MADSEN    3B515   X6869
S03-1    SAMPLE CASE FOR HARPA DOCUMENTATION, REV. 2-10-86, 17Dec2002, 1May2003
  1     6370.           EARTH RADIUS, KM (6370.)
  3       13.          TTRANSMITTER HEIGHT, KM (T=ABOVE TERRAIN)
  4      200.    AN KM  N. TRANSMITTER LATITUDE, KM 
  5        0.    AN KM  E. TRANSMITTER LONGITUDE, KM
  7       .05    FQ HZ  INITIAL FREQUENCY, HZ 
 11       45.    AN DG  INITIAL AZIMUTH ANGLE, DEG
 15      -20.    AN DG  INITIAL ELEVATION ANGLE, DEG
 16      140.    AN DG  FINAL   ELEVATION ANGLE, DEG
 17        5.    AN DG  STEP IN ELEVATION ANGLE, DEG
 20        5.           RECEIVER HEIGHT, KM 
 22        3.           MAXIMUM NUMBER OF HOPS (1.0)
 23     1000.           MAXIMUM NUMBER OF STEPS PER HOP (1000.) 
 26      500.           MAXIMUM RAY HEIGHT, KM (500.) 
 27       -1.           MINIMUM RAY HEIGHT, KM
 28     1000.           MAXIMUM RANGE, KM 
 29  0000100.           DO: EIGRAY/RNG-TIM/RNG-ELV/NEW-PROJ/RAYTRC/CONT/PROF
 33   999.999           MAXIMUM ABSORPTION, DB (999.999)
 42        1.0E-6       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.E31] 
 72        1.           OUTPUT RAYSETS (1=YES; 0=NO)
 73        0.           DIAGNOSTIC PRINTOUT (1=YES; 0=NO) 
 74        0.           PRINT RAY STEPS (0=YES; 1=NO) 
 75       .15           FULANN LETTER HEIGHT [0.15 IN]
 76        0.           BINARY RAY OUTPUT (1=YES; 0=NO) 
 77       57.           LINES PER PAGE IN PRINTOUT (66.)
 81        1.           RAYPLOT PROJECTION (1=VERT; 2=HORIZ) PLANE
 82        1.           PLOT-EXPANSION FACTOR [1.0] 
 83     -100.    AN KM  N. LATITUDE  OF LEFT PLOT EDGE, KM
 84     -300.    AN KM  E. LONGITUDE OF LEFT PLOT EDGE, KM
 85      500.    AN KM  N. LATITUDE  OF RIGHT PLOT EDGE, KM 
 86      300.    AN KM  E. LONGITUDE OF RIGHT PLOT EDGE, KM 
 87      100.    AN KM  DISTANCE BETWEEN TIC MARKS, KM
 88        0.           HEIGHT ABOVE SEA LEVEL OF BOTTOM OF GRAPH, KM 
 89      300.           HEIGHT ABOVE SEA LEVEL OF TOP OF GRAPH, KM
 96      100.           DISTANCE BETWEEN VERTICAL TIC MARKS, KM 
100        6.           ULOGZ2 WIND MODEL CHECK NUMBER
102        3.            BACKGROUND WIND DATA SET ID
103        5.    LN  M   REFERENCE WIND SPEED, M/S
104       .35            VON KARMAN'S CONSTANT
105        1.            ROUGHNESS HEIGHT, KM 
125        0.           NPCURR model check number (1 May 2003)
150        1.           GAMRTDM SOUND SPEED MODEL CHECK NUMBER
175        2.           CBLOB2 MODEL CHECK NUMBER 
177        2.            SOUND SPEED PERTURBATION DATA SET ID 
178        .5            FRACTIONAL INCREASE OF SQUARED SOUND SPEED 
179      125.            HEIGHT OF MAXIMUM INCREASE, KM 
180      335.    AN KM   N. LATITUDE OF MAXIMUM INCREASE, KM
181      125.    AN KM   E. LONGITUDE OF MAXIMUM INCREASE, KM 
182       25.            GAUSSIAN WIDTH IN HEIGHT OF INCREASE, KM 
183       50.    AN KM   N-S WIDTH OF THE INCREASE, KM
184       25.    AN KM   E-W WIDTH OF THE INCREASE, KM
200        7.           TTANH5 TEMPERATURE MODEL CHECK NUMBER 
202        1.            BACKGROUND TEMPERATURE DATA SET ID 
225        2.           TBLOB2 MODEL CHECK NUMBER 
227        2.            TEMPERATURE PERTURBATION DATA SET ID 
228        .5            FRACTIONAL TEMPERATURE INCREASE
229        0.            HEIGHT OF MAXIMUM INCREASE, KM 
230      105.    AN KM   N. LATITUDE OF MAXIMUM INCREASE, KM
231     -105.    AN KM   E. LONGITUDE OF MAXIMUM INCREASE, KM
232        0.            GAUSSIAN WIDTH IN HEIGHT OF INCREASE, KM
233       50.    AN KM   N-S WIDTH OF THE INCREASE, KM
234       25.    AN KM   E-W WIDTH OF THE INCREASE, KM
250        1.           MCONST MOLECULAR WEIGHT MODEL CHECK NUMBER
252       29.            MOLECULAR WEIGHT DATA SET ID
253       29.            MOLECULAR WEIGHT
275        2.           RTERR RECEIVER MODEL CHECK NUMBER
300        4.           GLORENZ TERRAIN MODEL CHECK NUMBER
302        2.            TERRAIN MODEL DATA SET ID
303        2.            HEIGHT OF THE RIDGE, KM
304        0.            N. LATITUDE OF THE RIDGE CENTER
305       30.    AN KM   HALF-WIDTH OF THE RIDGE, KM
325        0.           NPTERR NO TERRAIN PERTURBATION
350        0.           NSURF MODEL CHECK NUMBER, added 17 Dec 2002 for pcharpo
352        1.            NSURF OCEAN SURFACE DATA SET ID, added 17 Dec 2002 
375        0.           NPSURF MODEL CHECK NUMBER, added 17 Dec 2002 for pcharpo
500        2.           MUARDC VISC/COND MODEL CHECK NUMBER, changed 17 Dec 2002
502        1.            VISC/COND MODEL DATA SET ID
503     1.458E-06        VISCOSITY COEFFICIENT BETA
504     110.4            SUTHERLAND'S CONSTANT, KELVINS
505      0.733            PRANDTL NUMBER
525        0.           NPABSR NO PERTURBATION LOSS MODEL
550        1.           PEXP PRESSURE MODEL CHECK NUMBER
552        1.            BACKGROUND PRESSURE MODEL DATA SET ID
553   101328.            PRESSURE AT SEA LEVEL, N/SQ.M. 
554       8.5            PRESSURE SCALE HEIGHT, KM
575        0.           NPPRES   NO PRESSURE PERTURBATION 
 -1                     DATA SUBSET FOR BACKGROUND WIND MODEL 
  A  LOGARITHMIC EASTWARD WIND PROFILE, U*=.5 M/S, Z0=1 KM
  0      RETURN TO W ARRAY DATA SET 
 -2                     DATA SUBSET FOR WIND PERTURBATION MODEL 
  A  NO WIND PERTURBATION 
  0      RETURN TO W ARRAY DATA SET 
 -3                     DATA SUBSET FOR BACKGROUND SOUND-SPEED MODEL
  A  SOUND SPEED IN TERMS OF TEMPERATURE MODEL
  0      RETURN TO W ARRAY DATA SET 
 -4                     DATA SUBSET FOR SOUND-SPEED PERTURBATION MODEL
  A  50% INCREASE IN SQ. SOUND SPEED AT 125KM HT, 335KM N, 125KM E
  0      RETURN TO W ARRAY DATA SET 
 -5                     DATA SUBSET FOR TEMPERATURE MODEL 
  A  U.S. STANDARD ATMOSPHERE 1962 TEMPERATURE PROFILE
  3     999.0
  LN KM                     LN KM
   0.          288.000       0. 
  15.0000      190.500      10.0000 
  52.0000      320.000       7.50000
  95.0000      191.000      10.0000 
 165.0000     1451.000      50.0000 
 300.0000     1586.000       0. 
 999.0000 
  0      RETURN TO W ARRAY DATA SET 
 -6                     DATA SUBSET FOR TEMPERATURE PERTURBATION MODEL
  A  50% CYLINDRICAL INCREASE IN TEMPERATURE AT 105KM N., 105 KM W
  0      RETURN TO W ARRAY DATA SET 
 -7                     DATA SUBSET FOR MOLECULAR WEIGHT MODEL
  A  MOLECULAR WEIGHT = 29
  0      RETURN TO W ARRAY DATA SET 
 -8                     DATA SUBSET FOR RECEIVER SURFACE MODEL
  A  RECEIVER SURFACE 5 KM ABOVE TERRAIN
  0      RETURN TO W ARRAY DATA SET 
 -9                     DATA SUBSET FOR TERRAIN MODEL 
  A  RIDGE 2-KM HIGH, 30-KM WIDE ALONG EQUATOR
  0      RETURN TO W ARRAY DATA SET
-10                     DATA SUBSET FOR TERRAIN PERTURBATION MODEL
  A  NO TERRAIN PERTURBATION
  0      RETURN TO W ARRAY DATA SET 
-17                     DATA SUBSET FOR VISC/COND MODEL 
  A  ARDC VISCOSITY AND THERMAL CONDUCTIVITY MODEL
  0      RETURN TO W ARRAY DATA SET 
-18                     DATA SUBSET FOR VISC/COND PERTURBATION MODEL
  A  NO VISCOSITY/CONDUCTIVITY PERTURBATION 
  0      RETURN TO W ARRAY DATA SET 
-19                     DATA SUBSET FOR BACKGROUND PRESSURE MODEL 
  A  EXPONENTIAL PRESSURE MODEL, SCALE HEIGHT = 8.5 KM
  0      RETURN TO W ARRAY DATA SET 
-20                     DATA SUBSET FOR PRESSURE PERTURBATION MODEL 
  A  NO PRESSURE PERTURBATION 
  0      RETURN TO W ARRAY DATA SET 
  0                     **********  END OF RUN SET NUMBER 1  ***********
S03-2    SAMPLE CASE FOR HARPA DOCUMENTATION        REV. 2-10-86
 71        0.           NUMBER OF INTEGRATION STEPS PER PRINT 
 72        0.           OUTPUT RAYSETS  (1=YES; 0=NO) 
 73        1.           DIAGNOSTIC PRINTOUT (1=YES; 0=NO) 
 81        2.           RAYPLOT PROJECTION (1=VERT; 2=HORIZ) PLANE
 82        3.           PLOT-EXPANSION FACTOR
  0                     **********  END OF RUN SET NUMBER 2  ***********
