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Fertilizer.py
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Fertilizer.py
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import Options
class Fertilizer(Options.ScenarioOptions):
def __init__(self, modelRunTitle):
Options.ScenarioOptions.__init__(self, modelRunTitle)
def setFertilizer(self, feed):
#table format in database
# FIPS char(5) ,
# NOx float ,
# NH3 float ,
# SCC char(10) ,
# description text
if feed != 'FR':
if feed == 'CS':
query = self.__cornStover__(feed)
elif feed == 'WS':
query = self.__wheatStraw__(feed)
elif feed == 'CG':
query = self.__cornGrain__()
elif feed == 'SG':
query = self.__switchgrass__()
self.__executeQuery__(query)
def __cornStover__(self, feed):
fertQuery = """
INSERT INTO """ + feed + """_nfert
(
--------------------------------------------------------------------------
--This query returns the urea component
--------------------------------------------------------------------------
SELECT feed.fips,
((N_app.""" + feed + """ / 2000.0) * (n_dist.urea * nfert.nox_ur) * 0.90718474 / 2000.0 * feed.prod) AS "NOX",
((N_app.""" + feed + """ * 0.90718474 / 2000.0) * (n_dist.urea * nfert.nh3_ur) * feed.prod * 17.0 / 14.0) AS "NH3",
(2801700004) AS SCC,
'Urea Fertilizer Emissions' AS "Description"
FROM """ + self.productionSchema + '.' + feed + """_data feed, """ + self.constantsSchema + """.N_fert_EF nfert,
""" + self.constantsSchema + """.CS_WS_SG_Napp N_app, """ + self.constantsSchema + """.n_fert_distribution n_dist
GROUP BY feed.fips,
nfert.nox_ur, nfert.nox_nsol, nfert.nox_as, nfert.nox_an, nfert.nox_aa,
nfert.nh3_ur, nfert.nh3_nsol, nfert.nh3_as, nfert.nh3_an, nfert.nh3_aa,
feed.prod, N_APP.""" + feed + """, n_dist.urea
)
UNION
(
--------------------------------------------------------------------------
--This query contains the Nitrogen Solutions Component
--------------------------------------------------------------------------
SELECT feed.fips,
((N_app.""" + feed + """ / 2000.0) * (n_dist.nsol * nfert.nox_nsol) * 0.90718474 / 2000.0 * feed.prod) AS "NOX",
((N_app.""" + feed + """ * 0.90718474 / 2000.0) * (n_dist.nsol * nfert.nh3_nsol) * feed.prod * 17.0 / 14.0) AS "NH3",
(2801700003) AS SCC,
'Nitrogen Solutions Fertilizer Emissions' AS "Description"
FROM """ + self.productionSchema + '.' + feed + """_data feed, """ + self.constantsSchema + """.N_fert_EF nfert,
""" + self.constantsSchema + """.CS_WS_SG_Napp N_app, """ + self.constantsSchema + """.n_fert_distribution n_dist
GROUP BY feed.fips,
nfert.nox_ur, nfert.nox_nsol, nfert.nox_as, nfert.nox_an, nfert.nox_aa,
nfert.nh3_ur, nfert.nh3_nsol, nfert.nh3_as, nfert.nh3_an, nfert.nh3_aa,
feed.prod, N_APP.""" + feed + """, n_dist.nsol
)
UNION
(
--------------------------------------------------------------------------
--This query contains the Anhydrous Ammonia Component
--------------------------------------------------------------------------
SELECT feed.fips,
((N_app.""" + feed + """ / 2000.0) * (n_dist.anhydrous_ammonia * nfert.nox_aa) * 0.90718474 / 2000.0 * feed.prod) AS "NOX",
((N_app.""" + feed + """ * 0.90718474 / 2000.0) * (n_dist.anhydrous_ammonia * nfert.nh3_aa) * feed.prod * 17.0 / 14.0) AS "NH3",
(2801700001) AS SCC,
'Anhydrous Ammonia Fertilizer Emissions' AS "Description"
FROM """ + self.productionSchema + '.' + feed + """_data feed, """ + self.constantsSchema + """.N_fert_EF nfert,
""" + self.constantsSchema + """.CS_WS_SG_Napp N_app, """ + self.constantsSchema + """.n_fert_distribution n_dist
GROUP BY feed.fips,
nfert.nox_ur, nfert.nox_nsol, nfert.nox_as, nfert.nox_an, nfert.nox_aa,
nfert.nh3_ur, nfert.nh3_nsol, nfert.nh3_as, nfert.nh3_an, nfert.nh3_aa,
feed.prod, N_APP.""" + feed + """, n_dist.anhydrous_ammonia
)
UNION
(
--------------------------------------------------------------------------
--This query contains the Ammonium Nitrate component
--------------------------------------------------------------------------
SELECT feed.fips,
((N_app.""" + feed + """ / 2000.0) * (n_dist.ammonium_nitrate * nfert.nox_an) * 0.90718474 / 2000.0 * feed.prod) AS "NOX",
((N_app.""" + feed + """ * 0.90718474 / 2000.0) * (n_dist.ammonium_nitrate * nfert.nh3_an) * feed.prod * 17.0 / 14.0) AS "NH3",
(2801700005) AS SCC,
'Ammonium Nitrate Fertilizer Emissions' AS "Description"
FROM """ + self.productionSchema + '.' + feed + """_data feed, """ + self.constantsSchema + """.N_fert_EF nfert,
""" + self.constantsSchema + """.CS_WS_SG_Napp N_app, """ + self.constantsSchema + """.n_fert_distribution n_dist
GROUP BY feed.fips,
nfert.nox_ur, nfert.nox_nsol, nfert.nox_as, nfert.nox_an, nfert.nox_aa,
nfert.nh3_ur, nfert.nh3_nsol, nfert.nh3_as, nfert.nh3_an, nfert.nh3_aa,
feed.prod, N_APP.""" + feed + """, n_dist.ammonium_nitrate
)
UNION
(
--------------------------------------------------------------------------
--This query contains the Ammonium Sulfate component
--------------------------------------------------------------------------
SELECT feed.fips,
((N_app.""" + feed + """ / 2000.0) * (n_dist.ammonium_sulfate * nfert.nox_as) * 0.90718474 / 2000.0 * feed.prod) AS "NOX",
((N_app.""" + feed + """ * 0.90718474 / 2000.0) * (n_dist.ammonium_sulfate * nfert.nh3_as) * feed.prod * 17.0 / 14.0) AS "NH3",
(2801700006) AS SCC,
'Ammonium Sulfate Fertilizer Emissions' AS "Description"
FROM """ + self.productionSchema + '.' + feed + """_data feed, """ + self.constantsSchema + """.N_fert_EF nfert,
""" + self.constantsSchema + """.CS_WS_SG_Napp N_app, """ + self.constantsSchema + """.n_fert_distribution n_dist
GROUP BY feed.fips,
nfert.nox_ur, nfert.nox_nsol, nfert.nox_as, nfert.nox_an, nfert.nox_aa,
nfert.nh3_ur, nfert.nh3_nsol, nfert.nh3_as, nfert.nh3_an, nfert.nh3_aa,
feed.prod, N_APP.""" + feed + """, n_dist.ammonium_sulfate
)"""
return fertQuery
def __wheatStraw__(self, feed):
return self.__cornStover__(feed)
def __switchgrass__(self):
fertQuery = """
INSERT INTO sg_nfert
(
SELECT sg.fips,
(12.519 / 2000.0 * sg.prod * (nfert.nox_nsol) * 0.907018474 / 2000.0 * 0.9) AS "NOx",
(12.519 * sg.prod * (nfert.nh3_nsol) * 0.907018474 / 2000.0 * 17.0 / 14.0 * 0.9) AS "NH3",
(2801700003) AS SCC,
'Nitrogen Solutions Fertilizer Emissions' AS "Description"
FROM """ + self.productionSchema + """.sg_data sg, """ + self.constantsSchema + """.N_fert_EF nfert, """ + self.constantsSchema + """.CS_WS_SG_Napp N_app
GROUP BY sg.fips,
nfert.nox_nsol, nfert.nh3_nsol, N_app.SG
)
"""
return fertQuery
def __cornGrain__(self):
fertQuery = """
INSERT INTO cg_nfert
(
--------------------------------------------------------------------------
--This query returns the urea component
--------------------------------------------------------------------------
SELECT cd.fips,
(((n.Conventional_N * cd.convtill_harv_ac +
n.Conventional_N * reducedtill_harv_ac +
n.NoTill_N * notill_harv_ac) / 2000.0) * (n_dist.urea * nfert.nox_ur) * 0.90718474 / 2000.0) AS "NOX",
(((n.Conventional_N * cd.convtill_harv_ac +
n.Conventional_N * reducedtill_harv_ac +
n.NoTill_N * notill_harv_ac) / 2000.0) * (n_dist.urea * nfert.nh3_ur) * 0.90718474 * 17.0 / 14.0) AS "NH3",
(2801700004) AS SCC,
'Urea Fertilizer Emissions' AS "Description"
FROM """ + self.constantsSchema + """.cg_napp n, """ + self.constantsSchema + """.N_fert_EF nfert,
""" + self.productionSchema + """.cg_data cd, """ + self.constantsSchema + """.n_fert_distribution n_dist
WHERE n.fips = cd.fips
GROUP BY cd.fips,
nfert.nox_ur, nfert.nh3_ur, cd.convtill_harv_ac, cd.reducedtill_harv_ac,
cd.notill_harv_ac, n.Conventional_N, n.NoTill_N, n_dist.urea
)
UNION
(
--------------------------------------------------------------------------
--This query contains the Nitrogen Solutions Component
--------------------------------------------------------------------------
SELECT cd.fips,
(((n.Conventional_N * cd.convtill_harv_ac +
n.Conventional_N * reducedtill_harv_ac +
n.NoTill_N * notill_harv_ac) / 2000.0) * (n_dist.nsol * nfert.nox_nsol) * 0.90718474 / 2000.0) AS "NOX",
(((n.Conventional_N * cd.convtill_harv_ac +
n.Conventional_N * reducedtill_harv_ac +
n.NoTill_N * notill_harv_ac) / 2000.0) * (n_dist.nsol * nfert.nh3_nsol) * 0.90718474 * 17.0 / 14.0) AS "NH3",
(2801700003) AS SCC,
'Nitrogen Solutions Fertilizer Emissions' AS "Description"
FROM """ + self.constantsSchema + """.cg_napp n, """ + self.constantsSchema + """.N_fert_EF nfert,
""" + self.productionSchema + """.cg_data cd, """ + self.constantsSchema + """.n_fert_distribution n_dist
WHERE n.fips = cd.fips
GROUP BY cd.fips, n.polysys_region_id,
nfert.nox_nsol, nfert.nh3_nsol, cd.convtill_harv_ac, cd.reducedtill_harv_ac,
cd.notill_harv_ac, n.Conventional_N, n.NoTill_N, n_dist.nsol
)
UNION
(
--------------------------------------------------------------------------
--This query contains the Anhydrous Ammonia Component
--------------------------------------------------------------------------
SELECT cd.fips,
(((n.Conventional_N * cd.convtill_harv_ac +
n.Conventional_N * reducedtill_harv_ac +
n.NoTill_N * notill_harv_ac) / 2000.0) * (n_dist.anhydrous_ammonia * nfert.nox_aa) * 0.90718474 / 2000.0) AS "NOX",
(((n.Conventional_N * cd.convtill_harv_ac +
n.Conventional_N * reducedtill_harv_ac +
n.NoTill_N * notill_harv_ac) / 2000.0) * (n_dist.anhydrous_ammonia * nfert.nh3_aa) * 0.90718474 * 17.0 / 14.0) AS "NH3",
(2801700001) AS SCC,
'Anhydrous Ammonia Fertilizer Emissions' AS "Description"
FROM """ + self.constantsSchema + """.cg_napp n, """ + self.constantsSchema + """.N_fert_EF nfert,
""" + self.productionSchema + """.cg_data cd, """ + self.constantsSchema + """.n_fert_distribution n_dist
WHERE n.fips = cd.fips
GROUP BY cd.fips, n.polysys_region_id,
nfert.nox_aa, nfert.nh3_aa, cd.convtill_harv_ac, cd.reducedtill_harv_ac,
cd.notill_harv_ac, n.Conventional_N, n.NoTill_N, n_dist.anhydrous_ammonia
)
UNION
(
--------------------------------------------------------------------------
--This query contains the Ammonium Nitrate component
--------------------------------------------------------------------------
SELECT cd.fips,
(((n.Conventional_N * cd.convtill_harv_ac +
n.Conventional_N * reducedtill_harv_ac +
n.NoTill_N * notill_harv_ac) / 2000.0) * (n_dist.ammonium_nitrate * nfert.nox_an) * 0.90718474 / 2000.0) AS "NOX",
(((n.Conventional_N * cd.convtill_harv_ac +
n.Conventional_N * reducedtill_harv_ac +
n.NoTill_N * notill_harv_ac) / 2000.0) * (n_dist.ammonium_nitrate * nfert.nh3_an) * 0.90718474 * 17.0 / 14.0) AS "NH3",
(2801700005) AS SCC,
'Ammonium Nitrate Fertilizer Emissions' AS "Description"
FROM """ + self.constantsSchema + """.cg_napp n, """ + self.constantsSchema + """.N_fert_EF nfert,
""" + self.productionSchema + """.cg_data cd, """ + self.constantsSchema + """.n_fert_distribution n_dist
WHERE n.fips = cd.fips
GROUP BY cd.fips, n.polysys_region_id,
nfert.nox_an, nfert.nh3_an, cd.convtill_harv_ac, cd.reducedtill_harv_ac,
cd.notill_harv_ac, n.Conventional_N, n.NoTill_N, n_dist.ammonium_nitrate
)
UNION
(
--------------------------------------------------------------------------
--This query contains the Ammonium Sulfate component
--------------------------------------------------------------------------
SELECT cd.fips,
(((n.Conventional_N * cd.convtill_harv_ac +
n.Conventional_N * reducedtill_harv_ac +
n.NoTill_N * notill_harv_ac) / 2000.0) * (n_dist.ammonium_sulfate * nfert.nox_as) * 0.90718474 / 2000.0) AS "NOX",
(((n.Conventional_N * cd.convtill_harv_ac +
n.Conventional_N * reducedtill_harv_ac +
n.NoTill_N * notill_harv_ac) / 2000.0) * (n_dist.ammonium_sulfate * nfert.nh3_as) * 0.90718474 * 17.0 / 14.0) AS "NH3",
(2801700006) AS SCC,
'Ammonium Sulfate Fertilizer Emissions' AS "Description"
FROM """ + self.constantsSchema + """.cg_napp n, """ + self.constantsSchema + """.N_fert_EF nfert,
""" + self.productionSchema + """.cg_data cd, """ + self.constantsSchema + """.n_fert_distribution n_dist
WHERE n.fips = cd.fips
GROUP BY cd.fips, n.polysys_region_id,
nfert.nox_as, nfert.nh3_as, cd.convtill_harv_ac, cd.reducedtill_harv_ac,
cd.notill_harv_ac, n.Conventional_N, n.NoTill_N, n_dist.ammonium_sulfate
)
"""
return fertQuery