GEORGES   RB3    X6437

N01-1     Sample Case for PC-HARPO Documentation, Rev.  6-20-90

  1     6370.           EARTH RADIUS TO MSL, KM (6370.)

  3        2.          TTRANSMITTER HEIGHT ABOVE MSL (T=ABOVE BOTTOM), KM

  4        0.    AN KM  N. TRANSMITTER LATITUDE, KM

  5        0.    AN KM  E. TRANSMITTER LONGITUDE, KM

  7      400.    FQ HZ  INITIAL FREQUENCY, HZ

 11       80.    AN DG  INITIAL AZIMUTH ANGLE, DEG

 15        2.    AN DG  INITIAL ELEVATION ANGLE, DEG

 16       16.    AN DG  FINAL   ELEVATION ANGLE, DEG

 17        2.    AN DG  STEP IN ELEVATION ANGLE, DEG

 19        0.           STOP RAYS THAT STRIKE BOTTOM (1=YES; 0=NO)

 20       -1.           RECEIVER HEIGHT ABOVE MSL, KM

 22       50.           MAXIMUM NUMBER OF HOPS (1.)

 23     1000.           MAXIMUM NUMBER OF STEPS PER HOP (1000.)

 26        5.           MAXIMUM RAY HEIGHT ABOVE MSL, KM

 27       -5.           MINIMUM RAY HEIGHT ABOVE MSL, KM

 28      210.           MAXIMUM RANGE AT MSL, KM

 29        0.           DO: EIGRAY/RNG-TIM/RNG-ELV/NEW-PROJ/RAYTRC/CONT/PROF

 33       20.           MAXIMUM ABSORPTION, DB (999.999)

 42       1.0E-06       MAXIMUM SINGLE-STEP INTEGRATION ERROR (1.0E-4)

 44        .1           INITIAL INTEGRATION STEP SIZE, KM (1.0)

 57        2.           PHASE PATH  (0=NO; 1=INTEGRATE; 2=INTEGRATE/PRINT)

 58        2.           ABSORPTION  (0=NO; 1=INTEGRATE; 2=INTEGRATE/PRINT)

 60        2.           PATH LENGTH (0=NO; 1=INTEGRATE; 2=INTEGRATE/PRINT)

 71       50.           NUMBER OF INTEGRATION STEPS PER PRINT [1.E9]

 72        1.           OUTPUT RAYSETS (1=YES; 0=NO)

 73        0.           DIAGNOSTIC PRINTOUT (1=YES; 0=NO)

 74        0.           PRINT EVERY W(71) RAY STEPS (0=YES; 1=N0)

 76        0.           BINARY RAY OUTPUT (1=YES; 0=NO)

 77       76.           LINES PER PAGE OF PRINTOUT = 76. FOR HPLJ (57.)

 81        4.           RAYPLOT PROJECTION PLANE (4 = VERT. RECTANGULAR)

 82       40.            PLOT-ORDINATE EXPANSION FACTOR [1.]

 83        0.    AN KM   N. LATITUDE OF LEFT PLOT EDGE, KM

 84        0.    AN KM   E. LONGITUDE OF LEFT PLOT EDGE, KM

 85      35.1    AN KM   N. LATITUDE OF RIGHT PLOT EDGE, KM

 86      200.    AN KM   E. LONGITUDE OF RIGHT PLOT EDGE, KM

 87       50.    AN KM   DISTANCE BETWEEN RANGE TICKS, KM

 88       -3.            HEIGHT ABOVE MSL OF BOTTOM OF GRAPH, KM

 89        0.            HEIGHT ABOVE MSL OF TOP OF GRAPH, KM

 96        1.            DISTANCE BETWEEN DEPTH TICKS, KM

100        9.           VVORTX3 MODEL CHECK NUMBER

102        3.            VVORTX3 BACKGROUND CURRENT DATA SET ID

103      1.02    LN  M   MAXIMUM TANGENTIAL CURRENT, M/S

104       50.            RADIUS OF VORTEX CORE, KM

105        0.    AN KM   LATITUDE OF VORTEX CENTER, KM

106      150.    AN KM   LONGITUDE OF VORTEX CENTER, KM

107        1.            VERTICAL HALF-WIDTH OF VORTEX, KM

108       -1.            HEIGHT OF VORTEX CENTER ABOVE MSL, KM

125        0.           NPCURR MODEL CHECK NUMBER

150        7.           CTANH SOUND SPEED MODEL CHECK NUMBER

152        1.            CTANH BACKGROUND SOUND SPEED DATA SET ID

175        2.           CBLOB2 SOUND SPEED PERTURBATION MODEL CHECK NUMBER

177        7.            CBLOB2 PERTURBATION SOUND SPEED DATA SET ID

178       .02            MAXIMUM FRACTIONAL INCREASE IN C SQUARED

179       -1.            HEIGHT OF MAX EFFECT ABOVE MSL, KM

180        0.    AN KM   LATITUDE OF MAX EFFECT, KM

181      150.    AN KM   LONGITUDE OF MAX EFFECT, KM

182        1.            VERTICAL HALF-WIDTH, KM

183       50.    AN KM   N-S  HALF-WIDTH, KM

184       50.    AN KM   E-W  HALF-WIDTH, KM

275        1.           RHORIZ RECEIVER MODEL CHECK NUMBER

300        4.           GLORENZ BOTTOM MODEL CHECK NUMBER

302        3.            GLORENZ BOTTOM MODEL DATA SET ID

303        .5            HEIGHT OF RIDGE, KM ABOVE BASE

304       10.    AN KM   N. LATITUDE OF RIDGE CENTER, KM

305        2.    AN KM   HALF-WIDTH OF THE RIDGE, KM

306       -3.            HEIGHT ABOVE MSL OF BASE OF RIDGE, KM

325        0.           NPBOTM MODEL CHECK NUMBER

350        1.           SHORIZ MODEL CHECK NUMBER

352        1.            SHORIZ OCEAN SURFACE DATA SET ID

353        0.            HEIGHT OF OCEAN SURFACE ABOVE MSL, KM

375        0.           NPSURF MODEL CHECK NUMBER

500        1.           SLLOSS ABSORPTION MODEL CHECK NUMBER

502        1.            SLLOSS ABSORPTION DATA SET ID

503     0.006    AM DB   A COEFFICIENT, DB

504    0.2635    AM DB   B COEFFICIENT, DB

505     1000.    FQ HZ   OMEGA1, HZ

506     1700.    FQ HZ   OMEGA2, HZ

525        0.           NPABSRP MODEL CHECK NUMBER

 -1                     DATA SUBSET FOR BACKGROUND CURRENT MODEL

  A  VORTEX AT LONGITUDE 150 KM E, UMAX= 1.02 M/S, R= 50 KM

  0        RETURN TO W-ARRAY DATA SET

 -2                     DATA SUBSET FOR PERTURBATION CURRENT MODEL

  A  NO CURRENT PERTURBATION

  0        RETURN TO W-ARRAY DATA SET

 -3                     DATA SUBSET FOR BACKGROUND SOUND-SPEED MODEL

  A  EL NINO BACKGROUND SOUND-SPEED PROFILE

  3     999.0

   LN  M       LN  M       LN  M

   0.          1532.       0.

   -20.        1531.5      -7.

   -50.        1509.       -20.

   -250.       1503.       -40.

   -450.       1485.       -300.

   -1500.      1485.       -400.

   -3000.      1508.       0.

   999.0

  0       RETURN TO W-ARRAY DATA SET

 -4                     DATA SUBSET FOR SOUND-SPEED PERTURBATION MODEL

  A  2% INCREASE IN C-SQUARED AT 150 KM LON., 1 KM DEPTH, 50 KM WIDE

  0       RETURN TO W-ARRAY DATA SET

 -8                     DATA SUBSET FOR RECEIVER-SURFACE MODEL

  A  RECEIVER SURFACE = SPHERE 1 KM BELOW MSL

  0       RETURN TO W-ARRAY DATA SET

 -9                     DATA SUBSET FOR BACKGROUND BOTTOM MODEL

  A  RIDGE .5 KM HIGH, 2 KM WIDE AT 10 KM N LATITUDE; BASE= -3 KM

  0       RETURN TO W-ARRAY DATA SET

-10                     DATA SUBSET FOR BOTTOM PERTURBATION MODEL

  A  NO BOTTOM PERTURBATION

  0       RETURN TO W-ARRAY DATA SET

-11                     DATA SUBSET FOR OCEAN SURFACE MODEL

  A  OCEAN SURFACE = SPHERE AT MSL

  0       RETURN TO W-ARRAY DATA SET

-12                     DATA SUBSET FOR OCEAN SURFACE PERTURBATION MODEL

  A  NO OCEAN SURFACE PERTURBATION

  0       RETURN TO W-ARRAY DATA SET

-17                     DATA SUBSET FOR OCEAN ABSORPTION MODEL

  A  SKRETTING-LEROY ABSORPTION FORMULA

  0       RETURN TO W-ARRAY DATA SET

-18                     DATA SUBSET FOR PERTURBATION ABSORPTION MODEL

  A  NO ABSORPTION PERTURBATION

  0       RETURN TO W-ARRAY DATA SET

  0                     **********  END OF RUN SET NUMBER 1  *********

N01-2     Sample Case for PC-HARPO Documentation, Rev.  6-20-90

 71        0.           NUMBER OF INTEGRATION STEPS PER PRINT [1.E9]

 72        0.           OUTPUT RAYSETS (1=YES; 0=NO)

 73        1.           DIAGNOSTIC PRINTOUT (1=YES; 0=NO)

 81        2.           RAYPLOT PROJECTION PLANE (2 = HORIZONTAL)

 88       -1.           HEIGHT OF HORIZONTAL PLOT SECTION ABOVE MSL, KM

  0                     **********  END OF RUN SET NUMBER 2  *********

