate between segments     
   105 CLO_RATE     33 d/l   Clock rate between segments     
   106 CLO_RATE     34 d/l   Clock rate between segments     
   107 CLO_RATE     35 d/l   Clock rate between segments     
   108 CLO_RATE     36 d/l   Clock rate between segments     
   109 CLO_RATE     37 d/l   Clock rate between segments     
   110 CLO_RATE     38 d/l   Clock rate between segments     
   111 CLO_RATE     39 d/l   Clock rate between segments     
   112 CLO_RATE     40 d/l   Clock rate between segments     
   113 CLO_RATE     41 d/l   Clock rate between segments     
   114 CLO_RATE     42 d/l   Clock rate between segments     
   115 CLO_RATE     43 d/l   Clock rate between segments     
   116 CLO_RATE     44 d/l   Clock rate between segments     
   117 CLO_RATE     45 d/l   Clock rate between segments     
   118 CLO_RATE     46 d/l   Clock rate between segments     
   119 CLO_RATE     47 d/l   Clock rate between segments     
   120 CLO_RATE     48 d/l   Clock rate between segments     
   121 ATM_RATE     73 d/l   Atmosphere rate between segments
   122 ATM_RATE     74 d/l   Atmosphere rate between segments
   123 ATM_RATE     75 d/l   Atmosphere rate between segments
   124 ATM_RATE     76 d/l   Atmosphere rate between segments
   125 ATM_RATE     77 d/l   Atmosphere rate between segments
   126 ATM_RATE     78 d/l   Atmosphere rate between segments
   127 ATM_RATE     79 d/l   Atmosphere rate between segments
   128 ATM_RATE     80 d/l   Atmosphere rate between segments
   129 ATM_RATE     81 d/l   Atmosphere rate between segments
   130 ATM_RATE     82 d/l   Atmosphere rate between segments
   131 ATM_RATE     83 d/l   Atmosphere rate between segments
   132 ATM_RATE     84 d/l   Atmosphere rate between segments
   133 ATM_RATE     85 d/l   Atmosphere rate between segments
   134 ATM_RATE     86 d/l   Atmosphere rate between segments
   135 ATM_RATE     87 d/l   Atmosphere rate between segments
   136 ATM_RATE     88 d/l   Atmosphere rate between segments
   137 ATM_RATE     89 d/l   Atmosphere rate between segments
   138 ATM_RATE     90 d/l   Atmosphere rate between segments
   139 ATM_RATE     91 d/l   Atmosphere rate between segments
   140 ATM_RATE     92 d/l   Atmosphere rate between segments
   141 ATM_RATE     93 d/l   Atmosphere rate between segments
   142 ATM_RATE     94 d/l   Atmosphere rate between segments
   143 ATM_RATE     95 d/l   Atmosphere rate between segments
   144 ATM_RATE     96 d/l   Atmosphere rate between segments
   145 ATM_RATE     97 d/l   Atmosphere rate between segments
   146 ATM_RATE     98 d/l   Atmosphere rate between segments
   147 ATM_RATE     99 d/l   Atmosphere rate between segments
   148 ATM_RATE    100 d/l   Atmosphere rate between segments
   149 ATM_RATE    101 d/l   Atmosphere rate between segments
   150 ATM_RATE    102 d/l   Atmosphere rate between segments
   151 ATM_RATE    103 d/l   Atmosphere rate between segments
   152 ATM_RATE    104 d/l   Atmosphere rate between segments
   153 ATM_RATE    105 d/l   Atmosphere rate between segments
   154 ATM_RATE    106 d/l   Atmosphere rate between segments
   155 ATM_RATE    107 d/l   Atmosphere rate between segments
   156 ATM_RATE    108 d/l   Atmosphere rate between segments
   157 ATM_RATE    109 d/l   Atmosphere rate between segments
   158 ATM_RATE    110 d/l   Atmosphere rate between segments
   159 ATM_RATE    111 d/l   Atmosphere rate between segments
   160 ATM_RATE    112 d/l   Atmosphere rate between segments
   161 ATM_RATE    113 d/l   Atmosphere rate between segments
   162 ATM_RATE    114 d/l   Atmosphere rate between segments
   163 ATM_RATE    115 d/l   Atmosphere rate between segments
   164 ATM_RATE    116 d/l   Atmosphere rate between segments
   165 ATM_RATE    117 d/l   Atmosphere rate between segments
   166 ATM_RATE    118 d/l   Atmosphere rate between segments
   167 ATM_RATE    119 d/l   Atmosphere rate between segments
   168 ATM_RATE    120 d/l   Atmosphere rate between segments
   169 ATM_RATE    121 d/l   Atmosphere rate between segments
   170 ATM_RATE    122 d/l   Atmosphere rate between segments
   171 ATM_RATE    123 d/l   Atmosphere rate between segments
   172 ATM_RATE    124 d/l   Atmosphere rate between segments
   173 ATM_RATE    125 d/l   Atmosphere rate between segments
   174 ATM_RATE    126 d/l   Atmosphere rate between segments
   175 ATM_RATE    127 d/l   Atmosphere rate between segments
   176 ATM_RATE    128 d/l   Atmosphere rate between segments
   177 ATM_RATE    129 d/l   Atmosphere rate between segments
   178 ATM_RATE    130 d/l   Atmosphere rate between segments
   179 ATM_RATE    131 d/l   Atmosphere rate between segments
   180 ATM_RATE    132 d/l   Atmosphere rate between segments
   181 ATM_RATE    133 d/l   Atmosphere rate between segments
   182 ATM_RATE    134 d/l   Atmosphere rate between segments
   183 ATM_RATE    135 d/l   Atmosphere rate between segments
   184 ATM_RATE    136 d/l   Atmosphere rate between segments
   185 ATM_RATE    137 d/l   Atmosphere rate between segments
   186 ATM_RATE    138 d/l   Atmosphere rate between segments
   187 ATM_RATE    139 d/l   Atmosphere rate between segments
   188 ATM_RATE    140 d/l   Atmosphere rate between segments
   189 ATM_RATE    141 d/l   Atmosphere rate between segments
   190 ATM_RATE    142 d/l   Atmosphere rate between segments
   191 ATM_RATE    143 d/l   Atmosphere rate between segments
   192 ATM_RATE    144 d/l   Atmosphere rate between segments
   193 ATM_RATE    145 d/l   Atmosphere rate between segments
   194 ATM_RATE    146 d/l   Atmosphere rate between segments
   195 ATM_RATE    147 d/l   Atmosphere rate between segments
   196 ATM_RATE    148 d/l   Atmosphere rate between segments
   197 ATM_RATE    149 d/l   Atmosphere rate between segments
   198 ATM_RATE    150 d/l   Atmosphere rate between segments
   199 ATM_RATE    151 d/l   Atmosphere rate between segments
   200 ATM_RATE    152 d/l   Atmosphere rate between segments
   201 ATM_RATE    153 d/l   Atmosphere rate between segments
   202 ATM_RATE    154 d/l   Atmosphere rate between segments
   203 ATM_RATE    155 d/l   Atmosphere rate between segments
   204 ATM_RATE    156 d/l   Atmosphere rate between segments
   205 ATM_RATE    157 d/l   Atmosphere rate between segments
   206 ATM_RATE    158 d/l   Atmosphere rate between segments
   207 ATM_RATE    159 d/l   Atmosphere rate between segments
   208 ATM_RATE    160 d/l   Atmosphere rate between segments
   209 ATM_RATE    161 d/l   Atmosphere rate between segments
   210 ATM_RATE    162 d/l   Atmosphere rate between segments
   211 ATM_RATE    163 d/l   Atmosphere rate between segments
   212 ATM_RATE    164 d/l   Atmosphere rate between segments
   213 ATM_RATE    165 d/l   Atmosphere rate between segments
   214 ATM_RATE    166 d/l   Atmosphere rate between segments
   215 ATM_RATE    167 d/l   Atmosphere rate between segments
   216 ATM_RATE    168 d/l   Atmosphere rate between segments
   217 ATM_RATE    169 d/l   Atmosphere rate between segments
   218 ATM_RATE    170 d/l   Atmosphere rate between segments
   219 ATM_RATE    171 d/l   Atmosphere rate between segments
   220 ATM_RATE    172 d/l   Atmosphere rate between segments
   221 ATM_RATE    173 d/l   Atmosphere rate between segments
   222 ATM_RATE    174 d/l   Atmosphere rate between segments
   223 ATM_RATE    175 d/l   Atmosphere rate between segments
   224 ATM_RATE    176 d/l   Atmosphere rate between segments
   225 ATM_RATE    177 d/l   Atmosphere rate between segments
   226 ATM_RATE    178 d/l   Atmosphere rate between segments
   227 ATM_RATE    179 d/l   Atmosphere rate between segments
   228 ATM_RATE    180 d/l   Atmosphere rate between segments
   229 ATM_RATE    181 d/l   Atmosphere rate between segments
   230 ATM_RATE    182 d/l   Atmosphere rate between segments
   231 ATM_RATE    183 d/l   Atmosphere rate between segments
   232 ATM_RATE    184 d/l   Atmosphere rate between segments
   233 ATM_RATE    185 d/l   Atmosphere rate between segments
   234 ATM_RATE    186 d/l   Atmosphere rate between segments
   235 ATM_RATE    187 d/l   Atmosphere rate between segments
   236 ATM_RATE    188 d/l   Atmosphere rate between segments
   237 ATM_RATE    189 d/l   Atmosphere rate between segments
   238 ATM_RATE    190 d/l   Atmosphere rate between segments
   239 ATM_RATE    191 d/l   Atmosphere rate between segments
   240 ATM_RATE    192 d/l   Atmosphere rate between segments
   241 ATM_RATE    193 d/l   Atmosphere rate between segments
   242 ATM_RATE    194 d/l   Atmosphere rate between segments
   243 ATM_RATE    195 d/l   Atmosphere rate between segments
   244 ATM_RATE    196 d/l   Atmosphere rate between segments
   245 ATM_RATE    197 d/l   Atmosphere rate between segments
   246 ATM_RATE    198 d/l   Atmosphere rate between segments
   247 ATM_RATE    199 d/l   Atmosphere rate between segments
   248 ATM_RATE    200 d/l   Atmosphere rate between segments
   249 ATM_RATE    201 d/l   Atmosphere rate between segments
   250 ATM_RATE    202 d/l   Atmosphere rate between segments
   251 ATM_RATE    203 d/l   Atmosphere rate between segments
   252 ATM_RATE    204 d/l   Atmosphere rate between segments
   253 ATM_RATE    205 d/l   Atmosphere rate between segments
   254 ATM_RATE    206 d/l   Atmosphere rate between segments
   255 ATM_RATE    207 d/l   Atmosphere rate between segments
   256 ATM_RATE    208 d/l   Atmosphere rate between segments
   257 ATM_RATE    209 d/l   Atmosphere rate between segments
   258 ATM_RATE    210 d/l   Atmosphere rate between segments
   259 ATM_RATE    211 d/l   Atmosphere rate between segments
   260 ATM_RATE    212 d/l   Atmosphere rate between segments
   261 ATM_RATE    213 d/l   Atmosphere rate between segments
   262 ATM_RATE    214 d/l   Atmosphere rate between segments
   263 ATM_RATE    215 d/l   Atmosphere rate between segments
   264 ATM_RATE    216 d/l   Atmosphere rate between segments
   265 CLO_RATE     49 d/l   Clock rate between segments     
   266 CLO_RATE     50 d/l   Clock rate between segments     
   267 CLO_RATE     51 d/l   Clock rate between segments     
   268 CLO_RATE     52 d/l   Clock rate between segments     
   269 CLO_RATE     53 d/l   Clock rate between segments     
   270 CLO_RATE     54 d/l   Clock rate between segments     
   271 CLO_RATE     55 d/l   Clock rate between segments     
   272 CLO_RATE     56 d/l   Clock rate between segments     
   273 CLO_RATE     57 d/l   Clock rate between segments     
   274 CLO_RATE     58 d/l   Clock rate between segments     
   275 CLO_RATE     59 d/l   Clock rate between segments     
   276 CLO_RATE     60 d/l   Clock rate between segments     
   277 CLO_RATE     61 d/l   Clock rate between segments     
   278 CLO_RATE     62 d/l   Clock rate between segments     
   279 CLO_RATE     63 d/l   Clock rate between segments     
   280 CLO_RATE     64 d/l   Clock rate between segments     
   281 CLO_RATE     65 d/l   Clock rate between segments     
   282 CLO_RATE     66 d/l   Clock rate between segments     
   283 CLO_RATE     67 d/l   Clock rate between segments     
   284 CLO_RATE     68 d/l   Clock rate between segments     
   285 CLO_RATE     69 d/l   Clock rate between segments     
   286 CLO_RATE     70 d/l   Clock rate between segments     
   287 CLO_RATE     71 d/l   Clock rate between segments     
   288 CLO_RATE     72 d/l   Clock rate between segments     
   289 ATM_RATE    217 d/l   Atmosphere rate between segments
   290 ATM_RATE    218 d/l   Atmosphere rate between segments
   291 ATM_RATE    219 d/l   Atmosphere rate between segments
   292 ATM_RATE    220 d/l   Atmosphere rate between segments
   293 ATM_RATE    221 d/l   Atmosphere rate between segments
   294 ATM_RATE    222 d/l   Atmosphere rate between segments
   295 ATM_RATE    223 d/l   Atmosphere rate between segments
   296 ATM_RATE    224 d/l   Atmosphere rate between segments
   297 ATM_RATE    225 d/l   Atmosphere rate between segments
   298 ATM_RATE    226 d/l   Atmosphere rate between segments
   299 ATM_RATE    227 d/l   Atmosphere rate between segments
   300 ATM_RATE    228 d/l   Atmosphere rate between segments
   301 ATM_RATE    229 d/l   Atmosphere rate between segments
   302 ATM_RATE    230 d/l   Atmosphere rate between segments
   303 ATM_RATE    231 d/l   Atmosphere rate between segments
   304 ATM_RATE    232 d/l   Atmosphere rate between segments
   305 ATM_RATE    233 d/l   Atmosphere rate between segments
   306 ATM_RATE    234 d/l   Atmosphere rate between segments
   307 ATM_RATE    235 d/l   Atmosphere rate between segments
   308 ATM_RATE    236 d/l   Atmosphere rate between segments
   309 ATM_RATE    237 d/l   Atmosphere rate between segments
   310 ATM_RATE    238 d/l   Atmosphere rate between segments
   311 ATM_RATE    239 d/l   Atmosphere rate between segments
   312 ATM_RATE    240 d/l   Atmosphere rate between segments
   313 ATM_RATE    241 d/l   Atmosphere rate between segments
   314 ATM_RATE    242 d/l   Atmosphere rate between segments
   315 ATM_RATE    243 d/l   Atmosphere rate between segments
   316 ATM_RATE    244 d/l   Atmosphere rate between segments
   317 ATM_RATE    245 d/l   Atmosphere rate between segments
   318 ATM_RATE    246 d/l   Atmosphere rate between segments
   319 ATM_RATE    247 d/l   Atmosphere rate between segments
   320 ATM_RATE    248 d/l   Atmosphere rate between segments
   321 ATM_RATE    249 d/l   Atmosphere rate between segments
   322 ATM_RATE    250 d/l   Atmosphere rate between segments
   323 ATM_RATE    251 d/l   Atmosphere rate between segments
   324 ATM_RATE    252 d/l   Atmosphere rate between segments
   325 ATM_RATE    253 d/l   Atmosphere rate between segments
   326 ATM_RATE    254 d/l   Atmosphere rate between segments
   327 ATM_RATE    255 d/l   Atmosphere rate between segments
   328 ATM_RATE    256 d/l   Atmosphere rate between segments
   329 ATM_RATE    257 d/l   Atmosphere rate between segments
   330 ATM_RATE    258 d/l   Atmosphere rate between segments
   331 ATM_RATE    259 d/l   Atmosphere rate between segments
   332 ATM_RATE    260 d/l   Atmosphere rate between segments
   333 ATM_RATE    261 d/l   Atmosphere rate between segments
   334 ATM_RATE    262 d/l   Atmosphere rate between segments
   335 ATM_RATE    263 d/l   Atmosphere rate between segments
   336 ATM_RATE    264 d/l   Atmosphere rate between segments
   337 ATM_RATE    265 d/l   Atmosphere rate between segments
   338 ATM_RATE    266 d/l   Atmosphere rate between segments
   339 ATM_RATE    267 d/l   Atmosphere rate between segments
   340 ATM_RATE    268 d/l   Atmosphere rate between segments
   341 ATM_RATE    269 d/l   Atmosphere rate between segments
   342 ATM_RATE    270 d/l   Atmosphere rate between segments
   343 ATM_RATE    271 d/l   Atmosphere rate between segments
   344 ATM_RATE    272 d/l   Atmosphere rate between segments
   345 ATM_RATE    273 d/l   Atmosphere rate between segments
   346 ATM_RATE    274 d/l   Atmosphere rate between segments
   347 ATM_RATE    275 d/l   Atmosphere rate between segments
   348 ATM_RATE    276 d/l   Atmosphere rate between segments
   349 ATM_RATE    277 d/l   Atmosphere rate between segments
   350 ATM_RATE    278 d/l   Atmosphere rate between segments
   351 ATM_RATE    279 d/l   Atmosphere rate between segments
   352 ATM_RATE    280 d/l   Atmosphere rate between segments
   353 ATM_RATE    281 d/l   Atmosphere rate between segments
   354 ATM_RATE    282 d/l   Atmosphere rate between segments
   355 ATM_RATE    283 d/l   Atmosphere rate between segments
   356 ATM_RATE    284 d/l   Atmosphere rate between segments
   357 ATM_RATE    285 d/l   Atmosphere rate between segments
   358 ATM_RATE    286 d/l   Atmosphere rate between segments
   359 ATM_RATE    287 d/l   Atmosphere rate between segments
   360 ATM_RATE    288 d/l   Atmosphere rate between segments
   361 BLC_VAL       1 sec   Baseline clock                  
   362 BLC_VAL       2 sec   Baseline clock                  
   363 BLC_VAL       3 sec   Baseline clock                  
   364 EOP_XPL       1 mas   Constraint on X pole value      
   365 EOP_YPL       1 mas   Constraint on Y pole value      
   366 EOP_UT1       1 ms    Constraint on UT1 angle         
   367 GRAD_OFF      1 mm    Atmosphere gradient offset      
   368 GRAD_RAT      1 mm/d  Atmosphere gradient rate        
   369 GRAD_RAT      2 mm/d  Atmosphere gradient rate        
   370 GRAD_RAT      3 mm/d  Atmosphere gradient rate        
   371 GRAD_OFF      2 mm    Atmosphere gradient offset      
   372 GRAD_RAT      4 mm/d  Atmosphere gradient rate        
   373 GRAD_RAT      5 mm/d  Atmosphere gradient rate        
   374 GRAD_RAT      6 mm/d  Atmosphere gradient rate        
   375 NNT_POS       1 m     No-net translation for positions
   376 NNT_POS       2 m     No-net translation for positions
   377 NNT_POS       3 m     No-net translation for positions
   378 NNR_POS       1 m     No-net rotation for positions   
   379 NNR_POS       2 m     No-net rotation for positions   
   380 NNR_POS       3 m     No-net rotation for positions   
-SOLUTION/CONSTRAINT_INFO
*
* -----------------------------------------------------------------------------
*
+SOLUTION/CONSTRAINT_EQUATION_MATRIX
* IND1  runs over constaint equations
* IND2  runs over parameters to be constrainted
*
* Ind1  Ind2 Constraint_equation(ind1,ind2)
   364    13  1.00000000000000D+00
   365    15  1.00000000000000D+00
   366    17  1.00000000000000D+00
   375     1  1.00000000000000D+00
   375     4  1.00000000000000D+00
   375     7  1.00000000000000D+00
   375    10  1.00000000000000D+00
   376     2  1.00000000000000D+00
   376     5  1.00000000000000D+00
   376     8  1.00000000000000D+00
   376    11  1.00000000000000D+00
   377     3  1.00000000000000D+00
   377     6  1.00000000000000D+00
   377     9  1.00000000000000D+00
   377    12  1.00000000000000D+00
   378     2 -5.25213291485960D-01
   378     3  6.46900979027670D-01
   378     5 -4.52919783559227D-01
   378     6  5.46962228700839D-01
   378     8 -5.87328830560725D-01
   378     9  5.20186181587102D-01
   378    11 -6.29402415920073D-01
   378    12  4.88692627472816D-01
   379     1  5.25213291485960D-01
   379     3  5.54458524858888D-01
   379     4  4.52919783559227D-01
   379     6  7.05012450821788D-01
   379     7  5.87328830560725D-01
   379     9  6.21887222663831D-01
   379    10  6.29402415920073D-01
   379    12  6.06348059068628D-01
   380     1 -6.46900979027670D-01
   380     2 -5.54458524858888D-01
   380     4 -5.46962228700839D-01
   380     5 -7.05012450821788D-01
   380     7 -5.20186181587102D-01
   380     8 -6.21887222663831D-01
   380    10 -4.88692627472816D-01
   380    11 -6.06348059068628D-01
-SOLUTION/CONSTRAINT_EQUATION_MATRIX
*
* -----------------------------------------------------------------------------
*
+SOLUTION/CONSTRAINT_EQUATION_VECTOR
*Index  Right_hand_value____  Reciprocal_weight___
     1  0.00000000000000D+00  5.00000000000000D-14
     2  0.00000000000000D+00  5.00000000000000D-14
     3  0.00000000000000D+00  5.00000000000000D-14
     4  0.00000000000000D+00  5.00000000000000D-14
     5  0.00000000000000D+00  5.00000000000000D-14
     6  0.00000000000000D+00  5.00000000000000D-14
     7  0.00000000000000D+00  5.00000000000000D-14
     8  0.00000000000000D+00  5.00000000000000D-14
     9  0.00000000000000D+00  5.00000000000000D-14
    10  0.00000000000000D+00  5.00000000000000D-14
    11  0.00000000000000D+00  5.00000000000000D-14
    12  0.00000000000000D+00  5.00000000000000D-14
    13  0.00000000000000D+00  5.00000000000000D-14
    14  0.00000000000000D+00  5.00000000000000D-14
    15  0.00000000000000D+00  5.00000000000000D-14
    16  0.00000000000000D+00  5.00000000000000D-14
    17  0.00000000000000D+00  5.00000000000000D-14
    18  0.00000000000000D+00  5.00000000000000D-14
    19  0.00000000000000D+00  5.00000000000000D-14
    20  0.00000000000000D+00  5.00000000000000D-14
    21  0.00000000000000D+00  5.00000000000000D-14
    22  0.00000000000000D+00  5.00000000000000D-14
    23  0.00000000000000D+00  5.00000000000000D-14
    24  0.00000000000000D+00  5.00000000000000D-14
    25  0.00000000000000D+00  1.38888888888889D-14
    26  0.00000000000000D+00  1.38888888888889D-14
    27  0.00000000000000D+00  1.38888888888889D-14
    28  0.00000000000000D+00  1.38888888888889D-14
    29  0.00000000000000D+00  1.38888888888889D-14
    30  0.00000000000000D+00  1.38888888888889D-14
    31  0.00000000000000D+00  1.38888888888889D-14
    32  0.00000000000000D+00  1.38888888888889D-14
    33  0.00000000000000D+00  1.38888888888889D-14
    34  0.00000000000000D+00  1.38888888888889D-14
    35  0.00000000000000D+00  1.38888888888889D-14
    36  0.00000000000000D+00  1.38888888888889D-14
    37  0.00000000000000D+00  1.38888888888889D-14
    38  0.00000000000000D+00  1.38888888888889D-14
    39  0.00000000000000D+00  1.38888888888889D-14
    40  0.00000000000000D+00  1.38888888888889D-14
    41  0.00000000000000D+00  1.38888888888889D-14
    42  0.00000000000000D+00  1.38888888888889D-14
    43  0.00000000000000D+00  1.38888888888889D-14
    44  0.00000000000000D+00  1.38888888888889D-14
    45  0.00000000000000D+00  1.38888888888889D-14
    46  0.00000000000000D+00  1.38888888888889D-14
    47  0.00000000000000D+00  1.38888888888889D-14
    48  0.00000000000000D+00  1.38888888888889D-14
    49  0.00000000000000D+00  1.38888888888889D-14
    50  0.00000000000000D+00  1.38888888888889D-14
    51  0.00000000000000D+00  1.38888888888889D-14
    52  0.00000000000000D+00  1.38888888888889D-14
    53  0.00000000000000D+00  1.38888888888889D-14
    54  0.00000000000000D+00  1.38888888888889D-14
    55  0.00000000000000D+00  1.38888888888889D-14
    56  0.00000000000000D+00  1.38888888888889D-14
    57  0.00000000000000D+00  1.38888888888889D-14
    58  0.00000000000000D+00  1.38888888888889D-14
    59  0.00000000000000D+00  1.38888888888889D-14
    60  0.00000000000000D+00  1.38888888888889D-14
    61  0.00000000000000D+00  1.38888888888889D-14
    62  0.00000000000000D+00  1.38888888888889D-14
    63  0.00000000000000D+00  1.38888888888889D-14
    64  0.00000000000000D+00  1.38888888888889D-14
    65  0.00000000000000D+00  1.38888888888889D-14
    66  0.00000000000000D+00  1.38888888888889D-14
    67  0.00000000000000D+00  1.38888888888889D-14
    68  0.00000000000000D+00  1.38888888888889D-14
    69  0.00000000000000D+00  1.38888888888889D-14
    70  0.00000000000000D+00  1.38888888888889D-14
    71  0.00000000000000D+00  1.38888888888889D-14
    72  0.00000000000000D+00  1.38888888888889D-14
    73  0.00000000000000D+00  1.38888888888889D-14
    74  0.00000000000000D+00  1.38888888888889D-14
    75  0.00000000000000D+00  1.38888888888889D-14
    76  0.00000000000000D+00  1.38888888888889D-14
    77  0.00000000000000D+00  1.38888888888889D-14
    78  0.00000000000000D+00  1.38888888888889D-14
    79  0.00000000000000D+00  1.38888888888889D-14
    80  0.00000000000000D+00  1.38888888888889D-14
    81  0.00000000000000D+00  1.38888888888889D-14
    82  0.00000000000000D+00  1.38888888888889D-14
    83  0.00000000000000D+00  1.38888888888889D-14
    84  0.00000000000000D+00  1.38888888888889D-14
    85  0.00000000000000D+00  1.38888888888889D-14
    86  0.00000000000000D+00  1.38888888888889D-14
    87  0.00000000000000D+00  1.38888888888889D-14
    88  0.00000000000000D+00  1.38888888888889D-14
    89  0.00000000000000D+00  1.38888888888889D-14
    90  0.00000000000000D+00  1.38888888888889D-14
    91  0.00000000000000D+00  1.38888888888889D-14
    92  0.00000000000000D+00  1.38888888888889D-14
    93  0.00000000000000D+00  1.38888888888889D-14
    94  0.00000000000000D+00  1.38888888888889D-14
    95  0.00000000000000D+00  1.38888888888889D-14
    96  0.00000000000000D+00  1.38888888888889D-14
    97  0.00000000000000D+00  5.00000000000000D-14
    98  0.00000000000000D+00  5.00000000000000D-14
    99  0.00000000000000D+00  5.00000000000000D-14
   100  0.00000000000000D+00  5.00000000000000D-14
   101  0.00000000000000D+00  5.00000000000000D-14
   102  0.00000000000000D+00  5.00000000000000D-14
   103  0.00000000000000D+00  5.00000000000000D-14
   104  0.00000000000000D+00  5.00000000000000D-14
   105  0.00000000000000D+00  5.00000000000000D-14
   106  0.00000000000000D+00  5.00000000000000D-14
   107  0.00000000000000D+00  5.00000000000000D-14
   108  0.00000000000000D+00  5.00000000000000D-14
   109  0.00000000000000D+00  5.00000000000000D-14
   110  0.00000000000000D+00  5.00000000000000D-14
   111  0.00000000000000D+00  5.00000000000000D-14
   112  0.00000000000000D+00  5.00000000000000D-14
   113  0.00000000000000D+00  5.00000000000000D-14
   114  0.00000000000000D+00  5.00000000000000D-14
   115  0.00000000000000D+00  5.00000000000000D-14
   116  0.00000000000000D+00  5.00000000000000D-14
   117  0.00000000000000D+00  5.00000000000000D-14
   118  0.00000000000000D+00  5.00000000000000D-14
   119  0.00000000000000D+00  5.00000000000000D-14
   120  0.00000000000000D+00  5.00000000000000D-14
   121  0.00000000000000D+00  1.38888888888889D-14
   122  0.00000000000000D+00  1.38888888888889D-14
   123  0.00000000000000D+00  1.38888888888889D-14
   124  0.00000000000000D+00  1.38888888888889D-14
   125  0.00000000000000D+00  1.38888888888889D-14
   126  0.00000000000000D+00  1.38888888888889D-14
   127  0.00000000000000D+00  1.38888888888889D-14
   128  0.00000000000000D+00  1.38888888888889D-14
   129  0.00000000000000D+00  1.38888888888889D-14
   130  0.00000000000000D+00  1.38888888888889D-14
   131  0.00000000000000D+00  1.38888888888889D-14
   132  0.00000000000000D+00  1.38888888888889D-14
   133  0.00000000000000D+00  1.38888888888889D-14
   134  0.00000000000000D+00  1.38888888888889D-14
   135  0.00000000000000D+00  1.38888888888889D-14
   136  0.00000000000000D+00  1.38888888888889D-14
   137  0.00000000000000D+00  1.38888888888889D-14
   138  0.00000000000000D+00  1.38888888888889D-14
   139  0.00000000000000D+00  1.38888888888889D-14
   140  0.00000000000000D+00  1.38888888888889D-14
   141  0.00000000000000D+00  1.38888888888889D-14
   142  0.00000000000000D+00  1.38888888888889D-14
   143  0.00000000000000D+00  1.38888888888889D-14
   144  0.00000000000000D+00  1.38888888888889D-14
   145  0.00000000000000D+00  1.38888888888889D-14
   146  0.00000000000000D+00  1.38888888888889D-14
   147  0.00000000000000D+00  1.38888888888889D-14
   148  0.00000000000000D+00  1.38888888888889D-14
   149  0.00000000000000D+00  1.38888888888889D-14
   150  0.00000000000000D+00  1.38888888888889D-14
   151  0.00000000000000D+00  1.38888888888889D-14
   152  0.00000000000000D+00  1.38888888888889D-14
   153  0.00000000000000D+00  1.38888888888889D-14
   154  0.00000000000000D+00  1.38888888888889D-14
   155  0.00000000000000D+00  1.38888888888889D-14
   156  0.00000000000000D+00  1.38888888888889D-14
   157  0.00000000000000D+00  1.38888888888889D-14
   158  0.00000000000000D+00  1.38888888888889D-14
   159  0.00000000000000D+00  1.38888888888889D-14
   160  0.00000000000000D+00  1.38888888888889D-14
   161  0.00000000000000D+00  1.38888888888889D-14
   162  0.00000000000000D+00  1.38888888888889D-14
   163  0.00000000000000D+00  1.38888888888889D-14
   164  0.00000000000000D+00  1.38888888888889D-14
   165  0.00000000000000D+00  1.38888888888889D-14
   166  0.00000000000000D+00  1.38888888888889D-14
   167  0.00000000000000D+00  1.38888888888889D-14
   168  0.00000000000000D+00  1.38888888888889D-14
   169  0.00000000000000D+00  1.38888888888889D-14
   170  0.00000000000000D+00  1.38888888888889D-14
   171  0.00000000000000D+00  1.38888888888889D-14
   172  0.00000000000000D+00  1.38888888888889D-14
   173  0.00000000000000D+00  1.38888888888889D-14
   174  0.00000000000000D+00  1.38888888888889D-14
   175  0.00000000000000D+00  1.38888888888889D-14
   176  0.00000000000000D+00  1.38888888888889D-14
   177  0.00000000000000D+00  1.38888888888889D-14
   178  0.00000000000000D+00  1.38888888888889D-14
   179  0.00000000000000D+00  1.38888888888889D-14
   180  0.00000000000000D+00  1.38888888888889D-14
   181  0.00000000000000D+00  1.38888888888889D-14
   182  0.00000000000000D+00  1.38888888888889D-14
   183  0.00000000000000D+00  1.38888888888889D-14
   184  0.00000000000000D+00  1.38888888888889D-14
   185  0.00000000000000D+00  1.38888888888889D-14
   186  0.00000000000000D+00  1.38888888888889D-14
   187  0.00000000000000D+00  1.38888888888889D-14
   188  0.00000000000000D+00  1.38888888888889D-14
   189  0.00000000000000D+00  1.38888888888889D-14
   190  0.00000000000000D+00  1.38888888888889D-14
   191  0.00000000000000D+00  1.38888888888889D-14
   192  0.00000000000000D+00  1.38888888888889D-14
   193  0.00000000000000D+00  1.38888888888889D-14
   194  0.00000000000000D+00  1.38888888888889D-14
   195  0.00000000000000D+00  1.38888888888889D-14
   196  0.00000000000000D+00  1.38888888888889D-14
   197  0.00000000000000D+00  1.38888888888889D-14
   198  0.00000000000000D+00  1.38888888888889D-14
   199  0.00000000000000D+00  1.38888888888889D-14
   200  0.00000000000000D+00  1.38888888888889D-14
   201  0.00000000000000D+00  1.38888888888889D-14
   202  0.00000000000000D+00  1.38888888888889D-14
   203  0.00000000000000D+00  1.38888888888889D-14
   204  0.00000000000000D+00  1.38888888888889D-14
   205  0.00000000000000D+00  1.38888888888889D-14
   206  0.00000000000000D+00  1.38888888888889D-14
   207  0.00000000000000D+00  1.38888888888889D-14
   208  0.00000000000000D+00  1.38888888888889D-14
   209  0.00000000000000D+00  1.38888888888889D-14
   210  0.00000000000000D+00  1.38888888888889D-14
   211  0.00000000000000D+00  1.38888888888889D-14
   212  0.00000000000000D+00  1.38888888888889D-14
   213  0.00000000000000D+00  1.38888888888889D-14
   214  0.00000000000000D+00  1.38888888888889D-14
   215  0.00000000000000D+00  1.38888888888889D-14
   216  0.00000000000000D+00  1.38888888888889D-14
   217  0.00000000000000D+00  1.38888888888889D-14
   218  0.00000000000000D+00  1.38888888888889D-14
   219  0.00000000000000D+00  1.38888888888889D-14
   220  0.00000000000000D+00  1.38888888888889D-14
   221  0.00000000000000D+00  1.38888888888889D-14
   222  0.00000000000000D+00  1.38888888888889D-14
   223  0.00000000000000D+00  1.38888888888889D-14
   224  0.00000000000000D+00  1.38888888888889D-14
   225  0.00000000000000D+00  1.38888888888889D-14
   226  0.00000000000000D+00  1.38888888888889D-14
   227  0.00000000000000D+00  1.38888888888889D-14
   228  0.00000000000000D+00  1.38888888888889D-14
   229  0.00000000000000D+00  1.38888888888889D-14
   230  0.00000000000000D+00  1.38888888888889D-14
   231  0.00000000000000D+00  1.38888888888889D-14
   232  0.00000000000000D+00  1.38888888888889D-14
   233  0.00000000000000D+00  1.38888888888889D-14
   234  0.00000000000000D+00  1.38888888888889D-14
   235  0.00000000000000D+00  1.38888888888889D-14
   236  0.00000000000000D+00  1.38888888888889D-14
   237  0.00000000000000D+00  1.38888888888889D-14
   238  0.00000000000000D+00  1.38888888888889D-14
   239  0.00000000000000D+00  1.38888888888889D-14
   240  0.00000000000000D+00  1.38888888888889D-14
   241  0.00000000000000D+00  1.38888888888889D-14
   242  0.00000000000000D+00  1.38888888888889D-14
   243  0.00000000000000D+00  1.38888888888889D-14
   244  0.00000000000000D+00  1.38888888888889D-14
   245  0.00000000000000D+00  1.38888888888889D-14
   246  0.00000000000000D+00  1.38888888888889D-14
   247  0.00000000000000D+00  1.38888888888889D-14
   248  0.00000000000000D+00  1.38888888888889D-14
   249  0.00000000000000D+00  1.38888888888889D-14
   250  0.00000000000000D+00  1.38888888888889D-14
   251  0.00000000000000D+00  1.38888888888889D-14
   252  0.00000000000000D+00  1.38888888888889D-14
   253  0.00000000000000D+00  1.38888888888889D-14
   254  0.00000000000000D+00  1.38888888888889D-14
   255  0.00000000000000D+00  1.38888888888889D-14
   256  0.00000000000000D+00  1.38888888888889D-14
   257  0.00000000000000D+00  1.38888888888889D-14
   258  0.00000000000000D+00  1.38888888888889D-14
   259  0.00000000000000D+00  1.38888888888889D-14
   260  0.00000000000000D+00  1.38888888888889D-14
   261  0.00000000000000D+00  1.38888888888889D-14
   262  0.00000000000000D+00  1.38888888888889D-14
   263  0.00000000000000D+00  1.38888888888889D-14
   264  0.00000000000000D+00  1.38888888888889D-14
   265  0.00000000000000D+00  5.00000000000000D-14
   266  0.00000000000000D+00  5.00000000000000D-14
   267  0.00000000000000D+00  5.00000000000000D-14
   268  0.00000000000000D+00  5.00000000000000D-14
   269  0.00000000000000D+00  5.00000000000000D-14
   270  0.00000000000000D+00  5.00000000000000D-14
   271  0.00000000000000D+00  5.00000000000000D-14
   272  0.00000000000000D+00  5.00000000000000D-14
   273  0.00000000000000D+00  5.00000000000000D-14
   274  0.00000000000000D+00  5.00000000000000D-14
   275  0.00000000000000D+00  5.00000000000000D-14
   276  0.00000000000000D+00  5.00000000000000D-14
   277  0.00000000000000D+00  5.00000000000000D-14
   278  0.00000000000000D+00  5.00000000000000D-14
   279  0.00000000000000D+00  5.00000000000000D-14
   280  0.00000000000000D+00  5.00000000000000D-14
   281  0.00000000000000D+00  5.00000000000000D-14
   282  0.00000000000000D+00  5.00000000000000D-14
   283  0.00000000000000D+00  5.00000000000000D-14
   284  0.00000000000000D+00  5.00000000000000D-14
   285  0.00000000000000D+00  5.00000000000000D-14
   286  0.00000000000000D+00  5.00000000000000D-14
   287  0.00000000000000D+00  5.00000000000000D-14
   288  0.00000000000000D+00  5.00000000000000D-14
   289  0.00000000000000D+00  1.38888888888889D-14
   290  0.00000000000000D+00  1.38888888888889D-14
   291  0.00000000000000D+00  1.38888888888889D-14
   292  0.00000000000000D+00  1.38888888888889D-14
   293  0.00000000000000D+00  1.38888888888889D-14
   294  0.00000000000000D+00  1.38888888888889D-14
   295  0.00000000000000D+00  1.38888888888889D-14
   296  0.00000000000000D+00  1.38888888888889D-14
   297  0.00000000000000D+00  1.38888888888889D-14
   298  0.00000000000000D+00  1.38888888888889D-14
   299  0.00000000000000D+00  1.38888888888889D-14
   300  0.00000000000000D+00  1.38888888888889D-14
   301  0.00000000000000D+00  1.38888888888889D-14
   302  0.00000000000000D+00  1.38888888888889D-14
   303  0.00000000000000D+00  1.38888888888889D-14
   304  0.00000000000000D+00  1.38888888888889D-14
   305  0.00000000000000D+00  1.38888888888889D-14
   306  0.00000000000000D+00  1.38888888888889D-14
   307  0.00000000000000D+00  1.38888888888889D-14
   308  0.00000000000000D+00  1.38888888888889D-14
   309  0.00000000000000D+00  1.38888888888889D-14
   310  0.00000000000000D+00  1.38888888888889D-14
   311  0.00000000000000D+00  1.38888888888889D-14
   312  0.00000000000000D+00  1.38888888888889D-14
   313  0.00000000000000D+00  1.38888888888889D-14
   314  0.00000000000000D+00  1.38888888888889D-14
   315  0.00000000000000D+00  1.38888888888889D-14
   316  0.00000000000000D+00  1.38888888888889D-14
   317  0.00000000000000D+00  1.38888888888889D-14
   318  0.00000000000000D+00  1.38888888888889D-14
   319  0.00000000000000D+00  1.38888888888889D-14
   320  0.00000000000000D+00  1.38888888888889D-14
   321  0.00000000000000D+00  1.38888888888889D-14
   322  0.00000000000000D+00  1.38888888888889D-14
   323  0.00000000000000D+00  1.38888888888889D-14
   324  0.00000000000000D+00  1.38888888888889D-14
   325  0.00000000000000D+00  1.38888888888889D-14
   326  0.00000000000000D+00  1.38888888888889D-14
   327  0.00000000000000D+00  1.38888888888889D-14
   328  0.00000000000000D+00  1.38888888888889D-14
   329  0.00000000000000D+00  1.38888888888889D-14
   330  0.00000000000000D+00  1.38888888888889D-14
   331  0.00000000000000D+00  1.38888888888889D-14
   332  0.00000000000000D+00  1.38888888888889D-14
   333  0.00000000000000D+00  1.38888888888889D-14
   334  0.00000000000000D+00  1.38888888888889D-14
   335  0.00000000000000D+00  1.38888888888889D-14
   336  0.00000000000000D+00  1.38888888888889D-14
   337  0.00000000000000D+00  1.38888888888889D-14
   338  0.00000000000000D+00  1.38888888888889D-14
   339  0.00000000000000D+00  1.38888888888889D-14
   340  0.00000000000000D+00  1.38888888888889D-14
   341  0.00000000000000D+00  1.38888888888889D-14
   342  0.00000000000000D+00  1.38888888888889D-14
   343  0.00000000000000D+00  1.38888888888889D-14
   344  0.00000000000000D+00  1.38888888888889D-14
   345  0.00000000000000D+00  1.38888888888889D-14
   346  0.00000000000000D+00  1.38888888888889D-14
   347  0.00000000000000D+00  1.38888888888889D-14
   348  0.00000000000000D+00  1.38888888888889D-14
   349  0.00000000000000D+00  1.38888888888889D-14
   350  0.00000000000000D+00  1.38888888888889D-14
   351  0.00000000000000D+00  1.38888888888889D-14
   352  0.00000000000000D+00  1.38888888888889D-14
   353  0.00000000000000D+00  1.38888888888889D-14
   354  0.00000000000000D+00  1.38888888888889D-14
   355  0.00000000000000D+00  1.38888888888889D-14
   356  0.00000000000000D+00  1.38888888888889D-14
   357  0.00000000000000D+00  1.38888888888889D-14
   358  0.00000000000000D+00  1.38888888888889D-14
   359  0.00000000000000D+00  1.38888888888889D-14
   360  0.00000000000000D+00  1.38888888888889D-14
   361  0.00000000000000D+00  5.00000000000000D-07
   362  0.00000000000000D+00  5.00000000000000D-07
   363  0.00000000000000D+00  5.00000000000000D-07
   364  0.00000000000000D+00  1.14346982800713D-01
   365  0.00000000000000D+00  1.14276446778327D-01
   366  0.00000000000000D+00  2.34917963460742D-02
   367  0.00000000000000D+00  5.00000000000000D-01
   368  0.00000000000000D+00  2.00000000000000D+00
   369  0.00000000000000D+00  2.00000000000000D+00
   370  0.00000000000000D+00  2.00000000000000D+00
   371  0.00000000000000D+00  5.00000000000000D-01
   372  0.00000000000000D+00  2.00000000000000D+00
   373  0.00000000000000D+00  2.00000000000000D+00
   374  0.00000000000000D+00  2.00000000000000D+00
   375  0.00000000000000D+00  1.00000000000000D-04
   376  0.00000000000000D+00  1.00000000000000D-04
   377  0.00000000000000D+00  1.00000000000000D-04
   378  0.00000000000000D+00  1.00000000000000D-04
   379  0.00000000000000D+00  1.00000000000000D-04
   380  0.00000000000000D+00  1.00000000000000D-04
-SOLUTION/CONSTRAINT_EQUATION_VECTOR
*
* -----------------------------------------------------------------------------
*
+SOLUTION/CONSTRAINT_WEIGHT_MATRIX
* Ind1  Ind2 Weight_matrix(ind1,ind2)
     1     1  4.00000000000000D+26
     2     2  4.00000000000000D+26
     3     3  4.00000000000000D+26
     4     4  4.00000000000000D+26
     5     5  4.00000000000000D+26
     6     6  4.00000000000000D+26
     7     7  4.00000000000000D+26
     8     8  4.00000000000000D+26
     9     9  4.00000000000000D+26
    10    10  4.00000000000000D+26
    11    11  4.00000000000000D+26
    12    12  4.00000000000000D+26
    13    13  4.00000000000000D+26
    14    14  4.00000000000000D+26
    15    15  4.00000000000000D+26
    16    16  4.00000000000000D+26
    17    17  4.00000000000000D+26
    18    18  4.00000000000000D+26
    19    19  4.00000000000000D+26
    20    20  4.00000000000000D+26
    21    21  4.00000000000000D+26
    22    22  4.00000000000000D+26
    23    23  4.00000000000000D+26
    24    24  4.00000000000000D+26
    25    25  5.18400000000000D+27
    26    26  5.18400000000000D+27
    27    27  5.18400000000000D+27
    28    28  5.18400000000000D+27
    29    29  5.18400000000000D+27
    30    30  5.18400000000000D+27
    31    31  5.18400000000000D+27
    32    32  5.18400000000000D+27
    33    33  5.18400000000000D+27
    34    34  5.18400000000000D+27
    35    35  5.18400000000000D+27
    36    36  5.18400000000000D+27
    37    37  5.18400000000000D+27
    38    38  5.18400000000000D+27
    39    39  5.18400000000000D+27
    40    40  5.18400000000000D+27
    41    41  5.18400000000000D+27
    42    42  5.18400000000000D+27
    43    43  5.18400000000000D+27
    44    44  5.18400000000000D+27
    45    45  5.18400000000000D+27
    46    46  5.18400000000000D+27
    47    47  5.18400000000000D+27
    48    48  5.18400000000000D+27
    49    49  5.18400000000000D+27
    50    50  5.18400000000000D+27
    51    51  5.18400000000000D+27
    52    52  5.18400000000000D+27
    53    53  5.18400000000000D+27
    54    54  5.18400000000000D+27
    55    55  5.18400000000000D+27
    56    56  5.18400000000000D+27
    57    57  5.18400000000000D+27
    58    58  5.18400000000000D+27
    59    59  5.18400000000000D+27
    60    60  5.18400000000000D+27
    61    61  5.18400000000000D+27
    62    62  5.18400000000000D+27
    63    63  5.18400000000000D+27
    64    64  5.18400000000000D+27
    65    65  5.18400000000000D+27
    66    66  5.18400000000000D+27
    67    67  5.18400000000000D+27
    68    68  5.18400000000000D+27
    69    69  5.18400000000000D+27
    70    70  5.18400000000000D+27
    71    71  5.18400000000000D+27
    72    72  5.18400000000000D+27
    73    73  5.18400000000000D+27
    74    74  5.18400000000000D+27
    75    75  5.18400000000000D+27
    76    76  5.18400000000000D+27
    77    77  5.18400000000000D+27
    78    78  5.18400000000000D+27
    79    79  5.18400000000000D+27
    80    80  5.18400000000000D+27
    81    81  5.18400000000000D+27
    82    82  5.18400000000000D+27
    83    83  5.18400000000000D+27
    84    84  5.18400000000000D+27
    85    85  5.18400000000000D+27
    86    86  5.18400000000000D+27
    87    87  5.18400000000000D+27
    88    88  5.18400000000000D+27
    89    89  5.18400000000000D+27
    90    90  5.18400000000000D+27
    91    91  5.18400000000000D+27
    92    92  5.18400000000000D+27
    93    93  5.18400000000000D+27
    94    94  5.18400000000000D+27
    95    95  5.18400000000000D+27
    96    96  5.18400000000000D+27
    97    97  4.00000000000000D+26
    98    98  4.00000000000000D+26
    99    99  4.00000000000000D+26
   100   100  4.00000000000000D+26
   101   101  4.00000000000000D+26
   102   102  4.00000000000000D+26
   103   103  4.00000000000000D+26
   104   104  4.00000000000000D+26
   105   105  4.00000000000000D+26
   106   106  4.00000000000000D+26
   107   107  4.00000000000000D+26
   108   108  4.00000000000000D+26
   109   109  4.00000000000000D+26
   110   110  4.00000000000000D+26
   111   111  4.00000000000000D+26
   112   112  4.00000000000000D+26
   113   113  4.00000000000000D+26
   114   114  4.00000000000000D+26
   115   115  4.00000000000000D+26
   116   116  4.00000000000000D+26
   117   117  4.00000000000000D+26
   118   118  4.00000000000000D+26
   119   119  4.00000000000000D+26
   120   120  4.00000000000000D+26
   121   121  5.18400000000000D+27
   122   122  5.18400000000000D+27
   123   123  5.18400000000000D+27
   124   124  5.18400000000000D+27
   125   125  5.18400000000000D+27
   126   126  5.18400000000000D+27
   127   127  5.18400000000000D+27
   128   128  5.18400000000000D+27
   129   129  5.18400000000000D+27
   130   130  5.18400000000000D+27
   131   131  5.18400000000000D+27
   132   132  5.18400000000000D+27
   133   133  5.18400000000000D+27
   134   134  5.18400000000000D+27
   135   135  5.18400000000000D+27
   136   136  5.18400000000000D+27
   137   137  5.18400000000000D+27
   138   138  5.18400000000000D+27
   139   139  5.18400000000000D+27
   140   140  5.18400000000000D+27
   141   141  5.18400000000000D+27
   142   142  5.18400000000000D+27
   143   143  5.18400000000000D+27
   144   144  5.18400000000000D+27
   145   145  5.18400000000000D+27
   146   146  5.18400000000000D+27
   147   147  5.18400000000000D+27
   148   148  5.18400000000000D+27
   149   149  5.18400000000000D+27
   150   150  5.18400000000000D+27
   151   151  5.18400000000000D+27
   152   152  5.18400000000000D+27
   153   153  5.18400000000000D+27
   154   154  5.18400000000000D+27
   155   155  5.18400000000000D+27
   156   156  5.18400000000000D+27
   157   157  5.18400000000000D+27
   158   158  5.18400000000000D+27
   159   159  5.18400000000000D+27
   160   160  5.18400000000000D+27
   161   161  5.18400000000000D+27
   162   162  5.18400000000000D+27
   163   163  5.18400000000000D+27
   164   164  5.18400000000000D+27
   165   165  5.18400000000000D+27
   166   166  5.18400000000000D+27
   167   167  5.18400000000000D+27
   168   168  5.18400000000000D+27
   169   169  5.18400000000000D+27
   170   170  5.18400000000000D+27
   171   171  5.18400000000000D+27
   172   172  5.18400000000000D+27
   173   173  5.18400000000000D+27
   174   174  5.18400000000000D+27
   175   175  5.18400000000000D+27
   176   176  5.18400000000000D+27
   177   177  5.18400000000000D+27
   178   178  5.18400000000000D+27
   179   179  5.18400000000000D+27
   180   180  5.18400000000000D+27
   181   181  5.18400000000000D+27
   182   182  5.18400000000000D+27
   183   183  5.18400000000000D+27
   184   184  5.18400000000000D+27
   185   185  5.18400000000000D+27
   186   186  5.18400000000000D+27
   187   187  5.18400000000000D+27
   188   188  5.18400000000000D+27
   189   189  5.18400000000000D+27
   190   190  5.18400000000000D+27
   191   191  5.18400000000000D+27
   192   192  5.18400000000000D+27
   193   193  5.18400000000000D+27
   194   194  5.18400000000000D+27
   195   195  5.18400000000000D+27
   196   196  5.18400000000000D+27
   197   197  5.18400000000000D+27
   198   198  5.18400000000000D+27
   199   199  5.18400000000000D+27
   200   200  5.18400000000000D+27
   201   201  5.18400000000000D+27
   202   202  5.18400000000000D+27
   203   203  5.18400000000000D+27
   204   204  5.18400000000000D+27
   205   205  5.18400000000000D+27
   206   206  5.18400000000000D+27
   207   207  5.18400000000000D+27
   208   208  5.18400000000000D+27
   209   209  5.18400000000000D+27
   210   210  5.18400000000000D+27
   211   211  5.18400000000000D+27
   212   212  5.18400000000000D+27
   213   213  5.18400000000000D+27
   214   214  5.18400000000000D+27
   215   215  5.18400000000000D+27
   216   216  5.18400000000000D+27
   217   217  5.18400000000000D+27
   218   218  5.18400000000000D+27
   219   219  5.18400000000000D+27
   220   220  5.18400000000000D+27
   221   221  5.18400000000000D+27
   222   222  5.18400000000000D+27
   223   223  5.18400000000000D+27
   224   224  5.18400000000000D+27
   225   225  5.18400000000000D+27
   226   226  5.18400000000000D+27
   227   227  5.18400000000000D+27
   228   228  5.18400000000000D+27
   229   229  5.18400000000000D+27
   230   230  5.18400000000000D+27
   231   231  5.18400000000000D+27
   232   232  5.18400000000000D+27
   233   233  5.18400000000000D+27
   234   234  5.18400000000000D+27
   235   235  5.18400000000000D+27
   236   236  5.18400000000000D+27
   237   237  5.18400000000000D+27
   238   238  5.18400000000000D+27
   239   239  5.18400000000000D+27
   240   240  5.18400000000000D+27
   241   241  5.18400000000000D+27
   242   242  5.18400000000000D+27
   243   243  5.18400000000000D+27
   244   244  5.18400000000000D+27
   245   245  5.18400000000000D+27
   246   246  5.18400000000000D+27
   247   247  5.18400000000000D+27
   248   248  5.18400000000000D+27
   249   249  5.18400000000000D+27
   250   250  5.18400000000000D+27
   251   251  5.18400000000000D+27
   252   252  5.18400000000000D+27
   253   253  5.18400000000000D+27
   254   254  5.18400000000000D+27
   255   255  5.18400000000000D+27
   256   256  5.18400000000000D+27
   257   257  5.18400000000000D+27
   258   258  5.18400000000000D+27
   259   259  5.18400000000000D+27
   260   260  5.18400000000000D+27
   261   261  5.18400000000000D+27
   262   262  5.18400000000000D+27
   263   263  5.18400000000000D+27
   264   264  5.18400000000000D+27
   265   265  4.00000000000000D+26
   266   266  4.00000000000000D+26
   267   267  4.00000000000000D+26
   268   268  4.00000000000000D+26
   269   269  4.00000000000000D+26
   270   270  4.00000000000000D+26
   271   271  4.00000000000000D+26
   272   272  4.00000000000000D+26
   273   273  4.00000000000000D+26
   274   274  4.00000000000000D+26
   275   275  4.00000000000000D+26
   276   276  4.00000000000000D+26
   277   277  4.00000000000000D+26
   278   278  4.00000000000000D+26
   279   279  4.00000000000000D+26
   280   280  4.00000000000000D+26
   281   281  4.00000000000000D+26
   282   282  4.00000000000000D+26
   283   283  4.00000000000000D+26
   284   284  4.00000000000000D+26
   285   285  4.00000000000000D+26
   286   286  4.00000000000000D+26
   287   287  4.00000000000000D+26
   288   288  4.00000000000000D+26
   289   289  5.18400000000000D+27
   290   290  5.18400000000000D+27
   291   291  5.18400000000000D+27
   292   292  5.18400000000000D+27
   293   293  5.18400000000000D+27
   294   294  5.18400000000000D+27
   295   295  5.18400000000000D+27
   296   296  5.18400000000000D+27
   297   297  5.18400000000000D+27
   298   298  5.18400000000000D+27
   299   299  5.18400000000000D+27
   300   300  5.18400000000000D+27
   301   301  5.18400000000000D+27
   302   302  5.18400000000000D+27
   303   303  5.18400000000000D+27
   304   304  5.18400000000000D+27
   305   305  5.18400000000000D+27
   306   306  5.18400000000000D+27
   307   307  5.18400000000000D+27
   308   308  5.18400000000000D+27
   309   309  5.18400000000000D+27
   310   310  5.18400000000000D+27
   311   311  5.18400000000000D+27
   312   312  5.18400000000000D+27
   313   313  5.18400000000000D+27
   314   314  5.18400000000000D+27
   315   315  5.18400000000000D+27
   316   316  5.18400000000000D+27
   317   317  5.18400000000000D+27
   318   318  5.18400000000000D+27
   319   319  5.18400000000000D+27
   320   320  5.18400000000000D+27
   321   321  5.18400000000000D+27
   322   322  5.18400000000000D+27
   323   323  5.18400000000000D+27
   324   324  5.18400000000000D+27
   325   325  5.18400000000000D+27
   326   326  5.18400000000000D+27
   327   327  5.18400000000000D+27
   328   328  5.18400000000000D+27
   329   329  5.18400000000000D+27
   330   330  5.18400000000000D+27
   331   331  5.18400000000000D+27
   332   332  5.18400000000000D+27
   333   333  5.18400000000000D+27
   334   334  5.18400000000000D+27
   335   335  5.18400000000000D+27
   336   336  5.18400000000000D+27
   337   337  5.18400000000000D+27
   338   338  5.18400000000000D+27
   339   339  5.18400000000000D+27
   340   340  5.18400000000000D+27
   341   341  5.18400000000000D+27
   342   342  5.18400000000000D+27
   343   343  5.18400000000000D+27
   344   344  5.18400000000000D+27
   345   345  5.18400000000000D+27
   346   346  5.18400000000000D+27
   347   347  5.18400000000000D+27
   348   348  5.18400000000000D+27
   349   349  5.18400000000000D+27
   350   350  5.18400000000000D+27
   351   351  5.18400000000000D+27
   352   352  5.18400000000000D+27
   353   353  5.18400000000000D+27
   354   354  5.18400000000000D+27
   355   355  5.18400000000000D+27
   356   356  5.18400000000000D+27
   357   357  5.18400000000000D+27
   358   358  5.18400000000000D+27
   359   359  5.18400000000000D+27
   360   360  5.18400000000000D+27
   361   361  4.00000000000000D+12
   362   362  4.00000000000000D+12
   363   363  4.00000000000000D+12
   364   364  7.64804757287555D+01
   365   364 -4.38410666639161D+00
   365   365  7.65749185223709D+01
   366   364 -1.24457398181369D+01
   366   365  1.80563137671597D+01
   366   366  1.81203902051251D+03
   367   367  4.00000000000000D+00
   368   368  2.50000000000000D-01
   369   369  2.50000000000000D-01
   370   370  2.50000000000000D-01
   371   371  4.00000000000000D+00
   372   372  2.50000000000000D-01
   373   373  2.50000000000000D-01
   374   374  2.50000000000000D-01
   375   375  1.00000000000000D+08
   376   376  1.00000000000000D+08
   377   377  1.00000000000000D+08
   378   378  1.00000000000000D+08
   379   379  1.00000000000000D+08
   380   380  1.00000000000000D+08
-SOLUTION/CONSTRAINT_WEIGHT_MATRIX
*
* -----------------------------------------------------------------------------
*
+SOLUTION/DECOMPOSED_NORMAL_MATRIX
* Ind1  Ind2 Decomposed_normal_matrix(ind1,ind2)
     1     1  2.17788443728954D+05
     2     1  1.14129319231011D+05
     2     2  1.93864229473293D+05
     3     1  9.26813840179965D+04
     3     2 -8.10071733351275D+04
     3     3  2.38890734945774D+05
     4     1 -3.38221832839847D+04
     4     2 -1.03385643370412D+04
     4     3 -3.62565795853734D+04
     4     4  1.43524275078118D+05
     5     1 -3.32929517367780D+04
     5     2 -5.72015604339242D+04
     5     3  2.33023687856980D+04
     5     4  1.17300732156575D+05
     5     5  2.11725583170623D+05
     6     1  3.64155014321208D+02
     6     2  5.68398281774633D+04
     6     3 -8.89009492427409D+04
     6     4  5.83861135685034D+04
     6     5 -6.54628160337545D+04
     6     6  1.93022182099760D+05
     7     1 -1.63640685253829D+05
     7     2 -9.33299410711713D+04
     7     3 -4.77359641145319D+04
     7     4 -1.01535110324949D+05
     7     5 -7.72861070214286D+04
     7     6 -5.48176531864852D+04
     7     7  2.79341927347958D+05
     8     1 -7.89517423910052D+04
     8     2 -1.28952562136441D+05
     8     3  5.21559975056946D+04
     8     4 -9.04720154092386D+04
     8     5 -1.35764339709073D+05
     8     6  1.23797619595304D+04
     8     7  1.75239802211441D+05
     8     8  2.81130111312598D+05
     9     1 -7.67480537357144D+04
     9     2  2.76531530064680D+04
     9     3 -1.36681092434317D+05
     9     4 -2.53472047132775D+04
     9     5  3.60082582302392D+04
     9     6 -1.01503824735910D+05
     9     7  1.10366395066671D+05
     9     8 -7.09899574760683D+04
     9     9  2.53045240827590D+05
    10     1 -2.03255754919946D+04
    10     2 -1.04608140760213D+04
    10     3 -8.68884031355381D+03
    10     4 -8.16698174798489D+03
    10     5 -6.72167366984487D+03
    10     6 -3.93261541221291D+03
    10     7 -1.41661320556700D+04
    10     8 -5.81604467980564D+03
    10     9 -8.27113662786037D+03
    10    10  4.26586890104115D+04
    11     1 -1.88462537255138D+03
    11     2 -7.71010692289472D+03
    11     3  5.54880687661469D+03
    11     4 -1.64901526622362D+04
    11     5 -1.87596830615401D+04
    11     6 -3.75677428714931D+03
    11     7 -4.62375438772142D+03
    11     8 -1.64132094901204D+04
    11     9  7.32854606780410D+03
    11    10  2.29985321536437D+04
    11    11  4.28829994545877D+04
    12     1 -1.62974853075445D+04
    12     2 -3.48580801920220D+03
    12     3 -1.33086936829984D+04
    12     4  3.21767073436081D+03
    12     5  6.15218883434683D+03
    12     6 -2.61740854841471D+03
    12     7 -7.81277777678519D+03
    12     8  6.45419784067944D+03
    12     9 -1.48603240726888D+04
    12    10  2.08925923387110D+04
    12    11 -9.12057882416621D+03
    12    12  3.07864258928597D+04
    13     1  4.85003683806290D+02
    13     2 -1.27905732173446D+02
    13     3  7.56270816270600D+02
    13     4  3.14826075522678D+02
    13     5  6.50508651957081D+02
    13     6 -4.37254895972077D+02
    13     7 -6.74517678117023D+02
    13     8 -4.37915689167891D+02
    13     9 -2.68395697856338D+02
    13    10 -1.25312081211855D+02
    13    11 -8.46872306153045D+01
    13    12 -5.06202224426895D+01
    13    13  5.06044259795887D+00
    14     1  7.48751705413229D+00
    14     2  2.76771364008846D+01
    14     3 -1.71570591692919D+01
    14     4 -1.55956350456691D+01
    14     5 -4.77255356611572D+01
    14     6  3.61179989805791D+01
    14     7  1.44291122123645D+01
    14     8  2.40078592941019D+01
    14     9 -1.45118375432121D+01
    14    10 -6.32099422082729D+00
    14    11 -3.95946003403150D+00
    14    12 -4.44910226782305D+00
    14    13 -1.73079042709210D-01
    14    14  4.76885673494618D-01
    15     1 -4.62074068878967D+02
    15     2  1.22949510411089D+02
    15     3 -8.09226463106886D+02
    15     4 -3.90330543072655D+02
    15     5 -8.20494452642249D+02
    15     6  3.40720315546211D+02
    15     7  7.17184491035439D+02
    15     8  5.77402991018780D+02
    15     9  4.14624804274805D+02
    15    10  1.35220120915451D+02
    15    11  1.20141951211586D+02
    15    12  5.38813432856751D+01
    15    13 -8.16032514822843D-01
    15    14  1.71861115582119D-01
    15    15  6.25008034082671D+00
    16     1 -1.05409220579987D+01
    16     2 -3.28331737174071D+01
    16     3  9.62896862816708D+00
    16     4  1.71134976516856D+01
    16     5  6.46730855266458D+01
    16     6 -4.12187522338996D+01
    16     7 -1.40267879639481D+01
    16     8 -3.38637421960737D+01
    16     9  2.55393190201379D+01
    16    10  7.45421237027412D+00
    16    11  2.02383038704990D+00
    16    12  6.05046458532157D+00
    16    13  1.70437005189479D-01
    16    14 -4.82766481492686D-01
    16    15 -1.99208597198360D-01
    16    16  5.70853847181539D-01
    17     1 -7.87540023385473D+03
    17     2  1.45489686715550D+03
    17     3 -8.52206561374632D+03
    17     4 -4.94687892291692D+03
    17     5 -9.77258719709561D+03
    17     6  3.46982186211178D+03
    17     7  1.07903046294800D+04
    17     8  6.85741809790046D+03
    17     9  4.23958264202490D+03
    17    10  2.03197452728490D+03
    17    11  1.46027223202988D+03
    17    12  8.12661109615465D+02
    17    13 -5.18749958390299D+01
    17    14  2.35211119460116D+00
    17    15  5.27282493675527D+01
    17    16 -3.00836726115441D+00
    17    17  9.92813675892457D+02
    18     1  1.89496643203355D+02
    18     2  4.07332320388115D+02
    18     3 -2.32362287184701D+02
    18     4 -2.46064260251240D+02
    18     5 -8.16484082661553D+02
    18     6  4.93828498347054D+02
    18     7  1.55812574410459D+02
    18     8  4.51884303954346D+02
    18     9 -1.88390098190016D+02
    18    10 -9.92449573626816D+01
    18    11 -4.27325416836632D+01
    18    12 -7.30761129686361D+01
    18    13 -2.32074610959559D+00
    18    14  6.09960376116818D+00
    18    15  2.96639427502590D+00
    18    16 -6.56836851699841D+00
    18    17  3.46088426636096D+01
    18    18  9.40334572585938D+01
    19     1  1.70199200400116D+01
    19     2 -2.32877601077115D+00
    19     3  2.42866551458551D+01
    19     4  2.13164479455658D+01
    19     5  2.51819787392190D+01
    19     6 -1.84742001546468D+01
    19     7 -2.52771349064831D+01
    19     8 -1.94665532752235D+01
    19     9  4.13123650417236D-01
    19    10 -1.30592330790933D+01
    19    11 -3.38664945308035D+00
    19    12 -6.22557864178234D+00
    19    13  2.32479643083876D-01
    19    14 -2.09980454667462D-01
    19    15 -1.89750583110410D-01
    19    16  2.02303826569704D-01
    19    17 -2.54173248568502D+00
    19    18 -3.02104404001629D+00
    19    19  1.03997285422966D+00
    20     1 -1.46668115264185D+02
    20     2 -1.33221786608121D+02
    20     3 -9.93282234502297D+00
    20     4  4.21225568830288D+01
    20     5  1.67466093050690D+02
    20     6 -1.46421660411241D+02
    20     7  6.43931558636005D+01
    20     8 -4.67923927799677D+01
    20     9  1.27354591013138D+02
    20    10  4.01524025176382D+01
    20    11  1.25480863376741D+01
    20    12  2.89998917426650D+01
    20    13  2.14486811503263D-01
    20    14 -9.79814656262828D-01
    20    15 -2.31326467821924D-01
    20    16  1.11255996010852D+00
    20    17 -1.86565250572421D+00
    20    18 -1.32841396325018D+01
    20    19  1.12884329098972D-01
    20    20  5.18964577613885D+00
-SOLUTION/DECOMPOSED_NORMAL_MATRIX
*
* -----------------------------------------------------------------------------
*
+SOLUTION/DECOMPOSED_NORMAL_VECTOR
* Ind1  Decomposed_vector(ind1)
     1 -7.87240625205002D+03 
     2 -1.61509547625407D+04 
     3  1.60818486686770D+04 
     4 -1.51908347646688D+04 
     5 -8.05258247312782D+03 
     6 -1.24884749432954D+04 
     7  2.23742598981488D+04 
     8  2.18905745172736D+04 
     9 -3.07211516284910D+03 
    10  6.88981118559853D+02 
    11  2.31296271835877D+03 
    12 -5.21258562505193D+02 
    13 -1.14867242585703D+01 
    14  1.39341076338539D-01 
    15  1.19143716663246D+01 
    16 -2.55043857107776D+00 
    17  4.92689360755051D+02 
    18  6.38112435509043D+00 
    19 -8.41395626545562D-02 
    20  1.78326136912181D+00 
-SOLUTION/DECOMPOSED_NORMAL_VECTOR
*
* -----------------------------------------------------------------------------
*
%ENDSNX