%=SNX 2.10 USN 21:007:77758 USN 91:042:29382 91:043:28922 R 00038 2 C E S * * Created on: 2021.01.07-21:35:58 local time * Created at: United States Naval Observatory * Created by: ( ) * Generated by: routine WRITE_SINEX_J , revision date 2019Oct16 * * ----------------------------------------------------------------------------- * +FILE/REFERENCE DESCRIPTION USN OUTPUT Single session VLBI solution CONTACT < > SOFTWARE VLBI analysis system Calc/Solve, revision date 2020.01.23 HARDWARE HPx86_64 Linux 5.4.0-58-generic INPUT VLBI experiment shs16, database $91FEB11XS version 011 -FILE/REFERENCE * * ----------------------------------------------------------------------------- * +FILE/COMMENT Format Description: http://gemini.gsfc.nasa.gov/solve_root/help/sinex.html Solution description: n/a >>> FORMAT DESCRIPTION <<< >>> ################## <<< Sinex output implementation in the VLBI Analysis software system Calc/Solve Leonid Petrov John Gipson (CALIBRATION blocks) 2019.11.14 Abstract This document describes how Calc/Solve writes down a listing of a VLBI solution in Sinex format. Questions and comments about this guide should be sent to: Dan MacMillan (Daniel.S.MacMillan@nasa.gov) David Gordon (David.Gordon-1@nasa.gov) John Gipson (John.M.Gipson@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 2.10 .......... New block SOLUTION/CALIBRATION_ESTIMATE 2.11 .......... New block SOLUTION/DECOMPOSED_CALIBRATION 3 ................ Deviations from the SINEX 2.10 standard 4 ................ Implementation in Solve 4.1 ........... Syntax of INCLUDE_PARAM and EXCLUDE_PARAM lists 4.2 ........... Examples of INCLUDE_PARAM and EXCLUDE_PARAM lists 4.3 ........... Treatment of station with discontinuous motion 4.4 ........... 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 either in Sinex 2.10 format or in Sinex 2.20 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". John Gipson added two blocks to allow users to 'back-out' the effect of calibrations. SOLUTION/CALIBRATION_ESTIMATE SOLUTION/DECOMPOSED_CALIBRATION 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 diagonal 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 total 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 constraints; 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 coordinate of station velocity VEL_E -- constraint on East topocentric coordinate of station velocity VEL_N -- constraint on North topocentric coordinate 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 coordinate of station position STA_E -- constraint on East topocentric coordinate of station position STA_N -- constraint on North topocentric coordinate 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 baseline clocks DCL_ORG -- constraint on declination of the set of certain sources GRD_OFF -- constraint on atmosphere 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 atmosphere 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 velocities of certain stations VEL_SET -- constraint on linear combination of velocity components VEL_TIE -- constraint on differences in velocities of several sites VEL_VER -- constraint on vertical component of station velocity Constraints on segmented parameters STA_PWC -- constraint on site velocity in the the case when site position is modeled by linear spline GRD_RAT -- constraint on atmosphere 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 parametrization XPL_RAT -- constraint on X pole coordinate in the case of linear spline EOP parametrization YPL_RAT -- constraint on Y pole coordinate in the case of linear spline EOP parametrization Constraint equation sub-index 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 corresponds 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 | |______________| Nutation angles can be presented either as nutation in obliquity and nutation in longitude in accordance to Newcomb-Andoyer formalism or as nutation X, nutation Y in accordance to Ginot-Capitaine formalism. Contrary to claims of Dr. Capitaine, both approaches are equivalent. 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 radio 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 | |______________| 2.10 New block SOLUTION/CALIBRATION_ESTIMATE ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ The purpose of this block is to allow users to 'back-out' the effects of a calibration. The format is almost identical to the SOLUTION/ESTIMATE block. Suppose that the normal equations without the calibration are: N A = B The effect of the calibration is to modify the RHS of this to give: N A' = B+ del_B When the normal equations are inverted we get: A' = N^-1 B + N^-1 del_B = A + del_A The solution contribution block gives the values for the 'del_A' term. The format of this block is almost identical to SOLUTION/ESTIMATE block. The first few lines look look something like this: +SOLUTION/CALIBRATION_ESTIMATE LOADING_EFFECT *Index TYPE__ CODE PT SBIN Ref_epoch___ Unit S value 1 STAX 7641 A 1 19:155:16735 m 2 1.12094296576514D-05 0.00000D+00 2 STAY 7641 A 1 19:155:16735 m 2 -1.64886779400689D-04 0.00000D+00 3 STAZ 7641 A 1 19:155:16735 m 2 -7.99174504030867D-04 0.00000D+00 4 STAX 7297 A 1 19:155:14114 m 2 -1.28824231979959D-03 0.00000D+00 5 STAY 7297 A 1 19:155:14114 m 2 1.26091351520643D-03 0.00000D+00 6 STAZ 7297 A 1 19:155:14114 m 2 -6.42471735486039D-04 0.00000D+00 .... -SOLUTION/CALIBRATION_ESTIMATE The sigmas are 0 because it is assumed there is no uncertainty in the calibration. Suppose we have two solutions in sinex format. Solution 1 does not include the effect of the calibration. * There will only be SOLUTION/ESTIMATE block. Solution 2 includes the effect of the calibration, and we have included the CALBIRATION information. * Then there will be a SOLUTION/ESTIMATE block * There will also be a SOLUTION/CALIBRATION_ESTIMATE block. The relation between Solution 1 and Solution 2 is: SOLUTION/ESTIMATE(1) = SOLUTION/ESTIMATE(2)-SOLUTION/CALIBRATION_ESTIMATE(2) 2.11 New block SOLUTION/DECOMPOSED_CALIBRATION ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ This block is similar to the SOLUTION/DECOMPOSED_NORMAL_VECTOR block. It provides a means of backing out the effect of a calibration. Suppose that the normal equations without the calibration are: N A = B The effect of the calibration is to modify the RHS of this to give: N A' = B+ del_B The DECOMPOSED_NORMAL_VECTOR block gives the effective B vector after the nuisance parameters have been squeezed out. The DECOMPOSED_CALIBRATION block gives the value of the effect del_B vector after the nuisance parameters have been squeezed out. The format of the first few lines look like: +SOLUTION/DECOMPOSED_CALIBRATION LOADING_EFFECT * Ind1 Decomposed_vector(ind1) 1 -9.08414333456434D+06 2 -2.78630680723758D+07 3 1.27314635010659D+07 4 7.21652034185454D+06 5 8.03838945195598D+07 6 -1.02827125834327D+08 7 -4.42092453014595D+07 .... +SOLUTION/DECOMPOSED_CALIBRATION Suppose we have two solutions in sinex format. Solution 1 does not include the effect of the calibration. * There will only be SOLUTION/DECOMPOSED_NORMAL_VECTOR block. Solution 2 includes the effect of the calibration, and we have included the CALBIRATION information. * There will be a SOLUTION/DECOMPOSED_NORMAL_VECTOR block. * There will also be SOLUTION/DECOMPOSED_CALIBRATION block. Note that: SOLUTION/DECOMPOSED_NORMAL_VECTOR(1) = SOLUTION/DECOMPOSED_NORMAL_VECTOR(2)-SOLUTION/DECOMPOSED_CALIBRATION(2) 3 Deviations from the SINEX 2.10 standard ========================================= Sinex listing in 2.20 format has different names for parameters in accordance to an anonymous document circulated in 2008 known as "Proposal 2". 4 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. 4.1 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 the 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. 4.2 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* 4.3 Treatment of station with discontinuous motion ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ It is an empirical fact that some stations has a quasi-instant motion due to seismic events, rails repair and other reasons of instability of VLBI site positions. 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. The modern approach is to model non-liner site position with B-spline or order 0,1,2,3. Sinex format does not allow to put in the listing estimates of B-spline of order higher than 0. 4.4 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 parameters 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. >>> Solution Control file <<< >>> ##################### <<< Refer to http://gemini.gsfc.nasa.gov/solve_root/help/solve_guide_03.html for description the syntax of Mark5 VLBI analysis software control files Local file name: snx2020d_84to94_00.cnt File length: 15107 Modification date: 2021.01.07_20:14:59 ************************************************************************** *** *** 2020a Sinex global solution -- M.Johnson *** last modified: 01/04/2021 MCJ *** *** Solution: snx2020d_84to94_00.cnt *** *** ARC list: snx2020d_84to94.arc *** Weights: usno2020Nov21_base.wgt *** Atmosphere: 20 minutes *** Clocks: 60 minutes *** EOP off./rate: XYU/XYU *** Nutation: offset *** Gradient: 6 hours *** Sources: local *** Stations: local *** Axis offsets: no *** Data: delay only *** Elev. cutoff: 5 degrees *** EOP mod file: last_usno_finalF.erp *** *** NOTE: ** ************************************************************************** *** *** This section determines the solution's general characteristics *** $SETUP DEFAULTS NO SOLUTION INDEPENDENT *** vgosDb directory VGOSDB_DIR /data/vgosDb CGM NONE NONE MERGE_CGM NONE ARC_FILES NONE ID USNO export Sinex solution for EOP * TRAIN NO GLO_PARLIM 2560 INC_PARLIM 128 SORT YES STATIONS ALPHABET SOURCES RIGHT_ASCENSION * USER_PROGRAM NONE USER_PARTIALS NONE USER_CONSTRAINTS NONE * WEIGHTS REQUIRE /data/solve/solutions/itrf2020_2020d/usno2020Nov21_base.wgt BY_BASELINE * WEIGHTS IN * FAST_MODE B3D FAST_DBG MONITOR FAST_COV SEG SAVING_RATE 100 SUPMET PRE98 QUALCODE_LIMIT 5 WARNING NO * SINGULARITY_CHECK ACTION REPARAM/EXCLUDE \ * SINGULARITY_CHECK ACTION WARNING \ STAMIN 8 \ SOUMIN 4 \ BASMIN 3 * SOURCE_WEIGHTS NO ELEVATION_DEPENDENT_NOISE NO EMULATION NO *** *** This section specifies parameters to be estimated (adjusted). *** $FLAGS * ATMOSPHERES MOST 20 CLOCKS MOST 60 * GRADIENTS YES 6 *?GRADIENTS YES 6 EXCEPT NO \ *? AIRA AUSTINTX AZORES BERMUDA BLKBUTTE \ *? BLOOMIND BREST CARNUSTY CARROLGA CHICHI10 \ *? CHLBOLTN CTVASBAY CTVASTJ DAITO DEADMANL \ *? DSS15 ELY FLAGSTAF FORTORDS FORT_ORD \ *? FTD_7900 GBT-VLBA GGAO7108 GIFU11 GIFU3 \ *? GOLDVENU GORF7102 GRASSE HALEAKAL HOFN \ *? HOHENFRG HOHNBERG JPL_MV1 KAINAN KANOZAN \ *? KARLBURG KASHIM11 KIRSBERG KODIAK KOGANEI \ *? KOGANEI3 KWAJAL26 LEONRDOK MAMMOTHL MARCUS \ *? MARPOINT MCD_7850 METSAHOV METSHOVI MIAMI20 \ *? MILESMON MIURA MIYAZAKI MIZNAO10 MIZUSGSI \ *? MOJ_7288 MON_PEAK MV2ONSLA NOBEY_6M NOME \ *? NRAO85_1 OCOTILLO OHIGGINS ONSALA85 OVR_7853 \ *? PARKES PBLOSSOM PENTICTN PINFLATS PLATTVIL \ *? PRESIDIO PT_REYES PVERDES QUINCY ROBLED32 \ *? SAGARA SANPAULA SEATTLE1 SESHAN25 SEST \ *? SHANGHAI SINTOTU SINTOTU3 SNDPOINT SOURDOGH \ *? SUWON SYOWA TATEYAMA TITIJIMA TOMAKO11 \ *? TOULOUSE TROMSONO TRYSILNO TIDBIN64 TIGOWTZL \ *? TSUKUBA TSUKU3 URUMQI USSURISK USUDA64 \ *? VERNAL VICTORIA VLA VLA-N8 WHTHORSE \ *? YAKATAGA YEBES YELLOWKN YLOW7296 YUMA * UT1/PM POLYNOMIAL OFFSET XYU RATE XYU 2ND_ORDER --- MIDDLE * * Use the following to put the X/Y precession/nutation into the * individual Sinex files. * NUTATION XY_OFFSET *?NUTATION OFFSET * BASELINE_CLOCKS IN * SOURCES YES REF_EPOCH 2015.01.01 STATIONS YES REF_EPOCH 2010.01.01 VELOCITIES NO PROPER_MOTIONS NO HI_FREQ_EOP NO PRECESSION NO RELATIVITY NO AXIS NO *** *** This section determines what output BATCH produces. *** $OUTPUT RESET YES FORWARD NO BASELINES YES MINIMUM NO SCREEN NO COVARIANCES NO CORRELATIONS NO STATION_TABLE NO POS_ELLIPSES NO MOD_FILES NO RESIDUALS NONE MINIMIZE_SIGMAS NO *?SINEX NO SINEX YES \ FORMAT_VERSION 2.10 \ ALLOW_OVERWRITE NO \ GLOBAL NO \ LOCAL YES \ SEGMENTED NO \ ESTIMATES YES \ DECOMPOSED_NORMAL_EQUATIONS YES \ CONSTRAINTS YES \ COVARIANCES YES \ LOADING_EFFECT YES \ INCLUDE_PARAM /data/solve/oper/sinex/ivs_daily_inc.bsc \ EXCLUDE_PARAM /data/solve/oper/sinex/ivs_daily_exc.bsc \ OUTPUT_FILE /data/solve/solutions/itrf2020_2020d/snx84to94/_usn2020d.snx \ ACKNOWLEDGMENTS_FILE /data/solve/oper/sinex/ivs_daily_ack.bsc \ COMMENTS_FILE /data/solve/oper/sinex/ivs_daily_com.bsc NORMAL_MATRIX NO SEG_OUTPUT NO MAPPED_EOP_OUTPUT NO APRIORI_ZENDEL NO CRES_EMULATION NO NRD_TABLE YES CHI_SQUARE_TABLE NO LISTING_OPTIONS SRC_STAT LONG \ SEG_STYLE POST2005 *** *** Some parameters can be treated either as global or as *** session parameters. This section tells BATCH how to *** treat these parameters (YES = global). *** $CARRY SOURCES NO STATIONS NO AXIS NO *** *** This section determines which data is included in the solution. *** $DATA SOURCES YES EXCEPT \ * * 9 lensed sources (gravitational lenses) * 0218+357 0218+35A 0218+35B 1830-211 1830-21A 1830-21B 1422+231 1422+23C \ 0132-097 \ * * 1 source with really bad data (not sure why?) * 2224-308 \ * * 1 pulsar XU Vel * 0833-450 \ * * 5 radio stars with no data * HD32918 HD132742 HD146361 SIGCRB UXARI \ * * 3 radio stars with data (but they are stars) * HR1099 LSI61303 HR5907 \ * * 1 Not sure what this is, but has good data * * LANA \ * * 1 SN * SN1993J \ * * 238 sources with less than 3 (0,1,2,4) observations in crf2020d_01 * 0008-300 0012-008 UG00192 4C+00.02 OB338 0032+276 0036-216 0040+517 \ NGC0253 0045-255 0056-187 0103+337 0104-487 0106+130 0118-684 0118-488 \ 0117+117 0119-011 0126-531 0131-450 0131-367 0141-609 0141+339 0153-663 \ 0154+410 0201-440 0206-625 0207-078 0232-507 M77 0253-218 NGC1167 \ 0324-489 0328-272 0333-276 0335+225 0340-600 0340-493 0340+044 0355-636 \ 0358-620 0400-613 0409-752 0409-526 0412-779 0409+000 0411+245 0423+183 \ 0428+205 0446+074 0459+791 0511+009 0512-129 0515-674 0512+249 0535+677 \ 0548-090 NGC2110 0611+139 MRK003 NGC2146 0633-263 0705+025 0712-037 \ 0722+284 0731-465 0730+353 UG03927 0743+182 0758+120 0802-276 0806-483 \ 0808-491 0810-180 0811-477 0809+483 0810+563 0817+472 0830+115 0831-445 \ 0833+441 4C+32.26 0839+157 0844-557 0846+184 0844+387 0854+178 0855+143 \ 0902+343 0906-474 0905+524 0912+171 0915+099 0918+167 0920+168 0923+102 \ 0922+364 0932-194 0937-282 0948-860 0941-080 M82 0951+699 0956+015 \ NGC3079 1001+123 1001+621 1007+135 1017+109 1020-103 1026-179 1030-590 \ 1036-697 1043-290 1045+155 1046-026 1047-597 1046+588 1050+341 1051+391 \ NGC3690 1132-000 1216-062 M106 NGC4278 1221+248 1225-023 1224-854 \ 1237+246 1239-044 1243-412 1245-197 1252+039 1254+226 1305-241 1313+200 \ 1316-12A 1317+143 1319-652 1320-407 1331+512 1332+317 1338+332 1341+144 \ 1344-135 1414+652 1414-596 1421-490 1422+268 TON202 1438-390 1439+327 \ 1501+481 1509-564 1511+238 1516-129 1529+441 1528-509 1538-584 1556-580 \ 1557-515 1616-029 1622+238 1623-243 3C343 3C343.1 1646+217 NGC6240 \ 1701-132 1707-376 1713+218 1717-236 SGR-A 1742-283 1744-299 1745-235 \ 1749-300 1750+093 1752-217 NGC6500 1805-214 1810+522 1813-241 1817+512 \ 1827-360 1846-168 1848+333 1851+030 1854-663 1858-143 NAQL93 1910-560 \ 1920+154 1921+14B 1926+050 1930-028 1934+207 1950-270 1955-210 2000-045 \ 2003+104 2004+064 2016-615 2022-582 2027+383 NGC6946 2039-631 2047-655 \ 2102+003 2101-715 2122-148 2134+237 2135-209 2134-470 2144+568 2152-505 \ 2154-183 2157-133 2205-002 2205-683 2209+184 2210-104 2226-411 2227-210 \ 2226-634 2235-556 2245-059 2303-673 2310-417 2311-632 2314-625 2318-195 \ 2324-009 2325+293 2344+092 2345-611 2348-010 2355+042 * STATIONS YES EXCEPT \ * * --- Duplicate names (used for polarization tests) * NOTOX WIDE85_3 VLBA85_3 MOJAVLBA LEFT85_1 \ HARTDBBC YEBESDBC YEBDBBC ONSALAAN YEBEDBBC \ OHIGGADS WETTDBBC LEFTKOK LEFT85_3 NYALDBBC \ NOTDBBC NOTOVDIF WETTVDIF * TYPE GROUP_DELAYS_ONLY ELEVATION 5.0 WVR_MASK NO EVERY NO NORATE_FLAG NO *** *** This section determines which contributions BATCH applies to a *** session. Contributions are corrections to delay and delay rate which *** were computed and stored in the superfile but not yet added to the *** theoretical delay and/or delay rate. *** $CONTRIBUTIONS SET WobXCont SET WobYCont SET EarthTid * Contribution for mean pole model is now in MAPPING section * SET Pol_Tide * SET PTideOld * SET Feed_Rot SET OPTLCont SET Ocean * Apply IERS2003 hi freq model for X,Y,UT1,nutation * if applied must turn off HI_FREQ_EOP * SET XpYpNutn * Apply IERS2020 hi freq model for X,Y,UT1,nutation now in MAPPING section * SET XpYpOrth * SET UT1Ortho SET XpYpLib SET UT1Libra *** *** This section specifies which station-dependent calibrations (e.g., *** cable, Chao) and zenith path delay calibrations (e.g. NMFDRFLY, *** CFAKBDRY) BATCH applies. It also determines whether BATCH applies the *** ionosphere calibration and rejects observations with bad or missing *** S-band ionospheric values. *** $CALIBRATIONS ION ON RESET YES KEEP cable KEEP pcal_rmv DISABLE NMFDRFLY *** *** This section determines which mode calibration should be applied to *** each session. Mode calibrations are the calibrations which depend *** on a) band and b) observable type. *** $MODE_CALIBRATIONS SET NONE *** *** This section specifies which partials with respect to atmosphere wet *** path delay BATCH should use. *** $PARTIALS SET NMFWTFLY OFF SET GRADMAP CH 0.0032 0.0032 *** *** This section replaces a-priori calculated from a standard theoretical *** model and read from the sessions' superfiles with alternate a-priori. *** This process is called mapping. *** $MAPPING GALACTIC_ABERRATION 5.8 POLETIDE IERS2022 STATIONS itrf2014_usno.sit VELOCITIES itrf2014_usno.vel SOURCES trf2020d_00.src EARTHQUAKE ITRF2014-psd-vlbi_sites.dat EARTH_ORIENTATION last_usno_finalF.erp SPL UT1S NUTATION_SERIES NONE NUTATION2006 NO PIECE_WISE_STA NONE PRESSURE_LOADING NONE EPISODIC_MOTION NONE * HI_FREQ_EOP hf1102a HI_FREQ_EOP NONE HARMONIC_EOP NONE AXIS_OFFSET gsfc_itrf2020_2020Apr01.axo ECCENTRICITY ECCDAT_itrf2020.ecc MEAN_GRADIENT gsfc_dao_gmao.mgr SPLINE_DISPLACEMENTS NONE METRIC_TENSOR NONE POSITION_VARIATIONS \ /data/solve/oper/apriori/aplo_bds/ TIME_SERIES SPLINE IF_AVAILABLE \ /data/solve/oper/apriori/vsgd_aplo_s1_s2_noib.hps HARMONIC_MODEL SPLINE IF_AVAILABLE *?POSITION_VARIATIONS * Ocean loading applied in CONTRIBUTIONS section *? /data1/solve/oper/apriori/2007b_oclo.hps HARMONIC_MODEL SPLINE IF_AVAILABLE \ *? /data1/solve/oper/apriori/aplo_bds/ TIME_SERIES SPLINE IF_AVAILABLE \ *? /data1/solve/oper/apriori/vsgd_aplo_s1_s2_noib.hps HARMONIC_MODEL SPLINE IF_AVAILABLE ANTENNA_THERMAL MODEL AVERAGE \ /data/solve/save_files/antenna-info_Nothnagel_modwe.14dec05.txt INSITU NONE GRAVITY_DEFORM /data/solve/save_files/gravity_deform_model_v2019Nov21.txt EXTERNAL_TRP_DELAY REQUIRE DIRECTORY /data/vmf/vmf1/trp/tot HFEOP_XYU /data/solve/save_files/desai_model_jgrb51665-sup-0002-ds01.txt *** *** This section constrains specific parameter estimates. *** $CONSTRAINTS ATMOSPHERES MOST 50.0 CLOCKS MOST 5.0 GRADIENTS YES 0.5 2.0 * BASELINE_CLOCKS YES SIGMA 5.D-7 EARTH_ORIENTATION YES SIGMA 45.0 45.0 3.0 RATES SIGMA 45.0 45.0 3.0 NUTATION NO * PIECE_WISE_STA NO SOURCES YES SIGMA 1.D-6 STATIONS NO NUVEL_COVAR NO VELOCITIES NO * NO_NET_TRANSLATION NO NO_NET_TRANSLATION_POSITION LOCAL SIGMA 1.D-4 ALL UNIFORM YES NO_NET_ROTATION_POSITION LOCAL SIGMA 1.D-4 UNIFORM YES NO_NET_TRANSLATION_VELOCITY NO NO_NET_ROTATION_VELOCITY NO * NO_NET_ROTATION_SOURCE LOCAL SIGMA 1.D-10 UNIFORM YES NO_NET_ROTATION_SOURCE LOCAL SIGMA 5.D-11 WEIGHTED YES *** *** This section has two purposes. It suppresses specific global *** parameters. It also imposes certain restrictions on the estimates *** BATCH produces. For example, BATCH can produce identical velocity *** estimates for a group of (closely located) stations. *** $SUPPRESSION VELOCITY_TIE NO VELOCITIES NO STATIONS NO RIGHT_ASCENSION NO DECLINATION NO STATION_ORIGIN NO SOURCES NO PROPER_MOTIONS NO PRECESSION NO RELATIVITY NO DIRECTION NO VELOCITY_ORIGIN NO STATION_TIE NO *** *** This section lists the session names which are to participate in the *** solution. Suppression solutions do not process sessions, but must *** specify a session in this section in order to activate the proper *** BATCH paths. *** $ARCS ARCFILE ./snx2020d_84to94.arc -FILE/COMMENT * * ----------------------------------------------------------------------------- * +INPUT/ACKNOWLEDGEMENTS USN U.S. Naval Observatory, VLBI analysis group -INPUT/ACKNOWLEDGEMENTS * * ----------------------------------------------------------------------------- * +SITE/ID *Code PT Domes____ T Station description___ Approx_lon_ Approx_lat_ App_h__ 7232 A 30302S001 R HARTRAO Hartebeesthoe 27 41 07.4 -25 53 23.1 1416.5 7242 A 50116S002 R HOBART26 Hobart, Tasma 147 26 25.9 -42 48 12.9 66.0 -SITE/ID * * ----------------------------------------------------------------------------- * +SOURCE/ID *Code IERS nam ICRF designator IAU name IVS name 0001 0208-512 J021046.2-510101 J0210-5101 0208-512 0002 0308-611 J030956.0-605839 J0309-6058 0308-611 0003 0420-014 J042315.8-012033 J0423-0120 0420-014 0004 0454-234 J045703.1-232452 J0457-2324 0454-234 0005 0530-727 J052930.0-724528 J0529-7245 0530-727 0006 0537-441 J053850.3-440508 J0538-4405 0537-441 0007 0637-752 J063546.5-751616 J0635-7516 0637-752 0008 0727-115 J073019.1-114112 J0730-1141 0727-115 0009 1034-293 J103716.0-293402 J1037-2934 1034-293 0010 1057-797 J105843.3-800354 J1058-8003 1057-797 0011 1104-445 J110708.6-444907 J1107-4449 1104-445 0012 1334-127 J133739.7-125724 J1337-1257 1334-127 0013 1424-418 J142756.2-420619 J1427-4206 1424-418 0014 1610-771 J161749.2-771718 J1617-7717 1610-771 0015 1622-253 J162546.8-252738 J1625-2527 1622-253 0016 1741-038 J174358.8-035004 J1743-0350 1741-038 0017 1815-553 J181945.3-552120 J1819-5521 1815-553 0018 1921-293 J192451.0-291430 J1924-2914 1921-293 0019 1958-179 J200057.0-174857 J2000-1748 1958-179 0020 2128-123 J213135.2-120704 J2131-1207 2128-123 0021 2255-282 J225805.9-275821 J2258-2758 2255-282 0022 2326-477 J232917.7-473019 J2329-4730 2326-477 -SOURCE/ID * * ----------------------------------------------------------------------------- * +SITE/RECEIVER *Code PT SBIN T Data_Start__ Data_End____ Receiver Type_______ S/N__ Firmware_ID 7232 A 1 R 91:042:29382 91:043:28922 ----VLBI Station---- --NM- -----NA---- 7242 A 1 R 91:042:29382 91:043:28922 ----VLBI Station---- --NM- -----NA---- -SITE/RECEIVER * * ----------------------------------------------------------------------------- * +SITE/ANTENNA *Code PT SBIN T Data_Start__ Data_End____ Receiver Type_______ S/N__ 7232 A 1 R 91:042:29382 91:043:28922 ----VLBI Station---- --NM- 7242 A 1 R 91:042:29382 91:043:28922 ----VLBI Station---- --NM- -SITE/ANTENNA * * ----------------------------------------------------------------------------- * +SITE/ECCENTRICITY *Code PT SBIN T Data_Start__ Data_End____ typ Apr --> Benchmark (m)_______ 7232 A 1 R 91:042:29382 91:043:28922 XYZ 0.0000 0.0000 0.0000 7242 A 1 R 91:042:29382 91:043:28922 XYZ 0.0000 0.0000 0.0000 -SITE/ECCENTRICITY * * ----------------------------------------------------------------------------- * +SOLUTION/EPOCHS *Code PT SBIN T Data_start__ Data_end____ Mean_epoch__ 7232 A 1 R 91:042:29382 91:043:28922 91:042:72052 7242 A 1 R 91:042:29382 91:043:28922 91:042:72052 -SOLUTION/EPOCHS * * ----------------------------------------------------------------------------- * +NUTATION/DATA IAU2006/2000 Precession/Nutation apriori nutation modelwas used NONE REF Total nutation angles are reported in estimation block -NUTATION/DATA * * ----------------------------------------------------------------------------- * +PRECESSION/DATA CAPITAINE2003 apriori precession constant and obliquity rates were used -PRECESSION/DATA * * ----------------------------------------------------------------------------- * +SOLUTION/STATISTICS * Units for WRMS: sec NUMBER OF OBSERVATIONS 100 NUMBER OF UNKNOWNS 211 WEIGHTED SQUARE SUM OF O-C 2.66811357088464D+12 SQUARE SUM OF RESIDUALS (VTPV) 4.46011552128110D+01 VARIANCE FACTOR 8.79568527291826D-01 WRMS OF POSTFIT RESIDUALS 9.86806206386845D-11 -SOLUTION/STATISTICS * * ----------------------------------------------------------------------------- * +SOLUTION/APRIORI *Index Type__ CODE PT SBIN Ref_epoch___ Unit S Apriori_value________ Constraint_ 1 STAX 7232 A 1 91:042:72052 m 2 5.08544278534180D+06 0.00000D+00 2 STAY 7232 A 1 91:042:72052 m 2 2.66826336554534D+06 0.00000D+00 3 STAZ 7232 A 1 91:042:72052 m 2 -2.76869710509524D+06 0.00000D+00 4 STAX 7242 A 1 91:042:72052 m 2 -3.95023651060160D+06 0.00000D+00 5 STAY 7242 A 1 91:042:72052 m 2 2.52234750749608D+06 0.00000D+00 6 STAZ 7242 A 1 91:042:72052 m 2 -4.31156277974796D+06 0.00000D+00 7 RS_RA 0001 A 1 91:042:72352 rad 2 5.70591796760562D-01 0.00000D+00 8 RS_DE 0001 A 1 91:042:72352 rad 2 -8.90417978430993D-01 0.00000D+00 9 RS_RA 0002 A 1 91:042:72352 rad 2 8.28747717171001D-01 0.00000D+00 10 RS_DE 0002 A 1 91:042:72352 rad 2 -1.06425841685772D+00 0.00000D+00 11 RS_RA 0005 A 1 91:042:72352 rad 2 1.43771803874649D+00 0.00000D+00 12 RS_DE 0005 A 1 91:042:72352 rad 2 -1.26986523792246D+00 0.00000D+00 13 RS_RA 0006 A 1 91:042:72352 rad 2 1.47846561334693D+00 0.00000D+00 14 RS_DE 0006 A 1 91:042:72352 rad 2 -7.69442649027937D-01 0.00000D+00 15 RS_RA 0007 A 1 91:042:72352 rad 2 1.72689478736518D+00 0.00000D+00 16 RS_DE 0007 A 1 91:042:72352 rad 2 -1.31373267350021D+00 0.00000D+00 17 RS_RA 0009 A 1 91:042:72352 rad 2 2.78060618512846D+00 0.00000D+00 18 RS_DE 0009 A 1 91:042:72352 rad 2 -5.16049321581725D-01 0.00000D+00 19 RS_RA 0010 A 1 91:042:72352 rad 2 2.87421619379310D+00 0.00000D+00 20 RS_DE 0010 A 1 91:042:72352 rad 2 -1.39739864005063D+00 0.00000D+00 21 RS_RA 0012 A 1 91:042:72352 rad 2 3.56772808245546D+00 0.00000D+00 22 RS_DE 0012 A 1 91:042:72352 rad 2 -2.26139854436058D-01 0.00000D+00 23 RS_RA 0013 A 1 91:042:72352 rad 2 3.78709522815648D+00 0.00000D+00 24 RS_DE 0013 A 1 91:042:72352 rad 2 -7.34877851233692D-01 0.00000D+00 25 RS_RA 0014 A 1 91:042:72352 rad 2 4.26655017980019D+00 0.00000D+00 26 RS_DE 0014 A 1 91:042:72352 rad 2 -1.34893815650103D+00 0.00000D+00 27 RS_RA 0015 A 1 91:042:72352 rad 2 4.30128333932629D+00 0.00000D+00 28 RS_DE 0015 A 1 91:042:72352 rad 2 -4.44372108202488D-01 0.00000D+00 29 RS_RA 0017 A 1 91:042:72352 rad 2 4.79859366597075D+00 0.00000D+00 30 RS_DE 0017 A 1 91:042:72352 rad 2 -9.66140317419300D-01 0.00000D+00 31 RS_RA 0019 A 1 91:042:72352 rad 2 5.24013949030248D+00 0.00000D+00 32 RS_DE 0019 A 1 91:042:72352 rad 2 -3.10948211219154D-01 0.00000D+00 33 RS_RA 0021 A 1 91:042:72352 rad 2 6.01309290635450D+00 0.00000D+00 34 RS_DE 0021 A 1 91:042:72352 rad 2 -4.88213469724759D-01 0.00000D+00 35 RS_RA 0022 A 1 91:042:72352 rad 2 6.14920978681430D+00 0.00000D+00 36 RS_DE 0022 A 1 91:042:72352 rad 2 -8.29124066056749D-01 0.00000D+00 37 NUT_X ---- - 1 91:042:72240 mas 2 -1.71472746029245D+05 0.00000D+00 38 NUT_Y ---- - 1 91:042:72240 mas 2 4.13860781555188D+03 0.00000D+00 -SOLUTION/APRIORI * * ----------------------------------------------------------------------------- * +SOLUTION/ESTIMATE *Index TYPE__ CODE PT SBIN Ref_epoch___ Unit S Total_value__________ Formal_erro 1 STAX 7232 A 1 91:042:72052 m 2 5.08544270868514D+06 1.09245D-01 2 STAY 7232 A 1 91:042:72052 m 2 2.66826336435654D+06 1.69660D-03 3 STAZ 7232 A 1 91:042:72052 m 2 -2.76869711825362D+06 1.87526D-02 4 STAX 7242 A 1 91:042:72052 m 2 -3.95023643394493D+06 1.09245D-01 5 STAY 7242 A 1 91:042:72052 m 2 2.52234750868488D+06 1.69657D-03 6 STAZ 7242 A 1 91:042:72052 m 2 -4.31156276658957D+06 1.87526D-02 7 RS_RA 0001 A 1 91:042:72352 rad 2 5.70591790953021D-01 9.04815D-09 8 RS_DE 0001 A 1 91:042:72352 rad 2 -8.90417962845648D-01 1.89736D-08 9 RS_RA 0002 A 1 91:042:72352 rad 2 8.28747696926571D-01 8.44095D-09 10 RS_DE 0002 A 1 91:042:72352 rad 2 -1.06425840762159D+00 1.30543D-08 11 RS_RA 0005 A 1 91:042:72352 rad 2 1.43771805468351D+00 2.12466D-08 12 RS_DE 0005 A 1 91:042:72352 rad 2 -1.26986523958804D+00 1.06516D-08 13 RS_RA 0006 A 1 91:042:72352 rad 2 1.47846561889079D+00 6.78673D-09 14 RS_DE 0006 A 1 91:042:72352 rad 2 -7.69442624094821D-01 2.28675D-08 15 RS_RA 0007 A 1 91:042:72352 rad 2 1.72689480584135D+00 1.85889D-08 16 RS_DE 0007 A 1 91:042:72352 rad 2 -1.31373266976210D+00 6.81368D-09 17 RS_RA 0009 A 1 91:042:72352 rad 2 2.78060618617106D+00 7.49773D-09 18 RS_DE 0009 A 1 91:042:72352 rad 2 -5.16049266883581D-01 3.53703D-08 19 RS_RA 0010 A 1 91:042:72352 rad 2 2.87421623288318D+00 2.68304D-08 20 RS_DE 0010 A 1 91:042:72352 rad 2 -1.39739863480157D+00 4.21918D-09 21 RS_RA 0012 A 1 91:042:72352 rad 2 3.56772806578929D+00 1.13519D-08 22 RS_DE 0012 A 1 91:042:72352 rad 2 -2.26139841880870D-01 6.36942D-08 23 RS_RA 0013 A 1 91:042:72352 rad 2 3.78709521674504D+00 6.58400D-09 24 RS_DE 0013 A 1 91:042:72352 rad 2 -7.34877832754799D-01 1.88727D-08 25 RS_RA 0014 A 1 91:042:72352 rad 2 4.26655021082245D+00 1.92626D-08 26 RS_DE 0014 A 1 91:042:72352 rad 2 -1.34893814888726D+00 7.08124D-09 27 RS_RA 0015 A 1 91:042:72352 rad 2 4.30128334367880D+00 7.44227D-09 28 RS_DE 0015 A 1 91:042:72352 rad 2 -4.44372048939041D-01 3.41082D-08 29 RS_RA 0017 A 1 91:042:72352 rad 2 4.79859365041107D+00 1.40542D-08 30 RS_DE 0017 A 1 91:042:72352 rad 2 -9.66140306844403D-01 1.36395D-08 31 RS_RA 0019 A 1 91:042:72352 rad 2 5.24013949554214D+00 1.10911D-08 32 RS_DE 0019 A 1 91:042:72352 rad 2 -3.10948174120162D-01 5.32092D-08 33 RS_RA 0021 A 1 91:042:72352 rad 2 6.01309291967432D+00 9.79624D-09 34 RS_DE 0021 A 1 91:042:72352 rad 2 -4.88213419651839D-01 3.14499D-08 35 RS_RA 0022 A 1 91:042:72352 rad 2 6.14920979329696D+00 8.48822D-09 36 RS_DE 0022 A 1 91:042:72352 rad 2 -8.29124039501172D-01 1.88520D-08 37 NUT_X ---- - 1 91:042:72240 mas 2 -1.71471046897197D+05 1.93053D+00 38 NUT_Y ---- - 1 91:042:72240 mas 2 4.14322914491886D+03 2.94403D+00 -SOLUTION/ESTIMATE * * ----------------------------------------------------------------------------- * +SOLUTION/CALIBRATION_ESTIMATE LOADING_EFFECT *Index TYPE__ CODE PT SBIN Ref_epoch___ Unit S value 1 STAX 7232 A 1 91:042:72052 m 2 -8.03414721922654D-04 0.00000D+00 2 STAY 7232 A 1 91:042:72052 m 2 -1.24595730955455D-05 0.00000D+00 3 STAZ 7232 A 1 91:042:72052 m 2 -1.37908911847570D-04 0.00000D+00 4 STAX 7242 A 1 91:042:72052 m 2 8.03414723772743D-04 0.00000D+00 5 STAY 7242 A 1 91:042:72052 m 2 1.24595731230623D-05 0.00000D+00 6 STAZ 7242 A 1 91:042:72052 m 2 1.37908912161671D-04 0.00000D+00 7 RS_RA 0001 A 1 91:042:72352 rad 2 6.29336984691113D-11 0.00000D+00 8 RS_DE 0001 A 1 91:042:72352 rad 2 -6.19976507415507D-11 0.00000D+00 9 RS_RA 0002 A 1 91:042:72352 rad 2 1.16417303209503D-10 0.00000D+00 10 RS_DE 0002 A 1 91:042:72352 rad 2 -1.17531198900039D-11 0.00000D+00 11 RS_RA 0005 A 1 91:042:72352 rad 2 8.88297236841429D-11 0.00000D+00 12 RS_DE 0005 A 1 91:042:72352 rad 2 1.19454384799103D-11 0.00000D+00 13 RS_RA 0006 A 1 91:042:72352 rad 2 1.09553845777721D-10 0.00000D+00 14 RS_DE 0006 A 1 91:042:72352 rad 2 3.68059575036890D-11 0.00000D+00 15 RS_RA 0007 A 1 91:042:72352 rad 2 2.30778593675089D-11 0.00000D+00 16 RS_DE 0007 A 1 91:042:72352 rad 2 1.88053238007522D-11 0.00000D+00 17 RS_RA 0009 A 1 91:042:72352 rad 2 -4.56870082327110D-11 0.00000D+00 18 RS_DE 0009 A 1 91:042:72352 rad 2 3.54026544748915D-11 0.00000D+00 19 RS_RA 0010 A 1 91:042:72352 rad 2 -4.92795922299584D-11 0.00000D+00 20 RS_DE 0010 A 1 91:042:72352 rad 2 -1.68124805439927D-11 0.00000D+00 21 RS_RA 0012 A 1 91:042:72352 rad 2 -4.42780103647269D-11 0.00000D+00 22 RS_DE 0012 A 1 91:042:72352 rad 2 -9.88167245720372D-11 0.00000D+00 23 RS_RA 0013 A 1 91:042:72352 rad 2 2.70269302815192D-11 0.00000D+00 24 RS_DE 0013 A 1 91:042:72352 rad 2 -9.42442759324680D-11 0.00000D+00 25 RS_RA 0014 A 1 91:042:72352 rad 2 1.12956775650022D-10 0.00000D+00 26 RS_DE 0014 A 1 91:042:72352 rad 2 1.51127336871824D-11 0.00000D+00 27 RS_RA 0015 A 1 91:042:72352 rad 2 1.70880332169869D-11 0.00000D+00 28 RS_DE 0015 A 1 91:042:72352 rad 2 -1.54349712040408D-10 0.00000D+00 29 RS_RA 0017 A 1 91:042:72352 rad 2 7.20082221066680D-11 0.00000D+00 30 RS_DE 0017 A 1 91:042:72352 rad 2 5.72356476473403D-11 0.00000D+00 31 RS_RA 0019 A 1 91:042:72352 rad 2 1.96476029557162D-11 0.00000D+00 32 RS_DE 0019 A 1 91:042:72352 rad 2 2.46770012712822D-11 0.00000D+00 33 RS_RA 0021 A 1 91:042:72352 rad 2 -8.55369805385981D-12 0.00000D+00 34 RS_DE 0021 A 1 91:042:72352 rad 2 2.40084192389654D-11 0.00000D+00 35 RS_RA 0022 A 1 91:042:72352 rad 2 -4.58263075326918D-11 0.00000D+00 36 RS_DE 0022 A 1 91:042:72352 rad 2 -2.32090465335524D-11 0.00000D+00 37 NUT_X ---- - 1 91:042:72240 mas 2 -9.56531907025542D-03 0.00000D+00 38 NUT_Y ---- - 1 91:042:72240 mas 2 1.47363027781556D-02 0.00000D+00 -SOLUTION/CALIBRATION_ESTIMATE * * ----------------------------------------------------------------------------- * +SOLUTION/MATRIX_ESTIMATE L COVA * Ind1 Ind2 Covariance(ind1,ind2) 1 1 1.19344440728626D-02 2 1 1.85100153716279D-04 2 2 2.87844252833289D-06 3 1 2.04859510944014D-03 3 2 3.17716882341200D-05 3 3 3.51658381036810D-04 4 1 -1.19344375610028D-02 4 2 -1.85097202497870D-04 4 3 -2.04859865289681D-03 4 4 1.19344410086906D-02 5 1 -1.85099970715432D-04 5 2 -2.87446343441987D-06 5 3 -3.17725035451636D-05 5 4 1.85097313560364D-04 5 5 2.87834668065627D-06 6 1 -2.04859473513235D-03 6 2 -3.17719676133295D-05 6 3 -3.51654541524264D-04 6 4 2.04859848768403D-03 6 5 3.17712629319530D-05 6 6 3.51659621214432D-04 7 1 -1.92825637872438D-10 7 2 -2.98988965329514D-12 7 3 -3.30993311694717D-11 7 4 1.92825911103747D-10 7 5 2.98989427003279D-12 7 6 3.30993779606027D-11 7 7 8.18690916454416D-17 8 1 -1.71413674583742D-09 8 2 -2.65861592218698D-11 8 3 -2.94239235940292D-10 8 4 1.71413656115345D-09 8 5 2.65861541928030D-11 8 6 2.94239202914226D-10 8 7 7.14861820388950D-17 8 8 3.59996005837891D-16 9 1 1.58256774522348D-11 9 2 2.45956131700279D-13 9 3 2.71625272922765D-12 9 4 -1.58253232544477D-11 9 5 -2.45950240363771D-13 9 6 -2.71619214101688D-12 9 7 3.10538575295084D-17 9 8 -1.31512161408367D-17 9 9 7.12495530212526D-17 10 1 -1.11568633827136D-09 10 2 -1.73044121578173D-11 10 3 -1.91512671699417D-10 10 4 1.11568621245272D-09 10 5 1.73044086590461D-11 10 6 1.91512649146686D-10 10 7 1.07482514873477D-17 10 8 2.05891730416704D-16 10 9 -1.21728719013389D-17 10 10 1.70415924524547D-16 11 1 2.41993514088843D-10 11 2 3.75363959920463D-12 11 3 4.15386895394681D-11 11 4 -2.41993049534225D-10 11 5 -3.75363183638245D-12 11 6 -4.15386100475519D-11 11 7 3.69357673126049D-17 11 8 -9.27689536146253D-17 11 9 6.73099192761395D-17 11 10 -8.42886933507309D-17 11 11 4.51416063274556D-16 12 1 -6.79033232921555D-10 12 2 -1.05319690727200D-11 12 3 -1.16559167428714D-10 12 4 6.79033121320399D-10 12 5 1.05319663303097D-11 12 6 1.16559147689018D-10 12 7 -7.05803444757632D-18 12 8 1.20999778479746D-16 12 9 -1.64240755538699D-17 12 10 9.73992021917722D-17 12 11 -1.35308995538779D-16 12 12 1.13456388566846D-16 13 1 -2.37314852838746D-10 13 2 -3.67967695864688D-12 13 3 -4.07358163998926D-11 13 4 2.37315061083829D-10 13 5 3.67968069100846D-12 13 6 4.07358522186793D-11 13 7 1.73424123167377D-17 13 8 2.04913544257381D-17 13 9 2.00051853240255D-17 13 10 9.29081831355413D-18 13 11 4.32982236505594D-17 13 12 -6.17381953644286D-18 13 13 4.60597185080884D-17 14 1 -2.11090713772926D-09 14 2 -3.27403113339087D-11 14 3 -3.62346755099860D-10 14 4 2.11090686344285D-09 14 5 3.27403042125268D-11 14 6 3.62346706305433D-10 14 7 3.65546374077191D-17 14 8 3.61201579230564D-16 14 9 -4.49141667563654D-18 14 10 2.59037084363773D-16 14 11 -8.42056880871147D-17 14 12 1.45402216339671D-16 14 13 5.58645123443050D-17 14 14 5.22924800186234D-16 15 1 3.29085508639266D-10 15 2 5.10457456320720D-12 15 3 5.64884770942827D-11 15 4 -3.29085009325245D-10 15 5 -5.10456604307330D-12 15 6 -5.64883915251983D-11 15 7 2.89626558364883D-17 15 8 -1.14457507407927D-16 15 9 5.83355727974184D-17 15 10 -1.11525301825035D-16 15 11 1.90771727705720D-16 15 12 -8.29560143561207D-17 15 13 4.68166305095719D-17 15 14 -1.29149734104611D-16 15 15 3.45548701228934D-16 16 1 -5.35714200223921D-10 16 2 -8.30920508719462D-12 16 3 -9.19578616670778D-11 16 4 5.35714087824843D-10 16 5 8.30920243356027D-12 16 6 9.19578418656829D-11 16 7 -3.65960269627782D-18 16 8 8.80515677866086D-17 16 9 -5.73219128055770D-18 16 10 7.24669441549821D-17 16 11 -3.38543806698183D-17 16 12 5.46528657261767D-17 16 13 2.21585473940025D-19 16 14 1.14085778311035D-16 16 15 -5.34255720992783D-17 16 16 4.64261992144762D-17 17 1 -2.55686454295347D-11 17 2 -3.95972296527208D-13 17 3 -4.38867461079867D-12 17 4 2.55687166379374D-11 17 5 3.95973818726230D-13 17 6 4.38868703910878D-12 17 7 -4.41870686269112D-18 17 8 2.49481771283086D-18 17 9 -4.54653348283518D-18 17 10 3.83295514806205D-18 17 11 -1.27379871493726D-17 17 12 5.58517181790214D-18 17 13 1.14517720432172D-18 17 14 -9.09281581835938D-18 17 15 -5.21991621713925D-18 17 16 8.41186395824081D-19 17 17 5.62159962588345D-17 18 1 -3.05411800951867D-09 18 2 -4.73702020004473D-11 18 3 -5.24253425902100D-10 18 4 3.05411750647764D-09 18 5 4.73701895766162D-11 18 6 5.24253336879863D-10 18 7 4.73680642950387D-17 18 8 5.30979358791345D-16 18 9 -2.28927160464774D-17 18 10 3.78667568135181D-16 18 11 -1.75985922902524D-16 18 12 2.19739810008090D-16 18 13 7.09257644666391D-17 18 14 6.63715076401751D-16 18 15 -1.61890997953084D-16 18 16 1.54123793868982D-16 18 17 6.93168790900680D-17 18 18 1.25105685887798D-15 19 1 5.18720460794849D-11 19 2 8.07125838243169D-13 19 3 8.90458258960725D-12 19 4 -5.18713027381143D-11 19 5 -8.07112285469226D-13 19 6 -8.90445456412387D-12 19 7 6.24449554430745D-17 19 8 -1.52552001582334D-17 19 9 1.73535371434305D-17 19 10 -8.10115744902684D-17 19 11 8.88959455572074D-17 19 12 -1.16819288481164D-16 19 13 4.56422332883419D-17 19 14 -4.73216767470703D-17 19 15 1.95405907199037D-16 19 16 -1.00298792543696D-16 19 17 -1.55029383491981D-17 19 18 -2.73953321997269D-17 19 19 7.19867945216401D-16 20 1 -3.09580410004606D-10 20 2 -4.80179350960968D-12 20 3 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-1.66273783522759D-02 38 4 9.68661575306143D-02 38 5 1.50216200331277D-03 38 6 1.66273799485134D-02 38 7 7.00113444953600D-09 38 8 1.97512415777193D-08 38 9 -2.39072053535543D-10 38 10 9.27917745628869D-09 38 11 -2.28419707040758D-09 38 12 -1.41422485453704D-09 38 13 8.39726950295340D-09 38 14 2.72368820748908D-08 38 15 5.96217691433240D-09 38 16 -2.29139021649191D-09 38 17 -6.24296357117182D-09 38 18 4.83898062475468D-08 38 19 4.39611312680554D-08 38 20 1.90437464047216D-09 38 21 -1.90185836980864D-08 38 22 5.49724484285054D-08 38 23 -8.22649791377529D-09 38 24 2.10334034454638D-08 38 25 1.49214045261230D-08 38 26 7.98700290475902D-09 38 27 -1.19785842129125D-08 38 28 1.69106815162819D-08 38 29 -5.09741466594845D-10 38 30 1.43754918816278D-08 38 31 4.18106768624046D-09 38 32 6.75407428065669D-10 38 33 2.37762993931141D-08 38 34 3.52328162033747D-08 38 35 1.23725830921343D-08 38 36 2.35620403953858D-08 38 37 6.04226674913928D-01 38 38 8.66731084389067D+00 -SOLUTION/MATRIX_ESTIMATE L COVA * * ----------------------------------------------------------------------------- * +SOLUTION/CONSTRAINT_INFO *Index Cns_abr Subind Unit Description_of_constraint 1 ATM_RATE 1 d/l Atmosphere rate between segments 2 ATM_RATE 2 d/l Atmosphere rate between segments 3 ATM_RATE 3 d/l Atmosphere rate between segments 4 ATM_RATE 4 d/l Atmosphere rate between segments 5 ATM_RATE 5 d/l Atmosphere rate between segments 6 ATM_RATE 6 d/l Atmosphere rate between segments 7 ATM_RATE 7 d/l Atmosphere rate between segments 8 ATM_RATE 8 d/l Atmosphere rate between segments 9 ATM_RATE 9 d/l Atmosphere rate between segments 10 ATM_RATE 10 d/l Atmosphere rate between segments 11 ATM_RATE 11 d/l Atmosphere rate between segments 12 ATM_RATE 12 d/l Atmosphere rate between segments 13 ATM_RATE 13 d/l Atmosphere rate between segments 14 ATM_RATE 14 d/l Atmosphere rate between segments 15 ATM_RATE 15 d/l Atmosphere rate between segments 16 ATM_RATE 16 d/l Atmosphere rate between segments 17 ATM_RATE 17 d/l Atmosphere rate between segments 18 ATM_RATE 18 d/l Atmosphere rate between segments 19 ATM_RATE 19 d/l Atmosphere rate between segments 20 ATM_RATE 20 d/l Atmosphere rate between segments 21 ATM_RATE 21 d/l Atmosphere rate between segments 22 ATM_RATE 22 d/l Atmosphere rate between segments 23 ATM_RATE 23 d/l Atmosphere rate between segments 24 ATM_RATE 24 d/l Atmosphere rate between segments 25 ATM_RATE 25 d/l Atmosphere rate between segments 26 ATM_RATE 26 d/l Atmosphere rate between segments 27 ATM_RATE 27 d/l Atmosphere rate between segments 28 ATM_RATE 28 d/l Atmosphere rate between segments 29 ATM_RATE 29 d/l Atmosphere rate between segments 30 ATM_RATE 30 d/l Atmosphere rate between segments 31 ATM_RATE 31 d/l Atmosphere rate between segments 32 ATM_RATE 32 d/l Atmosphere rate between segments 33 ATM_RATE 33 d/l Atmosphere rate between segments 34 ATM_RATE 34 d/l Atmosphere rate between segments 35 ATM_RATE 35 d/l Atmosphere rate between segments 36 ATM_RATE 36 d/l Atmosphere rate between segments 37 ATM_RATE 37 d/l Atmosphere rate between segments 38 ATM_RATE 38 d/l Atmosphere rate between segments 39 ATM_RATE 39 d/l Atmosphere rate between segments 40 ATM_RATE 40 d/l Atmosphere rate between segments 41 ATM_RATE 41 d/l Atmosphere rate between segments 42 ATM_RATE 42 d/l Atmosphere rate between segments 43 ATM_RATE 43 d/l Atmosphere rate between segments 44 ATM_RATE 44 d/l Atmosphere rate between segments 45 ATM_RATE 45 d/l Atmosphere rate between segments 46 ATM_RATE 46 d/l Atmosphere rate between segments 47 ATM_RATE 47 d/l Atmosphere rate between segments 48 ATM_RATE 48 d/l Atmosphere rate between segments 49 ATM_RATE 49 d/l Atmosphere rate between segments 50 ATM_RATE 50 d/l Atmosphere rate between segments 51 ATM_RATE 51 d/l Atmosphere rate between segments 52 ATM_RATE 52 d/l Atmosphere rate between segments 53 ATM_RATE 53 d/l Atmosphere rate between segments 54 ATM_RATE 54 d/l Atmosphere rate between segments 55 ATM_RATE 55 d/l Atmosphere rate between segments 56 ATM_RATE 56 d/l Atmosphere rate between segments 57 ATM_RATE 57 d/l Atmosphere rate between segments 58 ATM_RATE 58 d/l Atmosphere rate between segments 59 ATM_RATE 59 d/l Atmosphere rate between segments 60 ATM_RATE 60 d/l Atmosphere rate between segments 61 ATM_RATE 61 d/l Atmosphere rate between segments 62 ATM_RATE 62 d/l Atmosphere rate between segments 63 ATM_RATE 63 d/l Atmosphere rate between segments 64 ATM_RATE 64 d/l Atmosphere rate between segments 65 ATM_RATE 65 d/l Atmosphere rate between segments 66 ATM_RATE 66 d/l Atmosphere rate between segments 67 ATM_RATE 67 d/l Atmosphere rate between segments 68 ATM_RATE 68 d/l Atmosphere rate between segments 69 ATM_RATE 69 d/l Atmosphere rate between segments 70 ATM_RATE 70 d/l Atmosphere rate between segments 71 ATM_RATE 71 d/l Atmosphere rate between segments 72 ATM_RATE 72 d/l Atmosphere rate between segments 73 CLO_RATE 1 d/l Clock rate between segments 74 CLO_RATE 2 d/l Clock rate between segments 75 CLO_RATE 3 d/l Clock rate between segments 76 CLO_RATE 4 d/l Clock rate between segments 77 CLO_RATE 5 d/l Clock rate between segments 78 CLO_RATE 6 d/l Clock rate between segments 79 CLO_RATE 7 d/l Clock rate between segments 80 CLO_RATE 8 d/l Clock rate between segments 81 CLO_RATE 9 d/l Clock rate between segments 82 CLO_RATE 10 d/l Clock rate between segments 83 CLO_RATE 11 d/l Clock rate between segments 84 CLO_RATE 12 d/l Clock rate between segments 85 CLO_RATE 13 d/l Clock rate between segments 86 CLO_RATE 14 d/l Clock rate between segments 87 CLO_RATE 15 d/l Clock rate between segments 88 CLO_RATE 16 d/l Clock rate between segments 89 CLO_RATE 17 d/l Clock rate between segments 90 CLO_RATE 18 d/l Clock rate between segments 91 CLO_RATE 19 d/l Clock rate between segments 92 CLO_RATE 20 d/l Clock rate between segments 93 CLO_RATE 21 d/l Clock rate between segments 94 CLO_RATE 22 d/l Clock rate between segments 95 CLO_RATE 23 d/l Clock rate between segments 96 CLO_RATE 24 d/l Clock rate between segments 97 ATM_RATE 73 d/l Atmosphere rate between segments 98 ATM_RATE 74 d/l Atmosphere rate between segments 99 ATM_RATE 75 d/l Atmosphere rate between segments 100 ATM_RATE 76 d/l Atmosphere rate between segments 101 ATM_RATE 77 d/l Atmosphere rate between segments 102 ATM_RATE 78 d/l Atmosphere rate between segments 103 ATM_RATE 79 d/l Atmosphere rate between segments 104 ATM_RATE 80 d/l Atmosphere rate between segments 105 ATM_RATE 81 d/l Atmosphere rate between segments 106 ATM_RATE 82 d/l Atmosphere rate between segments 107 ATM_RATE 83 d/l Atmosphere rate between segments 108 ATM_RATE 84 d/l Atmosphere rate between segments 109 ATM_RATE 85 d/l Atmosphere rate between segments 110 ATM_RATE 86 d/l Atmosphere rate between segments 111 ATM_RATE 87 d/l Atmosphere rate between segments 112 ATM_RATE 88 d/l Atmosphere rate between segments 113 ATM_RATE 89 d/l Atmosphere rate between segments 114 ATM_RATE 90 d/l Atmosphere rate between segments 115 ATM_RATE 91 d/l Atmosphere rate between segments 116 ATM_RATE 92 d/l Atmosphere rate between segments 117 ATM_RATE 93 d/l Atmosphere rate between segments 118 ATM_RATE 94 d/l Atmosphere rate between segments 119 ATM_RATE 95 d/l Atmosphere rate between segments 120 ATM_RATE 96 d/l Atmosphere rate between segments 121 ATM_RATE 97 d/l Atmosphere rate between segments 122 ATM_RATE 98 d/l Atmosphere rate between segments 123 ATM_RATE 99 d/l Atmosphere rate between segments 124 ATM_RATE 100 d/l Atmosphere rate between segments 125 ATM_RATE 101 d/l Atmosphere rate between segments 126 ATM_RATE 102 d/l Atmosphere rate between segments 127 ATM_RATE 103 d/l Atmosphere rate between segments 128 ATM_RATE 104 d/l Atmosphere rate between segments 129 ATM_RATE 105 d/l Atmosphere rate between segments 130 ATM_RATE 106 d/l Atmosphere rate between segments 131 ATM_RATE 107 d/l Atmosphere rate between segments 132 ATM_RATE 108 d/l Atmosphere rate between segments 133 ATM_RATE 109 d/l Atmosphere rate between segments 134 ATM_RATE 110 d/l Atmosphere rate between segments 135 ATM_RATE 111 d/l Atmosphere rate between segments 136 ATM_RATE 112 d/l Atmosphere rate between segments 137 ATM_RATE 113 d/l Atmosphere rate between segments 138 ATM_RATE 114 d/l Atmosphere rate between segments 139 ATM_RATE 115 d/l Atmosphere rate between segments 140 ATM_RATE 116 d/l Atmosphere rate between segments 141 ATM_RATE 117 d/l Atmosphere rate between segments 142 ATM_RATE 118 d/l Atmosphere rate between segments 143 ATM_RATE 119 d/l Atmosphere rate between segments 144 ATM_RATE 120 d/l Atmosphere rate between segments 145 ATM_RATE 121 d/l Atmosphere rate between segments 146 ATM_RATE 122 d/l Atmosphere rate between segments 147 ATM_RATE 123 d/l Atmosphere rate between segments 148 ATM_RATE 124 d/l Atmosphere rate between segments 149 ATM_RATE 125 d/l Atmosphere rate between segments 150 ATM_RATE 126 d/l Atmosphere rate between segments 151 ATM_RATE 127 d/l Atmosphere rate between segments 152 ATM_RATE 128 d/l Atmosphere rate between segments 153 ATM_RATE 129 d/l Atmosphere rate between segments 154 ATM_RATE 130 d/l Atmosphere rate between segments 155 ATM_RATE 131 d/l Atmosphere rate between segments 156 ATM_RATE 132 d/l Atmosphere rate between segments 157 ATM_RATE 133 d/l Atmosphere rate between segments 158 ATM_RATE 134 d/l Atmosphere rate between segments 159 ATM_RATE 135 d/l Atmosphere rate between segments 160 ATM_RATE 136 d/l Atmosphere rate between segments 161 ATM_RATE 137 d/l Atmosphere rate between segments 162 ATM_RATE 138 d/l Atmosphere rate between segments 163 ATM_RATE 139 d/l Atmosphere rate between segments 164 ATM_RATE 140 d/l Atmosphere rate between segments 165 ATM_RATE 141 d/l Atmosphere rate between segments 166 ATM_RATE 142 d/l Atmosphere rate between segments 167 ATM_RATE 143 d/l Atmosphere rate between segments 168 ATM_RATE 144 d/l Atmosphere rate between segments 169 NNT_POS 1 m No-net translation for positions 170 NNT_POS 2 m No-net translation for positions 171 NNT_POS 3 m No-net translation for positions 172 NNR_POS 1 m No-net rotation for positions 173 NNR_POS 2 m No-net rotation for positions 174 NNR_POS 3 m No-net rotation for positions 175 NNR_SRC 1 rad No-net rotation for sources 176 NNR_SRC 2 rad No-net rotation for sources 177 NNR_SRC 3 rad No-net rotation for sources 178 SRC_COO 1 rad Source coordinates 179 SRC_COO 2 rad Source coordinates 180 SRC_COO 3 rad Source coordinates 181 SRC_COO 4 rad Source coordinates 182 SRC_COO 5 rad Source coordinates 183 SRC_COO 6 rad Source coordinates 184 SRC_COO 7 rad Source coordinates 185 SRC_COO 8 rad Source coordinates 186 SRC_COO 9 rad Source coordinates 187 SRC_COO 10 rad Source coordinates 188 SRC_COO 11 rad Source coordinates 189 SRC_COO 12 rad Source coordinates 190 SRC_COO 13 rad Source coordinates 191 SRC_COO 14 rad Source coordinates 192 SRC_COO 15 rad Source coordinates 193 SRC_COO 16 rad Source coordinates 194 SRC_COO 17 rad Source coordinates 195 SRC_COO 18 rad Source coordinates 196 SRC_COO 19 rad Source coordinates 197 SRC_COO 20 rad Source coordinates 198 SRC_COO 21 rad Source coordinates 199 SRC_COO 22 rad Source coordinates 200 SRC_COO 23 rad Source coordinates 201 SRC_COO 24 rad Source coordinates 202 SRC_COO 25 rad Source coordinates 203 SRC_COO 26 rad Source coordinates 204 SRC_COO 27 rad Source coordinates 205 SRC_COO 28 rad Source coordinates 206 SRC_COO 29 rad Source coordinates 207 SRC_COO 30 rad Source coordinates -SOLUTION/CONSTRAINT_INFO * * ----------------------------------------------------------------------------- * +SOLUTION/CONSTRAINT_EQUATION_MATRIX * IND1 runs over constraint equations * IND2 runs over parameters to be constrainted * * Ind1 Ind2 Constraint_equation(ind1,ind2) 169 1 1.00000000000000D+00 169 4 1.00000000000000D+00 170 2 1.00000000000000D+00 170 5 1.00000000000000D+00 171 3 1.00000000000000D+00 171 6 1.00000000000000D+00 172 2 4.34450424487217D-01 172 3 4.18690973014972D-01 172 5 6.78065064602011D-01 172 6 3.96681270394770D-01 173 1 -4.34450424487217D-01 173 3 -7.97982937771618D-01 173 4 -6.78065064602011D-01 173 6 6.21240753251954D-01 174 1 -4.18690973014972D-01 174 2 7.97982937771618D-01 174 4 -3.96681270394770D-01 174 5 -6.21240753251954D-01 175 7 5.35514991201097D-02 175 8 5.42644299853434D-02 175 9 1.98630348502705D-02 175 10 1.19003065200164D-01 175 11 5.40489326547398D-04 175 12 9.89159955860392D-02 175 13 8.82087698386508D-03 175 14 6.62570132172652D-02 175 15 -1.05462082151130D-03 175 16 7.61313155208102D-01 175 17 -6.93145683762355D-02 175 18 1.05756099365736D-02 175 19 -2.62982065635762D-03 175 20 1.93266761875251D-01 175 21 -8.45778528126814D-02 175 22 -7.36940297201923D-03 175 23 -5.30187890277999D-02 175 24 -4.52412290503642D-02 175 25 -1.54804425637648D-03 175 26 -3.83326651479524D-01 175 27 -3.76614974424464D-02 175 28 -2.86239717667204D-02 175 29 1.30335681622363D-03 175 30 -3.79411221471281D-01 175 31 5.57541586236345D-02 175 32 -2.70913975842521D-02 175 33 1.76316645560861D-01 175 34 -1.89409417022995D-02 175 35 5.38721494736774D-02 175 36 -1.06882583752082D-02 176 7 4.37953186186447D-02 176 8 -1.07737460609220D-01 176 9 2.76057519947569D-02 176 10 -1.39031022630637D-01 176 11 5.14469084509459D-03 176 12 -1.68733732362820D-02 176 13 1.21389961101198D-01 176 14 -7.81750908408127D-03 176 15 8.53893790466102D-03 176 16 1.52673396435006D-01 176 17 3.33448824245770D-02 176 18 3.56950754163720D-02 176 19 9.17970070036344D-04 176 20 8.99005456958801D-01 176 21 -4.89238049168057D-02 176 22 2.06859886339374D-02 176 23 -5.08808872594687D-02 176 24 7.65450427042283D-02 176 25 -4.12733758393605D-03 176 26 2.33447884342027D-01 176 27 -1.10082509862319D-01 176 28 1.59007168014295D-02 176 29 -1.92180171314388D-02 176 30 -4.17803880796896D-02 176 31 -1.21881431086419D-01 176 32 -2.01223490499186D-02 176 33 -6.22018876039822D-02 176 34 -8.71763867934254D-02 176 35 -9.25236837801140D-03 176 36 -1.01047571162865D-01 177 7 7.45447529748854D-02 177 9 2.36058979402238D-02 177 11 1.83004846708248D-03 177 13 1.42982476962330D-01 177 15 2.58142218128944D-03 177 17 1.89043973858384D-01 177 19 6.91359884076973D-04 177 21 5.84402814472544D-01 177 23 1.06313450149014D-01 177 25 1.17222893436823D-03 177 27 2.86521936778205D-01 177 29 1.51420118403581D-02 177 31 4.98687158277732D-01 177 33 4.98651174233191D-01 177 35 7.20915271018588D-02 178 7 1.00000000000000D+00 179 8 1.00000000000000D+00 180 9 1.00000000000000D+00 181 10 1.00000000000000D+00 182 11 1.00000000000000D+00 183 12 1.00000000000000D+00 184 13 1.00000000000000D+00 185 14 1.00000000000000D+00 186 15 1.00000000000000D+00 187 16 1.00000000000000D+00 188 17 1.00000000000000D+00 189 18 1.00000000000000D+00 190 19 1.00000000000000D+00 191 20 1.00000000000000D+00 192 21 1.00000000000000D+00 193 22 1.00000000000000D+00 194 23 1.00000000000000D+00 195 24 1.00000000000000D+00 196 25 1.00000000000000D+00 197 26 1.00000000000000D+00 198 27 1.00000000000000D+00 199 28 1.00000000000000D+00 200 29 1.00000000000000D+00 201 30 1.00000000000000D+00 202 31 1.00000000000000D+00 203 32 1.00000000000000D+00 204 33 1.00000000000000D+00 205 34 1.00000000000000D+00 206 35 1.00000000000000D+00 207 36 1.00000000000000D+00 -SOLUTION/CONSTRAINT_EQUATION_MATRIX * * ----------------------------------------------------------------------------- * +SOLUTION/CONSTRAINT_EQUATION_VECTOR *Index Right_hand_value____ Reciprocal_weight___ 1 0.00000000000000D+00 1.38888888888889D-14 2 0.00000000000000D+00 1.38888888888889D-14 3 0.00000000000000D+00 1.38888888888889D-14 4 0.00000000000000D+00 1.38888888888889D-14 5 0.00000000000000D+00 1.38888888888889D-14 6 0.00000000000000D+00 1.38888888888889D-14 7 0.00000000000000D+00 1.38888888888889D-14 8 0.00000000000000D+00 1.38888888888889D-14 9 0.00000000000000D+00 1.38888888888889D-14 10 0.00000000000000D+00 1.38888888888889D-14 11 0.00000000000000D+00 1.38888888888889D-14 12 0.00000000000000D+00 1.38888888888889D-14 13 0.00000000000000D+00 1.38888888888889D-14 14 0.00000000000000D+00 1.38888888888889D-14 15 0.00000000000000D+00 1.38888888888889D-14 16 0.00000000000000D+00 1.38888888888889D-14 17 0.00000000000000D+00 1.38888888888889D-14 18 0.00000000000000D+00 1.38888888888889D-14 19 0.00000000000000D+00 1.38888888888889D-14 20 0.00000000000000D+00 1.38888888888889D-14 21 0.00000000000000D+00 1.38888888888889D-14 22 0.00000000000000D+00 1.38888888888889D-14 23 0.00000000000000D+00 1.38888888888889D-14 24 0.00000000000000D+00 1.38888888888889D-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 5.00000000000000D-14 74 0.00000000000000D+00 5.00000000000000D-14 75 0.00000000000000D+00 5.00000000000000D-14 76 0.00000000000000D+00 5.00000000000000D-14 77 0.00000000000000D+00 5.00000000000000D-14 78 0.00000000000000D+00 5.00000000000000D-14 79 0.00000000000000D+00 5.00000000000000D-14 80 0.00000000000000D+00 5.00000000000000D-14 81 0.00000000000000D+00 5.00000000000000D-14 82 0.00000000000000D+00 5.00000000000000D-14 83 0.00000000000000D+00 5.00000000000000D-14 84 0.00000000000000D+00 5.00000000000000D-14 85 0.00000000000000D+00 5.00000000000000D-14 86 0.00000000000000D+00 5.00000000000000D-14 87 0.00000000000000D+00 5.00000000000000D-14 88 0.00000000000000D+00 5.00000000000000D-14 89 0.00000000000000D+00 5.00000000000000D-14 90 0.00000000000000D+00 5.00000000000000D-14 91 0.00000000000000D+00 5.00000000000000D-14 92 0.00000000000000D+00 5.00000000000000D-14 93 0.00000000000000D+00 5.00000000000000D-14 94 0.00000000000000D+00 5.00000000000000D-14 95 0.00000000000000D+00 5.00000000000000D-14 96 0.00000000000000D+00 5.00000000000000D-14 97 0.00000000000000D+00 1.38888888888889D-14 98 0.00000000000000D+00 1.38888888888889D-14 99 0.00000000000000D+00 1.38888888888889D-14 100 0.00000000000000D+00 1.38888888888889D-14 101 0.00000000000000D+00 1.38888888888889D-14 102 0.00000000000000D+00 1.38888888888889D-14 103 0.00000000000000D+00 1.38888888888889D-14 104 0.00000000000000D+00 1.38888888888889D-14 105 0.00000000000000D+00 1.38888888888889D-14 106 0.00000000000000D+00 1.38888888888889D-14 107 0.00000000000000D+00 1.38888888888889D-14 108 0.00000000000000D+00 1.38888888888889D-14 109 0.00000000000000D+00 1.38888888888889D-14 110 0.00000000000000D+00 1.38888888888889D-14 111 0.00000000000000D+00 1.38888888888889D-14 112 0.00000000000000D+00 1.38888888888889D-14 113 0.00000000000000D+00 1.38888888888889D-14 114 0.00000000000000D+00 1.38888888888889D-14 115 0.00000000000000D+00 1.38888888888889D-14 116 0.00000000000000D+00 1.38888888888889D-14 117 0.00000000000000D+00 1.38888888888889D-14 118 0.00000000000000D+00 1.38888888888889D-14 119 0.00000000000000D+00 1.38888888888889D-14 120 0.00000000000000D+00 1.38888888888889D-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 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