maltov1.orig    * input nucleosynthesis file
zden          * kinematics output file
zsn           * birth and death rate output file
zmas          * mass fraction output root filename
zdec          * element ratio output root filename
zag           * comparison to anders&grevasse output file
zgdw          * gdwarf file
2.8d0         * efficiency of star formation
2.0d0         * exponent of schimdt birth rate
1             * which_imf; 1=salpeter, 2=scalo-miller and 3=scalo86
-1.31d0       * salpeter exponent zutos: -1.35  orig:-1.31
8.5d3         * distance to solar neighborhood in pc
75.0       * solar neighborhood solar masses/pc**2
1.0d4         * galactic center solar masses/pc**2
1.0d3         * radius in pc between inverse square and exponential disk 
0.08d0        * lower mass limit of imf
40.0d0        * upper mass limit of imf
0.08d0        * lower mass limit of evolution
40.0d0        * upper mass limit of evolution
15.0d0        * time integration ending point in gyr
15.0d0        * age of galaxy in gyr
0.0d0         * 0.283529412d0 0.165882353d0 slope of time scale for disk formation gyr/kpc
4.0d0         * 1.59 * intercept of time scale for disk formation gyr 
10.4d0        * time output point for anders&grevasse comparison
1.0d-6        * initial (time=0) solar masses/pc**2
11.0d0        * lower mass limit for type 2 sn rates only
40.0d0        * upper mass limit for type 2 sn rates only
3.0d0         * lower mass limit of binaries
16.0d0        * upper mass limit of binaries
0.007d0       * sn type 1 factor 0.011 0.007
6             * number of different type 1a events in nucleosynthesis file
1.0d0         *  w7 fraction 0.6
0.0d0         *  sub_chandra1 fraction 0.37
0.0d0         *  sub_chandra2 fraction
0.0d0         *  sub_chandra7 fraction
0.0d0         *  sub_chandra8 fraction 0.03
0.0d0         *  nse1a fraction
0.0d0         * nova factor 0.005 0.011
0.0d0         * number of nova recurrences 1000.0d0
3             * number of different nova events in nucleosynthesis file
0.0d0         * 1.0msun nova fraction
1.0d0         * 1.25msun nova fraction  0.75
0.0d0         * 1.35msun nova fraction  0.25
1.0d-5        * ode integration accuracy
1.0d-5        * ode scale factor
1.0d-11       * suggested size of first time step
0             * 1=print as we integrate; 0 = not
10            * number of points to use in the high m quadrature
10            * number of points to use in the mid  m quadrature
10            * number of points to use in the low  m quadrature
40.0d0        * 0.31 0.018 time in gyr to switch infall composition
1             * zone to take the new infall composition from
0             * nonzero deacays al26 explicitly storing step mod this
1             * 9 use this zone's composition for the normalizations
1            * 11 number of radial points 8.5d3     * radial points in pc
8.5d3
0.250d3        
0.50d3        
0.75d3        
1.0d3
1.5d3        
2.0d3
3.0d3
4.0d3     
5.0d3
6.0d3     
7.0d3
8.5d3
11.0d3
15.0d3