def doFfQ(inQ, outQ):
"""
Multiprocessing helper for `ChiantiPy.core.continuum.freeFree`
Parameters
-----------
inQ : `~multiprocessing.Queue`
Ion free-free emission jobs queued up by multiprocessing module
outQ : `~multiprocessing.Queue`
Finished free-free emission jobs
"""
for inputs in iter(inQ.get, 'STOP'):
ionS = inputs[0]
temperature = inputs[1]
wavelength = inputs[2]
abund = inputs[3]
em = inputs[4]
ff = ch.continuum(ionS, temperature, abundance=abund, em=em)
ff.freeFree(wavelength)
outQ.put(ff.FreeFree)
return
def test_temperature():
_tmp_cont = continuum(test_ion, temperature_1)
assert np.array(temperature_1) == temperature_1
_tmp_cont = continuum(test_ion, temperature_2)
assert np.all(temperature_2 == tmp_cont.Temperature)
Tests for the continuum class
"""
import numpy as np
import pytest
from ChiantiPy.core import continuum
# test ion
test_ion = "fe_15"
# set some wavelength and temperature arrays
temperature_1 = 1e6
temperature_2 = np.logspace(5, 8, 10)
wavelength = np.linspace(10, 100, 100)
# create continuum object for testing
tmp_cont = continuum(test_ion, temperature_2)
# test temperature input
def test_temperature():
_tmp_cont = continuum(test_ion, temperature_1)
assert np.array(temperature_1) == temperature_1
_tmp_cont = continuum(test_ion, temperature_2)
assert np.all(temperature_2 == tmp_cont.Temperature)
# test the free-free calculation
def test_freeFree():
# call free-free continuum method
tmp_cont.freeFree(wavelength)
assert hasattr(tmp_cont, "FreeFree")
