def extraction_Kirch_DiodeV2Mod2DirectBranchmathath():
"""
[Реестровая]
:return:
"""
global FT,XO,XT,XF
global foldername
funcf=solver_Kirch_DiodeV2Mod2DirectBranchmathath
jacf = Jac_Kirch_DiodeV2Mod2DirectBranchmathath
c=None
Ve=np.array([ [1e-5] ] )
# 0 1 2 3 4 5 6 7
btrue=[341.4e-6, 2.664, 37.08e-3, 17.26e-27, 5.662, 4.282, 0.5751, 3.65e-3]
#коридор в 20 процентов в обе стороны
diap = .1
bstart = [item-item*diap for item in btrue]
bend = [item+item*diap for item in btrue]
binit=btrue
xstart, xend = [0.001] , [1]
N=20
print("performing aprior plan:")
import os
filename ='N{0}_'.format(N)+os.path.basename(__file__).replace('.py','_plan')
oplan = o_ap.makePlanCached (xstart, xend, N, bstart, bend, c, Ve, jacf, funcf, Ntries=6, verbose=True, foldername=foldername, cachname=filename, verbosePlan=True)
def makeplan_lambda (plantype, n, bstart, bend, Ve):
global xstart, xend, btrue,c
#- делает нужный план в зависимости от параметров plantype и n
#Надо создать пачку априорных планов - 5 10 15 20 25 30 35 40 значений
hash= hashlib.md5((n,bstart,bend,Ve).__str__().encode('utf-8')).hexdigest()
#hashlib.md5("whatever your string is".encode('utf-8')).
filename = usercomment+'_'+str(hash)
if plantype: #если априорный
return o_ap.makePlanCached (xstart, xend, n, bstart, bend, c, Ve, jacf, funcf, Ntries=4, verbose=False, foldername='DependencyPlans', cachname=filename)
else:
return o_p.makeUniformExpPlan(xstart,xend,n)
def extraction_Kirch_DiodeV2Mod2DirectBranchmathath():
"""
[Реестровая]
:return:
"""
global FT, XO, XT, XF
global foldername
funcf = solver_Kirch_DiodeV2Mod2DirectBranchmathath
jacf = Jac_Kirch_DiodeV2Mod2DirectBranchmathath
c = None
Ve = np.array([[1e-5]])
# 0 1 2 3 4 5 6 7
btrue = [
341.4e-6, 2.664, 37.08e-3, 17.26e-27, 5.662, 4.282, 0.5751, 3.65e-3
]
#коридор в 20 процентов в обе стороны
diap = .1
bstart = [item - item * diap for item in btrue]
bend = [item + item * diap for item in btrue]
binit = btrue
xstart, xend = [0.001], [1]
N = 20
print("performing aprior plan:")
import os
filename = 'N{0}_'.format(N) + os.path.basename(__file__).replace(
'.py', '_plan')
oplan = o_ap.makePlanCached(xstart,
xend,
N,
bstart,
bend,
c,
Ve,
jacf,
funcf,
Ntries=6,
verbose=True,
foldername=foldername,
cachname=filename,
verbosePlan=True)
