def __call__(self, time, output, domain, sampling, destination):
if parallel_enable.enabled():
if mpitools.Rank()==0:
_DirectOutput_call_frontend(output,domain,sampling,
destination)
else:
_DirectOutput_call_backend(output,domain,sampling,
destination)
return
# "olist" is a list of tuples of the form (sample, value).
olist = sampling.evaluate(domain, output)
header = sampling.get_col_names()
if formatchars.showTime():
destination.comment("time:", `time`)
for (s,v) in olist:
tags = s.columnData(header)
if len(tags)==1:
for t in tags[0]: # tags[0] is a list of strings
print >> destination, t,
for x in v.value_list():
print >> destination, x,
print >> destination
else: # Multiple values -- do above for each tag-val pair.
for (tag, val) in zip(tags, v):
for t in tag:
print >> destination, t,
for x in val.value_list():
print >> destination, x,
print >> destination
def __call__(self, time, output, domain, sampling, destination):
if parallel_enable.enabled():
if mpitools.Rank() == 0:
_DirectOutput_call_frontend(output, domain, sampling,
destination)
else:
_DirectOutput_call_backend(output, domain, sampling,
destination)
return
# "olist" is a list of tuples of the form (sample, value).
olist = sampling.evaluate(domain, output)
header = sampling.get_col_names()
if formatchars.showTime():
destination.comment("time:", ` time `)
for (s, v) in olist:
tags = s.columnData(header)
if len(tags) == 1:
for t in tags[0]: # tags[0] is a list of strings
print >> destination, t,
for x in v.value_list():
print >> destination, x,
print >> destination
else: # Multiple values -- do above for each tag-val pair.
for (tag, val) in zip(tags, v):
for t in tag:
print >> destination, t,
for x in val.value_list():
print >> destination, x,
print >> destination
def printHeaders(self, destination, boundary):
destination.comment(self.shortrepr())
destination.comment("Boundary:", boundary)
destination.comment("Columns:")
cnames = self.columnNames() # defined in subclasses
if formatchars.showTime():
cnames = ["time"] + cnames
for i, colname in enumerate(cnames):
destination.comment("%d." % (i + 1), colname)
def printHeaders(self, destination, boundary):
destination.comment(self.shortrepr())
destination.comment("Boundary:", boundary)
destination.comment("Columns:")
cnames = self.columnNames() # defined in subclasses
if formatchars.showTime():
cnames = ["time"] + cnames
for i, colname in enumerate(cnames):
destination.comment("%d." % (i + 1), colname)
def analyze(self, meshctxt, time, boundary, destination):
femesh = meshctxt.getObject()
edgeset = femesh.getBoundary(boundary).edgeset
result = self.do_analysis(femesh, edgeset) # defined in subclasses
if formatchars.showTime():
print >> destination, time,
for x in result.valuePtr().value_list():
print >> destination, x,
print >> destination
destination.flush()
def analyze(self, meshctxt, time, boundary, destination):
femesh = meshctxt.getObject()
edgeset = femesh.getBoundary(boundary).edgeset
result = self.do_analysis(femesh, edgeset) # defined in subclasses
if formatchars.showTime():
print >> destination, time,
for x in result.valuePtr().value_list():
print >> destination, x,
print >> destination
destination.flush()
def printResults(self, time, results, destination):
if formatchars.showTime():
print >> destination, time,
for x in results:
print >> destination, x,
print >> destination
def columnNames(self, output, sampling):
names = sampling.get_col_names() + self.colNames(output)
if formatchars.showTime():
return ["time"] + names
return names
def printResults(self, time, results, destination):
if formatchars.showTime():
print >> destination, time,
for x in results:
print >> destination, x,
print >> destination
def columnNames(self, output, sampling):
names = sampling.get_col_names() + self.colNames(output)
if formatchars.showTime():
return ["time"] + names
return names
