* Data for Dt, Duration, and Period *
    0.64     128 : Delta Time (sec), and Number of Time (must be Power of 2)
    1.28    0.00 : Minimum Period (sec), and Imaginary Omega for Phinney
* MEDIUM DATA *
        10           : NL (NUMBER OF LAYERS)     t/m3,m/s,   ,m/s,   ,   m
 2.0 2670.0  100.0 0.0  760.0  50.0 0.0  300.0 :DN,VP,Qp,Fp,Vs,Qs,Fs,Thick
 2.1 2800.0  120.0 0.0 1000.0  60.0 0.0  200.0 :DN,VP,Qp,Fp,Vs,Qs,Fs,Thick
 2.2 2900.0  140.0 0.0 1300.0  70.0 0.0  500.0 :DN,VP,Qp,Fp,Vs,Qs,Fs,Thick
 2.3 3100.0  160.0 0.0 1600.0  80.0 0.0  500.0 :DN,VP,Qp,Fp,Vs,Qs,Fs,Thick
 2.5 4300.0  200.0 0.0 2600.0 100.0 0.0 1000.0 :DN,VP,Qp,Fp,Vs,Qs,Fs,Thick
 2.6 4800.0  250.0 0.0 2900.0 125.0 0.0 2500.0 :DN,VP,Qp,Fp,Vs,Qs,Fs,Thick
 2.7 5500.0  300.0 0.0 3300.0 150.0 0.0 5000.0 :DN,VP,Qp,Fp,Vs,Qs,Fs,Thick
 2.8 6400.0  400.0 0.0 3700.0 200.0 0.0 5000.0 :DN,VP,Qp,Fp,Vs,Qs,Fs,Thick
 2.9 6900.0  500.0 0.0 3920.0 250.0 0.0 15000. :DN,VP,Qp,Fp,Vs,Qs,Fs,Thick
 3.3 7800.0  600.0 0.0 4500.0 300.0 0.0    0.0 :DN,VP,Qp,Fp,Vs,Qs,Fs,Thick
* FAULT DATA (Kanto Eq): System Origin is (138.88, 35.23), and X=North & Y=East
   50000.0   20000.0 : Total Length (STR) and Width (DIP) (m),  
   50000.0       0.0 : Location	of Hypocenter (Strike and Dip Distance: m)
    8675.0   11169.0   14142.1 : Location of Fault Origin (X, Y and Z: m)
    142.16     -30.0 : Strike, Dip (deg)
    5    2 : Number of Sub-Faults (NSTR,NDIP)
   10   33 : Numbers of Sub-Fault and Number (Nsub) of Randam phases (Nang)
       0.0   : Time Delay(sec)
    2500.0         1 : Avg. Vr(m/s), Init. Num.
       5.0       0.0    1 : dt (sec), radius (m), and nmin
    3    3: Number of Time Windows & kinds of Slip Velocity Functions
     0.0    10.0    2.00   1.414    7 :delay(s),fmax(Hz),Tr,Ar, triangle Num.
     2.0    10.0    2.00   1.414    7 :delay(s),fmax(Hz),Tr,Ar, triangle Num.
     5.0    10.0    2.00   1.414    7 :delay(s),fmax(Hz),Tr,Ar, triangle Num.
* dislocations (m) on sub-faults up to 6 time windows
2.35	1	1.06	2	0.9	3	4.31
2.78	1	2.17	2	2.63	3	7.58
1.09	1	1.04	2	2.39	3	4.52
0	1	0.68	2	1.55	3	2.23
1.48	1	2	2	2.54	3	6.02
0.16	1	0.42	2	0.59	3	1.17
2.08	1	1.18	2	1.5	3	4.76
2.04	1	1.12	2	2.18	3	5.34
0.65	1	1.23	2	1.05	3	2.93
0.5	1	1.56	2	1.93	3	3.99
 * rake angles (degree) on sub-faults for 6 time windows
-64.44	-56.7	-10.01
-13.65	-8.31	0
-89.93	-58.97	-30.83
-90	-49.43	0
-1.03	0	-10.01
-90	0	0
-1.35	-6.73	0
-43.01	-82.95	-50.59
-90	-85.08	-12.7
-90	-13.05	-29.57
* Static Wavenumber Integ. Data for Greenfield's quadrature *
       2.0 : The first corner w*k on real axis (ex. 2.0)
        16 : Initial Num. of Intg. Points for Adaptive Newton-Cotes Quadrature
      10.0 : The second corner w*k on imag. axis (ex. 10.0)
        16 : Initial Num. of Intg. Points for Adaptive Newton-Cotes Quadrature
* WAVENUMBER INTEGRATION DATA FOR SIMPSON'S OR FILON'S FORMULAS *
        40 : Number of Integration Points from 0 to om/Ryleigh(min)
        20 : Number of Integration Points from om/Ryl(min) to om/c(final)
      10.0 : Factor for c(final): c(final)=Ryl(min)/Factor (Use 10, usually)
 * CHANGE OF SIGNS OF IMAGINARY PARTS OF FINAL RESULTS (FOR FFT) *
         1 : CHANGE SIGN (=1), NOT CHANGE SIGN (=0) 
 * OBSERVATION POINT DATA: System Origin (135.1, 34.7), and X=North & Y=East *
         1 : NUMBER OF OP
   -6110.0    2720.0       0.0 : Naruta
