def run_test(op=int.__add__, amt=0.2, itime=2.5):
# import operator
from cli_data.cli import supermath3
import sys
g = sys.modules['__main__'].__dict__
lastdiff = g['lastdiff']
i = lasti = g['i']
ref = g['ref']
diff = supermath3(95, 0, ref, itime, i, False)
while True:
print("Starting again", diff, lastdiff)
lasti = i
i = op(i, amt)
lastdiff = diff
diff = supermath3(95, 0, ref, itime, i, False)
if diff >= lastdiff:
diff = supermath3(95, 0, ref, itime, lasti, True)
break
_l = locals().copy()
_l.pop('lasti')
_l.pop('amt')
_l.pop('op')
_l.pop('itime')
g._update_data(_l)
# print(diff, lastdiff)
return lasti
def test_leak():
data = []
from cli_data.cli import supermath3
times, pvs = supermath3(leak_constant=0)
data.append(times)
data.append(pvs)
for r in range(1, 11):
rate = D(r) / 10
_, pvs = supermath3(leak_constant=rate)
data.append(pvs)
plot(*data)
def manysuper3():
d = 0
last = 99999999999
totaldiff = 0
from officelib.xllib.xlcom import xlBook2
from cli_data.cli import supermath3
xl, wb = xlBook2("PID.xlsx")
cell = wb.Worksheets(1).Cells.Range("C8")
try:
while True:
totaldiff = supermath3(d)
cell.Value = d
d += 10
except KeyboardInterrupt:
pass
return d, totaldiff
def optimal_i(i=D('2.5')):
from cli_data.cli import supermath3
#
# try:
# del sys.modules['scripts.run.temp_sim']
# except KeyError:
# pass
i = D(i)
ifactor = D('12')
i_step = D(2)
i_step_factor = D('0.5')
i_step_min = D('1')
ref_map = get_ref_map()
ref_data = ref_map[str(i)]
print(ref_data)
ref_data = ref_data.y_data
last_diff = supermath3(0, 0, ref_data, i, ifactor, False)
diff = last_diff - 1
ifactor += i_step
_print = print
_len = len
false = False
try:
while diff:
print("going up!", end='\n\n')
while True:
diff = supermath3(0, 0, ref_data, i, plot=false)
_print("Ifactor:", ifactor, end=' ')
_print("Totaldiff:", diff, end=' ')
_print("Ave_diff:", diff / _len(ref_data))
if diff > last_diff:
break
lastdiff = diff
ifactor += i_step
i_step *= i_step_factor
if i_step < i_step_min:
i_step = i_step_min
ifactor -= i_step
print("going down!", end='\n\n')
while True:
diff = supermath3(0, 0, ref_data, i, plot=false)
_print("Ifactor:", ifactor, end=' ')
_print("Totaldiff:", diff, end=' ')
_print("Ave_diff:", diff / _len(ref_data))
if diff > last_diff:
break
last_diff = diff
ifactor -= i_step
i_step *= i_step_factor
if i_step < i_step_min:
i_step = i_step_min
ifactor += i_step
except KeyboardInterrupt:
pass
if diff == 0:
_print("wow!")
supermath3(0, 0, ref_data, i, plot=True)
return ifactor
