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arrays_module.f90
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arrays_module.f90
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module arrays_module
implicit none
save
real, allocatable :: area(:), bo(:,:) !, y(:, :), q(:, :)
!real, allocatable :: areap(:), qp(:), z(:), dqp(:)
real, allocatable :: av11(:), av12(:), av21(:), av22(:)
real, allocatable :: ci1(:), ci2(:)!, dqc(:), dap(:), dac(:)
real, allocatable :: aso(:,:), f1(:), f2(:), depth(:)
real, allocatable :: g11inv(:), g12inv(:), g21inv(:), g22inv(:)
real, allocatable :: b11(:), b12(:), b21(:), b22(:)
real, allocatable :: eps2(:), eps4(:), d1(:), d2(:), u(:), c(:)
real, allocatable :: co(:), gso(:,:), dbdx(:,:)!,sk(:)
real, allocatable :: dx(:,:), froud(:), courant(:)
real, allocatable :: dt(:)
!**arrays for branching channel application
integer, allocatable :: ndep(:), uslinks(:,:), dslink(:), instrdflag(:,:), nx1(:)
!real, allocatable :: y(:, :, :), q(:, :, :), qlat(:,:,:), bo(:, :), traps(:,:) !,area(:,:), areafnal(:,:,:),
real, allocatable :: areap(:, :), qp(:, :, :), z(:, :), sk(:, :) ! change 20210628
real, allocatable :: dqp(:,:), dap(:,:), dqc(:,:), dac(:,:)
real, allocatable :: celerity(:,:),velocity(:,:), diffusivity(:,:), diffusivity2(:), celerity2(:)
real, allocatable :: eei(:), ffi(:), exi(:), fxi(:), qpx(:,:), qcx(:)
real, allocatable :: USBoundary(:,:,:), DSBoundary(:,:,:)
integer, allocatable :: upBoundTableEntry(:), downBoundTableEntry(:) !, normalDepth(:,:)
! change for unsteady flow
real, allocatable :: pere(:,:),dpda(:)
real, allocatable :: oldQ(:,:), newQ(:,:,:), oldArea(:,:), newArea(:,:), oldY(:,:), newY(:,:), normalDepthAtNodes(:,:) ! change 20210628
real, allocatable :: added_Q(:,:,:) ! change 20210713
integer, allocatable :: ityp(:), latFlowLocations(:,:), dataInEachLatFlow(:,:), latFlowType(:,:), latFlowXsecs(:,:)
real, allocatable :: lateralFlowTable(:,:,:,:), lateralFlow(:,:,:)
! for additional lateral flow of the structures
integer, allocatable :: latFlowLocations2(:,:), dataInEachLatFlow2(:,:), latFlowType2(:,:), latFlowXsecs2(:,:), noLatFlow2(:)
real, allocatable :: lateralFlowTable2(:,:,:,:), lateralFlow2(:,:)
real, allocatable :: dimensionless_Cr(:,:), dimensionless_Fo(:,:), dimensionless_Fi(:,:)
real, allocatable :: dimensionless_Di(:,:), dimensionless_Fc(:,:), dimensionless_D(:,:)
real, allocatable :: ini_y(:), ini_q(:)
real, allocatable :: ini_q_repeat(:,:), ini_E(:,:), ini_F(:,:)
integer, allocatable :: Q_sk_tableEntry(:,:), noLatFlow(:), noQSKtable(:)
real, allocatable :: eachQSKtableNodeRange(:,:,:), Q_sk_Table(:,:,:,:)
real, allocatable :: lowerLimitCount(:), higherLimitCount(:), volRemain(:,:)
character(len=128), allocatable :: downstream_path(:), xSection_path(:), manning_strickler_path(:), upstream_path(:),dx_path(:)
character(len=128), allocatable :: QSKtablePath(:), lateralFlow_path(:), lateralFlow_path2(:)
character(len=128), allocatable :: bankLocation_path(:)
real, allocatable :: leftBank(:,:), rightBank(:,:), skLeft(:,:), skMain(:,:), skRight(:,:)
integer, allocatable :: currentROutingDiffusive(:), notSwitchRouting(:)
real :: minDx, maxCelerity,maxCelDx
integer, allocatable :: currentRoutingNormal(:,:), routingNotChanged(:,:)
contains
! Allocate storage for all of the arrays in this module based on the number
! of time steps and spatial points
subroutine setup_arrays(num_time, num_points, maxTableEntry1, maxTableEntry2, totalLatFlow, totalQSKtable, totalChannels)
implicit none
! Input
integer, intent(in) :: num_time, num_points, maxTableEntry1, maxTableEntry2, totalLatFlow, totalQSKtable, totalChannels
allocate(area(num_points))
! change for unsteady flow
allocate(bo(num_points,totalChannels))
allocate(pere(num_points,totalChannels))
allocate(dpda(num_points))
!allocate(normalDepth(totalChannels)) !! this parameter indicates which channel will have full diffusive or partial diffusive routing.
allocate(normalDepthAtNodes(num_points,totalChannels))
normalDepthAtNodes = 0.
allocate(areap(num_points,totalChannels))
allocate(qp(num_points,num_time,totalChannels))
allocate(ini_q_repeat(num_points,totalChannels))
allocate(ini_E(num_points,totalChannels))
allocate(ini_F(num_points,totalChannels))
allocate(z(num_points,totalChannels))
z=0. ! initialization
allocate(av11(num_points))
allocate(av12(num_points))
allocate(av21(num_points))
allocate(av22(num_points))
allocate(dqp(num_points,totalChannels))
allocate(dqc(num_points,totalChannels))
allocate(dap(num_points,totalChannels))
allocate(dac(num_points,totalChannels))
allocate(ci1(num_points))
allocate(ci2(num_points))
allocate(aso(num_points,totalChannels))
aso = 0.
allocate(depth(num_points))
allocate(f1(num_points))
allocate(f2(num_points))
allocate(g11inv(num_points))
allocate(g12inv(num_points))
allocate(g21inv(num_points))
allocate(g22inv(num_points))
allocate(b11(num_points))
allocate(b12(num_points))
allocate(b21(num_points))
allocate(b22(num_points))
allocate(eps2(num_points))
allocate(eps4(num_points))
allocate(d1(num_points))
allocate(d2(num_points))
allocate(u(num_points))
allocate(c(num_points))
allocate(sk(num_points,totalChannels))
allocate(leftBank(num_points,totalChannels))
allocate(rightBank(num_points,totalChannels))
allocate(skLeft(num_points,totalChannels))
allocate(skMain(num_points,totalChannels))
allocate(skRight(num_points,totalChannels))
allocate(co(num_points))
allocate(gso(num_points,totalChannels))
gso = 0.
allocate(dbdx(num_points,totalChannels))
dbdx = 0.
allocate(dt(num_points))
allocate(ityp(num_points))
allocate(dx(num_points-1,totalChannels))
allocate(volRemain(num_points-1,totalChannels))
allocate(froud(num_points))
allocate(Q_sk_Table(2, maxTableEntry1, totalQSKtable,totalChannels))
allocate(Q_sk_tableEntry(totalQSKtable,totalChannels))
allocate(USBoundary(2, maxTableEntry2,totalChannels))
allocate(DSBoundary(2, maxTableEntry2,totalChannels))
allocate(ndep(totalChannels))
allocate(dslink(totalChannels))
!allocate(uslinks(num_points,totalChannels))
allocate(instrdflag(totalChannels,2))
allocate(courant(num_points-1))
allocate(oldQ(num_points, totalChannels))
allocate(newQ(num_points, num_time, totalChannels)) ! change 20210628
allocate(added_Q(num_points, num_time, totalChannels)) ! change 20210713
allocate(oldArea(num_points, totalChannels))
allocate(newArea(num_points, totalChannels))
allocate(oldY(num_points, totalChannels))
allocate(newY(num_points, totalChannels))
oldQ = -999; oldY = -999; newQ = -999; newY = -999
allocate(lateralFlowTable(2, maxTableEntry2, totalLatFlow, totalChannels))
allocate(dataInEachLatFlow(totalLatFlow, totalChannels))
!allocate(lateralFlow(num_points, totalChannels)) ! change 20210311
allocate(lateralFlow(num_points, num_time, totalChannels)) ! change 20210707
allocate(celerity(num_points, totalChannels))
allocate(velocity(num_points, totalChannels))
allocate(diffusivity(num_points, totalChannels))
allocate(celerity2(num_points))
allocate(diffusivity2(num_points))
allocate(eei(num_points))
allocate(ffi(num_points))
allocate(exi(num_points))
allocate(fxi(num_points))
allocate(qpx(num_points, totalChannels))
allocate(qcx(num_points))
allocate(dimensionless_Cr(num_points-1,totalChannels))
allocate(dimensionless_Fo(num_points-1,totalChannels))
allocate(dimensionless_Fi(num_points-1,totalChannels))
allocate(dimensionless_Di(num_points-1,totalChannels))
allocate(dimensionless_Fc(num_points-1,totalChannels))
allocate(dimensionless_D(num_points-1,totalChannels))
dimensionless_Cr = -999; dimensionless_Fo = -999; dimensionless_Fi = -999
dimensionless_Di = -999; dimensionless_Fc = -999; dimensionless_D = -999
allocate(lowerLimitCount(totalChannels))
allocate(higherLimitCount(totalChannels))
allocate(currentRoutingNormal(num_points-1,totalChannels))
allocate(routingNotChanged(num_points-1,totalChannels))
end subroutine setup_arrays
end module arrays_module