def __init__(self, dictionary):
self.ES_source = ''
self.NSF = ''
self.NSP = ''
self.NSM = ''
self.Crop = ''
self.Pesticide = ''
self.IUCN_Amphibians = ''
self.IUCN_Birds = ''
self.IUCN_Mammals = ''
self.IUCN_Mammals_Marine = ''
self.IUCN_Coral = ''
self.IUCN_Reptiles = ''
self.IUCN_Seagrasses = ''
self.IUCN_SeaCucumbers = ''
self.IUCN_Mangrove = ''
self.IUCN_MarineFish = ''
self.USFWS_p = ''
self.USFWS_l = ''
self.jid = rest_funcs.gen_jid()
dictionary = OrderedDict(sorted(dictionary.items(), key=lambda t: t[0]))
logger.info('===================')
dictionary = OrderedDict(dictionary)
for k, v in dictionary.items():
setattr(self, k, v)
def set_variables(self,version_terrplant,run_type,A,I,R,D,nms,lms,nds,lds,chemical_name,pc_code,use,application_method,application_form,solubility):
self.version_terrplant = version_terrplant
self.run_type = run_type
self.A = A
self.I = I
self.R = R
self.D = D
self.nms = nms
self.lms = lms
self.nds = nds
self.lds = lds
self.chemical_name = chemical_name
self.pc_code = pc_code
self.use = use
self.application_method = application_method
self.application_form = application_form
self.solubility = solubility
all_dic = {"version_terrplant":self.version_terrplant, "run_type":self.run_type, "A":self.A, "I":self.I, "R":self.R, "D":self.D,
"nms":self.nms, "lms":self.lms, "nds":self.nds, "lds":self.lds, "chemical_name":self.chemical_name,
"pc_code":self.pc_code, "use":self.use, "application_method":self.application_method, "application_form":self.application_form, "solubility":self.solubility}
data = json.dumps(all_dic)
self.jid = rest_funcs.gen_jid()
url=os.environ['UBERTOOL_REST_SERVER'] + '/terrplant/' + self.jid
# response = urlfetch.fetch(url=url, payload=data, method=urlfetch.POST, headers=http_headers, deadline=60)
response = requests.post(url, data=data, headers=http_headers, timeout=60)
output_val = json.loads(response.content)['result']
for key, value in output_val.items():
setattr(self, key, value)
def set_variables(self, run_type, 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_scaling_factor, mamm_acute_derm_study, mamm_study_add_comm, mam_acute_derm_ld50, mam_acute_oral_ld50, test_mam_bw):
self.run_type = run_type
self.chemical_name=chemical_name
self.label_epa_reg_no=label_epa_reg_no
self.ar_lb=ar_lb
self.frac_pest_surface=frac_pest_surface
self.dislodge_fol_res=dislodge_fol_res
self.bird_acute_oral_study=bird_acute_oral_study
self.bird_study_add_comm=bird_study_add_comm
self.low_bird_acute_ld50=low_bird_acute_ld50
self.test_bird_bw=test_bird_bw
self.mineau_scaling_factor=mineau_scaling_factor
self.mamm_acute_derm_study=mamm_acute_derm_study
self.mamm_study_add_comm=mamm_study_add_comm
#self.aviandermaltype=aviandermaltype
self.mam_acute_derm_ld50=mam_acute_derm_ld50
self.mam_acute_oral_ld50 = mam_acute_oral_ld50
self.test_mam_bw=test_mam_bw
all_dic = {"chemical_name":self.chemical_name, "label_epa_reg_no":self.label_epa_reg_no,
"ar_lb":self.ar_lb, "frac_pest_surface":self.frac_pest_surface, "dislodge_fol_res":self.dislodge_fol_res,
"bird_acute_oral_study":self.bird_acute_oral_study, "bird_study_add_comm":self.bird_study_add_comm,
"low_bird_acute_ld50":self.low_bird_acute_ld50, "test_bird_bw":self.test_bird_bw,
"mineau_scaling_factor":self.mineau_scaling_factor, "mamm_acute_derm_study":self.mamm_acute_derm_study,
"mamm_study_add_comm":self.mamm_study_add_comm, "mam_acute_derm_ld50":self.mam_acute_derm_ld50,
"mam_acute_oral_ld50":self.mam_acute_oral_ld50, "test_mam_bw":self.test_mam_bw}
data = json.dumps(all_dic)
self.jid = rest_funcs.gen_jid()
url=url_part1 + '/dust/' + self.jid
response = requests.post(url, data=data, headers=http_headers, timeout=60)
output_val = json.loads(response.content)['result']
for key, value in output_val.items():
setattr(self, key, value)
def set_variables(self, run_type, drop_size, ecosystem_type, application_method, boom_height, orchard_type, application_rate, distance, aquatic_type, calculation_input, init_avg_dep_foa, avg_depo_gha, avg_depo_lbac, deposition_ngL, deposition_mgcm, nasae, y, x, express_y):
self.run_type = run_type
self.drop_size = drop_size
self.ecosystem_type = ecosystem_type
self.application_method = application_method
self.boom_height = boom_height
self.orchard_type = orchard_type
self.application_rate = application_rate
self.distance = distance
self.aquatic_type = aquatic_type
self.calculation_input = calculation_input
self.init_avg_dep_foa = init_avg_dep_foa
self.avg_depo_gha = avg_depo_gha
self.avg_depo_lbac = avg_depo_lbac
self.deposition_ngL = deposition_ngL
self.deposition_mgcm = deposition_mgcm
self.nasae = nasae
self.y = y
self.x = x
self.express_y = express_y
all_dic = {"drop_size":drop_size, "ecosystem_type":ecosystem_type, "application_method":application_method,
"boom_height":boom_height, "orchard_type":orchard_type, "application_rate":application_rate,
"distance":distance, "aquatic_type":aquatic_type, "calculation_input":calculation_input,
"init_avg_dep_foa":init_avg_dep_foa, "avg_depo_gha":avg_depo_gha, "avg_depo_lbac":avg_depo_lbac,
"deposition_ngL":deposition_ngL, "deposition_mgcm":deposition_mgcm, "nasae":nasae, "y":y, "x":x,
"express_y":express_y}
data = json.dumps(all_dic)
self.jid = rest_funcs.gen_jid()
url=os.environ['UBERTOOL_REST_SERVER'] + '/agdrift/' + self.jid
response = requests.post(url=url, data=data, headers=http_headers, timeout=60)
output_val = json.loads(response.content)['result']
for key, value in output_val.items():
setattr(self, key, value)
def __init__(self,
set_variables=True,
run_methods=True,
run_type='single',
chemical_name='',
label_epa_reg_no='',
ar_lb=1,
frac_pest_surface=1,
dislodge_fol_res=1,
bird_acute_oral_study="",
bird_study_add_comm="",
low_bird_acute_ld50=1,
test_bird_bw=1,
mineau_scaling_factor=1,
mamm_acute_derm_study='',
mamm_study_add_comm='',
mam_acute_derm_ld50=1,
mam_acute_oral_ld50=1,
test_mam_bw=1,
vars_dict=None):
self.set_default_variables()
self.jid = rest_funcs.gen_jid()
if set_variables:
if vars_dict != None:
self.__dict__.update(vars_dict)
else:
self.set_variables(run_type, 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_scaling_factor,
mamm_acute_derm_study, mamm_study_add_comm,
mam_acute_derm_ld50, mam_acute_oral_ld50,
test_mam_bw)
def __init__(self, set_variables=True,run_methods=True,run_type = "single",chemical_name='', b_species='', m_species='', bw_quail=1, bw_duck=1, bwb_other=1, bw_rat=1, bwm_other=1, sol=1, ld50_a=1, ld50_m=1, aw_bird=1, mineau=1, aw_mamm=1, noaec_d=1, noaec_q=1, noaec_o=1, Species_of_the_bird_NOAEC_CHOICES=1, noael=1,vars_dict=None):
self.set_default_variables()
self.jid = rest_funcs.gen_jid()
if set_variables:
if vars_dict != None:
self.__dict__.update(vars_dict)
else:
self.set_variables(run_type, chemical_name, b_species, m_species, bw_quail, bw_duck, bwb_other, bw_rat, bwm_other, sol, ld50_a, ld50_m, aw_bird, mineau, aw_mamm, noaec_d, noaec_q, noaec_o, Species_of_the_bird_NOAEC_CHOICES, noael)
def __init__(self, set_variables=True, run_methods=True, run_type='single', drop_size = '', ecosystem_type = '', application_method = '', boom_height = '', orchard_type = '', application_rate=1, distance=1, aquatic_type='', calculation_input='', init_avg_dep_foa = 1, avg_depo_lbac = 1, avg_depo_gha = 1, deposition_ngL = 1, deposition_mgcm = 1, nasae = 1, y = 1, x = 1, express_y = 1, vars_dict=None):
self.set_default_variables()
self.jid = rest_funcs.gen_jid()
if set_variables:
if vars_dict != None:
self.__dict__.update(vars_dict)
else:
self.set_variables(run_type, drop_size, ecosystem_type, application_method, boom_height, orchard_type, application_rate, distance, aquatic_type, calculation_input, init_avg_dep_foa, avg_depo_gha, avg_depo_lbac, deposition_ngL, deposition_mgcm, nasae, y, x, express_y)
def set_variables(self, run_type, chemical_name, b_species, m_species, bw_quail, bw_duck, bwb_other, bw_rat, bwm_other, sol, ld50_a, ld50_m, aw_bird, mineau, aw_mamm, noaec_d, noaec_q, noaec_o, Species_of_the_bird_NOAEC_CHOICES, noael):
self.run_type = run_type
self.chemical_name = chemical_name
self.bw_quail = bw_quail
self.bw_duck = bw_duck
self.bwb_other = bwb_other
self.bw_rat = bw_rat
self.bwm_other = bwm_other
self.b_species = b_species
self.m_species = m_species
if b_species =='178':
self.bw_bird = self.bw_quail
elif b_species =='1580':
self.bw_bird = self.bw_duck
else:
self.bw_bird = self.bwb_other
if m_species =='350':
self.bw_mamm = self.bw_rat
else:
self.bw_mamm = self.bwm_other
self.sol = sol
self.ld50_a = ld50_a
self.ld50_m = ld50_m
self.aw_bird = aw_bird
self.mineau = mineau
self.aw_mamm = aw_mamm
self.noaec_d = noaec_d
self.noaec_q = noaec_q
self.noaec_o = noaec_o
if Species_of_the_bird_NOAEC_CHOICES == '1':
self.noaec = self.noaec_q
elif Species_of_the_bird_NOAEC_CHOICES == '2':
self.noaec = self.noaec_d
elif Species_of_the_bird_NOAEC_CHOICES == '3':
self.noaec = self.noaec_o
# else:
# try:
# self.noaec = noaec
# except ValueError:
# raise ValueError\
# ('self.noaec=%g is a non-physical value.' % self.aw_bird)
self.noael = noael
all_dic = {"chemical_name":self.chemical_name, "bw_bird":self.bw_bird, "bw_quail":self.bw_quail, "bw_duck":self.bw_duck, "bwb_other":self.bwb_other, "bw_rat":self.bw_rat,
"bwm_other":self.bwm_other, "b_species":self.b_species, "m_species":self.m_species, "bw_mamm":self.bw_mamm, "sol":self.sol,
"ld50_a":self.ld50_a, "ld50_m":self.ld50_m, "aw_bird":self.aw_bird, "mineau":self.mineau, "aw_mamm":self.aw_mamm, "noaec":self.noaec, "noael":self.noael}
data = json.dumps(all_dic)
self.jid = rest_funcs.gen_jid()
url=os.environ['UBERTOOL_REST_SERVER'] + '/sip/' + self.jid
# response = urlfetch.fetch(url=url, payload=data, method=urlfetch.POST, headers=http_headers, deadline=60)
response = requests.post(url, data=data, headers=http_headers, timeout=60)
output_val = json.loads(response.content)['result']
for key, value in output_val.items():
setattr(self, key, value)
def __init__(self, set_variables=True, run_methods=True, version_terrplant='1.2.2', run_type = "single", A=1, I=1, R=1, D=1, nms=1, lms=1, nds=1, lds=1,
chemical_name='', pc_code='', use='', application_method='', application_form='', solubility=1, vars_dict=None,):
self.set_default_variables()
self.jid = rest_funcs.gen_jid()
if set_variables:
if vars_dict != None:
self.__dict__.update(vars_dict)
else:
self.set_variables(version_terrplant,run_type,A,I,R,D,nms,lms,nds,lds,chemical_name,pc_code,use,application_method,application_form,solubility)
def __init__(self, set_variables=True, run_methods=True, run_type='single', chemical_name='', label_epa_reg_no='', ar_lb=1, frac_pest_surface=1, dislodge_fol_res=1, bird_acute_oral_study="", bird_study_add_comm="",
low_bird_acute_ld50=1, test_bird_bw=1, mineau_scaling_factor=1, mamm_acute_derm_study='', mamm_study_add_comm='', mam_acute_derm_ld50=1, mam_acute_oral_ld50=1, test_mam_bw=1, vars_dict=None):
self.set_default_variables()
self.jid = rest_funcs.gen_jid()
if set_variables:
if vars_dict != None:
self.__dict__.update(vars_dict)
else:
self.set_variables(run_type, 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_scaling_factor, mamm_acute_derm_study, mamm_study_add_comm, mam_acute_derm_ld50, mam_acute_oral_ld50, test_mam_bw)
def get_jid(chem_name, noa, scenarios, unit, met_o, inp_o, run_o, exam_o,
MM, DD, YY, CAM_f, DEPI_text, Ar_text, EFF, Drft,
Apt_p, DayRe, Ap_mp, Ar, CAM_f_p, EFF_p, Drft_p, DEPI_f,
farm, mw, sol, koc, vp, aem, anm, aqp, tmper, n_ph, ph_out, hl_out):
all_dic = {"chem_name" : chem_name,
"noa" : noa,
"scenarios" : scenarios,
"unit" : unit,
"met" : met_o,
"inp" : inp_o,
"run" : run_o,
"exam" : exam_o,
"MM" : MM,
"DD" : DD,
"YY" : YY,
"CAM_f" : CAM_f,
"DEPI" : DEPI_text,
"Ar" : Ar_text,
"EFF" : EFF,
"Drft" : Drft,
"farm" : farm,
"mw" : mw,
"sol" : sol,
"koc" : koc,
"vp" : vp,
"aem" : aem,
"anm" : anm,
"aqp" : aqp,
"tmper" : tmper,
"n_ph" : n_ph,
"ph_out" : ph_out,
"hl_out" : hl_out}
data=json.dumps(all_dic)
jid=rest_funcs.gen_jid()
logging.info(jid)
url=url_part1 + '/przm_exams/' + jid
# response = urlfetch.fetch(url=url, payload=data, method=urlfetch.POST, headers=http_headers, deadline=60)
response = requests.post(url=url, data=data, headers=http_headers, timeout=60)
output_val = json.loads(response.content)['result']
return(jid, output_val)
def get_jid(noa, met, inp, run, MM, DD, YY, CAM_f, DEPI_text, Ar_text, EFF, Drft):
all_dic = {"noa": noa,
"met": met,
"inp": inp,
"run": run,
"MM": MM,
"DD": DD,
"YY": YY,
"CAM_f": CAM_f,
"DEPI_text": DEPI_text,
"Ar_text": Ar_text,
"EFF": EFF,
"Drft": Drft}
data = json.dumps(all_dic)
logger.info(data)
jid = rest_funcs.gen_jid()
url=url_part1 + '/przm/' + jid
response = requests.post(url=url, data=data, headers=http_headers, timeout=60)
output_val = json.loads(response.content)['result']
return(jid, output_val)
def __init__(self, run_type, chem_name, use, formu_name, a_i, Application_type, seed_treatment_formulation_name, seed_crop, seed_crop_v, r_s, b_w, p_i, den, h_l, n_a, ar_lb, day_out,
ld50_bird, lc50_bird, NOAEC_bird, NOAEL_bird, aw_bird_sm, aw_bird_md, aw_bird_lg,
Species_of_the_tested_bird_avian_ld50, Species_of_the_tested_bird_avian_lc50, Species_of_the_tested_bird_avian_NOAEC, Species_of_the_tested_bird_avian_NOAEL,
tw_bird_ld50, tw_bird_lc50, tw_bird_NOAEC, tw_bird_NOAEL, x, ld50_mamm, lc50_mamm, NOAEC_mamm, NOAEL_mamm, aw_mamm_sm, aw_mamm_md, aw_mamm_lg, tw_mamm,
m_s_r_p):
self.jid = rest_funcs.gen_jid()
self.run_type=run_type
self.chem_name=chem_name
self.use=use
self.formu_name=formu_name
self.a_i=a_i
self.a_i_t1=100*float(a_i)
self.Application_type=Application_type
self.seed_treatment_formulation_name=seed_treatment_formulation_name
self.seed_crop=seed_crop
self.seed_crop_v=seed_crop_v
self.r_s=r_s
self.b_w=b_w
self.b_w_t1=12*float(b_w)
self.p_i=p_i
try:
self.p_i_t1=100*float(p_i)
except:
self.p_i_t1='N/A'
self.den=den
self.h_l=h_l
self.n_a=n_a
self.ar_lb=ar_lb
self.day_out=day_out
self.ld50_bird=ld50_bird
self.lc50_bird=lc50_bird
self.NOAEC_bird=NOAEC_bird
self.NOAEL_bird=NOAEL_bird
self.aw_bird_sm=aw_bird_sm
self.aw_bird_md=aw_bird_md
self.aw_bird_lg=aw_bird_lg
self.Species_of_the_tested_bird_avian_ld50=Species_of_the_tested_bird_avian_ld50
self.Species_of_the_tested_bird_avian_lc50=Species_of_the_tested_bird_avian_lc50
self.Species_of_the_tested_bird_avian_NOAEC=Species_of_the_tested_bird_avian_NOAEC
self.Species_of_the_tested_bird_avian_NOAEL=Species_of_the_tested_bird_avian_NOAEL
self.tw_bird_ld50=tw_bird_ld50
self.tw_bird_lc50=tw_bird_lc50
self.tw_bird_NOAEC=tw_bird_NOAEC
self.tw_bird_NOAEL=tw_bird_NOAEL
self.x=x
self.ld50_mamm=ld50_mamm
self.lc50_mamm=lc50_mamm
self.NOAEC_mamm=NOAEC_mamm
self.NOAEL_mamm=NOAEL_mamm
self.aw_mamm_sm=aw_mamm_sm
self.aw_mamm_md=aw_mamm_md
self.aw_mamm_lg=aw_mamm_lg
self.tw_mamm=tw_mamm
self.m_s_r_p=m_s_r_p
all_dic = {"chem_name":self.chem_name, "use":self.use, "formu_name":self.formu_name, "a_i":self.a_i,
"Application_type":self.Application_type, "seed_treatment_formulation_name":self.seed_treatment_formulation_name,
"seed_crop":self.seed_crop, "seed_crop_v":self.seed_crop_v, "r_s":self.r_s, "b_w":self.b_w, "p_i":self.p_i,
"den":self.den, "h_l":self.h_l, "n_a":self.n_a, "ar_lb":self.ar_lb, "day_out":self.day_out, "ld50_bird":self.ld50_bird,
"lc50_bird":self.lc50_bird, "NOAEC_bird":self.NOAEC_bird, "NOAEL_bird":self.NOAEL_bird, "aw_bird_sm":self.aw_bird_sm,
"aw_bird_md":self.aw_bird_md, "aw_bird_lg":self.aw_bird_lg, "Species_of_the_tested_bird_avian_ld50":self.Species_of_the_tested_bird_avian_ld50,
"Species_of_the_tested_bird_avian_lc50":self.Species_of_the_tested_bird_avian_lc50, "Species_of_the_tested_bird_avian_NOAEC":self.Species_of_the_tested_bird_avian_NOAEC,
"Species_of_the_tested_bird_avian_NOAEL":self.Species_of_the_tested_bird_avian_NOAEL, "tw_bird_ld50":self.tw_bird_ld50, "tw_bird_lc50":self.tw_bird_lc50,
"tw_bird_NOAEC":self.tw_bird_NOAEC, "tw_bird_NOAEL":self.tw_bird_NOAEL, "x":self.x, "ld50_mamm":self.ld50_mamm, "lc50_mamm":self.lc50_mamm, "NOAEC_mamm":self.NOAEC_mamm,
"NOAEL_mamm":self.NOAEL_mamm, "aw_mamm_sm":self.aw_mamm_sm, "aw_mamm_md":self.aw_mamm_md, "aw_mamm_lg":self.aw_mamm_lg, "tw_mamm":self.tw_mamm, "m_s_r_p":self.m_s_r_p}
data = json.dumps(all_dic)
self.jid = rest_funcs.gen_jid()
url=os.environ['UBERTOOL_REST_SERVER'] + '/trex2/' + self.jid
response = requests.post(url, data=data, headers=http_headers, timeout=60)
output_val = json.loads(response.content, cls=rest_funcs.NumPyDecoder)['result']
output_val_uni=json.loads(output_val, cls=rest_funcs.NumPyDecoder)
for key, value in output_val_uni.items():
setattr(self, key, value)
def __init__(self, run_type, chem_name, application_target, application_rate, number_of_applications, interval_between_applications, Koc, aerobic_soil_metabolism, wet_in, application_method, application_method_label, aerial_size_dist, ground_spray_type, airblast_type, spray_quality, no_spray_drift, incorporation_depth, solubility, aerobic_aquatic_metabolism, hydrolysis, photolysis_aquatic_half_life):
self.run_type = run_type
self.chem_name = chem_name
self.application_target = application_target
self.application_rate = application_rate
self.number_of_applications = number_of_applications
self.interval_between_applications = interval_between_applications
self.Koc = Koc
self.aerobic_soil_metabolism = aerobic_soil_metabolism
self.wet_in = wet_in
self.application_method = application_method
if application_method == 'a':
self.application_method_label = 'Aerial Spray'
if application_method == 'b':
self.application_method_label = 'Ground Spray'
if application_method == 'c':
self.application_method_label = 'Airblast Spray (Orchard & Vineyard)'
if application_method == 'd':
self.application_method_label = 'Granular (Non-spray)'
if self.application_target == 'a' or 'Short grass':
self.application_target_label = 'Short grass'
if self.application_target == 'b' or 'Tall grass':
self.application_target_label = 'Tall grass'
if self.application_target == 'c' or 'Broad-leafed plants/small insects':
self.application_target_label = 'Broad-leafed plants/small insects'
if self.application_target == 'd' or 'Fruits/pods/seeds/large insects':
self.application_target_label = 'Fruits/pods/seeds/large insects'
self.aerial_size_dist = aerial_size_dist
self.ground_spray_type = ground_spray_type
self.airblast_type = airblast_type
self.spray_quality = spray_quality
self.no_spray_drift = no_spray_drift
self.incorporation_depth = incorporation_depth
self.solubility = solubility
self.aerobic_aquatic_metabolism = aerobic_aquatic_metabolism
self.hydrolysis = hydrolysis
self.photolysis_aquatic_half_life = photolysis_aquatic_half_life
http_headers = {'Authorization' : 'Basic', 'Content-Type' : 'application/json'}
########call the function#################
APPRAT = self.application_rate
APPNUM = self.number_of_applications
APSPAC = self.interval_between_applications
KOC = self.Koc
METHAF = self.aerobic_soil_metabolism
WETTED = self.wet_in
METHOD = self.application_method
AIRFLG = self.aerial_size_dist
YLOCEN = self.no_spray_drift
GRNFLG = self.ground_spray_type
GRSIZE = self.spray_quality
ORCFLG = self.airblast_type
INCORP = self.incorporation_depth
SOL = self.solubility
METHAP = self.aerobic_aquatic_metabolism
HYDHAP = self.hydrolysis
FOTHAP = self.photolysis_aquatic_half_life
all_dic = {"APPRAT":APPRAT, "APPNUM":APPNUM, "APSPAC":APSPAC, "KOC":KOC, "METHAF":METHAF, "WETTED":WETTED,
"METHOD":METHOD, "AIRFLG":AIRFLG, "YLOCEN":YLOCEN, "GRNFLG":GRNFLG, "GRSIZE":GRSIZE,
"ORCFLG":ORCFLG, "INCORP":INCORP, "SOL":SOL, "METHAP":METHAP, "HYDHAP":HYDHAP, "FOTHAP":FOTHAP}
data = json.dumps(all_dic)
self.jid = rest_funcs.gen_jid()
url=os.environ['UBERTOOL_REST_SERVER'] + '/geneec/' + self.jid
if run_type == "single" or "qaqc":
# response = urlfetch.fetch(url=url, payload=data, method=urlfetch.POST, headers=http_headers, deadline=60)
response = requests.post(url=url, data=data, headers=http_headers, timeout=60)
self.output_val = json.loads(response.content)['result']
if run_type == "batch":
response = ""
while response =="":
# response = urlfetch.fetch(url=url, payload=data, method=urlfetch.POST, headers=http_headers, deadline=60)
response = requests.post(url=url, data=data, headers=http_headers, timeout=60)
self.output_val = json.loads(response.content)['result']
def get_jid(run_type, pfac, snowmelt, evapDepth,
uslek, uslels, uslep, fieldSize, ireg, slope, hydlength,
canopyHoldup, rootDepth, canopyCover, canopyHeight,
NumberOfFactors, useYears,
USLE_day, USLE_mon, USLE_year, USLE_c, USLE_n, USLE_cn,
firstyear, lastyear,
dayEmerge_text, monthEmerge_text, dayMature_text, monthMature_text, dayHarvest_text, monthHarvest_text, addYearM, addYearH,
irflag, tempflag,
fleach, depletion, rateIrrig,
albedo, bcTemp, Q10Box, soilTempBox1,
numHoriz,
SoilProperty_thick, SoilProperty_compartment, SoilProperty_bulkden, SoilProperty_maxcap, SoilProperty_mincap, SoilProperty_oc, SoilProperty_sand, SoilProperty_clay,
rDepthBox, rDeclineBox, rBypassBox,
eDepthBox, eDeclineBox,
appNumber_year, totalApp,
SpecifyYears, ApplicationTypes, PestAppyDay, PestAppyMon, Rela_a, app_date_type, DepthIncorp, PestAppyRate, localEff, localSpray,
PestDispHarvest,
nchem, convert_Foliar1, parentTo3, deg1To2, foliarHalfLifeBox,
koc_check, Koc,
soilHalfLifeBox,
convertSoil1, convert1to3, convert2to3):
all_dic = {"pfac": pfac,
"snowmelt": snowmelt,
"evapDepth": evapDepth,
"uslek": uslek,
"uslels": uslels,
"uslep": uslep,
"fieldSize": fieldSize,
"ireg": ireg,
"slope": slope,
"hydlength": hydlength,
"canopyHoldup": canopyHoldup,
"rootDepth": rootDepth,
"canopyCover": canopyCover,
"canopyHeight": canopyHeight,
"NumberOfFactors": NumberOfFactors,
"useYears": useYears,
"USLE_day": USLE_day,
"USLE_mon": USLE_mon,
"USLE_year": USLE_year,
"USLE_c": USLE_c,
"USLE_n": USLE_n,
"USLE_cn": USLE_cn,
"firstyear": firstyear,
"lastyear": lastyear,
"dayEmerge_text": dayEmerge_text,
"monthEmerge_text": monthEmerge_text,
"dayMature_text": dayMature_text,
"monthMature_text": monthMature_text,
"dayHarvest_text": dayHarvest_text,
"monthHarvest_text": monthHarvest_text,
"addYearM": addYearM,
"addYearH": addYearH,
"irflag": irflag,
"tempflag": tempflag,
"fleach": fleach,
"depletion": depletion,
"rateIrrig": rateIrrig,
"albedo": albedo,
"bcTemp": bcTemp,
"Q10Box": Q10Box,
"soilTempBox1": soilTempBox1,
"numHoriz": numHoriz,
"SoilProperty_thick": SoilProperty_thick,
"SoilProperty_compartment": SoilProperty_compartment,
"SoilProperty_bulkden": SoilProperty_bulkden,
"SoilProperty_maxcap": SoilProperty_maxcap,
"SoilProperty_mincap": SoilProperty_mincap,
"SoilProperty_oc": SoilProperty_oc,
"SoilProperty_sand": SoilProperty_sand,
"SoilProperty_clay": SoilProperty_clay,
"rDepthBox": rDepthBox,
"rDeclineBox": rDeclineBox,
"rBypassBox": rBypassBox,
"eDepthBox": eDepthBox,
"eDeclineBox": eDeclineBox,
"appNumber_year": appNumber_year,
"totalApp": totalApp,
"SpecifyYears": SpecifyYears,
"ApplicationTypes": ApplicationTypes,
"PestAppyDay": PestAppyDay,
"PestAppyMon": PestAppyMon,
"Rela_a": Rela_a,
"app_date_type": app_date_type,
"DepthIncorp": DepthIncorp,
"PestAppyRate": PestAppyRate,
"localEff": localEff,
"localSpray": localSpray,
"PestDispHarvest": PestDispHarvest,
"nchem": nchem,
"convert_Foliar1": convert_Foliar1,
"parentTo3": parentTo3,
"deg1To2": deg1To2,
"foliarHalfLifeBox": foliarHalfLifeBox,
"koc_check": koc_check,
"Koc": Koc,
"soilHalfLifeBox": soilHalfLifeBox,
"convertSoil1": convertSoil1,
"convert1to3": convert1to3,
"convert2to3": convert2to3}
logger.info(all_dic)
data = json.dumps(all_dic)
jid = rest_funcs.gen_jid()
url=url_part1 + '/przm5/' + jid
if run_type == "single" or "qaqc":
# response = urlfetch.fetch(url=url, payload=data, method=urlfetch.POST, headers=http_headers, deadline=60)
response = requests.post(url=url, data=data, headers=http_headers, timeout=60)
output_val = json.loads(response.content)['result']
# jid= json.loads(response.content)['jid']
# print "filepath=", output_val[4]
# self.elapsed = (time.clock() - start)
return(jid, output_val)