def post(self):
form = cgi.FieldStorage()
model = form.getvalue('model')
all_obj = {}
if 'tab_hdflr' in model:
ar_hd = float(form.getvalue('ar_hd'))
ai_hd = float(form.getvalue('ai_hd'))/100
den_hd = float(form.getvalue('den_hd'))
cf1_hd = float(form.getvalue('cf1_hd'))
cf2_hd = float(form.getvalue('cf2_hd'))
fr_hd = float(form.getvalue('fr_hd'))
tf_hd = float(form.getvalue('tf_hd'))
sa_hd = float(form.getvalue('sa_hd'))
da_hd = float(form.getvalue('da_hd'))/100
bw_hd = float(form.getvalue('bw_hd'))
sa_h_hd = float(form.getvalue('sa_h_hd'))
fq_hd = float(form.getvalue('fq_hd'))
et_hd = float(form.getvalue('et_hd'))
se_hd = float(form.getvalue('se_hd'))/100
hd_obj = resexposure_model.resexposure_hd(ar_hd, ai_hd, den_hd, cf1_hd, cf2_hd, fr_hd, tf_hd, sa_hd, da_hd, bw_hd, sa_h_hd, fq_hd, et_hd, se_hd)
all_obj['tab_hdflr'] = hd_obj
if 'tab_vlflr' in model:
wf_vl = float(form.getvalue('wf_vl'))/100
den_vl = float(form.getvalue('den_vl'))
vt_vl = float(form.getvalue('vt_vl'))
cf1_vl = float(form.getvalue('cf1_vl'))
af_vl = float(form.getvalue('af_vl'))/100
tf_vl = float(form.getvalue('tf_vl'))/100
cf2_vl = float(form.getvalue('cf2_vl'))
bw_vl = float(form.getvalue('bw_vl'))
sa_vl = float(form.getvalue('sa_vl'))
da_vl = float(form.getvalue('da_vl'))/100
sa_h_vl = float(form.getvalue('sa_h_vl'))
fq_vl = float(form.getvalue('fq_vl'))
et_vl = float(form.getvalue('et_vl'))
se_vl = float(form.getvalue('se_vl'))/100
vl_obj = resexposure_model.resexposure_vl(wf_vl, den_vl, vt_vl, cf1_vl, af_vl, tf_vl, cf2_vl, bw_vl, sa_vl, da_vl, sa_h_vl, fq_vl, et_vl, se_vl)
all_obj['tab_vlflr'] = vl_obj
if 'tab_cpcln' in model:
ar_cc = float(form.getvalue('ar_cc'))
ai_cc = float(form.getvalue('ai_cc'))/100
den_cc = float(form.getvalue('den_cc'))
cf1_cc = float(form.getvalue('cf1_cc'))
cf2_cc = float(form.getvalue('cf2_cc'))
fr_cc = float(form.getvalue('fr_cc'))
tf_cc = float(form.getvalue('tf_cc'))
bw_cc = float(form.getvalue('bw_cc'))
sa_cc = float(form.getvalue('sa_cc'))
da_cc = float(form.getvalue('da_cc'))/100
sa_h_cc = float(form.getvalue('sa_h_cc'))
fq_cc = float(form.getvalue('fq_cc'))
et_cc = float(form.getvalue('et_cc'))
se_cc = float(form.getvalue('se_cc'))/100
cc_obj = resexposure_model.resexposure_cc(ar_cc, ai_cc, den_cc, cf1_cc, cf2_cc, fr_cc, tf_cc, sa_cc, da_cc, bw_cc, sa_h_cc, fq_cc, et_cc, se_cc)
all_obj['tab_cpcln'] = cc_obj
if 'tab_ipcap' in model:
den_ic = float(form.getvalue('den_ic'))
wf_ic = float(form.getvalue('wf_ic'))
tf_ic = float(form.getvalue('tf_ic'))
bw_ic = float(form.getvalue('bw_ic'))
sa_ic = float(form.getvalue('sa_ic'))
da_ic = float(form.getvalue('da_ic'))/100
sa_h_ic = float(form.getvalue('sa_h_ic'))
fq_ic = float(form.getvalue('fq_ic'))
et_ic = float(form.getvalue('et_ic'))
se_ic = float(form.getvalue('se_ic'))/100
ic_obj = resexposure_model.resexposure_ic(den_ic, wf_ic, tf_ic, bw_ic, sa_ic, da_ic, sa_h_ic, fq_ic, et_ic, se_ic)
all_obj['tab_ipcap'] = ic_obj
if 'tab_mactk' in model:
wf_mt = float(form.getvalue('wf_mt'))/100
den_mt = float(form.getvalue('den_mt'))
tf_mt = float(form.getvalue('tf_mt'))/100
bw_mt = float(form.getvalue('bw_mt'))
pf_mt = float(form.getvalue('pf_mt'))/100
sa_mt = float(form.getvalue('sa_mt'))
da_mt = float(form.getvalue('da_mt'))/100
mt_obj = resexposure_model.resexposure_mt(wf_mt, den_mt, tf_mt, bw_mt, pf_mt, sa_mt, da_mt)
all_obj['tab_mactk'] = mt_obj
if 'tab_ccpst' in model:
wa_ct = float(form.getvalue('wa_ct'))
wf_ct = float(form.getvalue('wf_ct'))/100
bw_ct = float(form.getvalue('bw_ct'))
tf_ct = float(form.getvalue('tf_ct'))/100
sa_ct = float(form.getvalue('sa_ct'))
da_ct = float(form.getvalue('da_ct'))/100
sa_m_ct = float(form.getvalue('sa_m_ct'))
se_ct = float(form.getvalue('se_ct'))/100
ct_obj = resexposure_model.resexposure_ct(wa_ct, wf_ct, bw_ct, tf_ct, sa_ct, da_ct, sa_m_ct, se_ct)
all_obj['tab_ccpst'] = ct_obj
if 'tab_ldtpr' in model:
ap_lp = float(form.getvalue('ap_lp'))
wf_lp = float(form.getvalue('wf_lp'))/100
den_lp = float(form.getvalue('den_lp'))
wfd_lp = float(form.getvalue('wfd_lp'))/100
tw_lp = float(form.getvalue('tw_lp'))
bw_lp = float(form.getvalue('bw_lp'))
sa_lp = float(form.getvalue('sa_lp'))
tf_cs_lp = float(form.getvalue('tf_cs_lp'))/100
tf_r_lp = float(form.getvalue('tf_r_lp'))/100
da_lp = float(form.getvalue('da_lp'))/100
sa_m_lp = float(form.getvalue('sa_m_lp'))
se_lp = float(form.getvalue('se_lp'))/100
lp_obj = resexposure_model.resexposure_lp(ap_lp, wf_lp, den_lp, wfd_lp, tw_lp, bw_lp, sa_lp, tf_cs_lp, tf_r_lp, da_lp, sa_m_lp, se_lp)
all_obj['tab_ldtpr'] = lp_obj
if 'tab_clopr' in model:
den_cp = float(form.getvalue('den_cp'))
wf_cp = float(form.getvalue('wf_cp'))/100
bw_cp = float(form.getvalue('bw_cp'))
tf_cs_cp = float(form.getvalue('tf_cs_cp'))/100
sa_cp = float(form.getvalue('sa_cp'))
da_cp = float(form.getvalue('da_cp'))/100
sa_m_cp = float(form.getvalue('sa_m_cp'))
se_cp = float(form.getvalue('se_cp'))/100
cp_obj = resexposure_model.resexposure_cp(den_cp, wf_cp, bw_cp, tf_cs_cp, sa_cp, da_cp, sa_m_cp, se_cp)
all_obj['tab_clopr'] = cp_obj
if 'tab_impdp' in model:
am_id = float(form.getvalue('am_id'))
wf_id = float(form.getvalue('wf_id'))/100
tf_id = float(form.getvalue('tf_id'))/100
fq_id = float(form.getvalue('fq_id'))
da_id = float(form.getvalue('da_id'))/100
bw_id = float(form.getvalue('bw_id'))
id_obj = resexposure_model.resexposure_id(am_id, wf_id, tf_id, fq_id, da_id, bw_id)
all_obj['tab_impdp'] = id_obj
if 'tab_cldst' in model:
ar_sd = float(form.getvalue('ar_sd'))
wf_sd = float(form.getvalue('wf_sd'))/100
tf_sd = float(form.getvalue('tf_sd'))/100
sa_sd = float(form.getvalue('sa_sd'))
fq_sd = float(form.getvalue('fq_sd'))
da_sd = float(form.getvalue('da_sd'))/100
bw_sd = float(form.getvalue('bw_sd'))
sd_obj = resexposure_model.resexposure_sd(ar_sd, wf_sd, tf_sd, sa_sd, fq_sd, da_sd, bw_sd)
all_obj['tab_cldst'] = sd_obj
if 'tab_impty' in model:
wf_ip = float(form.getvalue('wf_ip'))/100
wt_ip = float(form.getvalue('wt_ip'))
fr_sa_ip = float(form.getvalue('fr_sa_ip'))/100
sa_ip = float(form.getvalue('sa_ip'))
sa_m_ip = float(form.getvalue('sa_m_ip'))
se_ip = float(form.getvalue('se_ip'))/100
bw_ip = float(form.getvalue('bw_ip'))
ip_obj = resexposure_model.resexposure_ip(wf_ip, wt_ip, fr_sa_ip, sa_ip, sa_m_ip, se_ip, bw_ip)
all_obj['tab_impty'] = ip_obj
templatepath = os.path.dirname(__file__) + '/../templates/'
html = template.render(templatepath + '01hh_uberheader.html', {'title':'Ubertool'})
html = html + template.render(templatepath + '02hh_uberintroblock_wmodellinks.html', {'model':'resexposure','page':'output'})
html = html + template.render (templatepath + '03hh_ubertext_links_left.html', {})
html = html + template.render(templatepath + '04uberoutput_start.html', {
'model':'resexposure',
'model_attributes':'Residential Exposure Model Output'})
html = html + resexposure_tables.table_all(model, all_obj)
html = html + template.render(templatepath + 'export.html', {})
html = html + template.render(templatepath + '04uberoutput_end.html', {})
html = html + template.render(templatepath + '06hh_uberfooter.html', {'links': ''})
self.response.out.write(html)
def html_table(row, iter):
all_obj_temp = {}
model_temp = []
run_hd_temp = float(row[0])
run_hd.append(run_hd_temp)
if run_hd_temp == 1:
model_temp.append('tab_hdflr')
ar_hd_temp = float(row[1])
ar_hd.append(ar_hd_temp)
ai_hd_temp = float(row[2])/100
ai_hd.append(ai_hd_temp)
den_hd_temp = float(row[3])
den_hd.append(den_hd_temp)
cf1_hd_temp = float(row[4])
cf1_hd.append(cf1_hd_temp)
cf2_hd_temp = float(row[5])
cf2_hd.append(cf2_hd_temp)
fr_hd_temp = float(row[6])
fr_hd.append(fr_hd_temp)
tf_hd_temp = float(row[7])
tf_hd.append(tf_hd_temp)
sa_hd_temp = float(row[8])
sa_hd.append(sa_hd_temp)
da_hd_temp = float(row[9])/100
da_hd.append(da_hd_temp)
bw_hd_temp = float(row[10])
bw_hd.append(bw_hd_temp)
sa_h_hd_temp = float(row[11])
sa_h_hd.append(sa_h_hd_temp)
fq_hd_temp = float(row[12])
fq_hd.append(fq_hd_temp)
et_hd_temp = float(row[13])
et_hd.append(et_hd_temp)
se_hd_temp = float(row[14])/100
se_hd.append(se_hd_temp)
hd_obj_temp = resexposure_model.resexposure_hd(ar_hd_temp, ai_hd_temp, den_hd_temp, cf1_hd_temp, cf2_hd_temp, fr_hd_temp, tf_hd_temp, sa_hd_temp, da_hd_temp, bw_hd_temp, sa_h_hd_temp, fq_hd_temp, et_hd_temp, se_hd_temp)
all_obj_temp['tab_hdflr'] = hd_obj_temp
run_vl_temp = float(row[15])
run_vl.append(run_vl_temp)
if run_vl_temp == 1:
model_temp.append('tab_vlflr')
wf_vl_temp = float(row[16])/100
wf_vl.append(wf_vl_temp)
den_vl_temp = float(row[17])
den_vl.append(den_vl_temp)
vt_vl_temp = float(row[18])
vt_vl.append(vt_vl_temp)
cf1_vl_temp = float(row[19])
cf1_vl.append(cf1_vl_temp)
af_vl_temp = float(row[20])/100
af_vl.append(af_vl_temp)
tf_vl_temp = float(row[21])/100
tf_vl.append(tf_vl_temp)
cf2_vl_temp = float(row[22])
cf2_vl.append(cf2_vl_temp)
bw_vl_temp = float(row[23])
bw_vl.append(bw_vl_temp)
sa_vl_temp = float(row[24])
sa_vl.append(sa_vl_temp)
da_vl_temp = float(row[25])/100
da_vl.append(da_vl_temp)
sa_h_vl_temp = float(row[26])
sa_h_vl.append(sa_h_vl_temp)
fq_vl_temp = float(row[27])
fq_vl.append(fq_vl_temp)
et_vl_temp = float(row[28])
et_vl.append(et_vl_temp)
se_vl_temp = float(row[29])/100
se_vl.append(se_vl_temp)
vl_obj_temp = resexposure_model.resexposure_vl(wf_vl_temp, den_vl_temp, vt_vl_temp, cf1_vl_temp, af_vl_temp, tf_vl_temp, cf2_vl_temp, bw_vl_temp, sa_vl_temp, da_vl_temp, sa_h_vl_temp, fq_vl_temp, et_vl_temp, se_vl_temp)
all_obj_temp['tab_vlflr'] = vl_obj_temp
run_cc_temp = float(row[30])
run_cc.append(run_cc_temp)
if run_cc_temp == 1:
model_temp.append('tab_cpcln')
ar_cc_temp = float(row[31])
ar_cc.append(ar_cc_temp)
ai_cc_temp = float(row[32])/100
ai_cc.append(ai_cc_temp)
den_cc_temp = float(row[33])
den_cc.append(den_cc_temp)
cf1_cc_temp = float(row[34])
cf1_cc.append(cf1_cc_temp)
cf2_cc_temp = float(row[35])
cf2_cc.append(cf2_cc_temp)
fr_cc_temp = float(row[36])
fr_cc.append(fr_cc_temp)
tf_cc_temp = float(row[37])
tf_cc.append(tf_cc_temp)
bw_cc_temp = float(row[38])
bw_cc.append(bw_cc_temp)
sa_cc_temp = float(row[39])
sa_cc.append(sa_cc_temp)
da_cc_temp = float(row[40])/100
da_cc.append(da_cc_temp)
sa_h_cc_temp = float(row[41])
sa_h_cc.append(sa_h_cc_temp)
fq_cc_temp = float(row[42])
fq_cc.append(fq_cc_temp)
et_cc_temp = float(row[43])
et_cc.append(et_cc_temp)
se_cc_temp = float(row[44])/100
se_cc.append(se_cc_temp)
cc_obj_temp = resexposure_model.resexposure_cc(ar_cc_temp, ai_cc_temp, den_cc_temp, cf1_cc_temp, cf2_cc_temp, fr_cc_temp, tf_cc_temp, sa_cc_temp, da_cc_temp, bw_cc_temp, sa_h_cc_temp, fq_cc_temp, et_cc_temp, se_cc_temp)
all_obj_temp['tab_cpcln'] = cc_obj_temp
run_ic_temp = float(row[45])
run_ic.append(run_ic_temp)
if run_ic_temp == 1:
model_temp.append('tab_ipcap')
den_ic_temp = float(row[46])
den_ic.append(den_ic_temp)
wf_ic_temp = float(row[47])
wf_ic.append(wf_ic_temp)
tf_ic_temp = float(row[48])
tf_ic.append(tf_ic_temp)
bw_ic_temp = float(row[49])
bw_ic.append(bw_ic_temp)
sa_ic_temp = float(row[50])
sa_ic.append(sa_ic_temp)
da_ic_temp = float(row[51])/100
da_ic.append(da_ic_temp)
sa_h_ic_temp = float(row[52])
sa_h_ic.append(sa_h_ic_temp)
fq_ic_temp = float(row[53])
fq_ic.append(fq_ic_temp)
et_ic_temp = float(row[54])
et_ic.append(et_ic_temp)
se_ic_temp = float(row[55])/100
se_ic.append(se_ic_temp)
ic_obj_temp = resexposure_model.resexposure_ic(den_ic_temp, wf_ic_temp, tf_ic_temp, bw_ic_temp, sa_ic_temp, da_ic_temp, sa_h_ic_temp, fq_ic_temp, et_ic_temp, se_ic_temp)
all_obj_temp['tab_ipcap'] = ic_obj_temp
run_mt_temp = float(row[56])
run_mt.append(run_mt_temp)
if run_mt_temp == 1:
model_temp.append('tab_mactk')
wf_mt_temp = float(row[57])/100
wf_mt.append(wf_mt_temp)
den_mt_temp = float(row[58])
den_mt.append(den_mt_temp)
tf_mt_temp = float(row[59])/100
tf_mt.append(tf_mt_temp)
bw_mt_temp = float(row[60])
bw_mt.append(bw_mt_temp)
pf_mt_temp = float(row[61])/100
pf_mt.append(pf_mt_temp)
sa_mt_temp = float(row[62])
sa_mt.append(sa_mt_temp)
da_mt_temp = float(row[63])/100
da_mt.append(da_mt_temp)
mt_obj_temp = resexposure_model.resexposure_mt(wf_mt_temp, den_mt_temp, tf_mt_temp, bw_mt_temp, pf_mt_temp, sa_mt_temp, da_mt_temp)
all_obj_temp['tab_mactk'] = mt_obj_temp
run_ct_temp = float(row[64])
run_ct.append(run_ct_temp)
if run_ct_temp == 1:
model_temp.append('tab_ccpst')
wa_ct_temp = float(row[65])
wa_ct.append(wa_ct_temp)
wf_ct_temp = float(row[66])/100
wf_ct.append(wf_ct_temp)
bw_ct_temp = float(row[67])
bw_ct.append(bw_ct_temp)
tf_ct_temp = float(row[68])/100
tf_ct.append(tf_ct_temp)
sa_ct_temp = float(row[69])
sa_ct.append(sa_ct_temp)
da_ct_temp = float(row[70])/100
da_ct.append(da_ct_temp)
sa_m_ct_temp = float(row[71])
sa_m_ct.append(sa_m_ct_temp)
se_ct_temp = float(row[72])/100
se_ct.append(se_ct_temp)
ct_obj_temp = resexposure_model.resexposure_ct(wa_ct_temp, wf_ct_temp, bw_ct_temp, tf_ct_temp, sa_ct_temp, da_ct_temp, sa_m_ct_temp, se_ct_temp)
all_obj_temp['tab_ccpst'] = ct_obj_temp
run_lp_temp = float(row[73])
run_lp.append(run_lp_temp)
if run_lp_temp == 1:
model_temp.append('tab_ldtpr')
ap_lp_temp = float(row[74])
ap_lp.append(ap_lp_temp)
wf_lp_temp = float(row[75])/100
wf_lp.append(wf_lp_temp)
den_lp_temp = float(row[76])
den_lp.append(den_lp_temp)
wfd_lp_temp = float(row[77])/100
wfd_lp.append(wfd_lp_temp)
tw_lp_temp = float(row[78])
tw_lp.append(tw_lp_temp)
bw_lp_temp = float(row[79])
bw_lp.append(bw_lp_temp)
sa_lp_temp = float(row[80])
sa_lp.append(sa_lp_temp)
tf_cs_lp_temp = float(row[81])/100
tf_cs_lp.append(tf_cs_lp_temp)
tf_r_lp_temp = float(row[82])/100
tf_r_lp.append(tf_r_lp_temp)
da_lp_temp = float(row[83])/100
da_lp.append(da_lp_temp)
sa_m_lp_temp = float(row[84])
sa_m_lp.append(sa_m_lp_temp)
se_lp_temp = float(row[85])/100
se_lp.append(se_lp_temp)
lp_obj_temp = resexposure_model.resexposure_lp(ap_lp_temp, wf_lp_temp, den_lp_temp, wfd_lp_temp, tw_lp_temp, bw_lp_temp, sa_lp_temp, tf_cs_lp_temp, tf_r_lp_temp, da_lp_temp, sa_m_lp_temp, se_lp_temp)
all_obj_temp['tab_ldtpr'] = lp_obj_temp
run_cp_temp = float(row[86])
run_cp.append(run_cp_temp)
if run_cp_temp == 1:
model_temp.append('tab_clopr')
den_cp_temp = float(row[87])
den_cp.append(den_cp_temp)
wf_cp_temp = float(row[88])/100
wf_cp.append(wf_cp_temp)
bw_cp_temp = float(row[89])
bw_cp.append(bw_cp_temp)
tf_cs_cp_temp = float(row[90])/100
tf_cs_cp.append(tf_cs_cp_temp)
sa_cp_temp = float(row[91])
sa_cp.append(sa_cp_temp)
da_cp_temp = float(row[92])/100
da_cp.append(da_cp_temp)
sa_m_cp_temp = float(row[93])
sa_m_cp.append(sa_m_cp_temp)
se_cp_temp = float(row[94])/100
se_cp.append(se_cp_temp)
cp_obj_temp = resexposure_model.resexposure_cp(den_cp_temp, wf_cp_temp, bw_cp_temp, tf_cs_cp_temp, sa_cp_temp, da_cp_temp, sa_m_cp_temp, se_cp_temp)
all_obj_temp['tab_clopr'] = cp_obj_temp
run_id_temp = float(row[95])
run_id.append(run_id_temp)
if run_id_temp == 1:
model_temp.append('tab_impdp')
am_id_temp = float(row[96])
am_id.append(am_id_temp)
wf_id_temp = float(row[97])/100
wf_id.append(wf_id_temp)
tf_id_temp = float(row[98])/100
tf_id.append(tf_id_temp)
fq_id_temp = float(row[99])
fq_id.append(fq_id_temp)
da_id_temp = float(row[100])/100
da_id.append(da_id_temp)
bw_id_temp = float(row[101])
bw_id.append(bw_id_temp)
id_obj_temp = resexposure_model.resexposure_id(am_id_temp, wf_id_temp, tf_id_temp, fq_id_temp, da_id_temp, bw_id_temp)
all_obj_temp['tab_impdp'] = id_obj_temp
run_sd_temp = float(row[102])
run_sd.append(run_sd_temp)
if run_sd_temp == 1:
model_temp.append('tab_cldst')
ar_sd_temp = float(row[103])
ar_sd.append(ar_sd_temp)
wf_sd_temp = float(row[104])/100
wf_sd.append(wf_sd_temp)
tf_sd_temp = float(row[105])/100
tf_sd.append(tf_sd_temp)
sa_sd_temp = float(row[106])
sa_sd.append(sa_sd_temp)
fq_sd_temp = float(row[107])
fq_sd.append(fq_sd_temp)
da_sd_temp = float(row[108])/100
da_sd.append(da_sd_temp)
bw_sd_temp = float(row[109])
bw_sd.append(bw_sd_temp)
sd_obj_temp = resexposure_model.resexposure_sd(ar_sd_temp, wf_sd_temp, tf_sd_temp, sa_sd_temp, fq_sd_temp, da_sd_temp, bw_sd_temp)
all_obj_temp['tab_cldst'] = sd_obj_temp
run_ip_temp = float(row[110])
run_ip.append(run_ip_temp)
if run_ip_temp == 1:
model_temp.append('tab_impty')
wf_ip_temp = float(row[111])/100
wf_ip.append(wf_ip_temp)
wt_ip_temp = float(row[112])
wt_ip.append(wt_ip_temp)
fr_sa_ip_temp = float(row[113])/100
fr_sa_ip.append(fr_sa_ip_temp)
sa_ip_temp = float(row[114])
sa_ip.append(sa_ip_temp)
sa_m_ip_temp = float(row[115])
sa_m_ip.append(sa_m_ip_temp)
se_ip_temp = float(row[116])/100
se_ip.append(se_ip_temp)
bw_ip_temp = float(row[117])
bw_ip.append(bw_ip_temp)
ip_obj_temp = resexposure_model.resexposure_ip(wf_ip_temp, wt_ip_temp, fr_sa_ip_temp, sa_ip_temp, sa_m_ip_temp, se_ip_temp, bw_ip_temp)
all_obj_temp['tab_impty'] = ip_obj_temp
Input_header="""<H3 class="out_0 collapsible" id="section0"><span></span>Batch Calculation of Iteration %s</H3>
<div class="out_">
"""%(iter)
table_all_out = resexposure_tables.table_all(model_temp, all_obj_temp)
html_table_temp = Input_header + table_all_out + "</div><br>"
return html_table_temp