def go_initialize():
DataReadWrite.initializeDatabase(dirname,fileName)
DataReadWrite.openDatabase(dirname,fileName)
numberOfSamples=int(NUMBEROFSAMPLES.get())
duration=int(DURATION.get())
startPosition=int(START_POSITION.get())
#xyzRobot.resetValuesToZero()
setInitials=INITIALS.get()
standardTemp=float(RHTEMP2000TEMP.get())
standardRH = float(RHTEMP2000HUMIDITY.get())
tempCorrection=standardTemp-float(xyzRobot.getTemperature())
rhCorrection=standardRH-float(xyzRobot.getHumidity())
logger.debug( "standardTemp: %f",standardTemp)
logger.debug( "standardRH: %f",standardRH)
logger.debug( "Temp: %f",xyzRobot.getTemperature())
logger.debug( "RH: %f",xyzRobot.getHumidity())
logger.debug( "tempCorrection: %f", tempCorrection)
logger.debug( "rhCorrection: %f ",rhCorrection)
runID = weighAllCrucibles(setInitials,numberOfSamples,LOGINT,duration,
startPosition,tempCorrection,rhCorrection,
robotStatus,POSITION,MCOUNT,CURRENTSTEP,
STATUS,DURATION,LOGGERINTERVAL,
RUNID,NUMBEROFSAMPLES,TIMEREMAINING)
return True;
print "Close Database: closeDatabase()" value = DataReadWrite.closeDatabase() test += 1 if (value==True): print "Database closed. PASS" passed += 1 else: print "FAIL" print "-------------------------------------------------------" print "Open newly created Database: initializeDatabase()" filename = "TEST" dirname="c:/Users/Archy/Dropbox/Rehydroxylation/" test += 1 value = DataReadWrite.openDatabase(dirname,filename) if (value==True): print "Database opened. PASS" passed += 1 else: print "FAIL" print "-------------------------------------------------------" value=DataReadWrite.BDOpen() print "BDOpen() result->",value test += 1 if value==True: print "PASS" passed += 1 else: print "FAIL"
def go_postFire():
dbName=DATABASENAME.get()
dbDir=DBDIRECTORY.get()
value=DataReadWrite.openDatabase(dbDir,dbName)
if value is False:
logger.error("There has been an error since openDatabase returned FALSE")
alert.deiconify()
Message(alert,text="There has been a problem. Cannot create database", bg='red', fg='ivory', relief=GROOVE)
runID=int(RUNID.get())
if (runID<1):
alert.deiconify()
alert.title("Alert: No RunID Number!")
Message(alert,text="You must have a RunID to continue.", bg='red', fg='ivory', relief=GROOVE).grid(row=0, column=0, sticky=W+E+N+S)
#Button(alert, text="Continue", command=backToMainWindow).grid(row=1,column=0)
#Button(alert, text="Quit", command=KillProgram).grid(row=2,column=1)
logger.debug("You must have a RunID entered in order to continue.")
return False;
setInitials=str(INITIALS.get())
startPosition=int(START_POSITION.get())
intervalsec=int(INTERVAL.get())
numberOfSamples=int(NUMBEROFSAMPLES.get())
repetitions=int(REPS.get())
duration=int(DURATION.get())
setTemperature=float(TEMP.get())
setHumidity=float(HUMIDITY.get())
standardTemp=float(RHTEMP2000TEMP.get())
standardRH=float(RHTEMP2000HUMIDITY.get())
temp=xyzRobot.getTemperature()
humidity=xyzRobot.getHumidity()
tempCorrection=standardTemp-temp
rhCorrection=standardRH-humidity
temperatureOfFiring=int(TEMPOFFIRING.get())
durationOfFiring=DURATIONOFFIRING.get()*60
preOrPost=2
status="postfire"
startPosition=START_POSITION.get()
now = datetime.today()
## (locationCode,numberOfSamples,description,temperature,humidity,endOfFiring,durationOfFiring)=DataReadWrite.getRunInfo(runID)
startdate=DATEOFFIRING.get()
starttime=TIMEOFFIRING.get()
sdate=startdate.split("-",3)
stime=starttime.split(":",3)
startOfFiring = datetime(int(sdate[2]), int(sdate[0]), int(sdate[1]), int(stime[0]), int(stime[1]), int(stime[2]))
end = timedelta(minutes=durationOfFiring)
endOfFiring = startOfFiring + end
# minutes since firing ended
diffTime = now - endOfFiring
## d_endOfFiring = endOfFiring.strftime("%m-%d-%y %H:%M:%S")
intervalsec=int(INTERVAL.get())
postMeasurementTimeInterval=int(DURATION.get())
repetitions=int(REPS.get())
#print runID,setInitials,status,durationOfFiring,temperatureOfFiring,postMeasurementTimeInterval,duration,repetitions,endOfFiring,startPosition,intervalsec
logger.debug("updateRunPostFire( %d,%s,%s,%s,%d,%d,%d,%d,%d,%s,%d,%d )" %
(runID,setInitials,status,startOfFiring,
durationOfFiring,temperatureOfFiring,intervalsec,
duration,repetitions,endOfFiring,startPosition,intervalsec))
value=DataReadWrite.updateRunPostFire(runID,setInitials,
status,startOfFiring,durationOfFiring,temperatureOfFiring,intervalsec,
duration,repetitions,endOfFiring, startPosition,intervalsec)
if (value is False):
logger.error("There has been an error since updateRunPostFire returned FALSE")
alert.deiconify()
Message(alert,text="There has been a problem. The arm has returned to Home.", bg='red', fg='ivory', relief=GROOVE).pack(padx=1,pady=1)
# Button(alert, text="Continue", command=backToMainWindow)
# Button(alert, text="Quit", command=KillProgram)
count=0
repeat=1
## print runID,"-",duration,"-",intervalsec,"-",numberOfSamples,"-",startPosition,"-",endOfFiring,"-",tempCorrection,"-",rhCorrection,"-",repeat
while repeat < (repetitions+1):
CYCLE.set(repeat)
weighAllSamplesPostFire(runID,duration,
intervalsec,numberOfSamples,startPosition,
endOfFiring,tempCorrection,rhCorrection,repeat,
robotStatus,POSITION,MCOUNT,
CURRENTSTEP,STATUS,DURATION,
LOGGERINTERVAL,RUNID,NUMBEROFSAMPLES,
TIMEREMAINING,TIMEELAPSED,REPS,CYCLE)
repeat += 1
# update_windows()
#postfire.update()
#postfire.deiconify()
#postfire.withdraw()
return True;
def go_preFire():
dbName=DATABASENAME.get()
dbDir=DBDIRECTORY.get()
value=DataReadWrite.openDatabase(dbDir,dbName)
if value is False:
logger.error("There has been an error since openDatabase returned FALSE")
alert.deiconify()
Message(alert,text="There has been a problem. Cannot create database", bg='red', fg='ivory', relief=GROOVE)
runID=int(RUNID.get())
if (runID<1):
alert.deiconify()
alert.title("Alert: No RunID Number!")
Message(alert,text="You must have a RunID to continue.", bg='red', fg='ivory', relief=GROOVE).grid(row=0,column=0,sticky=E+W+N+S)
##Button(alert, text="Continue", command=backToMainWindow).grid(row=1,column=0)
##Button(alert, text="Quit", command=KillProgram).grid(row=1,column=1)
logger.debug("You must have a RunID entered in order to continue.")
return False;
preOrPost=1
status="prefire"
setInitials=str(INITIALS.get())
startPosition=int(START_POSITION.get())
setName=str(NAME.get())
setLocation=str(LOCATION.get())
intervalsec=int(INTERVAL.get())
numberOfSamples=int(NUMBEROFSAMPLES.get())
repetitions=int(REPS.get())
duration=int(DURATION.get())
setTemperature=float(TEMP.get())
setHumidity=float(HUMIDITY.get())
standardTemp=float(RHTEMP2000TEMP.get())
standardRH=float(RHTEMP2000HUMIDITY.get())
temp=xyzRobot.getTemperature()
humidity=xyzRobot.getHumidity()
tempCorrection=standardTemp-temp
rhCorrection=standardRH-humidity
now = datetime.today()
today = now.strftime("%m-%d-%y %H:%M:%S")
if (startPosition==""):
startPosition=1
runID=DataReadWrite.updateRunPreFire(runID,setInitials,setName,today,
setLocation,preOrPost,intervalsec,setTemperature,setHumidity,
status,duration,numberOfSamples,repetitions,startPosition)
if (runID == False):
logger.error("There has been an error since updateRunPreFire returned FALSE")
alert.deiconify()
Message(alert,text="There has been a problem. The arm has returned to Home.", bg='red', fg='ivory', relief=GROOVE).grid(row=0,column=0,sticky=W+E+N+S)
##Button(alert, text="Continue", command=backToMainWindow).grid(column=1,row=0)
##Button(alert, text="Quit", command=KillProgram).grid(row=1,column=1)
count=1
repeat=0
while (count < (numberOfSamples+1)):
(meanWeight, stdevWeight) = DataReadWrite.getCrucibleWeightStats(runID,count)
# Now do an insert for tblSample for each sample include--- from here on we can then just update the record.
sampleID = DataReadWrite.insertNewSample(runID,count,setName,now,setLocation,preOrPost,intervalsec,setTemperature,setHumidity,status,duration,repetitions,meanWeight,stdevWeight)
if (sampleID is False):
logger.error("There has been an error since insertNewSample returned FALSE")
alert.deiconify()
Message(alert,text="There has been a problem. The arm has returned to Home.", bg='red', fg='ivory', relief=GROOVE).grid(row=0,column=0,sticky=W+E+N+S)
##Button(alert, text="Continue", command=backToMainWindow).grid(column=1,row=0)
##Button(alert, text="Quit", command=KillProgram).grid(row=1,column=1)
break
count += 1
repeat=0
## repeat as many times as asked (all of the crucibles)
while repeat < repetitions:
weighAllSamplesPreFire(runID,duration,intervalsec,
numberOfSamples,startPosition,standardTemp,
standardRH,repeat,
robotStatus,POSITION,MCOUNT,CURRENTSTEP,
STATUS,DURATION,LOGGERINTERVAL,RUNID,
NUMBEROFSAMPLES,TIMEREMAINING,CYCLE,MEAN,STDEV,VARIANCE)
repeat += 1
#prefire.update_windows()
prefire.withdraw()
return True
__author__ = 'clipo'
import numpy as np
import matplotlib.pyplot as plt
from pylab import *
matplotlib.rc('axes',grid=True)
rcParams['axes.formatter.limits']=(0,0)
import DataReadWrite
#print rcParams.keys()
dbName="TEST"
dbDir="c:/Users/Archy/Dropbox/Rehydroxylation/"
data= np.array([])
value=DataReadWrite.openDatabase(dbDir,dbName)
runID=1
sampleLocation=1
count =0
data=DataReadWrite.getPreFireWeightOverTime(runID,sampleLocation)
print data
if data is False:
print "no data"
exit(1)
x=[]
y=[]
weight=0.0
maximumVal=0
minimumVal=100000