def modelHistoryByVersion(model_obj):
"""
Example method to return model object as HTML string
formatted by tables module. In practice, this method
should check model version to determine how to format
the model inputs and outputs.
"""
import terrplant_tables
modelOutputHTML = terrplant_tables.timestamp(model_obj)
tables_output = terrplant_tables.table_all(model_obj)
modelOutputHTML = modelOutputHTML + tables_output
return modelOutputHTML
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
