Working with HDF5 in python

COMPAS simulations produce all output by default in the form of an HDF5 file, which is a compact and memory efficient, but non-human-readable data file format. In order to interact with these output files, we use the python module h5py.

Within each file are a variety of HDF5 Groups, representing a specific common event in binary evolution, e.g Roche-Lobe Overflow or Supernovae. These are described throughout the post-processing jupyter notebooks.

This notebook is structured in the following:

• 1) Producing HDF5 output How to run default COMPAS and produce a simple output file.

• 2) Reading HDF5 files The basics and syntax of loading an HDF5 file.

• 3) Rewriting HDF5 files How to rewrite/reduce the HDF5 data.

Let’s start with some pip installs:

! pip install numpy h5py pandas

import os, sys    # for handling paths
import h5py as h5  #for handling data format

# Import COMPAS root and python script directories
compasRootDir = os.environ['COMPAS_ROOT_DIR']
tutorialDir = compasRootDir + '/postProcessing/Tutorial/'

# Import COMPAS specific scripts
sys.path.append(compasRootDir + 'postProcessing/PythonScripts')
import h5rewrite

1. Producing HDF5 output

Here we show an example of how to run a basic COMPAS simulation in order to produce output in an HDF5 format. To run COMPAS, you need to set the environment variable $COMPAS_ROOT_DIR to the top level COMPAS directory. Ensure that you have compiled COMPAS, and that there is a COMPAS executable. We will store the output in the Tutorial directory for easy access later on.

For simplicity, we will run COMPAS on all default settings except for the number of binaries produced. Here, we will run 1k binaries, which is relatively small. Later, we will look at production of double compact objects (DCOs), but these objects are sufficiently rare that in order to study them, we will need to run a simulation of ~1M binaries, but this can take some time depending on your hardware resources.

Note: It is required to have some COMPAS output to complete the rest of the post-processing notebooks, but if you already have an output file, you can skip this section.

# To run terminal commands in a jupyter notebook, prepend the command with an exclamation mark
# The curly brackets here are used to input python variables into the bash command
!COMPAS -n 1000 -o {tutorialDir}

COMPAS v02.24.02
Compact Object Mergers: Population Astrophysics and Statistics
by Team COMPAS (http://compas.science/index.html)
A binary star simulator

Start generating binaries at Fri Nov 26 16:42:15 2021

0: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
1: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
2: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
3: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
4: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
5: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
6: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
7: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
8: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
9: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
10: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
11: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
12: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
13: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
14: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
15: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
16: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
17: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
18: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
19: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
20: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
21: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
22: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
23: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
24: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
25: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
26: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
27: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
28: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
29: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
30: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
31: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
32: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
33: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
34: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
35: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
36: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
37: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
38: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
39: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
40: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
41: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
42: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
43: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
44: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
45: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
46: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
47: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
48: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
49: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
50: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
51: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
52: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
53: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
54: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
55: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
56: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
57: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
58: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
59: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
60: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
61: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
62: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
63: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
64: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
65: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
66: Unbound binary: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Neutron_Star)
67: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
68: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
69: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
70: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
71: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
72: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
73: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
74: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
75: Allowed time exceeded: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
76: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
77: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
78: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
79: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
80: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
81: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
82: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
83: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
84: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
85: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
86: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
87: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
88: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
89: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
90: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
91: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
92: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
93: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
94: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
95: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
96: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
97: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
98: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
99: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
100: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
101: Massless Remnant formed: (Main_Sequence_>_0.7 -> Massless_Remnant) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
102: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
103: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
104: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
105: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
106: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
107: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
108: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
109: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
110: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
111: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
112: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
113: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
114: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
115: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
116: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
117: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
118: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
119: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
120: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
121: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
122: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
123: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
124: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
125: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
Evolution of current binary stopped: Double compact object
126: Evolution stopped: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Neutron_Star)
127: Massless Remnant formed: (Main_Sequence_>_0.7 -> Massless_Remnant) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
128: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
129: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
130: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
131: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
132: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
133: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
134: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
135: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
136: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
137: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
138: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
139: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
140: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
141: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
142: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
143: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
144: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
145: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
146: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
147: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
148: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
149: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
150: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
151: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
152: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
153: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
154: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
155: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
156: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
157: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
158: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
159: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
160: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
161: Massless Remnant formed: (Main_Sequence_>_0.7 -> Massless_Remnant) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
162: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
163: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
164: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
165: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
166: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
167: Stars merged: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch)
168: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
169: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
170: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
171: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
172: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
173: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
174: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
175: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
176: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
177: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
178: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
179: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
180: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
181: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
182: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
183: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
184: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
185: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
186: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
187: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
188: Allowed time exceeded: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
189: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
190: Stars merged: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch)
191: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
192: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
193: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
194: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
195: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
196: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
197: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
198: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
199: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
200: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
201: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
202: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
203: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
204: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
205: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
206: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
207: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
208: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
209: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
210: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
211: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
212: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
213: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
214: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> First_Giant_Branch)
215: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
216: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
217: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
218: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
219: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
220: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
221: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
222: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
223: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
224: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
225: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
226: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
227: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
228: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
229: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
230: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
231: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
232: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
233: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
234: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
235: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
236: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
237: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
238: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
239: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
240: Stars merged: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
241: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
242: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
243: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
244: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
245: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
246: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
247: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
248: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
249: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
250: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
251: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
252: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
253: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
254: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
255: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
256: Unbound binary: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Neutron_Star)
257: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
258: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
259: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
260: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
261: Stars merged: (Chemically_Homogeneous -> Main_Sequence_>_0.7) + (Chemically_Homogeneous -> Main_Sequence_>_0.7)
262: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
263: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
264: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
265: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
266: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
267: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
268: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
269: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
270: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
271: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
272: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
273: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
274: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
275: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
276: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
277: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
278: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
279: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
280: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
281: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
282: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
283: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
284: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
285: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
286: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
287: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
288: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
289: Stars merged: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
290: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
291: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
292: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
293: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
294: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
295: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
296: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
297: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
298: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
299: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
300: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
301: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
302: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
303: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
304: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
305: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
306: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
307: Double White Dwarf: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
308: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
309: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
310: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
311: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
312: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
313: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
314: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
315: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
316: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
317: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
318: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
319: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
320: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
321: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
322: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
323: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
324: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
325: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
326: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
327: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
328: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
329: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
330: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
331: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
332: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
333: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
334: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
335: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
336: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
337: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
338: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
339: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
340: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
341: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
342: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
343: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
344: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
345: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
346: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
347: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
348: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
349: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
350: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
351: Stars merged: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch)
352: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
353: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
354: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
355: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
356: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
357: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
358: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
359: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
360: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
361: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
362: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
363: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
364: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
365: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
366: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
367: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
368: Allowed time exceeded: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
369: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
370: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
371: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
372: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
373: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
374: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
375: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
376: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
377: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
378: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
379: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Early_Asymptotic_Giant_Branch)
380: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
381: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
382: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
383: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
384: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
385: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
386: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
387: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
388: Allowed time exceeded: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
389: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
390: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
391: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
392: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
393: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
394: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
395: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
396: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
397: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
398: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
399: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
400: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
401: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
402: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
403: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
404: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
405: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
406: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
407: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
408: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
409: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
410: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
411: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
412: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
413: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
414: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
415: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
416: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
417: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
418: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
419: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
420: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
421: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
422: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
423: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
424: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
425: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
426: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
427: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
428: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
429: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
430: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
431: Massless Remnant formed: (Main_Sequence_>_0.7 -> Massless_Remnant) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
432: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
433: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
434: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
435: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
436: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
437: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
438: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
439: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
440: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
441: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
442: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
443: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
444: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
445: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
446: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
447: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
448: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Neutron_Star)
449: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
450: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
451: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
452: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
453: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
454: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
455: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
456: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
457: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
458: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
459: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
460: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
461: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
462: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
463: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
464: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
465: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
466: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
467: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
468: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
469: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
470: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
471: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
472: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
473: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
474: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
475: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
476: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
477: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
478: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
479: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
480: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
481: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
482: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
483: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
484: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
485: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
486: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
487: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
488: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
489: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
490: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
491: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
492: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
493: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
494: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Black_Hole)
495: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
496: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
497: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
498: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
499: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
500: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
501: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
502: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
503: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
504: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
505: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
506: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
507: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
508: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
509: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
510: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
511: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
512: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
513: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
514: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
515: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
516: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
517: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
518: Allowed time exceeded: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
519: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
520: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
521: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
522: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
523: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
524: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
525: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
526: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
527: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
528: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
529: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
530: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
531: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
532: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
533: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
534: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
535: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
536: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
537: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
538: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
539: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
540: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
541: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
542: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
543: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
544: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
545: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
546: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
547: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
548: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
549: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
550: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
551: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
552: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
553: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
554: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
555: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
556: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
557: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
558: Allowed time exceeded: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
559: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
560: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
561: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
562: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
563: Allowed time exceeded: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
564: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
565: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
566: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
567: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
568: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
569: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
570: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
571: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
572: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
573: Massless Remnant formed: (Main_Sequence_>_0.7 -> Massless_Remnant) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
574: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
575: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
576: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
577: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
578: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
579: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
580: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
581: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
582: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
583: Stars merged: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch)
584: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
Evolution of current binary stopped: Double compact object
585: Evolution stopped: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Neutron_Star)
586: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
587: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
588: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
589: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
590: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
591: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
592: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
593: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
594: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
595: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
596: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
597: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
598: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
599: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
600: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
601: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
602: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
603: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
604: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
605: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
606: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
607: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
608: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
609: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
610: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
611: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
612: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
613: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
614: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
615: Stars merged: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
616: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
617: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
618: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
619: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
620: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
621: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
622: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
623: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
624: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
625: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
626: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
627: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
628: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
629: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
630: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
631: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
632: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
633: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
634: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
635: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
636: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
637: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
638: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
639: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
640: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
641: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
642: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
643: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
644: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
645: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
646: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
647: Stars merged: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
648: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
649: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
650: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
651: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
652: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Black_Hole)
653: Stars merged: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch)
654: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
655: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
656: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
657: Massless Remnant formed: (Main_Sequence_>_0.7 -> Massless_Remnant) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
658: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
659: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
660: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
661: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
662: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
663: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
664: Massless Remnant formed: (Main_Sequence_>_0.7 -> Massless_Remnant) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
665: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
666: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
667: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
668: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
669: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
670: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
671: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
672: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
673: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
674: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
675: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
676: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
677: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
678: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
679: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
680: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
681: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
682: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
683: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
684: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
685: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
686: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
687: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
688: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
689: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
690: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
691: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
692: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
693: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
694: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
695: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
696: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
697: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
698: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
699: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
700: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
701: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
702: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
703: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
704: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
705: Massless Remnant formed: (Main_Sequence_>_0.7 -> Massless_Remnant) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
706: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
707: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
708: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
709: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
710: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
711: Double White Dwarf: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
712: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
713: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
714: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
715: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
716: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
717: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
718: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
719: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
720: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
721: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
722: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
723: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
724: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
725: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
726: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
727: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
728: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
Evolution of current binary stopped: Double compact object
729: Evolution stopped: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Black_Hole)
730: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
731: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
732: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
733: Massless Remnant formed: (Main_Sequence_>_0.7 -> Massless_Remnant) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
734: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
735: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
736: Stars merged: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
737: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
738: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
739: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
740: Massless Remnant formed: (Main_Sequence_>_0.7 -> Massless_Remnant) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
741: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
742: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
743: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
744: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
745: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
746: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
747: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
748: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
749: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
750: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
751: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
752: Stars merged: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
753: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
754: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
755: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
756: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
757: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
758: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
759: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
760: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
761: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
762: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
763: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
764: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
765: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
766: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
767: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
768: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
769: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
770: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
771: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
772: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
773: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
774: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
775: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
776: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
777: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
778: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
779: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
780: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
781: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
782: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
783: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
784: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
785: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
786: Allowed time exceeded: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
787: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
788: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
789: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
790: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
791: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
792: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
793: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
794: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
795: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
796: Stars merged: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch)
797: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
798: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
799: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
800: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
801: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
802: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
803: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
804: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
805: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
806: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
807: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
808: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
809: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
810: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
811: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
812: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
813: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
814: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
815: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
816: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
817: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
818: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
819: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
820: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
821: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
822: Massless Remnant formed: (Main_Sequence_>_0.7 -> Massless_Remnant) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
823: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
824: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
825: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
826: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
827: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
828: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
829: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
830: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
831: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
832: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
833: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
834: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
835: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
836: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
837: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
838: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
839: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
840: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
841: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
842: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
843: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
844: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
845: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
846: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
847: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
848: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
849: Stars merged: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch)
850: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
851: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
852: Allowed time exceeded: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
853: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
854: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
855: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
856: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
857: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
858: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
859: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
860: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
861: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
862: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
863: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
864: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Core_Helium_Burning)
865: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
866: Allowed time exceeded: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
867: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
868: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
869: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
870: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
871: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
872: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
873: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
874: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
875: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
876: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
877: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
878: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
879: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
880: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
881: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
882: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
883: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
884: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
885: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
886: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
887: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
888: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
889: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
890: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
891: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
892: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
893: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
894: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
895: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
896: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
897: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
898: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
899: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
900: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
901: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
902: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
903: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
904: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
905: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
906: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
907: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
908: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
909: Stars merged: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
910: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
911: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
912: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
913: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
914: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
915: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
916: Stars merged: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch)
917: Allowed time exceeded: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
918: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
919: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
920: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
921: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
922: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
923: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
924: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
925: Unbound binary: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
926: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
927: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
928: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
929: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
930: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
931: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
932: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
933: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
934: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
935: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
936: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
937: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
938: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
939: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
940: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
941: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
942: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
943: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
944: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
945: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
946: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
947: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
948: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
949: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
950: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
951: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
952: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
953: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
954: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
955: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
956: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Hertzsprung_Gap) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
957: Stars merged: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch)
958: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
959: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
960: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
961: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
962: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)
963: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
964: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Black_Hole)
965: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
966: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
967: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
968: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
969: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
970: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
971: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
972: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
973: Allowed time exceeded: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Neutron_Star)
974: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
975: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
976: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
977: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
978: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
979: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
980: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
981: Double White Dwarf: (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
982: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
983: Unbound binary: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Neutron_Star)
984: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
985: Unbound binary: (Main_Sequence_>_0.7 -> Black_Hole) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
986: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
987: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
988: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf)
989: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
990: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
991: Allowed time exceeded: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Oxygen-Neon_White_Dwarf)
992: Double White Dwarf: (Main_Sequence_>_0.7 -> Carbon-Oxygen_White_Dwarf) + (Main_Sequence_>_0.7 -> Helium_White_Dwarf)
993: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
994: Stars merged: (Main_Sequence_>_0.7 -> Naked_Helium_Star_Giant_Branch) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
995: Stars merged: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Naked_Helium_Star_MS)
996: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
997: Stars merged: (Main_Sequence_>_0.7 -> Helium_White_Dwarf) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
998: Stars merged: (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7) + (Main_Sequence_>_0.7 -> Main_Sequence_>_0.7)
999: Unbound binary: (Main_Sequence_>_0.7 -> Neutron_Star) + (Main_Sequence_<=_0.7 -> Main_Sequence_<=_0.7)

Generated 1000 of 1000 binaries requested

Simulation completed

End generating binaries at Fri Nov 26 16:42:35 2021

Clock time = 19.9837 CPU seconds
Wall time  = 0000:00:19 (hhhh:mm:ss)

Note: This will produce output in the COMPAS_Output directory only the first time it is run. If you run this multiple times, new directories will be created as COMPAS_Output_X. Ensure that you are using the data in the desired directory.

Non-default settings can be seen by running the following in the command line

!COMPAS --help
print()

COMPAS v02.33.00
Compact Object Mergers: Population Astrophysics and Statistics
by Team COMPAS (http://compas.science/index.html)
A binary star simulator

Options:
--PISN-lower-limit
  Minimum core mass for PISN, in Msol (default = 60.000000)
--PISN-upper-limit
  Maximum core mass for PISN, in Msol (default = 135.000000)
--PPI-lower-limit
  Minimum core mass for PPI, in Msol (default = 35.000000)
--PPI-upper-limit
  Maximum core mass for PPI, in Msol (default = 60.000000)
--add-options-to-sysparms
  Add program options columns to BSE/SSE SysParms file (options: [ALWAYS, GRID, NEVER], default = GRID)
--allow-non-stripped-ECSN
  Allow ECSN to occur in unstripped progenitors (default = TRUE)
--allow-rlof-at-birth
  Allow binaries that have one or both stars in RLOF at birth to evolve (default = TRUE)
--allow-touching-at-birth
  Allow binaries that are touching at birth to evolve (default = FALSE)
--angular-momentum-conservation-during-circularisation
  Conserve angular momentum when binary is circularised when entering a Mass Transfer episode (default = FALSE)
--black-hole-kicks
  Black hole kicks relative to NS kicks (options: [FULL, REDUCED, ZERO, FALLBACK], default = FALLBACK)
--case-BB-stability-prescription
  Case BB/BC mass transfer stability prescription (options: [ALWAYS_STABLE, ALWAYS_STABLE_ONTO_NSBH, TREAT_AS_OTHER_MT, ALWAYS_UNSTABLE], default = ALWAYS_STABLE)
--check-photon-tiring-limit
  Check the photon tiring limit hasn't been exceeded by wind mass loss (default = FALSE)
--chemically-homogeneous-evolution
  Chemically Homogeneous Evolution (options: [NONE, OPTIMISTIC, PESSIMISTIC], default = PESSIMISTIC)
--circularise-binary-during-mass-transfer
  Circularise binary when it enters a Mass Transfer episode (default = TRUE)
--common-envelope-allow-immediate-RLOF-post-CE-survive
  Allow immediate post CE RLOF to survive common envelope evolution (default = FALSE)
--common-envelope-allow-main-sequence-survive
  Allow main sequence stars to survive common envelope evolution (default = TRUE)
--common-envelope-allow-radiative-envelope-survive
  Allow radiative envelope stars to survive common envelope evolution (default = FALSE)
--common-envelope-alpha
  Common Envelope efficiency alpha (default = 1.000000)
--common-envelope-alpha-thermal
  Defined such that lambda = alpha_th * lambda_b + (1.0 - alpha_th) * lambda_g (default = 1.000000)
--common-envelope-lambda
  Common Envelope lambda (default = 0.100000)
--common-envelope-lambda-multiplier
  Multiply lambda by some constant (default = 1.000000)
--common-envelope-lambda-nanjing-enhanced
  Use Nanjing lambda's with enhanced extrapolation in stellar radius (default = FALSE)
--common-envelope-lambda-nanjing-interpolate-in-mass
  Use Nanjing lambda's with mass interpolation (only used when using enhanced Nanjing lambda's) (default = FALSE)
--common-envelope-lambda-nanjing-interpolate-in-metallicity
  Use Nanjing lambda's with metallicity interpolation (only used when using enhanced Nanjing lambda's) (default = FALSE)
--common-envelope-lambda-nanjing-use-rejuvenated-mass
  Use rejuvenated mass to calculate Nanjing lambda's (default = FALSE)
--common-envelope-lambda-prescription
  CE lambda prescription (options: [LAMBDA_FIXED, LAMBDA_LOVERIDGE, LAMBDA_NANJING, LAMBDA_KRUCKOW, LAMBDA_DEWI], default = LAMBDA_NANJING)
--common-envelope-mass-accretion-constant
  Value of mass accreted by NS/BH, in Msol, during common envelope evolution, assuming all NS/BH accrete same amount of mass (common-envelope-mass-accretion-prescription CONSTANT). Ignored otherwise (default = 0.000000)
--common-envelope-mass-accretion-max
  Maximum amount of mass accreted by NS/BHs, in Msol, during common envelope evolution in Msol (default = 0.100000)
--common-envelope-mass-accretion-min
  Minimum amount of mass accreted by NS/BHs, in Msol, during common envelope evolution in Msol (default = 0.040000)
--common-envelope-mass-accretion-prescription
  Assumption about whether NS/BHs can accrete mass during common envelope evolution (options: [ZERO, CONSTANT, UNIFORM, MACLEOD], default = ZERO)
--common-envelope-recombination-energy-density
  Recombination energy density, in erg/g (default = 15000000000000.000000)
--common-envelope-slope-kruckow
  Common Envelope slope for Kruckow lambda (default = -0.833333)
--convective-envelope-temperature-threshold
  Temperature [K] threshold, below which the envelopes of giants are convective. Only used for --envelope-state-prescription = FIXED_TEMPERATURE, ignored otherwise. (default = 5370.000000)
--cool-wind-mass-loss-multiplier
  Multiplicative constant for wind mass loss of cool stars (default = 1.000000)
--critical-mass-ratio-HG-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a HG star to a degenerate accretor (default = 0.210000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-HG-non-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a HG star to a non-degenerate accretor (default = 0.250000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-MS-high-mass-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a MS star to a degenerate accretor (default = 0.000000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-MS-high-mass-non-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a MS star to a non-degenerate accretor (default = 0.625000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-MS-low-mass-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a MS star to a degenerate accretor (default = 1.000000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-MS-low-mass-non-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a MS star to a non-degenerate accretor (default = 1.440000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-giant-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a giant star to a degenerate accretor (default = 0.870000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-giant-non-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a giant star to a non-degenerate accretor (default = -1.000000, which triggers a call to a function of the core mass ratio [Claeys+2014]).
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-helium-HG-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a helium HG star to a degenerate accretor (default = 0.210000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-helium-HG-non-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a helium HG star to a non-degenerate accretor (default = 0.250000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-helium-MS-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a helium MS star to a degenerate accretor (default = 0.000000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-helium-MS-non-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a helium MS star to a non-degenerate accretor (default = 0.000000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-helium-giant-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a helium giant star to a degenerate accretor (default = 0.870000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-helium-giant-non-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a helium giant star to a non-degenerate accretor (default = 1.280000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-prescription
  Prescription for which critical mass ratio prescription to use, if any (options: [NONE, CLAEYS, GE20, GE20_IC], default = NONE)
--critical-mass-ratio-white-dwarf-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a white dwarf to a degenerate accretor (default = 1.600000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--critical-mass-ratio-white-dwarf-non-degenerate-accretor
  Critical mass ratio (mA/mD) for MT from a white dwarf to a non-degenerate accretor (default = 0.000000)
  0 is always stable, <0 is disabled.
  Only used for --critical-mass-ratio-prescription CLAEYS, ignored otherwise.
--debug-classes
  Debug classes enabled (default = )
--debug-level
  Determines which print statements are displayed for debugging (default = 0)
--debug-to-file
  Write debug statements to file (default = FALSE)
--detailed-output
  Print detailed output to file (default = FALSE)
--eccentricity [ -e ]
  Eccentricity, e (default = 0.000000)
--eccentricity-distribution
  Initial eccentricity distribution (options: [ZERO, FLAT, THERMAL, GELLER+2013, DUQUENNOYMAYOR1991, SANA2012], default = ZERO)
--eccentricity-max
  Maximum eccentricity to generate (default = 1.000000)
--eccentricity-min
  Minimum eccentricity to generate (default = 0.000000)
--eddington-accretion-factor
  Multiplication factor for eddington accretion for NS & BH, i.e. >1 is super-eddington and 0. is no accretion (default = 1.000000)
--enable-warnings
  Display warning messages to stdout (default = FALSE)
--envelope-state-prescription
  Prescription for whether the envelope is radiative or convective (options: [LEGACY, HURLEY, FIXED_TEMPERATURE], default = LEGACY)
--errors-to-file
  Write error messages to file (default = FALSE)
--evolve-pulsars
  Evolve pulsars (default = FALSE)
--evolve-unbound-systems
  Continue evolving stars even if the binary is disrupted (default = FALSE)
--fix-dimensionless-kick-magnitude
  Fix dimensionless kick magnitude uk to this value (default = -1.000000, -ve values false, +ve values true)
--fryer-22-fmix
  paramter describing the mixing growth time when using the 'FRYER2022' remnant mass distribution (default = 0.500000)
--fryer-22-mcrit
  Critical CO core mass for black hole formation when using the 'FRYER2022' remnant mass distribution (default = 5.750000)
--fryer-supernova-engine
  If using Fryer et al 2012 fallback prescription. (options: [DELAYED, RAPID], default = DELAYED)
--grid
  Grid filename (default = )
--grid-lines-to-process
  Specifies how many grid lines should be processed (from the start line - see grid-start-line) (default = Process to EOF)
--grid-start-line
  Specifies which line of the grid file is processed first (0-based) (default = 0)
--hdf5-buffer-size
  HDF5 file dataset IO buffer size (number of chunks, default = 1)
--hdf5-chunk-size
  HDF5 file dataset chunk size (number of dataset entries, default = 100000)
--help [ -h ]
  Print this help message
--hmxr-binaries
  Store HMXRB candidates in BSE_RLOF output file (default = FALSE)
--initial-mass
  Initial mass (in Msol) for the star (SSE) (default = 5.000000)
--initial-mass-1
  Initial mass (in Msol) for the primary star (BSE) (default = 5.000000)
--initial-mass-2
  Initial mass (in Msol) for the secondary star (BSE) (default = 5.000000)
--initial-mass-function [ -i ]
  Initial mass function (options: [SALPETER, POWERLAW, UNIFORM, KROUPA], default = KROUPA)
--initial-mass-max
  Maximum mass (in Msol) to generate using given IMF (default = 150.000000)
--initial-mass-min
  Minimum mass (in Msol) to generate using given IMF (default = 5.000000)
--initial-mass-power
  Single power law power to generate primary mass using POWERLAW IMF (default = 0.000000)
--kick-direction
  Natal kick direction distribution (options: [ISOTROPIC, INPLANE, PERPENDICULAR, POWERLAW, WEDGE, POLES], default = ISOTROPIC)
--kick-direction-power
  Power for power law kick direction distribution (default = 0.000000 = isotropic, +ve = polar, -ve = in plane)
--kick-magnitude
  The magnitude of the kick velocity, in km/s, that the star receives during the a supernova (default = 0.000000)
--kick-magnitude-1
  The magnitude of the kick velocity, in km/s, that the primary star receives during the a supernova (default = 0.000000)
--kick-magnitude-2
  The magnitude of the kick velocity, in km/s, that the secondary star receives during the a supernova (default = 0.000000)
--kick-magnitude-distribution
  Natal kick magnitude distribution (options: [ZERO, FIXED, FLAT, MAXWELLIAN, BRAYELDRIDGE, MULLER2016, MULLER2016MAXWELLIAN, MULLERMANDEL], default = MAXWELLIAN)
--kick-magnitude-max
  Maximum drawn kick magnitude in km/s. Ignored if < 0. Must be > 0 if using kick-magnitude-distribution=FLAT (default = -1.000000)
--kick-magnitude-random
  Number used to choose the kick velocity magnitude for the star during the a supernova (default = uniform random number [0.0, 1.0))
--kick-magnitude-random-1
  Number used to choose the kick velocity magnitude for the primary star during the a supernova (default = uniform random number [0.0, 1.0))
--kick-magnitude-random-2
  Number used to choose the kick velocity magnitude for the secondary during the a supernova (default = uniform random number [0.0, 1.0))
--kick-magnitude-sigma-CCSN-BH
  Sigma for chosen kick magnitude distribution, in km/s, for black holes (default = 265.000000)
--kick-magnitude-sigma-CCSN-NS
  Sigma for chosen kick magnitude distribution, in km/s, for neutron stars (default = 265.000000)
--kick-magnitude-sigma-ECSN
  Sigma for chosen kick magnitude distribution, in km/s, for ECSN (default = 30.000000)
--kick-magnitude-sigma-USSN
  Sigma for chosen kick magnitude distribution, in km/s, for USSN (default = 30.000000)
--kick-mean-anomaly-1
  Mean anomaly, in rad, for the primary star at instantaneous time of the supernova (default = uniform random number [0.0, 2pi))
--kick-mean-anomaly-2
  Mean anomaly, in rad, for the secondary star at instantaneous time of the supernova (default = uniform random number [0.0, 2pi))
--kick-phi-1
  Planar angle, in rad, of the supernova vector, for the primary star (default = drawn from kick direction distribution)
--kick-phi-2
  Planar angle, in rad, of the supernova vector, for the secondary star (default = drawn from kick direction distribution)
--kick-scaling-factor
  Arbitrary factor used to scale kicks (default = 1.000000)
--kick-theta-1
  Polar angle, in rad, of the supernova vector, for the primary star (default = drawn from kick direction distribution)
--kick-theta-2
  Polar angle, in rad, of the supernova vector, for the secondary star (default = drawn from kick direction distribution)
--log-classes
  Logging classes enabled (default = )
--log-level
  Determines which print statements are included in the logfile (default = 0)
--logfile-common-envelopes
  Filename for BSE Common Envelopes logfile (default = BSE_Common_Envelopes)
--logfile-common-envelopes-record-types
  Enabled record types for BSE Common Envelopes logfile (default = -1)
--logfile-definitions
  Filename for logfile record definitions (default = )
--logfile-detailed-output
  Filename for BSE Detailed Output logfile (default = BSE_Detailed_Output)
--logfile-detailed-output-record-types
  Enabled record types for BSE Detailed Output logfile (default = -1)
--logfile-double-compact-objects
  Filename for Double Compact Objects logfile (default = BSE_Double_Compact_Objects)
--logfile-double-compact-objects-record-types
  Enabled record types for Double Compact Objects logfile (default = -1)
--logfile-name-prefix
  Prefix for logfile names (default = )
--logfile-pulsar-evolution
  Filename for Pulsar Evolution logfile (default = BSE_Pulsar_Evolution)
--logfile-pulsar-evolution-record-types
  Enabled record types for Pulsar Evolution logfile (default = -1)
--logfile-rlof-parameters
  Filename for BSE RLOF Parameters logfile ( default = BSE_RLOF)
--logfile-rlof-parameters-record-types
  Enabled record types for BSE RLOF Parameters logfile ( default = -1)
--logfile-supernovae
  Filename for Supernovae logfile (default = BSE_Supernovae)
--logfile-supernovae-record-types
  Enabled record types for Supernovae logfile (default = -1)
--logfile-switch-log
  Filename for Switch Log logfile (default = BSE_Switch_Log)
--logfile-system-parameters
  Filename for System Parameters logfile (default = BSE_System_Parameters)
--logfile-system-parameters-record-types
  Enabled record types for System Parameters logfile (default = -1)
--logfile-type
  File type for logfiles (options: [HDF5, CSV, TSV, TXT], default = HDF5)
--luminous-blue-variable-multiplier
  Multiplicitive constant for LBV mass loss (default = 1.500000, use 10 for Mennekens & Vanbeveren 2014)
--luminous-blue-variable-prescription
  LBV Mass loss prescription (options: [NONE, HURLEY_ADD, HURLEY, BELCZYNSKI], default = HURLEY_ADD)
--mass-loss-prescription
  Mass loss prescription (options: [NONE, HURLEY, VINK], default = VINK)
--mass-ratio [ -q ]
  Mass ratio m2/m1 used to determine secondary mass if not specified (default = 1.000000)
--mass-ratio-distribution
  Initial mass ratio distribution for q=m2/m1 (options: [FLAT, DUQUENNOYMAYOR1991, SANA2012], default = FLAT)
--mass-ratio-max
  Maximum mass ratio m2/m1 to generate (default = 1.000000)
--mass-ratio-min
  Minimum mass ratio m2/m1 to generate (default = 0.010000)
--mass-transfer
  Enable mass transfer (default = TRUE)
--mass-transfer-accretion-efficiency-prescription
  Mass Transfer Accretion Efficiency prescription (options: [THERMAL, FIXED], default = THERMAL)
--mass-transfer-angular-momentum-loss-prescription
  Mass Transfer Angular Momentum Loss prescription (options: [JEANS, ISOTROPIC, CIRCUMBINARY, MACLEOD_LINEAR, ARBITRARY], default = ISOTROPIC)
--mass-transfer-fa
  Mass Transfer fraction accreted in FIXED prescription (default = 0.500000, fully conservative)
--mass-transfer-jloss
  Fraction of specific angular momentum which non-accreted matter removes from the system (default = 1.000000)
--mass-transfer-jloss-macleod-linear-fraction
  Interpolation fraction for jloss prescription if --mass-transfer-angular-momentum-loss-prescription=MACLEOD_LINEAR. 0 is gamma_acc, 1 is gamma_L2 (default = 0.500000)
--mass-transfer-rejuvenation-prescription
  Mass Transfer Rejuvenation prescription (options: [NONE, STARTRACK], default = STARTRACK)
--mass-transfer-thermal-limit-C
  Mass Transfer Thermal rate factor of the accretor (default = 10.000000)
--mass-transfer-thermal-limit-accretor
  Mass Transfer Thermal Accretion limit (options: [CFACTOR, ROCHELOBE], default = CFACTOR)
--maximum-evolution-time
  Maximum time to evolve binaries, in Myr (default = 13700.000000)
--maximum-mass-donor-nandez-ivanova
  Maximum donor mass, in Msol, allowed for the revised common envelope formalism in Msol (default = 2.000000)
--maximum-neutron-star-mass
  Maximum mass of a neutron star, in Msol (default = 2.500000)
--maximum-number-timestep-iterations
  Maximum number of timesteps to evolve binary before giving up (default = 99999)
--mcbur1
  Minimum core mass at BAGB, in Msol, to avoid fully degenerate CO core  (default = 1.600000)
--metallicity [ -z ]
  Metallicity to use (default = 0.014200)
--metallicity-distribution
  Metallicity distribution (options: [ZSOLAR, LOGUNIFORM], default = ZSOLAR)
--metallicity-max
  Maximum metallicity to generate (default = 0.030000)
--metallicity-min
  Minimum metallicity to generate (default = 0.000100)
--minimum-secondary-mass
  Minimum mass of secondary to generate, in Msol (default = 0.100000)
--mode
  Evolution mode (options: [SSE, BSE], default = BSE)
--muller-mandel-kick-multiplier-BH
  Scaling prefactor for BH kicks when using the 'MULLERMANDEL' kick magnitude distribution (default = 200.000000)
--muller-mandel-kick-multiplier-NS
  Scaling prefactor for NS kicks when using the 'MULLERMANDEL' kick magnitude distribution (default = 400.000000)
--muller-mandel-sigma-kick
  Kick scatter when using the 'MULLERMANDEL' kick magnitude distribution (default = 0.300000)
--neutrino-mass-loss-BH-formation
  Assumption about neutrino mass loss during BH formation (options: [FIXED_FRACTION, FIXED_MASS], default = FIXED_MASS)
--neutrino-mass-loss-BH-formation-value
  Amount of BH mass lost due to neutrinos (either fraction or fixed value, depending on --neutrino-mass-loss-BH-formation) (default = 0.100000)
--neutron-star-equation-of-state
  Neutron star equation of state to use (options: [SSE, ARP3], default = SSE)
--notes
  User-specified annotations (default = )
--notes-hdrs
  User-specified annotation header strings (default = )
--number-of-systems [ -n ]
  Specify the number of systems to simulate (SSE) (default = 10)
--orbital-period
  Initial orbital period, in days (default = 0.100000)
--orbital-period-distribution
  Initial orbital period distribution (options: [FLATINLOG], default = FLATINLOG)
--orbital-period-max
  Maximum period, in days, to generate (default = 1000.000000)
--orbital-period-min
  Minimum period, in days, to generate (default = 1.100000)
--output-container [ -c ]
  Container (directory) name for output files (default = COMPAS_Output)
--output-path [ -o ]
  Directory for output (default = .)
--overall-wind-mass-loss-multiplier
  Multiplicitive constant for overall wind mass loss (default = 1.000000)
--pair-instability-supernovae
  Enable pair instability supernovae (PISN) (default = TRUE)
--population-data-printing
  Print details of population (default = FALSE)
--print-bool-as-string
  Print boolean properties as 'TRUE' or 'FALSE' (default = FALSE)
--pulsar-birth-magnetic-field-distribution
  Pulsar Birth Magnetic Field distribution (options: [ZERO, FIXED, FLATINLOG, UNIFORM, LOGNORMAL], default = ZERO)
--pulsar-birth-magnetic-field-distribution-max
  Maximum pulsar birth magnetic field, in log10(Gauss) (default = 13.000000)
--pulsar-birth-magnetic-field-distribution-min
  Minimum pulsar birth magnetic field, in log10(Gauss) (default = 11.000000)
--pulsar-birth-spin-period-distribution
  Pulsar Birth Spin Period distribution (options: [ZERO, FIXED, UNIFORM, NORMAL], default = ZERO)
--pulsar-birth-spin-period-distribution-max
  Maximum pulsar birth spin period, in ms (default = 100.000000)
--pulsar-birth-spin-period-distribution-min
  Minimum pulsar birth spin period, in ms (default = 10.000000)
--pulsar-magnetic-field-decay-massscale
  Mass scale on which magnetic field decays during accretion, in Msol (default = 0.025000)
--pulsar-magnetic-field-decay-timescale
  Timescale on which magnetic field decays, in Myrs (default = 1000.000000)
--pulsar-minimum-magnetic-field
  Minimum pulsar magnetic field, in log10(Gauss) (default = 8.000000)
--pulsational-pair-instability
  Enable mass loss due to pulsational-pair-instability (PPI) (default = TRUE)
--pulsational-pair-instability-prescription
  Pulsational Pair Instability prescription (options: [COMPAS, STARTRACK, MARCHANT, FARMER], default = MARCHANT)
--quiet
  Suppress printing (default = FALSE)
--random-seed
  Random seed to use (default = 0)
--remnant-mass-prescription
  Choose remnant mass prescription (options: [HURLEY2000, BELCZYNSKI2002, FRYER2012, FRYER2022, MULLER2016, MULLERMANDEL, SCHNEIDER2020, SCHNEIDER2020ALT], default = FRYER2012)
--retain-core-mass-during-caseA-mass-transfer
  Retain approximate core mass of a case A donor as a minimum core at end of MS or HeMS (default = FALSE)
--revised-energy-formalism-nandez-ivanova
  Enable revised energy formalism (default = FALSE)
--rlof-printing
  Enable output parameters before/after RLOF (default = TRUE)
--rotational-frequency
  Initial rotational frequency for the star for SSE (Hz) (default = 0.000000)
--rotational-frequency-1
  Initial rotational frequency for the primary star for BSE (Hz) (default = 0.000000)
--rotational-frequency-2
  Initial rotational frequency for the secondary star for BSE (Hz) (default = 0.000000)
--rotational-velocity-distribution
  Initial rotational velocity distribution (options: [ZERO, HURLEY, VLTFLAMES], default = ZERO)
--semi-major-axis [ -a ]
  Initial semi-major axis, in AU (default = 0.100000)
--semi-major-axis-distribution
  Initial semi-major axis distribution (options: [FLATINLOG, DUQUENNOYMAYOR1991, SANA2012], default = FLATINLOG)
--semi-major-axis-max
  Maximum semi-major axis, in AU, to generate (default = 1000.000000)
--semi-major-axis-min
  Minimum semi-major axis, in AU, to generate (default = 0.010000)
--stellar-zeta-prescription
  Prescription for stellar zeta (options: [SOBERMAN, HURLEY, GE20, GE20_IC, ARBITRARY] default = SOBERMAN)
--store-input-files
  Store input files in output container (default = TRUE)
--switch-log
  Print switch log to file (default = FALSE)
--timestep-multiplier
  Timestep multiplier for SSE and BSE (default = 1.000000)
--use-mass-loss
  Enable mass loss (default = TRUE)
--version [ -v ]
  Print COMPAS version string
--wolf-rayet-multiplier
  Multiplicitive constant for WR winds (default = 1.000000)
--zeta-adiabatic-arbitrary
  Value of mass-radius exponent zeta adiabatic (default = 10000.000000)
--zeta-main-sequence
  Value of mass-radius exponent zeta on the main sequence (default = 2.000000)
--zeta-radiative-envelope-giant
  Value of mass-radius exponent zeta for radiative envelope giants (default = 6.500000)

2. Reading HDF5 files

Here we show the basic h5 file syntax for how to load and close the file, and extract/inspect the data.

While working with this notebook, feel free to change the data file used to see how it affects the output. For the purpose of consistency and ensuring that our examples work properly, the default data file 'COMPAS_Output_tutorial.h5' has been pre-run using precisely chosen input parameters, specified in 'tutorial_grid.txt'.

If the default data file is accidentally deleted, it can be reconstructed by running:

COMPAS --grid tutorial_grid.txt

Load the h5 file

# Set the appropriate path to the data file

pathToH5 = tutorialDir + 'COMPAS_Tutorial_Output.h5'
Data  = h5.File(pathToH5)

Inspect the data

list(Data.keys())

['BSE_Common_Envelopes',
 'BSE_Double_Compact_Objects',
 'BSE_RLOF',
 'BSE_Supernovae',
 'BSE_System_Parameters',
 'Run_Details']

The list of output here depends on your simulation. Here you may see ‘BSE_System_Parameters’, which collects all of the information of the systems at the beginning of the evolution, as well as other major events such as ‘BSE_RLOF’ for all mass transfer events, ‘BSE_Common_Envelopes’ for all unstable mass transfer events, ‘BSE_Supernovae’ if you have sufficiently massive stars to undergo a supernova event, and ‘BSE_Double_Compact_Objects’ if you happen to form any intact binaries composed of either neutron stars or black holes (though this is quite rare and may require a large simulation).

Running Single Stellar Evolution (SSE) will produce generally different outputs to Binary Stellar Evolution (BSE), but both will create a Run_Details file, which captures all of the input settings.

To show all the parameters in a given file

# It is a pain to write the entire group each time so we define shorthands
SPs = Data['BSE_System_Parameters']
list(SPs.keys())

['Add_Options_To_SysParms',
 'Allow_MS_To_Survive_CE',
 'Allow_RLOF@Birth',
 'Allow_Touching@Birth',
 'BB_Mass_xFer_Stblty_Prscrptn',
 'BH_Kicks',
 'CE_Alpha',
 'CE_Alpha_Thermal',
 'CE_Lambda',
 'CE_Lambda_Multiplier',
 'CE_Lambda_Prscrptn',
 'CE_Mass_Accr_Constant',
 'CE_Mass_Accr_Max',
 'CE_Mass_Accr_Min',
 'CE_Mass_Accr_Prscrptn',
 'CE_Recomb_Enrgy_Dnsty',
 'CE_Slope_Kruckow',
 'CHE_Mode',
 'CH_on_MS(1)',
 'CH_on_MS(2)',
 'Check_Photon_Tiring_Limit',
 'Circularise@MT',
 'Conserve_AngMom@Circ',
 'Cool_WindMassLoss_Multipl',
 'Eccentricity',
 'Eccentricity@ZAMS',
 'Eccentricity_Dstrbtn',
 'Eccentricity_Dstrbtn_Max',
 'Eccentricity_Dstrbtn_Min',
 'Eddington_Accr_Factor',
 'Envelope_State_Prscrptn',
 'Equilibrated_At_Birth',
 'Error',
 'Evolution_Mode',
 'Fryer_SN_Engine',
 'Initial_Mass',
 'Initial_Mass(1)',
 'Initial_Mass(2)',
 'Initial_Mass_Func_Max',
 'Initial_Mass_Func_Min',
 'Initial_Mass_Func_Power',
 'Initial_Mass_Function',
 'Kick_Direction_Dstrbtn',
 'Kick_Direction_Power',
 'Kick_Magnitude',
 'Kick_Magnitude(1)',
 'Kick_Magnitude(2)',
 'Kick_Magnitude_Dstrbtn',
 'Kick_Magnitude_Dstrbtn_Max',
 'Kick_Magnitude_Random',
 'Kick_Magnitude_Random(1)',
 'Kick_Magnitude_Random(2)',
 'Kick_Mean_Anomaly(1)',
 'Kick_Mean_Anomaly(2)',
 'Kick_Phi(1)',
 'Kick_Phi(2)',
 'Kick_Scaling_Factor',
 'Kick_Theta(1)',
 'Kick_Theta(2)',
 'LBV_Factor',
 'LBV_Mass_Loss_Prscrptn',
 'MCBUR1',
 'MM_Kick_Multiplier_BH',
 'MM_Kick_Multiplier_NS',
 'MT_Acc_Efficiency_Prscrptn',
 'MT_AngMom_Loss_Prscrptn',
 'MT_Fraction_Accreted',
 'MT_JLoss',
 'MT_Rejuvenation_Prscrptn',
 'MT_Thermal_Limit_C',
 'MT_Thermally_Lmtd_Variation',
 'Mass@ZAMS(1)',
 'Mass@ZAMS(2)',
 'Mass_Loss_Prscrptn',
 'Mass_Ratio',
 'Mass_Ratio_Dstrbtn',
 'Mass_Ratio_Dstrbtn_Max',
 'Mass_Ratio_Dstrbtn_Min',
 'Max_Donor_Mass',
 'Max_Evolution_Time',
 'Max_NS_Mass',
 'Max_Timesteps',
 'Merger',
 'Merger_At_Birth',
 'Metallicity',
 'Metallicity@ZAMS(1)',
 'Metallicity@ZAMS(2)',
 'Metallicity_Dstrbtn',
 'Metallicity_Dstrbtn_Max',
 'Metallicity_Dstrbtn_Min',
 'Min_Secondary_Mass',
 'NS_EOS',
 'Neutrino_Mass_Loss_Assmptn',
 'Neutrino_Mass_Loss_Value',
 'Omega@ZAMS(1)',
 'Omega@ZAMS(2)',
 'Orbital_Period',
 'Orbital_Period_Dstrbtn',
 'Orbital_Period_Max',
 'Orbital_Period_Min',
 'Overall_WindMassLoss_Multipl',
 'PISN_Lower_Limit',
 'PISN_Upper_Limit',
 'PPI_Lower_Limit',
 'PPI_Prscrptn',
 'PPI_Upper_Limit',
 'Pulsar_Mag_Field_Decay_mScale',
 'Pulsar_Mag_Field_Decay_tScale',
 'Pulsar_Mag_Field_Dstrbtn',
 'Pulsar_Mag_Field_Dstrbtn_Max',
 'Pulsar_Mag_Field_Dstrbtn_Min',
 'Pulsar_Minimum_Mag_Field',
 'Pulsar_Spin_Period_Dstrbtn',
 'Pulsar_Spin_Period_Dstrbtn_Max',
 'Pulsar_Spin_Period_Dstrbtn_Min',
 'Remnant_Mass_Prscrptn',
 'Rotational_Frequency',
 'Rotational_Frequency(1)',
 'Rotational_Frequency(2)',
 'Rotational_Velocity_Dstrbtn',
 'SEED',
 'SEED(CMDLINE)',
 'SEED(OPTION)',
 'SN_Kick_Magnitude_Random_Number(1)',
 'SN_Kick_Magnitude_Random_Number(2)',
 'Semi-Major_Axis',
 'Semi-Major_Axis_Dstrbtn',
 'Semi-Major_Axis_Dstrbtn_Max',
 'Semi-Major_Axis_Dstrbtn_Min',
 'Semi-Major_Axis_Dstrbtn_Power',
 'SemiMajorAxis@ZAMS',
 'Sigma_Kick_CCSN_BH',
 'Sigma_Kick_CCSN_NS',
 'Sigma_Kick_ECSN',
 'Sigma_Kick_USSN',
 'Stellar_Type(1)',
 'Stellar_Type(2)',
 'Stellar_Type@ZAMS(1)',
 'Stellar_Type@ZAMS(2)',
 'Stellar_Zeta_Prscrptn',
 'Unbound',
 'WR_Factor',
 'Zeta_Adiabatic_Arbitrary',
 'Zeta_Main_Sequence',
 'Zeta_Radiative_Envelope_Giant']

To find the unit of a single parameter

print(SPs['Mass@ZAMS(1)'].attrs['units']) # attrs refers to attributes

b'Msol'

To access the values of a column

#Giving me the actual array
mZams1 = SPs['Mass@ZAMS(1)'][()]
print(mZams1.shape)                   # number of systems in this file
print(mZams1[:3])                    # the values of the first 3 entries

(5,)
[ 12.703562  76.555207 113.445902]

Closing the Data

Accessing a single h5file from multiple scripts is not always possible. With notebooks, sometimes closing the notebook is not enough to have it close the h5data. Therefore we recommend to close the h5file explicitly after the calculations are done

Data.close()

3. Rewriting HDF5 files

The COMPAS simulations might be very large in data size while the actual data you need to reproduce your results could be small. Hence it might make sense to reduced the number of files and columns based on some criteria.

Here we show how you can reduce your data. You need to decide: - Which data categories (or HDF5 groups) you want to include - Which seeds and parameters from each data category.

Load the Data

# Set the appropriate paths to the input and output data files
pathToDataInput = pathToH5 # use the output from the run above
pathToDataOutput = tutorialDir + '/COMPAS_Output/COMPAS_Output_reduced.h5'

Data  = h5.File(pathToDataInput)
print("The main files I have at my disposal are:\n",list(Data.keys()))

The main files I have at my disposal are:
 ['BSE_Common_Envelopes', 'BSE_Double_Compact_Objects', 'BSE_RLOF', 'BSE_Supernovae', 'BSE_System_Parameters', 'Run_Details']

Specify the data categories and parameters and columns

We use dictionaries to specifically link all the entries.

The columnsOfInterest dictionary maps the data categories you wish to include to their appropriate parameters of interest. The seedsOfInterest dictionary maps the data categories to a list of desired seeds. If you wish to exclude some of the systems, that can be accomplished by applying a mask onto the seeds array.

Hypothetical Example

Suppose you are studying Double Neutron Star systems, and you want to know the initial parameters of both components. Suppose you are separately curious about the eccentricity of systems following a Supernova that leaves the binary intact, and you want to use the same COMPAS run to save on CPU*hours.

To be safe, you should probably keep the entire BSE_System_Parameters file, which contains all of the initial system settings.

To get information about only Double Neutron Stars, you will need to create a mask for them from the BSE_Double_Compact_Objects file.

Information on post-SN eccentricity and whether or not the system disrupted is found in the BSE_Supernovae file.

You will not need any other files. You will also want to grab the system ‘SEED’s column from any file, since that is the unique identifier of the binaries.

### For each data category, give a list of parameters you want to include
columnsOfInterest = {'BSE_System_Parameters':      ['All'],
                     'BSE_Double_Compact_Objects': ['All'],
                     'BSE_Supernovae':             ['SEED', 'Eccentricity']
                    }

# The seedsOfInterest are a little more involved

Select the desired seeds

### BSE_System_Parameters - keep all seeds
SPs = Data['BSE_System_Parameters']
seedsSP = SPs['SEED'][()]


### BSE_Double_Compact_Objects - keep only Double Neutron Stars
DCs = Data['BSE_Double_Compact_Objects']
seedsDC =  DCs['SEED'][()]
stellarType1   =  DCs['Stellar_Type(1)'][()]
stellarType2   =  DCs['Stellar_Type(2)'][()]

# Stellar type 13 corresponds to Neutron Stars
maskDNS        =  (stellarType1 == 13) & (stellarType2 == 13)
seedsDNS       =  seedsDC[maskDNS]


### BSE_Supernovae - keep only binaries which stay intact post-SN
SNe = Data['BSE_Supernovae']
seedsSN = SNe['SEED']
isUnbound    = SNe['Unbound'][()] == 1
isIntact     = ~isUnbound

seedsIntact  = seedsSN[isIntact]



### Create seedsOfInterest dictionary
seedsOfInterest   = {'BSE_System_Parameters':      seedsSP,
                     'BSE_Double_Compact_Objects': seedsDNS,
                     'BSE_Supernovae':             seedsIntact
                    }


### Don't forget to close the original h5 data file
Data.close()

Call the function which creates the h5 file

h5rewrite.reduceH5(pathToOld = pathToDataInput, pathToNew = pathToDataOutput,\
                     dictColumns=columnsOfInterest, dictSeeds=seedsOfInterest)

h5rewrite.printAllColumnsInH5(pathToDataOutput)

Filename = BSE_Double_Compact_Objects
----------------------
           column name                             unit                length
           --------------------------------------------------------------------
           Coalescence_Time                        b'Myr'                 2
           Eccentricity@DCO                        b'-'                   2
           Mass(1)                                 b'Msol'                2
           Mass(2)                                 b'Msol'                2
           Merges_Hubble_Time                      b'State'               2
           --------------------------------------------------------------------
           Recycled_NS(1)                          b'Event'               2
           Recycled_NS(2)                          b'Event'               2
           SEED                                    b'-'                   2
           SemiMajorAxis@DCO                       b'AU'                  2
           Stellar_Type(1)                         b'-'                   2
           --------------------------------------------------------------------
           Stellar_Type(2)                         b'-'                   2
           Time                                    b'Myr'                 2

Filename = BSE_Supernovae
----------------------
           column name                             unit                length
           --------------------------------------------------------------------
           Eccentricity                            b'-'                   9
           SEED                                    b'-'                   9

Filename = BSE_System_Parameters
----------------------
           column name                             unit                length
           --------------------------------------------------------------------
           Add_Options_To_SysParms                 b'-'                   5
           Allow_MS_To_Survive_CE                  b'Flag'                5
           Allow_RLOF@Birth                        b'Flag'                5
           Allow_Touching@Birth                    b'Flag'                5
           BB_Mass_xFer_Stblty_Prscrptn            b'-'                   5
           --------------------------------------------------------------------
           BH_Kicks                                b'-'                   5
           CE_Alpha                                b'-'                   5
           CE_Alpha_Thermal                        b'-'                   5
           CE_Lambda                               b'-'                   5
           CE_Lambda_Multiplier                    b'-'                   5
           --------------------------------------------------------------------
           CE_Lambda_Prscrptn                      b'-'                   5
           CE_Mass_Accr_Constant                   b'-'                   5
           CE_Mass_Accr_Max                        b'Msol'                5
           CE_Mass_Accr_Min                        b'Msol'                5
           CE_Mass_Accr_Prscrptn                   b'-'                   5
           --------------------------------------------------------------------
           CE_Recomb_Enrgy_Dnsty                   b'erg g^-1'            5
           CE_Slope_Kruckow                        b'-'                   5
           CHE_Mode                                b'-'                   5
           CH_on_MS(1)                             b'State'               5
           CH_on_MS(2)                             b'State'               5
           --------------------------------------------------------------------
           Check_Photon_Tiring_Limit               b'Flag'                5
           Circularise@MT                          b'Flag'                5
           Conserve_AngMom@Circ                    b'Flag'                5
           Cool_WindMassLoss_Multipl               b'-'                   5
           Eccentricity                            b'-'                   5
           --------------------------------------------------------------------
           Eccentricity@ZAMS                       b'-'                   5
           Eccentricity_Dstrbtn                    b'-'                   5
           Eccentricity_Dstrbtn_Max                b'-'                   5
           Eccentricity_Dstrbtn_Min                b'-'                   5
           Eddington_Accr_Factor                   b'-'                   5
           --------------------------------------------------------------------
           Envelope_State_Prscrptn                 b'-'                   5
           Equilibrated_At_Birth                   b'Event'               5
           Error                                   b'-'                   5
           Evolution_Mode                          b'Mode'                5
           Fryer_SN_Engine                         b'-'                   5
           --------------------------------------------------------------------
           Initial_Mass                            b'Msol'                5
           Initial_Mass(1)                         b'Msol'                5
           Initial_Mass(2)                         b'Msol'                5
           Initial_Mass_Func_Max                   b'Msol'                5
           Initial_Mass_Func_Min                   b'Msol'                5
           --------------------------------------------------------------------
           Initial_Mass_Func_Power                 b'-'                   5
           Initial_Mass_Function                   b'-'                   5
           Kick_Direction_Dstrbtn                  b'-'                   5
           Kick_Direction_Power                    b'-'                   5
           Kick_Magnitude                          b'kms^-1'              5
           --------------------------------------------------------------------
           Kick_Magnitude(1)                       b'kms^-1'              5
           Kick_Magnitude(2)                       b'kms^-1'              5
           Kick_Magnitude_Dstrbtn                  b'-'                   5
           Kick_Magnitude_Dstrbtn_Max              b'-'                   5
           Kick_Magnitude_Random                   b'-'                   5
           --------------------------------------------------------------------
           Kick_Magnitude_Random(1)                b'-'                   5
           Kick_Magnitude_Random(2)                b'-'                   5
           Kick_Mean_Anomaly(1)                    b'-'                   5
           Kick_Mean_Anomaly(2)                    b'-'                   5
           Kick_Phi(1)                             b'-'                   5
           --------------------------------------------------------------------
           Kick_Phi(2)                             b'-'                   5
           Kick_Scaling_Factor                     b'-'                   5
           Kick_Theta(1)                           b'-'                   5
           Kick_Theta(2)                           b'-'                   5
           LBV_Factor                              b'-'                   5
           --------------------------------------------------------------------
           LBV_Mass_Loss_Prscrptn                  b'-'                   5
           MCBUR1                                  b'Msol'                5
           MM_Kick_Multiplier_BH                   b'-'                   5
           MM_Kick_Multiplier_NS                   b'-'                   5
           MT_Acc_Efficiency_Prscrptn              b'-'                   5
           --------------------------------------------------------------------
           MT_AngMom_Loss_Prscrptn                 b'-'                   5
           MT_Fraction_Accreted                    b'-'                   5
           MT_JLoss                                b'-'                   5
           MT_Rejuvenation_Prscrptn                b'-'                   5
           MT_Thermal_Limit_C                      b'-'                   5
           --------------------------------------------------------------------
           MT_Thermally_Lmtd_Variation             b'-'                   5
           Mass@ZAMS(1)                            b'Msol'                5
           Mass@ZAMS(2)                            b'Msol'                5
           Mass_Loss_Prscrptn                      b'-'                   5
           Mass_Ratio                              b'-'                   5
           --------------------------------------------------------------------
           Mass_Ratio_Dstrbtn                      b'-'                   5
           Mass_Ratio_Dstrbtn_Max                  b'-'                   5
           Mass_Ratio_Dstrbtn_Min                  b'-'                   5
           Max_Donor_Mass                          b'Msol'                5
           Max_Evolution_Time                      b'Myr'                 5
           --------------------------------------------------------------------
           Max_NS_Mass                             b'Msol'                5
           Max_Timesteps                           b'Count'               5
           Merger                                  b'Event'               5
           Merger_At_Birth                         b'Event'               5
           Metallicity                             b'-'                   5
           --------------------------------------------------------------------
           Metallicity@ZAMS(1)                     b'-'                   5
           Metallicity@ZAMS(2)                     b'-'                   5
           Metallicity_Dstrbtn                     b'-'                   5
           Metallicity_Dstrbtn_Max                 b'-'                   5
           Metallicity_Dstrbtn_Min                 b'-'                   5
           --------------------------------------------------------------------
           Min_Secondary_Mass                      b'Msol'                5
           NS_EOS                                  b'-'                   5
           Neutrino_Mass_Loss_Assmptn              b'-'                   5
           Neutrino_Mass_Loss_Value                b'-'                   5
           Omega@ZAMS(1)                           b'Hz'                  5
           --------------------------------------------------------------------
           Omega@ZAMS(2)                           b'Hz'                  5
           Orbital_Period                          b'days'                5
           Orbital_Period_Dstrbtn                  b'-'                   5
           Orbital_Period_Max                      b'days'                5
           Orbital_Period_Min                      b'days'                5
           --------------------------------------------------------------------
           Overall_WindMassLoss_Multipl            b'-'                   5
           PISN_Lower_Limit                        b'Msol'                5
           PISN_Upper_Limit                        b'Msol'                5
           PPI_Lower_Limit                         b'Msol'                5
           PPI_Prscrptn                            b'-'                   5
           --------------------------------------------------------------------
           PPI_Upper_Limit                         b'Msol'                5
           Pulsar_Mag_Field_Decay_mScale           b'Msol'                5
           Pulsar_Mag_Field_Decay_tScale           b'Myr'                 5
           Pulsar_Mag_Field_Dstrbtn                b'-'                   5
           Pulsar_Mag_Field_Dstrbtn_Max            b'AU'                  5
           --------------------------------------------------------------------
           Pulsar_Mag_Field_Dstrbtn_Min            b'AU'                  5
           Pulsar_Minimum_Mag_Field                b'Gauss'               5
           Pulsar_Spin_Period_Dstrbtn              b'-'                   5
           Pulsar_Spin_Period_Dstrbtn_Max          b'AU'                  5
           Pulsar_Spin_Period_Dstrbtn_Min          b'AU'                  5
           --------------------------------------------------------------------
           Remnant_Mass_Prscrptn                   b'-'                   5
           Rotational_Frequency                    b'Hz'                  5
           Rotational_Frequency(1)                 b'Hz'                  5
           Rotational_Frequency(2)                 b'Hz'                  5
           Rotational_Velocity_Dstrbtn             b'-'                   5
           --------------------------------------------------------------------
           SEED                                    b'-'                   5
           SEED(CMDLINE)                           b'-'                   5
           SEED(OPTION)                            b'-'                   5
           SN_Kick_Magnitude_Random_Number(1)      b'-'                   5
           SN_Kick_Magnitude_Random_Number(2)      b'-'                   5
           --------------------------------------------------------------------
           Semi-Major_Axis                         b'AU'                  5
           Semi-Major_Axis_Dstrbtn                 b'-'                   5
           Semi-Major_Axis_Dstrbtn_Max             b'AU'                  5
           Semi-Major_Axis_Dstrbtn_Min             b'AU'                  5
           Semi-Major_Axis_Dstrbtn_Power           b'-'                   5
           --------------------------------------------------------------------
           SemiMajorAxis@ZAMS                      b'AU'                  5
           Sigma_Kick_CCSN_BH                      b'kms^-1'              5
           Sigma_Kick_CCSN_NS                      b'kms^-1'              5
           Sigma_Kick_ECSN                         b'kms^-1'              5
           Sigma_Kick_USSN                         b'kms^-1'              5
           --------------------------------------------------------------------
           Stellar_Type(1)                         b'-'                   5
           Stellar_Type(2)                         b'-'                   5
           Stellar_Type@ZAMS(1)                    b'-'                   5
           Stellar_Type@ZAMS(2)                    b'-'                   5
           Stellar_Zeta_Prscrptn                   b'-'                   5
           --------------------------------------------------------------------
           Unbound                                 b'State'               5
           WR_Factor                               b'-'                   5
           Zeta_Adiabatic_Arbitrary                b'-'                   5
           Zeta_Main_Sequence                      b'-'                   5
           Zeta_Radiative_Envelope_Giant           b'-'                   5
           --------------------------------------------------------------------