def ct(self, seconds=None, scalers=[]):
if not scalers:
scalers = self.scalers
if scalers is None or len(scalers) == 0:
logging.error('Scaler list undefined (see %%config ECLIScaler.scalers)')
return
if seconds is None:
seconds = self.default_count_time
for scaler in scalers:
if self.show_timestamp:
print(' %s' % util.timestamp_string())
print()
dev = self._get_device(scaler)
table = self.scaler_counts_table(dev, seconds)
table.print_()
def single_step(self, scan=None, grid_point=(), point=0, array_idx=0,
**kwargs):
"""
Callback: called after every single point in a stepscan
"""
self._last_point = point
data = [c.buff[array_idx] for c in scan.counters]
def format_data(d):
try:
if isinstance(d, np.ndarray):
#return str(list(d[:10]))
return '-'
else:
if int(d) == float(d):
return '%d' % int(d)
else:
return self.format_string % d
except Exception as ex:
return str(d)
def grid_string(point, dimensions, delim=','):
ret = []
for pt, dim in zip(point, dimensions):
dlen = len(str(dim))
dformat = '%%.%dd' % (dlen, )
ret.append(dformat % pt)
return delim.join(ret)
ndim = scan.ecli_info['ndim']
dims = scan.ecli_info['dimensions']
if ndim > 1 and self.show_grid_point:
point_str = grid_string(grid_point, dims)
else:
point_str = u'%d' % point
data_str = [point_str]
# Get the posix timestamp
ts = scan.get_timestamp(array_idx)
# Convert it into a readable format
ts = util.timestamp_string(ts)
data_str.append(ts)
data_str.extend([format_data(d) for d in data])
header_widths = self._header_widths # modified in-place
# Ensure that none of the columns have changed size (such that
# a printed value would be longer than its header field)
longer_indices = [i for i, len_, value
in (izip(itertools.count(), header_widths, data_str))
if len(value) > len_]
lengths_changed = False
for index in longer_indices:
header_widths[index] = len(data_str[index]) + 2
lengths_changed = True
# Re-print out the header if necessary
if lengths_changed or (point % self.reprint_points) == 0:
if point == 0 or self.reprint_headers:
if self.blank_before_headers:
print(u'', file=self.outfile)
self._print_headers(header_widths)
# Right justify all of the values, and print them out
data_str = [value.rjust(len_)
for len_, value in zip(header_widths, data_str)]
print(u' '.join(data_str), file=self.outfile)
