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ConfigurationToJson Completed

najafi
mahmood19227 pirms 1 gada
vecāks
revīzija
78c2611488
18 mainītis faili ar 376 papildinājumiem un 244 dzēšanām
  1. +2
    -63
      CSharp/BasicInputs/CMudPropertiesVariables.f90
  2. +91
    -0
      CSharp/BasicInputs/MudProperties.f90
  3. +26
    -7
      CSharp/BasicInputs/WellProfile/CPathGeneration.f90
  4. +1
    -1
      CSharp/BasicInputs/WellProfile/CPathGenerationVariables.f90
  5. +28
    -28
      CSharp/BasicInputs/WellProfile/CWellSurveyData.f90
  6. +5
    -5
      Equipments/MudSystem/Elements_Creation.f90
  7. +37
    -36
      Equipments/MudSystem/MudSystem.f90
  8. +18
    -18
      Equipments/MudSystem/MudSystemStartup.f90
  9. +7
    -7
      FluidFlow/Flow_Startup.f90
  10. +10
    -10
      FluidFlow/Frictional_Press_Drop_Calc.f90
  11. +1
    -1
      Rop/ROP_MainCalculation.f90
  12. +3
    -3
      Simulation/SimulationVariables.f90
  13. +2
    -1
      SimulationCore2.vfproj
  14. +7
    -15
      Text1.txt
  15. +12
    -12
      TorqueDrag/TD_ReadDataSubroutines/TD_WellReadData.f90
  16. +2
    -2
      TorqueDrag/TD_StartUp/TD_StartUp.f90
  17. +55
    -32
      helper.ipynb
  18. +69
    -3
      test.json

+ 2
- 63
CSharp/BasicInputs/CMudPropertiesVariables.f90 Parādīt failu

@@ -2,19 +2,7 @@ module CMudPropertiesVariables
use CIActionReference
!**use CDoubleEventHandlerCollection
implicit none
public
!pointers
! procedure (ActionDouble), pointer :: ActiveMudVolumePtr
! procedure (ActionDouble), pointer :: ActiveDensityPtr
! procedure (ActionDouble), pointer :: ReserveMudVolumePtr
! procedure (ActionDouble), pointer :: ReserveDensityPtr
!**type(DoubleEventHandlerCollection) :: OnActiveMudVolumeChange
!**type(DoubleEventHandlerCollection) :: OnActiveDensityChange
!**type(DoubleEventHandlerCollection) :: OnReserveMudVolumeChange
!**type(DoubleEventHandlerCollection) :: OnReserveDensityChange
public
!constants
integer, parameter :: WaterBase_MudType = 0
integer, parameter :: OilBase_MudType = 1
@@ -51,60 +39,11 @@ module CMudPropertiesVariables
real(8) :: ActiveTotalContents
real(8) :: ActiveTotalContentsGal
logical :: ActiveAutoDensity
!real(8) :: ReserveTotalTankCapacity
!real(8) :: ReserveTotalTankCapacityGal
!real(8) :: ReserveSettledContents
!real(8) :: ReserveSettledContentsGal
!real(8) :: ReserveTotalContents
!real(8) :: ReserveTotalContentsGal
real(8) :: InitialTripTankMudVolume
real(8) :: InitialTripTankMudVolumeGal
real(8) :: PedalFlowMeter
End type MudPropertiesType
Type(MudPropertiesType)::MudProperties


contains
subroutine Set_ActiveMudVolume_StudentStation(v)
implicit none
real*8, intent(in) :: v
#ifdef ExcludeExtraChanges
if(MudProperties%ActiveMudVolume == v) return
#endif
MudProperties%ActiveMudVolume = v
! if(associated(ActiveMudVolumePtr)) call ActiveMudVolumePtr(MudProperties%ActiveMudVolume)
end subroutine
subroutine Set_ActiveDensity_StudentStation(v)
implicit none
real*8, intent(in) :: v
#ifdef ExcludeExtraChanges
if(MudProperties%ActiveDensity == v) return
#endif
MudProperties%ActiveDensity = v
! if(associated(ActiveDensityPtr)) call ActiveDensityPtr(MudProperties%ActiveDensity)
end subroutine
subroutine Set_ReserveMudVolume_StudentStation(v)
implicit none
real*8, intent(in) :: v
#ifdef ExcludeExtraChanges
if(MudProperties%ReserveMudVolume == v) return
#endif
MudProperties%ReserveMudVolume = v
! if(associated(ReserveMudVolumePtr)) call ReserveMudVolumePtr(MudProperties%ReserveMudVolume)
end subroutine
subroutine Set_ReserveDensity_StudentStation(v)
implicit none
real*8, intent(in) :: v
#ifdef ExcludeExtraChanges
if(MudProperties%ReserveDensity == v) return
#endif
MudProperties%ReserveDensity = v
! if(associated(ReserveDensityPtr)) call ReserveDensityPtr(MudProperties%ReserveDensity)
end subroutine
! Type(MudPropertiesType)::MudProperties


+ 91
- 0
CSharp/BasicInputs/MudProperties.f90 Parādīt failu

@@ -0,0 +1,91 @@
module MudPropertiesModule
use SimulationVariables
use json_module
implicit none
contains

subroutine MudPropertiesToJson(parent)

type(json_value),pointer :: parent
type(json_core) :: json
type(json_value),pointer :: p

! 1. create new node
call json%create_object(p,'Mud')
! 2. add member of data type to new node
call json%add(p,"ActiveMudType",data%Configuration%Mud%ActiveMudType)
call json%add(p,"ActiveRheologyModel",data%Configuration%Mud%ActiveRheologyModel)
call json%add(p,"ActiveMudVolume",data%Configuration%Mud%ActiveMudVolume)
call json%add(p,"ActiveMudVolumeGal",data%Configuration%Mud%ActiveMudVolumeGal)
call json%add(p,"ActiveDensity",data%Configuration%Mud%ActiveDensity)
call json%add(p,"ActivePlasticViscosity",data%Configuration%Mud%ActivePlasticViscosity)
call json%add(p,"ActiveYieldPoint",data%Configuration%Mud%ActiveYieldPoint)
call json%add(p,"ActiveThetaThreeHundred",data%Configuration%Mud%ActiveThetaThreeHundred)
call json%add(p,"ActiveThetaSixHundred",data%Configuration%Mud%ActiveThetaSixHundred)
call json%add(p,"ReserveMudType",data%Configuration%Mud%ReserveMudType)
call json%add(p,"ReserveMudVolume",data%Configuration%Mud%ReserveMudVolume)
call json%add(p,"ReserveMudVolumeGal",data%Configuration%Mud%ReserveMudVolumeGal)
call json%add(p,"ReserveDensity",data%Configuration%Mud%ReserveDensity)
call json%add(p,"ReservePlasticViscosity",data%Configuration%Mud%ReservePlasticViscosity)
call json%add(p,"ReserveYieldPoint",data%Configuration%Mud%ReserveYieldPoint)
call json%add(p,"ReserveThetaThreeHundred",data%Configuration%Mud%ReserveThetaThreeHundred)
call json%add(p,"ReserveThetaSixHundred",data%Configuration%Mud%ReserveThetaSixHundred)
call json%add(p,"ActiveTotalTankCapacity",data%Configuration%Mud%ActiveTotalTankCapacity)
call json%add(p,"ActiveTotalTankCapacityGal",data%Configuration%Mud%ActiveTotalTankCapacityGal)
call json%add(p,"ActiveSettledContents",data%Configuration%Mud%ActiveSettledContents)
call json%add(p,"ActiveSettledContentsGal",data%Configuration%Mud%ActiveSettledContentsGal)
call json%add(p,"ActiveTotalContents",data%Configuration%Mud%ActiveTotalContents)
call json%add(p,"ActiveTotalContentsGal",data%Configuration%Mud%ActiveTotalContentsGal)
call json%add(p,"ActiveAutoDensity",data%Configuration%Mud%ActiveAutoDensity)
call json%add(p,"InitialTripTankMudVolume",data%Configuration%Mud%InitialTripTankMudVolume)
call json%add(p,"InitialTripTankMudVolumeGal",data%Configuration%Mud%InitialTripTankMudVolumeGal)
call json%add(p,"PedalFlowMeter",data%Configuration%Mud%PedalFlowMeter)
! 3. add new node to parent
call json%add(parent,p)
end subroutine

subroutine Set_ActiveMudVolume_StudentStation(v)
implicit none
real*8, intent(in) :: v
#ifdef ExcludeExtraChanges
if(data%Configuration%Mud%ActiveMudVolume == v) return
#endif
data%Configuration%Mud%ActiveMudVolume = v
! if(associated(ActiveMudVolumePtr)) call ActiveMudVolumePtr(data%Configuration%Mud%ActiveMudVolume)
end subroutine
subroutine Set_ActiveDensity_StudentStation(v)
implicit none
real*8, intent(in) :: v
#ifdef ExcludeExtraChanges
if(data%Configuration%Mud%ActiveDensity == v) return
#endif
data%Configuration%Mud%ActiveDensity = v
! if(associated(ActiveDensityPtr)) call ActiveDensityPtr(data%Configuration%Mud%ActiveDensity)
end subroutine
subroutine Set_ReserveMudVolume_StudentStation(v)
implicit none
real*8, intent(in) :: v
#ifdef ExcludeExtraChanges
if(data%Configuration%Mud%ReserveMudVolume == v) return
#endif
data%Configuration%Mud%ReserveMudVolume = v
! if(associated(ReserveMudVolumePtr)) call ReserveMudVolumePtr(data%Configuration%Mud%ReserveMudVolume)
end subroutine
subroutine Set_ReserveDensity_StudentStation(v)
implicit none
real*8, intent(in) :: v
#ifdef ExcludeExtraChanges
if(data%Configuration%Mud%ReserveDensity == v) return
#endif
data%Configuration%Mud%ReserveDensity = v
! if(associated(ReserveDensityPtr)) call ReserveDensityPtr(data%Configuration%Mud%ReserveDensity)
end subroutine

end module MudPropertiesModule

+ 26
- 7
CSharp/BasicInputs/WellProfile/CPathGeneration.f90 Parādīt failu

@@ -9,18 +9,37 @@ module CPathGeneration

type(json_value),pointer :: parent
type(json_core) :: json
type(json_value),pointer :: p
type(json_value),pointer :: ppath,pitems,pdp,p
integer::i

! 1. create new node
call json%create_object(p,'Path')
call json%create_object(ppath,'Path')

call json%create_array(pitems,'Items')
do i=1,data%Configuration%Path%ItemCount
call json%create_object(p,'')
call json%add(p,"HoleType",data%Configuration%Path%items(i)%HoleType)
call json%add(p,"Angle",data%Configuration%Path%items(i)%Angle)
call json%add(p,"Length",data%Configuration%Path%items(i)%Length)
call json%add(p,"FinalAngle",data%Configuration%Path%items(i)%FinalAngle)
call json%add(p,"TotalLength",data%Configuration%Path%items(i)%TotalLength)
call json%add(p,"MeasuredDepth",data%Configuration%Path%items(i)%MeasuredDepth)
call json%add(p,"TotalVerticalDepth",data%Configuration%Path%items(i)%TotalVerticalDepth)
call json%add(pitems,p)
end do
! 2. add member of data type to new node
! call StringConfigurationToJson(p)
! call FormationToJson(p)
! call json%add(p,"",data%Configuration%Formation%Formations(i)%Abrasiveness)
call json%create_array(pdp,'DataPoints')
do i=1,data%Configuration%Path%DataPointsCount
call json%create_object(p,'')
call json%add(p,"X",data%Configuration%Path%DataPoints(i)%X)
call json%add(p,"Y",data%Configuration%Path%DataPoints(i)%Y)
call json%add(pdp,p)
end do

! 3. add new node to parent
call json%add(parent,p)
call json%add(ppath,pitems)
call json%add(ppath,pdp)
call json%add(parent,ppath)
end subroutine

end module CPathGeneration

+ 1
- 1
CSharp/BasicInputs/WellProfile/CPathGenerationVariables.f90 Parādīt failu

@@ -25,6 +25,6 @@ module CPathGenerationVariables
type(CDataPointItem), allocatable :: DataPoints(:)
End type PathGenerationType

Type(PathGenerationType)::PathGeneration
! Type(PathGenerationType)::PathGeneration

end module CPathGenerationVariables

+ 28
- 28
CSharp/BasicInputs/WellProfile/CWellSurveyData.f90 Parādīt failu

@@ -2,33 +2,33 @@ module CWellSurveyData
use CWellSurveyDataVariables
implicit none
public
contains
integer function SetSurveyData(count, array)
!DEC$ ATTRIBUTES DLLEXPORT::SetSurveyData
!DEC$ ATTRIBUTES ALIAS: 'SetSurveyData' :: SetSurveyData
implicit none
integer, intent(in) :: count
integer :: i
type(CSurveyDataItem), intent(inout), target :: array(count)
type(CSurveyDataItem), pointer :: item
WellSurveyData%Count = count
if(size(WellSurveyData%Items) > 0) then
deallocate(WellSurveyData%Items)
end if
if(count > 0) then
allocate(WellSurveyData%Items(count))
do i = 1, count
item => array(i)
WellSurveyData%Items(i)%MeasuredDepth = item%MeasuredDepth
WellSurveyData%Items(i)%Inclination = item%Inclination
WellSurveyData%Items(i)%Azimoth = item%Azimoth
WellSurveyData%Items(i)%TotalVerticalDepth = item%TotalVerticalDepth
WellSurveyData%Items(i)%X = item%X
WellSurveyData%Items(i)%Y = item%Y
WellSurveyData%Items(i)%Z = item%Z
end do
end if
contains
! integer function SetSurveyData(count, array)
! !DEC$ ATTRIBUTES DLLEXPORT::SetSurveyData
! !DEC$ ATTRIBUTES ALIAS: 'SetSurveyData' :: SetSurveyData
! implicit none
! integer, intent(in) :: count
! integer :: i
! type(CSurveyDataItem), intent(inout), target :: array(count)
! type(CSurveyDataItem), pointer :: item
! WellSurveyData%Count = count
! if(size(WellSurveyData%Items) > 0) then
! deallocate(WellSurveyData%Items)
! end if
! if(count > 0) then
! allocate(WellSurveyData%Items(count))
! do i = 1, count
! item => array(i)
! WellSurveyData%Items(i)%MeasuredDepth = item%MeasuredDepth
! WellSurveyData%Items(i)%Inclination = item%Inclination
! WellSurveyData%Items(i)%Azimoth = item%Azimoth
! WellSurveyData%Items(i)%TotalVerticalDepth = item%TotalVerticalDepth
! WellSurveyData%Items(i)%X = item%X
! WellSurveyData%Items(i)%Y = item%Y
! WellSurveyData%Items(i)%Z = item%Z
! end do
! end if

SetSurveyData = 0
end function SetSurveyData
! SetSurveyData = 0
! end function SetSurveyData
end module CWellSurveyData

+ 5
- 5
Equipments/MudSystem/Elements_Creation.f90 Parādīt failu

@@ -139,7 +139,7 @@ ALLOCATE (data%State%MudSystem%Xstart_OpSection(data%State%F_Counts%BottomHoleIn
call data%State%MudSystem%Hz_Mud_Backhead_section%AddToFirst (1)
call data%State%MudSystem%Hz_Mud_Forehead_X%AddToFirst (data%State%MudSystem%Xend_PipeSection(1))
call data%State%MudSystem%Hz_Mud_Forehead_section%AddToFirst (1)
call data%State%MudSystem%Hz_Density%AddToFirst (MudProperties%ActiveDensity) ! initial(ppg)
call data%State%MudSystem%Hz_Density%AddToFirst (data%Configuration%Mud%ActiveDensity) ! initial(ppg)
call data%State%MudSystem%Hz_RemainedVolume_in_LastSection%AddToFirst (0.0d0)
call data%State%MudSystem%Hz_EmptyVolume_inBackheadLocation%AddToFirst (0.0d0)
call data%State%MudSystem%Hz_MudOrKick%AddToFirst (0)
@@ -150,7 +150,7 @@ ALLOCATE (data%State%MudSystem%Xstart_OpSection(data%State%F_Counts%BottomHoleIn
call data%State%MudSystem%St_Mud_Backhead_section%AddToFirst (2)
call data%State%MudSystem%St_Mud_Forehead_X%AddToFirst (data%State%MudSystem%Xend_PipeSection(data%State%F_Counts%StringIntervalCounts))
call data%State%MudSystem%St_Mud_Forehead_section%AddToFirst (data%State%F_Counts%StringIntervalCounts)
call data%State%MudSystem%St_Density%AddToFirst (MudProperties%ActiveDensity) ! initial(ppg)
call data%State%MudSystem%St_Density%AddToFirst (data%Configuration%Mud%ActiveDensity) ! initial(ppg)
call data%State%MudSystem%St_RemainedVolume_in_LastSection%AddToFirst (0.0d0)
call data%State%MudSystem%St_EmptyVolume_inBackheadLocation%AddToFirst (0.0d0)
call data%State%MudSystem%St_MudOrKick%AddToFirst (0)
@@ -161,7 +161,7 @@ ALLOCATE (data%State%MudSystem%Xstart_OpSection(data%State%F_Counts%BottomHoleIn
call data%State%MudSystem%Ann_Mud_Backhead_section%AddToFirst (data%State%F_Counts%StringIntervalCounts+1)
call data%State%MudSystem%Ann_Mud_Forehead_X%AddToFirst (data%State%MudSystem%Xend_PipeSection(data%State%MudSystem%NoPipeSections))
call data%State%MudSystem%Ann_Mud_Forehead_section%AddToFirst (data%State%MudSystem%NoPipeSections)
call data%State%MudSystem%Ann_Density%AddToFirst (MudProperties%ActiveDensity) ! initial(ppg)
call data%State%MudSystem%Ann_Density%AddToFirst (data%Configuration%Mud%ActiveDensity) ! initial(ppg)
call data%State%MudSystem%Ann_RemainedVolume_in_LastSection%AddToFirst (0.0d0)
call data%State%MudSystem%Ann_EmptyVolume_inBackheadLocation%AddToFirst (0.0d0)
call data%State%MudSystem%Ann_MudOrKick%AddToFirst (0)
@@ -177,7 +177,7 @@ ALLOCATE (data%State%MudSystem%Xstart_OpSection(data%State%F_Counts%BottomHoleIn
call data%State%MudSystem%ChokeLine_Mud_Backhead_section%AddToFirst (1)
call data%State%MudSystem%ChokeLine_Mud_Forehead_X%AddToFirst (data%Configuration%BopStack%ChokeLineLength)
call data%State%MudSystem%ChokeLine_Mud_Forehead_section%AddToFirst (1)
call data%State%MudSystem%ChokeLine_Density%AddToFirst (MudProperties%ActiveDensity) ! initial(ppg)
call data%State%MudSystem%ChokeLine_Density%AddToFirst (data%Configuration%Mud%ActiveDensity) ! initial(ppg)
call data%State%MudSystem%ChokeLine_RemainedVolume_in_LastSection%AddToFirst (0.0d0)
call data%State%MudSystem%ChokeLine_EmptyVolume_inBackheadLocation%AddToFirst (0.0d0)
call data%State%MudSystem%ChokeLine_MudOrKick%AddToFirst (0)
@@ -188,7 +188,7 @@ ALLOCATE (data%State%MudSystem%Xstart_OpSection(data%State%F_Counts%BottomHoleIn
call data%State%MudSystem%Op_Mud_Backhead_section%AddToFirst (1)
call data%State%MudSystem%Op_Mud_Forehead_X%AddToFirst (data%State%MudSystem%Xend_OpSection(data%State%F_Counts%BottomHoleIntervalCounts))
call data%State%MudSystem%Op_Mud_Forehead_section%AddToFirst (data%State%F_Counts%BottomHoleIntervalCounts)
call data%State%MudSystem%Op_Density%AddToFirst (MudProperties%ActiveDensity)
call data%State%MudSystem%Op_Density%AddToFirst (data%Configuration%Mud%ActiveDensity)
call data%State%MudSystem%Op_RemainedVolume_in_LastSection%AddToFirst (0.0d0)
call data%State%MudSystem%Op_EmptyVolume_inBackheadLocation%AddToFirst (0.0d0)
call data%State%MudSystem%Op_MudOrKick%AddToFirst (0)


+ 37
- 36
Equipments/MudSystem/MudSystem.f90 Parādīt failu

@@ -5,7 +5,7 @@ use SimulationVariables !@@@
use PressureDisplayVARIABLESModule
USE FricPressDropVarsModule
USE Fluid_Flow_Startup_Vars
USE CMudPropertiesVariables
! USE CMudPropertiesVariables
USE CManifolds
use CPumpsVariables
use CPumps
@@ -17,6 +17,7 @@ use SimulationVariables !@@@
use CDataDisplayConsole
use SimulationVariables
use CStudentStationVariables !, PitGainLossReset=>PitGainLossZero
use MudPropertiesModule
implicit none
@@ -687,7 +688,7 @@ use SimulationVariables !@
data%State%MudSystem%ActiveTankVolume= data%State%MudSystem%ActiveTankVolume+ Mp1Coef*data%State%Pump(1)%Flow_Rate*data%State%MudSystem%DeltaT_Mudline/60. + Mp2Coef*data%State%Pump(2)%Flow_Rate*data%State%MudSystem%DeltaT_Mudline/60.
!write(*,*) 'active by j15'
endif
data%State%MudSystem%ActiveTankVolume=min(data%State%MudSystem%ActiveTankVolume , MudProperties%ActiveTotalTankCapacityGal-MudProperties%ActiveSettledContentsGal)
data%State%MudSystem%ActiveTankVolume=min(data%State%MudSystem%ActiveTankVolume , data%Configuration%Mud%ActiveTotalTankCapacityGal-data%Configuration%Mud%ActiveSettledContentsGal)
!if ActiveTankVolume is higher, excess amount is dumped
endif
if (H84 > 0.0) then !CementPumpToCementTank_Through67
@@ -1039,7 +1040,7 @@ use SimulationVariables !@
data%State%MudSystem%ActiveTankVolume= data%State%MudSystem%ActiveTankVolume+ ((0.5*data%State%MUD(6)%Q/60.)*data%State%MudSystem%DeltaT_Mudline)
data%State%MudSystem%BellNippleVolume= data%State%MudSystem%BellNippleVolume+ ((0.5*data%State%MUD(6)%Q/60.)*data%State%MudSystem%DeltaT_Mudline)
endif
data%State%MudSystem%ActiveTankVolume=min(data%State%MudSystem%ActiveTankVolume , MudProperties%ActiveTotalTankCapacityGal-MudProperties%ActiveSettledContentsGal)
data%State%MudSystem%ActiveTankVolume=min(data%State%MudSystem%ActiveTankVolume , data%Configuration%Mud%ActiveTotalTankCapacityGal-data%Configuration%Mud%ActiveSettledContentsGal)
!if ActiveTankVolume is higher, excess amount is dumped
endif
@@ -1075,17 +1076,17 @@ use SimulationVariables !@
if (j3 == 1 .and. B71==1) then !(volumes in galon)
data%State%MUD(3)%Q = min(data%State%MUD(3)%Q , data%State%MudSystem%PedalMeter)
!write(*,*) 'data%State%MUD(3)%Q=' , data%State%MUD(3)%Q
IF (MudProperties%ActiveAutoDensity == .FALSE.) THEN
IF (data%Configuration%Mud%ActiveAutoDensity == .FALSE.) THEN
data%State%MudSystem%ActiveTankDensity= ((data%State%MudSystem%ActiveTankDensity*data%State%MudSystem%ActiveTankVolume)+(data%State%MudSystem%BellNippleDensity*(data%State%MUD(3)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))/(data%State%MudSystem%ActiveTankVolume+((data%State%MUD(3)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))
data%State%MudSystem%ActiveTankVolume= data%State%MudSystem%ActiveTankVolume+ ((data%State%MUD(3)%Q/60.)*data%State%MudSystem%DeltaT_Mudline)
!write(*,*) 'active increase bell 1=' , ((data%State%MUD(3)%Q/60.)*DeltaT_Mudline)
ELSEIF (MudProperties%ActiveAutoDensity .and. data%State%MudSystem%BellNippleDensity > data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. data%State%MudSystem%BellNippleDensity > data%State%MudSystem%ActiveTankDensity) THEN
data%State%MudSystem%ActiveTankVolume= data%State%MudSystem%ActiveTankVolume+ ((20.8d0-data%State%MudSystem%BellNippleDensity)/(20.8d0-data%State%MudSystem%ActiveTankDensity))*((data%State%MUD(3)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline) ! asumed cutting density = 20.8 ppg
!write(*,*) 'active increase bell 2=' , ((20.8d0-BellNippleDensity)/(20.8d0-ActiveTankDensity))*((data%State%MUD(3)%Q/60.d0)*DeltaT_Mudline)
ELSEIF (MudProperties%ActiveAutoDensity .and. data%State%MudSystem%BellNippleDensity < 5.0) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. data%State%MudSystem%BellNippleDensity < 5.0) THEN
data%State%MudSystem%ActiveTankVolume= data%State%MudSystem%ActiveTankVolume+ ((2.d0-data%State%MudSystem%BellNippleDensity)/(2.d0-data%State%MudSystem%ActiveTankDensity))*((data%State%MUD(3)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline) ! asumed GAS density = 2.0 ppg
!write(*,*) 'active increase bell 3=' , ((2.d0-BellNippleDensity)/(2.d0-ActiveTankDensity))*((data%State%MUD(3)%Q/60.d0)*DeltaT_Mudline)
ELSEIF (MudProperties%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%BellNippleDensity .and. data%State%MudSystem%BellNippleDensity <= data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%BellNippleDensity .and. data%State%MudSystem%BellNippleDensity <= data%State%MudSystem%ActiveTankDensity) THEN
!write(*,*) ' Auto true 3'
data%State%MudSystem%ActiveTankVolume= data%State%MudSystem%ActiveTankVolume+ ((data%State%MUD(3)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
!write(*,*) 'active increase bell 4=' , ((data%State%MUD(3)%Q/60.d0)*DeltaT_Mudline)
@@ -1093,18 +1094,18 @@ use SimulationVariables !@
endif
if (j3 == 1 .and. B77==1) then
data%State%MUD(3)%Q = min(data%State%MUD(3)%Q , data%State%MudSystem%PedalMeter)
IF (MudProperties%ActiveAutoDensity == .FALSE.) THEN
IF (data%Configuration%Mud%ActiveAutoDensity == .FALSE.) THEN
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%BellNippleDensity*(data%State%MUD(3)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))/(data%State%MudSystem%TripTankVolumeCalc+((data%State%MUD(3)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))
data%State%MudSystem%TripTankVolumeCalc= data%State%MudSystem%TripTankVolumeCalc+ (data%State%MUD(3)%Q/60.)*data%State%MudSystem%DeltaT_Mudline
ELSEIF (MudProperties%ActiveAutoDensity .and. data%State%MudSystem%BellNippleDensity > data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. data%State%MudSystem%BellNippleDensity > data%State%MudSystem%ActiveTankDensity) THEN
AddedVolumeToTank= ((20.8d0-data%State%MudSystem%BellNippleDensity)/(20.8d0-data%State%MudSystem%ActiveTankDensity))*((data%State%MUD(3)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%ActiveTankDensity*AddedVolumeToTank))/(data%State%MudSystem%TripTankVolumeCalc+AddedVolumeToTank)
data%State%MudSystem%TripTankVolumeCalc= data%State%MudSystem%TripTankVolumeCalc+ AddedVolumeToTank
ELSEIF (MudProperties%ActiveAutoDensity .and. data%State%MudSystem%BellNippleDensity < 5.0) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. data%State%MudSystem%BellNippleDensity < 5.0) THEN
AddedVolumeToTank= ((2.d0-data%State%MudSystem%BellNippleDensity)/(2.d0-data%State%MudSystem%ActiveTankDensity))*((data%State%MUD(3)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline) ! asumed GAS density = 2.0 ppg
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%ActiveTankDensity*AddedVolumeToTank))/(data%State%MudSystem%TripTankVolumeCalc+AddedVolumeToTank)
data%State%MudSystem%TripTankVolumeCalc= data%State%MudSystem%TripTankVolumeCalc+ AddedVolumeToTank
ELSEIF (MudProperties%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%BellNippleDensity .and. data%State%MudSystem%BellNippleDensity <= data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%BellNippleDensity .and. data%State%MudSystem%BellNippleDensity <= data%State%MudSystem%ActiveTankDensity) THEN
AddedVolumeToTank= ((data%State%MUD(3)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%ActiveTankDensity*AddedVolumeToTank))/(data%State%MudSystem%TripTankVolumeCalc+AddedVolumeToTank)
data%State%MudSystem%TripTankVolumeCalc= data%State%MudSystem%TripTankVolumeCalc+ AddedVolumeToTank
@@ -1118,7 +1119,7 @@ use SimulationVariables !@
data%State%MUD(3)%Q = min(data%State%MUD(3)%Q , data%State%MudSystem%PedalMeter)
IF (MudProperties%ActiveAutoDensity == .FALSE.) THEN
IF (data%Configuration%Mud%ActiveAutoDensity == .FALSE.) THEN
data%State%MudSystem%ActiveTankDensity= ((data%State%MudSystem%ActiveTankDensity*data%State%MudSystem%ActiveTankVolume)+(data%State%MudSystem%BellNippleDensity*(0.5*data%State%MUD(3)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))/(data%State%MudSystem%ActiveTankVolume+((0.5*data%State%MUD(3)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%BellNippleDensity*(0.5*data%State%MUD(3)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))/(data%State%MudSystem%TripTankVolumeCalc+((0.5*data%State%MUD(3)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))
@@ -1126,7 +1127,7 @@ use SimulationVariables !@
data%State%MudSystem%ActiveTankVolume= data%State%MudSystem%ActiveTankVolume+ ((0.5*data%State%MUD(3)%Q/60.)*data%State%MudSystem%DeltaT_Mudline)
data%State%MudSystem%TripTankVolumeCalc= data%State%MudSystem%TripTankVolumeCalc+ ((0.5*data%State%MUD(3)%Q/60.)*data%State%MudSystem%DeltaT_Mudline)
ELSEIF (MudProperties%ActiveAutoDensity .and. data%State%MudSystem%BellNippleDensity > data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. data%State%MudSystem%BellNippleDensity > data%State%MudSystem%ActiveTankDensity) THEN
AddedVolumeToTank= ((20.8d0-data%State%MudSystem%BellNippleDensity)/(20.8d0-data%State%MudSystem%ActiveTankDensity))*((0.5d0*data%State%MUD(3)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
@@ -1135,7 +1136,7 @@ use SimulationVariables !@
data%State%MudSystem%ActiveTankVolume= data%State%MudSystem%ActiveTankVolume+ AddedVolumeToTank
data%State%MudSystem%TripTankVolumeCalc= data%State%MudSystem%TripTankVolumeCalc+ AddedVolumeToTank
ELSEIF (MudProperties%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%ActiveTankDensity) THEN
AddedVolumeToTank= ((2.d0-data%State%MudSystem%BellNippleDensity)/(2.d0-data%State%MudSystem%ActiveTankDensity))*((0.5d0*data%State%MUD(3)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline) ! asumed GAS density = 2.0 ppg
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%ActiveTankDensity*AddedVolumeToTank))/(data%State%MudSystem%TripTankVolumeCalc+AddedVolumeToTank)
@@ -1143,7 +1144,7 @@ use SimulationVariables !@
data%State%MudSystem%ActiveTankVolume= data%State%MudSystem%ActiveTankVolume+ AddedVolumeToTank
data%State%MudSystem%TripTankVolumeCalc= data%State%MudSystem%TripTankVolumeCalc+ AddedVolumeToTank
ELSEIF (MudProperties%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%BellNippleDensity .and. data%State%MudSystem%BellNippleDensity <= data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%BellNippleDensity .and. data%State%MudSystem%BellNippleDensity <= data%State%MudSystem%ActiveTankDensity) THEN
AddedVolumeToTank= ((data%State%MUD(3)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%ActiveTankDensity*AddedVolumeToTank))/(data%State%MudSystem%TripTankVolumeCalc+AddedVolumeToTank)
@@ -1180,7 +1181,7 @@ use SimulationVariables !@
data%State%MudSystem%TripTankVolumeCalc = min(data%State%MudSystem%TripTankVolumeCalc,50.*42.) !50. BBL *42. gal/BBL = gal
!if TripTankVolumeCalc>50 BBl, excess value(TripTankVolumeCalc-50) is dumped
data%State%MudSystem%ActiveTankVolume = min(data%State%MudSystem%ActiveTankVolume , MudProperties%ActiveTotalTankCapacityGal - MudProperties%ActiveSettledContentsGal)
data%State%MudSystem%ActiveTankVolume = min(data%State%MudSystem%ActiveTankVolume , data%Configuration%Mud%ActiveTotalTankCapacityGal - data%Configuration%Mud%ActiveSettledContentsGal)
!if ActiveTankVolume is higher, excess amount is dumped
!write(*,*) 'BellNippleDensity=' , BellNippleDensity
@@ -1284,27 +1285,27 @@ use SimulationVariables !@
! IN ALL CONDITIONS EFFECT OF 78 IS COMPUTED BY RealJ4
if (C71==1 .and. C77==0) then !(volumes in galon) RealJ4: 1 OR 2(IF 78 IS OPEN)

IF (MudProperties%ActiveAutoDensity == .FALSE.) THEN
IF (data%Configuration%Mud%ActiveAutoDensity == .FALSE.) THEN
data%State%MudSystem%ActiveTankDensity= ((data%State%MudSystem%ActiveTankDensity*data%State%MudSystem%ActiveTankVolume)+(data%State%MudSystem%ChokeOutletDensity*((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))/(data%State%MudSystem%ActiveTankVolume+(((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))
data%State%MudSystem%ActiveTankVolume= data%State%MudSystem%ActiveTankVolume+ (((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline)
!write(*,*) 'active increase choke1=' , (((1./RealJ4)*data%State%MUD(4)%Q/60.)*DeltaT_Mudline)
data%State%MudSystem%ChokeManifoldDumpVolume= data%State%MudSystem%ChokeManifoldDumpVolume+ C78*(((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline)

ELSEIF (MudProperties%ActiveAutoDensity .and. data%State%MudSystem%ChokeOutletDensity > data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. data%State%MudSystem%ChokeOutletDensity > data%State%MudSystem%ActiveTankDensity) THEN

data%State%MudSystem%ActiveTankVolume= data%State%MudSystem%ActiveTankVolume+ ((20.8d0-data%State%MudSystem%ChokeOutletDensity)/(20.8d0-data%State%MudSystem%ActiveTankDensity))*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline) ! asumed cutting density = 20.8 ppg
data%State%MudSystem%ChokeManifoldDumpVolume= data%State%MudSystem%ChokeManifoldDumpVolume+ C78*(((1./RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
!write(*,*) 'active increase choke2=' , ((20.8d0-ChokeOutletDensity)/(20.8d0-ActiveTankDensity))*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*DeltaT_Mudline)
ELSEIF (MudProperties%ActiveAutoDensity .and. data%State%MudSystem%ChokeOutletDensity < 5.0) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. data%State%MudSystem%ChokeOutletDensity < 5.0) THEN
data%State%MudSystem%ActiveTankVolume= data%State%MudSystem%ActiveTankVolume+ ((2.d0-data%State%MudSystem%ChokeOutletDensity)/(2.d0-data%State%MudSystem%ActiveTankDensity))*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline) ! asumed GAS density = 2.0 ppg
data%State%MudSystem%ChokeManifoldDumpVolume= data%State%MudSystem%ChokeManifoldDumpVolume+ C78*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
!write(*,*) 'active increase choke3=' ,((2.d0-ChokeOutletDensity)/(2.d0-ActiveTankDensity))*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*DeltaT_Mudline)
ELSEIF (MudProperties%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%ChokeOutletDensity .and. data%State%MudSystem%ChokeOutletDensity <= data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%ChokeOutletDensity .and. data%State%MudSystem%ChokeOutletDensity <= data%State%MudSystem%ActiveTankDensity) THEN
!write(*,*) ' Auto true 3'

@@ -1321,13 +1322,13 @@ use SimulationVariables !@
if (C77==1 .and. C71==0) then !RealJ4: 1 OR 2(IF 78 IS OPEN)

IF (MudProperties%ActiveAutoDensity == .FALSE.) THEN
IF (data%Configuration%Mud%ActiveAutoDensity == .FALSE.) THEN
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%ChokeOutletDensity*((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))/(data%State%MudSystem%TripTankVolumeCalc+(((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))
data%State%MudSystem%TripTankVolumeCalc= data%State%MudSystem%TripTankVolumeCalc+ (((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline)
data%State%MudSystem%ChokeManifoldDumpVolume= data%State%MudSystem%ChokeManifoldDumpVolume+ C78*(((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline)
ELSEIF (MudProperties%ActiveAutoDensity .and. data%State%MudSystem%ChokeOutletDensity > data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. data%State%MudSystem%ChokeOutletDensity > data%State%MudSystem%ActiveTankDensity) THEN
AddedVolumeToTank= ((20.8d0-data%State%MudSystem%ChokeOutletDensity)/(20.8d0-data%State%MudSystem%ActiveTankDensity))*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%ActiveTankDensity*AddedVolumeToTank))/(data%State%MudSystem%TripTankVolumeCalc+AddedVolumeToTank)
@@ -1337,7 +1338,7 @@ use SimulationVariables !@
data%State%MudSystem%ChokeManifoldDumpVolume= data%State%MudSystem%ChokeManifoldDumpVolume+ C78*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
ELSEIF (MudProperties%ActiveAutoDensity .and. data%State%MudSystem%ChokeOutletDensity < 5.0) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. data%State%MudSystem%ChokeOutletDensity < 5.0) THEN
AddedVolumeToTank= ((2.d0-data%State%MudSystem%ChokeOutletDensity)/(2.d0-data%State%MudSystem%ActiveTankDensity))*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline) ! asumed GAS density = 2.0 ppg
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%ActiveTankDensity*AddedVolumeToTank))/(data%State%MudSystem%TripTankVolumeCalc+AddedVolumeToTank)
@@ -1346,7 +1347,7 @@ use SimulationVariables !@
data%State%MudSystem%ChokeManifoldDumpVolume= data%State%MudSystem%ChokeManifoldDumpVolume+ C78*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
ELSEIF (MudProperties%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%ChokeOutletDensity .and. data%State%MudSystem%ChokeOutletDensity <= data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%ChokeOutletDensity .and. data%State%MudSystem%ChokeOutletDensity <= data%State%MudSystem%ActiveTankDensity) THEN
AddedVolumeToTank= (((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%ActiveTankDensity*AddedVolumeToTank))/(data%State%MudSystem%TripTankVolumeCalc+AddedVolumeToTank)
@@ -1363,7 +1364,7 @@ use SimulationVariables !@
if (C71==1 .and. C77==1) then !RealJ4: 2 OR 3(IF 78 IS OPEN)

IF (MudProperties%ActiveAutoDensity == .FALSE.) THEN
IF (data%Configuration%Mud%ActiveAutoDensity == .FALSE.) THEN
data%State%MudSystem%ActiveTankDensity= ((data%State%MudSystem%ActiveTankDensity*data%State%MudSystem%ActiveTankVolume)+(data%State%MudSystem%ChokeOutletDensity*((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))/(data%State%MudSystem%ActiveTankVolume+(((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%ChokeOutletDensity*((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))/(data%State%MudSystem%TripTankVolumeCalc+(((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline))
@@ -1372,7 +1373,7 @@ use SimulationVariables !@
data%State%MudSystem%ChokeManifoldDumpVolume= data%State%MudSystem%ChokeManifoldDumpVolume+ C78*(((1./RealJ4)*data%State%MUD(4)%Q/60.)*data%State%MudSystem%DeltaT_Mudline)
ELSEIF (MudProperties%ActiveAutoDensity .and. data%State%MudSystem%ChokeOutletDensity > data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. data%State%MudSystem%ChokeOutletDensity > data%State%MudSystem%ActiveTankDensity) THEN
AddedVolumeToTank= ((20.8d0-data%State%MudSystem%ChokeOutletDensity)/(20.8d0-data%State%MudSystem%ActiveTankDensity))*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
@@ -1383,7 +1384,7 @@ use SimulationVariables !@
data%State%MudSystem%ChokeManifoldDumpVolume= data%State%MudSystem%ChokeManifoldDumpVolume+ C78*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
ELSEIF (MudProperties%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%ActiveTankDensity) THEN
AddedVolumeToTank= ((2.d0-data%State%MudSystem%ChokeOutletDensity)/(2.d0-data%State%MudSystem%ActiveTankDensity))*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline) ! asumed GAS density = 2.0 ppg
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%ActiveTankDensity*AddedVolumeToTank))/(data%State%MudSystem%TripTankVolumeCalc+AddedVolumeToTank)
@@ -1393,7 +1394,7 @@ use SimulationVariables !@
data%State%MudSystem%ChokeManifoldDumpVolume= data%State%MudSystem%ChokeManifoldDumpVolume+ C78*(((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)*data%State%MudSystem%DeltaT_Mudline)
ELSEIF (MudProperties%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%ChokeOutletDensity .and. data%State%MudSystem%ChokeOutletDensity <= data%State%MudSystem%ActiveTankDensity) THEN
ELSEIF (data%Configuration%Mud%ActiveAutoDensity .and. 5.0 < data%State%MudSystem%ChokeOutletDensity .and. data%State%MudSystem%ChokeOutletDensity <= data%State%MudSystem%ActiveTankDensity) THEN
AddedVolumeToTank= ((1.d0/RealJ4)*data%State%MUD(4)%Q/60.d0)
data%State%MudSystem%TripTankDensityCalc= ((data%State%MudSystem%TripTankDensityCalc*data%State%MudSystem%TripTankVolumeCalc)+(data%State%MudSystem%ActiveTankDensity*AddedVolumeToTank))/(data%State%MudSystem%TripTankVolumeCalc+AddedVolumeToTank)
@@ -1424,7 +1425,7 @@ use SimulationVariables !@
data%State%MudSystem%TripTankVolumeCalc=min(data%State%MudSystem%TripTankVolumeCalc,50.*42.) !50. BBL *42. gal/BBL = gal
!if TripTankVolumeCalc>50 BBl, excess value(TripTankVolumeCalc-50) is dumped

data%State%MudSystem%ActiveTankVolume=min(data%State%MudSystem%ActiveTankVolume , MudProperties%ActiveTotalTankCapacityGal-MudProperties%ActiveSettledContentsGal)
data%State%MudSystem%ActiveTankVolume=min(data%State%MudSystem%ActiveTankVolume , data%Configuration%Mud%ActiveTotalTankCapacityGal-data%Configuration%Mud%ActiveSettledContentsGal)
!if ActiveTankVolume is higher, excess amount is dumped
endif
@@ -1535,7 +1536,7 @@ use SimulationVariables !@
data%State%MudSystem%TripTankVolumeCalc=min(data%State%MudSystem%TripTankVolumeCalc,50.*42.) !50. BBL *42. gal/BBL = gal
!if TripTankVolumeCalc>50 BBl, excess value(TripTankVolumeCalc-50) is dumped
data%State%MudSystem%ActiveTankVolume=min(data%State%MudSystem%ActiveTankVolume , MudProperties%ActiveTotalTankCapacityGal-MudProperties%ActiveSettledContentsGal)
data%State%MudSystem%ActiveTankVolume=min(data%State%MudSystem%ActiveTankVolume , data%Configuration%Mud%ActiveTotalTankCapacityGal-data%Configuration%Mud%ActiveSettledContentsGal)
!if ActiveTankVolume is higher, excess amount is dumped
endif
@@ -2001,8 +2002,8 @@ use SimulationVariables !@
IF (Manifold%Valve(67)%Status == .TRUE.) call Activate_Pump3PopOffValveBlown() !Pump2PopOffValveBlown= .TRUE.
IF (data%State%MudSystem%ActiveTankVolume >= (MudProperties%ActiveTotalTankCapacityGal-MudProperties%ActiveSettledContentsGal)) THEN
data%State%MudSystem%ActiveTankVolume = (MudProperties%ActiveTotalTankCapacityGal-MudProperties%ActiveSettledContentsGal)
IF (data%State%MudSystem%ActiveTankVolume >= (data%Configuration%Mud%ActiveTotalTankCapacityGal-data%Configuration%Mud%ActiveSettledContentsGal)) THEN
data%State%MudSystem%ActiveTankVolume = (data%Configuration%Mud%ActiveTotalTankCapacityGal-data%Configuration%Mud%ActiveSettledContentsGal)
call Activate_ActiveTankOverflow()
ELSE
call Deactivate_ActiveTankOverflow()
@@ -2502,7 +2503,7 @@ use SimulationVariables !@
implicit none
real(8), intent (in) :: v
!call Log_4('ActiveMudVolumeChanged=', v)
data%State%MudSystem%ActiveTankVolume= MudProperties%ActiveMudVolumeGal ! update from student input
data%State%MudSystem%ActiveTankVolume= data%Configuration%Mud%ActiveMudVolumeGal ! update from student input
end subroutine
subroutine ActiveDensityChanged(v)
@@ -2510,7 +2511,7 @@ use SimulationVariables !@
implicit none
real(8), intent (in) :: v
!call Log_4('ActiveDensityChanged=', v)
data%State%MudSystem%ActiveTankDensity= MudProperties%ActiveDensity ! update from student input
data%State%MudSystem%ActiveTankDensity= data%Configuration%Mud%ActiveDensity ! update from student input
end subroutine
subroutine ReserveMudVolumeChanged(v)
@@ -2518,7 +2519,7 @@ use SimulationVariables !@
implicit none
real(8), intent (in) :: v
!call Log_4('ReserveMudVolumeChanged=', v)
data%State%MudSystem%ReserveTankVolume= MudProperties%ReserveMudVolumeGal ! update from student input
data%State%MudSystem%ReserveTankVolume= data%Configuration%Mud%ReserveMudVolumeGal ! update from student input
end subroutine
subroutine ReserveDensityChanged(v)
@@ -2526,7 +2527,7 @@ use SimulationVariables !@
implicit none
real(8), intent (in) :: v
!call Log_4('ReserveDensityChanged=', v)
data%State%MudSystem%ReserveTankDensity= MudProperties%ReserveDensity ! update from student input
data%State%MudSystem%ReserveTankDensity= data%Configuration%Mud%ReserveDensity ! update from student input
end subroutine
! subroutine SetupMudSystem()


+ 18
- 18
Equipments/MudSystem/MudSystemStartup.f90 Parādīt failu

@@ -94,11 +94,11 @@ data%State%MudSystem%FluidFlowCounter = 0
imud=1
data%State%MudSystem%iLoc= 1 ! for Kick

data%State%MudSystem%Suction_Density_MudSystem= MudProperties%ActiveDensity
data%State%MudSystem%SuctionDensity_Old= MudProperties%ActiveDensity ! initial(ppg)
data%State%MudSystem%StringDensity_Old= MudProperties%ActiveDensity ! initial(ppg)
data%State%MudSystem%AnnulusSuctionDensity_Old= MudProperties%ActiveDensity ! initial(ppg)
data%State%MudSystem%ChokeLineDensity_Old= MudProperties%ActiveDensity ! initial(ppg)
data%State%MudSystem%Suction_Density_MudSystem= data%Configuration%Mud%ActiveDensity
data%State%MudSystem%SuctionDensity_Old= data%Configuration%Mud%ActiveDensity ! initial(ppg)
data%State%MudSystem%StringDensity_Old= data%Configuration%Mud%ActiveDensity ! initial(ppg)
data%State%MudSystem%AnnulusSuctionDensity_Old= data%Configuration%Mud%ActiveDensity ! initial(ppg)
data%State%MudSystem%ChokeLineDensity_Old= data%Configuration%Mud%ActiveDensity ! initial(ppg)
data%State%MudSystem%TotalAddedVolume= 0.

@@ -176,12 +176,12 @@ data%State%MudSystem%PressureGauge76 = 0.0
data%State%MudSystem%TripTank_MaxVol_Allowded= 50. *42. !(bbl to gal, initial value)
data%State%MudSystem%ActiveTankFloorArea= (MudProperties%ActiveTotalTankCapacityGal) / (7.48051948*100./12.) ! (ft^2) - Tank Height= 100 inch , 12=inch to ft 7.48051948=gal to ft^3
data%State%MudSystem%ActiveTankFloorArea= (data%Configuration%Mud%ActiveTotalTankCapacityGal) / (7.48051948*100./12.) ! (ft^2) - Tank Height= 100 inch , 12=inch to ft 7.48051948=gal to ft^3
data%State%MudSystem%TripTankFloorArea= (50.*42.) / (7.48051948*100./12.) ! (ft^2) - 50.*42.=Trip Tank Capacity in BBl*42= Gal , Tank Height= 100 inch , 12=inch to ft 7.48051948=gal to ft^3



data%State%MudSystem%TripTank_Vol= MudProperties%InitialTripTankMudVolumeGal !(gal)
data%State%MudSystem%TripTank_Vol= data%Configuration%Mud%InitialTripTankMudVolumeGal !(gal)
data%State%MudSystem%TripTank_Dens= 1.
data%EquipmentControl%DataDisplayConsole%TripTankGauge=0.

@@ -206,8 +206,8 @@ data%State%MudSystem%Mp2Density= 0.0 !(VALVE83)
data%State%MudSystem%Mp3Density= 0.0 !(VALVE84)


data%State%MudSystem%ReserveTankVolume= MudProperties%ReserveMudVolumeGal ! initial volume (gal)
data%State%MudSystem%ReserveTankDensity= MudProperties%ReserveDensity ! initial
data%State%MudSystem%ReserveTankVolume= data%Configuration%Mud%ReserveMudVolumeGal ! initial volume (gal)
data%State%MudSystem%ReserveTankDensity= data%Configuration%Mud%ReserveDensity ! initial



@@ -219,21 +219,21 @@ data%State%MudSystem%PumpsDumpFlowRate= 0.0


data%State%MudSystem%ActiveTankVolume= MudProperties%ActiveMudVolumeGal ! initial volume (gal)
data%State%MudSystem%ActiveTankVolume= data%Configuration%Mud%ActiveMudVolumeGal ! initial volume (gal)
data%State%MudSystem%RefrencePitVolume= data%State%MudSystem%ActiveTankVolume/42. !(bbl)
data%State%MudSystem%RefrencePitVolume_DrillWatch= data%State%MudSystem%ActiveTankVolume/42. !(bbl)

data%State%MudSystem%MVT_MinVol_Allowded= 0.
data%State%MudSystem%MVT_MaxVol_Allowded= 0.

data%State%MudSystem%MudTank1_vol= MudProperties%ActiveMudVolumeGal/3. ! (gal)
data%State%MudSystem%MudTank2_vol= MudProperties%ActiveMudVolumeGal/3. ! (gal)
data%State%MudSystem%MudTank3_vol= MudProperties%ActiveMudVolumeGal/3. ! (gal)
data%State%MudSystem%ActiveTankSettled= MudProperties%ActiveSettledContentsGal ! (gal)
data%State%MudSystem%MudTank4_vol= MudProperties%InitialTripTankMudVolumeGal ! (gal)
data%State%MudSystem%MudTank1_vol= data%Configuration%Mud%ActiveMudVolumeGal/3. ! (gal)
data%State%MudSystem%MudTank2_vol= data%Configuration%Mud%ActiveMudVolumeGal/3. ! (gal)
data%State%MudSystem%MudTank3_vol= data%Configuration%Mud%ActiveMudVolumeGal/3. ! (gal)
data%State%MudSystem%ActiveTankSettled= data%Configuration%Mud%ActiveSettledContentsGal ! (gal)
data%State%MudSystem%MudTank4_vol= data%Configuration%Mud%InitialTripTankMudVolumeGal ! (gal)

data%State%MudSystem%TripTankVolumeCalc= MudProperties%InitialTripTankMudVolumeGal ! initial volume (gal)
data%State%MudSystem%ActiveTankDensity= MudProperties%ActiveDensity ! initial(ppg)
data%State%MudSystem%TripTankVolumeCalc= data%Configuration%Mud%InitialTripTankMudVolumeGal ! initial volume (gal)
data%State%MudSystem%ActiveTankDensity= data%Configuration%Mud%ActiveDensity ! initial(ppg)
data%State%MudSystem%TripTankDensityCalc= data%EquipmentControl%Tank%TripTankDensity ! initial(ppg)

data%State%MudSystem%ChokeManifoldDumpVolume= 0.0
@@ -246,7 +246,7 @@ data%State%MudSystem%FirstSet_Time= .true.



data%State%MudSystem%PedalMeter= MudProperties%PedalFlowMeter !1600. !(gpm)
data%State%MudSystem%PedalMeter= data%Configuration%Mud%PedalFlowMeter !1600. !(gpm)
data%State%MudSystem%ReturnFlowRate=0.




+ 7
- 7
FluidFlow/Flow_Startup.f90 Parādīt failu

@@ -32,7 +32,7 @@ use SimulationVariables !@, pi4 => pi
KickVARIABLES%MaxChokeDensityChange = 25.0 ! [ppg/min]
KickVARIABLES%ChokeMinDensity = 2.0

KickVARIABLES%ChokeDensity = MudProperties%ActiveDensity
KickVARIABLES%ChokeDensity = data%Configuration%Mud%ActiveDensity
KickVARIABLES%MinKickVol = 0.5 ! USGal
@@ -71,7 +71,7 @@ use SimulationVariables !@, pi4 => pi
SoundSpeed = 1530.0 / Convfttom
data%State%PressureDisplay%PressureTimeStepDelay(1) = INT(2.0 * SUM(data%Configuration%StringConfiguration%StringConfigurations(2:)%ComponentLength) / SoundSpeed / dt)
data%State%PressureDisplay%PressureTimeStepDelay(2) = INT(PathGeneration%Items(SIZE(PathGeneration%Items))%MeasuredDepth / SoundSpeed / dt)
data%State%PressureDisplay%PressureTimeStepDelay(2) = INT(data%Configuration%Path%Items(SIZE(data%Configuration%Path%Items))%MeasuredDepth / SoundSpeed / dt)
data%State%PressureDisplay%PressureTimeStepDelay(3) = INT(Shoe%ShoeDepth / SoundSpeed / dt)
!WRITE (*,*) SUM(StringConfigurations(2:)%ComponentLength), PathGenerations(SIZE(PathGenerations))%TotalVerticalDepth!, WellSurveyData(SIZE(WellSurveyData))%TotalVerticalDepth
@@ -83,11 +83,11 @@ use SimulationVariables !@, pi4 => pi
END DO
DO i = 1 , data%State%PressureDisplay%PressureTimeStepDelay(2)
CALL BottomHolePressureDelay%AddToFirst(REAL(0.052 * MudProperties%ActiveDensity * PathGeneration%Items(SIZE(PathGeneration%Items))%TotalVerticalDepth))
CALL BottomHolePressureDelay%AddToFirst(REAL(0.052 * data%Configuration%Mud%ActiveDensity * data%Configuration%Path%Items(SIZE(data%Configuration%Path%Items))%TotalVerticalDepth))
END DO
DO i = 1 , data%State%PressureDisplay%PressureTimeStepDelay(3)
CALL ShoePressureDelay%AddToFirst(REAL(0.052 * MudProperties%ActiveDensity * Shoe%ShoeDepth))
CALL ShoePressureDelay%AddToFirst(REAL(0.052 * data%Configuration%Mud%ActiveDensity * Shoe%ShoeDepth))
END DO
@@ -113,8 +113,8 @@ use SimulationVariables !@, pi4 => pi
data%State%GasType(3)%GasConstant = RUniversal / data%State%GasType(2)%MolarWt

!!!!!!!! Mud density and viscosity
Theta600Refrence = MudProperties%ActiveThetaSixHundred
Theta300Refrence = MudProperties%ActiveThetaThreeHundred
DensityRefrence = MudProperties%ActiveDensity
Theta600Refrence = data%Configuration%Mud%ActiveThetaSixHundred
Theta300Refrence = data%Configuration%Mud%ActiveThetaThreeHundred
DensityRefrence = data%Configuration%Mud%ActiveDensity
END SUBROUTINE

+ 10
- 10
FluidFlow/Frictional_Press_Drop_Calc.f90 Parādīt failu

@@ -11,7 +11,7 @@ SUBROUTINE FricPressDrop(iloc)
USE FricPressDropVarsModule
USE CMudPropertiesVariables
USE SimulationVariables
USE Fluid_Flow_Startup_Vars
USE CError
@@ -45,9 +45,9 @@ SUBROUTINE FricPressDrop(iloc)
FlowEl(iloc)%YieldP = 2.0 * FlowEl(iloc)%Theta300 - FlowEl(iloc)%Theta600 ! lbf/100ft**2
FlowEl(iloc)%nIndex = 3.32 * log10(FlowEl(iloc)%Theta600 / FlowEl(iloc)%Theta300)
FlowEl(iloc)%kIndex = 510.0 * FlowEl(iloc)%Theta300 / (511.0**FlowEl(iloc)%nIndex) ! rabete fv2
IF (MudProperties%ActiveRheologyModel == Herschel_Bulkley_RheologyModel .AND. FlowEl(iloc)%alpha == 0) THEN
IF (data%Configuration%Mud%ActiveRheologyModel == Herschel_Bulkley_RheologyModel .AND. FlowEl(iloc)%alpha == 0) THEN
FlowEl(iloc)%kIndex = 1.066 * FlowEl(iloc)%Theta300 / (511.0**FlowEl(iloc)%nIndex)
ELSE IF (MudProperties%ActiveRheologyModel == Herschel_Bulkley_RheologyModel .AND. FlowEl(iloc)%alpha == 1) THEN
ELSE IF (data%Configuration%Mud%ActiveRheologyModel == Herschel_Bulkley_RheologyModel .AND. FlowEl(iloc)%alpha == 1) THEN
FlowEl(iloc)%nIndex = 3.32 * log10((FlowEl(iloc)%Theta600 - TauZero) / (FlowEl(iloc)%Theta300 - TauZero))
FlowEl(iloc)%kIndex = 1.066 * (FlowEl(iloc)%Theta300 - TauZero) / (511.0**FlowEl(iloc)%nIndex)
END IF
@@ -75,10 +75,10 @@ SUBROUTINE FricPressDrop(iloc)
!END IF
! Calculating effective or apparent viscosity
IF (MudProperties%ActiveRheologyModel == Bingham_RheologyModel) THEN ! Bingham Plastic
IF (data%Configuration%Mud%ActiveRheologyModel == Bingham_RheologyModel) THEN ! Bingham Plastic
FlowEl(iloc)%mueff = FlowEl(iloc)%muPlastic + 5. * FlowEl(iloc)%YieldP * FlowEl(iloc)%Dhyd / FlowEl(iloc)%vel
!write(*,*) 'pointer1' , FlowEl(iloc)%muPlastic , FlowEl(iloc)%YieldP , FlowEl(iloc)%Dhyd , FlowEl(iloc)%vel
ELSE IF (MudProperties%ActiveRheologyModel == PowerLaw_RheologyModel .OR. MudProperties%ActiveRheologyModel == Herschel_Bulkley_RheologyModel) THEN ! Power Law
ELSE IF (data%Configuration%Mud%ActiveRheologyModel == PowerLaw_RheologyModel .OR. data%Configuration%Mud%ActiveRheologyModel == Herschel_Bulkley_RheologyModel) THEN ! Power Law
FlowEl(iloc)%Gf = ((3. - FlowEl(iloc)%alpha) * FlowEl(iloc)%nIndex + 1.0) / FlowEl(iloc)%nIndex / (4.0 - FlowEl(iloc)%alpha) * (2.0 + FlowEl(iloc)%alpha) / 2.0
FlowEl(iloc)%mueff = (FlowEl(iloc)%kIndex) / (1. + FlowEl(iloc)%alpha / 2.) * ((96. * FlowEl(iloc)%vel / FlowEl(iloc)%Dhyd)**(FlowEl(iloc)%nIndex - 1)) * FlowEl(iloc)%Gf**FlowEl(iloc)%nIndex
!write(*,*) 'pointer2' , FlowEl(iloc)%kIndex ,FlowEl(iloc)%alpha , FlowEl(iloc)%vel ,FlowEl(iloc)%Dhyd,FlowEl(iloc)%nIndex ,FlowEl(iloc)%Gf ,FlowEl(iloc)%nIndex
@@ -99,7 +99,7 @@ SUBROUTINE FricPressDrop(iloc)
!FlowEl(iloc)%GenRe = 2997 * FlowEl(iloc)%density * FlowEl(iloc)%vel**2 / 19.36 / FlowEl(iloc)%tauW
! Calculating friction factor
IF (MudProperties%ActiveRheologyModel == Bingham_RheologyModel) THEN ! Bingham Plastic
IF (data%Configuration%Mud%ActiveRheologyModel == Bingham_RheologyModel) THEN ! Bingham Plastic
IF (FlowEl(iloc)%GenRe <= 2000.0) THEN ! laminar regime
FlowEl(iloc)%f = 16.0 / FlowEl(iloc)%GenRe
ELSE IF (FlowEl(iloc)%GenRe >= 4000.0) THEN ! turbulent regime
@@ -113,7 +113,7 @@ SUBROUTINE FricPressDrop(iloc)
+ (FlowEl(iloc)%GenRe - 2000.0) / 2000.0 * FlowEl(iloc)%a / FlowEl(iloc)%GenRe**FlowEl(iloc)%b
END IF
ELSE IF (MudProperties%ActiveRheologyModel == PowerLaw_RheologyModel) THEN ! Power law
ELSE IF (data%Configuration%Mud%ActiveRheologyModel == PowerLaw_RheologyModel) THEN ! Power law
FlowEl(iloc)%ReCritLam = 3470. - 1370. * FlowEl(iloc)%nIndex
FlowEl(iloc)%ReCritTurb = 4270. - 1370. * FlowEl(iloc)%nIndex
@@ -167,7 +167,7 @@ END SUBROUTINE FricPressDrop
SUBROUTINE PartialDerivativeFricToFlowRate(iloc)
USE FricPressDropVarsModule
USE CMudPropertiesVariables
USE SimulationVariables
USE Fluid_Flow_Startup_Vars
use KickVARIABLESModule
USE CError
@@ -186,7 +186,7 @@ SUBROUTINE PartialDerivativeFricToFlowRate(iloc)
.AND. (ABS(FlowEl(iloc)%Length) >= PressLengthTolerance) &
.AND. (FlowEl(iloc)%MaterialType /= 4)) THEN ! not air
IF (MudProperties%ActiveRheologyModel == PowerLaw_RheologyModel) THEN ! Power law
IF (data%Configuration%Mud%ActiveRheologyModel == PowerLaw_RheologyModel) THEN ! Power law
!IF (FlowEl(iloc)%Flowrate == 0.0) THEN
! FlowEl(iloc)%Flowrate = 10.0
! CALL FricPressDrop(iloc)
@@ -204,7 +204,7 @@ SUBROUTINE PartialDerivativeFricToFlowRate(iloc)
* ((FlowEl(iloc)%a * FlowEl(iloc)%GenRe**(1. - FlowEl(iloc)%b) - 16.) / 800. / FlowEl(iloc)%f - 1.))
END IF
ELSE IF (MudProperties%ActiveRheologyModel == Bingham_RheologyModel) THEN ! Bingham Plastic
ELSE IF (data%Configuration%Mud%ActiveRheologyModel == Bingham_RheologyModel) THEN ! Bingham Plastic
IF (FlowEl(iloc)%GenRe <= 2000.0 .OR. FlowEl(iloc)%f == 0.0) THEN ! laminar flow if f = 0.0, we have no flow in first time flowing
FlowEl(iloc)%FricToQPartialDiff = (16. * FlowEl(iloc)%muPlastic * REAL(FlowEl(iloc)%Length) * 2.224 * (10.)**(-3)) &
/ (25.81 * 928. * (1 - 0.184 * FlowEl(iloc)%alpha) * FlowEl(iloc)%Dhyd**2 * FlowEl(iloc)%Area)


+ 1
- 1
Rop/ROP_MainCalculation.f90 Parādīt failu

@@ -168,7 +168,7 @@ use SimulationVariables !@@@
data%State%ROP_Bit%RateOfPenetration = (data%State%ROP_Spec%f1*data%State%ROP_Spec%f2*data%State%ROP_Spec%f3*data%State%ROP_Spec%f4*data%State%ROP_Spec%f5*data%State%ROP_Spec%f6*data%State%ROP_Spec%f7*data%State%ROP_Spec%f8) ![ft/h]
data%State%ROP_Bit%RateOfPenetration = (DINT(data%State%ROP_Bit%RateOfPenetration*10.d0))/10.d0
if ( (data%State%TD_WellGeneral%WellTotalLength==PathGeneration%Items(PathGeneration%ItemCount)%MeasuredDepth) ) then
if ( (data%State%TD_WellGeneral%WellTotalLength==data%Configuration%Path%Items(data%Configuration%Path%ItemCount)%MeasuredDepth) ) then
data%State%ROP_Bit%SetROPGauge = data%State%ROP_Bit%RateOfPenetration
Call Set_ROP(data%State%ROP_Bit%SetROPGauge) ![ft/h]
data%State%ROP_Bit%OldROPValue(4) = data%State%ROP_Bit%RateOfPenetration


+ 3
- 3
Simulation/SimulationVariables.f90 Parādīt failu

@@ -81,9 +81,9 @@ module SimulationVariables
Type(PumpSpecificationType)::Pumps
Type(RigSizeType)::RigSize
Type(CasingLinerChokeType)::CasingLinerChoke
Type(PathGenerationType)::PathGeneration
Type(WellSurveyDataType)::WellSurveyData
Type(MudPropertiesType)::MudProperties
Type(PathGenerationType)::Path
! Type(WellSurveyDataType)::WellSurveyData
Type(MudPropertiesType)::Mud
end type ConfigurationType
type EquipmentControlType


+ 2
- 1
SimulationCore2.vfproj Parādīt failu

@@ -85,7 +85,8 @@
<File RelativePath=".\CSharp\BasicInputs\WellProfile\CPathGenerationVariables.f90"/>
<File RelativePath=".\CSharp\BasicInputs\WellProfile\CWellSurveyData.f90"/>
<File RelativePath=".\CSharp\BasicInputs\WellProfile\CWellSurveyDataVariables.f90"/></Filter>
<File RelativePath=".\CSharp\BasicInputs\CMudPropertiesVariables.f90"/></Filter>
<File RelativePath=".\CSharp\BasicInputs\CMudPropertiesVariables.f90"/>
<File RelativePath=".\CSharp\BasicInputs\MudProperties.f90"/></Filter>
<Filter Name="Common">
<File RelativePath=".\CSharp\Common\CCommon.f90"/>
<File RelativePath=".\CSharp\Common\CCommonVariables.f90"/>


+ 7
- 15
Text1.txt Parādīt failu

@@ -1,15 +1,7 @@
real(8) :: CasingDepth
real(8) :: CasingId
real(8) :: CasingOd
real(8) :: CasingWeight
real(8) :: CasingCollapsePressure
real(8) :: CasingTensileStrength
real(8) :: LinerTopDepth
real(8) :: LinerLength
real(8) :: LinerId
real(8) :: LinerOd
real(8) :: LinerWeight
real(8) :: LinerCollapsePressure
real(8) :: LinerTensileStrength
real(8) :: OpenHoleId
real(8) :: OpenHoleLength
integer :: HoleType
real(8) :: Angle
real(8) :: Length
real(8) :: FinalAngle
real(8) :: TotalLength
real(8) :: MeasuredDepth
real(8) :: TotalVerticalDepth

+ 12
- 12
TorqueDrag/TD_ReadDataSubroutines/TD_WellReadData.f90 Parādīt failu

@@ -9,7 +9,7 @@ subroutine TD_WellReadData
data%State%TD_WellGeneral%WellIntervalsCount = PathGeneration%ItemCount + 1 ! +1 is belong to ROP hole
data%State%TD_WellGeneral%WellIntervalsCount = data%Configuration%Path%ItemCount + 1 ! +1 is belong to ROP hole
if (Allocated(data%State%TD_WellGeo)) deAllocate (data%State%TD_WellGeo)
Allocate (data%State%TD_WellGeo(data%State%TD_WellGeneral%WellIntervalsCount))
@@ -21,25 +21,25 @@ subroutine TD_WellReadData
! Set Well Geometry Data
!====================================================
data%State%TD_WellGeo(1)%HoleType = PathGeneration%Items(1)%HoleType
data%State%TD_WellGeo(1)%HoleType = data%Configuration%Path%Items(1)%HoleType
data%State%TD_WellGeo(1)%StartAngle = 0.d0 ![rad]
data%State%TD_WellGeo(1)%EndAngle = PathGeneration%Items(1)%FinalAngle*(pi/180.d0) ![rad]
data%State%TD_WellGeo(1)%IntervalLength= PathGeneration%Items(1)%TotalLength ![ft]
data%State%TD_WellGeo(1)%EndAngle = data%Configuration%Path%Items(1)%FinalAngle*(pi/180.d0) ![rad]
data%State%TD_WellGeo(1)%IntervalLength= data%Configuration%Path%Items(1)%TotalLength ![ft]
!data%State%TD_WellGeo(1)%VerticalDepth = PathGenerations(1)%TotalVerticalDepth
data%State%TD_WellGeo(1)%TopDepth = 0.d0
data%State%TD_WellGeo(1)%DownDepth = PathGeneration%Items(1)%MeasuredDepth
data%State%TD_WellGeo(1)%DownDepth = data%Configuration%Path%Items(1)%MeasuredDepth
Do i=2,data%State%TD_WellGeneral%WellIntervalsCount-1
data%State%TD_WellGeo(i)%HoleType = PathGeneration%Items(i)%HoleType
data%State%TD_WellGeo(i)%StartAngle = PathGeneration%Items(i-1)%FinalAngle*(pi/180.d0)
data%State%TD_WellGeo(i)%EndAngle = PathGeneration%Items(i)%FinalAngle*(pi/180.d0)
data%State%TD_WellGeo(i)%IntervalLength= PathGeneration%Items(i)%TotalLength
!data%State%TD_WellGeo(i)%VerticalDepth = PathGeneration%Items(i)%TotalVerticalDepth
data%State%TD_WellGeo(i)%TopDepth = PathGeneration%Items(i-1)%MeasuredDepth
data%State%TD_WellGeo(i)%DownDepth = PathGeneration%Items(i)%MeasuredDepth
data%State%TD_WellGeo(i)%HoleType = data%Configuration%Path%Items(i)%HoleType
data%State%TD_WellGeo(i)%StartAngle = data%Configuration%Path%Items(i-1)%FinalAngle*(pi/180.d0)
data%State%TD_WellGeo(i)%EndAngle = data%Configuration%Path%Items(i)%FinalAngle*(pi/180.d0)
data%State%TD_WellGeo(i)%IntervalLength= data%Configuration%Path%Items(i)%TotalLength
!data%State%TD_WellGeo(i)%VerticalDepth = data%Configuration%Path%Items(i)%TotalVerticalDepth
data%State%TD_WellGeo(i)%TopDepth = data%Configuration%Path%Items(i-1)%MeasuredDepth
data%State%TD_WellGeo(i)%DownDepth = data%Configuration%Path%Items(i)%MeasuredDepth
!=====> Radius Of Curvature Calculation
if (data%State%TD_WellGeo(i)%HoleType/=0) then


+ 2
- 2
TorqueDrag/TD_StartUp/TD_StartUp.f90 Parādīt failu

@@ -26,7 +26,7 @@ subroutine TD_StartUp
!! Allocate Modules
!!====================================================
! !=====> Set WellGeo Dimension
! data%State%TD_WellGeneral%WellIntervalsCount = PathGeneration%ItemCount + 1 ! +1 is belong to ROP hole
! data%State%TD_WellGeneral%WellIntervalsCount = data%Configuration%Path%ItemCount + 1 ! +1 is belong to ROP hole
! Allocate (data%State%TD_WellGeo(data%State%TD_WellGeneral%WellIntervalsCount))
!
! !=====> Set WellGeo Dimension
@@ -37,7 +37,7 @@ subroutine TD_StartUp
data%State%ROP_Bit%RateOfPenetration = 0.d0
data%State%ROP_Bit%BearingWear = 0.d0
data%State%ROP_Spec%FormationNumber = 0
data%State%ROP_Bit%OldROPDepth = PathGeneration%Items(PathGeneration%ItemCount)%MeasuredDepth
data%State%ROP_Bit%OldROPDepth = data%Configuration%Path%Items(data%Configuration%Path%ItemCount)%MeasuredDepth
data%State%ROP_Bit%OldROPValue = 0.d0
data%State%ROP_Bit%SetROPGauge = 0.d0


+ 55
- 32
helper.ipynb Parādīt failu

@@ -2,58 +2,81 @@
"cells": [
{
"cell_type": "code",
"execution_count": 19,
"execution_count": 5,
"metadata": {},
"outputs": [
{
"data": {
"text/plain": [
"[' integer :: RigType\\n',\n",
" ' real(8) :: CrownHeight\\n',\n",
" ' real(8) :: MonkeyBoandHeight\\n',\n",
" ' real(8) :: RigFloorHeight\\n']"
]
},
"execution_count": 19,
"metadata": {},
"output_type": "execute_result"
"name": "stdout",
"output_type": "stream",
"text": [
"{\"BitType\":0,\n",
"\"BitSize\":0,\n",
"\"BitCodeHundreds\":0,\n",
"\"BitCodeTens\":0,\n",
"\"BitCodeOnes\":0,\n",
"\"BitNozzleSize\":0,\n",
"\"BitLength\":0,\n",
"\"BitWeightPerLength\":0,\n",
"\"BitNozzleNo\":0,\n",
"\"FloatValve\":0,\n",
"\n"
]
}
],
"source": [
"lines"
"input = open(\"Text1.txt\")\n",
"output = \"{\"\n",
"lines = input.readlines()\n",
"for line in lines:\n",
" name = line.split(\"::\")[-1].strip()\n",
" type = line.split(\"::\")[0].strip()\n",
" output += f\"\\\"{name}\\\":0,\\n\" \n",
" # name = line.split(\"%\")[-1][:-1]\n",
" # print(name)\n",
"print(output+\"}\")\n"
]
},
{
"cell_type": "code",
"execution_count": 23,
"execution_count": 4,
"metadata": {},
"outputs": [
{
"name": "stdout",
"output_type": "stream",
"text": [
"call json%add(p,\"CasingDepth\",data%Configuration%CasingLinerChoke%CasingDepth)\n",
"call json%add(p,\"CasingId\",data%Configuration%CasingLinerChoke%CasingId)\n",
"call json%add(p,\"CasingOd\",data%Configuration%CasingLinerChoke%CasingOd)\n",
"call json%add(p,\"CasingWeight\",data%Configuration%CasingLinerChoke%CasingWeight)\n",
"call json%add(p,\"CasingCollapsePressure\",data%Configuration%CasingLinerChoke%CasingCollapsePressure)\n",
"call json%add(p,\"CasingTensileStrength\",data%Configuration%CasingLinerChoke%CasingTensileStrength)\n",
"call json%add(p,\"\",data%Configuration%CasingLinerChoke%)\n",
"call json%add(p,\"LinerTopDepth\",data%Configuration%CasingLinerChoke%LinerTopDepth)\n",
"call json%add(p,\"LinerLength\",data%Configuration%CasingLinerChoke%LinerLength)\n",
"call json%add(p,\"LinerId\",data%Configuration%CasingLinerChoke%LinerId)\n",
"call json%add(p,\"LinerOd\",data%Configuration%CasingLinerChoke%LinerOd)\n",
"call json%add(p,\"LinerWeight\",data%Configuration%CasingLinerChoke%LinerWeight)\n",
"call json%add(p,\"LinerCollapsePressure\",data%Configuration%CasingLinerChoke%LinerCollapsePressure)\n",
"call json%add(p,\"LinerTensileStrength\",data%Configuration%CasingLinerChoke%LinerTensileStrength)\n",
"call json%add(p,\"\",data%Configuration%CasingLinerChoke%)\n",
"call json%add(p,\"OpenHoleId\",data%Configuration%CasingLinerChoke%OpenHoleId)\n",
"call json%add(p,\"OpenHoleLength\",data%Configuration%CasingLinerChoke%OpenHoleLength)\n"
"call json%add(p,\"ActiveMudType\",data%Configuration%Mud%ActiveMudType)\n",
"call json%add(p,\"ActiveRheologyModel\",data%Configuration%Mud%ActiveRheologyModel)\n",
"call json%add(p,\"ActiveMudVolume\",data%Configuration%Mud%ActiveMudVolume)\n",
"call json%add(p,\"ActiveMudVolumeGal\",data%Configuration%Mud%ActiveMudVolumeGal)\n",
"call json%add(p,\"ActiveDensity\",data%Configuration%Mud%ActiveDensity)\n",
"call json%add(p,\"ActivePlasticViscosity\",data%Configuration%Mud%ActivePlasticViscosity)\n",
"call json%add(p,\"ActiveYieldPoint\",data%Configuration%Mud%ActiveYieldPoint)\n",
"call json%add(p,\"ActiveThetaThreeHundred\",data%Configuration%Mud%ActiveThetaThreeHundred)\n",
"call json%add(p,\"ActiveThetaSixHundred\",data%Configuration%Mud%ActiveThetaSixHundred)\n",
"call json%add(p,\"ReserveMudType\",data%Configuration%Mud%ReserveMudType)\n",
"call json%add(p,\"ReserveMudVolume\",data%Configuration%Mud%ReserveMudVolume)\n",
"call json%add(p,\"ReserveMudVolumeGal\",data%Configuration%Mud%ReserveMudVolumeGal)\n",
"call json%add(p,\"ReserveDensity\",data%Configuration%Mud%ReserveDensity)\n",
"call json%add(p,\"ReservePlasticViscosity\",data%Configuration%Mud%ReservePlasticViscosity)\n",
"call json%add(p,\"ReserveYieldPoint\",data%Configuration%Mud%ReserveYieldPoint)\n",
"call json%add(p,\"ReserveThetaThreeHundred\",data%Configuration%Mud%ReserveThetaThreeHundred)\n",
"call json%add(p,\"ReserveThetaSixHundred\",data%Configuration%Mud%ReserveThetaSixHundred)\n",
"call json%add(p,\"ActiveTotalTankCapacity\",data%Configuration%Mud%ActiveTotalTankCapacity)\n",
"call json%add(p,\"ActiveTotalTankCapacityGal\",data%Configuration%Mud%ActiveTotalTankCapacityGal)\n",
"call json%add(p,\"ActiveSettledContents\",data%Configuration%Mud%ActiveSettledContents)\n",
"call json%add(p,\"ActiveSettledContentsGal\",data%Configuration%Mud%ActiveSettledContentsGal)\n",
"call json%add(p,\"ActiveTotalContents\",data%Configuration%Mud%ActiveTotalContents)\n",
"call json%add(p,\"ActiveTotalContentsGal\",data%Configuration%Mud%ActiveTotalContentsGal)\n",
"call json%add(p,\"ActiveAutoDensity\",data%Configuration%Mud%ActiveAutoDensity)\n",
"call json%add(p,\"InitialTripTankMudVolume\",data%Configuration%Mud%InitialTripTankMudVolume)\n",
"call json%add(p,\"InitialTripTankMudVolumeGal\",data%Configuration%Mud%InitialTripTankMudVolumeGal)\n",
"call json%add(p,\"PedalFlowMeter\",data%Configuration%Mud%PedalFlowMeter)\n"
]
}
],
"source": [
"precode = \"\"\"call json%add(p,\"\",data%Configuration%CasingLinerChoke%\"\"\"\n",
"precode = \"\"\"call json%add(p,\"\",data%Configuration%Mud%\"\"\"\n",
"input = open(\"Text1.txt\")\n",
"lines = input.readlines()\n",
"for line in lines:\n",


+ 69
- 3
test.json Parādīt failu

@@ -1,7 +1,31 @@
{
"Configuration": {
"StringConfiguration": {
"StringConfigurationItems": [],
"StringConfigurationItems": [
{"BitType":0,
"BitSize":0,
"BitCodeHundreds":0,
"BitCodeTens":0,
"BitCodeOnes":0,
"BitNozzleSize":0,
"BitLength":0,
"BitWeightPerLength":0,
"BitNozzleNo":0,
"FloatValve":0
}
,
{"BitType":0,
"BitSize":0,
"BitCodeHundreds":0,
"BitCodeTens":0,
"BitCodeOnes":0,
"BitNozzleSize":0,
"BitLength":0,
"BitWeightPerLength":0,
"BitNozzleNo":0,
"FloatValve":0
}
],
"BitDefenition": {
"BitCodeHundreds": 0,
"BitCodeOnes": 0,
@@ -15,7 +39,22 @@
"FloatValve": false
}
},
"Fromations": [],
"Fromations": [
{"Top":0,
"Thickness":0,
"Drillablity":0,
"Abrasiveness":0,
"ThresholdWeight":0,
"PorePressureGradient":0
},
{"Top":0,
"Thickness":0,
"Drillablity":0,
"Abrasiveness":0,
"ThresholdWeight":0,
"PorePressureGradient":0
}
],
"Reservoir": {
"AutoMigrationRate": 0.0E+0,
"FluidGradient": 0.0E+0,
@@ -152,6 +191,33 @@
"OpenHoleId": 0.0E+0,
"OpenHoleLength": 0.0E+0
},
"Path": {}
"Path": {
"Items": [
{"HoleType":0,
"Angle":0,
"Length":0,
"FinalAngle":0,
"TotalLength":0,
"MeasuredDepth":0,
"TotalVerticalDepth":0
},
{"HoleType":0,
"Angle":0,
"Length":0,
"FinalAngle":0,
"TotalLength":0,
"MeasuredDepth":0,
"TotalVerticalDepth":0
}
],
"DataPoints": [
{"X":0,
"Y":0
},
{"X":0,
"Y":0
}
]
}
}
}

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