# this allows you to put comments here 
    #You have to indent commands, with the name of the macro at the left.
    #all is the name of this macro
all
    data starmodl_05a.dat          #change the file name to what you used for 0.5 solar mass model
    lines 24 449                   #don't want to plot the top lines
    read x 1                       #the independent variable is in column 1
    read y 5                       #the dependent variable for pressure is in column 5
    set z = x/6.24E+10             #this changes the radius to the fraction of the total radius
    set w = lg(y)                  #puts y into logarithmic form
    limits 0 1.05 0 18             #hard set the limits
    box                            #draw the box with the set limits
    ltype 0                        #set the line type
    connect z w                    #connect the dots
#
    data starmodl_10a.dat          #new file -- model for 1 solar mass
    lines 24 387                   #there are a different number of lines in this model
    read x 1                       #the independent variable; same limits as above
    read y 5                       #the dependent variable
    set a = x/2.36E+11             #this star has a different radius
    set b = lg(y)                  #pressure in log form
    ltype 1                        #change the line type
    connect a b	                   #connect
    xlabel r/R_{star}              #label the x axis
    ylabel log10(pressure)         #label the y axis
#
    data starmodl_3a.dat           #new file with different mass
    lines 24 425                   #different number of total lines
    read x 
    read y 5
    set c = x/1.11E+11             #different radius -- but still get r/R
    set d = lg(y)
    ltype 3
    connect c d
    relocate 0.2 10                #this is like xyouts in IDL, but uses set limits for coordinates
    ltype 1                        #set line type
    draw 0.3 10                    #draws a line from 0.2, 10 to 0.3, 10
    label 10 M_{sun}i              #and puts in a label right where the "cursor" left off
    relocate 0.2 8
    ltype 0
    draw 0.3 8i                    #ditto
    label 0.5 M_{sun}
    relocate 0.2 9
    ltype 3
    draw 0.3 9
    label 3 M_{sun}
    relocate 0.2 5
    label X = 0.7, Y = 0.292, Z = 0.008
#
#Add additional data from files with models for different masses, just adjusting  the radius and the line type.
#FOR HELP IN SUPERMONGO, use  help topic;  example, help ltype