MIKE JONES RL3 X6464

N01-1     Sample Case for CONPLT Documentation

  1 6370.00000000       EARTH RADIUS TO MSL, KM (6370.)

  3 2.00000000000      TTRANSMITTER HEIGHT ABOVE MSL (T=ABOVE BOTTOM), KM

  4 0.           AN KM  N. TRANSMITTER LATITUDE, KM

  5 0.           AN KM  E. TRANSMITTER LONGITUDE, KM

  7 400.000000000FQ HZ  INITIAL FREQUENCY, HZ

 11 80.0000000000AN DG  INITIAL AZIMUTH ANGLE, DEG

 15 2.00000000000AN DG  INITIAL ELEVATION ANGLE, DEG

 16 16.0000000000AN DG  FINAL   ELEVATION ANGLE, DEG

 17 2.00000000000AN DG  STEP IN ELEVATION ANGLE, DEG

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

 20-1.00000000000       RECEIVER HEIGHT ABOVE MSL, KM

 22 50.0000000000       MAXIMUM NUMBER OF HOPS (1.)

 23 1000.00000000       MAXIMUM NUMBER OF STEPS PER HOP (1000.)

 26 5.00000000000       MAXIMUM RAY HEIGHT ABOVE MSL, KM

 27-5.00000000000       MINIMUM RAY HEIGHT ABOVE MSL, KM

 28 210.000000000       MAXIMUM RANGE AT MSL, KM

 29 1.                  1=PROCESS RUNSET, 0=SKIP RUNSET

 33 20.0000000000       MAXIMUM ABSORPTION, DB (999.999)

 42  .1000000E-05       MAXIMUM SINGLE-STEP INTEGRATION ERROR (1.0E-4)

 44 .100000000000       INITIAL INTEGRATION STEP SIZE, KM (1.0)

 57 2.00000000000       PHASE PATH  (0=NO; 1=INTEGRATE; 2=INTEGRATE/PRINT)

 58 2.00000000000       ABSORPTION  (0=NO; 1=INTEGRATE; 2=INTEGRATE/PRINT)

 60 2.00000000000       PATH LENGTH (0=NO; 1=INTEGRATE; 2=INTEGRATE/PRINT)

 71 50.0000000000       NUMBER OF INTEGRATION STEPS PER PRINT [1.E9]

 72 1.00000000000       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 76.0000000000       LINES PER PAGE OF PRINTOUT = 76. FOR HPLJ (57.)

 81 4.00000000000       RAYPLOT PROJECTION PLANE (4 = VERT. RECTANGULAR)

 82 40.00000000000        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  35.265396   AN KM   N. LATITUDE OF RIGHT PLOT EDGE, KM

 86 200.000000000AN KM   E. LONGITUDE OF RIGHT PLOT EDGE, KM

 87 50.0000000000AN KM   DISTANCE BETWEEN RANGE TICKS, KM

 88-3.00000000000        HEIGHT ABOVE MSL OF BOTTOM OF GRAPH, KM

 89 0.00                 HEIGHT ABOVE MSL OF TOP OF GRAPH, KM

 90 1.00000000000        SOUND SPEED CONTOURS

 92 1486.00000000LN  M   MINIMUM CONTOUR LEVEL

 93 1540.00000000LN  M   MAXIMUM CONTOUR LEVEL

 94 4.00000000000LN  M   CONTOUR INTERVAL

 96 1.00000000000        DISTANCE BETWEEN DEPTH TICKS, KM

100 9.00000000000       VVORTX3 MODEL CHECK NUMBER

102 3.00000000000        VVORTX3 BACKGROUND CURRENT DATA SET ID

103 1.02000000000LN  M   MAXIMUM TANGENTIAL CURRENT, M/S

104 50.0000000000        RADIUS OF VORTEX CORE, KM

105 0.           AN KM   LATITUDE OF VORTEX CENTER, KM

106 150.000000000AN KM   LONGITUDE OF VORTEX CENTER, KM

107 1.00000000000        VERTICAL HALF-WIDTH OF VORTEX, KM

108-1.00000000000        HEIGHT OF VORTEX CENTER ABOVE MSL, KM

125 0.                  NPCURR MODEL CHECK NUMBER

150 7.00000000000       CTANH SOUND SPEED MODEL CHECK NUMBER

152 1.00000000000        CTANH BACKGROUND SOUND SPEED DATA SET ID

175 2.00000000000       CBLOB2 SOUND SPEED PERTURBATION MODEL CHECK NUMBER

177 7.00000000000        CBLOB2 PERTURBATION SOUND SPEED DATA SET ID

178 .020000000000        MAXIMUM FRACTIONAL INCREASE IN C SQUARED

179-1.00000000000        HEIGHT OF MAX EFFECT ABOVE MSL, KM

180 0.           AN KM   LATITUDE OF MAX EFFECT, KM

181 150.000000000AN KM   LONGITUDE OF MAX EFFECT, KM

182 1.00000000000        VERTICAL HALF-WIDTH, KM

183 50.0000000000AN KM   N-S  HALF-WIDTH, KM

184 50.0000000000AN KM   E-W  HALF-WIDTH, KM

275 1.00000000000       RHORIZ RECEIVER MODEL CHECK NUMBER

300 4.0                 GLORENZ BOTTOM MODEL CHECK NUMBER

301 0.

302 0.

303 1.00                HEIGHT OF RIDGE (KM)

304 10.0         AN KM

305 2.0          AN KM   WIDTH OF RIDGE (KM)

306-3.0                  BASE OF RIDGE  (KM MSL)

325 0.0                 NPBOTM

350 1.00000000000       SHORIZ MODEL CHECK NUMBER

352 1.00000000000        SHORIZ OCEAN SURFACE DATA SET ID

353 0.                   HEIGHT OF OCEAN SURFACE ABOVE MSL, KM

375 0.                  NPSURF MODEL CHECK NUMBER

500 1.00000000000       SLLOSS ABSORPTION MODEL CHECK NUMBER

502 1.00000000000        SLLOSS ABSORPTION DATA SET ID

503 .006000000000AM DB   A COEFFICIENT, DB

504 .263500000000AM DB   B COEFFICIENT, DB

505 1000.00000000FQ HZ   OMEGA1, HZ

506 1700.00000000FQ 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.            1532.00     0.

 -20.0000      1531.50     -7.00000

 -50.0000      1509.00     -20.0000

 -250.000      1503.00     -40.0000

 -450.000      1485.00     -300.000

 -1500.00      1485.00     -400.000

 -3000.00      1508.00     0.

  999.000

  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 CONPLT Documentation

 29 1.                  1=PROCESS RUNSET, 0=SKIP RUNSET

 81 4.00000000000       RAYPLOT PROJECTION PLANE (2 = HORIZONTAL)

 82 40.0000000000        PLOT-ORDINATE EXPANSION FACTOR [1.]

 85  35.265396   AN KM   N. LATITUDE OF RIGHT PLOT EDGE, KM

 86 200.000000000AN KM   E. LONGITUDE OF RIGHT PLOT EDGE, KM

 87 50.0000000000AN KM   DISTANCE BETWEEN RANGE TICKS, KM

 88-3.00000000000        HEIGHT ABOVE MSL OF BOTTOM OF GRAPH, KM

 89 0.0                  HEIGHT ABOVE MSL OF TOP OF GRAPH, KM

 90 2.00000000000        CURRENT SPEED CONTOURS

 92 0.10000000000LN  M   MINIMUM CONTOUR LEVEL

 93 1.00000000000LN  M   MAXIMUM CONTOUR LEVEL

 94 0.10000000000LN  M   CONTOUR INTERVAL

 96 1.00000000000        DISTANCE BETWEEN DEPTH TICKS, KM

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

N01-3     Sample Case for CONPLT Documentation

 29 1.                  1=PROCESS RUNSET, 0=SKIP RUNSET

 81 3.00000000000       RAYPLOT PROJECTION PLANE (2 = HORIZONTAL)

 82 200.00000000        PLOT-ORDINATE EXPANSION FACTOR [1.]

 85 141.0615846  AN KM  N. LATITUDE OF RIGHT PLOT EDGE, KM

 86 800.000000000AN KM   E. LONGITUDE OF RIGHT PLOT EDGE, KM

 87 100.000000000AN KM   DISTANCE BETWEEN RANGE TICKS, KM

 88-3.00000000000        HEIGHT ABOVE MSL OF BOTTOM OF GRAPH, KM

 90 1.0                 SOUND SPEED CONTOURS

 92 1486.00000000LN  M  MINIMUM CONTOUR LEVEL

 93 1540.00000000LN  M  MAXIMUM CONTOUR LEVEL

 94 6.00000000000LN  M  CONTOUR INTERVAL

 96 1.00000000000        DISTANCE BETWEEN DEPTH TICKS, KM

  0                     **********  END OF RUN SET NUMBER 3  *********

N01-4     Sample Case for CONPLT Documentation

 29 1.                  1=PROCESS RUNSET, 0=SKIP RUNSET

 81 2.00000000000       RAYPLOT PROJECTION PLANE (2 = HORIZONTAL)

 82 1.00000000000        PLOT-ORDINATE EXPANSION FACTOR [1.]

 85  35.265396   AN KM   N. LATITUDE OF RIGHT PLOT EDGE, KM

 86 200.000000000AN KM   E. LONGITUDE OF RIGHT PLOT EDGE, KM

 87 50.0000000000AN KM   DISTANCE BETWEEN RANGE TICKS, KM

 88-1.00000000000       HEIGHT OF HORIZONTAL PLOT SECTION ABOVE MSL, KM

 90 2.0                 CURRENT SPEED CONTOURS

 92 0.10000000000LN  M   MINIMUM CONTOUR LEVEL

 93 1.00000000000LN  M   MAXIMUM CONTOUR LEVEL

 94 0.10000000000LN  M   CONTOUR INTERVAL

 96 100.000000000        DISTANCE BETWEEN DEPTH TICKS, KM

  0                     **********  END OF RUN SET NUMBER 4  *********

N01-5     Sample Case for CONPLT Documentation

 29 1.                  1=PROCESS RUNSET, 0=SKIP RUNSET

 81 4.00000000000       RAYPLOT PROJECTION PLANE (2 = HORIZONTAL)

 82 40.0000000000        PLOT-ORDINATE EXPANSION FACTOR [1.]

 85  35.265396   AN KM   N. LATITUDE OF RIGHT PLOT EDGE, KM

 86 200.000000000AN KM   E. LONGITUDE OF RIGHT PLOT EDGE, KM

 87 50.0000000000AN KM   DISTANCE BETWEEN RANGE TICKS, KM

 88-3.00000000000        HEIGHT ABOVE MSL OF BOTTOM OF GRAPH, KM

 89 0.0                  HEIGHT ABOVE MSL OF TOP OF GRAPH, KM

 90 4.00000000000        CURRENT SPEED CONTOURS

 92-1.00000000000LN  M   MINIMUM CONTOUR LEVEL

 93 1.00000000000LN  M   MAXIMUM CONTOUR LEVEL

 94 0.10000000000LN  M   CONTOUR INTERVAL

 96 1.00000000000        DISTANCE BETWEEN DEPTH TICKS, KM

  0                     **********  END OF RUN SET NUMBER 5  *********

N01-6     Sample Case for CONPLT Documentation

 29 1.                  1=PROCESS RUNSET, 0=SKIP RUNSET

 81 2.00000000000       RAYPLOT PROJECTION PLANE (2 = HORIZONTAL)

 82 5.00000000000        PLOT-ORDINATE EXPANSION FACTOR [1.]

 85  35.265396   AN KM   N. LATITUDE OF RIGHT PLOT EDGE, KM

 86 200.000000000AN KM   E. LONGITUDE OF RIGHT PLOT EDGE, KM

 87 50.0000000000AN KM   DISTANCE BETWEEN RANGE TICKS, KM

 88-2.50000000000       HEIGHT OF HORIZONTAL PLOT SECTION ABOVE MSL, KM

 90 6.00000000000       TOPOGRAPHY CONTOURS

 92 -3.0000000000LN KM   INITIAL CONTOUR VALUE

 93 -1.5000000000LN KM   FINAL CONTOUR VALUE

 94 0.10000000000LN KM   STEP IN CONTOUR VALUE

 96 10.0000000000        DISTANCE BETWEEN CROSS-RANGE TICKS, KM

  0                     **********  END OF RUN SET NUMBER 6  *********

N01-7     Sample Case for CONPLT Documentation

 29 1.                  1=PROCESS RUNSET, 0=SKIP RUNSET

 81 4.00000000000       RAYPLOT PROJECTION PLANE (2 = HORIZONTAL)

 82 40.0000000000        PLOT-ORDINATE EXPANSION FACTOR [1.]

 85  35.265396   AN KM   N. LATITUDE OF RIGHT PLOT EDGE, KM

 86 200.000000000AN KM   E. LONGITUDE OF RIGHT PLOT EDGE, KM

 87 50.0000000000AN KM   DISTANCE BETWEEN RANGE TICKS, KM

 88-3.00000000000        HEIGHT ABOVE MSL OF BOTTOM OF GRAPH, KM

 89 0.0                  HEIGHT ABOVE MSL OF TOP OF GRAPH, KM

 90 5.00000000000        CURRENT SPEED CONTOURS

 92-1.00000000000LN  M   MINIMUM CONTOUR LEVEL

 93 1.00000000000LN  M   MAXIMUM CONTOUR LEVEL

 94 0.10000000000LN  M   CONTOUR INTERVAL

 96 1.00000000000        DISTANCE BETWEEN DEPTH TICKS, KM

  0                     **********  END OF RUN SET NUMBER 7  *********

