velmod11area7.out

这是一个不错的源码

 >>> Start of program VELEST at Sep 25 11:36:48 1995 <<<                        
 
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  V E L E S T  - Version : January 3, 1995                                      
  (Authors: see source code)                                                    
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 Title of this VELEST run:
 
 CALAVERAS area7 1.10.93 EK startmodell vers. 1.1
 ------------------------------------------------
 
 
 Current array-dimensions of program VELEST:
 
 Max. number of EARTHQUAKES for simult. inversion IEQ = 658
 Max. number of SHOTS for simult. inversion    INSHOT =  50
 Max. number of (different) 1D-MODELS      ITOTMODELS =   2
 Max. number of LAYERS per one 1D-model        INLTOT = 100
 Max. number of STATIONS in stationlist           IST = 650
 Max. number of OBSERVATIONS per event MAXOBSPEREVENT = 180
 
 




    INPUT - P A R A M E T E R S :



***
***  olat       olon   icoordsystem      zshift   itrial ztrial    ised
  37.161301 121.547798      0            0.000       0     0.00      0
***
*** neqs   nshot    rotate
     53      0      0.0
***
*** isingle   iresolcalc
       0          0
***
*** dmax    itopo    zmin     veladj    zadj   lowveloclay
  1000.00     0     -0.20       0.20    5.00       0
***
*** nsp    swtfac   vpvs       nmod
     1      0.00    0.000        1
***
***   othet   xythet    zthet    vthet   stathet
       0.01     0.01     0.01     1.00     0.01
***
*** nsinv   nshcor   nshfix     iuseelev    iusestacorr
       1       0       0           1            0
***
*** iturbo    icnvout   istaout   ismpout
       1         1         2         0
***
*** irayout   idrvout   ialeout   idspout   irflout   irfrout   iresout
       0         0         0         0         0         0         0
***
*** delmin   ittmax   invertratio
    0.010       3          1
***
*** Modelfile:
ca1d11.mod
***
*** Stationfile:
ca1vel.sta
***
*** Seismofile:
 
***
*** File with region names:
 
***
*** File with region coordinates:
 
***
*** File #1 with topo data:
 
***
*** File #2 with topo data:
 
***
*** DATA INPUT files:
***
*** File with Earthquake data:
calarea7.cnv
***
*** File with Shot data:
 
***
*** OUTPUT files:
***
*** Main print output file:
VELMOD11area7.OUT
***
*** File with single event locations:
velout.vel
***
*** File with final hypocenters in *.cnv format:
VELMOD11area7.CNV
***
*** File with new station corrections:
mod11area7sta.OUT
***
*** File with summary cards (e.g. for plotting):
velout.smp
***
*** File with raypoints:
velout.ray
***
*** File with derivatives:
velout.drv
***
*** File with ALEs:
velout.ale
***
*** File with Dirichlet spreads:
CALDIRSPRED.DIS
***
*** File with reflection points:
velout.rfl
***
*** File with refraction points:
velout.rfr
***
*** File with residuals:
velout.res
***




 Origin of cartesian coordinates:
        37.16130N   121.54780W
 
  X,Y-AXES rotated clockwise from North
           Rotation angle (rotate):
            rotate=    0.0 degr.
 
 icoordsystem =   0
 normal SHORT DISTANCE CONVERSION will be made
 x is positive towards west, y is positive towards north
 
 
 SHORT DISTANCE CONVERSION on ELLIPSOIDE of WORLD GEODETIC SYSTEM 1972 (WGS72)
 =============================================================================
 
 Radius at equator (REARTH)= 6378.13500  km
   1. / (ellipticity)      =    298.260
 
 Origin of cartesian coordinates [degrees]:
   37.1613007 N      121.5477982 W
 
  Rotation angle (in degr.) clockwise from
North  rotate=    0.0
 
 Radius of sphere at OLAT =   6370.398 km
 
 Conversion of GEOGRAPHICAL LATITUDE to GEOCENTRICAL LATITUDE:
 RLATC = TAN(GEOCENTR.LAT) / TAN(GEOGRAPH.LAT)
 RLATC =   0.99331078
 
          Short distance conversions:
          one min lat ~  1.8497 km 
          one min lon ~  1.4804 km 

 
 
 
 Station-corrections set to ZERO !
 (if you do NOT invert for station-corrections,
  then these 0.0-values are printed in file12 !)
 




    INPUT - M O D E L :



 Model(s) read from file :
 ca1d11.mod                                                                      
 
 model file title: 
 CALAVERAS1D-modell (mod1.1 EK280993)   
 Velocity structure for model   1 :
 
 layer    vel   depth   vdamp  reflector
   1      4.70  -3.00    1.00          P-VELOCITY MODEL                 
   2      4.70   0.00    1.00  
   3      5.50   1.00    1.00  
   4      5.60   3.00    1.00  
   5      5.70   5.00    1.00  
   6      5.80  10.00    1.00  
   7      6.00  15.00    1.00  
   8      6.50  20.00    1.00  
   9      8.00  25.00    1.00  
  10      8.05  30.00    1.00  
 
 Calculation of average velocity starts at layer #   1
 z = -3.00 ...  0.00    v = 4.70    AVEL = 4.70 downto z =   0.00
 z =  0.00 ...  1.00    v = 4.70    AVEL = 4.70 downto z =   1.00
 z =  1.00 ...  3.00    v = 5.50    AVEL = 4.97 downto z =   3.00
 z =  3.00 ...  5.00    v = 5.60    AVEL = 5.12 downto z =   5.00
 z =  5.00 ... 10.00    v = 5.70    AVEL = 5.35 downto z =  10.00
 z = 10.00 ... 15.00    v = 5.80    AVEL = 5.47 downto z =  15.00
 z = 15.00 ... 20.00    v = 6.00    AVEL = 5.59 downto z =  20.00
 z = 20.00 ... 25.00    v = 6.50    AVEL = 5.75 downto z =  25.00
 z = 25.00 ... 30.00    v = 8.00    AVEL = 6.09 downto z =  30.00
 
 
 Calculation of average velocity starts at layer #   2
 z =  0.00 ...  1.00    v = 4.70    AVEL = 4.70 downto z =   1.00
 z =  1.00 ...  3.00    v = 5.50    AVEL = 5.23 downto z =   3.00
 z =  3.00 ...  5.00    v = 5.60    AVEL = 5.38 downto z =   5.00
 z =  5.00 ... 10.00    v = 5.70    AVEL = 5.54 downto z =  10.00