Closed roboguy222 closed 7 years ago
from dataChest import dataChest
import numpy
path = ['Tunable Dissipator','Probe Station','bae0007upy_CW20161104B_RN.hdf5']
chest = dataChest(path[:-1])
chest.openDataset(path[-1])
data = [row for row in chest.getData()]
for row in data:
row[0] = row[0][0] + str( (9-int(row[0][1:]))%12 )
resDataChest = dataChest( path[:-1] )
resDataChest.createDataset(path[-1].split('_',1)[-1].split('.',-1)[0],
[('die',[1],'string',''),('area',[1],'float64','um**2'),('DMM range',[1],'float64','Ohms')],
[('resistance',[1],'float64','Ohms')])
resDataChest.addData( data )
for param in chest.getParameterList():
p = chest.getParameter(param)
if type(p)==numpy.bool_:
p = bool(p)
if type(p)==numpy.int32:
p = int(p)
resDataChest.addParameter(param, p)
In general, the datachest does not accept numpy types, which maybe it should? Or if it does not, it should not return them.
The dataChest now accepts all python/numpy datatypes described in updated document. The types are preserved so that the type you input to addParameter
is the type returned by getParameter
. In addition I have allowed for tuple
and dict
type entries but with some reluctance as these will be a pain in the ass to display on the grapher when I get around to it.