def get_jid(wat_hl,wat_t,ben_hl,ben_t,unf_hl,unf_t,aqu_hl,aqu_t,hyd_hl,mw,vp,sol,koc,hea_h,hea_r_t,
noa,dd_out,mm_out,ma_out,sr_out,weather,wea_l,nof,date_f1,nod_out,fl_out,wl_out,ml_out,to_out,
zero_height_ref,days_zero_full,days_zero_removal,max_frac_cov,mas_tras_cof,leak,ref_d,ben_d,
ben_por,dry_bkd,foc_wat,foc_ben,ss,wat_c_doc,chl,dfac,q10,area_app):
all_dic = {"wat_hl" : wat_hl,
"wat_t" : wat_t,
"ben_hl" : ben_hl,
"ben_t" : ben_t,
"unf_hl" : unf_hl,
"unf_t" : unf_t,
"aqu_hl" : aqu_hl,
"aqu_t" : aqu_t,
"hyd_hl" : hyd_hl,
"mw" : mw,
"vp" : vp,
"sol" : sol,
"koc" : koc,
"hea_h" : hea_h,
"hea_r_t" : hea_r_t,
"noa" : noa,
"dd_out" : dd_out,
"mm_out" : mm_out,
"ma_out" : ma_out,
"sr_out" : sr_out,
"weather" : weather,
"wea_l" : wea_l,
"nof" : nof,
"date_f1" : date_f1,
"nod_out" : nod_out,
"fl_out" : fl_out,
"wl_out" : wl_out,
"ml_out" : ml_out,
"to_out" : to_out,
"zero_height_ref" : zero_height_ref,
"days_zero_full" : days_zero_full,
"days_zero_removal" : days_zero_removal,
"max_frac_cov" : max_frac_cov,
"mas_tras_cof" : mas_tras_cof,
"leak" : leak,
"ref_d" : ref_d,
"ben_d" : ben_d,
"ben_por" : ben_por,
"dry_bkd" : dry_bkd,
"foc_wat" : foc_wat,
"foc_ben" : foc_ben,
"ss" : ss,
"wat_c_doc" : wat_c_doc,
"chl" : chl,
"dfac" : dfac,
"q10" : q10,
"area_app" : area_app}
data=json.dumps(all_dic)
jid=rest_funcs.gen_jid()
url=url_part1 + '/pfam/' + jid
response_val = urlfetch.fetch(url=url, payload=data, method=urlfetch.POST, headers=http_headers, deadline=60)
output_val = json.loads(response_val.content)['result']
return(jid, output_val)
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)
output_val = json.loads(response.content)['result']
return(jid, output_val)
def get_jid(chem_name, scenarios, met, farm, mw, sol, koc, vp, aem, anm, aqp, tmper, n_ph, ph_out, hl_out):
all_dic = {"chem_name": chem_name,
"scenarios": scenarios,
"met": met,
"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()
url=url_part1 + '/exams/' + jid
response_val = urlfetch.fetch(url=url, payload=data, method=urlfetch.POST, headers=http_headers, deadline=60)
output_val = json.loads(response_val.content)['result']
return(jid, output_val)