verify_Qv_GSC_HM_2003.i01                         ! card 1.1 IFILE_DUMMY = copy of input filename       [255 char]
verify_Qv_GSC_HM_2003.o01                         ! card 1.2 OFILE  = output text filename              [255 char]
CASK_SPUDPEN                                      ! card 1.3 CPROG  = program name = "ISO_19905_1"      [020 char]
run1 - Houlsby and Martin GSC_METHOD = 1          ! card 1.4 RTITLE1 = run title, line1                 [132 char]
verify_Qv_GSC_ISO_19905-1_(r26).xmcd              ! card 1.5 RTITLE2 = run title, line2                 [132 char]
 ztip=D=3.0m,B=6m  > Nc0=7.80 Qv_GSC=1995kN       ! card 1.6 PTITLE = project title                     [132 char]
CASK_SPUDPEN                                      ! card 1.7 PROJNO = report/project number             [132 char]
SKA/SPE/004                                       ! card 1.8 LOCATN = location name                     [030 char]


! GMDATA: read in GROUND MODEL data cards 2.*
 1                            ! card 2.1 NUM_GM [1 number]
NC clay, su=2+1.5z            ! card 2.2 GMTITLE [132 char]
 1                            ! card 2.3 NUM_SL [1 number]
                              ! cards 2.4 ZTOP, BDEN_TOP, BDEN_BOT, SU_TOP, SU_BOT, PHI_DEG [NUM_SL cards, 6 numbers per row]
	                            ! card 2.5 ZBOT [1 number]
! z    gsub   gsub   su     su    phi
!      _top   _bot   _top   _bot  _deg
  0.0   7.0    7.0    2.0   24.5  0   NC clay, su=2+1.5z
 15.0                                 EOB


! SPFDAT: read in SPUDCAN FOUNDATION GEOMETRY - cards 3.*
B = 6m                        ! card 3.1 JU_NAME [132 char]
circular                      ! card 3.2 SP_SHAPE [20 char]
 90.0e3  10.e3                ! card 3.3 PMAX_LEG, PSTILL_LEG [kN]
 1                            ! card 3.4 ISP_VOL [1 number]
                              !          ISP_VOL = 1: use SP_VOL_TOTAL
                              !          ISP_VOL = 2: calculate SP_VOL_TOTAL from spudcan geometry data
 34.34                        ! card 3.5 SP_VOL_TOTAL [m^3]
 1                            ! card 3.6 NSP_BH [1 number]
                              ! cards 3.7 SPB, SPH [NSP_BH rows, 2 numbers per row]
                              ! SP_B: spudcan width B [m], SP_H: height above spudcan tip [m]
                              ! work upwards from tip
! sp_B  sp_H
  6.0  0.0    flat_bottomed, B=6m


! SSIDAT: read in SPUDCAN -SOIL INTERACTION DATA - cards 4.*
 1                            ! card 4.1 NUM_METH [1 number]
! INPUT CARD 4.2 NUM_METH TIMES
                              ! METHOD_GSC = 1: Houlsby and Martin (2003)
                              ! METHOD_GSC = 2: Skempton (1951)
                              ! METHOD_GSC = 3: Hossain et al. (2006)
                              ! METHOD_SQC = 1: Brown and Meyerhof (1969)
                              ! METHOD_PTS = 1: PTS>clay: Young and Focht (1985)
                              !                 PTS>sand: Young and Focht (1985)
                              ! METHOD_PTS = 2: PTS>clay: Hannah and Meyerhof (1980)
                              ! METHOD_PTC = 1: Brown and Meyerhof (1969)
 1  1  1  1                   ! card 4.2 METHOD_GSC, METHOD_SQC, METHOD_PTS, METHOD_PTC [4 numbers]
 1  1                         ! card 4.3 I_BF I_SQC [2 numbers]
 0.6                          ! card 4.4 SP_ALPHA [1 number]


! RESDAT: read in SPUDCAN RESISTANCE DATA - cards 5.*
 0.25  0.50                   ! card 5.1 ALPHA_B_TAN_PHI, ALPHA_B_SU [2 numbers]
 5.0  0.33  1.5               ! card 5.2 A_SQ, B_SQ, R_SQ [3 numbers]
 1                            ! card 5.3 NUM_N_S [1 number]
 3.0  4.0  5.0                ! card 5.4 V_N_S [NUM_N_S numbers]

! S__OUT: read in OUTPUT FILE (OFILE) CONTROL DATA cards 6.*
 2                            ! card 6.1 IOUTD [1 number]
  3.0  3.0                    ! card 6.2 Z_TIP_OUTD_MIN, Z_TIP_OUTD_MAX [2 numbers]
-------------- end of data input for CASK_SPUDPEN version 00.01