module RotaryTableMain
    implicit none
    public
    contains
    
    ! subroutine RotaryTable_Setup()
    !     !! use CSimulationVariables
    !     !call OnSimulationInitialization%Add(RotaryTable_Init)
    !     !call OnSimulationStop%Add(RotaryTable_Init)
    !     !call OnRotaryTableStep%Add(RotaryTable_Step)
    !     !call OnRotaryTableOutput%Add(RotaryTable_Output)
    !     !call OnRotaryTableMain%Add(RotaryTableMainBody)
    ! end subroutine
    
    subroutine RotaryTable_Init
        Call RTable_StartUp            
    end subroutine RotaryTable_Init
    
    subroutine RotaryTable_Step    
        implicit none
        Call Rtable_MainSolver
    end subroutine RotaryTable_Step

    ! subroutine RotaryTable_Output
    !     implicit none
    ! end subroutine RotaryTable_Output
    
    
    ! subroutine RotaryTableMainBody
    !     use CDataDisplayConsoleVariables
    !     use CDrillingConsoleVariables
    !     ! use CSimulationVariables
    !     use RTable_VARIABLES
    !     use CDrillWatchVariables
    !     use CWarningsVariables
    !     use CSounds
    
    !     implicit none
    
    !     integer,dimension(8) :: RT_START_TIME, RT_END_TIME
    !     INTEGER :: RT_SolDuration
    
    
    !     Call RTable_StartUp
    !     loopRtablestart : do
            
    !         CALL DATE_AND_TIME(values=RT_START_TIME)
    
    !         Call Rtable_MainSolver
            
    !         if (IsStopped == .true.) then
    !             exit loopRtablestart
    !         end if
            
    !         CALL DATE_AND_TIME(values=RT_END_TIME) 
    !         RT_SolDuration = 100-(RT_END_TIME(5)*3600000+RT_END_TIME(6)*60000+RT_END_TIME(7)*1000+RT_END_TIME(8)-RT_START_TIME(5)*3600000-RT_START_TIME(6)*60000-RT_START_TIME(7)*1000-RT_START_TIME(8))
    !         if(RT_SolDuration > 0.0) then
    !             CALL sleepqq(RT_SolDuration)
    !         end if
    
        
    !     end do loopRtablestart
    
    
    ! end subroutine RotaryTableMainBody



end module RotaryTableMain