def get_ciCALData_fields(numofarms):
ciCALData_fields = FieldList()
for i in range(numofarms):
CAL = Field(2031)
CAL.set_abbreviation('CAL' + str(i + 1))
ciCALData_fields.append(CAL)
return ciCALData_fields
def get_ssNextSpacing_fields():
Spacing = Field(2061)
Spacing.set_representation('Next stage spacing')
ssNextSpacing_fields = FieldList()
ssNextSpacing_fields.append(Spacing)
return ssNextSpacing_fields
def get_osaCasing_fields():
OD = Field(2030)
ID = Field(2031)
Weight = Field(2032)
Density = Field(2039)
E = Field(2040)
osaCasing_fields = FieldList()
osaCasing_fields.append(OD)
osaCasing_fields.append(ID)
osaCasing_fields.append(Weight)
osaCasing_fields.append(Density)
osaCasing_fields.append(E)
return osaCasing_fields
def get_siSurveyData_fields():
MD = Field(2001, altBg=True, altFg=True)
Inc = Field(2002, altBg=True, altFg=True)
Azi = Field(2003, altBg=True, altFg=True)
siSurveyData_fields = FieldList()
siSurveyData_fields.append(MD)
siSurveyData_fields.append(Inc)
siSurveyData_fields.append(Azi)
return siSurveyData_fields
def get_csvCal_fields():
MDtop = Field(2001)
MDbot = Field(2001)
HID = Field(2031)
MD = Field(2001)
MDtop.set_abbreviation('MDtop')
MDbot.set_abbreviation('MDbot')
HID.set_abbreviation('HID')
MDtop.set_representation('top MD')
MDbot.set_representation('bottom MD')
HID.set_representation('Hole ID')
csvCal_fields = FieldList()
csvCal_fields.append(MDtop)
csvCal_fields.append(MDbot)
csvCal_fields.append(HID)
csvCal_fields.append(MD)
return csvCal_fields
def get_ciLASData_fields():
MD = Field(2001)
CD = Field(2030)
MDs = Field(2001)
MDs.set_abbreviation('selectedMD')
CD.set_abbreviation('CD')
ciLASData_fields = FieldList()
ciLASData_fields.append(MD)
ciLASData_fields.append(CD)
ciLASData_fields.append(MDs)
return ciLASData_fields
def get_osaWellbore_fields():
HoleID = Field(2010)
MaxSpan = Field(2061)
MudIPDensity = Field(2077)
MudOPDensity = Field(2077)
HoleID.set_representation('Hole ID')
HoleID.set_abbreviation('HoleID')
MaxSpan.set_representation('Max span')
MaxSpan.set_abbreviation('MaxSpan')
MudIPDensity.set_representation('Mud inside pipe')
MudIPDensity.set_abbreviation('MudIPDensity')
MudOPDensity.set_representation('Mud in annulus')
MudOPDensity.set_abbreviation('MudOPDensity')
osaWellbore_fields = FieldList()
osaWellbore_fields.append(HoleID)
osaWellbore_fields.append(MaxSpan)
osaWellbore_fields.append(MudIPDensity)
osaWellbore_fields.append(MudOPDensity)
return osaWellbore_fields
def get_osaOutputdata2_fields():
axialForce = Field(2075, altBg=True, altFg=True)
deflection = Field(2076, altBg=True, altFg=True)
wClearance = Field(2073, altBg=True, altFg=True)
wStandoff = Field(2078, altBg=True, altFg=True)
axialForce.set_representation('Axial extra force @ top')
axialForce.set_abbreviation('AxialForce')
deflection.set_representation('Max. pipe deflection')
deflection.set_abbreviation('MaxDeflection')
wClearance.set_representation('Mean wellbore clearance')
wClearance.set_abbreviation('WellboreClearance')
wStandoff.set_representation('Mean wellbore standoff')
wStandoff.set_abbreviation('WellboreStandoff')
osaOutputdata2_fields = FieldList()
osaOutputdata2_fields.append(axialForce)
osaOutputdata2_fields.append(deflection)
osaOutputdata2_fields.append(wClearance)
osaOutputdata2_fields.append(wStandoff)
return osaOutputdata2_fields
def get_csvCaliperReport_fields():
Desc = Field(2055, altBg=True, altFg=True)
mHID = Field(2031, altBg=True, altFg=True) #ID
MDbot = Field(2001, altBg=True, altFg=True)
MDtop = Field(2001, altBg=True, altFg=True)
MDbot.set_abbreviation('MDbot')
MDtop.set_abbreviation('MDtop')
csvCaliperReport_fields = FieldList()
csvCaliperReport_fields.append(Desc)
csvCaliperReport_fields.append(mHID)
csvCaliperReport_fields.append(MDtop)
csvCaliperReport_fields.append(MDbot)
return csvCaliperReport_fields
def get_osaOutputdata1_fields():
clearanceA = Field(2073, altBg=True, altFg=True)
clearanceB = Field(2073, altBg=True, altFg=True)
clearanceM = Field(2073, altBg=True, altFg=True)
sideForceA = Field(2074, altBg=True, altFg=True)
sideForceB = Field(2074, altBg=True, altFg=True)
sideForceM = Field(2074, altBg=True, altFg=True)
standoffA = Field(2078, altBg=True, altFg=True)
standoffB = Field(2078, altBg=True, altFg=True)
standoffM = Field(2078, altBg=True, altFg=True)
clearanceA.set_representation('Annular clearance @ cent. A')
clearanceA.set_abbreviation('ClearanceA')
clearanceB.set_representation('Annular clearance @ cent. B')
clearanceB.set_abbreviation('ClearanceB')
clearanceM.set_representation('Annular clearance @ mid span')
clearanceM.set_abbreviation('ClearanceM')
sideForceA.set_representation('Side force @ cent. A')
sideForceA.set_abbreviation('SideForceA')
sideForceB.set_representation('Side force @ cent. B')
sideForceB.set_abbreviation('SideForceB')
sideForceM.set_representation('Side force @ mid span')
sideForceM.set_abbreviation('SideForceM')
standoffA.set_representation('Standoff @ cent. A')
standoffA.set_abbreviation('StandoffA')
standoffB.set_representation('Standoff @ cent. B')
standoffB.set_abbreviation('StandoffB')
standoffM.set_representation('Standoff @ mid span')
standoffM.set_abbreviation('StandoffM')
osaOutputdata1_fields = FieldList()
osaOutputdata1_fields.append(clearanceA)
osaOutputdata1_fields.append(clearanceB)
osaOutputdata1_fields.append(clearanceM)
osaOutputdata1_fields.append(sideForceA)
osaOutputdata1_fields.append(sideForceB)
osaOutputdata1_fields.append(sideForceM)
osaOutputdata1_fields.append(standoffA)
osaOutputdata1_fields.append(standoffB)
osaOutputdata1_fields.append(standoffM)
return osaOutputdata1_fields
def get_osaCent_fields():
Type = Field(2049)
IPOD = Field(2009)
CentOD = Field(2011)
#CentID = Field(2012)
ResF_SO67 = Field(2018)
minResF = Field(2017)
SO_minResF = Field(2019)
ResF_SO67.set_representation('Res. Force @ SO=67%')
minResF.set_representation('minimum Res. Force')
SO_minResF.set_representation('StandOff @ min. Res. F.')
osaCent_fields = FieldList()
osaCent_fields.append(Type)
osaCent_fields.append(IPOD)
osaCent_fields.append(CentOD)
#osaCent_fields.append( CentID )
osaCent_fields.append(ResF_SO67)
osaCent_fields.append(minResF)
osaCent_fields.append(SO_minResF)
return osaCent_fields
def get_TDB_fields():
query = """ select p.fieldID, u.representation from pipe_properties p left join units u on p.nativeUnitID=u.unitID
where p.pipeID=(select distinct min(pipeID) from pipe_properties)
"""
items = dbUtils.execute_query(query)
units = {}
for item in items:
units[item[0]] = item[1]
ProdNumber = Field(2050, altBg=True, altFg=True)
Type = Field(2049, altBg=True, altFg=True, mandatory=True)
Vendor = Field(2051, altBg=True, altFg=True)
Grade = Field(2052, altBg=True, altFg=True)
Weight = Field(2032, altBg=True, altFg=True, mandatory=True)
OD = Field(2030, altBg=True, altFg=True, mandatory=True)
ID = Field(2031, altBg=True, altFg=True, mandatory=True)
Drift = Field(2046, altBg=True, altFg=True, mandatory=True)
Thickness = Field(2047, altBg=True, altFg=True)
CrossSec = Field(2048, altBg=True, altFg=True)
Density = Field(2039, altBg=True, altFg=True, mandatory=True)
E = Field(2040, altBg=True, altFg=True, mandatory=True)
v = Field(2041, altBg=True, altFg=True, mandatory=True)
#FF = Field(2027, altBg=True, altFg=True, mandatory=True)
Length = Field(2045, altBg=True, altFg=True, mandatory=True)
YieldTen = Field(2034, altBg=True, altFg=True, mandatory=True)
TYS = Field(2033, altBg=True, altFg=True, mandatory=True)
UTS = Field(2035, altBg=True, altFg=True, mandatory=True)
YieldTor = Field(2070, altBg=True, altFg=True, mandatory=True)
SYS = Field(2069, altBg=True, altFg=True, mandatory=True)
USS = Field(2068, altBg=True, altFg=True, mandatory=True)
Collapse = Field(2036, altBg=True, altFg=True, mandatory=True)
MaxIntP = Field(2037, altBg=True, altFg=True, mandatory=True)
TestP = Field(2038, altBg=True, altFg=True)
Upset = Field(2053, altBg=True, altFg=True)
Connection = Field(2054, altBg=True, altFg=True)
TJOD = Field(2042, altBg=True, altFg=True)
TJID = Field(2043, altBg=True, altFg=True)
TJL = Field(2044, altBg=True, altFg=True)
Descript = Field(2055)
PipeID = Field(2000)
TDB_fields = FieldList()
TDB_fields.append(ProdNumber)
TDB_fields.append(Type)
TDB_fields.append(Vendor)
TDB_fields.append(Grade)
TDB_fields.append(Weight)
TDB_fields.append(OD)
TDB_fields.append(ID)
TDB_fields.append(Drift)
TDB_fields.append(Thickness)
TDB_fields.append(CrossSec)
TDB_fields.append(Density)
TDB_fields.append(E)
TDB_fields.append(v)
#TDB_fields.append( FF )
TDB_fields.append(Length)
TDB_fields.append(YieldTen)
TDB_fields.append(TYS)
TDB_fields.append(UTS)
TDB_fields.append(YieldTor)
TDB_fields.append(SYS)
TDB_fields.append(USS)
TDB_fields.append(Collapse)
TDB_fields.append(MaxIntP)
TDB_fields.append(TestP)
TDB_fields.append(Upset)
TDB_fields.append(Connection)
TDB_fields.append(TJOD)
TDB_fields.append(TJID)
TDB_fields.append(TJL)
TDB_fields.append(Descript)
TDB_fields.append(PipeID)
for field in TDB_fields[:-2]:
if units[field.id]:
field.headerName = field.representation + ' [' + units[
field.id] + ']'
field.unit = units[field.id]
else:
field.headerName = field.representation
field.unit = None
return TDB_fields
def get_ssCentralizerLocations_fields():
MD = Field(2001)
Inc = Field(2002, altBg=True, altFg=True)
SOatC = Field(2078, altBg=True, altFg=True)
SOatM = Field(2078, altBg=True, altFg=True)
ClatC = Field(2073, altBg=True, altFg=True)
ClatM = Field(2073, altBg=True, altFg=True)
"""
hsMD = Field(2001)
hsInc = Field(2002, altBg=True, altFg=True)
hsSOatC = Field(2078, altBg=True, altFg=True)
hsSOatM = Field(2078, altBg=True, altFg=True)
hsClatC = Field(2073, altBg=True, altFg=True)
hsClatM = Field(2073, altBg=True, altFg=True)
dsMD = Field(2001)
dsInc = Field(2002, altBg=True, altFg=True)
dsSOatC = Field(2078, altBg=True, altFg=True)
dsSOatM = Field(2078, altBg=True, altFg=True)
dsClatC = Field(2073, altBg=True, altFg=True)
dsClatM = Field(2073, altBg=True, altFg=True)
"""
EW = Field(2007, altBg=True, altFg=True)
NS = Field(2006, altBg=True, altFg=True)
TVD = Field(2004, altBg=True, altFg=True)
DL = Field(2008, altBg=True, altFg=True)
LatC = Field(2080, altBg=True, altFg=True)
ID = Field(2031, altBg=True, altFg=True)
SOatC.set_abbreviation('SOatC')
SOatM.set_abbreviation('SOatM')
ClatC.set_abbreviation('ClatC')
ClatM.set_abbreviation('ClatM')
LatC.set_abbreviation('LatC')
"""
hsMD.set_abbreviation('hsMD')
hsInc.set_abbreviation('hsInc')
hsSOatC.set_abbreviation('hsSOatC')
hsSOatM.set_abbreviation('hsSOatM')
hsClatC.set_abbreviation('hsClatC')
hsClatM.set_abbreviation('hsClatM')
dsMD.set_abbreviation('dsMD')
dsInc.set_abbreviation('dsInc')
dsSOatC.set_abbreviation('dsSOatC')
dsSOatM.set_abbreviation('dsSOatM')
dsClatC.set_abbreviation('dsClatC')
dsClatM.set_abbreviation('dsClatM')
"""
SOatC.set_representation('<SO> @ centr.')
SOatM.set_representation('SO @ mid span')
ClatC.set_representation('<Cl> @ centr.')
ClatM.set_representation('Cl @ mid span')
ID.set_representation('Hole ID')
ssCentralizerLocations_fields = FieldList()
ssCentralizerLocations_fields.append(MD)
ssCentralizerLocations_fields.append(Inc)
ssCentralizerLocations_fields.append(SOatC)
ssCentralizerLocations_fields.append(SOatM)
ssCentralizerLocations_fields.append(ClatC)
ssCentralizerLocations_fields.append(ClatM)
"""
ssCentralizerLocations_fields.append( hsMD )
ssCentralizerLocations_fields.append( hsInc )
ssCentralizerLocations_fields.append( hsSOatC )
ssCentralizerLocations_fields.append( hsSOatM )
ssCentralizerLocations_fields.append( hsClatC )
ssCentralizerLocations_fields.append( hsClatM )
ssCentralizerLocations_fields.append( dsMD )
ssCentralizerLocations_fields.append( dsInc )
ssCentralizerLocations_fields.append( dsSOatC )
ssCentralizerLocations_fields.append( dsSOatM )
ssCentralizerLocations_fields.append( dsClatC )
ssCentralizerLocations_fields.append( dsClatM )
"""
ssCentralizerLocations_fields.append(EW)
ssCentralizerLocations_fields.append(NS)
ssCentralizerLocations_fields.append(TVD)
ssCentralizerLocations_fields.append(DL)
ssCentralizerLocations_fields.append(LatC)
ssCentralizerLocations_fields.append(ID)
return ssCentralizerLocations_fields
def get_CDBBowSpring_fields():
query = """ select c.fieldID, u.representation from centralizer_properties c left join units u on c.nativeUnitID=u.unitID
where c.centralizerID=(select distinct min(centralizerID) from centralizer_properties where fieldID=2049 and valueRepresentation='Bow Spring')
"""
items = dbUtils.execute_query(query)
ProdNumber = Field(2050, altBg=True, altFg=True)
Type = Field(2049, altBg=True, altFg=True, mandatory=True)
Vendor = Field(2051, altBg=True, altFg=True)
IPOD = Field(2009, altBg=True, altFg=True, mandatory=True)
OPID = Field(2010, altBg=True, altFg=True, mandatory=True)
CentOD = Field(2011, altBg=True, altFg=True, mandatory=True)
CentID = Field(2012, altBg=True, altFg=True, mandatory=True)
Weight = Field(2013, altBg=True, altFg=True, mandatory=True)
Length = Field(2014, altBg=True, altFg=True, mandatory=True)
Bows = Field(2029, altBg=True, altFg=True, mandatory=True)
StartingF = Field(2015, altBg=True, altFg=True, mandatory=True)
RunningF = Field(2016, altBg=True, altFg=True, mandatory=True)
MinRestF = Field(2017, altBg=True, altFg=True, mandatory=True)
RestF_SO67 = Field(2018, altBg=True, altFg=True, mandatory=True)
SO_MinRestF = Field(2019, altBg=True, altFg=True, mandatory=True)
MinPassThru = Field(2020, altBg=True, altFg=True)
Descript = Field(2055)
CentIndex = Field(2000)
CDB_fields = FieldList()
CDB_fields.append(ProdNumber)
CDB_fields.append(Type)
CDB_fields.append(Vendor)
CDB_fields.append(IPOD)
CDB_fields.append(OPID)
CDB_fields.append(CentOD)
CDB_fields.append(CentID)
CDB_fields.append(Weight)
CDB_fields.append(Length)
CDB_fields.append(Bows)
CDB_fields.append(StartingF)
CDB_fields.append(RunningF)
CDB_fields.append(MinRestF)
CDB_fields.append(RestF_SO67)
CDB_fields.append(SO_MinRestF)
CDB_fields.append(MinPassThru)
CDB_fields.append(Descript)
CDB_fields.append(CentIndex)
units = {}
for item in items:
units[item[0]] = item[1]
for field in CDB_fields[:-2]:
if units[field.id]:
field.headerName = field.representation + ' [' + units[
field.id] + ']'
field.unit = units[field.id]
else:
field.headerName = field.representation
field.unit = None
return CDB_fields
def get_CDBResin_fields():
query = """ select c.fieldID, u.representation from centralizer_properties c left join units u on c.nativeUnitID=u.unitID
where c.centralizerID=(select distinct min(centralizerID) from centralizer_properties where fieldID=2049 and valueRepresentation='Resin')
"""
items = dbUtils.execute_query(query)
ProdNumber = Field(2050, altBg=True, altFg=True)
Type = Field(2049, altBg=True, altFg=True, mandatory=True)
Vendor = Field(2051, altBg=True, altFg=True)
IPOD = Field(2009, altBg=True, altFg=True, mandatory=True)
DriftOD = Field(2011, altBg=True, altFg=True, mandatory=True)
MinPassThru = Field(2020, altBg=True, altFg=True, mandatory=True)
Length = Field(2014, altBg=True, altFg=True, mandatory=True)
Blades = Field(2025, altBg=True, altFg=True, mandatory=True)
BladeLength = Field(2024, altBg=True, altFg=True, mandatory=True)
BladeHeight = Field(2023, altBg=True, altFg=True, mandatory=True)
ArcBlade = Field(2022, altBg=True, altFg=True, mandatory=True)
GapLength = Field(2021, altBg=True, altFg=True, mandatory=True)
FF = Field(2027, altBg=True, altFg=True, mandatory=True)
MaxTemp = Field(2026, altBg=True, altFg=True)
Descript = Field(2055)
CentIndex = Field(2000)
CDB_fields = FieldList()
CDB_fields.append(ProdNumber)
CDB_fields.append(Type)
CDB_fields.append(Vendor)
CDB_fields.append(IPOD)
CDB_fields.append(DriftOD)
CDB_fields.append(MinPassThru)
CDB_fields.append(Length)
CDB_fields.append(Blades)
CDB_fields.append(BladeLength)
CDB_fields.append(BladeHeight)
CDB_fields.append(ArcBlade)
CDB_fields.append(GapLength)
CDB_fields.append(FF)
CDB_fields.append(MaxTemp)
CDB_fields.append(Descript)
CDB_fields.append(CentIndex)
units = {}
for item in items:
units[item[0]] = item[1]
for field in CDB_fields[:-2]:
if units[field.id]:
field.headerName = field.representation + ' [' + units[
field.id] + ']'
field.unit = units[field.id]
else:
field.headerName = field.representation
field.unit = None
return CDB_fields