initialize_cond.py
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import csv, re, sqlite3
con = sqlite3.connect("database_modfire.db")
cur = con.cursor()
cur2 = con.cursor()
cur3 = con.cursor()
cur4 = con.cursor()
cur5 = con.cursor()
cur6 = con.cursor()
cur7 = con.cursor()
cur8 = con.cursor()
cur9 = con.cursor()
cur10 = con.cursor()
cur11 = con.cursor()
cur12 = con.cursor()
cur13 = con.cursor()
cur14 = con.cursor()
cur15 = con.cursor()
cur16 = con.cursor()
cur17 = con.cursor()
cur18 = con.cursor()
cur19 = con.cursor()
cur20 = con.cursor()
cur21 = con.cursor()
cur22 = con.cursor()
cur23 = con.cursor()
cur24 = con.cursor()
cur25 = con.cursor()
cur26 = con.cursor()
cur27 = con.cursor()
cur28 = con.cursor()
cur29 = con.cursor()
f = open("wood_total_init.txt", "w+")
f2 = open("soilloss_total_init.txt", "w+")
f3 = open("perc_r0_total_init.txt", "w+")
f4 = open("perc_r5_total_init.txt", "w+")
f5 = open("perc_r10_total_init.txt", "w+")
f6 = open("sbiom0_total_init.txt", "w+")
f7 = open("sbiom5_total_init.txt", "w+")
f8 = open("sbiom10_total_init.txt", "w+")
f9 = open("r0_total_init.txt", "w+")
f10 = open("r5_total_init.txt", "w+")
f11 = open("r10_total_init.txt", "w+")
f12 = open("npv0_total_init.txt", "w+")
f13 = open("npv5_total_init.txt", "w+")
f14 = open("npv10_total_init.txt", "w+")
f15 = open("rait0_total_init.txt", "w+")
f16 = open("rait5_total_init.txt", "w+")
f17 = open("rait10_total_init.txt", "w+")
f18 = open("biodiversity0_total_init.txt", "w+")
f19 = open("biodiversity5_total_init.txt", "w+")
f20 = open("biodiversity10_total_init.txt", "w+")
f21 = open("perc_rait0_total_init.txt", "w+")
f22 = open("perc_rait5_total_init.txt", "w+")
f23 = open("perc_rait10_total_init.txt", "w+")
f24 = open("cashflow0_total_init.txt", "w+")
f25 = open("cashflow5_total_init.txt", "w+")
f26 = open("cashflow10_total_init.txt", "w+")
f27 = open("cstock0_total_init.txt", "w+")
f28 = open("cstock5_total_init.txt", "w+")
f29 = open("cstock10_total_init.txt", "w+")
for i in range(0, 1406):
cur.execute("SELECT Presc, wood FROM wood_rewards where ug like "+str(i))
cur2.execute("SELECT Presc, Soilloss FROM soilloss where ug like "+str(i))
cur3.execute("SELECT Presc, perc_r0_total FROM perc_r0 where ug like "+str(i))
cur4.execute("SELECT Presc, perc_r5_total FROM perc_r5 where ug like "+str(i))
cur5.execute("SELECT Presc, perc_r10_total FROM perc_r10 where ug like "+str(i))
cur6.execute("SELECT Presc, sbiom0_total FROM sbiom0 where ug like "+str(i))
cur7.execute("SELECT Presc, sbiom5_total FROM sbiom5 where ug like "+str(i))
cur8.execute("SELECT Presc, sbiom10_total FROM sbiom10 where ug like "+str(i))
cur9.execute("SELECT Presc, r0_total FROM r0 where ug like "+str(i))
cur10.execute("SELECT Presc, r5_total FROM r5 where ug like "+str(i))
cur11.execute("SELECT Presc, r10_total FROM r10 where ug like "+str(i))
cur12.execute("SELECT Presc, npv0_total FROM npv0 where ug like "+str(i))
cur13.execute("SELECT Presc, npv5_total FROM npv5 where ug like "+str(i))
cur14.execute("SELECT Presc, npv10_total FROM npv10 where ug like "+str(i))
cur15.execute("SELECT Presc, rait0_total FROM rait0 where ug like "+str(i))
cur16.execute("SELECT Presc, rait5_total FROM rait5 where ug like "+str(i))
cur17.execute("SELECT Presc, rait10_total FROM rait10 where ug like "+str(i))
cur18.execute("SELECT Presc, biodiversity0_total FROM biodiversity0 where ug like "+str(i))
cur19.execute("SELECT Presc, biodiversity5_total FROM biodiversity5 where ug like "+str(i))
cur20.execute("SELECT Presc, biodiversity10_total FROM biodiversity10 where ug like "+str(i))
cur21.execute("SELECT Presc, perc_rait0_total FROM perc_rait0 where ug like "+str(i))
cur22.execute("SELECT Presc, perc_rait5_total FROM perc_rait5 where ug like "+str(i))
cur23.execute("SELECT Presc, perc_rait10_total FROM perc_rait10 where ug like "+str(i))
cur24.execute("SELECT Presc, cashflow0_total FROM cashflow0 where ug like "+str(i))
cur25.execute("SELECT Presc, cashflow5_total FROM cashflow5 where ug like "+str(i))
cur26.execute("SELECT Presc, cashflow10_total FROM cashflow10 where ug like "+str(i))
cur27.execute("SELECT Presc, cstock0_total FROM cstock0 where ug like "+str(i))
cur28.execute("SELECT Presc, cstock5_total FROM cstock5 where ug like "+str(i))
cur29.execute("SELECT Presc, cstock10_total FROM cstock10 where ug like "+str(i))
results = cur.fetchall() #wood
results2 = cur2.fetchall() #soil
results3 = cur3.fetchall() #percr0
results4 = cur4.fetchall() #percr5
results5 = cur5.fetchall() #percr10
results6 = cur6.fetchall() #sbiom
results7 = cur7.fetchall()
results8 = cur8.fetchall()
results9 = cur9.fetchall() #r
results10 = cur10.fetchall()
results11 = cur11.fetchall()
results12 = cur12.fetchall() #npv
results13 = cur13.fetchall()
results14 = cur14.fetchall()
results15 = cur15.fetchall() #rait
results16 = cur16.fetchall()
results17 = cur17.fetchall()
results18 = cur18.fetchall() #biodiversity
results19 = cur19.fetchall()
results20 = cur20.fetchall()
results21 = cur21.fetchall() #percrait
results22 = cur22.fetchall()
results23 = cur23.fetchall()
results24 = cur24.fetchall() #cashflow
results25 = cur25.fetchall()
results26 = cur26.fetchall()
results27 = cur27.fetchall() #cstock
results28 = cur28.fetchall()
results29 = cur29.fetchall()
toWrite = '' #wood
toWrite2 = '' #soil
toWrite3 = '' #percr0
toWrite4 = '' #percr5
toWrite5 = '' #percr10
toWrite6 = '' #sbiom
toWrite7 = '' #
toWrite8 = '' #
toWrite9 = '' #r
toWrite10 = '' #
toWrite11 = '' #
toWrite12 = '' #npv
toWrite13 = '' #
toWrite14 = '' #
toWrite15 = '' #rait
toWrite16 = '' #
toWrite17 = '' #
toWrite18 = '' #biodiversity
toWrite19 = '' #
toWrite20 = '' #
toWrite21 = '' #percrait
toWrite22 = '' #
toWrite23 = '' #
toWrite24 = '' #cashflow
toWrite25 = '' #
toWrite26 = '' #
toWrite27 = '' #cstock
toWrite28 = '' #
toWrite29 = '' #
currentP = results[0][0]
for j in range(0, len(results)):
if(results[j][0] == currentP):
toWrite += str(results[j][1]) #wood
toWrite2 += str(-1*results2[j][1]) #soil
toWrite3 += str(1*results3[j][1]) #percr0
toWrite4 += str(1*results4[j][1]) #percr5
toWrite5 += str(1*results5[j][1]) #percr10
toWrite6 += str(1*results6[j][1]) #sbiom
toWrite7 += str(1*results7[j][1]) #
toWrite8 += str(1*results8[j][1]) #
toWrite9 += str(1*results9[j][1]) #r
toWrite10 += str(1*results10[j][1]) #
toWrite11 += str(1*results11[j][1]) #
toWrite12 += str(1*results12[j][1]) #npv
toWrite13 += str(1*results13[j][1]) #
toWrite14 += str(1*results14[j][1]) #
toWrite15 += str(1*results15[j][1]) #rait
toWrite16 += str(1*results16[j][1]) #
toWrite17 += str(1*results17[j][1]) #
toWrite18 += str(1*results18[j][1]) #biodiversity
toWrite19 += str(1*results19[j][1]) #
toWrite20 += str(1*results20[j][1]) #
toWrite21 += str(1*results21[j][1]) #percrait
toWrite22 += str(1*results22[j][1]) #
toWrite23 += str(1*results23[j][1]) #
toWrite24 += str(1*results24[j][1]) #cashflow
toWrite25 += str(1*results25[j][1]) #
toWrite26 += str(1*results26[j][1]) #
toWrite27 += str(1*results27[j][1]) #cstock
toWrite28 += str(1*results28[j][1]) #
toWrite29 += str(1*results29[j][1]) #
else:
toWrite = toWrite[:-1]+"," #wood
toWrite2 = toWrite2[:-1]+"," #soil
toWrite3 = toWrite3[:-1]+"," #percr0
toWrite4 = toWrite4[:-1]+"," #percr5
toWrite5 = toWrite5[:-1]+"," #percr10
toWrite6 = toWrite6[:-1]+"," #sbiom
toWrite7 = toWrite7[:-1]+"," #
toWrite8 = toWrite8[:-1]+"," #
toWrite9 = toWrite9[:-1]+"," #r
toWrite10 = toWrite10[:-1]+"," #
toWrite11 = toWrite11[:-1]+"," #
toWrite12 = toWrite12[:-1]+"," #npv
toWrite13 = toWrite13[:-1]+"," #
toWrite14 = toWrite14[:-1]+"," #
toWrite15 = toWrite15[:-1]+"," #rait
toWrite16 = toWrite16[:-1]+"," #
toWrite17 = toWrite17[:-1]+"," #
toWrite18 = toWrite18[:-1]+"," #biodiversity
toWrite19 = toWrite19[:-1]+"," #
toWrite20 = toWrite20[:-1]+"," #
toWrite21 = toWrite21[:-1]+"," #percrait
toWrite22 = toWrite22[:-1]+"," #
toWrite23 = toWrite23[:-1]+"," #
toWrite24 = toWrite24[:-1]+"," #cashflow
toWrite25 = toWrite25[:-1]+"," #
toWrite26 = toWrite26[:-1]+"," #
toWrite27 = toWrite27[:-1]+"," #cstock
toWrite28 = toWrite28[:-1]+"," #
toWrite29 = toWrite29[:-1]+"," #
currentP = results[j][0]
toWrite += str(results[j][1]) #wood
toWrite2 += str(-1*results2[j][1]) #soil
toWrite3 += str(1*results3[j][1]) #percr0
toWrite4 += str(1*results4[j][1]) #percr5
toWrite5 += str(1*results5[j][1]) #perct10
toWrite6 += str(1*results6[j][1]) #sbiom
toWrite7 += str(1*results7[j][1]) #
toWrite8 += str(1*results8[j][1]) #
toWrite9 += str(1*results9[j][1]) #r
toWrite10 += str(1*results10[j][1]) #
toWrite11 += str(1*results11[j][1]) #
toWrite12 += str(1*results12[j][1]) #npv
toWrite13 += str(1*results13[j][1]) #
toWrite14 += str(1*results14[j][1]) #
toWrite15 += str(1*results15[j][1]) #rait
toWrite16 += str(1*results16[j][1]) #
toWrite17 += str(1*results17[j][1]) #
toWrite18 += str(1*results18[j][1]) #biodiversity
toWrite19 += str(1*results19[j][1]) #
toWrite20 += str(1*results20[j][1]) #
toWrite21 += str(1*results21[j][1]) #percrait
toWrite22 += str(1*results22[j][1]) #
toWrite23 += str(1*results23[j][1]) #
toWrite24 += str(1*results24[j][1]) #cashflow
toWrite25 += str(1*results25[j][1]) #
toWrite26 += str(1*results26[j][1]) #
toWrite27 += str(1*results27[j][1]) #cstock
toWrite28 += str(1*results28[j][1]) #
toWrite29 += str(1*results29[j][1]) #
f.write(toWrite + "\n") #wood
toWrite = ''
f2.write(toWrite2 + "\n") #soil
toWrite2 = ''
f3.write(toWrite3 + "\n") #percr0
toWrite3 = ''
f4.write(toWrite4 + "\n") #percr5
toWrite4 = ''
f5.write(toWrite5 + "\n") #percr10
toWrite5 = ''
f6.write(toWrite6 + "\n") #sbiom
toWrite6 = ''
f7.write(toWrite7 + "\n") #
toWrite7 = ''
f8.write(toWrite8 + "\n") #
toWrite8 = ''
f9.write(toWrite9 + "\n") #r
toWrite9 = ''
f10.write(toWrite10 + "\n") #
toWrite10 = ''
f11.write(toWrite11 + "\n") #
toWrite11 = ''
f12.write(toWrite12 + "\n") #npv
toWrite12 = ''
f13.write(toWrite13 + "\n") #
toWrite13 = ''
f14.write(toWrite14 + "\n") #
toWrite14 = ''
f15.write(toWrite15 + "\n") #rait
toWrite15 = ''
f16.write(toWrite16 + "\n") #
toWrite16 = ''
f17.write(toWrite17 + "\n") #
toWrite17 = ''
f18.write(toWrite18 + "\n") #biodiversity
toWrite18 = ''
f19.write(toWrite19 + "\n") #
toWrite19 = ''
f20.write(toWrite20 + "\n") #
toWrite20 = ''
f21.write(toWrite21 + "\n") #percrait
toWrite21 = ''
f22.write(toWrite22 + "\n") #
toWrite22 = ''
f23.write(toWrite23 + "\n") #
toWrite23 = ''
f24.write(toWrite24 + "\n") #cashflow
toWrite24 = ''
f25.write(toWrite25 + "\n") #
toWrite25 = ''
f26.write(toWrite26 + "\n") #
toWrite26 = ''
f27.write(toWrite27 + "\n") #cstock
toWrite27 = ''
f28.write(toWrite28 + "\n") #
toWrite28 = ''
f29.write(toWrite29 + "\n") #
toWrite29 = ''