def post(self):
form = cgi.FieldStorage()
chemical_name = form.getvalue('chemical_name')
label_epa_reg_no = form.getvalue('label_epa_reg_no')
ar_lb = form.getvalue('application_rate')
frac_pest_surface = form.getvalue('frac_pest_assumed_at_surface')
dislodge_fol_res = form.getvalue('dislodgeable_foliar_residue')
bird_acute_oral_study = form.getvalue('bird_acute_oral_study')
bird_study_add_comm = form.getvalue('bird_study_add_comm')
low_bird_acute_ld50 = form.getvalue('low_bird_acute_oral_ld50')
test_bird_bw = form.getvalue('tested_bird_body_weight')
mamm_acute_derm_study = form.getvalue('mamm_acute_derm_study')
mamm_study_add_comm = form.getvalue('mamm_study_add_comm')
mam_acute_derm_ld50 = form.getvalue('mamm_acute_derm_ld50')
test_mam_bw = form.getvalue('tested_mamm_body_weight')
mineau = form.getvalue('mineau')
# text_file = open('','r')
templatepath = os.path.dirname(__file__) + '/../templates/'
html = template.render(templatepath + '01uberheader.html', {'title':'Ubertool'})
html = html + template.render(templatepath + '02uberintroblock_wmodellinks.html', {'model':'dust','page':'output'})
html = html + template.render (templatepath + '03ubertext_links_left.html', {})
html = html + template.render(templatepath + '04uberoutput_start.html', {
'model':'dust',
'model_attributes':'DUST Output'})
html = html + """
<table border="1">
<tr><H3>User Inputs: Chemical Identity</H3></tr>
<br></br>
<tr><H4>Application and Chemical Information</H4></tr>
<tr>
<td>Chemical Name</td>
<td>%s</td>
</tr>
<tr>
<td>Label EPA Reg. No.</td>
<td>%s</td>
</tr>
<tr>
<td>Maximum Single Application Rate</td>
<td>%s</td>
<td>lbs a.i./A</td>
</tr>
<tr>
<td>Fraction of Pesticide Assumed at Surface</td>
<td>%s</td>
</tr>
<tr>
<td>Dislodgeable Foliar Residue</td>
<td>%s</td>
<td>mg a.i./cm<sup>2</sup></td>
</tr>
</table>
<table border="1">
<tr><H4>Toxicity Properties</H4></tr>
<tr>
<td>Bird Acute Oral Study (OCSPP 850.2100) MRID#</td>
<td>%s</td>
</tr>
<tr>
<td>Additional Comments About the Study (if any)</td>
<td>%s</td>
</tr>
<tr>
<td>Lowest Bird Acute Oral LD<sub>50</sub> ≈ Amphibian Dermal LD<sub>50</sub></td>
<td>%s</td>
<td>mg a.i./kg-bw</td>
</tr>
<tr>
<td>Tested Bird Body Weight</td>
<td>%s</td>
<td>g</td>
</tr>
<tr>
<td>Mineau Scaling Factor for Birds</td>
<td>%s</td>
</tr>
<tr>
<td>Mammal Acute Dermal (OCSPP 870.1200) MRID#</td>
<td>%s</td>
</tr>
<tr>
<td>Additional Comments About Study (if any)</td>
<td>%s</td>
</tr>
<tr>
<td>Mammal Acute Drmal LD<sub>50</sub></td>
<td>%s</td>
<td>mg a.i./kg-bw</td>
</tr>
<tr>
<td>Tested Mammal Body Weight</td>
<td>%s</td>
<td>g</td>
</tr>
</table>
<br></br>
<table border="1">
<tr><H3>Exposure Estimates</H3></tr>
<br></br>
<tr><H4>Granular Application</H4></tr>
<tr>(contact with soil residues via dust and soil surface)</tr>
<tr>
<td>Bird External Dermal Dose</td>
<td>%0.2E</td>
<td>mg a.i./kg-bw</td>
</tr>
<tr>
<td>Reptile/Amphibian External Dermal Dose</td>
<td>%0.2E</td>
<td>mg a.i./kg-bw</td>
</tr>
<tr>
<td>Mammal External Dermal Dose</td>
<td>%0.2E</td>
<td>mg a.i./kg-bw</td>
</tr>
</table>
<table border="1">
<tr><H4>Foliar Spray Application</H4></tr>
<tr>(contact with foliar residues and directly applied spray)</tr>
<tr>
<td>Bird External Dermal Dose</td>
<td>%0.2E</td>
<td>mg a.i./kg-bw</td>
</tr>
<tr>
<td>Reptile/Amphibian External Dermal Dose</td>
<td>%0.2E</td>
<td>mg a.i./kg-bw</td>
</tr>
<tr>
<td>Mammal External Dermal Dose</td>
<td>%0.2E</td>
<td>mg a.i./kg-bw</td>
</tr>
</table>
<table border="1">
<tr><H4>Bare Ground Spray Application</H4></tr>
<tr>(contact with soil residues and directly applied spray)</tr>
<tr>
<td>Bird External Dermal Dose</td>
<td>%0.2E</td>
<td>mg a.i./kg-bw</td>
</tr>
<tr>
<td>Reptile/Amphibian External Dermal Dose</td>
<td>%0.2E</td>
<td>mg a.i./kg-bw</td>
</tr>
<tr>
<td>Mammal External Dermal Dose</td>
<td>%0.2E</td>
<td>mg a.i./kg-bw</td>
</tr>
</table>
<br></br>
<table border="1">
<tr><H3>Ratio of Exposure to Toxicity</H3></tr>
<br></br>
<tr><H4>Granular</H4></tr>
<tr>
<td>Bird</td>
<td>%0.2E</td>
<td><H5><font color="red">%s</font></H5></td>
</tr>
<tr>
<td>Reptile</td>
<td>%0.2E</td>
<td><H5><font color="red">%s</font></H5></td>
</tr>
<tr>
<td>Amphibian</td>
<td>%0.2E</td>
<td><H5><font color="red">%s</font></H5></td>
</tr>
<tr>
<td>Mammal</td>
<td>%0.2E</td>
<td><H5><font color="red">%s</font></H5></td>
</tr>
</table>
<table border="1">
<tr><H4>Foliar Spray</H4></tr>
<tr>
<td>Bird</td>
<td>%0.2E</td>
<td><H5><font color="red">%s</font></H5></td>
</tr>
<tr>
<td>Reptile</td>
<td>%0.2E</td>
<td><H5><font color="red">%s</font></H5></td>
</tr>
<tr>
<td>Amphibian</td>
<td>%0.2E</td>
<td><H5><font color="red">%s</font></H5></td>
</tr>
<tr>
<td>Mammal</td>
<td>%0.2E</td>
<td><H5><font color="red">%s</font></H5></td>
</tr>
</table>
<table border="1">
<tr><H4>Bare Ground Spray</H4></tr>
<tr>
<td>Bird</td>
<td>%0.2E</td>
<td><H5><font color="red">%s</font></H5></td>
</tr>
<tr>
<td>Reptile</td>
<td>%0.2E</td>
<td><H5><font color="red">%s</font></H5></td>
</tr>
<tr>
<td>Amphibian</td>
<td>%0.2E</td>
<td><H5><font color="red">%s</font></H5></td>
</tr>
<tr>
<td>Mammal</td>
<td>%0.2E</td>
<td><H5><font color="red">%s</font></H5></td>
</tr>
</table>
""" % (chemical_name, label_epa_reg_no, ar_lb, frac_pest_surface,
dislodge_fol_res, bird_acute_oral_study, bird_study_add_comm,
low_bird_acute_ld50, test_bird_bw, mineau, mamm_acute_derm_study,
mamm_study_add_comm, mam_acute_derm_ld50, test_mam_bw,
dust_model.gran_bird_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),
dust_model.gran_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),
dust_model.gran_mam_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),
dust_model.fol_bird_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),
dust_model.fol_repamp_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),
dust_model.fol_mam_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),
dust_model.bgs_bird_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),
dust_model.bgs_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),
dust_model.bgs_mam_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),
dust_model.ratio_gran_bird(dust_model.gran_bird_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau)),
dust_model.LOC_gran_bird(dust_model.ratio_gran_bird(dust_model.gran_bird_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau))),
dust_model.ratio_gran_rep(dust_model.gran_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau)),
dust_model.LOC_gran_rep(dust_model.ratio_gran_rep(dust_model.gran_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau))),
dust_model.ratio_gran_amp(dust_model.gran_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.amp_derm_ld50(low_bird_acute_ld50,test_bird_bw,mineau)),
dust_model.LOC_gran_amp(dust_model.ratio_gran_amp(dust_model.gran_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.amp_derm_ld50(low_bird_acute_ld50,test_bird_bw,mineau))),
dust_model.ratio_gran_mam(dust_model.gran_mam_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.mam_derm_ld50(mam_acute_derm_ld50,test_mam_bw)),
dust_model.LOC_gran_mam(dust_model.ratio_gran_mam(dust_model.gran_mam_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.mam_derm_ld50(mam_acute_derm_ld50,test_mam_bw))),
dust_model.ratio_fol_bird(dust_model.fol_bird_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau)),
dust_model.LOC_fol_bird(dust_model.ratio_fol_bird(dust_model.fol_bird_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau))),
dust_model.ratio_fol_rep(dust_model.fol_repamp_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau)),
dust_model.LOC_fol_rep(dust_model.ratio_fol_rep(dust_model.fol_repamp_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau))),
dust_model.ratio_fol_amp(dust_model.fol_repamp_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.amp_derm_ld50(low_bird_acute_ld50,test_bird_bw,mineau)),
dust_model.LOC_fol_amp(dust_model.ratio_fol_amp(dust_model.fol_repamp_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.amp_derm_ld50(low_bird_acute_ld50,test_bird_bw,mineau))),
dust_model.ratio_fol_mam(dust_model.fol_mam_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.mam_derm_ld50(mam_acute_derm_ld50,test_mam_bw)),
dust_model.LOC_fol_mam(dust_model.ratio_fol_mam(dust_model.fol_mam_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.mam_derm_ld50(mam_acute_derm_ld50,test_mam_bw))),
dust_model.ratio_bgs_bird(dust_model.bgs_bird_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau)),
dust_model.LOC_bgs_bird(dust_model.ratio_bgs_bird(dust_model.bgs_bird_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau))),
dust_model.ratio_bgs_rep(dust_model.bgs_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau)),
dust_model.LOC_bgs_rep(dust_model.ratio_bgs_rep(dust_model.bgs_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau))),
dust_model.ratio_bgs_amp(dust_model.bgs_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.amp_derm_ld50(low_bird_acute_ld50,test_bird_bw,mineau)),
dust_model.LOC_bgs_amp(dust_model.ratio_bgs_amp(dust_model.bgs_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.amp_derm_ld50(low_bird_acute_ld50,test_bird_bw,mineau))),
dust_model.ratio_bgs_mam(dust_model.bgs_mam_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.mam_derm_ld50(mam_acute_derm_ld50,test_mam_bw)),
dust_model.LOC_bgs_mam(dust_model.ratio_bgs_mam(dust_model.bgs_mam_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.mam_derm_ld50(mam_acute_derm_ld50,test_mam_bw))) )
html = html + template.render(templatepath + '04uberoutput_end.html', {})
html = html + template.render(templatepath + '06uberfooter.html', {'links': ''})
self.response.out.write(html)
def post(self):
form = cgi.FieldStorage()
chemical_name = form.getvalue('chemical_name')
label_epa_reg_no = form.getvalue('label_epa_reg_no')
ar_lb = form.getvalue('application_rate')
frac_pest_surface = form.getvalue('frac_pest_assumed_at_surface')
dislodge_fol_res = form.getvalue('dislodgeable_foliar_residue')
bird_acute_oral_study = form.getvalue('bird_acute_oral_study')
bird_study_add_comm = form.getvalue('bird_study_add_comm')
low_bird_acute_ld50 = form.getvalue('low_bird_acute_oral_ld50')
test_bird_bw = form.getvalue('tested_bird_body_weight')
mamm_acute_derm_study = form.getvalue('mamm_acute_derm_study')
mamm_study_add_comm = form.getvalue('mamm_study_add_comm')
mam_acute_derm_ld50 = form.getvalue('mamm_acute_derm_ld50')
test_mam_bw = form.getvalue('tested_mamm_body_weight')
mineau = form.getvalue('mineau')
templatepath = os.path.dirname(__file__) + '/../templates/'
html = template.render(templatepath + '01uberheader.html', {'title':'Ubertool'})
html = html + template.render(templatepath + '02uberintroblock_wmodellinks.html', {'model':'dust','page':'output'})
html = html + template.render (templatepath + '03ubertext_links_left.html', {})
html = html + template.render(templatepath + '04uberoutput_start.html', {
'model':'dust',
'model_attributes':'DUST Output'})
#pre-table 1
html = html + """
<table>
<tr><H3>User Inputs: Chemical Identity</H3></tr>
<tr><H4>Application and Chemical Information</H4></tr>
<tr></tr>
</table>
"""
pvuheadings = dust_tables.getheaderpvu()
pvrheadings = dust_tables.getheaderpvr()
djtemplate = dust_tables.getdjtemplate()
tmpl = Template(djtemplate)
#table 1
t1data = dust_tables.gett1data(chemical_name, label_epa_reg_no, ar_lb, frac_pest_surface, dislodge_fol_res)
t1rows = dust_tables.gethtmlrowsfromcols(t1data,pvuheadings)
html = html + tmpl.render(Context(dict(data=t1rows, headings=pvuheadings)))
#pre-table 2
html = html + """
<table>
<tr><H4>Toxicity Properties</H4></tr>
<tr></tr>
</table>
"""
#table 2
t2data = dust_tables.gett2data(bird_acute_oral_study, bird_study_add_comm,low_bird_acute_ld50, test_bird_bw, mineau,
mamm_acute_derm_study,mamm_study_add_comm, mam_acute_derm_ld50, test_mam_bw)
t2rows = dust_tables.gethtmlrowsfromcols(t2data,pvuheadings)
html = html + tmpl.render(Context(dict(data=t2rows, headings=pvuheadings)))
#pre-table 3
html = html + """
<table>
<tr><H3>Exposure Estimates</H3></tr>
<tr><H4>Granular Application</H4></tr>
<tr>(contact with soil residues via dust and soil surface)</tr>
</table>
"""
#table 3
granbirdderm = dust_model.gran_bird_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface)
granherpderm = dust_model.gran_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface)
granmammderm = dust_model.gran_mam_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface)
t3data = dust_tables.gett3data(granbirdderm,granherpderm,granmammderm)
t3rows = dust_tables.gethtmlrowsfromcols(t3data,pvuheadings)
html = html + tmpl.render(Context(dict(data=t3rows, headings=pvuheadings)))
#pre-table 4
html = html + """
<table>
<tr><H4>Foliar Spray Application</H4></tr>
<tr>(contact with foliar residues and directly applied spray)</tr>
</table>
"""
#table 4
folbirdderm = dust_model.fol_bird_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb))
folherpderm = dust_model.fol_repamp_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb))
folmammderm = dust_model.fol_mam_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb))
t4data = dust_tables.gett4data(folbirdderm,folherpderm,folmammderm)
t4rows = dust_tables.gethtmlrowsfromcols(t4data,pvuheadings)
html = html + tmpl.render(Context(dict(data=t4rows, headings=pvuheadings)))
#pre-table 5
html = html + """
<table>
<tr><H4>Bare Ground Spray Application</H4></tr>
<tr>(contact with soil residues and directly applied spray)</tr>
</table>
"""
#table 5
barebirdderm = dust_model.bgs_bird_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface)
bareherpderm = dust_model.bgs_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface)
baremammderm = dust_model.bgs_mam_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface)
t5data = dust_tables.gett5data(barebirdderm,bareherpderm,baremammderm)
t5rows = dust_tables.gethtmlrowsfromcols(t5data,pvuheadings)
html = html + tmpl.render(Context(dict(data=t5rows, headings=pvuheadings)))
#pre-table 6
html = html + """
<table>
<tr><H3>Ratio of Exposure to Toxicity</H3></tr>
<tr><H4>Granular</H4></tr>
</table>
"""
#table 6
granbirdrisk = dust_model.ratio_gran_bird(dust_model.gran_bird_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau))
granbirdmess = dust_model.LOC_gran_bird(dust_model.ratio_gran_bird(dust_model.gran_bird_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau)))
granreprisk = dust_model.ratio_gran_rep(dust_model.gran_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau))
granrepmess = dust_model.LOC_gran_rep(dust_model.ratio_gran_rep(dust_model.gran_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau)))
granamphibrisk = dust_model.ratio_gran_amp(dust_model.gran_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.amp_derm_ld50(low_bird_acute_ld50,test_bird_bw,mineau))
granamphibmess = dust_model.LOC_gran_amp(dust_model.ratio_gran_amp(dust_model.gran_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.amp_derm_ld50(low_bird_acute_ld50,test_bird_bw,mineau)))
granmammrisk = dust_model.ratio_gran_mam(dust_model.gran_mam_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.mam_derm_ld50(mam_acute_derm_ld50,test_mam_bw))
granmammmess = dust_model.LOC_gran_mam(dust_model.ratio_gran_mam(dust_model.gran_mam_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.mam_derm_ld50(mam_acute_derm_ld50,test_mam_bw)))
t6data = dust_tables.gett6data(granbirdrisk,granbirdmess,granreprisk,granrepmess,granamphibrisk,granamphibmess,granmammrisk,granmammmess)
t6rows = dust_tables.gethtmlrowsfromcols(t6data,pvrheadings)
html = html + tmpl.render(Context(dict(data=t6rows, headings=pvrheadings)))
#pre-table 7
html = html + """
<table>
<tr><H4>Foliar Spray</H4></tr>
</table>
"""
#table 7
folbirdrisk = dust_model.ratio_fol_bird(dust_model.fol_bird_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau))
folbirdmess = dust_model.LOC_fol_bird(dust_model.ratio_fol_bird(dust_model.fol_bird_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau)))
folreprisk = dust_model.ratio_fol_rep(dust_model.fol_repamp_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau))
folrepmess = dust_model.LOC_fol_rep(dust_model.ratio_fol_rep(dust_model.fol_repamp_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau)))
folamphibrisk = dust_model.ratio_fol_amp(dust_model.fol_repamp_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.amp_derm_ld50(low_bird_acute_ld50,test_bird_bw,mineau))
folamphibmess = dust_model.LOC_fol_amp(dust_model.ratio_fol_amp(dust_model.fol_repamp_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.amp_derm_ld50(low_bird_acute_ld50,test_bird_bw,mineau)))
folmammrisk = dust_model.ratio_fol_mam(dust_model.fol_mam_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.mam_derm_ld50(mam_acute_derm_ld50,test_mam_bw))
folmammmess = dust_model.LOC_fol_mam(dust_model.ratio_fol_mam(dust_model.fol_mam_ex_derm_dose(dislodge_fol_res,dust_model.ar_mg(ar_lb)),dust_model.mam_derm_ld50(mam_acute_derm_ld50,test_mam_bw)))
t7data = dust_tables.gett7data(folbirdrisk,folbirdmess,folreprisk,folrepmess,folamphibrisk,folamphibmess,folmammrisk,folmammmess)
t7rows = dust_tables.gethtmlrowsfromcols(t7data,pvrheadings)
html = html + tmpl.render(Context(dict(data=t7rows, headings=pvrheadings)))
#pre-table 8
html = html + """
<table>
<tr><H4>Bare Ground Spray</H4></tr>
</table>
"""
#table 8
barebirdrisk = dust_model.ratio_bgs_bird(dust_model.bgs_bird_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau))
barebirdmess = dust_model.LOC_bgs_bird(dust_model.ratio_bgs_bird(dust_model.bgs_bird_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau)))
barereprisk = dust_model.ratio_bgs_rep(dust_model.bgs_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau))
barerepmess = dust_model.LOC_bgs_rep(dust_model.ratio_bgs_rep(dust_model.bgs_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.birdrep_derm_ld50(dust_model.bird_reptile_dermal_ld50(low_bird_acute_ld50),test_bird_bw,mineau)))
bareamphibrisk = dust_model.ratio_bgs_amp(dust_model.bgs_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.amp_derm_ld50(low_bird_acute_ld50,test_bird_bw,mineau))
bareamphibmess = dust_model.LOC_bgs_amp(dust_model.ratio_bgs_amp(dust_model.bgs_repamp_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.amp_derm_ld50(low_bird_acute_ld50,test_bird_bw,mineau)))
baremammrisk = dust_model.ratio_bgs_mam(dust_model.bgs_mam_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.mam_derm_ld50(mam_acute_derm_ld50,test_mam_bw))
baremammmess = dust_model.LOC_bgs_mam(dust_model.ratio_bgs_mam(dust_model.bgs_mam_ex_derm_dose(dust_model.ar_mg(ar_lb),frac_pest_surface),dust_model.mam_derm_ld50(mam_acute_derm_ld50,test_mam_bw)))
t8data = dust_tables.gett8data(barebirdrisk,barebirdmess,barereprisk,barerepmess,bareamphibrisk,bareamphibmess,baremammrisk,baremammmess)
t8rows = dust_tables.gethtmlrowsfromcols(t8data,pvrheadings)
html = html + tmpl.render(Context(dict(data=t8rows, headings=pvrheadings)))
html = html + template.render(templatepath + '04uberoutput_end.html', {})
html = html + template.render(templatepath + '06uberfooter.html', {'links': ''})
self.response.out.write(html)