def read_log(filename):
"""
Read data saved by :class:`Log` into a text file.
Parameters
----------
filename : str
The name of a text log file.
Returns
-------
log : dict
The log with data names as keys and ``(xs, ys, vlines)`` as values.
info : dict
The log plot configuration with subplot numbers as keys.
"""
from sfepy.base.base import as_float_or_complex as afc
log = {}
info = {}
fd = open(filename, 'r')
last_xval = None
for line in fd:
if line[0] == '#':
ls = line.split(':')
if ls[0] == '# groups':
n_gr = int(ls[1])
for ig in range(n_gr):
next(fd)
line_info = next(fd)
xlabel, ylabel, yscales = line_info.split(',')
line_names = next(fd)
names = line_names.split(':')[1]
line_plot_kwargs = next(fd)
info[ig] = (xlabel.split(':')[1].strip().strip('"'),
ylabel.split(':')[1].strip().strip('"'),
yscales.split(':')[1].strip().strip('"'),
[name.strip().strip('"')
for name in names.split(',')],
eval(line_plot_kwargs[19:].strip().strip('"')
+ ','))
continue
ls = line.split(':')
key = ls[0]
xs, ys, vlines = log.setdefault(key, ([], [], []))
if (len(ls) == 2) and (last_xval is not None):
vlines.append(last_xval)
else:
try:
xval = afc(ls[1])
yval = afc(ls[2])
except ValueError:
continue
xs.append(xval)
ys.append(yval)
last_xval = xval
fd.close()
for key, (xs, ys, vlines) in six.iteritems(log):
log[key] = (nm.array(xs), nm.array(ys), nm.array(vlines))
return log, info
def read_log(filename):
"""
Read data saved by :class:`Log` into a text file.
Parameters
----------
filename : str
The name of a text log file.
Returns
-------
log : dict
The log with data names as keys and ``(xs, ys, vlines)`` as values.
info : dict
The log plot configuration with subplot numbers as keys.
"""
from sfepy.base.base import as_float_or_complex as afc
log = {}
info = {}
fd = open(filename, 'r')
last_xval = None
for line in fd:
if line[0] == '#':
ls = line.split(':')
if ls[0] == '# groups':
n_gr = int(ls[1])
for ig in range(n_gr):
next(fd)
line_info = next(fd)
xlabel, ylabel, yscales = line_info.split(',')
line_names = next(fd)
names = line_names.split(':')[1]
line_plot_kwargs = next(fd)
info[ig] = (xlabel.split(':')[1].strip().strip('"'),
ylabel.split(':')[1].strip().strip('"'),
yscales.split(':')[1].strip().strip('"'), [
name.strip().strip('"')
for name in names.split(',')
],
eval(line_plot_kwargs[19:].strip().strip('"') +
','))
continue
ls = line.split(':')
key = ls[0]
xs, ys, vlines = log.setdefault(key, ([], [], []))
if (len(ls) == 2) and (last_xval is not None):
vlines.append(last_xval)
else:
try:
xval = afc(ls[1])
yval = afc(ls[2])
except ValueError:
continue
xs.append(xval)
ys.append(yval)
last_xval = xval
fd.close()
for key, (xs, ys, vlines) in six.iteritems(log):
log[key] = (nm.array(xs), nm.array(ys), nm.array(vlines))
return log, info
def read_log(filename):
"""
Read data saved by :class:`Log` into a text file.
Parameters
----------
filename : str
The name of a text log file.
Returns
-------
log : dict
The log with data names as keys and ``(xs, ys, vlines)`` as values.
info : dict
The log plot configuration with subplot numbers as keys.
"""
from sfepy.base.base import as_float_or_complex as afc
log = {}
info = {}
name2key = {}
fd = open(filename, 'r')
for line in fd:
if line[0] == '#':
ls = line.split(':')
if ls[0] == '# groups':
n_gr = int(ls[1])
offset = 0
for ig in range(n_gr):
next(fd)
line_info = next(fd)
xlabel, ylabel, yscales = line_info.split(',')
line_names = next(fd)
names = line_names.split(':')[1]
names = [
name.strip().strip('"') for name in names.split(',')
]
if len(names[0]) == 0:
names = []
line_plot_kwargs = next(fd)
aux = line_plot_kwargs[19:].strip().strip('"')
plot_kwargs = eval(aux + ',') if len(aux) else ({}, )
info[ig] = (xlabel.split(':')[1].strip().strip('"'),
ylabel.split(':')[1].strip().strip('"'),
yscales.split(':')[1].strip().strip('"'),
names, plot_kwargs)
name2key.update({
name: ik + offset
for ik, name in enumerate(info[ig][3])
})
offset += len(info[ig][3])
continue
ls = line.split(':')
try:
key = int(ls[0])
except ValueError:
key = name2key[ls[0]] # Old style log.
xs, ys, vlines = log.setdefault(key, ([], [], []))
if (len(ls) == 2) and len(log[key][0]):
vlines.append(log[key][0][-1])
else:
try:
xval = afc(ls[1])
yval = afc(ls[2])
except ValueError:
continue
xs.append(xval)
ys.append(yval)
fd.close()
for key, (xs, ys, vlines) in six.iteritems(log):
log[key] = (nm.array(xs), nm.array(ys), nm.array(vlines))
return log, info