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AddFuncts.py
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from pyne.origen22 import *
from pyne.material import *
from math import *
import bright
import subprocess
import matplotlib.pyplot as plt
import pickle
import numpy
import sys
import os
from BUd import *
totals =['H','HE', 'LI', 'BE', 'B', 'C', 'N', 'O', 'F', 'NE', 'NA', 'MG', 'AL', 'SI', 'P', 'S', 'CL', 'AR', 'K', 'CA', 'SC', 'TI', 'V', 'CR',
'MN', 'FE', 'CO', 'NI', 'CU', 'ZN', 'GA', 'GE', 'AS', 'SE', 'BR', 'KR', 'RB', 'SR', 'Y', 'ZR', 'NB', 'MO', 'TC', 'RU', 'RH', 'PD',
'AG', 'CD', 'IN', 'SN', 'SB', 'TE', 'I', 'XE', 'CS', 'BA', 'LA', 'CE', 'PR', 'ND', 'PM', 'SM', 'EU', 'GD', 'TB', 'DY', 'HO', 'ER',
'TM', 'YB', 'LU', 'HF', 'TA', 'W', 'RE', 'OS', 'IR', 'PT', 'AU', 'HG', 'TI', 'PB', 'BI', 'PO', 'AT', 'RN', 'FR', 'RA', 'AC', 'TH',
'PA', 'U', 'NP', 'PU', 'AM', 'CM', 'BK', 'CF', 'ES', 'FM', 'MD', 'NO', 'LR', 'RF', 'HA', 'SG', 'NS', 'HS', 'MT']
def fuelout(inputfile):
diff = [922350, 922380, 962420, 962430, 962440, 962450, 962460, 962470,962480, 952410, 952430, 942380, 942390, 942400, 942410, 942420, 400930, 430990, 461070, 340790,531290, 551350]
a = from_text(inputfile)
writer1 = open('fuelcomps_'+str(inputfile), 'a')
b = {}
for iso in diff:
if iso in a.keys():
writer1.write(str(iso)+' '+str(a[iso])+'\n')
writer1.close()
def ansource(inputfile, time):
## Setting up the Mass Stream ##
a = from_text(inputfile)
write_tape4(a, outfile='TAPE4.INP')
writer1 = open('ans_'+str(time)+'.txt', 'a')
writer1.write('\n'+'Standard_')
## Running Origen ##
write_tape5_irradiation("IRP", time, 0, "TAPE5.INP", (1,2,3), (204, 205, 206), out_table_num=[1])
subprocess.call('o2_therm_linux.exe',shell=True)
#Watts#
WattsT=[]
el_dictT={}
totWT=0
r=parse_tape6('TAPE6.OUT')
WattsT.append(r['alpha_neutron_source'])
isos = set(WattsT[0].keys())
c = ['units', 'title']
isos = isos.difference(c)
for iso in isos:
totWT = totWT + WattsT[0][iso][1]
writer1.write(str(totWT/(LWR_BUd*(.33*1000/24)+FR_BUd*(1000*.42/24)))+'\n')
writer1.close()
def sfsource(inputfile, time):
## Setting up the Mass Stream ##
a = from_text(inputfile)
write_tape4(a, outfile='TAPE4.INP')
disos = os.getcwd()
writer1 = open('sfs_'+str(time)+'.txt', 'a')
## Running Origen ##
write_tape5_irradiation("IRP", time, 0, "TAPE5.INP", (1,2,3), (204, 205, 206), out_table_num=[1])
subprocess.call('o2_therm_linux.exe',shell=True)
#Watts#
WattsT=[]
el_dictT={}
totWT=0
r=parse_tape6('TAPE6.OUT')
WattsT.append(r['spont_fiss_neutron_source'])
isos = set(WattsT[0].keys())
c = ['units', 'title']
isos = isos.difference(c)
for iso in isos:
totWT = totWT + WattsT[0][iso][1]
writer1.write(str(totWT/(LWR_BUd*(.33*1000/24)+FR_BUd*(1000*.42/24)))+'\n')
writer1.close()
def sfsmax(inputfile, number, time):
a = from_text(inputfile)
write_tape4(a, 'TAPE4.OUT')
write_tape5_irradiation('IRP', time, 0, "TAPE5.INP", (1,2,3), (204,205,206), out_table_num=[1])
subprocess.call('o2_therm_linux.exe', shell = True)
r=parse_tape6('TAPE6.OUT')
watts=[]
dict={}
watts.append(r['spont_fiss_neutron_source'])
isos = set(watts[0].keys())
isos = isos.difference(totals)
extra = ['units','title']
isos = isos.difference(extra)
for i in range(len(watts)):
for iso in isos:
if iso in watts[i].keys():
dict[iso] = watts[i][iso][1]
b={}
c = dict
d = dict
n = 0
x = 0
writer5 = open('max.txt', 'a')
for it in c:
x = x + c[it]
writer5.write('sfs_'+str(time)+' '+str(x)+'\n')
while n < number:
em={}
for itt in d.keys():
em[d[itt]]=itt
b[em[max(em)]] = max(em)
f=[em[max(em)]]
isos2 = set(d.keys())
isos2 = isos2.difference(f)
d = {}
for iiso in isos2:
d[iiso] = c[iiso]
writer5.write(str(em[max(em)])+'_'+str(max(em))+'\n')
n=n+1
isos2=[]
return b
def parse_fp(inputfile, time, tables):
## Setting up the Mass Stream ##
a = Material()
a.from_text(inputfile)
write_tape4(a, outfile='TAPE4.INP')
writer1 = open('fp_data_'+str(time)+'.txt', 'a')
if len(tables) > 1:
writer1.write('\n'+str(RmIsos)+'_')
## Running Origen ##
write_tape5_irradiation("IRP", time, 0, "TAPE5.INP", (1,2,3), (204, 205, 206), out_table_num=tables)
subprocess.call('o2_therm_linux.exe',shell=True)
#Watts#
WattsT=[]
el_dictT={}
totWT=0
ty=0
r=parse_tape6('TAPE6.OUT')
for ii in tables:
WattsT.append(r['table_'+str(ii)]['summary']['activation_products'])
isos = set(WattsT[0].keys())
isos = isos.difference(totals)
for iso in isos:
if iso in WattsT[0].keys():
totWT = totWT + WattsT[0][iso][1]
if time < 10:
if len(tables)==1:
writer1.write(str(ii)+' '+str(totWT)+'\n')
if len(tables)>1:
writer1.write(str(totWT)+'__')
if time > 11:
if len(tables)==1:
writer1.write(str(totWT/(LWR_BUd*(.33*1000/24)+FR_BUd*(1000*.42/24)))+'\n')
if len(tables)>1:
writer1.write(str(totWT/(LWR_BUd*(.33*1000/24)+FR_BUd*(1000*.42/24)))+'__')
totWT=0
ty=ty+1
def parse(inputfile, time, tables):
## Setting up the Mass Stream ##
a = Material()
a.from_text(inputfile)
write_tape4(a, outfile='TAPE4.INP')
writer1 = open('data_'+str(time)+'.txt', 'a')
if len(tables) > 1:
writer1.write('\n'+'Standard_')
## Running Origen ##
write_tape5_irradiation("IRP", time, 0, "TAPE5.INP", (1,2,3), (204, 205, 206), out_table_num=tables)
subprocess.call('o2_therm_linux.exe',shell=True)
#Watts#
WattsT=[]
el_dictT={}
totWT=0
ty=0
r=parse_tape6('TAPE6.OUT')
for ii in tables:
WattsT.append(r['table_'+str(ii)]['summary']['actinides'])
WattsT.append(r['table_'+str(ii)]['summary']['fission_products'])
WattsT.append(r['table_'+str(ii)]['summary']['activation_products'])
isos = set(WattsT[0].keys())
isos.update(set(WattsT[1].keys()), set(WattsT[2].keys()))
isos = isos.difference(totals)
for iii in range(len(WattsT)):
for iso in isos:
if iso in WattsT[iii].keys():
totWT = totWT + WattsT[iii][iso][1]
#plt.plot( range(1,20), isoT, label=str(iso))
# for t in range(len(WattsT)):
# for key in WattsT[t].keys():
# el=key/10000
# if el in el_dictT.keys():
# el_dictT[el][t]=el_dictT[el][t]+WattsT[t][key]
# else:
# el_dictT[el]=[]
# for tt in range(len(WattsT)):
# el_dictT[el].append(0.0)
# el_dictT[el][t]=el_dictT[el][t]+WattsT[t][key]
# l=[(max(el_dictT[el]), el) for el in el_dictT.keys()]
# l.sort(reverse=True)
# tlt=[totWT, el_dictT[l[0][1]], l[0][1]]
#Creating the Table
if len(tables)==1:
writer1.write(str(totWT/(LWR_BUd*(.33*1000/24)+FR_BUd*(1000*.42/24)))+'\n')
writer1.write(str(totWT)+'\n')
if len(tables)>1:
writer1.write(str(totWT/(LWR_BUd*(.33*1000/24)+FR_BUd*(1000*.42/24)))+'__')
writer1.write(str(totWT)+'__')
totWT=0
ty=ty+1
def parse_act(inputfile, time, tables):
## Setting up the Mass Stream ##
a = Material()
a.from_text(inputfile)
write_tape4(a, outfile='TAPE4.INP')
writer1 = open('act_data_'+str(time)+'.txt', 'a')
if len(tables) > 1:
writer1.write('\n'+str(RmIsos)+'_')
## Running Origen ##
write_tape5_irradiation("IRP", time, 0, "TAPE5.INP", (1,2,3), (204, 205, 206), out_table_num=tables)
subprocess.call('o2_therm_linux.exe',shell=True)
#Watts#
WattsT=[]
el_dictT={}
totWT=0
ty=0
r=parse_tape6('TAPE6.OUT')
for ii in tables:
WattsT.append(r['table_'+str(ii)]['summary']['actinides'])
isos = set(WattsT[0].keys())
isos=isos.difference(totals)
for iso in isos:
if iso in WattsT[0].keys():
totWT = totWT + WattsT[0][iso][1]
if len(tables)==1:
writer1.write(str(totWT/(LWR_BUd*(.33*1000/24)+FR_BUd*(1000*.42/24)))+'\n')
writer1.write(str(totWT)+'\n')
if len(tables)>1:
writer1.write(str(totWT/(LWR_BUd*(.33*1000/24)+FR_BUd*(1000*.42/24)))+'__')
writer1.write(str(totWT)+'__')
totWT=0
ty=ty+1
# Storage.calc(instream, time)
def dictmax_fp(inputfile, num, time, tables):
a = from_text(inputfile)
write_tape4(a, 'TAPE4.OUT')
write_tape5_irradiation('IRP', time, 0, "TAPE5.INP", (1,2,3), (204,205,206), out_table_num=tables)
subprocess.call('o2_therm_linux.exe', shell = True)
r=parse_tape6('TAPE6.OUT')
watts=[]
dict={}
for iii in tables:
watts.append(r['table_'+str(iii)]['summary']['activation_products'])
isos = set(watts[0].keys())
isos = isos.difference(totals)
for iso in isos:
if iso in watts[0].keys():
dict[iso] = watts[0][iso][1]
b={}
c = dict
d = dict
n = 0
x = 0
writer5 = open('max.txt', 'a')
for it in c:
x = x+c[it]
writer5.write('table_'+str(iii)+'_'+str(time)+' '+str(x)+'\n')
while n < num:
em={}
for itt in d.keys():
em[d[itt]]=itt
b[em[max(em)]] = max(em)
f=[em[max(em)]]
isos2 = set(d.keys())
isos2 = isos2.difference(f)
d = {}
for iiso in isos2:
d[iiso] = c[iiso]
writer5.write(str(em[max(em)])+'_'+str(max(em))+'\n')
n=n+1
isos2=[]
watts=[]
def dictmax(inputfile, num, time, tables):
a = from_text(inputfile)
write_tape4(a, 'TAPE4.OUT')
write_tape5_irradiation('IRP', time, 0, "TAPE5.INP", (1,2,3), (204,205,206), out_table_num=tables)
subprocess.call('o2_therm_linux.exe', shell = True)
r=parse_tape6('TAPE6.OUT')
watts=[]
dict={}
for iii in tables:
watts.append(r['table_'+str(iii)]['summary']['actinides'])
watts.append(r['table_'+str(iii)]['summary']['fission_products'])
watts.append(r['table_'+str(iii)]['summary']['activation_products'])
isos = set(watts[0].keys())
isos.update(set(watts[1].keys()), set(watts[2].keys()))
isos = isos.difference(totals)
for i in range(len(watts)):
for iso in isos:
if iso in watts[i].keys():
dict[iso] = watts[i][iso][1]
b={}
c = dict
d = dict
n = 0
x = 0
writer5 = open('max.txt', 'a')
for it in c:
x = x+c[it]
writer5.write('table_'+str(iii)+'_'+str(time)+' '+str(x)+'\n')
while n < num:
em={}
for itt in d.keys():
em[d[itt]]=itt
b[em[max(em)]] = max(em)
f=[em[max(em)]]
isos2 = set(d.keys())
isos2 = isos2.difference(f)
d = {}
for iiso in isos2:
d[iiso] = c[iiso]
writer5.write(str(em[max(em)])+'_'+str(max(em))+'\n')
n=n+1
isos2=[]
watts=[]
def remove(ms, removed):
ns={}
isos = set(ms.comp.keys())
int_m = list(isos.difference(removed))
for t in range(len(int_m)):
i=int_m[t]
ns[i]=ms.comp[i]
ps = Material(ns)
return ps
def heat(inputfile, time):
## Setting up the Mass Stream ##
a = Material()
a.from_text(inputfile)
write_tape4(a, outfile='TAPE4.INP')
WattsT =[]
## Running Origen ##
n=0
t = 0.1
el_dictT={}
totWT=0
writer1 = open('heat_total_'+str(time)+'.txt', 'a')
while t < time*3:
if t < time:
write_tape5_irradiation("IRP", t, 0, "TAPE5.INP", (1,2,3), (204, 205, 206), out_table_num=[9])
subprocess.call('o2_therm_linux.exe',shell=True)
#Watts#
r=parse_tape6('TAPE6.OUT')
WattsT.append(r['table_'+str(9)]['summary']['actinides'])
WattsT.append(r['table_'+str(9)]['summary']['fission_products'])
WattsT.append(r['table_'+str(9)]['summary']['activation_products'])
isos = set(WattsT[0].keys())
isos.update(set(WattsT[1].keys()), set(WattsT[2].keys()))
isos = isos.difference(totals)
for iii in range(len(WattsT)):
for iso in isos:
if iso in WattsT[iii].keys():
totWT = totWT + WattsT[iii][iso][1]
#Creating the Table
if t <.2:
writer2 = open('heat_'+str(time)+'.txt','a')
#mt = (t-0)*(expm1((log1p(totWT[ty]))/2))
mt = (t-0)*(sqrt(totWT))
n = n + mt
print >> writer2, '{0} {1}'.format(t,n)
writer2.close()
else:
writer2 = open('heat_'+str(time)+'.txt','a')
#ms = (t-(t/2))*(expm1(log1p(totWT[ty] * totWT[ty-1])/2))
mt = (t-(t/2))*(sqrt(totWT * Prev_tot))
n = n + mt
print >> writer2, '{0} {1}'.format(t,n)
writer2.close()
os.remove('TAPE6.OUT')
elif t > time*2:
break
elif t > time:
write_tape5_irradiation("IRP", time, 0, "TAPE5.INP", (1,2,3), (204, 205, 206), out_table_num=[9])
subprocess.call('o2_therm_linux.exe',shell=True)
#Watts#
r=parse_tape6('TAPE6.OUT')
WattsT.append(r['table_'+str(9)]['summary']['actinides'])
WattsT.append(r['table_'+str(9)]['summary']['fission_products'])
WattsT.append(r['table_'+str(9)]['summary']['activation_products'])
isos = set(WattsT[0].keys())
isos.update(set(WattsT[1].keys()), set(WattsT[2].keys()))
isos = isos.difference(totals)
for iii in range(len(WattsT)):
for iso in isos:
if iso in WattsT[iii].keys():
totWT = totWT + WattsT[iii][iso][1]
mt = (time-(t/2))*(sqrt(totWT * Prev_tot))
n = n + mt
writer1.write(str(time)+' '+str(n/(LWR_BUd*(.33*1000/24)+FR_BUd*(1000*.42/24)))+'\n')
writer1.close()
Prev_tot= totWT
t=t*2
el_dictT={}
isos=[]
WattsT=[]
totWT=0
# Storage.calc(instream, time)
def heatmax(inputfile, time, num):
## Setting up the Mass Stream ##
a = Material()
a.from_text(inputfile)
write_tape4(a, outfile='TAPE4.INP')
WattsT =[]
## Running Origen ##
n=0
dict={}
dict2={}
t = 0.1
el_dictT={}
totWT=0
writer1 = open('heat_total_max'+str(time)+'.txt', 'a')
write_tape5_irradiation("IRP", t, 0, "TAPE5.INP", (1,2,3), (204, 205, 206), out_table_num=[9])
subprocess.call('o2_therm_linux.exe',shell=True)
r=parse_tape6('TAPE6.OUT')
WattsT.append(r['table_'+str(9)]['summary']['actinides'])
WattsT.append(r['table_'+str(9)]['summary']['fission_products'])
WattsT.append(r['table_'+str(9)]['summary']['activation_products'])
isos = set(WattsT[0].keys())
isos.update(set(WattsT[1].keys()), set(WattsT[2].keys()))
isos = isos.difference(totals)
for i in range(len(WattsT)):
for iso in isos:
if iso in WattsT[i].keys():
dict2[iso] = WattsT[i][iso][1]
for iso2 in dict2.keys():
while t < time*3:
if t < time:
write_tape5_irradiation("IRP", t, 0, "TAPE5.INP", (1,2,3), (204, 205, 206), out_table_num=[9])
subprocess.call('o2_therm_linux.exe',shell=True)
#Watts#
r=parse_tape6('TAPE6.OUT')
WattsT.append(r['table_'+str(9)]['summary']['actinides'])
WattsT.append(r['table_'+str(9)]['summary']['fission_products'])
WattsT.append(r['table_'+str(9)]['summary']['activation_products'])
for iv in range(len(WattsT)):
if iso2 in WattsT[iv].keys():
totWT = WattsT[iv][iso2][1]
#Creating the Table
if t <.2:
writer2 = open('heat_'+str(time)+'.txt','a')
#mt = (t-0)*(expm1((log1p(totWT[ty]))/2))
mt = (t-0)*(sqrt(totWT))
n = n + mt
else:
writer2 = open('heat_'+str(time)+'.txt','a')
#ms = (t-(t/2))*(expm1(log1p(totWT[ty] * totWT[ty-1])/2))
mt = (t-(t/2))*(sqrt(totWT * Prev_tot))
n = n + mt
os.remove('TAPE6.OUT')
elif t > time:
write_tape5_irradiation("IRP", time, 0, "TAPE5.INP", (1,2,3), (204, 205, 206), out_table_num=[9])
subprocess.call('o2_therm_linux.exe',shell=True)
#Watts#
r=parse_tape6('TAPE6.OUT')
WattsT.append(r['table_'+str(9)]['summary']['actinides'])
WattsT.append(r['table_'+str(9)]['summary']['fission_products'])
WattsT.append(r['table_'+str(9)]['summary']['activation_products'])
for iv in range(len(WattsT)):
if iso2 in WattsT[iv].keys():
totWT = WattsT[iv][iso2][1]
mt = (time-(t/2))*(sqrt(totWT * Prev_tot))
n = n + mt
dict[iso2] = n
Prev_tot= totWT
t=t*2
isos=[]
WattsT=[]
totWT=0
n=0
b={}
c = dict
d = dict
n = 0
x = 0
writer5 = open('max.txt', 'a')
for it in c:
x = x+c[it]
writer1.write(str(time)+' '+str(x)+'\n')
while n < num:
em={}
for itt in d.keys():
em[d[itt]]=itt
b[em[max(em)]] = max(em)
f=[em[max(em)]]
isos2 = set(d.keys())
isos2 = isos2.difference(f)
d = {}
for iiso in isos2:
d[iiso] = c[iiso]
writer1.write(str(em[max(em)])+'_'+str(max(em))+'\n')
n=n+1
isos2=[]
writer1.close()
return b