<%inherit file="base.html"/>
<%
import os.path
import numpy as np
import common.commonobjects as co
observed_framework = context['data']['observe']['observed_framework']
scans = []
data = []
for config in observed_framework:
if config.fts_start:
if data:
# finish previous scan
# construct Spectrum object
axis = co.Axis(data=np.array(opd),
title='optical path difference', units='cm')
scan = co.Spectrum(data=np.array(data), flag=np.array(flag),
axis=axis, title='Detected interferogram',
units='W sr-1 m-2 Hz-1')
scans.append((scan, baseline))
# ready for next scan
data = []
flag = []
opd = []
if config.data is not None:
data.append(config.data)
flag.append(False)
else:
data.append(0.0)
flag.append(True)
opd.append(2.0 * 100.0 * config.fts_position)
baseline = (config.baseline_x, config.baseline_y)
# deal with last scan
if data:
axis = co.Axis(data=np.array(opd), title='optical path difference',
units='cm')
scan = co.Spectrum(data=np.array(data), flag=np.array(flag),
axis=axis, title='Detected interferogram', units='W sr-1 m-2 Hz-1')
scans.append((scan, baseline))
# do plots
baseline_link = {}
for scan in scans:
# construct a page with the plot
data,baseline = scan
filename = 'interferogram_%s_%s.html' % baseline
filename = filename.replace('-', 'm')
baseline_link[baseline] = filename
link = os.path.join(context['dirname'], filename)
with open(link, 'w') as f:
template = mylookup.get_template('sourcespectrum.html')
context_copy = context.kwargs
context_copy['sourceid'] = '_%s_%s_fft' % (baseline)
context_copy['spectrum'] = data
f.write(template.render(**context_copy))
%>
# write html links
Baseline Interferograms
% for baseline in baseline_link.keys():
% endfor
