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evTools
Tools to manipulate and display output from the binary stellar-evolution code ev/STARS/TWIN
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| Source file generated by CMake to report the evTools version used | |
| Read an old-format (pre-2009) ev init.dat file and spit out a namelist version | |
| Reads some data file with a stellar-evolution model from some other code and saves the data in plt format | |
| Reads .plt[12] files and displays properties of the interpolated model with a certain value for a certain variable | |
| Shared modules, functions and subroutines for the evTools package | |
| Find the parameters you need to get a grid with n values between x1 and x2 | |
| See what a log grid of models in ev will result in | |
| Lists the data contained in *.mdl[12] files | |
| List the contents of a .mod file to screen | |
| Reads the data contained in star.plt1,2 and prints it to screen, taken from plotplt | |
| Reads, optinally changes and (over!)writes an init.run (fort.23) input file | |
| Routines to help plot the data contained in mdl[12] files | |
| Merges the data contained in two .plt-files | |
| Provide some redirection/dummy routines to compile the code with NAG Fortran and g95 | |
| Functions and subroutines for the evTools package that need pgplot | |
| Plots the data contained in mdl[12] files | |
| Plots the data contained in star.mdl[12], for some or all (n) structure models in the file, and for ONE set of variables | |
| Reads an input or output structure model file from ev and lists the properties of each model it contains | |
| Plots the data contained in .plt[12] files, highlights selected points | |
| Convert a .plt? file to a .ce file with selected columns for common-envelope calculations | |
| Convert a .plt[12] file to a .dat file with selected columns | |
| Convert code output in plt-file to observables (V, U-B, B-V, V-R, R-I) Based on Kurucz' atmosphere models, needs UBVRI.Kur | |
| Functions and subroutines for plotplt* in the evTools package that need pgplot | |
| From a .plt[12] file, or a series of plot files, select the models that fulfill certain conditions. and write them to a new file. Use this on a grid of models, e.g. to pick out the models that fit V = 10+-1 and B-V = 1.1+-0.1 |
1.8.5