def test_table():
s = rst.table([['v1', 'i'], ['V', 'A'], [1,2e-3], [3,4e-3]], headerrows=2)
assert_equal(s, """==== =======
v1 i
V A
==== =======
1 0.002
3 0.004
==== =======""")
def test_table():
s = rst.table([['v1', 'i'], ['V', 'A'], [1, 2e-3], [3, 4e-3]],
headerrows=2)
assert_equal(
s, """==== =======
v1 i
V A
==== =======
1 0.002
3 0.004
==== =======""")
def astable(*waveforms):
"""Return a table of one or more waveforms with the same sweeps in text format
Examples:
>>> w1 = Waveform([range(2)], array([3,4]), ylabel='V1')
>>> w2 = Waveform([range(2)], array([4,6]), ylabel='V2')
>>> print astable(w1,w2)
==== ==== ====
x0 V1 V2
==== ==== ====
0 3 4
1 4 6
==== ==== ====
"""
from pycircuit.utilities import rst
xvalues, yvalues = [a.tolist() for a in to_xy_matrices(*waveforms)]
xlabels = waveforms[0].xlabels
ylabels = [w.ylabel for w in waveforms]
xunits = waveforms[0].xunits
yunits = [w.yunit for w in waveforms]
hasunits = not reduce(operator.__and__, [yunit == '' for yunit in yunits])
if hasunits:
return rst.table(map(lambda x,y: list(x) + list(y),
[xlabels] + [xunits] + xvalues,
[ylabels] + [yunits] + yvalues),
headerrows = 2)
else:
return rst.table(map(lambda x,y: list(x) + list(y),
[xlabels] + xvalues,
[ylabels] + yvalues))
def astable(*waveforms):
"""Return a table of one or more waveforms with the same sweeps in text format
Examples:
>>> w1 = Waveform([range(2)], array([3,4]), ylabel='V1')
>>> w2 = Waveform([range(2)], array([4,6]), ylabel='V2')
>>> print astable(w1,w2)
==== ==== ====
x0 V1 V2
==== ==== ====
0 3 4
1 4 6
==== ==== ====
"""
from pycircuit.utilities import rst
xvalues, yvalues = [a.tolist() for a in to_xy_matrices(*waveforms)]
xlabels = waveforms[0].xlabels
ylabels = [w.ylabel for w in waveforms]
xunits = waveforms[0].xunits
yunits = [w.yunit for w in waveforms]
hasunits = not reduce(operator.__and__, [yunit == '' for yunit in yunits])
if hasunits:
return rst.table(map(lambda x,y: list(x) + list(y),
[xlabels] + [xunits] + xvalues,
[ylabels] + [yunits] + yvalues),
headerrows = 2)
else:
return rst.table(map(lambda x,y: list(x) + list(y),
[xlabels] + xvalues,
[ylabels] + yvalues))
