def TAS_RUN():
result = run_template(template, config)
'''
print 'in TAS'
for key, value in result.iteritems():
for i in range(len(value['output'])):
if not type(value['output'][i])==type({}):
value['output'][i] = value['output'][i].get_plottable()
print result
'''
return result
def TAS_RUN():
result = run_template(template, config)
'''
print 'in TAS'
for key, value in result.iteritems():
for i in range(len(value['output'])):
if not type(value['output'][i])==type({}):
value['output'][i] = value['output'][i].get_plottable()
print result
'''
return result
dict(source=[6, 'output'], target=[1, 'input']),
]
config = [d['config'] for d in modules]
template = Template(name='test ospec',
description='example ospec diagram',
modules=modules,
wires=wires,
instrument=ANDR.id,
)
# template and instrument tests
# print json.dumps(instrument_to_wireit_language(ANDR), sort_keys=True, indent=2)
# print json.dumps(template_to_wireit_diagram(template)) # need name!
# sys.exit()
result = run_template(template, config)
# plot_result = [convert_to_plottable(value['output']) if 'output' in value else {} for key, value in result.items()]
print "WRITING TO FILE"
for index,plottable in enumerate(result):
with open('new_data' + str(index) + '.txt', 'w') as f:
for format in plottable.get('output',[]):
f.write(format + "\n")
print "DONE"
sys.exit()
# pprint(result)
#raw_input("Done looking at formatted output? ")
#output of the qxqz: result[7]['output'][0]
#data = result[6]['output'][0]
#print "\n" * 10, _plot_format(data), "\n" * 10
#intensity = [numpy.amin(data[0], axis=0)[0], numpy.amax(data[0], axis=0)[0]]