TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 TRISOSCAL VERSION 3.20 ORIGINATOR: E.E. ROSKAM, UNIVERSITY OF NIJMEGEN, THE NETHERLANDS. +-------------------------------------------------------------------------------------------+ | | | M D S (X) PROGRAMS | | | | AN INTEGRATED SERIES OF MULTIDIMENSIONAL SCALING PROGRAMS WITH A COMMON COMMAND | | LANGUAGE. | | | | PROGRAMS AND SUPPORTING DOCUMENTATION OTHER ENQUIRIES SHOULD | | ARE DISTRIBUTED FROM BE ADDRESSED TO | | | | MDS(X) PROJECT, MDS(X) PROJECT, | | PROGRAM LIBRARY UNIT, SOCIOLOGICAL RESEARCH UNIT, | | UNIVERSITY OF EDINBURGH, UNIVERSITY COLLEGE, | | 18 BUCCLEUCH PLACE, P.O. BOX 78, | | EDINBURGH EH8 9LN, CARDIFF CF1 1XL, | | U.K. U.K. | | | | USERS ARE EXPECTED TO CITE THE PROGRAM ORIGINATOR AND THE MDS(X) SERIES WHEN | | PUBLISHING RESULTS. | | | +-------------------------------------------------------------------------------------------+ 1. RUN NAME TRISOSCAL OF M208 2. PARAMETERS DATA TYPE(1) STRESS(0), ORDER(1) 3. MINKOW(2.0) 4. DIMENSIONS 3 TO 2 5. PUNCH SPSS,STRESS,FINAL 6. PRINT DISTANCES(2) FITTED VALUES (3,2) FINAL ,INITAL(2) 7. HISTORY 8. PLOT FINAL , INITIAL(2) STRESS ,SHEPARD, RESIDUALS 9. POINT, 10. NO OF POINTS 13 11. NO OF TRIADS 52 12. ITERATIONS 100 13. INPUT FORMAT (19X,3I3,2X,3I3,2X,3I3,2X,3I3,2X,3I3) 14. READ MATRIX 15. COMPUTE INPUT TRIADS ASSUMED COMPLETE COMPARISONS (TB) TRISOSCAL OF M208 TASK NUMBER 1 DIMENSIONALITY OF SOLUTION IS 3 * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * DSTAR IS USED SOFT SQUEEZE SFORM 1 # ANGLE FACTOR IS USED ITER GRAD.ANGLE STR.WITHIN,DHAT STR.BETW,DHAT LOC.STRESS,DHAT STR.WITHIN,DSTAR STR.BETW,DSTAR COEFF.ALIEN,DSTAR 0 0.53039E-01 0.50862E-01 0.73486E-01 0.10448E+00 0.98595E-01 0.14329E+00 0.00000E+00 0.83146E-01 0.13407E+00 0.89605E+00 # 0.69304E-01 0.12546E+00 0.21339E+00 # 0.66863E-01 0.12468E+00 0.70221E+00 # 0.65085E-01 0.12335E+00 0.74745E+00 # 0.64649E-01 0.12356E+00 0.42858E+00 # 0.64101E-01 0.12287E+00 0.22875E+00 # 0.64110E-01 0.12306E+00 0.69721E+00 # 0.63971E-01 0.12292E+00 1 0.35230E-01 0.27431E-01 0.44650E-01 0.69919E-01 0.53376E-01 0.87878E-01 0.22704E+00 0.49646E-01 0.85904E-01 0.90412E+00 # 0.47419E-01 0.84556E-01 -0.42106E-01 # 0.47141E-01 0.84487E-01 0.63481E+00 # 0.46992E-01 0.84353E-01 0.81067E+00 # 0.46960E-01 0.84392E-01 0.60892E+00 # 0.46874E-01 0.84273E-01 2 0.30719E-01 0.24081E-01 0.39032E-01 0.60951E-01 0.46473E-01 0.76591E-01 0.10620E+00 0.44937E-01 0.75825E-01 0.87390E+00 # 0.43935E-01 0.75196E-01 0.29922E+00 # 0.43811E-01 0.75163E-01 0.77400E+00 # 0.43684E-01 0.75057E-01 0.82202E+00 # 0.43675E-01 0.75107E-01 3 0.28440E-01 0.22530E-01 0.36283E-01 0.56364E-01 0.43417E-01 0.71102E-01 0.48412E+00 0.42297E-01 0.70548E-01 0.86692E+00 # 0.41561E-01 0.70080E-01 0.35689E+00 # 0.41463E-01 0.70051E-01 0.80413E+00 # 0.41344E-01 0.69954E-01 0.82157E+00 # 0.41338E-01 0.70000E-01 4 0.26578E-01 0.21378E-01 0.34109E-01 0.52578E-01 0.41241E-01 0.66785E-01 0.45269E+00 0.40311E-01 0.66316E-01 0.86896E+00 # 0.39689E-01 0.65916E-01 0.35898E+00 # 0.39607E-01 0.65890E-01 0.81323E+00 # 0.39500E-01 0.65803E-01 0.82550E+00 # 0.39493E-01 0.65843E-01 5 0.24950E-01 0.20350E-01 0.32197E-01 0.49254E-01 0.39313E-01 0.62989E-01 0.43765E+00 0.38499E-01 0.62567E-01 0.87384E+00 # 0.37943E-01 0.62207E-01 0.34548E+00 # 0.37870E-01 0.62182E-01 0.81604E+00 # 0.37773E-01 0.62105E-01 0.83298E+00 # 0.37765E-01 0.62137E-01 6 0.23459E-01 0.19377E-01 0.30427E-01 0.46268E-01 0.37550E-01 0.59561E-01 0.42925E+00 0.36812E-01 0.59168E-01 0.87893E+00 # 0.36300E-01 0.58834E-01 0.32573E+00 # 0.36232E-01 0.58810E-01 0.81655E+00 # 0.36143E-01 0.58739E-01 0.84479E+00 # 0.36133E-01 0.58765E-01 7 0.22074E-01 0.18436E-01 0.28760E-01 0.43555E-01 0.35903E-01 0.56423E-01 0.42440E+00 0.35218E-01 0.56048E-01 0.88324E+00 # 0.34739E-01 0.55734E-01 0.31159E+00 # 0.34674E-01 0.55708E-01 0.81588E+00 # 0.34590E-01 0.55642E-01 0.85773E+00 # 0.34576E-01 0.55663E-01 8 0.20771E-01 0.17508E-01 0.27166E-01 0.41045E-01 0.34275E-01 0.53454E-01 0.42205E+00 0.33632E-01 0.53094E-01 0.88700E+00 # 0.33178E-01 0.52795E-01 0.30296E+00 # 0.33113E-01 0.52767E-01 0.81459E+00 # 0.33033E-01 0.52705E-01 0.87042E+00 # 0.33015E-01 0.52720E-01 9 0.19541E-01 0.16595E-01 0.25636E-01 0.38695E-01 0.32650E-01 0.50613E-01 0.41819E+00 0.32038E-01 0.50262E-01 0.88982E+00 # 0.31608E-01 0.49978E-01 0.29122E+00 # 0.31543E-01 0.49948E-01 0.81100E+00 # 0.31467E-01 0.49890E-01 0.88534E+00 # 0.31446E-01 0.49900E-01 10 0.18378E-01 0.15703E-01 0.24173E-01 0.36485E-01 0.30948E-01 0.47829E-01 0.41635E+00 0.30389E-01 0.47504E-01 0.88845E+00 # 0.29996E-01 0.47245E-01 0.31308E+00 # 0.29933E-01 0.47214E-01 0.80957E+00 # 0.29862E-01 0.47161E-01 0.89636E+00 # 0.29839E-01 0.47166E-01 11 0.17320E-01 0.14889E-01 0.22840E-01 0.34430E-01 0.29380E-01 0.45250E-01 0.42716E+00 0.28906E-01 0.44973E-01 0.88661E+00 # 0.28568E-01 0.44749E-01 0.34780E+00 # 0.28509E-01 0.44719E-01 0.81497E+00 # 0.28443E-01 0.44669E-01 0.89856E+00 # 0.28421E-01 0.44673E-01 12 0.16404E-01 0.14231E-01 0.21716E-01 0.32549E-01 0.28116E-01 0.43000E-01 0.42931E+00 0.27697E-01 0.42753E-01 0.88720E+00 # 0.27393E-01 0.42551E-01 0.35714E+00 # 0.27338E-01 0.42522E-01 0.81762E+00 # 0.27277E-01 0.42476E-01 0.90187E+00 # 0.27256E-01 0.42478E-01 13 0.15616E-01 0.13640E-01 0.20734E-01 0.30840E-01 0.26985E-01 0.40970E-01 0.42951E+00 0.26599E-01 0.40739E-01 0.88699E+00 # 0.26319E-01 0.40551E-01 0.36812E+00 # 0.26266E-01 0.40522E-01 0.81898E+00 # 0.26208E-01 0.40479E-01 0.90495E+00 # 0.26188E-01 0.40480E-01 14 0.14956E-01 0.13086E-01 0.19872E-01 0.29321E-01 0.25894E-01 0.39111E-01 0.43139E+00 0.25546E-01 0.38899E-01 0.88239E+00 # 0.25294E-01 0.38730E-01 0.40232E+00 # 0.25243E-01 0.38702E-01 0.82203E+00 # 0.25188E-01 0.38661E-01 0.90329E+00 # 0.25169E-01 0.38661E-01 15 0.14402E-01 0.12630E-01 0.19156E-01 0.28018E-01 0.24909E-01 0.37483E-01 0.41510E+00 0.24603E-01 0.37296E-01 0.87151E+00 # 0.24392E-01 0.37154E-01 0.44855E+00 # 0.24346E-01 0.37127E-01 0.82291E+00 # 0.24296E-01 0.37091E-01 0.89608E+00 # 0.24280E-01 0.37090E-01 16 0.13869E-01 0.12384E-01 0.18593E-01 0.26815E-01 0.24250E-01 0.36148E-01 0.37667E+00 0.23991E-01 0.35988E-01 0.85785E+00 # 0.23825E-01 0.35875E-01 0.48383E+00 # 0.23786E-01 0.35853E-01 0.82197E+00 # 0.23746E-01 0.35822E-01 0.88579E+00 # 0.23734E-01 0.35823E-01 17 0.13443E-01 0.12184E-01 0.18142E-01 0.25984E-01 0.23777E-01 0.35216E-01 0.33892E+00 0.23561E-01 0.35083E-01 0.84292E+00 # 0.23434E-01 0.34995E-01 0.51347E+00 # 0.23403E-01 0.34977E-01 18 0.13190E-01 0.11969E-01 0.17811E-01 0.25525E-01 0.23311E-01 0.34563E-01 0.99510E-01 0.23127E-01 0.34451E-01 0.83195E+00 # 0.23024E-01 0.34380E-01 0.54687E+00 # 0.22997E-01 0.34364E-01 19 0.12970E-01 0.11773E-01 0.17517E-01 0.25156E-01 0.22889E-01 0.34006E-01 0.12479E+00 0.22726E-01 0.33909E-01 0.82699E+00 # 0.22637E-01 0.33846E-01 0.55664E+00 # 0.22613E-01 0.33833E-01 20 0.12770E-01 0.11587E-01 0.17244E-01 0.24842E-01 0.22497E-01 0.33510E-01 0.13776E+00 0.22351E-01 0.33423E-01 0.82478E+00 # 0.22270E-01 0.33367E-01 0.56402E+00 # 0.22248E-01 0.33355E-01 21 0.12593E-01 0.11400E-01 0.16987E-01 0.24505E-01 0.22134E-01 0.33017E-01 0.15463E+00 0.22001E-01 0.32939E-01 0.82471E+00 # 0.21927E-01 0.32887E-01 0.57423E+00 # 0.21907E-01 0.32876E-01 22 0.12450E-01 0.11203E-01 0.16749E-01 0.24244E-01 0.21755E-01 0.32569E-01 0.16731E+00 0.21636E-01 0.32500E-01 0.82577E+00 # 0.21567E-01 0.32453E-01 0.57328E+00 # 0.21550E-01 0.32443E-01 23 0.12315E-01 0.11022E-01 0.16527E-01 0.23999E-01 0.21412E-01 0.32158E-01 0.18855E+00 0.21302E-01 0.32095E-01 0.82854E+00 # 0.21235E-01 0.32049E-01 0.57916E+00 # 0.21220E-01 0.32041E-01 24 0.12182E-01 0.10852E-01 0.16315E-01 0.23759E-01 0.21094E-01 0.31768E-01 0.21137E+00 0.20990E-01 0.31709E-01 0.83169E+00 # 0.20925E-01 0.31663E-01 0.59036E+00 # 0.20909E-01 0.31655E-01 25 0.12052E-01 0.10689E-01 0.16109E-01 0.23522E-01 0.20793E-01 0.31391E-01 0.23584E+00 0.20693E-01 0.31334E-01 0.83507E+00 # 0.20628E-01 0.31289E-01 0.60344E+00 # 0.20612E-01 0.31281E-01 26 0.11919E-01 0.10536E-01 0.15908E-01 0.23279E-01 0.20511E-01 0.31022E-01 0.25819E+00 0.20416E-01 0.30968E-01 0.83780E+00 # 0.20350E-01 0.30923E-01 0.61756E+00 # 0.20334E-01 0.30915E-01 27 0.11775E-01 0.10408E-01 0.15715E-01 0.23012E-01 0.20280E-01 0.30669E-01 0.27529E+00 0.20192E-01 0.30620E-01 0.83789E+00 # 0.20130E-01 0.30577E-01 0.63752E+00 # 0.20114E-01 0.30569E-01 28 0.11639E-01 0.10290E-01 0.15535E-01 0.22758E-01 0.20066E-01 0.30337E-01 0.31156E+00 0.19982E-01 0.30290E-01 0.84064E+00 # 0.19919E-01 0.30247E-01 0.65457E+00 # 0.19902E-01 0.30238E-01 29 0.11517E-01 0.10160E-01 0.15359E-01 0.22533E-01 0.19828E-01 0.30012E-01 0.33058E+00 0.19751E-01 0.29969E-01 0.83959E+00 # 0.19691E-01 0.29928E-01 0.67513E+00 # 0.19675E-01 0.29919E-01 30 0.11418E-01 0.10024E-01 0.15194E-01 0.22353E-01 0.19577E-01 0.29711E-01 0.35555E+00 0.19508E-01 0.29673E-01 0.83593E+00 # 0.19453E-01 0.29636E-01 0.70079E+00 # 0.19437E-01 0.29627E-01 31 0.11329E-01 0.98927E-02 0.15040E-01 0.22194E-01 0.19335E-01 0.29432E-01 0.39408E+00 0.19271E-01 0.29398E-01 0.83474E+00 # 0.19219E-01 0.29362E-01 0.71992E+00 # 0.19203E-01 0.29354E-01 32 0.11246E-01 0.97628E-02 0.14892E-01 0.22048E-01 0.19097E-01 0.29165E-01 0.42015E+00 0.19037E-01 0.29134E-01 0.83432E+00 # 0.18987E-01 0.29100E-01 0.73292E+00 # 0.18972E-01 0.29092E-01 33 0.11168E-01 0.96355E-02 0.14750E-01 0.21912E-01 0.18864E-01 0.28910E-01 0.43822E+00 0.18808E-01 0.28881E-01 0.83395E+00 # 0.18759E-01 0.28849E-01 0.74201E+00 # 0.18744E-01 0.28841E-01 34 0.11095E-01 0.95116E-02 0.14614E-01 0.21785E-01 0.18637E-01 0.28666E-01 0.45140E+00 0.18584E-01 0.28639E-01 0.83344E+00 # 0.18538E-01 0.28608E-01 0.74852E+00 # 0.18523E-01 0.28601E-01 35 0.11026E-01 0.93919E-02 0.14484E-01 0.21667E-01 0.18418E-01 0.28434E-01 0.46994E+00 0.18369E-01 0.28410E-01 0.83504E+00 # 0.18325E-01 0.28380E-01 0.75253E+00 # 0.18311E-01 0.28373E-01 36 0.10964E-01 0.92766E-02 0.14362E-01 0.21560E-01 0.18205E-01 0.28215E-01 0.47447E+00 0.18160E-01 0.28193E-01 0.83408E+00 # 0.18119E-01 0.28165E-01 0.74909E+00 # 0.18106E-01 0.28159E-01 37 0.10907E-01 0.91706E-02 0.14250E-01 0.21463E-01 0.18009E-01 0.28014E-01 0.45768E+00 0.17967E-01 0.27995E-01 0.82610E+00 # 0.17932E-01 0.27971E-01 0.74677E+00 # 0.17920E-01 0.27965E-01 38 0.10881E-01 0.90459E-02 0.14150E-01 0.21404E-01 0.17805E-01 0.27839E-01 0.43492E+00 0.17770E-01 0.27823E-01 0.81061E+00 # 0.17741E-01 0.27803E-01 0.74948E+00 # 0.17731E-01 0.27799E-01 39 0.10875E-01 0.89332E-02 0.14074E-01 0.21370E-01 0.17632E-01 0.27702E-01 0.43052E+00 0.17602E-01 0.27690E-01 0.79310E+00 # 0.17579E-01 0.27674E-01 40 0.10870E-01 0.88746E-02 0.14032E-01 0.21346E-01 0.17548E-01 0.27631E-01 0.79790E+00 0.17523E-01 0.27622E-01 0.78400E+00 # 0.17501E-01 0.27607E-01 41 0.10857E-01 0.88310E-02 0.13995E-01 0.21309E-01 0.17485E-01 0.27561E-01 0.78057E+00 0.17463E-01 0.27554E-01 0.77128E+00 # 0.17443E-01 0.27541E-01 42 0.10850E-01 0.87906E-02 0.13964E-01 0.21283E-01 0.17419E-01 0.27500E-01 0.76577E+00 0.17400E-01 0.27495E-01 43 0.10850E-01 0.87748E-02 0.13954E-01 0.21277E-01 0.17394E-01 0.27479E-01 0.99882E+00 # 0.17438E-01 0.27534E-01 44 0.10852E-01 0.87139E-02 0.13918E-01 0.21263E-01 0.17299E-01 0.27408E-01 0.98552E+00 # 0.17446E-01 0.27541E-01 45 0.10858E-01 0.86256E-02 0.13867E-01 0.21256E-01 0.17155E-01 0.27312E-01 0.98985E+00 # 0.17364E-01 0.27491E-01 46 0.10860E-01 0.85572E-02 0.13826E-01 0.21240E-01 0.17021E-01 0.27216E-01 0.99026E+00 # 0.17255E-01 0.27411E-01 47 0.10870E-01 0.84882E-02 0.13791E-01 0.21265E-01 0.16878E-01 0.27146E-01 0.98085E+00 # 0.17101E-01 0.27333E-01 48 0.10862E-01 0.84567E-02 0.13765E-01 0.21239E-01 0.16806E-01 0.27081E-01 0.94497E+00 # 0.16965E-01 0.27222E-01 49 0.10882E-01 0.84021E-02 0.13748E-01 0.21299E-01 0.16697E-01 0.27061E-01 0.86171E+00 # 0.16771E-01 0.27136E-01 50 0.10862E-01 0.84051E-02 0.13734E-01 0.21243E-01 0.16695E-01 0.27016E-01 0.84257E+00 # 0.16743E-01 0.27071E-01 51 0.10873E-01 0.83790E-02 0.13727E-01 0.21278E-01 0.16643E-01 0.27012E-01 51 MINIMUM * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * LOCAL DHAT IS USED HARD SQUEEZE SFORM 1 # ANGLE FACTOR IS USED ITER GRAD.ANGLE STR.WITHIN,DHAT STR.BETW,DHAT LOC.STRESS,DHAT STR.WITHIN,DSTAR STR.BETW,DSTAR COEFF.ALIEN,DSTAR 51 0.21278E-01 0.16643E-01 0.27012E-01 0.10873E-01 0.83790E-02 0.13727E-01 0.00000E+00 52 0.21254E-01 0.16615E-01 0.26976E-01 0.10866E-01 0.83529E-02 0.13706E-01 0.99803E+00 # 53 0.21155E-01 0.16598E-01 0.26887E-01 0.10820E-01 0.83130E-02 0.13644E-01 0.92560E+00 # 54 0.21091E-01 0.16624E-01 0.26852E-01 0.10782E-01 0.83147E-02 0.13616E-01 0.90175E+00 # 55 0.21062E-01 0.16634E-01 0.26836E-01 0.10762E-01 0.83145E-02 0.13599E-01 0.98141E+00 # 56 0.21031E-01 0.16648E-01 0.26820E-01 0.10739E-01 0.83165E-02 0.13583E-01 0.98897E+00 # 57 0.20990E-01 0.16652E-01 0.26791E-01 0.10715E-01 0.83227E-02 0.13567E-01 0.99440E+00 # 58 0.20952E-01 0.16654E-01 0.26763E-01 0.10693E-01 0.83280E-02 0.13553E-01 0.99641E+00 # 59 0.20921E-01 0.16654E-01 0.26738E-01 0.10674E-01 0.83312E-02 0.13541E-01 0.99707E+00 # 60 0.20894E-01 0.16652E-01 0.26715E-01 0.10658E-01 0.83334E-02 0.13530E-01 0.99785E+00 # 61 0.20870E-01 0.16649E-01 0.26695E-01 0.10644E-01 0.83348E-02 0.13519E-01 0.99833E+00 # 62 0.20849E-01 0.16645E-01 0.26676E-01 0.10632E-01 0.83355E-02 0.13510E-01 0.99868E+00 # 63 0.20830E-01 0.16641E-01 0.26659E-01 0.10621E-01 0.83356E-02 0.13501E-01 0.99896E+00 # 64 0.20813E-01 0.16636E-01 0.26642E-01 0.10610E-01 0.83353E-02 0.13493E-01 0.99917E+00 # 65 0.20797E-01 0.16631E-01 0.26627E-01 0.10601E-01 0.83347E-02 0.13485E-01 65 MINIMUM * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * LOCAL DHAT IS USED HARD SQUEEZE SFORM 1 # ANGLE FACTOR IS USED ITER GRAD.ANGLE STR.WITHIN,DHAT STR.BETW,DHAT LOC.STRESS,DHAT STR.WITHIN,DSTAR STR.BETW,DSTAR COEFF.ALIEN,DSTAR 65 0.20797E-01 0.16631E-01 0.26627E-01 0.10601E-01 0.83347E-02 0.13485E-01 F I N A L C O N F I G U R A T I O N 1 2 3 1 2 3 1 -0.6161 -0.3527 -0.4979 2 -0.6715 -0.3135 -0.0632 3 -1.1972 0.4125 -0.3325 4 -0.3607 -0.7221 0.5691 5 -0.5770 -0.0048 0.2787 6 -0.0413 0.3120 -0.3905 7 0.8093 0.5193 0.4395 8 0.3235 -0.6052 0.1574 9 1.0108 -0.8505 -0.6277 10 -0.4082 0.1921 0.5553 11 0.8217 -0.2313 0.5055 12 0.5145 0.6107 -1.0246 13 0.3921 1.0333 0.4308 MEAN 0.0000 0.0000 0.0000 SIGMA 0.6662 0.5479 0.5060 MATRIX OF DSTAR(AVR.) 1 2 3 4 5 6 7 8 9 10 2 0.45509 3 0.97495 0.94117 4 1.15769 0.82779 1.67340 5 0.82770 0.45509 0.96564 0.82770 6 0.88994 0.92494 1.18407 1.40203 0.93014 7 1.91595 1.81986 2.15255 1.71077 1.46227 1.18407 8 1.15101 1.10654 1.89431 0.80705 1.08044 1.15101 1.25700 9 1.72721 1.78641 2.56079 1.83933 2.01437 1.58573 1.73901 1.08044 10 1.23472 0.82779 1.18052 0.91555 0.37913 1.02158 1.28385 1.13406 2.18444 11 1.75758 1.59997 2.27882 1.29347 1.43496 1.39207 0.73360 0.73360 1.29347 1.23490 12 1.57608 1.82085 1.82698 2.25445 1.84247 0.88994 1.49351 1.68340 1.61348 1.84247 13 1.93217 1.77874 1.88599 1.90929 1.41415 1.17586 0.66199 1.66253 2.18444 1.18577 11 12 12 1.73991 13 1.39288 1.55696 MATRIX OF DHAT(AVR.) 1 2 3 4 5 6 7 8 9 10 2 0.44753 3 0.97495 0.93857 4 1.15769 0.82114 1.67340 5 0.83977 0.46266 0.96564 0.81564 6 0.88764 0.93565 1.17292 1.42428 0.92202 7 1.91595 1.78499 2.15255 1.71077 1.47649 1.19523 8 1.16203 1.08331 1.89431 0.80705 1.08476 1.13999 1.25700 9 1.71677 1.81529 2.56079 1.83203 2.01437 1.58573 1.75923 1.07612 10 1.21926 0.83443 1.19428 0.91555 0.37913 1.02158 1.27492 1.14353 2.15287 11 1.75758 1.59997 2.27882 1.28764 1.43496 1.37480 0.74359 0.72361 1.29929 1.26830 12 1.57608 1.80278 1.84198 2.25445 1.82524 0.89224 1.49491 1.69494 1.60346 1.85969 13 1.94075 1.78226 1.87761 1.91214 1.42119 1.17586 0.66199 1.66253 2.21602 1.17675 11 12 12 1.75663 13 1.36524 1.53872 TRISOSCAL OF M208 TASK NUMBER 1 HISTOGRAM OF LOG RESIDUALS NO 25!*** 24!*** *** 23!*** *** 22!*** *** 21!*** *** 20!*** *** 19!*** *** 18!*** *** 17!*** *** 16!*** *** 15!*** *** 14!*** ****** 13!*** ****** 12!*** ****** 11!*** ****** 10!*** ****** 9!*** ****** 8!*** ****** 7!*** ****** 6!*** ********* 5!*** ************ 4!*** ************ 3!*** *************** 2!*** *************** 1!*** ****************** !!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=! LOG -10.000 -8.519 -7.039 -5.558 -4.078 -2.597 -1.117 ACTUAL 0.000 0.000 0.000 0.000 0.000 0.003 0.076 SHEPARD DIAGRAM =============== TRISOSCAL OF M208 TASK NUMBER 1 SIMILARITY O -- DISTANCES * -- FITTED VALUES 1.020 + * *00* ** * 0* * * ! ! ! ! 0.918 + ! ! ! ! 0.816 + ! ! ! * * 0** * * **0 * *0*** *0* ! 0.714 + ! ! ! ! 0.612 + ! ! ! ! 0.510 + *0 * 0* *0*0 *0*0 0* **0 *0 ! ! ! ! 0.408 + ! ! ! ! 0.306 + ! ! * * ** * ** * *0* *0 * * * *0 ! ! 0.204 + ! ! ! ! 0.102 + ! ! ! !* * * * * * * * * * * +-------+-------+-------+-------+-------+-------+-------+-------+-------+-------+ 0.38 0.60 0.82 1.03 1.25 1.47 1.69 1.91 2.12 2.34 2.56 DISTANCE TRISOSCAL OF M208 TASK NUMBER 1 P O I N T C O N T R I B U T I O N T O S T R E S S O F 0.01060 CONTRIBUTION POINT ==================================================================================================== 0.00216 13!**************************************************************************************************** 0.00162 9!*************************************************************************** 0.00152 11!********************************************************************** 0.00150 12!********************************************************************* 0.00148 10!******************************************************************** 0.00073 6!********************************* 0.00072 8!********************************* 0.00045 7!********************* 0.00031 5!************** 0.00005 2!** 0.00004 4!* 0.00001 3! 0.00000 1! MATRIX OF GLOBAL DHAT 1 2 3 4 5 6 7 8 9 10 2 0.45509 3 0.97495 0.93597 4 1.15769 0.82779 1.67340 5 0.82082 0.45509 0.96564 0.82082 6 0.88994 0.93014 1.18407 1.40203 0.93014 7 1.91595 1.77874 2.15255 1.71077 1.43756 1.18407 8 1.15101 1.14038 1.89431 0.82082 1.08044 1.15101 1.25700 9 1.76945 1.76945 2.56079 1.82473 2.01437 1.58573 1.76945 1.08044 10 1.22442 0.82779 1.14038 0.91555 0.37913 1.02158 1.26599 1.14038 2.18444 11 1.75758 1.59997 2.27882 1.29347 1.43756 1.40203 0.73360 0.73360 1.29347 1.22442 12 1.57608 1.87505 1.87505 2.25445 1.84247 0.88994 1.43756 1.64844 1.64844 1.84247 13 1.87505 1.77874 1.87505 1.87505 1.43756 1.17586 0.66199 1.66253 2.18444 1.22442 11 12 12 1.64844 13 1.43756 1.64844 GLOBAL STRESS1 = 0.26996E-01 GLOBAL STRESS2 = 0.83866E-01 YOUNGS L = 0.84162E-01 TRISOSCAL OF M208 TASK NUMBER 1 FINAL CONFIGURATION DIMENSION 2 PLOTTED AGAINST DIMENSION 1 DIMENSION 2 -100 -90 -80 -70 -60 -50 -40 -30 -20 -10 * 10 20 30 40 50 60 70 80 90 100 .+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+. 1.20 ! ! 100 1.15 ! ! 96 1.10 ! ! 92 1.05 ! 9 ! 88 1.01 ! ! 84 0.96 ! ! 80 0.91 ! ! 76 0.86 ! 11 ! 72 0.81 ! 7 ! 68 0.77 ! ! 64 0.72 ! ! 60 0.67 ! ! 56 0.62 ! ! 52 0.57 ! ! 48 0.53 ! 12 ! 44 0.48 ! ! 40 0.43 ! 13 ! 36 0.38 ! ! 32 0.34 ! 8 ! 28 0.29 ! ! 24 0.24 ! ! 20 0.19 ! ! 16 0.14 ! ! 12 0.10 ! ! 8 0.05 ! ! 4 DIMENSION 1 + -0.05 ! 6 ! -4 -0.10 ! ! -8 -0.14 ! ! -12 -0.19 ! ! -16 -0.24 ! ! -20 -0.29 ! ! -24 -0.34 ! ! -28 -0.38 ! 4 ! -32 -0.43 ! 10 ! -36 -0.48 ! ! -40 -0.53 ! ! -44 -0.57 ! ! -48 -0.62 ! 1 5 ! -52 -0.67 ! ! -56 -0.72 ! 2 ! -60 -0.77 ! ! -64 -0.81 ! ! -68 -0.86 ! ! -72 -0.91 ! ! -76 -0.96 ! ! -80 -1.01 ! ! -84 -1.05 ! ! -88 -1.10 ! ! -92 -1.15 ! ! -96 -1.20 ! 3 !-100 .+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+. -1.20-1.08-0.96-0.84-0.72-0.60-0.48-0.36-0.24-0.12 * 0.12 0.24 0.36 0.48 0.60 0.72 0.84 0.96 1.08 1.20 TRISOSCAL OF M208 TASK NUMBER 1 FINAL CONFIGURATION DIMENSION 3 PLOTTED AGAINST DIMENSION 1 DIMENSION 3 -100 -90 -80 -70 -60 -50 -40 -30 -20 -10 * 10 20 30 40 50 60 70 80 90 100 .+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+. 1.20 ! ! 100 1.15 ! ! 96 1.10 ! ! 92 1.05 ! 9 ! 88 1.01 ! ! 84 0.96 ! ! 80 0.91 ! ! 76 0.86 ! 11 ! 72 0.81 ! 7 ! 68 0.77 ! ! 64 0.72 ! ! 60 0.67 ! ! 56 0.62 ! ! 52 0.57 ! ! 48 0.53 ! 12 ! 44 0.48 ! ! 40 0.43 ! 13 ! 36 0.38 ! ! 32 0.34 ! 8 ! 28 0.29 ! ! 24 0.24 ! ! 20 0.19 ! ! 16 0.14 ! ! 12 0.10 ! ! 8 0.05 ! ! 4 DIMENSION 1 + -0.05 ! 6 ! -4 -0.10 ! ! -8 -0.14 ! ! -12 -0.19 ! ! -16 -0.24 ! ! -20 -0.29 ! ! -24 -0.34 ! ! -28 -0.38 ! 4 ! -32 -0.43 ! 10 ! -36 -0.48 ! ! -40 -0.53 ! ! -44 -0.57 ! ! -48 -0.62 ! 1 5 ! -52 -0.67 ! ! -56 -0.72 ! 2 ! -60 -0.77 ! ! -64 -0.81 ! ! -68 -0.86 ! ! -72 -0.91 ! ! -76 -0.96 ! ! -80 -1.01 ! ! -84 -1.05 ! ! -88 -1.10 ! ! -92 -1.15 ! ! -96 -1.20 ! 3 !-100 .+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+. -1.20-1.08-0.96-0.84-0.72-0.60-0.48-0.36-0.24-0.12 * 0.12 0.24 0.36 0.48 0.60 0.72 0.84 0.96 1.08 1.20 TRISOSCAL OF M208 TASK NUMBER 1 FINAL CONFIGURATION DIMENSION 3 PLOTTED AGAINST DIMENSION 2 DIMENSION 3 -100 -90 -80 -70 -60 -50 -40 -30 -20 -10 * 10 20 30 40 50 60 70 80 90 100 .+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+. 1.20 ! ! 100 1.15 ! ! 96 1.10 ! ! 92 1.05 ! 13 ! 88 1.01 ! ! 84 0.96 ! ! 80 0.91 ! ! 76 0.86 ! ! 72 0.81 ! ! 68 0.77 ! ! 64 0.72 ! ! 60 0.67 ! ! 56 0.62 ! 12 ! 52 0.57 ! ! 48 0.53 ! 7 ! 44 0.48 ! ! 40 0.43 ! 3 ! 36 0.38 ! ! 32 0.34 ! 6 ! 28 0.29 ! ! 24 0.24 ! 10 ! 20 0.19 ! ! 16 0.14 ! ! 12 0.10 ! ! 8 0.05 ! ! 4 DIMENSION 2 + -0.05 ! 5 ! -4 -0.10 ! ! -8 -0.14 ! ! -12 -0.19 ! ! -16 -0.24 ! 11 ! -20 -0.29 ! ! -24 -0.34 ! 2 ! -28 -0.38 ! 1 ! -32 -0.43 ! ! -36 -0.48 ! ! -40 -0.53 ! ! -44 -0.57 ! ! -48 -0.62 ! 8 ! -52 -0.67 ! ! -56 -0.72 ! ! -60 -0.77 ! 4 ! -64 -0.81 ! ! -68 -0.86 ! 9 ! -72 -0.91 ! ! -76 -0.96 ! ! -80 -1.01 ! ! -84 -1.05 ! ! -88 -1.10 ! ! -92 -1.15 ! ! -96 -1.20 ! !-100 .+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+. -1.20-1.08-0.96-0.84-0.72-0.60-0.48-0.36-0.24-0.12 * 0.12 0.24 0.36 0.48 0.60 0.72 0.84 0.96 1.08 1.20 TRISOSCAL OF M208 TASK NUMBER 1 PLOT OFSTRESS BY ITERATION ITERATION STRESS INITIAL STRESS = 0.1045 ==================================================================================================== 1 ! * 0.10448 2 ! * 0.06992 3 ! * 0.06095 4 ! * 0.05636 5 ! * 0.05258 6 ! * 0.04925 7 ! * 0.04627 8 ! * 0.04356 9 ! * 0.04104 10 ! * 0.03870 11 ! * 0.03648 12 ! * 0.03443 13 ! * 0.03255 14 ! * 0.03084 15 ! * 0.02932 16 ! * 0.02802 17 ! * 0.02681 18 ! * 0.02598 19 ! * 0.02552 20 ! * 0.02516 21 ! * 0.02484 22 ! * 0.02451 23 ! * 0.02424 24 ! * 0.02400 25 ! * 0.02376 26 ! * 0.02352 27 ! * 0.02328 28 ! * 0.02301 29 ! * 0.02276 30 ! * 0.02253 31 ! * 0.02235 32 ! * 0.02219 33 ! * 0.02205 34 ! * 0.02191 35 ! * 0.02179 36 ! * 0.02167 37 ! * 0.02156 38 ! * 0.02146 39 ! * 0.02140 40 ! * 0.02137 41 ! * 0.02135 42 ! * 0.02131 43 ! * 0.02128 44 ! * 0.02128 45 ! * 0.02126 46 ! * 0.02126 47 ! * 0.02124 48 ! * 0.02126 49 ! * 0.02124 50 ! * 0.02130 51 ! * 0.02124 52 ! * 0.02128 53 ! * 0.02128 54 ! * 0.02125 55 ! * 0.02115 56 ! * 0.02109 57 ! * 0.02106 58 ! * 0.02103 59 ! * 0.02099 60 ! * 0.02095 61 ! * 0.02092 62 ! * 0.02089 63 ! * 0.02087 64 ! * 0.02085 65 ! * 0.02083 66 ! * 0.02081 67 ! * 0.02080 68 ! * 0.02080 TRISOSCAL OF M208 TASK NUMBER 1 DIMENSIONALITY OF SOLUTION IS 2 I N I T I A L C O N F I G U R A T I O N 1 2 1 -0.8280 -0.0565 2 -0.5620 -0.4026 3 -1.4819 0.6800 4 -0.8545 -0.1767 5 -0.7088 0.2186 6 0.1867 0.2925 7 1.3159 0.4417 8 0.0337 -1.2250 9 0.9921 -1.6519 10 -0.3884 0.2466 11 0.4229 -0.6600 12 1.2723 1.1624 13 0.6002 1.1309 TRISOSCAL OF M208 TASK NUMBER 1 INITIAL CONFIGURATION DIMENSION 2 PLOTTED AGAINST DIMENSION 1 DIMENSION 2 -100 -90 -80 -70 -60 -50 -40 -30 -20 -10 * 10 20 30 40 50 60 70 80 90 100 .+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+. 1.65 ! ! 100 1.59 ! ! 96 1.52 ! ! 92 1.45 ! ! 88 1.39 ! ! 84 1.32 ! 7 12 ! 80 1.26 ! ! 76 1.19 ! ! 72 1.12 ! ! 68 1.06 ! 9 ! 64 0.99 ! ! 60 0.93 ! ! 56 0.86 ! ! 52 0.79 ! ! 48 0.73 ! ! 44 0.66 ! 13 ! 40 0.59 ! ! 36 0.53 ! ! 32 0.46 ! 11 ! 28 0.40 ! ! 24 0.33 ! ! 20 0.26 ! ! 16 0.20 ! 6 ! 12 0.13 ! ! 8 0.07 ! 8 ! 4 DIMENSION 1 + -0.07 ! ! -4 -0.13 ! ! -8 -0.20 ! ! -12 -0.26 ! ! -16 -0.33 ! ! -20 -0.40 ! 10 ! -24 -0.46 ! ! -28 -0.53 ! ! -32 -0.59 ! 2 ! -36 -0.66 ! ! -40 -0.73 ! 5 ! -44 -0.79 ! ! -48 -0.86 ! 4 1 ! -52 -0.93 ! ! -56 -0.99 ! ! -60 -1.06 ! ! -64 -1.12 ! ! -68 -1.19 ! ! -72 -1.26 ! ! -76 -1.32 ! ! -80 -1.39 ! ! -84 -1.45 ! ! -88 -1.52 ! 3 ! -92 -1.59 ! ! -96 -1.65 ! !-100 .+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+. -1.65-1.49-1.32-1.16-0.99-0.83-0.66-0.50-0.33-0.17 * 0.17 0.33 0.50 0.66 0.83 0.99 1.16 1.32 1.49 1.65 * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * DSTAR IS USED SOFT SQUEEZE SFORM 1 # ANGLE FACTOR IS USED ITER GRAD.ANGLE STR.WITHIN,DHAT STR.BETW,DHAT LOC.STRESS,DHAT STR.WITHIN,DSTAR STR.BETW,DSTAR COEFF.ALIEN,DSTAR 0 0.66344E-01 0.67455E-01 0.94613E-01 0.13294E+00 0.13292E+00 0.18716E+00 0.00000E+00 0.12234E+00 0.18172E+00 0.84718E+00 # 0.10926E+00 0.17254E+00 0.68922E+00 # 0.10705E+00 0.17209E+00 0.57430E+00 # 0.10511E+00 0.16994E+00 0.32456E+00 # 0.10526E+00 0.17061E+00 0.59041E+00 # 0.10477E+00 0.17007E+00 0.85834E+00 # 0.10472E+00 0.17027E+00 0.70577E+00 # 0.10423E+00 0.16960E+00 1 0.47292E-01 0.44707E-01 0.65079E-01 0.94489E-01 0.87136E-01 0.12827E+00 0.44961E-01 0.83751E-01 0.12663E+00 0.81586E+00 # 0.81697E-01 0.12514E+00 0.48508E+00 # 0.81476E-01 0.12513E+00 0.77089E+00 # 0.81122E-01 0.12478E+00 0.71526E+00 # 0.81232E-01 0.12501E+00 2 0.42100E-01 0.40047E-01 0.58105E-01 0.83895E-01 0.78000E-01 0.11436E+00 0.45017E+00 0.76224E-01 0.11360E+00 0.77421E+00 # 0.75278E-01 0.11289E+00 0.61724E+00 # 0.75175E-01 0.11290E+00 0.77748E+00 # 0.74987E-01 0.11269E+00 3 0.39200E-01 0.37186E-01 0.54032E-01 0.78046E-01 0.72692E-01 0.10650E+00 0.37252E+00 0.71545E-01 0.10608E+00 0.76324E+00 # 0.70906E-01 0.10559E+00 0.65167E+00 # 0.70851E-01 0.10561E+00 0.76008E+00 # 0.70721E-01 0.10545E+00 4 0.37485E-01 0.35058E-01 0.51324E-01 0.74480E-01 0.68647E-01 0.10116E+00 0.32628E+00 0.67983E-01 0.10102E+00 0.71280E+00 # 0.67599E-01 0.10071E+00 0.76896E+00 # 0.67553E-01 0.10073E+00 0.69568E+00 # 0.67458E-01 0.10061E+00 5 0.36610E-01 0.33679E-01 0.49745E-01 0.72720E-01 0.66103E-01 0.98156E-01 0.15330E+00 0.65811E-01 0.98242E-01 0.61806E+00 # 0.65610E-01 0.98074E-01 0.86807E+00 # 0.65574E-01 0.98083E-01 6 0.36216E-01 0.32903E-01 0.48930E-01 0.71932E-01 0.64700E-01 0.96635E-01 0.51175E+00 0.64550E-01 0.96807E-01 0.54083E+00 # 0.64418E-01 0.96691E-01 0.89470E+00 # 0.64392E-01 0.96696E-01 7 0.35985E-01 0.32373E-01 0.48404E-01 0.71420E-01 0.63773E-01 0.95638E-01 0.51303E+00 0.63688E-01 0.95847E-01 0.48023E+00 # 0.63589E-01 0.95755E-01 8 0.35861E-01 0.32087E-01 0.48120E-01 0.71131E-01 0.63270E-01 0.95090E-01 0.45065E+00 0.63215E-01 0.95315E-01 0.44635E+00 # 0.63126E-01 0.95231E-01 9 0.35755E-01 0.31853E-01 0.47885E-01 0.70878E-01 0.62845E-01 0.94621E-01 0.42240E+00 0.62809E-01 0.94855E-01 0.41938E+00 # 0.62727E-01 0.94777E-01 10 0.35660E-01 0.31654E-01 0.47682E-01 0.70648E-01 0.62473E-01 0.94203E-01 0.40073E+00 0.62449E-01 0.94443E-01 0.39916E+00 # 0.62371E-01 0.94368E-01 11 0.35571E-01 0.31479E-01 0.47500E-01 0.70434E-01 0.62133E-01 0.93819E-01 0.38547E+00 0.62116E-01 0.94061E-01 0.38551E+00 # 0.62042E-01 0.93988E-01 12 0.35486E-01 0.31320E-01 0.47331E-01 0.70232E-01 0.61812E-01 0.93456E-01 0.37593E+00 0.61800E-01 0.93699E-01 0.37742E+00 # 0.61727E-01 0.93628E-01 13 0.35404E-01 0.31169E-01 0.47170E-01 0.70037E-01 0.61503E-01 0.93107E-01 0.37091E+00 0.61493E-01 0.93349E-01 0.37365E+00 # 0.61421E-01 0.93279E-01 14 0.35325E-01 0.31025E-01 0.47015E-01 0.69831E-01 0.61183E-01 0.92742E-01 0.36853E+00 0.61175E-01 0.92982E-01 0.37147E+00 # 0.61103E-01 0.92913E-01 15 0.35247E-01 0.30885E-01 0.46864E-01 0.69627E-01 0.60863E-01 0.92379E-01 0.36738E+00 0.60855E-01 0.92617E-01 0.37094E+00 # 0.60783E-01 0.92548E-01 16 0.35172E-01 0.30747E-01 0.46716E-01 0.69429E-01 0.60545E-01 0.92022E-01 0.36732E+00 0.60536E-01 0.92257E-01 0.37132E+00 # 0.60465E-01 0.92188E-01 17 0.35098E-01 0.30613E-01 0.46573E-01 0.69234E-01 0.60231E-01 0.91670E-01 0.36449E+00 0.60222E-01 0.91903E-01 0.36817E+00 # 0.60153E-01 0.91836E-01 18 0.35027E-01 0.30485E-01 0.46435E-01 0.69058E-01 0.59920E-01 0.91334E-01 0.36006E+00 0.59913E-01 0.91566E-01 0.36387E+00 # 0.59845E-01 0.91501E-01 19 0.34961E-01 0.30361E-01 0.46304E-01 0.68896E-01 0.59618E-01 0.91015E-01 0.35661E+00 0.59611E-01 0.91245E-01 0.36065E+00 # 0.59545E-01 0.91181E-01 20 0.34898E-01 0.30241E-01 0.46178E-01 0.68737E-01 0.59330E-01 0.90708E-01 0.35406E+00 0.59323E-01 0.90936E-01 0.35825E+00 # 0.59258E-01 0.90873E-01 21 0.34838E-01 0.30127E-01 0.46058E-01 0.68620E-01 0.59061E-01 0.90444E-01 0.34930E+00 0.59055E-01 0.90672E-01 0.35301E+00 # 0.58992E-01 0.90610E-01 22 0.34777E-01 0.30017E-01 0.45940E-01 0.68544E-01 0.58813E-01 0.90226E-01 0.34202E+00 0.58809E-01 0.90453E-01 0.34561E+00 # 0.58747E-01 0.90393E-01 23 0.34713E-01 0.29909E-01 0.45821E-01 0.68462E-01 0.58578E-01 0.90011E-01 0.33682E+00 0.58574E-01 0.90237E-01 0.34098E+00 # 0.58514E-01 0.90178E-01 24 0.34645E-01 0.29803E-01 0.45700E-01 0.68373E-01 0.58354E-01 0.89798E-01 0.33426E+00 0.58349E-01 0.90023E-01 0.33891E+00 # 0.58291E-01 0.89965E-01 25 0.34573E-01 0.29698E-01 0.45577E-01 0.68278E-01 0.58138E-01 0.89586E-01 0.33422E+00 0.58132E-01 0.89809E-01 0.33934E+00 # 0.58074E-01 0.89751E-01 26 0.34499E-01 0.29592E-01 0.45451E-01 0.68141E-01 0.57889E-01 0.89321E-01 0.33842E+00 0.57881E-01 0.89541E-01 0.34423E+00 # 0.57822E-01 0.89483E-01 27 0.34419E-01 0.29485E-01 0.45322E-01 0.67974E-01 0.57625E-01 0.89024E-01 0.34861E+00 0.57612E-01 0.89239E-01 0.35590E+00 # 0.57551E-01 0.89180E-01 28 0.34334E-01 0.29376E-01 0.45186E-01 0.67788E-01 0.57363E-01 0.88714E-01 0.36513E+00 0.57344E-01 0.88923E-01 0.37337E+00 # 0.57279E-01 0.88861E-01 29 0.34243E-01 0.29263E-01 0.45043E-01 0.67584E-01 0.57096E-01 0.88386E-01 0.38638E+00 0.57067E-01 0.88587E-01 0.39516E+00 # 0.56997E-01 0.88522E-01 30 0.34130E-01 0.29159E-01 0.44890E-01 0.67330E-01 0.56850E-01 0.88035E-01 0.40949E+00 0.56811E-01 0.88226E-01 0.41819E+00 # 0.56736E-01 0.88158E-01 31 0.33998E-01 0.29063E-01 0.44728E-01 0.67027E-01 0.56619E-01 0.87656E-01 0.43423E+00 0.56569E-01 0.87837E-01 0.44268E+00 # 0.56486E-01 0.87763E-01 32 0.33859E-01 0.28967E-01 0.44560E-01 0.66717E-01 0.56413E-01 0.87287E-01 0.43589E+00 0.56372E-01 0.87471E-01 0.43553E+00 # 0.56288E-01 0.87397E-01 33 0.33734E-01 0.28858E-01 0.44393E-01 0.66422E-01 0.56213E-01 0.86934E-01 0.43144E+00 0.56176E-01 0.87118E-01 0.43326E+00 # 0.56091E-01 0.87044E-01 34 0.33613E-01 0.28739E-01 0.44224E-01 0.66125E-01 0.56010E-01 0.86577E-01 0.43371E+00 0.55973E-01 0.86758E-01 0.43772E+00 # 0.55886E-01 0.86683E-01 35 0.33495E-01 0.28617E-01 0.44055E-01 0.65826E-01 0.55807E-01 0.86218E-01 0.43878E+00 0.55766E-01 0.86395E-01 0.44382E+00 # 0.55679E-01 0.86319E-01 36 0.33379E-01 0.28495E-01 0.43887E-01 0.65528E-01 0.55602E-01 0.85860E-01 0.44367E+00 0.55559E-01 0.86032E-01 0.44899E+00 # 0.55472E-01 0.85957E-01 37 0.33270E-01 0.28371E-01 0.43725E-01 0.65259E-01 0.55398E-01 0.85523E-01 0.44551E+00 0.55354E-01 0.85692E-01 0.45154E+00 # 0.55269E-01 0.85619E-01 38 0.33175E-01 0.28230E-01 0.43561E-01 0.65002E-01 0.55201E-01 0.85201E-01 0.44999E+00 0.55156E-01 0.85367E-01 0.45711E+00 # 0.55072E-01 0.85295E-01 39 0.33076E-01 0.28086E-01 0.43392E-01 0.64744E-01 0.55002E-01 0.84876E-01 0.45746E+00 0.54956E-01 0.85040E-01 0.46429E+00 # 0.54873E-01 0.84968E-01 40 0.32976E-01 0.27937E-01 0.43219E-01 0.64488E-01 0.54799E-01 0.84550E-01 0.46287E+00 0.54752E-01 0.84711E-01 0.46882E+00 # 0.54671E-01 0.84641E-01 41 0.32874E-01 0.27787E-01 0.43044E-01 0.64237E-01 0.54596E-01 0.84229E-01 0.46465E+00 0.54550E-01 0.84388E-01 0.46946E+00 # 0.54473E-01 0.84320E-01 42 0.32771E-01 0.27637E-01 0.42869E-01 0.63996E-01 0.54398E-01 0.83917E-01 0.46229E+00 0.54356E-01 0.84077E-01 0.46571E+00 # 0.54283E-01 0.84012E-01 43 0.32669E-01 0.27490E-01 0.42696E-01 0.63756E-01 0.54170E-01 0.83588E-01 0.46522E+00 0.54129E-01 0.83746E-01 0.46887E+00 # 0.54058E-01 0.83682E-01 44 0.32567E-01 0.27348E-01 0.42527E-01 0.63509E-01 0.53932E-01 0.83247E-01 0.47138E+00 0.53889E-01 0.83401E-01 0.47588E+00 # 0.53819E-01 0.83338E-01 45 0.32408E-01 0.27304E-01 0.42376E-01 0.63132E-01 0.53880E-01 0.82927E-01 0.38109E+00 0.53882E-01 0.83107E-01 0.35495E+00 # 0.53833E-01 0.83060E-01 46 0.32281E-01 0.27310E-01 0.42283E-01 0.62820E-01 0.53925E-01 0.82719E-01 0.26128E+00 0.53957E-01 0.82917E-01 0.22682E+00 # 0.53919E-01 0.82878E-01 47 0.32197E-01 0.27316E-01 0.42224E-01 0.62599E-01 0.53965E-01 0.82578E-01 0.16671E+00 0.54012E-01 0.82784E-01 0.13582E+00 # 0.53980E-01 0.82749E-01 48 0.32137E-01 0.27323E-01 0.42182E-01 0.62430E-01 0.53999E-01 0.82473E-01 0.92852E-01 0.54056E-01 0.82685E-01 0.65288E-01 # 0.54027E-01 0.82651E-01 49 0.32095E-01 0.27326E-01 0.42152E-01 0.62301E-01 0.54021E-01 0.82390E-01 0.34152E-01 0.54084E-01 0.82605E-01 0.11656E-01 # 0.54056E-01 0.82573E-01 50 0.32064E-01 0.27326E-01 0.42129E-01 0.62198E-01 0.54035E-01 0.82322E-01 -0.13232E-01 0.54102E-01 0.82539E-01 -0.33380E-01 # 0.54076E-01 0.82507E-01 51 0.32040E-01 0.27327E-01 0.42110E-01 0.62112E-01 0.54045E-01 0.82264E-01 -0.54026E-01 0.54116E-01 0.82482E-01 -0.72201E-01 # 0.54091E-01 0.82451E-01 52 0.32020E-01 0.27327E-01 0.42096E-01 0.62037E-01 0.54052E-01 0.82211E-01 -0.89702E-01 0.54125E-01 0.82431E-01 -0.10614E+00 # 0.54101E-01 0.82401E-01 53 0.32003E-01 0.27327E-01 0.42083E-01 0.61969E-01 0.54057E-01 0.82164E-01 53 MINIMUM * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * LOCAL DHAT IS USED HARD SQUEEZE SFORM 1 # ANGLE FACTOR IS USED ITER GRAD.ANGLE STR.WITHIN,DHAT STR.BETW,DHAT LOC.STRESS,DHAT STR.WITHIN,DSTAR STR.BETW,DSTAR COEFF.ALIEN,DSTAR 53 0.61969E-01 0.54057E-01 0.82164E-01 0.32003E-01 0.27327E-01 0.42083E-01 0.00000E+00 54 0.61775E-01 0.54067E-01 0.82024E-01 0.31900E-01 0.27307E-01 0.41991E-01 0.99267E+00 # 55 0.61271E-01 0.54228E-01 0.81754E-01 0.31616E-01 0.27316E-01 0.41782E-01 0.79834E+00 # 56 0.61209E-01 0.54285E-01 0.81744E-01 0.31516E-01 0.27311E-01 0.41703E-01 0.97392E+00 # 57 0.61168E-01 0.54366E-01 0.81767E-01 0.31405E-01 0.27304E-01 0.41615E-01 0.96814E+00 # 58 0.61154E-01 0.54366E-01 0.81758E-01 0.31340E-01 0.27276E-01 0.41547E-01 0.98028E+00 # 59 0.61127E-01 0.54361E-01 0.81734E-01 0.31287E-01 0.27253E-01 0.41492E-01 0.98695E+00 # 60 0.61102E-01 0.54346E-01 0.81706E-01 0.31247E-01 0.27230E-01 0.41447E-01 0.99203E+00 # 61 0.61061E-01 0.54348E-01 0.81676E-01 0.31207E-01 0.27219E-01 0.41409E-01 0.99422E+00 # 62 0.61015E-01 0.54357E-01 0.81648E-01 0.31169E-01 0.27215E-01 0.41378E-01 0.99421E+00 # 63 0.60963E-01 0.54376E-01 0.81621E-01 0.31129E-01 0.27221E-01 0.41352E-01 0.99058E+00 # 64 0.60918E-01 0.54389E-01 0.81597E-01 0.31097E-01 0.27225E-01 0.41331E-01 64 MINIMUM * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * LOCAL DHAT IS USED HARD SQUEEZE SFORM 1 # ANGLE FACTOR IS USED ITER GRAD.ANGLE STR.WITHIN,DHAT STR.BETW,DHAT LOC.STRESS,DHAT STR.WITHIN,DSTAR STR.BETW,DSTAR COEFF.ALIEN,DSTAR 64 0.60918E-01 0.54389E-01 0.81597E-01 0.31097E-01 0.27225E-01 0.41331E-01 F I N A L C O N F I G U R A T I O N 1 2 1 2 1 -1.2171 -0.1420 2 -0.5810 -0.2166 3 -1.0182 0.5010 4 -0.6566 -0.4761 5 -0.7417 0.2634 6 -0.0158 0.4569 7 1.0562 0.5459 8 -0.0466 -0.7193 9 1.0894 -1.1595 10 -0.3922 0.0842 11 0.5430 -0.3684 12 1.2344 0.1425 13 0.7462 1.0879 MEAN 0.0000 0.0000 SIGMA 0.8167 0.5771 MATRIX OF DSTAR(AVR.) 1 2 3 4 5 6 7 8 9 10 2 0.63262 3 0.67304 0.85972 4 0.69843 0.31271 1.04181 5 0.63262 0.50615 0.37868 0.65461 6 1.25944 0.79574 1.03954 1.21048 0.81521 7 2.49447 1.88952 2.07492 1.99451 1.76051 1.03954 8 1.30514 0.80418 1.55984 0.70051 1.20368 1.16580 1.67835 9 2.44805 1.79033 2.68312 1.89656 2.31895 1.94624 1.75588 1.21830 10 0.94718 0.31271 0.75210 0.61952 0.37868 0.52964 1.52018 0.80418 2.11575 11 1.77464 0.99695 1.78699 1.10058 1.56636 1.10058 0.86253 0.86731 0.96140 0.95195 12 2.42155 2.06577 2.06577 1.98957 1.97982 1.21048 0.44103 1.42693 1.30394 1.62760 13 2.20875 1.88971 1.98012 2.08804 1.62584 1.08295 0.62437 1.91712 2.10387 1.51758 11 12 12 0.99695 13 1.47037 1.18700 MATRIX OF DHAT(AVR.) 1 2 3 4 5 6 7 8 9 10 2 0.63654 3 0.67304 0.84998 4 0.67548 0.29149 1.04181 5 0.62870 0.50615 0.37162 0.69947 6 1.30848 0.83747 1.02145 1.16073 0.78322 7 2.43480 1.82172 2.07492 1.99451 1.79025 1.05764 8 1.28990 0.76894 1.55984 0.67860 1.20368 1.17881 1.67835 9 2.48451 1.85327 2.68312 1.88577 2.31895 1.95218 1.75783 1.21830 10 0.90130 0.33392 0.75210 0.61952 0.38575 0.52964 1.52018 0.83941 2.02505 11 1.77464 1.06560 1.78699 1.15770 1.48303 1.05386 0.95552 0.77671 0.96140 0.99546 12 2.44476 1.95817 2.17337 1.98957 1.97982 1.24983 0.44103 1.48540 1.30697 1.62760 13 2.26271 1.87529 1.91977 2.09443 1.64744 1.03613 0.62437 1.94524 2.18862 1.51758 11 12 12 0.92831 13 1.50237 1.12550 TRISOSCAL OF M208 TASK NUMBER 1 HISTOGRAM OF LOG RESIDUALS NO 24!*** 23!*** 22!*** 21!*** 20!*** 19!*** 18!*** *** 17!*** *** 16!*** *** 15!*** *** 14!*** ****** 13!*** ****** 12!*** ****** 11!*** ****** 10!*** ********* 9!*** ********* 8!*** ********* 7!*** ********* 6!*** ********* 5!*** ************ 4!*** *************** 3!*** *************** 2!*** ****************** 1!*** ********************* !!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=!!=! LOG -10.000 -8.443 -6.886 -5.328 -3.771 -2.214 -0.657 ACTUAL 0.000 0.000 0.000 0.000 0.000 0.006 0.220 SHEPARD DIAGRAM =============== TRISOSCAL OF M208 TASK NUMBER 1 SIMILARITY O -- DISTANCES * -- FITTED VALUES 1.020 + * * **0* 0*** * *0 * * ! ! ! ! 0.918 + ! ! ! ! 0.816 + ! ! ! 0** 00*0 * * 0 *0* * * 0 0 * ! 0.714 + ! ! ! ! 0.612 + ! ! ! ! 0.510 + *0* ** *0 * 0** *0 **0 *0 * *0 ! ! ! ! 0.408 + ! ! ! ! 0.306 + ! !* * *00*0* *0* 0 0* **0* * 0 * 0 * * 0 ! ! 0.204 + ! ! ! ! 0.102 + ! ! ! ! **0* ** * * * 0 *0 +-------+-------+-------+-------+-------+-------+-------+-------+-------+-------+ 0.27 0.51 0.75 0.99 1.24 1.48 1.72 1.96 2.20 2.44 2.68 DISTANCE TRISOSCAL OF M208 TASK NUMBER 1 P O I N T C O N T R I B U T I O N T O S T R E S S O F 0.03110 CONTRIBUTION POINT ==================================================================================================== 0.00829 12!**************************************************************************************************** 0.00783 11!********************************************************************************************** 0.00612 13!************************************************************************* 0.00300 10!************************************ 0.00209 9!************************* 0.00126 6!*************** 0.00125 7!*************** 0.00052 5!****** 0.00049 8!***** 0.00024 4!** 0.00002 3! 0.00000 2! 0.00000 1! MATRIX OF GLOBAL DHAT 1 2 3 4 5 6 7 8 9 10 2 0.63262 3 0.67304 0.84025 4 0.68452 0.31271 1.04181 5 0.63262 0.50615 0.37868 0.68452 6 1.17943 0.81521 1.03954 1.17943 0.81521 7 2.45469 1.88010 2.07492 1.99451 1.60577 1.03954 8 1.17943 0.80418 1.55984 0.68452 1.20368 1.17943 1.67835 9 2.45469 1.81193 2.68312 1.87497 2.31895 1.95811 1.81193 1.21830 10 0.94718 0.31271 0.75210 0.61952 0.37868 0.52964 1.52018 0.80418 2.10387 11 1.77464 0.99695 1.78699 1.17943 1.60577 1.17943 0.86731 0.86731 0.96140 0.94718 12 2.45469 2.08169 2.08169 1.98957 1.97982 1.17943 0.44103 1.30596 1.30596 1.62760 13 2.08169 1.88010 2.08169 2.08169 1.60577 1.17943 0.62437 1.88010 2.10387 1.51758 11 12 12 0.99695 13 1.60577 1.30596 GLOBAL STRESS1 = 0.68785E-01 GLOBAL STRESS2 = 0.16540E+00 YOUNGS L = 0.16771E+00 DISTANCES 1 2 3 4 5 6 7 8 9 10 2 0.64046 3 0.67304 0.84025 4 0.65253 0.27027 1.04181 5 0.62478 0.50615 0.36455 0.74434 6 1.34229 0.87919 1.00335 1.13179 0.75123 7 2.37513 1.80606 2.07492 1.99451 1.81999 1.07574 8 1.30514 0.73371 1.55984 0.65669 1.20368 1.17658 1.67835 9 2.52097 1.91816 2.68312 1.87497 2.31895 1.95811 1.70570 1.21830 10 0.85541 0.35514 0.75210 0.61952 0.39281 0.52964 1.52018 0.87465 1.93436 11 1.77464 1.13424 1.78699 1.20442 1.43169 0.99674 1.04850 0.68611 0.96140 1.03896 12 2.46797 1.85057 2.28097 1.98957 1.97982 1.28917 0.44103 1.54388 1.30999 1.62760 13 2.31667 1.86088 1.85942 2.10082 1.70103 0.98931 0.62437 1.97336 2.27338 1.51758 11 12 12 0.85966 13 1.47037 1.06401 TRISOSCAL OF M208 TASK NUMBER 1 FINAL CONFIGURATION DIMENSION 2 PLOTTED AGAINST DIMENSION 1 DIMENSION 2 -100 -90 -80 -70 -60 -50 -40 -30 -20 -10 * 10 20 30 40 50 60 70 80 90 100 .+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+. 1.23 ! 12 ! 100 1.19 ! ! 96 1.14 ! 9 ! 92 1.09 ! 7 ! 88 1.04 ! ! 84 0.99 ! ! 80 0.94 ! ! 76 0.89 ! ! 72 0.84 ! ! 68 0.79 ! 13 ! 64 0.74 ! ! 60 0.69 ! ! 56 0.64 ! ! 52 0.59 ! ! 48 0.54 ! 11 ! 44 0.49 ! ! 40 0.44 ! ! 36 0.40 ! ! 32 0.35 ! ! 28 0.30 ! ! 24 0.25 ! ! 20 0.20 ! ! 16 0.15 ! ! 12 0.10 ! ! 8 0.05 ! ! 4 DIMENSION 1 + -0.05 ! 8 6 ! -4 -0.10 ! ! -8 -0.15 ! ! -12 -0.20 ! ! -16 -0.25 ! ! -20 -0.30 ! ! -24 -0.35 ! ! -28 -0.40 ! 10 ! -32 -0.44 ! ! -36 -0.49 ! ! -40 -0.54 ! ! -44 -0.59 ! 2 ! -48 -0.64 ! ! -52 -0.69 ! 4 ! -56 -0.74 ! ! -60 -0.79 ! 5 ! -64 -0.84 ! ! -68 -0.89 ! ! -72 -0.94 ! ! -76 -0.99 ! ! -80 -1.04 ! 3 ! -84 -1.09 ! ! -88 -1.14 ! ! -92 -1.19 ! ! -96 -1.23 ! 1 !-100 .+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+....+. -1.23-1.11-0.99-0.86-0.74-0.62-0.49-0.37-0.25-0.12 * 0.12 0.25 0.37 0.49 0.62 0.74 0.86 0.99 1.11 1.23 TRISOSCAL OF M208 TASK NUMBER 1 PLOT OFSTRESS BY ITERATION ITERATION STRESS INITIAL STRESS = 0.1329 ==================================================================================================== 1 ! * 0.13294 2 ! * 0.09449 3 ! * 0.08389 4 ! * 0.07805 5 ! * 0.07448 6 ! * 0.07272 7 ! * 0.07193 8 ! * 0.07142 9 ! * 0.07113 10 ! * 0.07088 11 ! * 0.07065 12 ! * 0.07043 13 ! * 0.07023 14 ! * 0.07004 15 ! * 0.06983 16 ! * 0.06963 17 ! * 0.06943 18 ! * 0.06923 19 ! * 0.06906 20 ! * 0.06890 21 ! * 0.06874 22 ! * 0.06862 23 ! * 0.06854 24 ! * 0.06846 25 ! * 0.06837 26 ! * 0.06828 27 ! * 0.06814 28 ! * 0.06797 29 ! * 0.06779 30 ! * 0.06758 31 ! * 0.06733 32 ! * 0.06703 33 ! * 0.06672 34 ! * 0.06642 35 ! * 0.06612 36 ! * 0.06583 37 ! * 0.06553 38 ! * 0.06526 39 ! * 0.06500 40 ! * 0.06474 41 ! * 0.06449 42 ! * 0.06424 43 ! * 0.06400 44 ! * 0.06376 45 ! * 0.06351 46 ! * 0.06313 47 ! * 0.06282 48 ! * 0.06260 49 ! * 0.06243 50 ! * 0.06230 51 ! * 0.06220 52 ! * 0.06211 53 ! * 0.06204 54 ! * 0.06197 55 ! * 0.06197 56 ! * 0.06177 57 ! * 0.06127 58 ! * 0.06121 59 ! * 0.06117 60 ! * 0.06115 61 ! * 0.06113 62 ! * 0.06110 63 ! * 0.06106 64 ! * 0.06101 65 ! * 0.06096 66 ! * 0.06092 67 ! * 0.06092 16. FINISH NORMAL END OF RUN. 16 CONTROL CARDS, 0 ERRORS, 0 WARNINGS.