def info():
"la package information such as version number and HDF5 availability."
# la version and file
import la
# Are you using the C or Python version of functions
from la.flabel import listmap, listmap_fill
version = ('Slower Python version', 'Faster C version')
listmap = listmap.__module__.split('.')[-1] == 'cflabel'
listmap_fill = listmap_fill.__module__.split('.')[-1] == 'cflabel'
listmap = version[listmap]
listmap_fill = version[listmap_fill]
# IO
try:
from la import IO
io = "Available"
except ImportError:
io = "Not available"
# Make and print report
table = []
table.append(['la version', la.__version__])
table.append(['la file', la.__file__])
table.append(['HDF5 archiving', io])
table.append(['listmap', listmap])
table.append(['listmap_fill', listmap_fill])
print indent(table, hasHeader=False, delim=' ')
def __repr__(self):
table = [['larry', 'dtype', 'shape']]
keys = self.keys()
keys.sort() # Display in alphabetical order
for key in keys:
# Code would be neater if I wrote shape = str(self[key].shape)
# but I don't want to load the array, I just want the shape
shape = str(self.f[key]['x'].shape)
dtype = str(self.f[key]['x'].dtype)
table.append([key, dtype, shape])
return indent(table, hasHeader=True, delim=' ')
def __repr__(self):
table = [['larry', 'dtype', 'shape']]
keys = self.keys()
keys.sort() # Display in alphabetical order
for key in keys:
# Code would be neater if I wrote shape = str(self[key].shape)
# but I don't want to load the array, I just want the shape
shape = str(self.f[key]['x'].shape)
dtype = str(self.f[key]['x'].dtype)
table.append([key, dtype, shape])
return indent(table, hasHeader=True, delim=' ')
def info():
"la package information such as version number and HDF5 availability."
# la version and file
import la
# Are you using the C or Python version of functions
from la.flabel import listmap, listmap_fill
version = ('Slower Python version', 'Faster C version')
listmap = listmap.__module__.split('.')[-1] == 'cflabel'
listmap_fill = listmap_fill.__module__.split('.')[-1] == 'cflabel'
listmap = version[listmap]
listmap_fill = version[listmap_fill]
# IO
try:
from la import IO
io = "Available"
try:
import h5py
version = h5py.version.version
io = io + " (h5py %s)" % str(version)
except:
pass
except ImportError:
io = "Not available"
# Others
import numpy as np
import bottleneck as bn
# Make and print report
table = []
table.append(['la', la.__version__])
table.append(['la file', la.__file__])
table.append(['NumPy', np.__version__])
table.append(['Bottleneck', bn.__version__])
table.append(['HDF5 archiving', io])
table.append(['listmap', listmap])
table.append(['listmap_fill', listmap_fill])
print indent(table, hasHeader=False, delim=' ')
def __repr__(self):
table = [["larry", "dtype", "shape"]]
keys = self.keys()
keys.sort() # Display in alphabetical order
f = h5py.File(self.filename, "r")
for key in keys:
# Code would be neater if I wrote shape = str(self[key].shape)
# but I don't want to load the array, I just want the shape
x = f[key]["x"]
shape = str(x.shape)
dtype = str(x.dtype)
table.append([key, dtype, shape])
f.close()
return indent(table, hasHeader=True, delim=" ")
def info():
"la package information such as version number and HDF5 availability."
# la version and file
import la
# Are you using the C or Python version of functions
from la.flabel import listmap, listmap_fill
version = ('Slower Python version', 'Faster C version')
listmap = listmap.__module__.split('.')[-1] == 'cflabel'
listmap_fill = listmap_fill.__module__.split('.')[-1] == 'cflabel'
listmap = version[listmap]
listmap_fill = version[listmap_fill]
# IO
try:
from la import IO
io = "Available"
try:
import h5py
version = h5py.version.version
io = io + " (h5py %s)" % str(version)
except:
pass
except ImportError:
io = "Not available"
# Others
import numpy as np
import bottleneck as bn
# Make and print report
table = []
table.append(['la', la.__version__])
table.append(['la file', la.__file__])
table.append(['NumPy', np.__version__])
table.append(['Bottleneck', bn.__version__])
table.append(['HDF5 archiving', io])
table.append(['listmap', listmap])
table.append(['listmap_fill', listmap_fill])
print(indent(table, hasHeader=False, delim=' '))
