Deleted from the muon block. 
May be resurrected, if usefulness at least doubtful.

XTRAM    1  mu_x_tra(i)         R*4:16:[-500.,500.]     x coordinate where track 
                                                  vector defined,Q(LPMUO+25) 
YTRAM    1  mu_y_tra(i)         R*4:16:[-500.,500.]     y coordinate where track 
                                                  vector defined,Q(LPMUO+26) 
ZTRAM    1  mu_z_tra(i)         R*4:16:[-500.,500.]     z coordinate where track 
                                                  vector defined,Q(LPMUO+27)
ISOL0M   1  mu_isol_cells(i)    R*4 ????                isolation (based on cells 
                                                  hit only), Q(LPMUO+28)
ISOL1M   1  mu_isol_neighb(i)   R*4 ????                isolation (based on cells 
                                                  hit+neighbors), Q(LPMUO+29)
ISOL4M   1  mu_isol_cone4(i)    R*4 ????                isolation (based on cone 
                                                  size 0.4), Q(LPMUO+31)
ISOL6M   1  mu_isol_cone6(i)    R*4 ????                isolation (based on cone 
                                                  size 0.6), Q(LPMUO+32)

CONEM    1  mu_CD_cone(i)       R*4:10:[0.,360.]         cone size considered for CD 
                                                  track finding, Q(LPMUO+40)
IMPVGM   1  mu_imp_par_glfit(i) R*4:10:[-999.,30.]         impact parameter after global
                                                  fit ,Q(LPMUO+42)
TRG1M_  2  mu_trig1(i)     U*4                           trigger 1, IQ(LPMUO+48)
TRG2M_  2  mu_trig2(i)     U*4                           trigger 2, IQ(LPMUO+49)
TRG3M_  2  mu_trig3(i)     U*4                           trigger 3, IQ(LPMUO+50)
TRG4M_  2  mu_trig4(i)     U*4                           trigger 4, IQ(LPMUO+51)
IMPCBM   1  mu_imp_bend_glob(i) R*4:14:[-100.,100.]          impact parameter, bend view
                                                      , incl. CD,Q(LPMUO+58)
IMPCNM   1  mu_imp_nonbend_glob(i) R*4:14:[-100.,100.]       impact parameter, nonbend 
                                                    view, incl. CD, Q(LPMUO+59)

ENEM0M   1  mu_em_hit(i)    R*4:16:[0.,1000.]             EM energy in cells 
                                                       supposedly hit by muon,
                                                       Q(LPMUO+78) 
ENEM1M   1  mu_em_1neighb(i) R*4:16:[-10.,1000.]            hit cells and 1 nearest 
                                                     neighbors, Q(LPMUO+79)
ENEM2M   1  mu_em_2neighb(i) R*4:16:[-10.,1000.]            hit cells and 2 nearest 
                                                     neighbors, Q(LPMUO+80)
ENEM4M   1  mu_em_4neighb(i) R*4:16:[-10.,1000.]            hit cells and 4 nearest 
                                                     neighbors, Q(LPMUO+81)
ENEM6M   1  mu_em_6neighb(i) R*4:16:[-10.,1000.]            hit cells and 6 nearest 
                                                     neighbors, Q(LPMUO+82)
ENEB0M   1  mu_e_hit_opp(i) R*4:16:[-10.,1000.]             Total energy in hit cells 
                                                   on opposite side Q(LPMUO+86)
ENEB1M   1  mu_e_1neighb_opp(i) R*4:16:[-10.,1000.]         Total E (in cells hit + 1 
                                                    neighbor) opp side, 
                                                    Q(LPMUO+87)
ENEB3M   1  mu_e_3neighb_opp(i) R*4:16:[-10.,1000.]         Total E (in cells hit + 3 
                                                     neighbor)opp side  ,
                                                     Q(LPMUO+89)
E6CM     1  mu_e6c(i)           R*4 ?????                   ?????
E7CM     1  mu_e7c(i)           R*4 ?????                   ?????
E8CM     1  mu_e8c(i)           R*4 ?????                   ?????
ET6CM    1  mu_et6c(i)          R*4 ?????                   ?????
ET7CM    1  mu_et7c(i)          R*4 ?????                   ?????
ET8CM    1  mu_et8c(i)          R*4 ?????                   ?????
TKNMU    1  mu_trkno(i)         I*4:10                      associated track number  
EEMM     1  mu_eEM_muon(i)             R*4:12:[0.,1000.] ????       ?????
EFHM     1  mu_eFH_muon(i)             R*4:12:[-100.,1000.] ????       ?????
ECHM     1  mu_eCH_muon(i)             R*4:12:[0.,1000.] ????       ?????
TRESM    1  mu_resid(i)      R*4:12:[0.,20.]        RMS of residuals,  Q(LPMUO+91)
TRESVM   1  mu_resid_vert(i) R*4:12:[0.,20.]        RMS of residuals, 
                                             vertex constrained fit Q(LPMUO+91)
EN3M     1  mu_e_3x3(i)      R*4:16:[0,1000.]       total calorimeter energy found 
                                              in 3x3 tower, Q(LPMUO+97)
EFRCHM   1  mu_en_fract_CH(i) R*4:10:[0,1.]          fraction of energy in last layer
                                               Q(LPMUO+98)
LYRM     1  mu_lat_layer(i)  U*4:5                  layer number at which the muon 
                                              seems to emerge from a
                                             region of higher energy deposition
                                              (the 'jet') Q(LPMUO+99)
ECHI2M   1  mu_e_chi2_tail(i) R*4:14:[0,100.]       an energy chi square of the track
                                              summed over all
                                              layers after the muon emerges 
                                              from the 'jet',Q(LPMUO+100)