def _test_forest (mqs,parent,**kwargs):
from Timba.Meq import meq
# run tests on the forest
cells = meq.cells(meq.domain(0,1,0,1),num_freq=20,num_time=10);
request = meq.request(cells,rqtype='ev');
mqs.execute('inj',request);
def _test_forest (mqs,parent,**kwargs):
from Timba.Meq import meq
# run tests on the forest
cells = meq.cells(meq.domain(0,10,0,10),
num_freq=2000,num_time=2000);
mqs.execute('root',meq.request(cells));
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
cells = meq.cells(meq.domain(0, 1, 0, 1), num_freq=1, num_time=100)
request = meq.request(cells, rqtype='ev')
# mqs.meq('Node.Set.Breakpoint',record(name='solver'));
# mqs.meq('Debug.Set.Level',record(debug_level=100));
a = mqs.meq('Node.Execute',
record(name='solver', request=request),
wait=False)
def _test_forest (mqs, parent):
global my_sp
# create cells
f0 = 1200e6
f1 = 1600e6
t0 = 0.0
t1 = 1.0
nfreq = 3
ntime = 2
freqtime_domain = meq.domain(startfreq=f0, endfreq=f1, starttime=t0, endtime=t1);
my_cells =meq.cells(domain=freqtime_domain, num_freq=nfreq, num_time=ntime);
my_sp.display()
# send to kernel
request = meq.request(my_cells,eval_mode=1);
mqs.meq('Node.Execute',record(name='sixpack:q='+my_sp.label(),request=request));
def doNewRequest(self):
newd = meq.domain(self.f0, self.f1, self.t0, self.t1);
newc = meq.cells(domain=newd, num_freq=self.fn, num_time=self.tn);
self._request = meq.request(cells=newc);
self.rid1 = self.rid1 + 1
self.rid2 = self.rid2 + 1
self.rid3 = self.rid3 + 1
self.rid4 = self.rid4 + 1
self._request.request_id = hiid(self.rid1, self.rid2, self.rid3, self.rid4);
if self._node:
cmd = record(nodeindex=self._node,request=self._request,get_state=True);
elif self._name:
cmd = record(name=self._name,request=self._request,get_state=True);
mqs().meq('Node.Execute',cmd,wait=False);
self._refresh();
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
cells = meq.cells(meq.domain(0,1,0,1),num_freq=6,num_time=4);
request = meq.request(cells,rqtype='ev');
mqs.meq('Node.Execute',record(name='x',request=request));
mqs.meq('Save.Forest',record(file_name='tile_test.forest.save'));
# execute request on solver
request = meq.request(cells,rqtype='ev');
# mqs.meq('Node.Set.Breakpoint',record(name='solver'));
# mqs.meq('Debug.Set.Level',record(debug_level=100));
a = mqs.meq('Node.Execute',record(name='reqseq',request=request),wait=False);
def doNewRequest(self):
newd = meq.domain(self.f0, self.f1, self.t0, self.t1)
newc = meq.cells(domain=newd, num_freq=self.fn, num_time=self.tn)
self._request = meq.request(cells=newc)
self.rid1 = self.rid1 + 1
self.rid2 = self.rid2 + 1
self.rid3 = self.rid3 + 1
self.rid4 = self.rid4 + 1
self._request.request_id = hiid(self.rid1, self.rid2, self.rid3,
self.rid4)
if self._node:
cmd = record(nodeindex=self._node,
request=self._request,
get_state=True)
elif self._name:
cmd = record(name=self._name,
request=self._request,
get_state=True)
mqs().meq('Node.Execute', cmd, wait=False)
self._refresh()
def _test_forest(mqs, parent):
global my_sp
# create cells
f0 = 1200e6
f1 = 1600e6
t0 = 0.0
t1 = 1.0
nfreq = 3
ntime = 2
freqtime_domain = meq.domain(startfreq=f0,
endfreq=f1,
starttime=t0,
endtime=t1)
my_cells = meq.cells(domain=freqtime_domain,
num_freq=nfreq,
num_time=ntime)
my_sp.display()
# send to kernel
request = meq.request(my_cells, eval_mode=1)
mqs.meq('Node.Execute',
record(name='sixpack:q=' + my_sp.label(), request=request))
def _test_forest (mqs,parent,**kwargs):
from Timba.Meq import meq
# run tests on the forest
cells = meq.cells(meq.domain(0,1,0,1),num_freq=20,num_time=10);
request = meq.request(cells,rqtype='ev');
mqs.execute('c',request);
def _test_forest(mqs, parent, **kwargs):
from Timba.Meq import meq
# run tests on the forest
cells = meq.cells(meq.domain(0, 10, 0, 10), num_freq=2000, num_time=2000)
mqs.execute('root', meq.request(cells))
