CONDOR (COsmic Noon Dynamics with Optimised Resolutions)
Introduction
CONDOR does this and that.
For more on CONDOR see: https://arxiv.org/abs/2109.10614
Usage
Us.
The basic workflow is as follows:
- Creme.
Allry.
.. _defaults:
Defaults
The default values:
-
Thce::
variable = value
variable2 = value2
…
Th
Examples
Do this and that with data_::
from pypegase import *
import matplotlib.pyplot as plt
PEGASE.pegase_dir = '/home/me/PEGASE.2/' # unless PEGASE_HOME is set
peg = PEGASE('mydata') # default IMF, Scenario, etc
peg.generate() # some minutes may be required, console will show progress
colors = peg.colors()
colors['B-V'][-1] # B-V color at last timestep (20 Gyr) = .922
plt.plot(colors['time'], colors['B-V']) # plot times versus B-V color
plt.legend(loc = 'lower right', numpoints=1)
peg.save_to_file(peg.name + '.peg')
.. image:: images/example1.png
Plotting a co
.. image:: images/example.png
Further work
Future versions will include:
- PaI
Acknowledgement
CONDOR has been written as part of my PhD work at the Centre for Astrophysics and Supercomputing at
Swinburne University of Technology.
