def envelope_domain(self):
"""Returns domain object which envelops all of the parmtable"""
kw = {}
for iaxis, stats in enumerate(self._axis_stats):
if not stats.empty():
kw[mequtils.get_axis_id(iaxis)] = stats.minmax
return meq.gen_domain(**kw)
def envelope_domain(self):
"""Returns domain object which envelops all of the parmtable"""
kw = {}
for iaxis, stats in enumerate(self._axis_stats):
if not stats.empty():
kw[mequtils.get_axis_id(iaxis)] = stats.minmax
return meq.gen_domain(**kw)
def _test_forest (mqs,parent):
from Timba.Meq import meq
# run tests on the forest
domain = meq.gen_domain(time=[0,7200],l=[0,math.pi/2],m=[0,2*math.pi],freq=[100,200]);
cells = meq.gen_cells(domain,num_time=10,num_l=100,num_m=100,num_freq=10);
request = meq.request(cells, rqtype='ev')
mqs.execute('emf1',request);
mqs.execute('emf2',request);
mqs.execute('cube',request);
def _test_forest (mqs,parent,wait=False,**kw):
print "=== Evaluating %g*t%+g for t=[%g,%g]"%(a,b,t0,t1);
print "=== Dummy values: %g %g"%(pipeline_test_constants.c0,pipeline_test_constants.c1);
from Timba.Meq import meq
# run tests on the forest
domain = meq.gen_domain(time=[t0,t1]);
cells = meq.gen_cells(domain,num_time=10);
request = meq.request(cells,rqtype='ev',new_domain=True);
res = mqs.execute('root',request,wait=wait);
if wait:
print res.result.vellsets[0].value;
def _test_forest (mqs,parent,wait=False,**kw):
print("=== Evaluating %g*t%+g for t=[%g,%g]"%(a,b,t0,t1));
print("=== Dummy values: %g %g"%(pipeline_test_constants.c0,pipeline_test_constants.c1));
from Timba.Meq import meq
# run tests on the forest
domain = meq.gen_domain(time=[t0,t1]);
cells = meq.gen_cells(domain,num_time=10);
request = meq.request(cells,rqtype='ev',new_domain=True);
res = mqs.execute('root',request,wait=wait);
if wait:
print(res.result.vellsets[0].value);
def _test_forest (mqs,parent,**kwargs):
"""test_forest() is a standard TDL name. When a forest script is
loaded by, e.g., the browser, and the "test" option is set to true,
this method is automatically called after define_forest() to run a
test on the forest. The 'mqs' argument is a meqserver proxy object.
""";
from Timba.Meq import meq
# run tests on the forest
dom = meq.gen_domain(time=(0,6),freq=(0,6),l=(0,6),m=(0,6));
cells = meq.gen_cells(dom,num_freq=20,num_time=20,num_l=20,num_m=20);
request = meq.request(cells,rqtype='ev');
mqs.meq('Node.Execute',record(name='mux',request=request),wait=False);
def _test_forest(mqs, parent, **kwargs):
"""test_forest() is a standard TDL name. When a forest script is
loaded by, e.g., the browser, and the "test" option is set to true,
this method is automatically called after define_forest() to run a
test on the forest. The 'mqs' argument is a meqserver proxy object.
"""
from Timba.Meq import meq
# run tests on the forest
dom = meq.gen_domain(time=(0, 6), freq=(0, 6), l=(0, 6), m=(0, 6))
cells = meq.gen_cells(dom, num_freq=20, num_time=20, num_l=20, num_m=20)
request = meq.request(cells, rqtype='ev')
mqs.meq('Node.Execute', record(name='mux', request=request), wait=False)
def _test_forest(mqs, parent):
from Timba.Meq import meq
# run tests on the forest
domain = meq.gen_domain(time=[0, 7200],
l=[0, math.pi / 2],
m=[0, 2 * math.pi],
freq=[100, 200])
cells = meq.gen_cells(domain,
num_time=10,
num_l=100,
num_m=100,
num_freq=10)
request = meq.request(cells, rqtype='ev')
mqs.execute('emf1', request)
mqs.execute('emf2', request)
mqs.execute('cube', request)