def main():
if len(sys.argv) < 2:
run()
elif sys.argv[1] == "init":
make_toml("./")
elif sys.argv[1] == "run":
run()
else:
LOG.critical("Can't interpret CLI parameters.")
def get_capacities(self, datatreatment):
"""
Returns capacity in a potential interval for each cycle.
Appends to filename "./capacities.txt"
"""
if not len(datatreatment['print_capacities']) % 2 == 0:
LOG.critical(
"You wanted to get the potential-interval capacities, but you inserted an odd number of boundaries. You need two boundaries for each range, eg: [3.5, 4.4, 4.4, 5.0] will be two ranges from 3.5->4.4 and 4.4->5.0. The capacities will not be printed."
)
else:
intervals = []
for i, pot in enumerate(datatreatment['print_capacities']):
if i % 2 != 0: #if the index number is odd, we are making a range of it
intervals.append(
(datatreatment['print_capacities'][i - 1], pot))
LOG.info(
"Found intervals for capacity print: {}".format(intervals))
if self.GCdata:
data = self.GCdata
elif self.CVdata:
data = self.CVdata
else:
self.edit_GC()
import numpy as np
def _find_charge(chg, interval):
start, stop = interval
cap, pot = chg
pot = np.asarray(pot)
idxstart = (np.abs(pot - start)).argmin()
idxstop = (np.abs(pot - stop)).argmin()
capdiff = cap[idxstop] - cap[idxstart]
return abs(capdiff)
# Format list like: [chg, dchg], chg = [cap in interval 1, cap in interval 2, cap in interval n]
caps = {self.name: {}}
for interval in intervals:
caps[self.name][str(interval)] = {
"charge": [],
"discharge": []
}
if self.specific_cycles:
for i, cycle in enumerate(data):
if i in self.specific_cycles:
chg, dchg = cycle
for interval in intervals:
caps[self.name][str(interval)]["charge"].append(
_find_charge(chg, interval))
caps[self.name][str(interval)]["discharge"].append(
_find_charge(dchg, interval))
else:
for i, cycle in enumerate(data):
chg, dchg = cycle
for interval in intervals:
caps[self.name][str(interval)]["charge"].append(
_find_charge(chg, interval))
caps[self.name][str(interval)]["discharge"].append(
_find_charge(dchg, interval))
return caps
