def action_analyze(self):
values = AnalyticCalc.compute_all(self.params)
res = rt_jinja.render(
'''
Kx: $Kx
Ky: $Ky
Wavelength (m) Phot. energy (eV)
1st harmonic: $lam_rn $e_phn
3rd harmonic: $lam_rn_3 $e_phn_3
5th harmonic: $lam_rn_5 $e_phn_5
Critical energy: $E_c eV
-----------------------------------
Rad spot size: $RadSpotSize m
Rad divergence: $RadSpotDivergence rad
-----------------------------------
Length of ID: $L_id m
Radiated power: $P_W W
Central Power Density:
$P_Wdc W/mrad2
Spectral flux:
$SpectralFluxValue phot/(sec mrad 0.1% BW)
Spectral Central Brightness:
$RadBrightness phot/(sec mrad2 0.1% BW)
-----------------------------------
''',
values,
)
self._view.set_result_text('analysis', res)
def test_render():
"""Verify render"""
from radtrack.rt_jinja import render
p = dict(a=999.0, b=999.0, CdeF=6789, d=.001, e=.000999, f=1000.0)
assert '999.000 999.0 6789 0.001 9.990e-04 1.000e+03\n' \
== render('$a {{b}} $CdeF $d $e $f', p), \
'render converts float magically'
