CODES Asteroid Ephemeris SPK File
===========================================================================

     Created by Boris Semenov, NAIF/JPL, October 20, 2006


Objects in the Ephemeris
--------------------------------------------------------

     This file contains ephemeris data for 300 asteroids. These
     ephemerides were integrated by the Comet/asteroid Orbit
     Determination and Ephemeris Software (CODES) developed by Jim Baer
     and available from

        http://home.earthlink.net/~jimbaer1/
 
     The SPICE utility program BRIEF can be used to get the complete
     list of asteroids, the data for which is stored in this file.

     The center of motion for all asteroids is the Sun (NAIF ID 10) and
     the reference frame is ``ECLIPJ2000_DE405'' (frame ID 1900017),
     defined in a special frames kernel, a copy of which is provided in
     Appendix 1.


Approximate Time Coverage
--------------------------------------------------------

     The data for each of the asteroids covers the following time span:

        COVERAGE BEGIN TIME (TDB):   1799 DEC 30 12:00:00.000
        COVERAGE END TIME (TDB):     2200 JAN 22 12:00:00.000


Pedigree
--------------------------------------------------------

     This file was generated by ``packaging'' classical orbital
     elements generated by the CODES software into SPK format using
     NAIF's MKSPK program. The description of the CODES output file and
     the contents of the accompanying ``mu.txt'' file are provided in
     Appendix 3. The data for each of the asteroids was extracted from
     the CODES data file and packaged into a type 13 SPK segment with
     interpolation degree set to 15. The Sun GM values used by MKSPK to
     convert orbital elements into states stored in the SPK file was
     132712440017.987, the value used in JPL's DE405 planet ephemerides.
     Example MKSPK input and setup files used for MKSPK runs are
     provided in Appendix 2.

 
Usage
--------------------------------------------------------

     This file should be used together with the DE405 planetary
     ephemeris since the integration was done using the DE405 ephemeris
     and with the frames kernel defining the ``ECLIPJ2000_DE405''
     frame.


Contacts
--------------------------------------------------------

     If you have any questions regarding this data contact

        Boris V. Semenov, NAIF/JPL,
        Boris.Semenov@jpl.nasa.gov

     or 

        Jim Baer
        jimbaer1@earthlink.net



Appendix 1: Frames Kernel (FK) defining ``ECLIPJ2000_DE405''
===========================================================================

     SPICE Frames Kernel (FK) file defining the ``ECLIPJ2000_DE405''
     must be used together with this SPK file. This FK must have the
     following contents:

-----------------
KPL/FK

   This frames kernel defines the Ecliptic and Equinox of the J2000 frame
   using the DE405 obliquity angle value (84381.412 arcseconds). This
   frame is used as the reference frame in the SPK file containing
   asteroid ephemeris data generated by the Comet/asteroid Orbit
   Determination and Ephemeris Software (CODES) developed by Jim Baer.
   The frame ID for this frame is set to 1900017, an arbitrarily chosen
   number from the range 1400000 to 2000000 set aside by NAIF for
   public use (see frames.req document). Contact Boris Semenov, NAIF
   (Boris.Semenov@jpl.nasa.gov) or Jim Baer (jimbaer1@earthlink.net)
   if you have any question about this kernel.

   \begindata

      FRAME_ECLIPJ2000_DE405        = 1900017
      FRAME_1900017_NAME            = 'ECLIPJ2000_DE405'
      FRAME_1900017_CLASS           = 4
      FRAME_1900017_CLASS_ID        = 1900017
      FRAME_1900017_CENTER          = 0
      TKFRAME_1900017_SPEC          = 'ANGLES'
      TKFRAME_1900017_RELATIVE      = 'J2000'
      TKFRAME_1900017_ANGLES        = ( 0.0, 0.0, -84381.412 )
      TKFRAME_1900017_AXES          = ( 1,   3,        1     )
      TKFRAME_1900017_UNITS         = 'ARCSECONDS'

   \begintext
-----------------


Appendix 2: MKSPK Setup
===========================================================================

     These are example MKSPK setup and input files used in the MKSPK
     run that produced the segment for asteroid 511. A similar setup
     files was used for each of the other asteroids, but with revisions
     to the OBJECT_ID and SEGMENT_ID keywords

     MKSPK setup:

-----------------
\begindata
   INPUT_DATA_TYPE   = 'ELEMENTS'
   OUTPUT_SPK_TYPE   = 13
   POLYNOM_DEGREE    = 15
   OBJECT_ID         = 2000511
   CENTER_ID         = 10
   REF_FRAME_NAME    = 'ECLIPJ2000_DE405'
   PRODUCER_ID       = 'NAIF/JPL'
   DATA_ORDER        = 'EPOCH A E INC PER NOD MEAN'
   DATA_DELIMITER    = 'TAB'
   LEAPSECONDS_FILE  = '/kernels/gen/lsk/naif0008.tls'
   PCK_FILE          = 'de405_sun_gm.tpc'
   FRAME_DEF_FILE    = 'eclipj2000_de405.tf'
   INPUT_DATA_UNITS  = ( 'ANGLES=RADIANS', 'DISTANCES=AU' )
   LINES_PER_RECORD  = 1
   TIME_WRAPPER      = '# JD TDB'
   SEGMENT_ID        = 'Ast. 511 ephemeris by CODES (Jim Baer)'
\begintext
-----------------

     MKSPK input (\t indicates the TAB character):

-----------------
2378495\t2.6642270814706346\t0.2084485576353052\t0.03623271115431363\t5.157553574068191\t2.038285143979744\t2.475765937447742
2378535\t2.6643515944001037\t0.2083960107196604\t0.03623273070104664\t5.157664881585638\t2.038270012413099\t2.6339063140565266
2378575\t2.664448360585917\t0.2083533267083533\t0.03623274372411811\t5.1577189170825655\t2.038267548313565\t2.7920775657941914
...
-----------------


Appendix 3: CODES Data File and ``Mu'' File
===========================================================================

     The following description of the CODES data files was provided by
     Jim Baer:

-----------------
Asteroid Ephemeris BC405-A1


This is a numerically-integrated ephemeris of the 300 asteroids used
in the force model of the JPL DE-405 planetary ephemeris; it accounts
for the mutual perturbations of all 300 asteroids upon one another,
in addition to perturbations from the Sun and planets.

Like DE405, this ephemeris covers the years 1800 to 2200.  More
specifically, entries begin at JD 2378495.0, and end at JD 2524615;
there are a total of 3654 entries spaced at 40-day intervals.  For
each date, the ephemeris entry consists of the six classical orbital
elements
a in AUs
e
i in radians
w in radians
omega in radians
M in radians
for each of the 300 asteroids.  Thus, the entry for each date
consists of 1800 numbers.  Each line of the text file contains a
single double-precision number; there are no blank lines; as the
entry for one date ends, the entry for the next date begins.

Thus, if we wish to find the classical elements for the i'th asteroid
at the j'th time interval, we would seek the following lines of text:
a = line 300*(j-1) + 6*(i-1) + 1
e = line 300*(j-1) + 6*(i-1) + 2
i = line 300*(j-1) + 6*(i-1) + 3
w = line 300*(j-1) + 6*(i-1) + 4
omega = line 300*(j-1) + 6*(i-1) + 5
M = line 300*(j-1) + 6*(i-1) + 6


The order in which the asteroids are presented, and the masses
assumed for each asteroid, are provided in the accompanying "mu.txt"
file.

It should be noted that this ephemeris will likely be short-lived.
First, radar observations are currently available for only a handful
of the 300 asteroids  depicted here; but as radar observatories are
upgraded, they will be able to provide extremely precise delay and
doppler observations of main belt asteroids with regularity.  Second,
as the masses of these asteroids are deduced, their mutual
perturbations will have to recalculated.

Nevertheless, I sincerely hope this ephemeris will find use in
high-precision applications such as collision analysis, mission
design, and mass determination.

Any questions should be directed to jimbaer1@earthlink.net

Jim Baer
March 13, 2006
-----------------

     The "mu.txt" file accompanying the asteroid ephemeris data had
     the following contents:

-----------------
        /*  Asteroid 1  */
        /*
        1a G? 933.0 21 10 2 -0.5493E-10 7
        1b G 2.767099 0.077838 10.5964 80.0461 72.1949 286.2132 0.003736445 47800.
        1c G 2.767099 0.077879 10.5981 80.1970 71.8685 192.8751 0.003736445 44000.
        */
        mu_planet[11] = (4.762e-10)*Math.pow(0.01720209895,2);

        /*  Asteroid 2  */
        /*
        2a m 525.0 21 10 2 -0.1836E-09 10
        2b m 2.771103 0.232943 34.8393 172.6166 310.0759 272.9434 0.003728786 47800.
        2c m 2.771103 0.233488 34.8255 172.7186 309.9927 181.0786 0.003728786 44000.
        */
        mu_planet[12] = (1.078e-10)*Math.pow(0.01720209895,2);

        /*  Asteroid 4  */
        /*
        4a r 510.0 17 8 2 -0.3419E-11 5
        4b r 2.361558 0.089331 7.1391 103.4034 150.0770 43.3824 0.004739505 47800.
        4c r 2.361558 0.089299 7.1385 103.4931 149.8668 91.5990 0.004739505 44000.
        */
        mu_planet[13] = 1.341e-10*Math.pow(0.01720209895,2);

        /*  Asteroid 29  */
        /*
        29a S 219.0 19 9 2 0.9016E-10 5
        29b S 2.554328 0.073536 6.0882 355.9270 62.7517 197.6035 0.004213097 47800.
        29c S 2.554328 0.073590 6.0912 356.0654 62.5250 0.3995 0.004213097 44000.
        */
        mu_planet[14] = (1.15e-11)*Math.pow(0.01720209895,2);

        /*  Asteroid 16  */
        /*
        16a M 264.0 25 12 3 0.1465E-11 7
        16b M 2.922186 0.136883 3.0961 149.9157 227.5733 318.6324 0.003442758 47800.
        16c M 2.922186 0.136889 3.0931 150.0613 227.2647 289.2245 0.003442758 44000.
        */
        mu_planet[15] = (1.25e-11)*Math.pow(0.01720209895,2);

        /*  Asteroid 15  */
        /*
        15a S 272.0 23 11 2 0.2315E-10 5
        15b S 2.643717 0.186752 11.7475 292.8734 97.3149 328.0986 0.004001206 47800.
        15c S 2.643717 0.186798 11.7471 293.0490 97.0663 177.0130 0.004001206 44000.
        */
        mu_planet[16] = (1.67e-11)*Math.pow(0.01720209895,2);

        /*  Asteroid 10  */
        /*
        10a C 429.0 25 12 3 0.9252E-10 11
        10b C 3.142300 0.112211 3.8337 283.2154 315.2664 34.5092 0.003087160 47800.
        10c C 3.142300 0.112105 3.8312 283.6001 314.4323 82.8100 0.003087160 44000.
        */
        mu_planet[17] = (4.58e-11)*Math.pow(0.01720209895,2);

        /*  Asteroid 7  */
        /*
        7a S 203.0 17 8 2 -0.1886E-10 6
        7b S 2.386053 0.230150 5.5140 259.2639 144.8214 132.5142 0.004666663 47800.
        7c S 2.386053 0.230197 5.5107 259.4088 144.5828 196.5635 0.004666663 44000.
        */
        mu_planet[18] = (7.03e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 6  */
        /*
        6a S 192.0 19 9 2 0.1379E-11 4
        6b S 2.425208 0.202556 14.7662 138.3633 238.7807 148.8952 0.004554149 47800.
        6c S 2.425208 0.202486 14.7678 138.4768 238.6001 237.4149 0.004554149 44000.
        */
        mu_planet[19] = (7.45e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 3  */
        /*
        3a S 267.0 23 11 2 -0.9984E-10 8
        3b S 2.669252 0.257030 12.9912 169.7284 247.3068 114.8961 0.003943857 47800.
        3c S 2.669252 0.256972 12.9938 169.9168 247.0266 336.3156 0.003943857 44000.
        */
        mu_planet[20] = (1.42e-11)*Math.pow(0.01720209895,2);

        /*  Asteroid 345  */
        /*
        345a C 100.0 21 10 2 0.1384E-11 4
        345b C 2.325284 0.061331 9.7471 212.2284 229.9536 84.9951 0.004850905 47800.
        345c C 2.325284 0.061355 9.7452 212.3336 229.7734 108.9117 0.004850905 44000.
        */
        mu_planet[21] = (4*Math.PI/3)*Math.pow((94.12/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 12  */
        /*
        12a S 117.0 21 10 2 -0.5393E-11 10
        12b S 2.334286 0.219970 8.3728 235.0636 69.1588 28.9884 0.004822821 47800.
        12c S 2.334286 0.219896 8.3735 235.2061 68.9325 59.0285 0.004822821 44000.
        */
        mu_planet[22] = (4*Math.PI/3)*Math.pow((112.77/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 442  */
        /*
        442a C 67.5 21 10 2 -0.1201E-12 5
        442b C 2.345304 0.071120 6.0675 134.5010 84.5714 17.1750 0.004788873 47800.
        442c C 2.345304 0.071097 6.0662 134.5926 84.3463 54.6562 0.004788873 44000.
        */
        mu_planet[23] = (4*Math.PI/3)*Math.pow((65.73/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 27  */
        /*
        27a S 131.0 21 10 2 -0.3305E-11 6
        27b S 2.347047 0.172120 1.5854 94.3669 356.0217 255.1812 0.004783508 47800.
        27c S 2.347047 0.172168 1.5857 94.3860 355.9002 293.7992 0.004783508 44000.
        */
        mu_planet[24] = (4*Math.PI/3)*Math.pow((131.0/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 287  */
        /*
        287a S 70.1 21 10 2 -0.2771E-11 4
        287b S 2.352964 0.023526 10.0298 141.9306 119.8885 330.8004 0.004765532 47800.
        287c S 2.352964 0.023489 10.0282 142.0241 119.6757 13.3490 0.004765532 44000.
        */
        mu_planet[25] = (4*Math.PI/3)*Math.pow((67.6/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 43  */
        /*
        43a S 65.3 16 7 2 0.1810E-10 7
        43b S 2.203292 0.168099 3.4682 264.3729 15.6999 123.7651 0.005259349 47800.
        43c S 2.203292 0.168057 3.4678 264.4960 15.4843 58.7712 0.005259349 44000.
        */
        mu_planet[26] = (4*Math.PI/3)*Math.pow((65.88/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 84  */
        /*
        84a G  83.0 17 8 2 0.1775E-10 6
        84b G 2.362162 0.236544 9.3313 327.1782 14.4598 55.8328 0.004737678 47800.
        84c G 2.362162 0.236490 9.3352 327.2904 14.2536 104.4208 0.004737678 44000.
        */
        mu_planet[27] = (4*Math.PI/3)*Math.pow((79.16/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 30  */
        /*
        30a S 104.0 17 8 2 0.3660E-10 4
        30b S 2.365654 0.127177 2.0940 307.2747 86.3119 344.4716 0.004727195 47800.
        30c S 2.365654 0.127194 2.0951 307.4554 86.0474 35.3318 0.004727195 44000.
        */
        mu_planet[28] = (1.17e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 536  */
        /*
        536a X 158.0 25 12 3 -0.3865E-09 11
        536b C 3.499692 0.088933 19.4049 59.1570 299.9115 263.7905 0.002626488 47800.
        536c C 3.499692 0.089099 19.4071 59.4182 299.6008 51.9905 0.002626488 44000.
        */
        mu_planet[29] = (4*Math.PI/3)*Math.pow((151.42/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 163  */
        /*
        163a C 76.5 17 8 2 -0.4279E-10 6
        163b C 2.367144 0.191508 4.8080 159.7955 297.5080 148.8406 0.004722701 47800.
        163c C 2.367144 0.191563 4.8046 159.9115 297.2894 200.6980 0.004722701 44000.
        */
        mu_planet[30] = (4*Math.PI/3)*Math.pow((72.63/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;


        /*  Asteroid 105  */
        /*
        105a C 123.0 17 8 2 0.1442E-10 7
        105b C 2.373276 0.176968 21.4736 187.8674 56.2756 136.0189 0.004704565 47800.
        105c C 2.373276 0.176792 21.4758 187.9693 56.1210 191.7751 0.004704565 44000.
        */
        mu_planet[31] = (4*Math.PI/3)*Math.pow((119.08/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 554  */
        /*
        554a C 98.5 17 8 2 0.2092E-10 4
        554b C 2.374633 0.153182 2.9352 295.0977 127.0093 96.3782 0.004700393 47800.
        554c C 2.374633 0.153224 2.9353 295.2629 126.7505 153.0837 0.004700393 44000.
        */
        mu_planet[32] = (4*Math.PI/3)*Math.pow((95.87/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 313  */
        /*
        313a C 101.0 17 8 2 -0.2561E-10 6
        313b C 2.375800 0.180606 11.6350 176.2788 315.2294 145.4009 0.004696948 47800.
        313c C 2.375800 0.180699 11.6293 176.3933 315.0173 202.8603 0.004696948 44000.
        */
        mu_planet[33] = (4*Math.PI/3)*Math.pow((96.34/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 115  */
        /*
        115a S 83.5 17 8 2 -0.4138E-12 4
        115b S 2.379913 0.192490 11.5874 308.5545 96.2159 358.2184 0.004684811 47800.
        115c S 2.379913 0.192532 11.5876 308.6897 96.0207 58.2829 0.004684811 44000.
        */
        mu_planet[34] = (4*Math.PI/3)*Math.pow((79.83/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 230  */
        /*
        230a S 115.0 17 8 2 0.1050E-10 4
        230b S 2.382352 0.061417 9.4446 239.4153 139.1477 9.4088 0.004677615 47800.
        230c S 2.382352 0.061431 9.4429 239.5302 138.9751 71.0378 0.004677615 44000.
        */
        mu_planet[35] = (4*Math.PI/3)*Math.pow((108.99/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 337  */
        /*
        337a M 63.2 17 8 2 -0.1168E-11 6
        337b M 2.383025 0.137784 7.8546 355.0486 98.4397 64.2461 0.004675600 47800.
        337c M 2.383025 0.137843 7.8563 355.1737 98.2240 126.3466 0.004675600 44000.
        */
        mu_planet[36] = (4*Math.PI/3)*Math.pow((59.11/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 80  */
        /*
        80a S 81.7 16 7 2 -0.7143E-11 4
        80b S 2.295874 0.200323 8.6636 218.2988 138.9470 278.0724 0.004944407 47800.
        80c S 2.295874 0.200344 8.6593 218.4137 138.7554 281.6334 0.004944407 44000.
        */
        mu_planet[37] = (4*Math.PI/3)*Math.pow((78.39/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 9  */
        /*
        9a S 170.0 17 8 2 0.3822E-10 4
        9b S 2.386460 0.122484 5.5808 68.5052 5.2856 270.7163 0.004665491 47800.        
        9c S 2.386460 0.122522 5.5824 68.5928 5.1004 335.0247 0.004665491 44000.        
        */
        mu_planet[38] = (1.25e-11)*Math.pow(0.01720209895,2);

        /*  Asteroid 63  */
        /*
        63a S 108.0 17 8 2 0.2196E-10 6
        63b S 2.395306 0.126366 5.7777 337.5011 294.8988 149.2969 0.004639667 47800.
        63c S 2.395306 0.126331 5.7793 337.6388 294.6537 219.2377 0.004639667 44000.
        */
        mu_planet[39] = (4*Math.PI/3)*Math.pow((103.14/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 25  */
        /*
        25a S 78.2 17 8 2 0.2616E-10 6
        25b S 2.400355 0.254788 21.5950 213.7373 90.1516 190.3494 0.004625199 47800.
        25c S 2.400355 0.254735 21.5943 213.8650 90.0218 263.3348 0.004625199 44000.
        */
        mu_planet[40] = (4*Math.PI/3)*Math.pow((75.13/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 192  */
        /*
        192a S 107.0 17 8 2 0.2044E-11 6
        192b S 2.402915 0.246456 6.8140 342.8978 29.8319 21.0057 0.004617616 47800.
        192c S 2.402915 0.246427 6.8196 343.0291 29.6083 95.7325 0.004617616 44000.
        */
        mu_planet[41] = (4*Math.PI/3)*Math.pow((103.26/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 304  */
        /*
        304a C 68.5 17 8 2 0.1921E-10 6
        304b C 2.403722 0.221006 15.8229 158.6651 171.6872 352.7967 0.004615352 47800.
        304c C 2.403722 0.221030 15.8183 158.7616 171.4914 68.0232 0.004615352 44000.
        */
        mu_planet[42] = (4*Math.PI/3)*Math.pow((67.86/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 20  */
        /*
        20a S 151.0 17 8 2 -0.3069E-10 6
        20b S 2.408617 0.143860 0.7065 205.8703 255.8354 151.1877 0.004601223 47800.
        20c S 2.408617 0.143912 0.7041 206.0670 255.5258 229.5040 0.004601223 44000.
        */
        mu_planet[43] = (2.44e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 566  */
        /*
        566a C 175.0 25 12 4 0.7476E-10 10
        566b C 3.386618 0.104959 4.9147 79.8442 302.2921 67.3890 0.002758573 47800.
        566c C 3.386618 0.105037 4.9166 80.1475 301.5814 187.1890 0.002758573 44000.
        */
        mu_planet[44] = (4*Math.PI/3)*Math.pow((168.16/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 654  */
        /*
        654a C 132.0 25 12 2 -0.1854E-11 10
        654b C 2.297002 0.231097 18.1304 278.0231 213.6793 157.5063 0.004940827 47800.
        654c C 2.297002 0.230969 18.1367 278.1284 213.4948 161.8492 0.004940827 44000.
        */
        mu_planet[45] = (4*Math.PI/3)*Math.pow((127.4/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 135  */
        /*
        135a M 82.0 19 9 2 0.1574E-10 6
        135b M 2.428512 0.205832 2.2993 343.3409 339.2143 46.8941 0.004544767 47800.
        135c M 2.428512 0.205788 2.3014 343.4836 338.9662 137.4949 0.004544767 44000.
        */
        mu_planet[46] = (4*Math.PI/3)*Math.pow((79.24/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 618  */
        /*
        618a C 124.0 25 12 3 -0.1922E-09 8
        618b C 3.188924 0.076291 17.0217 110.6385 236.9940 233.5584 0.003019988 47800.
        618c C 3.188924 0.076129 17.0223 110.8222 236.5542 296.2907 0.003019988 44000.
        */
        mu_planet[47] = (4*Math.PI/3)*Math.pow((120.29/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 635  */
        /*
        635a C 100.0 25 12 3 0.1691E-09 8
        635b C 3.138979 0.085587 11.0271 183.0238 223.6227 144.1806 0.003092251 47800.
        635c C 3.138979 0.085597 11.0236 183.2395 223.1897 191.1409 0.003092251 44000.
        */
        mu_planet[48] = (4*Math.PI/3)*Math.pow((98.24/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 21  */
        /*
        21a M 99.5 19 9 2 0.3429E-11 6
        21b M 2.435281 0.162555 3.0695 80.4949 249.2953 64.4146 0.004525844 47800.
        21c M 2.435281 0.162518 3.0707 80.5753 249.1152 159.1298 0.004525844 44000.
        */
        mu_planet[49] = (4*Math.PI/3)*Math.pow((95.76/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 42  */
        /*
        42a S 107.0 19 9 2 -0.3921E-11 6
        42b S 2.441213 0.224748 8.5255 84.0128 236.3866 292.8485 0.004509347 47800.
        42c S 2.441213 0.224676 8.5291 84.1331 236.1682 31.1538 0.004509347 44000.
        */
        mu_planet[50] = (4*Math.PI/3)*Math.pow((100.20/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 19  */
        /*
        19a G 200.0 19 9 2 0.1038E-10 5
        19b C 2.442064 0.157741 1.5699 210.8678 181.9084 287.7448 0.004507001 47800.
        19c C 2.442064 0.157760 1.5672 211.0153 181.6658 26.5577 0.004507001 44000.
        */
        mu_planet[51] = (4.37e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 11  */
        /*
        11a S 162.0 19 9 2 -0.1552E-10 5
        11b S 2.452280 0.100960 4.6338 125.0624 194.6403 28.0972 0.004478869 47800.
        11c S 2.452280 0.100921 4.6326 125.1492 194.4545 133.0390 0.004478869 44000.
        */
        mu_planet[52] = (3.40e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 168  */
        /*
        168a C 154.0 25 12 4 0.2403E-09 10
        168b C 3.378470 0.059153 4.6351 206.6178 181.0930 50.5109 0.002768631 47800.
        168c C 3.378470 0.059247 4.6271 207.0170 180.4051 168.0024 0.002768631 44000.
        */
        mu_planet[53] = (4*Math.PI/3)*Math.pow((148.39/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 17  */
        /*
        17a S 93.2 19 9 3 0.2791E-10 6
        17b S 2.471179 0.133234 5.6072 125.0429 137.5489 77.1749 0.004427558 47800.
        17c S 2.471179 0.133188 5.6049 125.1502 137.2997 193.3312 0.004427558 44000.
        */
        mu_planet[54] = (4*Math.PI/3)*Math.pow((90.04/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 1467  */
        /*
        1467a C 112.0 25 12 4 -0.8949E-10 11 amp 0.10 radians
        1467b C 3.381960 0.131636 21.9256 326.5530 342.5212 79.7924 0.002764988 47800.
        1467c C 3.381960 0.131893 21.9223 326.7868 341.8940 198.1818 0.002764988 44000.
        */
        mu_planet[55] = (4*Math.PI/3)*Math.pow((112.0/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 329  */
        /*
        329a C 80.5 19 9 3 -0.1111E-10 6
        329b C 2.475555 0.026487 15.9533 178.1370 48.1762 330.9775 0.004415934 47800.
        329c C 2.475555 0.026439 15.9513 178.2414 47.9115 89.6832 0.004415934 44000.
        */
        mu_planet[56] = (4*Math.PI/3)*Math.pow((77.80/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 46  */
        /*
        46a P 131.0 19 9 3 -0.4986E-10 6
        46b C 2.525687 0.168864 2.3327 180.9298 175.8911 297.8130 0.004284944 47800.
        46c C 2.525687 0.168830 2.3292 181.0461 175.6563 84.9964 0.004284944 44000.
        */
        mu_planet[57] = (4*Math.PI/3)*Math.pow((124.1/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 751  */
        /*
        751a C 115.0 19 9 2 0.2826E-10 6
        751b C 2.551232 0.153214 15.5758 78.4339 301.8997 104.5080 0.004220832 47800.
        751c C 2.551232 0.153293 15.5748 78.5510 301.7085 265.6060 0.004220832 44000.
        */
        mu_planet[58] = (4*Math.PI/3)*Math.pow((110.50/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 89  */
        /*
        89a S 159.0 19 9 3 -0.1654E-10 6
        89b S 2.551633 0.182562 16.0981 311.1525 45.0590 45.8613 0.004219864 47800.
        89c S 2.551633 0.182418 16.1034 311.2820 44.8523 207.1732 0.004219864 44000.
        */
        mu_planet[59] = (4*Math.PI/3)*Math.pow((151.46/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 449  */
        /*
        449a C 88.6 19 9 3 -0.2779E-10 6
        449b C 2.553406 0.169305 3.0877 85.4515 47.4394 286.1480 0.004215286 47800.
        449c C 2.553406 0.169389 3.0892 85.5506 47.1666 88.5529 0.004215286 44000.
        */
        mu_planet[60] = (4*Math.PI/3)*Math.pow((85.59/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 334  */
        /*
        334a C 170.0 25 12 8 0.2157E-07 12 amp 0.16 radians
        334b C 3.892623 0.039922 4.6696 130.0728 167.5634 265.3288 0.002237845 47800.
        334c C 3.892623 0.037555 4.6599 130.6298 165.1775 139.9254 0.002237845 44000.
        */
        mu_planet[61] = (4*Math.PI/3)*Math.pow((155.82/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 134  */
        /*
        134a C 107.0 19 9 2 -0.2230E-10 6
        134b C 2.564043 0.115255 11.6037 345.7651 83.7938 38.2323 0.004189209 47800.
        134c C 2.564043 0.115317 11.6061 345.9040 83.5769 206.2191 0.004189209 44000.
        */
        mu_planet[62] = (4*Math.PI/3)*Math.pow((123.27/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 535  */
        /*
        535a C  77.0 19 9 2 0.4574E-10 5
        535b C 2.569192 0.025570 6.7738 84.3894 68.5377 335.9014 0.004176565 47800.
        535c C 2.569192 0.025621 6.7746 84.4986 68.1642 146.8275 0.004176565 44000.
        */
        mu_planet[63] = (4*Math.PI/3)*Math.pow((74.49/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 626  */
        /*
        626a C 104.0 19 9 2 0.5101E-10 6
        626b C 2.573802 0.242805 25.3951 341.3175 43.1499 98.7815 0.004165574 47800.
        626c C 2.573802 0.242496 25.4061 341.4293 42.9969 271.8775 0.004165574 44000.
        */
        mu_planet[64] = (4*Math.PI/3)*Math.pow((100.73/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 5  */
        /*
        5a S 125.0 19 9 3 -0.1544E-11 9
        5b S 2.576167 0.189000 5.3562 141.1788 357.1611 228.3737 0.004159513 47800.
        5c S 2.576167 0.189081 5.3534 141.2915 356.8777 42.9188 0.004159513 44000.
        */
        mu_planet[65] = (4*Math.PI/3)*Math.pow((119.07/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 712  */
        /*
        712a C 132.0 19 9 2 0.2201E-11 6
        712b C 2.575181 0.187523 12.7844 230.4393 180.6102 42.1922 0.004162030 47800.
        712c C 2.575181 0.187569 12.7824 230.5671 180.3566 216.1444 0.004162030 44000.
        */
        mu_planet[66] = (4*Math.PI/3)*Math.pow((127.57/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 107  */
        /*
        107a C 237.0 25 12 4 0.9322E-09 12
        107b C 3.486048 0.074166 9.9763 173.2376 299.8894 136.7929 0.002641464 47800.
        107c C 3.486048 0.074572 9.9639 173.6167 299.1223 282.0710 0.002641464 44000.
        */
        mu_planet[67] = (4*Math.PI/3)*Math.pow((222.62/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 409  */
        /*
        409a CX 168.0 19 9 2 -0.3340E-10 6
        409b C 2.576267 0.071288 11.2590 241.9180 354.0479 84.3954 0.004159412 47800.
        409c C 2.576267 0.071264 11.2566 242.0550 353.7225 258.9802 0.004159412 44000.
        */
        mu_planet[68] = (4*Math.PI/3)*Math.pow((161.60/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 362  */
        /*
        362a CX 98.0 19 9 2 0.5557E-10 5
        362b C 2.578861 0.044585 8.0579 26.9665 30.5670 229.2487 0.004153109 47800.
        362c C 2.578861 0.044631 8.0608 27.0910 30.3785 45.0812 0.004153109 44000.
        */
        mu_planet[69] = (4*Math.PI/3)*Math.pow((98.0/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 405  */
        /*
        405a C 129.0 25 12 3 -0.3905E-11 11
        405b C 2.582540 0.246574 11.9033 255.0296 307.7592 320.4962 0.004144178 47800.
        405c C 2.582540 0.246705 11.8918 255.2339 307.4306 138.3336 0.004144178 44000.
        */
        mu_planet[70] = (4*Math.PI/3)*Math.pow((124.9/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 32  */
        /*
        32a S 82.6 19 9 2 0.9739E-10 6
        32b S 2.586961 0.082775 5.5200 220.0440 337.3163 355.9204 0.004133575 47800.
        32c S 2.586961 0.082784 5.5166 220.1989 336.9597 176.1438 0.004133575 44000.
        */
        mu_planet[71] = (4*Math.PI/3)*Math.pow((80.76/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 14  */
        /*
        14a S 167.0 19 9 2 -0.2117E-09 8
        14b S 2.587576 0.164500 9.1204 86.0763 95.9441 128.3571 0.004132067 47800.
        14c S 2.587576 0.164528 9.1204 86.2314 95.6343 308.8619 0.004132067 44000.
        */
        mu_planet[72] = (4*Math.PI/3)*Math.pow((167.0/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 91  */
        /*
        91a CP 114.0 19 9 2 0.6259E-10 6
        91b C 2.589914 0.106221 2.1115 10.3234 73.1837 134.2688 0.004126498 47800.
        91c C 2.589914 0.106300 2.1147 10.4721 72.9044 315.9619 0.004126498 44000.
        */
        mu_planet[73] = (4*Math.PI/3)*Math.pow((109.82/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 111  */
        /*
        111a C 139.0 19 9 2 -0.1889E-10 6
        111b C 2.594079 0.101937 4.9218 305.4631 166.6295 38.8111 0.004116568 47800.
        111c C 2.594079 0.102016 4.9232 305.6305 166.3060 222.6917 0.004116568 44000.
        */
        mu_planet[74] = (3.06e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 1015  */
        /*
        1015a C 101.0 25 12 4 0.1237E-09 9 amp 0.13 radians
        1015b C 3.201628 0.096624 9.4346 120.5583 275.1401 259.4105 0.003001864 47800.
        1015c C 3.201628 0.096709 9.4322 120.7752 274.5161 326.2397 0.003001864 44000.
        */
        mu_planet[75] = (4*Math.PI/3)*Math.pow((96.94/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 404  */
        /*
        404a C 101.0 19 9 3 -0.7543E-11 8
        404b C 2.592159 0.201712 14.0993 92.2237 120.3618 247.7171 0.004121154 47800.
        404c C 2.592159 0.201792 14.0940 92.3811 120.0835 70.5640 0.004121154 44000.
        */
        mu_planet[76] = (4*Math.PI/3)*Math.pow((97.71/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 344  */
        /*
        344a C  138.0 23 11 2 0.8719E-10 11
        344b C 2.594330 0.314747 18.4278 48.0302 236.2860 149.5414 0.004116036 47800.
        344c C 2.594330 0.314453 18.4470 48.2063 236.0456 333.4460 0.004116036 44000.
        */
        mu_planet[77] = (4*Math.PI/3)*Math.pow((132.25/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 849  */
        /*
        849a M 98.0 25 12 4 0.1438E-09 12
        849b M 3.155161 0.191152 19.5558 228.5008 60.6011 159.4822 0.003068677 47800.
        849c M 3.155161 0.190631 19.5659 228.7279 60.2276 211.5041 0.003068677 44000.
        */
        mu_planet[78] = (4*Math.PI/3)*Math.pow((61.82/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 389  */
        /*
        389a S 81.6 23 11 2 -0.2017E-10 6
        389b S 2.608501 0.065608 8.1320 281.9759 265.0845 216.1440 0.004082497 47800.
        389c S 2.608501 0.065613 8.1322 282.1411 264.7456 47.4603 0.004082497 44000.
        */
        mu_planet[79] = (4*Math.PI/3)*Math.pow((78.98/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 347  */
        /*
        347a M 54.1 23 11 2 -0.7008E-10 8
        347b M 2.613008 0.163798 11.6982 85.2867 85.4629 242.0698 0.004071903 47800.
        347c M 2.613008 0.163823 11.6994 85.4445 85.1758 75.6481 0.004071903 44000.
        */
        mu_planet[80] = (4*Math.PI/3)*Math.pow((51.28/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 70  */
        /*
        70a C 127.0 23 11 2 -0.5624E-11 6
        70b C 2.614748 0.182667 11.5946 47.5006 254.7629 73.5509 0.004067860 47800.
        70c C 2.614748 0.182574 11.5994 47.6537 254.5105 267.9798 0.004067860 44000.
        */
        mu_planet[81] = (4*Math.PI/3)*Math.pow((122.17/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 194  */
        /*
        194a C 174.0 23 11 2 0.4203E-10 8
        194b C 2.616362 0.237733 18.5076 158.9650 162.8388 280.8321 0.004064149 47800.
        194c C 2.616362 0.237836 18.4986 159.0850 162.5989 116.0896 0.004064149 44000.
        */
        mu_planet[82] = (4*Math.PI/3)*Math.pow((168.42/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 53  */
        /*
        53a C 119.0 23 11 2 -0.1037E-09 8
        53b C 2.618937 0.203674 5.1607 143.3293 312.4746 73.2664 0.004058009 47800.
        53c C 2.618937 0.203772 5.1560 143.4704 312.1894 269.8847 0.004058009 44000.
        */
        mu_planet[83] = (4*Math.PI/3)*Math.pow((115.38/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 78  */
        /*
        78a C 125.0 23 11 2 -0.1922E-09 11
        78b C 2.621218 0.205752 8.6763 333.1378 151.5187 330.6226 0.004052728 47800.
        78c C 2.621218 0.205870 8.6761 333.2967 151.2008 168.4056 0.004052728 44000.
        */
        mu_planet[84] = (4*Math.PI/3)*Math.pow((120.60/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 407  */
        /*
        407a C 97.6 23 11 2 0.1630E-11 6
        407b C 2.624757 0.069946 7.5301 294.3029 80.9935 44.6471 0.004044627 47800.
        407c C 2.624757 0.069946 7.5310 294.4626 80.7682 244.1005 0.004044627 44000.
        */
        mu_planet[85] = (4*Math.PI/3)*Math.pow((95.07/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 454  */
        /*
        454a CB 84.5 23 11 2 0.8672E-10 11
        454b C 2.627103 0.111825 6.3045 31.9949 176.4423 350.6781 0.004039139 47800.
        454c C 2.627103 0.111801 6.3077 32.1265 176.1132 191.4584 0.004039139 44000.
        */
        mu_planet[86] = (4*Math.PI/3)*Math.pow((81.57/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 23  */
        /*
        23a S 111.0 23 11 2 -0.1550E-09 11
        23b S 2.627841 0.232397 10.1423 66.6696 59.6202 357.4652 0.004037406 47800.
        23c S 2.627841 0.232417 10.1495 66.8535 59.3045 198.5570 0.004037406 44000.
        */
        mu_planet[87] = (4*Math.PI/3)*Math.pow((107.53/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 124  */
        /*
        124a S 79.5 23 11 2 0.5395E-10 6
        124b S 2.629850 0.077494 2.9553 187.7334 61.1144 239.2842 0.004032820 47800.
        124c S 2.629850 0.077423 2.9522 187.8784 60.7806 81.4316 0.004032820 44000.
        */
        mu_planet[88] = (4*Math.PI/3)*Math.pow((76.36/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 164  */
        /*
        164a C 110.0 23 11 2 0.3617E-10 8
        164b C 2.632976 0.345525 24.4670 76.6791 283.5211 119.2852 0.004025907 47800.
        164c C 2.632976 0.345709 24.4595 76.8487 283.3631 322.7372 0.004025907 44000.
        */
        mu_planet[89] = (4*Math.PI/3)*Math.pow((104.92/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 37  */
        /*
        37a S 112.0 23 11 2 -0.5182E-10 6
        37b S 2.642133 0.175964 3.0734 7.1254 61.8511 23.9283 0.004004695 47800.         
        37c S 2.642133 0.176034 3.0775 7.3096 61.5334 232.1438 0.004004695 44000.
        */
        mu_planet[90] = (4*Math.PI/3)*Math.pow((108.35/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 72  */
        /*
        72a TD 89.3 16 7 2 -0.3984E-10 7
        72b C 2.266232 0.120618 5.4169 207.5817 102.2742 127.2158 0.005041752 47800.
        72c C 2.266232 0.120581 5.4147 207.6940 102.0810 109.5865 0.005041752 44000.
        */
        mu_planet[91] = (4*Math.PI/3)*Math.pow((86.11/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 224  */
        /*
        224a M 70.0 23 11 2 0.1583E-10 6
        224b M 2.645168 0.044457 5.8424 352.6042 281.7162 278.8845 0.003997858 47800.
        224c M 2.645168 0.044382 5.8456 352.7588 281.4072 128.6094 0.003997858 44000.
        */
        mu_planet[92] = (4*Math.PI/3)*Math.pow((61.82/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 369  */
        /*
        369a M 62.2 23 11 2 -0.2480E-11 11
        369b M 2.648952 0.097543 12.7207 93.9365 268.4800 33.8649 0.003989342 47800.
        369c M 2.648952 0.097527 12.7212 94.0622 268.2860 245.3580 0.003989342 44000.
        */
        mu_planet[93] = (4*Math.PI/3)*Math.pow((60.0/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 50  */
        /*
        50a CX 88.0 21 10 2 -0.6997E-10 8 11:4 resonance?
        50b C 2.650030 0.286240 2.8366 173.2049 199.5121 211.8493 0.003986719 47800.
        50c C 2.650030 0.286241 2.8329 173.3240 199.2570 63.9811 0.003986719 44000.
        */
        mu_planet[94] = (4*Math.PI/3)*Math.pow((99.82/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 476  */
        /*
        476a P 121.0 21 10 2 0.1863E-10 6 11:4 resonance?
        476b C 2.649753 0.074091 10.9341 286.0123 359.8770 198.3446 0.003987534 47800.
        476c C 2.649753 0.074035 10.9341 286.1618 359.5763 50.3141 0.003987534 44000.
        */
        mu_planet[95] = (4*Math.PI/3)*Math.pow((116.76/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 713  */
        /*
        713a C 109.0 25 12 4 -0.8273E-09 10
        713b C 3.400747 0.156039 10.2371 218.5255 130.7074 34.4703 0.002741601 47800.
        713c C 3.400747 0.156147 10.2212 218.9424 129.9827 157.8658 0.002741601 44000.
        */
        mu_planet[96] = (4*Math.PI/3)*Math.pow((105.52/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 85  */
        /*
        85a C 157.0 23 11 2 0.2084E-10 11
        85b C 2.653648 0.192698 11.9575 202.9063 122.3212 278.9259 0.003978736 47800.
        85c C 2.653648 0.192716 11.9508 203.0734 122.0628 132.7509 0.003978736 44000.
        */
        mu_planet[97] = (4*Math.PI/3)*Math.pow((154.79/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 26  */
        /*
        26a S 98.7 23 11 2 0.5832E-11 11
        26b S 2.655641 0.088442 3.5638 45.4924 193.5300 165.9477 0.003974179 47800.
        26c S 2.655641 0.088378 3.5669 45.6095 193.2157 20.8710 0.003974179 44000.
        */
        mu_planet[98] = (4*Math.PI/3)*Math.pow((95.07/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 455  */
        /*
        455a CP 87.5 23 11 2 0.5107E-10 11
        455b C 2.656852 0.293056 12.0247 76.2090 272.0876 150.7179 0.003971470 47800.
        455c C 2.656852 0.293043 12.0258 76.4176 271.7885 6.1241 0.003971470 44000.
        */
        mu_planet[99] = (4*Math.PI/3)*Math.pow((84.41/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 144  */
        /*
        144a C 146.0 23 11 2 0.6859E-10 11
        144b C 2.655068 0.234353 4.8110 76.1215 293.1378 68.3518 0.003975427 47800.
        144c C 2.655068 0.234356 4.8110 76.2681 292.8626 282.9349 0.003975427 44000.
        */
        mu_planet[100] = (4*Math.PI/3)*Math.pow((141.76/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 488  */
        /*
        488a C 158.0 25 12 4 -0.2184E-10 11 amp 0.11 radians
        488b C 3.154513 0.171640 11.4955 84.0747 72.4489 269.5038 0.003069287 47800.
        488c C 3.154513 0.171672 11.5028 84.3972 71.7742 321.5988 0.003069287 44000.
        */
        mu_planet[101] = (4*Math.PI/3)*Math.pow((150.12/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 466  */
        /*
        466a C 121.0 25 12 5 -0.6697E-09 10
        466b C 3.364702 0.076880 19.0773 290.3599 255.9728 71.0988 0.002786267 47800.
        466c C 3.364702 0.076716 19.0814 290.6409 255.5207 184.6328 0.002786267 44000.
        */
        mu_planet[102] = (4*Math.PI/3)*Math.pow((115.53/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 511  */
        /*
        511a C 337.0 25 12 4 0.1345E-09 10 amp 0.16 radians
        511b C 3.175197 0.179238 15.8820 107.5846 334.8766 256.6288 0.003039413 47800.
        511c C 3.175197 0.179619 15.8740 107.7911 334.2695 315.2764 0.003039413 44000.
        */
        mu_planet[103] = (2.63e-11)*Math.pow(0.01720209895,2);

        /*  Asteroid 240  */
        /*
        240a C 108.0 23 11 2 0.7414E-10 8
        240b C 2.664629 0.206954 2.1053 114.7871 299.9819 0.2058 0.003954040 47800.
        240c C 2.664629 0.207015 2.1040 114.8649 299.7660 219.4546 0.003954040 44000.
        */
        mu_planet[104] = (4*Math.PI/3)*Math.pow((103.90/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 1036  */
        /*
        1036a S 41.0 23 11 2 -0.9658E-10 11
        1036b S 2.663001 0.536795 26.5319 215.4023 131.9277 344.1902 0.003958040 47800.
        1036c S 2.663001 0.537505 26.4691 215.6222 131.7159 202.4218 0.003958040 44000.
        */
        mu_planet[105] = (4*Math.PI/3)*Math.pow((31.66/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 141  */
        /*
        141a C 135.0 23 11 2 -0.4496E-10 5
        141b C 2.665891 0.214254 11.8995 318.3098 57.3290 234.1963 0.003951355 47800.
        141c C 2.665891 0.214168 11.9063 318.4870 57.0648 93.9787 0.003951355 44000.
        */
        mu_planet[106] = (4*Math.PI/3)*Math.pow((131.03/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 97  */
        /*
        97a M 87.1 23 11 2 -0.4945E-10 8
        97b M 2.668844 0.257017 11.7746 159.4752 267.9650 30.5145 0.003944740 47800.
        97c M 2.668844 0.257050 11.7717 159.6779 267.6684 251.7439 0.003944740 44000.
        */
        mu_planet[107] = (4*Math.PI/3)*Math.pow((82.83/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 326  */
        /*
        326a C 100.0 21 10 2 -0.4145E-12 10
        326b C 2.317595 0.189907 23.7293 31.7857 238.3181 168.6036 0.004875185 47800.
        326c C 2.317595 0.189739 23.7356 31.8788 238.1999 187.1843 0.004875185 44000.
        */
        mu_planet[108] = (4*Math.PI/3)*Math.pow((93.0/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 77  */
        /*
        77a MU 71.0 23 11 2 0.9747E-11 6
        77b M 2.668735 0.132340 2.4299 0.9771 60.6274 3.0821 0.003944961 47800.
        77c M 2.668735 0.132405 2.4336 1.1581 60.3172 224.2986 0.003944961 44000.
        */
        mu_planet[109] = (4*Math.PI/3)*Math.pow((69.25/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 694  */
        /*
        694a CP 92.7 23 11 2 0.2165E-10 11
        694b C 2.670891 0.323199 15.8384 230.1171 110.5136 148.4939 0.003940309 47800.
        694c C 2.670891 0.323307 15.8264 230.3428 110.2415 10.6405 0.003940309 44000.
        */
        mu_planet[110] = (4*Math.PI/3)*Math.pow((90.78/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 145  */
        /*
        145a C 155.0 23 11 2 0.5999E-10 8
        145b C 2.672747 0.145348 12.6356 77.0950 44.0851 183.0749 0.003936128 47800.
        145c C 2.672747 0.145347 12.6401 77.2380 43.8083 46.2194 0.003936128 44000.
        */
        mu_planet[111] = (4*Math.PI/3)*Math.pow((151.14/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 75  */
        /*
        75a M 58.3 23 11 2 -0.1131E-09 11
        75b M 2.672213 0.305856 4.9999 359.0906 338.5962 45.5875 0.003937128 47800.
        75c M 2.672213 0.305812 5.0012 359.2540 338.2884 268.5247 0.003937128 44000.
        */
        mu_planet[112] = (4*Math.PI/3)*Math.pow((55.66/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 225  */
        /*
        225a F 124.0 25 12 5 0.3377E-08 11 amp 0.21 radians
        225b C 3.375859 0.274177 20.8205 197.7361 101.7818 37.0415 0.002772656 47800.
        225c C 3.375859 0.274317 20.8066 198.1288 101.3894 153.3675 0.002772656 44000.
        */
        mu_planet[113] = (4*Math.PI/3)*Math.pow((120.49/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 201  */
        /*
        201a M 70.5 23 11 2 -0.4802E-10 8
        201b M 2.678250 0.180758 5.7577 156.6426 180.3430 36.1628 0.003923934 47800.
        201c M 2.678250 0.180715 5.7540 156.7709 180.0793 261.9638 0.003923934 44000.
        */
        mu_planet[114] = (4*Math.PI/3)*Math.pow((68.39/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 324  */
        /*
        324a C 228.0 23 11 2 0.2198E-10 11
        324b C 2.683458 0.338440 11.1314 327.7251 43.5152 189.3530 0.003912488 47800.
        324c C 2.683458 0.338280 11.1503 327.9469 43.1859 57.6182 0.003912488 44000.
        */
        mu_planet[115] = (5.1e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 34  */
        /*
        34a C 118.0 23 11 2 -0.5323E-10 8
        34b C 2.686809 0.106829 5.4927 184.0955 329.1368 231.4040 0.003905198 47800.
        34c C 2.686809 0.106901 5.4880 184.2495 328.7895 101.3419 0.003905198 44000.
        */
        mu_planet[116] = (4*Math.PI/3)*Math.pow((113.54/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 98  */
        /*
        98a C 109.0 23 11 2 -0.1241E-09 11
        98b C 2.686903 0.188139 15.5805 353.6606 157.5166 230.4771 0.003905057 47800.
        98c C 2.686903 0.188278 15.5800 353.8037 157.2022 100.4241 0.003905057 44000.
        */
        mu_planet[117] = (4*Math.PI/3)*Math.pow((104.45/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 31  */
        /*
        31a C 248.0 25 12 3 -0.1523E-09 8
        31b C 3.155017 0.221400 26.3051 30.5744 63.1016 340.9340 0.003069121 47800.
        31c C 3.155017 0.220994 26.3199 30.7587 62.9170 32.7131 0.003069121 44000.
        */
        mu_planet[118] = (4*Math.PI/3)*Math.pow((255.90/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 175  */
        /*
        175a C 107.0 25 12 5 -0.3750E-08 11 amp 0.49 radians
        175b C 3.211836 0.210848 3.1981 21.9847 317.2893 159.8714 0.002987173 47800.
        175c C 3.211836 0.210642 3.2001 22.3052 316.1708 230.2903 0.002987173 44000.
        */
        mu_planet[119] = (4*Math.PI/3)*Math.pow((100.92/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 109  */
        /*
        109a C 91.6 23 11 3 0.1267E-11 8
        109b C 2.696231 0.297703 7.8957 2.9719 55.9104 10.2299 0.003884672 47800.
        109c C 2.696231 0.297711 7.9078 3.2207 55.5381 244.5674 0.003884672 44000.
        */
        mu_planet[120] = (4*Math.PI/3)*Math.pow((89.44/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 58  */
        /*
        58a C 97.7 23 11 2 0.2937E-10 8
        58b C 2.700003 0.044176 5.0622 160.8233 31.3413 58.7200 0.003876616 47800.
        58c C 2.700003 0.044176 5.0594 160.9580 30.9270 294.9674 0.003876616 44000.
        */
        mu_planet[121] = (4*Math.PI/3)*Math.pow((93.43/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 103  */
        /*
        103a S 95.2 23 11 2 -0.7887E-11 8
        103b S 2.702109 0.080423 5.4216 135.8026 188.6147 118.4913 0.003872091 47800.
        103c S 2.702109 0.080358 5.4194 135.9241 188.3713 355.5663 0.003872091 44000.
        */
        mu_planet[122] = (4*Math.PI/3)*Math.pow((91.2/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 59  */
        /*
        59a C 173.0 23 11 2 -0.2485E-11 8
        59b C 2.713407 0.118089 8.6430 169.7513 210.5244 297.9861 0.003847945 47800.
        59c C 2.713407 0.118081 8.6406 169.8930 210.2648 180.3139 0.003847945 44000.
        */
        mu_planet[123] = (4*Math.PI/3)*Math.pow((164.80/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 54  */
        /*
        54a C 171.0 23 11 3 0.7324E-11 10
        54b C 2.710603 0.198281 11.8115 313.0017 344.8635 154.2294 0.003853912 47800.
        54c C 2.710603 0.198270 11.8098 313.1619 344.5494 35.2944 0.003853912 44000.
        */
        mu_planet[124] = (4*Math.PI/3)*Math.pow((165.75/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 146  */
        /*
        146a C 137.0 21 10 2 -0.1168E-10 8
        146b C 2.718763 0.065490 13.0869 83.7152 144.5992 205.9312 0.003836609 47800.
        146c C 2.718763 0.065491 13.0869 83.8500 144.2687 90.8051 0.003836609 44000.
        */
        mu_planet[125] = (4*Math.PI/3)*Math.pow((132.20/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 45  */
        /*
        45a C 214.0 21 10 2 -0.1135E-10 8
        45b C 2.720764 0.082343 6.6082 147.4348 86.3388 188.2756 0.003832304 47800.
        45c C 2.720764 0.082279 6.6059 147.5822 85.9915 74.0912 0.003832304 44000.
        */
        mu_planet[126] = (3.0e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 209  */
        /*
        209a C  149.0 25 12 3 -0.7546E-10 9
        209b C 3.147524 0.058344 7.1813 0.4346 256.9117 11.6991 0.003079583 47800.
        209c C 3.147524 0.058177 7.1876 0.6863 256.2702 61.5900 0.003079583 44000.
        */
        mu_planet[127] = (4*Math.PI/3)*Math.pow((159.94/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 410  */
        /*
        410a C 128.0 25 12 3 0.7509E-12 11
        410b C 2.726435 0.239104 10.9408 96.7242 171.8349 142.1510 0.003820258 47800.
        410c C 2.726435 0.239050 10.9373 96.8657 171.5146 30.5680 0.003820258 44000.
        */
        mu_planet[128] = (4*Math.PI/3)*Math.pow((123.51/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 160  */
        /*
        160a CX 85.0 21 10 2 0.5971E-10 6
        160b C 2.727640 0.066241 3.8255 8.4094 50.6229 162.6641 0.003817829 47800.
        160c C 2.727640 0.066303 3.8292 8.5702 50.3559 51.5375 0.003817829 44000.
        */
        mu_planet[129] = (4*Math.PI/3)*Math.pow((81.24/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 140  */
        /*
        140a P  114.0 21 10 2 0.7963E-11 8
        140b C 2.732353 0.216152 3.1903 106.8696 195.9980 222.7782 0.003807843 47800.
        140c C 2.732353 0.216058 3.1901 106.9659 195.7385 113.8829 0.003807843 44000.
        */
        mu_planet[130] = (4*Math.PI/3)*Math.pow((109.79/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 156  */
        /*
        156a C 126.0 25 12 2 0.4021E-09 11
        156b C 2.730398 0.224604 9.7394 241.6918 337.3871 282.8325 0.003811957 47800.
        156c C 2.730398 0.224671 9.7288 241.8867 337.0060 173.0643 0.003811957 44000.
        */
        mu_planet[131] = (4*Math.PI/3)*Math.pow((120.99/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 110  */
        /*
        110a M 89.1 21 10 2 -0.7923E-10 6
        110b M 2.732891 0.079481 5.9701 56.5853 282.1435 11.7803 0.003806830 47800.
        110c M 2.732891 0.079434 5.9725 56.7205 281.9029 263.0475 0.003806830 44000.
        */
        mu_planet[132] = (4*Math.PI/3)*Math.pow((86.09/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 187  */
        /*
        187a C 135.0 25 12 3 0.1185E-10 11
        187b C 2.730538 0.238175 10.6047 21.4790 195.3490 239.3163 0.003811626 47800.
        187c C 2.730538 0.238053 10.6156 21.6438 194.9892 129.6291 0.003811626 44000.
        */
        mu_planet[133] = (4*Math.PI/3)*Math.pow((131.25/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 18  */
        /*
        18a S 148.0 16 7 2 -0.5826E-12 7
        18b S 2.295629 0.218121 10.1365 150.0206 227.5080 87.3051 0.004945191 47800.
        18c S 2.295629 0.218089 10.1371 150.1206 227.3289 90.6976 0.004945191 44000.
        */
        mu_planet[134] = (4*Math.PI/3)*Math.pow((140.57/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 387  */
        /*
        387a S 106.0 21 10 2 -0.6363E-10 10
        387b S 2.739105 0.237258 18.0944 127.9195 156.5153 274.0635 0.003793927 47800.
        387c S 2.739105 0.237398 18.0828 128.0628 156.2326 168.1742 0.003793927 44000.
        */
        mu_planet[135] = (4*Math.PI/3)*Math.pow((100.51/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 200  */
        /*
        200a C 132.0 21 10 2 0.3330E-10 6
        200b C 2.737536 0.133426 6.9006 324.2733 85.1950 37.7548 0.003797153 47800.
        200c C 2.737536 0.133480 6.9030 324.4677 84.8885 291.1359 0.003797153 44000.
        */
        mu_planet[136] = (4*Math.PI/3)*Math.pow((128.36/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 185  */
        /*
        185a C 165.0 21 10 2 0.2001E-10 5
        185b C 2.738596 0.127946 23.2475 153.4771 223.5609 356.5558 0.003795170 47800.
        185c C 2.738596 0.127795 23.2476 153.5951 223.3734 250.3260 0.003795170 44000.
        */
        mu_planet[137] = (4*Math.PI/3)*Math.pow((157.51/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 57  */
        /*
        57a S 116.0 25 12 3 0.1529E-09 8
        57b S 3.154033 0.110621 15.1981 198.8084 214.6433 35.7243 0.003070223 47800.
        57c S 3.154033 0.110544 15.1967 199.0134 214.1904 87.5111 0.003070223 44000.
        */
        mu_planet[138] = (4*Math.PI/3)*Math.pow((112.59/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 247  */
        /*
        247a CP 137.0 21 10 2 -0.3800E-10 8
        247b C 2.740978 0.243561 25.0010 359.7949 54.7276 107.7274 0.003790287 47800.
        247c C 2.740978 0.243252 25.0135 359.9325 54.5814 2.4995 0.003790287 44000.
        */
        mu_planet[139] = (4*Math.PI/3)*Math.pow((134.43/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 372  */
        /*
        372a C 195.0 25 12 3 0.6067E-09 12 amp 0.11 radians
        372b C 3.153684 0.256962 23.8300 326.8914 116.5682 343.3084 0.003070989 47800.
        372c C 3.153684 0.257621 23.8122 327.1119 116.3036 34.7245 0.003070989 44000.
        */
        mu_planet[140] = (4*Math.PI/3)*Math.pow((188.62/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 980  */
        /*
        980a S 89.0 21 10 2 -0.1864E-10 8
        980b S 2.741106 0.201286 15.9039 285.5627 69.4796 349.8664 0.003789865 47800.
        980c S 2.741106 0.201155 15.9085 285.7372 69.2534 244.7737 0.003789865 44000.
        */
        mu_planet[141] = (4*Math.PI/3)*Math.pow((86.19/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 481  */
        /*
        481a C 116.0 21 10 2 -0.4172E-10 8
        481b C 2.740519 0.157034 9.8504 66.5290 348.5576 173.4509 0.003790939 47800.
        481c C 2.740519 0.157095 9.8522 66.6635 348.2796 68.2162 0.003790939 44000.
        */
        mu_planet[142] = (4*Math.PI/3)*Math.pow((113.23/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 521  */
        /*

        521a C 121.0 21 10 2 0.1654E-09 10
        521b C 2.741823 0.280919 10.5643 89.4887 315.1147 341.8269 0.003788150 47800.
        521c C 2.741823 0.281055 10.5562 89.6643 314.8058 237.1893 0.003788150 44000.
        */
        mu_planet[143] = (4*Math.PI/3)*Math.pow((115.65/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 206  */
        /*
        206a C 113.0 21 10 2 0.1644E-10 6
        206b C 2.740708 0.039466 3.7792 144.8114 300.5244 19.4246 0.003790537 47800.
        206c C 2.740708 0.039555 3.7766 144.9322 300.2783 274.2594 0.003790537 44000.
        */
        mu_planet[144] = (4*Math.PI/3)*Math.pow((113.0/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 38  */
        /*
        38a C 120.0 21 10 2 0.6714E-10 8
        38b C 2.740878 0.153316 6.9601 295.4464 168.5022 179.5650 0.003790167 47800.
        38c C 2.740878 0.153412 6.9610 295.6300 168.1468 74.5267 0.003790167 44000.
        */
        mu_planet[145] = (4*Math.PI/3)*Math.pow((115.93/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 173  */
        /*
        173a C 159.0 21 10 2 -0.4672E-10 8
        173b C 2.743129 0.207643 14.2161 147.9476 227.6639 212.6950 0.003785576 47800.
        173c C 2.743129 0.207525 14.2191 148.1017 227.4011 108.5932 0.003785576 44000.
        */
        mu_planet[146] = (4*Math.PI/3)*Math.pow((154.10/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 36  */
        /*
        36a C 109.0 21 10 2 -0.6933E-10 8
        36b C 2.747348 0.303291 18.4525 358.1286 46.6827 123.7804 0.003776934 47800.
        36c C 2.747348 0.303007 18.4730 358.3106 46.4335 21.5186 0.003776934 44000.
        */
        mu_planet[147] = (4*Math.PI/3)*Math.pow((105.61/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 171  */
        /*
        171a C 121.0 25 12 3 -0.1116E-10 11
        171b C 3.136095 0.125020 2.5498 100.3829 53.2793 77.0534 0.003096263 47800.
        171c C 3.136095 0.125164 2.5506 100.5390 52.6558 123.3902 0.003096263 44000.
        */
        mu_planet[148] = (4*Math.PI/3)*Math.pow((116.69/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 490  */
        /*
        490a C 121.0 25 12 3 0.6381E-10 9
        490b C 3.174544 0.088295 9.2599 178.0058 199.9759 114.6627 0.003040378 47800.
        490c C 3.174544 0.088288 9.2555 178.2222 199.4447 173.0143 0.003040378 44000.
        */
        mu_planet[149] = (4*Math.PI/3)*Math.pow((155.55/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 381  */
        /*
        381a C 124.0 25 12 5 0.4210E-09 9 amp 0.24 radians
        381b C 3.209721 0.110919 12.6192 124.5250 144.2460 104.8051 0.002990525 47800.
        381c C 3.209721 0.110882 12.6100 124.7599 143.3305 174.3768 0.002990525 44000.
        */
        mu_planet[150] = (4*Math.PI/3)*Math.pow((120.58/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 128  */
        /*
        128a C 194.0 21 10 2 -0.2084E-10 6
        128b C 2.750105 0.126480 6.2502 76.0237 302.4453 259.3318 0.003771116 47800.
        128c C 2.750105 0.126498 6.2510 76.1594 302.1873 158.3918 0.003771116 44000.
        */
        mu_planet[151] = (4*Math.PI/3)*Math.pow((188.16/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 93  */
        /*
        93a CU 171.0 21 10 2 0.3329E-10 8
        93b C 2.754684 0.141078 8.5564 3.8947 274.1428 309.5847 0.003761723 47800.
        93c C 2.754684 0.141009 8.5603 4.0858 273.8126 210.7066 0.003761723 44000.
        */
        mu_planet[152] = (4*Math.PI/3)*Math.pow((140.97/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 71  */
        /*
        71a S 87.3 21 10 2 -0.3422E-10 8
        71b S 2.755177 0.175146 23.2653 315.7319 266.6282 96.7772 0.003761021 47800.
        71c S 2.755177 0.175107 23.2683 315.8803 266.5135 357.8791 0.003761021 44000.
        */
        mu_planet[153] = (4*Math.PI/3)*Math.pow((83.42/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 356  */
        /*
        356a C 135.0 21 10 2 -0.1756E-09 8
        356b C 2.756762 0.239461 8.2265 354.6755 77.8445 79.5829 0.003757423 47800.
        356c C 2.756762 0.239530 8.2318 354.9242 77.4715 341.6262 0.003757423 44000.
        */
        mu_planet[154] = (4*Math.PI/3)*Math.pow((131.31/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 127  */
        /*
        127a CX 122.0 21 10 2 0.7337E-10 7
        127b C 2.755935 0.065340 8.2442 30.9786 92.4348 118.7115 0.003759174 47800.
        127c C 2.755935 0.065434 8.2473 31.1339 92.1095 20.4192 0.003759174 44000.
        */
        mu_planet[155] = (4*Math.PI/3)*Math.pow((123.33/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 41  */
        /*
        41a C 182.0 25 12 3 0.3821E-11 12
        41b C 2.764841 0.271628 15.7950 177.7809 45.6181 337.8434 0.003740971 47800.
        41c C 2.764841 0.271299 15.8092 177.9836 45.2689 243.4909 0.003740971 44000.
        */
        mu_planet[156] = (4*Math.PI/3)*Math.pow((174.0/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 143  */
        /*
        143a C  92.8 21 10 2 0.4710E-10 8
        143b C 2.761482 0.072141 11.4642 332.8088 251.3433 282.5727 0.003747900 47800.
        143c C 2.761482 0.072074 11.4680 332.9789 251.0208 186.7174 0.003747900 44000.
        */
        mu_planet[157] = (4*Math.PI/3)*Math.pow((89.93/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 94  */
        /*
        94a C 212.0 25 12 3 0.3520E-09 8
        94b C 3.158030 0.092380 7.9981 2.6993 52.8172 222.4032 0.003064246 47800.
        94c C 3.158030 0.092456 8.0045 2.9447 52.3127 275.5025 0.003064246 44000.
        */
        mu_planet[158] = (4*Math.PI/3)*Math.pow((204.89/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 39  */
        /*
        39a S 159.0 21 10 2 -0.1542E-10 6
        39b S 2.768676 0.113202 10.3786 156.7302 208.3789 151.7931 0.003733265 47800.
        39c S 2.768676 0.113167 10.3764 156.8742 208.1116 59.0951 0.003733265 44000.
        */
        mu_planet[159] = (4*Math.PI/3)*Math.pow((149.52/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 88  */
        /*
        88a C 232.0 21 10 2 0.4606E-10 8
        88b C 2.768094 0.163521 5.2232 276.3513 35.2973 258.8249 0.003734371 47800.
        88c C 2.768094 0.163415 5.2248 276.5624 34.9313 165.9176 0.003734371 44000.
        */
        mu_planet[160] = (1.25e-11)*Math.pow(0.01720209895,2);

        /*  Asteroid 433  */
        /*
        433a S 20.0 16 7 2 -0.6217E-14 3
        433b S 1.458307 0.222908 10.8264 303.7460 178.5679 122.0633 0.009767819 47800.
        433c S 1.458307 0.222916 10.8269 303.7874 178.4861 155.4154 0.009767819 44000.
        */
        mu_planet[161] = (3.6e-15)*Math.pow(0.01720209895,2);

        /*  Asteroid 8  */
        /*
        8a S 141.0 16 7 2 0.1867E-10 4
        8b S 2.201363 0.156492 5.8892 110.4812 284.9066 176.2135 0.005266283 47800.
        8c S 2.201363 0.156508 5.8885 110.5602 284.7547 109.6907 0.005266283 44000.
        */
        mu_planet[162] = (4*Math.PI/3)*Math.pow((135.89/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 532  */
        /*
        532a S 225.0 21 10 2 -0.6296E-10 10
        532b S 2.771894 0.177153 16.3305 107.3814 75.4158 198.9324 0.003726812 47800.
        532c S 2.771894 0.177079 16.3336 107.5612 75.1447 107.6074 0.003726812 44000.
        */
        mu_planet[163] = (2.11e-11)*Math.pow(0.01720209895,2);

        /*  Asteroid 92  */
        /*
        92a X 132.0 25 12 5 -0.3011E-09 9 amp 0.11 radians
        92b M 3.194622 0.088469 9.9179 101.5770 234.1633 123.1092 0.003011745 47800.
        92c M 3.194622 0.088301 9.9194 101.7814 233.5626 187.7764 0.003011745 44000.
        */
        mu_planet[164] = (4*Math.PI/3)*Math.pow((126.42/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 275  */
        /*
        275a X 115.0 21 10 2 0.1273E-09 10
        275b C 2.771424 0.163045 4.7740 133.8888 37.6205 10.8161 0.003727565 47800.
        275c C 2.771424 0.163076 4.7734 134.0380 37.2515 279.4556 0.003727565 44000.
        */
        mu_planet[165] = (4*Math.PI/3)*Math.pow((115.0/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 65  */
        /*
        65a P 240.0 25 12 4 0.4478E-09 12
        65b C 3.425753 0.115082 3.5502 155.4054 107.3485 21.7770 0.002711191 47800.
        65c C 3.425753 0.114678 3.5416 155.8693 106.2187 152.1518 0.002711191 44000.
        */
        mu_planet[166] = (6.80e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 444  */
        /*
        444a C 170.0 21 10 2 0.4690E-10 6
        444b C 2.770732 0.174788 10.2706 195.4137 154.3219 78.2081 0.003729092 47800.
        444c C 2.770732 0.174820 10.2637 195.5770 154.0277 346.4262 0.003729092 44000.
        */
        mu_planet[167] = (4.0e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 393  */
        /*
        393a C  106.0 21 10 3 0.5243E-10 10
        393b C 2.776743 0.332851 14.8644 212.5739 89.8161 246.4329 0.003717042 47800.
        393c C 2.776743 0.332737 14.8643 212.8698 89.4646 157.1996 0.003717042 44000.
        */
        mu_planet[168] = (4*Math.PI/3)*Math.pow((96.89/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 147  */
        /*
        147a C 137.0 25 12 3 -0.4265E-11 8
        147b C 3.136446 0.026951 1.9287 248.5353 119.1530 134.8779 0.003095898 47800.
        147c C 3.136446 0.026933 1.9259 248.9056 118.8013 180.8082 0.003095898 44000.
        */
        mu_planet[169] = (4*Math.PI/3)*Math.pow((132.93/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 205  */
        /*
        205a C  83.5 21 10 2 0.3100E-10 6
        205b C 2.777409 0.035306 10.6937 211.5629 173.5829 275.2530 0.003715697 47800.
        205c C 2.777409 0.035322 10.6905 211.7218 173.3883 186.2924 0.003715697 44000.
        */
        mu_planet[170] = (4*Math.PI/3)*Math.pow((80.94/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 28  */
        /*
        28a S 126.0 21 10 2 0.1495E-09 10
        28b S 2.777495 0.150471 9.4117 144.0003 342.5609 135.7421 0.003715417 47800.
        28c S 2.777495 0.150592 9.4074 144.1491 342.2211 46.9978 0.003715417 44000.
        */
        mu_planet[171] = (4*Math.PI/3)*Math.pow((120.90/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 139  */
        /*
        139a C 162.0 21 10 2 -0.1988E-10 10
        139b C 2.782923 0.173553 10.9035 1.6168 165.7282 137.7681 0.003704538 47800.
        139c C 2.782923 0.173620 10.9062 1.7826 165.3419 51.4219 0.003704538 44000.
        */
        mu_planet[172] = (4*Math.PI/3)*Math.pow((156.60/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 68  */
        /*
        68a S 127.0 25 12 2 0.3116E-10 6
        68b S 2.782070 0.186459 7.9618 43.8678 304.1362 127.8548 0.003706263 47800.
        68c S 2.782070 0.186458 7.9624 44.0401 303.8283 41.0481 0.003706263 44000.
        */
        mu_planet[173] = (4*Math.PI/3)*Math.pow((122.57/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 322  */
        /*
        322a X 73.8 25 12 2 0.7470E-10 7
        322b M 2.782560 0.246186 8.0247 252.2657 114.1332 62.7768 0.003705282 47800.
        322c M 2.782560 0.246227 8.0181 252.5229 113.7578 336.1664 0.003705282 44000.
        */
        mu_planet[174] = (4*Math.PI/3)*Math.pow((70.84/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 416  */
        /*
        416a S 89.5 25 12 3 0.2106E-10 10
        416b S 2.788749 0.220927 12.9043 57.8818 197.8022 352.9522 0.003692902 47800.
        416c S 2.788749 0.220740 12.9127 58.0364 197.4483 269.1182 0.003692902 44000.
        */
        mu_planet[175] = (4*Math.PI/3)*Math.pow((85.47/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 216  */
        /*
        216a M 140.0 25 12 2 -0.4016E-11 10
        216b M 2.794451 0.250665 13.1144 215.1684 179.3781 311.5628 0.003681665 47800.
        216c M 2.794451 0.250723 13.1101 215.3232 179.0648 230.1346 0.003681665 44000.
        */
        mu_planet[176] = (4*Math.PI/3)*Math.pow((135.07/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 354  */
        /*
        354a S 162.0 25 12 3 0.6325E-12 10
        354b S 2.798081 0.114446 18.3993 140.0835 6.3709 217.4112 0.003674628 47800.
        354c S 2.798081 0.114458 18.3986 140.2192 6.0247 137.5670 0.003674628 44000.
        */
        mu_planet[177] = (4*Math.PI/3)*Math.pow((155.17/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 346  */
        /*
        346a S 110.0 25 12 2 -0.7525E-11 6
        346b S 2.796271 0.101422 8.7588 91.7397 290.3729 284.7452 0.003678093 47800.
        346c S 2.796271 0.101450 8.7588 91.8846 290.1212 204.0429 0.003678093 44000.
        */
        mu_planet[178] = (4*Math.PI/3)*Math.pow((106.52/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 236  */
        /*
        236a S 90.5 25 12 2 0.3273E-10 6
        236b S 2.799759 0.188707 7.6798 185.7046 173.8506 33.5426 0.003671174 47800.
        236c S 2.799759 0.188710 7.6742 185.8658 173.5407 314.3887 0.003671174 44000.
        */
        mu_planet[179] = (4*Math.PI/3)*Math.pow((86.20/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 365  */
        /*
        365a X 110.0 25 12 2 0.6234E-10 6
        365b C 2.802719 0.156307 12.7987 185.0101 215.3360 336.1294 0.003665447 47800.
        365c C 2.802719 0.156262 12.7981 185.1692 215.0468 258.2039 0.003665447 44000.
        */
        mu_planet[180] = (4*Math.PI/3)*Math.pow((105.92/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 266  */
        /*
        266a C 113.0 25 12 3 -0.4085E-11 6
        266b C 2.804280 0.156701 13.3989 235.6137 150.7015 155.6327 0.003662415 47800.
        266c C 2.804280 0.156814 13.3935 235.7772 150.4147 78.3606 0.003662415 44000.
        */
        mu_planet[181] = (4*Math.PI/3)*Math.pow((109.09/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 804  */
        /*
        804a C 161.0 25 12 3 -0.6401E-11 10
        804b C 2.839117 0.139431 15.3609 347.4469 342.9366 60.8995 0.003595206 47800.
        804c C 2.839117 0.139451 15.3620 347.6027 342.6271 358.2908 0.003595206 44000.
        */
        mu_planet[182] = (4.23e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 385  */
        /*
        385a S 94.1 25 12 3 0.4170E-10 10
        385b S 2.846520 0.127218 13.6002 344.8633 187.7806 317.0992 0.003581107 47800.
        385c S 2.846520 0.127185 13.6064 345.0321 187.3522 257.6661 0.003581107 44000.
        */
        mu_planet[183] = (4*Math.PI/3)*Math.pow((91.53/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 81  */
        /*
        81a C 124.0 25 12 3 0.6592E-12 7
        81b C 2.854180 0.210375 7.8285 1.0730 49.8977 301.0549 0.003566612 47800.
        81c C 2.854180 0.210386 7.8378 1.2995 49.5248 244.6644 0.003566612 44000.
        */
        mu_planet[184] = (4*Math.PI/3)*Math.pow((119.08/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 909  */
        /*
        909a X 120.0 25 12 3 0.2425E-09 11
        909b C 3.541873 0.097011 18.7895 146.4173 231.8754 325.1436 0.002579648 47800.
        909c C 3.541873 0.096770 18.7882 146.6933 231.4957 123.5961 0.002579648 44000.
        */
        mu_planet[185] = (4*Math.PI/3)*Math.pow((116.44/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 129  */
        /*
        129a M 125.0 25 12 3 0.1453E-10 12
        129b M 2.869898 0.211024 12.2390 136.0131 108.5475 272.4024 0.003537346 47800.
        129c M 2.869898 0.211006 12.2318 136.2583 108.1512 222.3884 0.003537346 44000.
        */
        mu_planet[186] = (4*Math.PI/3)*Math.pow((125.0/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 508  */
        /*
        508a C 147.0 25 12 3 -0.2355E-10 9
        508b C 3.161464 0.018392 13.3427 44.1240 213.1726 87.7985 0.003059349 47800.
        508c C 3.161464 0.018243 13.3467 44.3220 212.3657 142.3138 0.003059349 44000.
        */
        mu_planet[187] = (4*Math.PI/3)*Math.pow((142.35/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 195  */
        /*
        195a C 89.7 25 12 3 0.6820E-11 7
        195b C 2.878011 0.042026 6.9676 6.7928 118.7878 295.4335 0.003522427 47800.
        195c C 2.878011 0.042138 6.9715 6.9755 118.3598 248.7620 0.003522427 44000.
        */
        mu_planet[188] = (4*Math.PI/3)*Math.pow((85.71/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 47  */
        /*
        47a C 137.0 25 12 2 -0.1164E-09 7
        47b C 2.880112 0.132978 4.9819 2.8707 313.9493 35.2195 0.003518529 47800.
        47c C 2.880112 0.132902 4.9849 3.0749 313.5736 349.3230 0.003518529 44000.
        */
        mu_planet[189] = (4*Math.PI/3)*Math.pow((126.96/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 104  */
        /*
        104a C 127.0 25 12 3 0.2727E-09 9
        104b C 3.147951 0.159396 2.8179 41.8992 26.5064 182.3483 0.003078819 47800.
        104c C 3.147951 0.159558 2.8252 42.1179 25.9424 232.3610 0.003078819 44000.
        */
        mu_planet[190] = (4*Math.PI/3)*Math.pow((123.68/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 426  */
        /*
        426a F 134.0 25 12 2 0.1377E-09 12
        426b C 2.888439 0.104268 19.5199 311.1736 220.0288 82.1975 0.003503583 47800.
        426c C 2.888439 0.104089 19.5255 311.3323 219.7396 39.5141 0.003503583 44000.
        */
        mu_planet[191] = (4*Math.PI/3)*Math.pow((127.10/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 471  */
        /*
        471a S 135.0 25 12 2 -0.2258E-09 12
        471b S 2.888379 0.231703 14.9698 83.7371 314.0030 238.5353 0.003503496 47800.
        471c S 2.888379 0.231917 14.9616 83.9174 313.6935 195.8696 0.003503496 44000.
        */
        mu_planet[192] = (4*Math.PI/3)*Math.pow((134.19/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 431  */
        /*
        431a B 97.7 25 12 3 -0.1483E-09 9
        431b C 3.130174 0.180334 1.8302 116.9451 214.5571 288.0399 0.003105074 47800.
        431c C 3.130174 0.180206 1.8285 117.0207 214.1682 332.3040 0.003105074 44000.
        */
        mu_planet[193] = (4*Math.PI/3)*Math.pow((95.03/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 386  */
        /*
        386a C 173.0 25 12 2 -0.7104E-10 12
        386b C 2.896301 0.170753 20.2587 166.4924 219.5834 266.5655 0.003489293 47800.
        386c C 2.896301 0.170550 20.2610 166.6417 219.3259 226.9709 0.003489293 44000.
        */
        mu_planet[194] = (4*Math.PI/3)*Math.pow((165.01/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 238  */
        /*
        238a C 156.0 25 12 2 0.8987E-10 7
        238b C 2.907039 0.089023 12.4026 183.6728 208.3903 23.8570 0.003469850 47800.
        238c C 2.907039 0.089013 12.3996 183.8414 208.0924 348.5169 0.003469850 44000.
        */
        mu_planet[195] = (4*Math.PI/3)*Math.pow((148.49/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 338  */
        /*
        338a M 62.1 25 12 2 0.2901E-10 7
        338b M 2.912515 0.019874 6.0413 287.2951 115.6802 154.0818 0.003459998 47800.
        338c M 2.912515 0.019927 6.0419 287.5179 115.5252 120.6895 0.003459998 44000.
        */
        mu_planet[196] = (4*Math.PI/3)*Math.pow((63.11/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 22  */
        /*
        22a M 187.0 25 12 2 0.4339E-10 7
        22b M 2.909881 0.100610 13.7149 65.8165 355.6649 212.4406 0.003464758 47800.
        22c M 2.909881 0.100665 13.7177 65.9725 355.3441 178.2443 0.003464758 44000.
        */
        mu_planet[197] = (8.80e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 24  */
        /*
        24a C 198.0 25 12 3 -0.3958E-10 11
        24b C 3.134382 0.127265 0.7568 35.7971 110.0350 230.2781 0.003098805 47800.
        24c C 3.134382 0.127431 0.7623 35.8231 109.5560 276.0469 0.003098805 44000.
        */
        mu_planet[198] = (4.88e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 674  */
        /*
        674a S 101.0 25 12 3 0.4696E-11 12
        674b S 2.923769 0.193749 13.5241 58.0179 41.0923 16.2561 0.003440032 47800.
        674c S 2.923769 0.193685 13.5355 58.2169 40.7366 347.4353 0.003440032 44000.
        */
        mu_planet[199] = (4*Math.PI/3)*Math.pow((97.35/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 702  */
        /*
        702a C 202.0 25 12 4 -0.2758E-10 10
        702b C 3.194364 0.021815 20.5683 289.5855 26.2266 312.4575 0.003012446 47800.
        702c C 3.194364 0.021755 20.5689 289.7589 25.7075 16.9215 0.003012446 44000.
        */
        mu_planet[200] = (4*Math.PI/3)*Math.pow((194.73/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 40  */
        /*
        40a S 111.0 16 7 2 -0.1255E-10 4
        40b S 2.267249 0.046690 4.2581 93.7886 268.9371 230.3254 0.005038361 47800.
        40c S 2.267249 0.046682 4.2584 93.8561 268.8245 213.3984 0.005038361 44000.
        */
        mu_planet[201] = (4*Math.PI/3)*Math.pow((107.62/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 705  */
        /*
        705a X 139.0 25 12 2 0.4754E-10 12
        705b C 2.923353 0.051384 25.0219 2.5312 99.7485 217.9751 0.003441097 47800.
        705c C 2.923353 0.051492 25.0242 2.6614 99.6357 188.7484 0.003441097 44000.
        */
        mu_planet[202] = (4*Math.PI/3)*Math.pow((134.22/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 776  */
        /*
        776a C 177.0 25 12 2 -0.5455E-10 7
        776b C 2.932555 0.163654 18.2217 79.5556 305.6896 114.1546 0.003424713 47800.
        776c C 2.932555 0.163840 18.2184 79.7186 305.4359 88.6031 0.003424713 44000.
        */
        mu_planet[203] = (4*Math.PI/3)*Math.pow((151.17/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 375  */
        /*
        375a C 216.0 25 12 3 -0.3837E-10 8
        375b C 3.128300 0.100609 15.9216 336.3279 343.7054 169.1980 0.003108224 47800.
        375c C 3.128300 0.100628 15.9233 336.5253 343.2570 212.7142 0.003108224 44000.
        */
        mu_planet[204] = (4*Math.PI/3)*Math.pow((216.0/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 69  */
        /*
        69a M 143.0 25 12 3 0.2094E-10 9
        69b M 2.979471 0.167405 8.5701 185.0488 287.8018 32.3419 0.003343888 47800.
        69c M 2.979471 0.167565 8.5613 185.3070 287.3483 24.4926 0.003343888 44000.
        */
        mu_planet[205] = (4*Math.PI/3)*Math.pow((138.13/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 150  */
        /*
        150a C 157.0 25 12 2 0.2607E-09 7
        150b C 2.982180 0.127499 2.1901 206.0279 152.2786 61.3635 0.003339332 47800.
        150c C 2.982180 0.127472 2.1847 206.2788 151.8535 54.4851 0.003339332 44000.
        */
        mu_planet[206] = (4*Math.PI/3)*Math.pow((151.14/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 117  */
        /*
        117a C 154.0 25 12 3 -0.2114E-11 9
        117b C 2.991326 0.025555 14.9189 348.5667 57.8821 244.8554 0.003324229 47800.
        117c C 2.991326 0.025598 14.9226 348.7446 57.7329 241.0626 0.003324229 44000.
        */
        mu_planet[207] = (4*Math.PI/3)*Math.pow((148.71/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 35  */
        /*
        35a C 108.0 25 12 4 0.7369E-10 12
        35b C 2.995638 0.223697 7.9745 353.6383 212.5858 320.8487 0.003316647 47800.
        35c C 2.995638 0.223522 7.9950 353.9365 211.9933 319.0295 0.003316647 44000.
        */
        mu_planet[208] = (4*Math.PI/3)*Math.pow((103.11/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 747  */
        /*
        747a C 178.0 25 12 3 0.1559E-10 9
        747b C 2.996949 0.342454 18.1738 129.7645 275.5315 356.4726 0.003314903 47800.
        747c C 2.996949 0.342541 18.1653 130.0755 275.1874 354.7720 0.003314903 44000.
        */
        mu_planet[209] = (4*Math.PI/3)*Math.pow((171.70/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 772  */
        /*
        772a C 123.0 25 12 2 -0.1245E-09 11
        772b C 3.000579 0.094463 28.8190 63.5271 143.3874 108.5847 0.003309114 47800.
        772c C 3.000579 0.094729 28.8174 63.6531 143.1349 108.2378 0.003309114 44000.
        */
        mu_planet[210] = (4*Math.PI/3)*Math.pow((117.66/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 360  */
        /*
        360a C 121.0 25 12 3 -0.2600E-10 9
        360b C 3.001585 0.178769 11.7065 132.2791 288.4192 291.5880 0.003307047 47800.
        360c C 3.001585 0.178911 11.7001 132.4975 288.0572 291.7082 0.003307047 44000.
        */
        mu_planet[211] = (4*Math.PI/3)*Math.pow((115.76/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 388  */
        /*
        388a C 120.0 25 12 3 -0.5904E-10 7
        388b C 3.005682 0.061638 6.4532 354.2551 329.2369 321.2222 0.003300273 47800.
        388c C 3.005682 0.061557 6.4573 354.4712 328.8621 322.8326 0.003300273 44000.
        */
        mu_planet[212] = (4*Math.PI/3)*Math.pow((114.17/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 250  */
        /*
        250a M 85.5 25 12 3 0.3063E-10 9
        250b M 3.145932 0.132788 12.8527 24.1046 71.1879 134.3914 0.003082016 47800.
        250c M 3.145932 0.132873 12.8592 24.3528 70.7307 183.5716 0.003082016 44000.
        */
        mu_planet[213] = (4*Math.PI/3)*Math.pow((79.75/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 176  */
        /*
        176a G 125.0 25 12 3 0.6417E-09 10 amp 0.14 radians
        176b C 3.178085 0.173852 22.6786 200.3957 183.1575 272.2931 0.003035538 47800.
        176c C 3.178085 0.173861 22.6754 200.5614 182.6398 331.7356 0.003035538 44000.
        */
        mu_planet[214] = (4*Math.PI/3)*Math.pow((121.04/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 162  */
        /*
        162a ST 105.0 25 12 3 -0.4986E-10 12
        162b S 3.020561 0.178706 6.0819 36.0276 112.3147 266.6452 0.003275710 47800.
        162c S 3.020561 0.178881 6.0823 36.3092 111.7309 273.7469 0.003275710 44000.
        */
        mu_planet[215] = (4*Math.PI/3)*Math.pow((99.10/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 350  */
        /*
        350a C 123.0 25 12 3 -0.2242E-10 11
        350b C 3.114107 0.155860 24.8640 89.8995 336.1151 222.7331 0.003129632 47800.
        350c C 3.114107 0.156145 24.8607 90.0496 335.7478 261.5544 0.003129632 44000.
        */
        mu_planet[216] = (4*Math.PI/3)*Math.pow((118.35/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 506  */
        /*
        506a C 109.0 25 12 3 -0.2666E-10 11
        506b C 3.043413 0.144592 16.9722 312.7098 145.6896 158.7354 0.003239216 47800.
        506c C 3.043413 0.144874 16.9699 312.9010 145.2974 173.6815 0.003239216 44000.
        */
        mu_planet[217] = (4*Math.PI/3)*Math.pow((105.94/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 211  */
        /*
        211a C 148.0 25 12 3 -0.4977E-10 11
        211b C 3.044384 0.158415 3.8759 263.4626 173.7280 240.3064 0.003237400 47800.
        211c C 3.044384 0.158557 3.8744 263.7516 173.1922 255.6936 0.003237400 44000.
        */
        mu_planet[218] = (4*Math.PI/3)*Math.pow((143.19/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 514  */
        /*
        514a C 110.0 25 12 3 0.1725E-10 8
        514b C 3.046654 0.041362 3.8777 268.6188 114.2148 28.7892 0.003233868 47800.
        514c C 3.046654 0.041387 3.8768 268.9034 113.8680 44.7608 0.003233868 44000.
        */
        mu_planet[219] = (4*Math.PI/3)*Math.pow((106.17/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 241  */
        /*
        241a C 169.0 25 12 3 -0.7697E-10 8
        241b C 3.049705 0.101247 5.5105 270.4573 76.3814 269.2369 0.003229020 47800.
        241c C 3.049705 0.101171 5.5104 270.7334 75.9380 286.3692 0.003229020 44000.
        */
        mu_planet[220] = (4*Math.PI/3)*Math.pow((168.90/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 740  */
        /*
        740a C 94.5 25 12 3 -0.5491E-11 11
        740b C 3.051723 0.111375 10.8449 115.8038 49.6214 119.0035 0.003225799 47800.
        740c C 3.051723 0.111353 10.8474 116.0178 49.1175 136.9596 0.003225799 44000.
        */
        mu_planet[221] = (4*Math.PI/3)*Math.pow((90.90/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 96  */
        /*
        96a T  174.0 25 12 3 0.2106E-11 11
        96b C 3.052132 0.138279 15.9974 321.5518 205.6362 272.0573 0.003225300 47800.
        96c C 3.052132 0.138089 16.0078 321.7586 205.1774 290.0842 0.003225300 44000.
        */
        mu_planet[222] = (4*Math.PI/3)*Math.pow((169.91/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 663  */
        /*
        663a X 104.0 25 12 3 0.1181E-10 11
        663b C 3.062929 0.152184 17.8399 232.5419 311.5065 132.9657 0.003208328 47800.
        663c C 3.062929 0.152519 17.8269 232.7548 311.1459 154.5835 0.003208328 44000.
        */
        mu_planet[223] = (4*Math.PI/3)*Math.pow((100.88/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 451  */
        /*
        451a C 230.0 25 12 3 0.3069E-10 11
        451b C 3.062349 0.072755 15.2255 88.9902 339.5369 273.7444 0.003209156 47800.
        451c C 3.062349 0.072862 15.2263 89.1640 339.1607 295.2369 0.003209156 44000.
        */
        mu_planet[224] = (4*Math.PI/3)*Math.pow((224.96/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 895  */
        /*
        895a C 147.0 25 12 4 0.2894E-09 8 amp 0.30 radians
        895b C 3.214618 0.134295 25.9713 264.1401 181.7619 350.5177 0.002984054 47800.
        895c C 3.214618 0.134273 25.9733 264.2946 180.9848 61.4402 0.002984054 44000.
        */
        mu_planet[225] = (4*Math.PI/3)*Math.pow((141.90/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 423  */
        /*
        423a C 217.0 25 12 3 -0.4595E-11 11
        423b C 3.068285 0.035136 11.2386 69.2317 205.8506 234.2793 0.003199768 47800.
        423c C 3.068285 0.035000 11.2410 69.4177 205.3552 257.9227 0.003199768 44000.
        */
        mu_planet[226] = (4*Math.PI/3)*Math.pow((208.77/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 95  */
        /*
        95a C 145.0 25 12 3 0.2481E-10 11
        95b C 3.068931 0.148629 12.9709 242.9407 152.3204 255.8614 0.003198809 47800.
        95c C 3.068931 0.148795 12.9646 243.1519 151.9185 279.5948 0.003198809 44000.
        */
        mu_planet[227] = (4*Math.PI/3)*Math.pow((136.04/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 49  */
        /*
        49a C 154.0 25 12 3 -0.1382E-12 11
        49b C 3.089143 0.230652 3.1789 285.6985 110.8977 79.6040 0.003167167 47800.
        49c C 3.089143 0.230747 3.1756 286.1889 110.1557 110.2874 0.003167167 44000.
        */
        mu_planet[228] = (4*Math.PI/3)*Math.pow((149.80/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 602  */
        /*
        602a C 130.0 25 12 3 -0.6455E-11 11
        602b C 3.088113 0.245811 15.1707 331.6532 43.6364 260.8502 0.003169041 47800.
        602c C 3.088113 0.245479 15.1911 331.9004 43.2377 291.0255 0.003169041 44000.
        */
        mu_planet[229] = (4*Math.PI/3)*Math.pow((124.72/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 52  */
        /*
        52a C 312.0 25 12 3 0.2194E-11 11
        52b C 3.096648 0.107285 7.4677 128.6235 339.4319 89.2242 0.003155772 47800.
        52c C 3.096648 0.107471 7.4643 128.8179 338.9247 122.4497 0.003155772 44000.
        */
        mu_planet[230] = (8.39e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 159  */
        /*
        159a C 131.0 25 12 3 0.7081E-11 11
        159b C 3.104572 0.105110 6.1228 133.8914 335.8886 243.8673 0.003143675 47800.
        159c C 3.104572 0.105299 6.1188 134.0855 335.3687 279.7399 0.003143675 44000.
        */
        mu_planet[231] = (4*Math.PI/3)*Math.pow((124.96/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 357  */
        /*
        357a CX 110.0 25 12 3 0.8572E-10 8
        357b C 3.148149 0.082424 15.0756 137.7173 249.4430 220.6609 0.003078821 47800.
        357c C 3.148149 0.082391 15.0736 137.9098 249.1050 270.4734 0.003078821 44000.
        */
        mu_planet[232] = (4*Math.PI/3)*Math.pow((106.10/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 545  */
        /*
        545a CD 115.0 25 12 4 -0.4463E-09 10 amp 0.20 radians
        545b C 3.184437 0.185381 11.2022 333.5047 326.3417 52.9440 0.003026131 47800.
        545c C 3.184437 0.185433 11.1944 333.7977 325.5960 114.5357 0.003026131 44000.
        */
        mu_planet[233] = (4*Math.PI/3)*Math.pow((111.30/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 469  */
        /*
        469a X 129.0 25 12 4 -0.5602E-12 12 amp 0.14 radians
        469b C 3.162871 0.173380 11.6522 333.6415 209.6105 232.1978 0.003057102 47800.
        469c C 3.162871 0.173129 11.6732 333.9399 208.8392 287.0664 0.003057102 44000.
        */
        mu_planet[234] = (4*Math.PI/3)*Math.pow((125.57/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 373  */
        /*
        373a C 99.6 25 12 3 -0.3202E-10 8
        373b C 3.116634 0.143301 15.4214 3.5486 349.5320 167.7913 0.003125644 47800.
        373c C 3.116634 0.143316 15.4243 3.7414 349.0914 207.5115 0.003125644 44000.
        */
        mu_planet[235] = (4*Math.PI/3)*Math.pow((95.77/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 48  */
        /*
        48a C 225.0 25 12 3 0.1648E-09 8
        48b C 3.112389 0.067899 6.5472 183.3872 256.9388 285.6652 0.003131901 47800.
        48c C 3.112389 0.068031 6.5420 183.6181 256.4776 324.0056 0.003131901 44000.
        */
        mu_planet[236] = (1.30e-11)*Math.pow(0.01720209895,2);

        /*  Asteroid 137  */
        /*
        137a C 150.0 25 12 3 0.6464E-10 9
        137b C 3.118674 0.217235 13.4292 201.9622 108.0016 262.8672 0.003122536 47800.
        137c C 3.118674 0.217231 13.4190 202.2689 107.5481 303.1630 0.003122536 44000.
        */
        mu_planet[237] = (4*Math.PI/3)*Math.pow((145.42/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 86  */
        /*
        86a C 127.0 25 12 3 -0.3868E-10 11
        86b C 3.107710 0.214117 4.8078 86.4493 305.2056 215.9485 0.003138812 47800.
        86c C 3.107710 0.214196 4.8056 86.6760 304.7068 252.8259 0.003138812 44000.
        */
        mu_planet[238] = (4*Math.PI/3)*Math.pow((120.56/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 121  */
        /*
        121a C 217.0 25 12 3 -0.5323E-10 10
        121b C 3.449865 0.133506 7.5763 73.6571 291.3994 1.4626 0.002683058 47800.
        121c C 3.449865 0.133523 7.5777 74.0297 290.7175 137.6059 0.002683058 44000.
        */
        mu_planet[239] = (8.07e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 196  */
        /*
        196a S 146.0 25 12 3 -0.9027E-11 8
        196b S 3.114069 0.019683 7.2605 72.2262 218.1675 296.0197 0.003129365 47800.
        196c S 3.114069 0.019523 7.2628 72.4167 217.7039 334.9550 0.003129365 44000.
        */
        mu_planet[240] = (4*Math.PI/3)*Math.pow((136.34/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 62  */
        /*
        62a BU 99.3 25 12 3 -0.3485E-11 8
        62b C 3.121660 0.178037 2.2282 125.1674 275.3792 110.2598 0.003117816 47800.
        62c C 3.121660 0.178121 2.2257 125.3220 274.9381 151.7232 0.003117816 44000.
        */
        mu_planet[241] = (4*Math.PI/3)*Math.pow((95.39/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 90  */
        /*
        90a C 125.0 25 12 3 -0.2001E-09 10
        90b C 3.146137 0.166899 2.2272 70.2004 238.9490 48.7116 0.003081450 47800.
        90c C 3.146137 0.166710 2.2314 70.3662 238.4198 98.1695 0.003081450 44000.
        */
        mu_planet[242] = (4.14e-13)*Math.pow(0.01720209895,2);

        /*  Asteroid 791  */
        /*
        791a C 107.0 25 12 3 -0.1908E-10 11
        791b C 3.122448 0.194068 16.3689 129.6132 202.5099 187.8423 0.003116831 47800.
        791c C 3.122448 0.193832 16.3722 129.8038 202.0510 229.5017 0.003116831 44000.
        */
        mu_planet[243] = (4*Math.PI/3)*Math.pow((103.52/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 120  */
        /*
        120a C 178.0 25 12 3 -0.3101E-10 9
        120b C 3.117128 0.058077 6.9566 341.0185 238.2833 94.3829 0.003124754 47800.
        120c C 3.117128 0.057978 6.9626 341.2803 237.6014 134.4692 0.003124754 44000.
        */
        mu_planet[244] = (4*Math.PI/3)*Math.pow((174.10/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 683  */
        /*
        683a C? 116.0 25 12 3 -0.1554E-10 11
        683b C 3.116131 0.053949 18.5185 259.5934 276.8505 330.6127 0.003126558 47800.
        683c C 3.116131 0.054011 18.5165 259.7839 276.5825 9.9636 0.003126558 44000.
        */
        mu_planet[245] = (4*Math.PI/3)*Math.pow((81.98/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 212  */
        /*
        212a CPD 140.0 25 12 3 0.1343E-09 8
        212b C 3.113027 0.111386 4.2709 313.2166 103.0462 66.5646 0.003130907 47800.
        212c C 3.113027 0.111513 4.2729 313.5291 102.4959 105.1291 0.003130907 44000.
        */
        mu_planet[246] = (4*Math.PI/3)*Math.pow((136.12/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 283  */
        /*
        283a XPD 150.0 25 12 3 -0.5592E-11 9
        283b C 3.046071 0.149287 7.9926 304.0580 54.5980 108.2840 0.003234818 47800.
        283c C 3.046071 0.149192 7.9978 304.3183 54.1670 124.1571 0.003234818 44000.
        */
        mu_planet[247] = (4*Math.PI/3)*Math.pow((148.06/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 691  */
        /*
        691a CPD 92.6 25 12 3 0.2129E-10 9
        691b C 3.011700 0.122093 13.0114 87.9391 301.6994 144.7895 0.003290445 47800.
        691c C 3.011700 0.122196 13.0103 88.1205 301.3859 148.5129 0.003290445 44000.
        */
        mu_planet[248] = (4*Math.PI/3)*Math.pow((87.68/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 596  */
        /*
        596a CFP 117.0 25 12 3 0.6414E-11 12
        596b C 2.929826 0.162680 14.6497 70.4185 175.5512 174.7248 0.003429340 47800.
        596c C 2.929826 0.162630 14.6498 70.5855 175.1355 148.3241 0.003429340 44000.
        */
        mu_planet[249] = (4*Math.PI/3)*Math.pow((113.34/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 709  */
        /*
        709a XPD 99.6 25 12 2 0.3438E-10 7
        709b C 2.914387 0.113939 16.2846 324.1604 17.2445 75.4139 0.003456811 47800.
        709c C 2.914387 0.113837 16.2881 324.3239 16.9305 42.9339 0.003456811 44000.
        */
        mu_planet[250] = (4*Math.PI/3)*Math.pow((96.56/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 191  */
        /*
        191a CFPD 105.0 25 12 2 -0.3966E-10 7
        191b C 2.895442 0.088754 11.5093 159.0558 226.8289 165.9683 0.003490705 47800.
        191c C 2.895442 0.088734 11.5067 159.2205 226.5514 126.0710 0.003490705 44000.
        */
        mu_planet[251] = (4*Math.PI/3)*Math.pow((101.03/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 74  */
        /*
        74a CPD 123.0 21 10 2 0.7299E-10 8
        74b C 2.779467 0.237999 4.0603 196.9659 173.6056 138.2477 0.003711404 47800.
        74c C 2.779467 0.238009 4.0541 197.1389 173.2810 50.3377 0.003711404 44000.
        */
        mu_planet[252] = (4*Math.PI/3)*Math.pow((118.71/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 203  */
        /*
        203a CPD 120.0 21 10 2 0.3500E-10 6
        203b C 2.737144 0.059746 3.1806 347.6162 58.0045 73.7021 0.003797955 47800.
        203c C 2.737144 0.059793 3.1840 347.8005 57.7305 326.8860 0.003797955 44000.
        */
        mu_planet[253] = (4*Math.PI/3)*Math.pow((116.26/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 377  */
        /*
        377a CPD 94.5 23 11 2 0.2321E-10 6
        377b C 2.690509 0.076829 6.6785 209.7827 195.5605 245.0076 0.003897193 47800.
        377c C 2.690509 0.076867 6.6756 209.9385 195.2989 116.6011 0.003897193 44000.
        */
        mu_planet[254] = (4*Math.PI/3)*Math.pow((91.05/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 112  */
        /*
        112a CPD 75.5 19 9 2 -0.2383E-10 5
        112b C 2.433929 0.127996 2.5995 323.2581 16.6135 146.0648 0.004529632 47800.
        112c C 2.433929 0.127966 2.6016 323.4145 16.3635 239.9490 0.004529632 44000.
        */
        mu_planet[255] = (4*Math.PI/3)*Math.pow((72.18/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 165  */
        /*
        165a CT 160.0 25 12 3 -0.4311E-10 9
        165b C 3.128930 0.077366 11.2206 302.5033 345.2240 183.0546 0.003107185 47800.
        165c C 3.128930 0.077302 11.2209 302.7374 344.6836 226.8523 0.003107185 44000.
        */
        mu_planet[256] = (4*Math.PI/3)*Math.pow((155.17/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 363  */
        /*
        363a CT 97.0 21 10 2 -0.4253E-10 6
        363b C 2.747409 0.071513 5.9515 64.5383 294.1070 234.2365 0.003776685 47800.
        363c C 2.747409 0.071494 5.9535 64.6702 293.8822 132.0548 0.003776685 44000.
        */
        mu_planet[257] = (4*Math.PI/3)*Math.pow((72.44/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 276  */
        /*
        276a XC 127.0 25 12 3 0.3197E-10 11
        276b P 3.116210 0.067117 21.6366 210.8236 270.1665 242.9081 0.003126501 47800.
        276c P 3.116210 0.067190 21.6325 210.9929 269.9935 282.1977 0.003126501 44000.
        */
        mu_planet[258] = (4*Math.PI/3)*Math.pow((121.60/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 739  */
        /*
        739a XP 110.0 21 10 2 0.1632E-11 10
        739b C 2.737449 0.142602 20.6987 136.3223 43.8228 305.7495 0.003797479 47800.
        739c C 2.737449 0.142414 20.7021 136.4574 43.5719 199.0632 0.003797479 44000.
        */
        mu_planet[259] = (4*Math.PI/3)*Math.pow((107.38/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 1093  */
        /*
        1093a CPD 120.0 25 12 4 -0.1898E-10 11
        1093b C 3.139578 0.263891 25.2350 55.5244 251.0008 168.0964 0.003091751 47800.
        1093c C 3.139578 0.263475 25.2535 55.7355 250.8006 214.9372 0.003091751 44000.
        */
        mu_planet[260] = (4*Math.PI/3)*Math.pow((116.73/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 268  */
        /*
        268a FC 142.0 25 12 3 -0.5509E-10 11
        268b F 3.096797 0.131563 2.4391 120.7699 66.3792 334.1989 0.003155409 47800.
        268c F 3.096797 0.131586 2.4377 120.9277 65.7985 7.6136 0.003155409 44000.
        Note: Use C density.
        */
        mu_planet[261] = (4*Math.PI/3)*Math.pow((139.89/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 1021  */
        /*
        1021a FC 103.0 21 10 2 -0.2476E-11 8
        1021b F 2.737909 0.285783 15.8346 115.3231 286.1067 268.8210 0.003796424 47800.
        1021c F 2.737909 0.285910 15.8265 115.5251 285.8380 162.3152 0.003796424 44000.
        Note: Use C density.
        */
        mu_planet[262] = (4*Math.PI/3)*Math.pow((99.39/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 210  */
        /*
        210a CF 90.0 21 10 2 0.8208E-12 6
        210b C 2.721987 0.123108 5.2638 32.3811 13.6663 164.1026 0.003829726 47800.
        210c C 2.721987 0.123147 5.2678 32.5221 13.3974 50.4073 0.003829726 44000.
        */
        mu_planet[263] = (4*Math.PI/3)*Math.pow((86.65/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 505  */
        /*
        505a FC 115.0 23 11 2 -0.3211E-10 8
        505b F 2.685186 0.245246 9.8243 90.5418 336.0811 185.4545 0.003908700 47800.
        505c F 2.685186 0.245355 9.8213 90.6754 335.8040 54.5804 0.003908700 44000.
        Note: Use C density.
        */
        mu_planet[264] = (4*Math.PI/3)*Math.pow((115.0/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 99  */
        /*
        99a CM 79.0 23 11 2 0.8969E-10 11
        99b C 2.663563 0.197014 13.8783 41.2501 194.7605 316.9394 0.003956469 47800.
        99c C 2.663563 0.196890 13.8849 41.3857 194.4544 175.6918 0.003956469 44000.
        */
        mu_planet[265] = (4*Math.PI/3)*Math.pow((71.93/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 690  */
        /*
        690a CM 145.0 25 12 3 0.1294E-09 8
        690b C 3.149322 0.177363 11.2641 252.9468 116.2401 119.1817 0.003077025 47800.
        690c C 3.149322 0.177486 11.2561 253.2330 115.7506 169.4429 0.003077025 44000.
        */
        mu_planet[266] = (4*Math.PI/3)*Math.pow((135.04/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 366  */
        /*
        366a l 98.1 25 12 3 -0.1989E-09 8
        366b l 3.142346 0.063881 10.5780 346.5419 326.2294 356.0078 0.003087288 47800.
        366c l 3.142346 0.063817 10.5817 346.7699 325.7552 44.0774 0.003087288 44000.
        Note: Use C density.
        */
        mu_planet[267] = (4*Math.PI/3)*Math.pow((93.75/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 814  */
        /*
        814a CPD 116.0 25 12 3 0.1085E-08 10 amp 0.17 radians
        814b C 3.164730 0.301896 21.7774 88.5264 296.8893 77.2676 0.003054781 47800.
        814c C 3.164730 0.302473 21.7520 88.7973 296.5208 132.2661 0.003054781 44000.
        */
        mu_planet[268] = (4*Math.PI/3)*Math.pow((109.55/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 788  */
        /*
        788a l 109.0 25 12 3 0.2545E-09 12
        788b l 3.127415 0.129783 14.3598 177.9362 43.3018 234.1390 0.003109408 47800.
        788c l 3.127415 0.129509 14.3621 178.1636 42.7402 277.4805 0.003109408 44000.
        Note: Use C density.
        */
        mu_planet[269] = (4*Math.PI/3)*Math.pow((103.68/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 303  */
        /*
        303a l 103.0 25 12 3 0.1282E-09 8
        303b l 3.122070 0.063566 6.8830 343.7622 70.8708 38.5386 0.003117362 47800.
        303c l 3.122070 0.063664 6.8877 344.0095 70.4458 79.9920 0.003117362 44000.
        Note: Use C density.
        */
        mu_planet[270] = (4*Math.PI/3)*Math.pow((99.29/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 780  */
        /*
        780a l 97.1 25 12 3 -0.3979E-10 8
        780b l 3.117006 0.090327 19.0755 144.6572 212.5651 33.2585 0.003125184 47800.
        780c l 3.117006 0.090200 19.0740 144.8270 212.2114 73.0151 0.003125184 44000.
        Note: Use C density.
        */
        mu_planet[271] = (4*Math.PI/3)*Math.pow((94.40/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 259  */
        /*
        259a CPDF 185.0 25 12 3 0.4646E-10 11
        259b C 3.138490 0.122403 10.7885 87.0217 162.7980 213.2272 0.003092850 47800.
        259c C 3.138490 0.122333 10.7858 87.2359 162.1732 260.2502 0.003092850 44000.
        */
        mu_planet[272] = (4*Math.PI/3)*Math.pow((178.60/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 489  */
        /*
        489a CPD 144.0 25 12 3 0.8039E-11 10
        489b C 3.153354 0.043179 12.9711 166.8202 357.2150 13.8240 0.003071140 47800.
        489c C 3.153354 0.043259 12.9669 167.0243 356.4453 65.7288 0.003071140 44000.
        */
        mu_planet[273] = (4*Math.PI/3)*Math.pow((139.40/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 568  */
        /*
        568a l 89.7 25 12 2 0.5762E-10 12
        568b l 2.883618 0.166647 18.3729 249.5310 172.8795 353.3725 0.003512317 47800.
        568c l 2.883618 0.166740 18.3706 249.6837 172.5555 308.8284 0.003512317 44000.
        Note: Use C density.
        */
        mu_planet[274] = (4*Math.PI/3)*Math.pow((86.99/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 358  */
        /*
        358a l 91.8 25 12 2 0.4924E-10 7
        358b l 2.877883 0.150961 3.5490 171.9701 251.9961 2.5216 0.003522597 47800.
        358c l 2.877883 0.151043 3.5454 172.1635 251.6307 315.7398 0.003522597 44000.
        Note: Use C density.
        */
        mu_planet[275] = (4*Math.PI/3)*Math.pow((89.45/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 424  */
        /*
        424a l 90.5 21 10 2 -0.2687E-10 6
        424b l 2.773875 0.109414 8.2139 98.9305 331.9615 59.4581 0.003722730 47800.
        424c l 2.773875 0.109505 8.2134 99.0664 331.6797 329.0765 0.003722730 44000.
        Note: Use C density.
        */
        mu_planet[276] = (4*Math.PI/3)*Math.pow((87.20/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 412  */
        /*
        412a l 93.3 21 10 2 0.2387E-10 6
        412b l 2.762968 0.042338 13.7752 106.1238 93.3657 56.2492 0.003744884 47800.
        412c l 2.762968 0.042333 13.7749 106.2638 93.0434 321.0804 0.003744884 44000.
        Note: Use C density.
        */
        mu_planet[277] = (4*Math.PI/3)*Math.pow((90.96/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 762  */
        /*
        762a CF 142.0 25 12 3 -0.1753E-10 10
        762b C 3.156277 0.103428 13.0891 305.7326 182.0057 77.0854 0.003066877 47800.
        762c C 3.156277 0.103494 13.0938 305.9617 181.3572 129.7722 0.003066877 44000.
        */
        mu_planet[278] = (1.28e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 308  */
        /*
        308a T 148.0 21 10 2 -0.6373E-10 6
        308b T 2.749575 0.038406 4.3601 181.4466 112.5316 114.8946 0.003772213 47800.
        308c T 2.749575 0.038314 4.3565 181.6015 112.2379 13.7324 0.003772213 44000.
        Note: Use C density.
        */
        mu_planet[279] = (4*Math.PI/3)*Math.pow((140.69/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 102  */
        /*
        102a P 86.0 23 11 2 -0.9824E-10 11
        102b P 2.661464 0.253054 5.1605 210.5598 146.4651 319.9977 0.003961094 47800.
        102c P 2.661464 0.253058 5.1527 210.7509 146.1451 177.7016 0.003961094 44000.
        Note: Use C density.
        */
        mu_planet[280] = (4*Math.PI/3)*Math.pow((83.0/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 56  */
        /*
        56a P 117.0 23 11 2 -0.9466E-10 8
        56b P 2.597899 0.235154 8.0795 193.0193 103.5192 225.2050 0.004107447 47800.
        56c P 2.597899 0.235081 8.0750 193.2235 103.1969 51.0334 0.004107447 44000.
        Note: Use C density.
        */
        mu_planet[281] = (4*Math.PI/3)*Math.pow((113.24/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 154  */
        /*
        154a l 192.0 25 12 4 0.1379E-10 12 amp 0.10 radians
        154b l 3.184101 0.090906 21.0905 36.4312 161.1034 221.5593 0.003026917 47800.
        154c l 3.184101 0.091075 21.0912 36.6095 160.4010 283.0511 0.003026917 44000.
        Note: Use C density.
        */
        mu_planet[282] = (4*Math.PI/3)*Math.pow((184.93/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 83  */
        /*
        83a X 84.2 19 9 2 0.4494E-11 6
        83b l 2.431448 0.083399 4.9738 27.3206 167.4002 303.7211 0.004536566 47800.
        83c l 2.431448 0.083398 4.9764 27.4266 167.1411 36.1549 0.004536566 44000.
        Note: Use M density.
        */
        mu_planet[283] = (4*Math.PI/3)*Math.pow((81.37/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 328  */
        /*
        328a S 47.0 25 12 3 0.2114E-10 11
        328b S 3.106729 0.114078 16.1064 352.0612 104.1349 1.0798 0.003140666 47800.
        328c S 3.106729 0.114302 16.1075 352.2713 103.8022 37.4040 0.003140666 44000.
        */
        mu_planet[284] = (4*Math.PI/3)*Math.pow((122.92/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 769  */
        /*
        769a l 102.0 25 12 5 -0.1514E-09 10 amp 0.19 radians
        769b l 3.182290 0.172720 7.4090 39.0941 249.3828 199.8215 0.003029090 47800.
        769c l 3.182290 0.172426 7.4213 39.4255 248.5799 260.7875 0.003029090 44000.
        Note: Use C density.
        */
        mu_planet[285] = (4*Math.PI/3)*Math.pow((106.44/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 181  */
        /*
        181a S 107.0 25 12 3 0.3986E-09 12
        181b S 3.127583 0.208255 18.7892 143.2954 315.5179 92.9843 0.003109238 47800.
        181c S 3.127583 0.208777 18.7697 143.5116 315.1086 136.2219 0.003109238 44000.
        Note: Use S density.
        */
        mu_planet[286] = (4*Math.PI/3)*Math.pow((106.0/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 221  */
        /*
        221a S 110.0 25 12 3 -0.3992E-10 9
        221b S 3.012371 0.100804 10.8775 141.6156 193.3278 19.1768 0.003289309 47800.
        221c S 3.012371 0.100728 10.8745 141.7929 192.9640 23.2018 0.003289309 44000.
        Note: Use S density.
        */
        mu_planet[287] = (4*Math.PI/3)*Math.pow((103.87/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 491  */
        /*
        491a l 101.0 25 12 4 0.1374E-09 8
        491b l 3.194166 0.076199 18.8761 175.0889 237.7399 36.0534 0.003012637 47800.
        491c l 3.194166 0.076120 18.8735 175.2715 237.3360 100.3515 0.003012637 44000.
        Note: Use C density.
        */
        mu_planet[288] = (4*Math.PI/3)*Math.pow((97.29/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 349  */
        /*
        349a R 143.0 25 12 2 -0.6220E-10 7
        349b R 2.924746 0.088765 8.2529 32.1497 345.1530 176.9808 0.003438303 47800.
        349c R 2.924746 0.088776 8.2567 32.3218 344.8422 148.5186 0.003438303 44000.
        Note: Use S density.
        */
        mu_planet[289] = (4*Math.PI/3)*Math.pow((139.77/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 148  */
        /*
        148a G 104.0 21 10 2 -0.3709E-10 5
        148b G 2.771288 0.186139 25.3112 144.7082 252.1076 217.5770 0.003728246 47800.
        148c G 2.771288 0.185982 25.3127 144.8378 251.9889 125.8376 0.003728246 44000.
        Note: Use C density.
        */
        mu_planet[290] = (4*Math.PI/3)*Math.pow((97.73/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 704  */
        /*
        704a F 333.0 25 12 3 -0.2354E-11 9
        704b F 3.060959 0.150914 17.3017 280.1986 93.5841 274.7367 0.003211475 47800.
        704c F 3.060959 0.150942 17.3012 280.4040 93.3429 295.5576 0.003211475 44000.
        Note: Use C density.
        */
        mu_planet[291] = (3.03e-11)*Math.pow(0.01720209895,2);

        /*  Asteroid 595  */
        /*
        595a l 114.0 25 12 4 -0.1097E-09 10
        595b l 3.203090 0.070314 17.8624 24.0383 264.7368 127.6318 0.003000032 47800.
        595c l 3.203090 0.070137 17.8681 24.2317 264.2845 194.7120 0.003000032 44000.
        Note: Use C density.
        */
        mu_planet[292] = (4*Math.PI/3)*Math.pow((109.07/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 213  */
        /*
        213a F 84.6 21 10 2 0.8755E-10 8
        213b F 2.752808 0.145687 6.8050 121.7564 162.1539 244.8247 0.003765526 47800.
        213c F 2.752808 0.145610 6.8020 121.8954 161.8436 145.1507 0.003765526 44000.
        Note: Use C density.
        */
        mu_planet[293] = (4*Math.PI/3)*Math.pow((83.01/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 419  */
        /*
        419a F 133.0 25 12 3 0.1625E-11 11
        419b F 2.594105 0.253961 3.9400 229.0779 43.1822 146.6486 0.004116377 47800.
        419c F 2.594105 0.253852 3.9404 229.2821 42.8205 330.5722 0.004116377 44000.
        Note: Use C density.
        */
        mu_planet[294] = (4*Math.PI/3)*Math.pow((129.01/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 335  */
        /*
        335a F 93.6 19 9 3 0.3196E-10 9 amp 0.14 radians
        335b F 2.475089 0.175210 5.1143 147.8270 141.1683 26.2078 0.004417055 47800.
        335c F 2.475089 0.175143 5.1104 147.9467 140.9108 144.6469 0.004417055 44000.
        Note: Use C density.
        */
        mu_planet[295] = (4*Math.PI/3)*Math.pow((89.07/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 114  */
        /*
        114a T 103.0 23 11 2 -0.8488E-11 11
        114b T 2.676692 0.137633 4.9381 163.8909 351.7829 151.7673 0.003927339 47800.
        114c T 2.676692 0.137698 4.9341 164.0267 351.4548 16.8836 0.003927339 44000.
        Note: Use C density.
        */
        mu_planet[296] = (4*Math.PI/3)*Math.pow((99.64/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 233  */
        /*
        233a T 108.0 23 11 2 -0.6559E-11 6
        233b T 2.660136 0.100533 7.6762 221.7329 125.0060 72.4481 0.003964168 47800.
        233c T 2.660136 0.100515 7.6730 221.8923 124.7526 289.4478 0.003964168 44000.
        Note: Use C density.
        */
        mu_planet[297] = (4*Math.PI/3)*Math.pow((102.78/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 498  */
        /*
        498a M 84.8 23 11 3 0.4882E-11 11
        498b M 2.650721 0.223635 9.5195 97.1072 240.4030 100.9035 0.003985255 47800.
        498c M 2.650721 0.223547 9.5235 97.2616 240.1326 313.3340 0.003985255 44000.
        */
        mu_planet[298] = (4*Math.PI/3)*Math.pow((82.75/2),3)*5.3E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 914  */
        /*
        914a C 79.0 19 9 3 0.1460E-10 9
        914b C 2.455616 0.214613 25.3016 255.4301 47.9549 83.4793 0.004469953 47800.
        914c C 2.455616 0.214317 25.3077 255.5305 47.8096 190.3084 0.004469953 44000.
        */
        mu_planet[299] = (4*Math.PI/3)*Math.pow((76.61/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 44  */
        /*
        44a E 73.3 17 8 2 -0.5794E-10 6
        44b E 2.422790 0.150144 3.7102 131.1001 342.6200 141.3373 0.004560892 47800.
        44c E 2.422790 0.150199 3.7084 131.1814 342.4189 228.4417 0.004560892 44000.
        Note: Use S density.
        */
        mu_planet[300] = (4*Math.PI/3)*Math.pow((70.64/2),3)*2.7E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 790  */
        /*
        790a PC 176.0 25 12 4 0.8889E-09 12
        790b P 3.399097 0.159855 20.5953 251.7767 39.9603 348.3076 0.002744007 47800.
        790c P 3.399097 0.159101 20.6065 252.0452 39.3935 111.1700 0.002744007 44000.
        */
        mu_planet[301] = (4*Math.PI/3)*Math.pow((170.37/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 76  */
        /*
        76a CP 190.0 25 12 5 0.3676E-09 12 amp 0.14 radians
        76b C 3.398566 0.178583 2.1068 205.8920 250.7092 29.3305 0.002743563 47800.
        76c C 3.398566 0.179085 2.0992 206.7637 249.1486 152.6800 0.002743563 44000.
        */
        mu_planet[302] = (4*Math.PI/3)*Math.pow((183.66/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 420  */
        /*
        420a P 146.0 25 12 4 0.5456E-09 11
        420b P 3.418054 0.033180 6.6788 243.4625 206.1543 159.7230 0.002720722 47800.
        420c P 3.418054 0.033436 6.6744 243.8922 205.3746 287.7063 0.002720722 44000.
        Note: Use C density.
        */
        mu_planet[303] = (4*Math.PI/3)*Math.pow((141.25/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 106  */
        /*
        106a G 147.0 25 12 4 0.3574E-09 9 amp 0.14 radians
        106b G 3.171169 0.170549 4.6078 61.9103 332.8615 131.1147 0.003045058 47800.
        106c G 3.171169 0.170638 4.6103 62.1053 332.2824 188.5169 0.003045058 44000.
        Note: Use C density.
        */
        mu_planet[304] = (4*Math.PI/3)*Math.pow((146.59/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 130  */
        /*
        130a G 189.0 25 12 3 -0.6656E-10 11
        130b G 3.117815 0.214473 22.8648 145.1217 235.8506 173.9108 0.003124055 47800.
        130c G 3.117815 0.214056 22.8741 145.3082 235.5820 213.8113 0.003124055 44000.
        Note: Use C density.
        */
        mu_planet[305] = (4*Math.PI/3)*Math.pow((182.27/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 13  */
        /*
        13a G 215.0 19 9 2 0.6090E-10 6
        13b G 2.576332 0.086443 16.5167 42.8718 79.6666 134.1173 0.004159304 47800.
        13c G 2.576332 0.086493 16.5189 42.9927 79.4748 308.6080 0.004159304 44000.
        Note: Use C density.
        */
        mu_planet[306] = (4*Math.PI/3)*Math.pow((207.64/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 87  */
        /*
        87a PC 271.0 25 12 3 -0.1507E-08 11
        87b P 3.485221 0.088342 10.8699 73.1223 268.5010 252.9191 0.002642460 47800.
        87c P 3.485221 0.088192 10.8748 73.4633 267.9848 37.7676 0.002642460 44000.
        */
        mu_planet[307] = (7.43e-12)*Math.pow(0.01720209895,2);

        /*  Asteroid 51  */
        /*
        51a C 153.0 17 8 2 0.1395E-12 6
        51b C 2.365692 0.066664 9.9722 175.5970 1.9177 51.2332 0.004727110 47800.
        51c C 2.365692 0.066679 9.9699 175.6975 1.6704 102.1747 0.004727110 44000.
        */
        mu_planet[308] = (4*Math.PI/3)*Math.pow((147.86/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 773  */
        /*
        773a D 99.1 25 12 2 -0.4249E-10 7
        773b D 2.857904 0.080319 16.6858 322.0854 332.7508 20.0526 0.003559856 47800.
        773c D 2.857904 0.080346 16.6868 322.2433 332.4523 325.1275 0.003559856 44000.
        Note: Use C density.
        */
        mu_planet[309] = (4*Math.PI/3)*Math.pow((95.88/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

        /*  Asteroid 336  */
        /*
        336a D  72.0 16 7 2 -0.1111E-10 7
        336b D 2.251821 0.095178 5.6488 234.6182 30.7736 346.0310 0.005090242 47800.
        336c D 2.251821 0.095135 5.6475 234.7283 30.5598 317.8669 0.005090242 44000.
        Note: Use C density.
        */
        mu_planet[310] = (4*Math.PI/3)*Math.pow((69.30/2),3)*1.34E+12*Math.pow(0.01720209895,2)/1.9891E+30;

-----------------