def bdrhistory():
global b
wday = b.Days.index(request.args.get('wday'))
P_Ch = int(request.args.get('P_Ch'))
T_Ch = int(request.args.get('T_Ch'))
P_Ch2 = int(request.args.get('P_Ch2'))
T_Ch2 = int(request.args.get('T_Ch2'))
b = bluefors()
b.selectday(wday)
[startimeP, tp, P, P_stat] = b.pressurelog(P_Ch)
[startimeT, tt, T] = b.temperaturelog(T_Ch)
if P_Ch2 > 0 and T_Ch2 > 0:
[startimeP, tp2, P2, P_stat2] = b.pressurelog(P_Ch2)
[startimeT, tt2, T2] = b.temperaturelog(T_Ch2)
elif P_Ch2 > 0:
[startimeP, tp2, P2, P_stat2] = b.pressurelog(P_Ch2)
[startimeT, tt2, T2] = [startimeT, tt, T]
elif T_Ch2 > 0:
[startimeP, tp2, P2, P_stat2] = [startimeP, tp, P, P_stat]
[startimeT, tt2, T2] = b.temperaturelog(T_Ch2)
else:
[startimeP, tp2, P2, P_stat2] = [startimeP, tp, P, P_stat]
[startimeT, tt2, T2] = [startimeT, tt, T]
return jsonify(startimeP=startimeP,
startimeT=startimeT,
tp=tp,
P=P,
P_stat=P_stat,
tt=tt,
T=T,
tp2=tp2,
P2=P2,
P_stat2=P_stat2,
tt2=tt2,
T2=T2)
def bdrhistory():
global b, bdrlogs
wday = int(request.args.get('wday'))
P_Ch = int(request.args.get('P_Ch'))
T_Ch = int(request.args.get('T_Ch'))
P_Ch2 = int(request.args.get('P_Ch2'))
T_Ch2 = int(request.args.get('T_Ch2'))
OptionS = request.args.get('OptS')
OptionV = request.args.get('OptV')
b = bluefors()
b.selectday(wday)
tp, P, P_stat = b.pressurelog(P_Ch)
tt, T = b.temperaturelog(T_Ch)
tp2, P2, P_stat2 = b.pressurelog(P_Ch2)
tt2, T2 = b.temperaturelog(T_Ch2)
if OptionS == 'flow': tos, Opts = b.flowmeterlog()
else: tos, Opts = b.statuslog(OptionS)
tov, Optv = b.channellog(OptionV)
bdrlogs = dict(bdr_P=P,bdr_T=T) # for forecast
# print("T: %s"%bdrlogs['bdr_%s'%('T')][-15:])
log = pauselog() #disable logging (NOT applicable on Apache)
return jsonify(log=str(log), tp=tp, P=P, P_stat=P_stat, tt=tt, T=T, tp2=tp2, P2=P2, P_stat2=P_stat2, tt2=tt2, T2=T2, tos=tos, Opts=Opts, tov=tov, Optv=Optv)
def allstatus():
dr = bluefors()
dr.selectday(-1)
# Logging Latest Key-Readings for ALL
latestbdr = {}
for i in range(6):
latestbdr.update({"P%s" % (i + 1): dr.pressurelog(i + 1)[1][-1]})
for i in [1, 2, 5, 6, 7]:
latestbdr.update({"T%s" % (i + 1): dr.temperaturelog(i + 1)[1][-1]})
set_status("BDR", latestbdr)
status = {}
status['PSGV'] = get_status('PSGV')["state"]
status['AWG'] = get_status('AWG')["state"]
log = pauselog() #disable logging (NOT applicable on Apache)
return jsonify(log=str(log), latestbdr=latestbdr, status=status)
def bdr():
global b
b = bluefors()
return render_template("blog/machn/bdr.html", Days=b.Days)
def bdrinit():
global b
b = bluefors()
return jsonify(Days=b.Days)
def bdrtemperature():
b = bluefors()
b.selectday(3)
[startime, t, T] = b.temperature(5)
return jsonify(startime=startime, t=t, T=T)
