def runTerrPlantModel(self, config_properties, results_dict):
if not results_dict:
results_dict = {}
#this is where properties are searched, converted as needed, and any available methods are called
A = None
if 'application_lbs_rate' in config_properties:
A = config_properties['application_lbs_rate']
I = None
if 'incorporation_depth' in config_properties:
I = config_properties['incorporation_depth']
R = None
if 'runoff' in config_properties:
R = config_properties['runoff']
D = None
if 'spray_drift' in config_properties:
D = config_properties['spray_drift']
nms = None
if 'EC25_for_nonlisted_seedling_emergence_monocot' in config_properties:
nms = config_properties[
'EC25_for_nonlisted_seedling_emergence_monocot']
lms = None
if 'NOAEC_for_listed_seedling_emergence_monocot' in config_properties:
lms = config_properties[
'NOAEC_for_listed_seedling_emergence_monocot']
nds = None
if 'EC25_for_nonlisted_seedling_emergence_dicot' in config_properties:
nds = config_properties[
'EC25_for_nonlisted_seedling_emergence_dicot']
lds = None
if 'NOAEC_for_listed_vegetative_vigor_dicot' in config_properties:
lds = config_properties['NOAEC_for_listed_vegetative_vigor_dicot']
terr = terrplant_model.terrplant(True, True, A, I, R, D, nms, lms, nds,
lds)
results_dict['terrplant'] = vars(terr)
return results_dict
def runTerrPlantModel(self,config_properties,results_dict):
if not results_dict:
results_dict = {}
#this is where properties are searched, converted as needed, and any available methods are called
A = None
if 'application_lbs_rate' in config_properties:
A = config_properties['application_lbs_rate']
I = None
if 'incorporation_depth' in config_properties:
I = config_properties['incorporation_depth']
R = None
if 'runoff' in config_properties:
R = config_properties['runoff']
D = None
if 'spray_drift' in config_properties:
D = config_properties['spray_drift']
nms = None
if 'EC25_for_nonlisted_seedling_emergence_monocot' in config_properties:
nms = config_properties['EC25_for_nonlisted_seedling_emergence_monocot']
lms = None
if 'NOAEC_for_listed_seedling_emergence_monocot' in config_properties:
lms = config_properties['NOAEC_for_listed_seedling_emergence_monocot']
nds = None
if 'EC25_for_nonlisted_seedling_emergence_dicot' in config_properties:
nds = config_properties['EC25_for_nonlisted_seedling_emergence_dicot']
lds = None
if 'NOAEC_for_listed_vegetative_vigor_dicot' in config_properties:
lds = config_properties['NOAEC_for_listed_vegetative_vigor_dicot']
terr = terrplant_model.terrplant(True,True,A,I,R,D,nms,lms,nds,lds)
results_dict['terrplant'] = vars(terr)
return results_dict
def terrplantOutputPage(request):
import terrplant_model
version_terrplant = request.POST.get('version_terrplant')
I = request.POST.get('incorporation')
A = request.POST.get('application_rate')
D = request.POST.get('drift_fraction')
R = request.POST.get('runoff_fraction')
nms = request.POST.get('EC25_for_nonlisted_seedling_emergence_monocot')
nds = request.POST.get('EC25_for_nonlisted_seedling_emergence_dicot')
lms = request.POST.get('NOAEC_for_listed_seedling_emergence_monocot')
lds = request.POST.get('NOAEC_for_listed_seedling_emergence_dicot')
#fill out terrplant object with yet to be used data
chemical_name = request.POST.get('chemical_name')
# terr.chemical_name = chemical_name
pc_code = request.POST.get('pc_code')
# terr.pc_code = pc_code
use = request.POST.get('use')
# terr.use = use
application_method = request.POST.get('application_method')
# terr.application_method = application_method
application_form = request.POST.get('application_form')
# terr.application_form = application_form
solubility = request.POST.get('solubility')
# terr.sol = sol
terr = terrplant_model.terrplant(True, True, version_terrplant, "single",
A, I, R, D, nms, lms, nds, lds,
chemical_name, pc_code, use,
application_method, application_form,
solubility)
nmv = request.POST.get('EC25_for_nonlisted_vegetative_vigor_monocot')
terr.nmv = nmv
ndv = request.POST.get('EC25_for_nonlisted_vegetative_vigor_dicot')
terr.ndv = ndv
lmv = request.POST.get('NOAEC_for_listed_vegetative_vigor_monocot')
terr.lmv = lmv
ldv = request.POST.get('NOAEC_for_listed_vegetative_vigor_dicot')
terr.ldv = ldv
return terr
def terrplantOutputPage(request):
import terrplant_model
version_terrplant = request.POST.get('version_terrplant')
I = request.POST.get('incorporation')
A = request.POST.get('application_rate')
D = request.POST.get('drift_fraction')
R = request.POST.get('runoff_fraction')
nms = request.POST.get('EC25_for_nonlisted_seedling_emergence_monocot')
nds = request.POST.get('EC25_for_nonlisted_seedling_emergence_dicot')
lms = request.POST.get('NOAEC_for_listed_seedling_emergence_monocot')
lds = request.POST.get('NOAEC_for_listed_seedling_emergence_dicot')
#fill out terrplant object with yet to be used data
chemical_name = request.POST.get('chemical_name')
# terr.chemical_name = chemical_name
pc_code = request.POST.get('pc_code')
# terr.pc_code = pc_code
use = request.POST.get('use')
# terr.use = use
application_method = request.POST.get('application_method')
# terr.application_method = application_method
application_form = request.POST.get('application_form')
# terr.application_form = application_form
solubility = request.POST.get('solubility')
# terr.sol = sol
terr = terrplant_model.terrplant(True,True,version_terrplant,"single",A,I,R,D,nms,lms,nds,lds,chemical_name,pc_code,use,application_method,application_form,solubility)
nmv = request.POST.get('EC25_for_nonlisted_vegetative_vigor_monocot')
terr.nmv = nmv
ndv = request.POST.get('EC25_for_nonlisted_vegetative_vigor_dicot')
terr.ndv = ndv
lmv = request.POST.get('NOAEC_for_listed_vegetative_vigor_monocot')
terr.lmv = lmv
ldv = request.POST.get('NOAEC_for_listed_vegetative_vigor_dicot')
terr.ldv = ldv
return terr
def html_table(row_inp_all):
while True:
row_inp_temp_all = row_inp_all.get()
if row_inp_temp_all is None:
break
else:
row_inp = row_inp_temp_all[0]
iter = row_inp_temp_all[1]
A_temp=float(row_inp[0])
application_rate.append(A_temp)
I_temp=float(row_inp[1])
incorporation_depth.append(I_temp)
R_temp=float(row_inp[2])
runoff_fraction.append(R_temp)
D_temp=float(row_inp[3])
drift_fraction.append(D_temp)
nms_temp=float(row_inp[4])
ec25_nonlisted_seedling_emergence_monocot.append(nms_temp)
lms_temp=float(row_inp[5])
ec25_nonlisted_seedling_emergence_dicot.append(lms_temp)
nds_temp=float(row_inp[6])
noaec_listed_seedling_emergence_monocot.append(nds_temp)
lds_temp=float(row_inp[7])
noaec_listed_seedling_emergence_dicot.append(lds_temp)
terr = terrplant_model.terrplant(True,True,"batch",A_temp,I_temp,R_temp,D_temp,nms_temp,lms_temp,nds_temp,lds_temp)
logger.info("===============")
rundry_temp=terr.rundry_results
rundry_out.append(rundry_temp)
runsemi_temp=terr.runsemi_results
runsemi_out.append(runsemi_temp)
spray_temp=terr.spray_results
spray_out.append(spray_temp)
totaldry_temp=terr.totaldry_results
totaldry_out.append(totaldry_temp)
totalsemi_temp=terr.totalsemi_results
totalsemi_out.append(totalsemi_temp)
nms_rq_dry_temp=terr.nms_rq_dry_results
nms_rq_dry_out.append(nms_rq_dry_temp)
LOCnmsdry_temp=terr.LOCnmsdry_results
LOCnmsdry_out.append(LOCnmsdry_temp)
nms_rq_semi_temp=terr.nms_rq_semi_results
nms_rq_semi_out.append(nms_rq_semi_temp)
LOCnmssemi_temp=terr.LOCnmssemi_results
LOCnmssemi_out.append(LOCnmssemi_temp)
nms_rq_spray_temp=terr.nms_rq_spray_results
nms_rq_spray_out.append(nms_rq_spray_temp)
LOCnmsspray_temp=terr.LOCnmsspray_results
LOCnmsspray_out.append(LOCnmsspray_temp)
lms_rq_dry_temp=terr.lms_rq_dry_results
lms_rq_dry_out.append(lms_rq_dry_temp)
LOClmsdry_temp=terr.LOClmsdry_results
LOClmsdry_out.append(LOClmsdry_temp)
lms_rq_semi_temp=terr.lms_rq_semi_results
lms_rq_semi_out.append(lms_rq_semi_temp)
LOClmssemi_temp=terr.LOClmssemi_results
LOClmssemi_out.append(LOClmssemi_temp)
lms_rq_spray_temp=terr.lms_rq_spray_results
lms_rq_spray_out.append(lms_rq_spray_temp)
LOClmsspray_temp=terr.LOClmsspray_results
LOClmsspray_out.append(LOClmsspray_temp)
nds_rq_dry_temp=terr.nds_rq_dry_results
nds_rq_dry_out.append(nds_rq_dry_temp)
LOCndsdry_temp=terr.LOCndsdry_results
LOCndsdry_out.append(LOCndsdry_temp)
nds_rq_semi_temp=terr.nds_rq_semi_results
nds_rq_semi_out.append(nds_rq_semi_temp)
LOCndssemi_temp=terr.LOCndssemi_results
LOCndssemi_out.append(LOCndssemi_temp)
nds_rq_spray_temp=terr.nds_rq_spray_results
nds_rq_spray_out.append(nds_rq_spray_temp)
LOCndsspray_temp=terr.LOCndsspray_results
LOCndsspray_out.append(LOCndsspray_temp)
lds_rq_dry_temp=terr.lds_rq_dry_results
lds_rq_dry_out.append(lds_rq_dry_temp)
LOCldsdry_temp=terr.LOCldsdry_results
LOCldsdry_out.append(LOCldsdry_temp)
lds_rq_semi_temp=terr.lds_rq_semi_results
lds_rq_semi_out.append(lds_rq_semi_temp)
LOCldssemi_temp=terr.LOCldssemi_results
LOCldssemi_out.append(LOCldssemi_temp)
lds_rq_spray_temp=terr.lds_rq_spray_results
lds_rq_spray_out.append(lds_rq_spray_temp)
LOCldsspray_temp=terr.LOCldsspray_results
LOCldsspray_out.append(LOCldsspray_temp)
jid_all.append(terr.jid)
terr_all.append(terr)
if iter == 1:
jid_batch.append(terr.jid)
batch_header = """
<div class="out_">
<br><H3>Batch Calculation of Iteration {0!s}:</H3>
</div>
""".format((iter))
html_temp = terrplant_tables.table_all(terr)
out_html_temp = batch_header + html_temp
out_html_all[iter]=out_html_temp
def html_table(row_inp_all):
while True:
row_inp_temp_all = row_inp_all.get()
if row_inp_temp_all is None:
break
else:
row_inp = row_inp_temp_all[0]
iter = row_inp_temp_all[1]
A_temp=float(row_inp[0])
A.append(A_temp)
I_temp=float(row_inp[1])
I.append(I_temp)
R_temp=float(row_inp[2])
R.append(R_temp)
D_temp=float(row_inp[3])
D.append(D_temp)
nms_temp=float(row_inp[4])
nms.append(nms_temp)
lms_temp=float(row_inp[5])
lms.append(lms_temp)
nds_temp=float(row_inp[6])
nds.append(nds_temp)
lds_temp=float(row_inp[7])
lds.append(lds_temp)
terr = terrplant_model.terrplant(True,True,"batch",A_temp,I_temp,R_temp,D_temp,nms_temp,lms_temp,nds_temp,lds_temp)
logger.info("===============")
rundry_temp=terr.rundry_results
rundry_out.append(rundry_temp)
runsemi_temp=terr.runsemi_results
runsemi_out.append(runsemi_temp)
spray_temp=terr.spray_results
spray_out.append(spray_temp)
totaldry_temp=terr.totaldry_results
totaldry_out.append(totaldry_temp)
totalsemi_temp=terr.totalsemi_results
totalsemi_out.append(totalsemi_temp)
nmsRQdry_temp=terr.nmsRQdry_results
nmsRQdry_out.append(nmsRQdry_temp)
LOCnmsdry_temp=terr.LOCnmsdry_results
LOCnmsdry_out.append(LOCnmsdry_temp)
nmsRQsemi_temp=terr.nmsRQsemi_results
nmsRQsemi_out.append(nmsRQsemi_temp)
LOCnmssemi_temp=terr.LOCnmssemi_results
LOCnmssemi_out.append(LOCnmssemi_temp)
nmsRQspray_temp=terr.nmsRQspray_results
nmsRQspray_out.append(nmsRQspray_temp)
LOCnmsspray_temp=terr.LOCnmsspray_results
LOCnmsspray_out.append(LOCnmsspray_temp)
lmsRQdry_temp=terr.lmsRQdry_results
lmsRQdry_out.append(lmsRQdry_temp)
LOClmsdry_temp=terr.LOClmsdry_results
LOClmsdry_out.append(LOClmsdry_temp)
lmsRQsemi_temp=terr.lmsRQsemi_results
lmsRQsemi_out.append(lmsRQsemi_temp)
LOClmssemi_temp=terr.LOClmssemi_results
LOClmssemi_out.append(LOClmssemi_temp)
lmsRQspray_temp=terr.lmsRQspray_results
lmsRQspray_out.append(lmsRQspray_temp)
LOClmsspray_temp=terr.LOClmsspray_results
LOClmsspray_out.append(LOClmsspray_temp)
ndsRQdry_temp=terr.ndsRQdry_results
ndsRQdry_out.append(ndsRQdry_temp)
LOCndsdry_temp=terr.LOCndsdry_results
LOCndsdry_out.append(LOCndsdry_temp)
ndsRQsemi_temp=terr.ndsRQsemi_results
ndsRQsemi_out.append(ndsRQsemi_temp)
LOCndssemi_temp=terr.LOCndssemi_results
LOCndssemi_out.append(LOCndssemi_temp)
ndsRQspray_temp=terr.ndsRQspray_results
ndsRQspray_out.append(ndsRQspray_temp)
LOCndsspray_temp=terr.LOCndsspray_results
LOCndsspray_out.append(LOCndsspray_temp)
ldsRQdry_temp=terr.ldsRQdry_results
ldsRQdry_out.append(ldsRQdry_temp)
LOCldsdry_temp=terr.LOCldsdry_results
LOCldsdry_out.append(LOCldsdry_temp)
ldsRQsemi_temp=terr.ldsRQsemi_results
ldsRQsemi_out.append(ldsRQsemi_temp)
LOCldssemi_temp=terr.LOCldssemi_results
LOCldssemi_out.append(LOCldssemi_temp)
ldsRQspray_temp=terr.ldsRQspray_results
ldsRQspray_out.append(ldsRQspray_temp)
LOCldsspray_temp=terr.LOCldsspray_results
LOCldsspray_out.append(LOCldsspray_temp)
jid_all.append(terr.jid)
terr_all.append(terr)
if iter == 1:
jid_batch.append(terr.jid)
batch_header = """
<div class="out_">
<br><H3>Batch Calculation of Iteration %s:</H3>
</div>
"""%(iter)
html_temp = terrplant_tables.table_all(terr)
out_html_temp = batch_header + html_temp
out_html_all[iter]=out_html_temp
def html_table(row_inp_all):
while True:
row_inp_temp_all = row_inp_all.get()
if row_inp_temp_all is None:
break
else:
row_inp = row_inp_temp_all[0]
iter = row_inp_temp_all[1]
A_temp = float(row_inp[0])
A.append(A_temp)
I_temp = float(row_inp[1])
I.append(I_temp)
R_temp = float(row_inp[2])
R.append(R_temp)
D_temp = float(row_inp[3])
D.append(D_temp)
nms_temp = float(row_inp[4])
nms.append(nms_temp)
lms_temp = float(row_inp[5])
lms.append(lms_temp)
nds_temp = float(row_inp[6])
nds.append(nds_temp)
lds_temp = float(row_inp[7])
lds.append(lds_temp)
terr = terrplant_model.terrplant(True, True, "batch", A_temp,
I_temp, R_temp, D_temp, nms_temp,
lms_temp, nds_temp, lds_temp)
logger.info("===============")
rundry_temp = terr.rundry_results
rundry_out.append(rundry_temp)
runsemi_temp = terr.runsemi_results
runsemi_out.append(runsemi_temp)
spray_temp = terr.spray_results
spray_out.append(spray_temp)
totaldry_temp = terr.totaldry_results
totaldry_out.append(totaldry_temp)
totalsemi_temp = terr.totalsemi_results
totalsemi_out.append(totalsemi_temp)
nmsRQdry_temp = terr.nmsRQdry_results
nmsRQdry_out.append(nmsRQdry_temp)
LOCnmsdry_temp = terr.LOCnmsdry_results
LOCnmsdry_out.append(LOCnmsdry_temp)
nmsRQsemi_temp = terr.nmsRQsemi_results
nmsRQsemi_out.append(nmsRQsemi_temp)
LOCnmssemi_temp = terr.LOCnmssemi_results
LOCnmssemi_out.append(LOCnmssemi_temp)
nmsRQspray_temp = terr.nmsRQspray_results
nmsRQspray_out.append(nmsRQspray_temp)
LOCnmsspray_temp = terr.LOCnmsspray_results
LOCnmsspray_out.append(LOCnmsspray_temp)
lmsRQdry_temp = terr.lmsRQdry_results
lmsRQdry_out.append(lmsRQdry_temp)
LOClmsdry_temp = terr.LOClmsdry_results
LOClmsdry_out.append(LOClmsdry_temp)
lmsRQsemi_temp = terr.lmsRQsemi_results
lmsRQsemi_out.append(lmsRQsemi_temp)
LOClmssemi_temp = terr.LOClmssemi_results
LOClmssemi_out.append(LOClmssemi_temp)
lmsRQspray_temp = terr.lmsRQspray_results
lmsRQspray_out.append(lmsRQspray_temp)
LOClmsspray_temp = terr.LOClmsspray_results
LOClmsspray_out.append(LOClmsspray_temp)
ndsRQdry_temp = terr.ndsRQdry_results
ndsRQdry_out.append(ndsRQdry_temp)
LOCndsdry_temp = terr.LOCndsdry_results
LOCndsdry_out.append(LOCndsdry_temp)
ndsRQsemi_temp = terr.ndsRQsemi_results
ndsRQsemi_out.append(ndsRQsemi_temp)
LOCndssemi_temp = terr.LOCndssemi_results
LOCndssemi_out.append(LOCndssemi_temp)
ndsRQspray_temp = terr.ndsRQspray_results
ndsRQspray_out.append(ndsRQspray_temp)
LOCndsspray_temp = terr.LOCndsspray_results
LOCndsspray_out.append(LOCndsspray_temp)
ldsRQdry_temp = terr.ldsRQdry_results
ldsRQdry_out.append(ldsRQdry_temp)
LOCldsdry_temp = terr.LOCldsdry_results
LOCldsdry_out.append(LOCldsdry_temp)
ldsRQsemi_temp = terr.ldsRQsemi_results
ldsRQsemi_out.append(ldsRQsemi_temp)
LOCldssemi_temp = terr.LOCldssemi_results
LOCldssemi_out.append(LOCldssemi_temp)
ldsRQspray_temp = terr.ldsRQspray_results
ldsRQspray_out.append(ldsRQspray_temp)
LOCldsspray_temp = terr.LOCldsspray_results
LOCldsspray_out.append(LOCldsspray_temp)
jid_all.append(terr.jid)
terr_all.append(terr)
if iter == 1:
jid_batch.append(terr.jid)
batch_header = """
<div class="out_">
<br><H3>Batch Calculation of Iteration %s:</H3>
</div>
""" % (iter)
html_temp = terrplant_tables.table_all(terr)
out_html_temp = batch_header + html_temp
out_html_all[iter] = out_html_temp
ldv.append(float(row[17]))
nmsRQdry_results.append(float(row[18]))
lmsRQdry_results.append(float(row[19]))
ndsRQdry_results.append(float(row[20]))
ldsRQdry_results.append(float(row[21]))
nmsRQsemi_results.append(float(row[22]))
lmsRQsemi_results.append(float(row[23]))
ndsRQsemi_results.append(float(row[24]))
ldsRQsemi_results.append(float(row[25]))
nmsRQspray_results.append(float(row[26]))
lmsRQspray_results.append(float(row[27]))
ndsRQspray_results.append(float(row[28]))
ldsRQspray_results.append(float(row[29]))
terrplant_obj = terrplant_model.terrplant(True,True,version_terrplant,"qaqc",A[0],I[0],R[0],D[0],nms[0],lms[0],nds[0],lds[0],chemical_name[0],pc_code[0],use[0],application_method[0],application_form[0],solubility[0])
terrplant_obj.chemical_name_expected = chemical_name[0]
terrplant_obj.pc_code_expected = pc_code[0]
terrplant_obj.use_expected = use[0]
terrplant_obj.application_method_expected = application_method[0]
terrplant_obj.application_form_expected = application_form[0]
terrplant_obj.solubility_expected = solubility[0]
# terrplant_obj.rundry_results_expected = out_fun_rundry[0]
# terrplant_obj.runsemi_results_expected = out_fun_runsemi[0]
# terrplant_obj.spray_results_expected = out_fun_spray[0]
# terrplant_obj.totaldry_results_expected = out_fun_totaldry[0]
# terrplant_obj.totalsemi_results_expected = out_fun_totalsemi[0]
terrplant_obj.nms_expected = nms[0]
terrplant_obj.nds_expected = nds[0]
