The module contains the definition of a "node descriptor" as well as other global variables used during the whole run. More...

Variables
integer, parameter	rsize = 5

integer, parameter	nsize = 19

integer, parameter	levelptr = 1
	node number (index) of next grid on the same level More...

integer, parameter	tempptr = 2
	temporary pointer More...

integer, parameter	errptr = 3

integer, parameter	nestlevel = 4
	AMR level of the grid. More...

integer, parameter	cfluxptr = 5
	Pointer to an 5 by maxsp array, which has boundary information for this grid. More...

integer, parameter	ffluxptr = 6
	pointer to the address of memory storing fluxes in a layer around the grid, to be used in conservation fixup near coarse-fine grid intersections. More...

integer, parameter	store1 = 7
	pointer to the address of memory storing the first copy of solution data on this grid, usually for storing new solution More...

integer, parameter	store2 = 8
	pointer to the address of memory storing the second copy of solution data on this grid, usually for storing old solution More...

integer, parameter	ndilo = 9
	global i index of left border of this grid More...

integer, parameter	ndihi = 10
	global i index of right border of this grid More...

integer, parameter	ndjlo = 11
	global j index of lower border of this grid More...

integer, parameter	ndjhi = 12
	global j index of upper border of this grid More...

integer, parameter	storeaux = 13
	pointer to the address of memory storing auxiliary data on this grid More...

integer, parameter	storeflags = 14
	pointer to the address of memory storing flags for refinement on this grid More...

integer, parameter	numflags = 15
	number of flagged cells on this grid More...

integer, parameter	domflags_base = 16
	domain flags, indexed within base level (lbase) index space More...

integer, parameter	domflags2 = 17
	domain flags, indexed within level-of-this-grid level index space More...

integer, parameter	bndlistst = 18
	pointer (actually it's an index in the bndList array) to the first node of a linked list, which stores all grids (on the same level) that border this grid More...

integer, parameter	bndlistnum = 19
	number of grids (on the same level) that border this grid More...

integer, parameter	cornxlo = 1
	x-coordinate of the left border of this grid More...

integer, parameter	cornylo = 2
	y-coordinate of the lower border of this grid More...

integer, parameter	cornxhi = 3
	x-coordinate of the right border of this grid More...

integer, parameter	cornyhi = 4
	y-coordinate of the upper border of this grid More...

integer, parameter	timemult = 5
	current simulation time on this grid More...

integer, parameter	nextfree = 2

integer, parameter	null = 0

integer, parameter	nil = 0

integer, parameter	gridnbor = 1

real(kind=8), parameter	goodpt = 0.0

real(kind=8), parameter	badpt = 2.0

real(kind=8), parameter	badpro = 3.0

real(kind=8), parameter	needs_to_be_set = 10.e33

real(kind=8), parameter	rinfinity = 10.e32

integer, parameter	iinfinity = 999999999

integer, parameter	horizontal = 1

integer, parameter	vertical = 2

integer, parameter	maxgr = 15000

integer, parameter	maxlv = 10

integer, parameter	maxcl = 5000
	maximum number of clusters (grids) on each grid level More...

integer, parameter	max1d = 60

integer, parameter	maxvar = 10

integer, parameter	maxaux = 20

integer, parameter	maxwave = 10

integer, dimension(maxgr)	listofgrids

integer, dimension(0:maxlv+1)	liststart

integer, parameter	bndlistsize = 8*maxgr

integer, dimension(bndlistsize, 2)	bndlist

real(kind=8), dimension(maxlv)	hxposs

real(kind=8), dimension(maxlv)	hyposs

real(kind=8), dimension(maxlv)	possk

real(kind=8), dimension(rsize, maxgr)	rnode

real(kind=8)	tol

real(kind=8)	tolsp

integer	ibuff

integer	mstart

integer	ndfree

integer	ndfree_bnd

integer	lfine

integer, dimension(nsize, maxgr)	node

integer, dimension(maxlv)	icheck

integer, dimension(maxlv)	lstart

integer, dimension(maxlv)	newstl

integer, dimension(maxlv)	listsp

integer, dimension(maxlv)	intratx

integer, dimension(maxlv)	intraty

integer, dimension(maxlv)	kratio

integer, dimension(maxlv)	iregsz

integer, dimension(maxlv)	jregsz

integer, dimension(maxlv)	iregst

integer, dimension(maxlv)	jregst

integer, dimension(maxlv)	iregend

integer, dimension(maxlv)	jregend

integer, dimension(maxlv)	numgrids

integer, dimension(maxlv)	numcells

integer	iorder

integer	mxnest

integer	kcheck

real(kind=8), dimension(:), allocatable	alloc

integer	memsize

integer, parameter	lfdim =5000

integer, dimension(lfdim, 2)	lfree

integer	lenf

logical	xperdom

logical	yperdom

logical	spheredom

real(kind=8)	xupper

real(kind=8)	yupper

real(kind=8)	xlower

real(kind=8)	ylower

integer	nghost

integer, dimension(4)	mthbc

real(kind=8), dimension(maxlv)	rvoll

real(kind=8)	evol

real(kind=8)	rvol

real(kind=8), dimension(maxlv)	avenumgrids

integer, dimension(maxlv)	iregridcount

integer, dimension(maxlv)	tvoll

integer	timeregridding

integer	timeupdating

integer	timevalout

integer	timeflglvl

integer	timegrdfit2

integer	timegrdfit3

integer	timegrdfitall

integer	timebound

integer	timestepgrid

integer	timeflagger

integer	timebufnst

integer	timetick

real(kind=8), dimension(maxlv)	tvollcpu

real(kind=8)	timetickcpu

real(kind=8)	timeboundcpu

real(kind=8)	timestepgridcpu

real(kind=8)	timeregriddingcpu

real(kind=8)	timevaloutcpu

integer	lentot

integer	lenmax

integer	lendim

character(len=10), dimension(:), allocatable	auxtype

integer, dimension(7)	method

integer	mwaves

integer	mcapa

integer	dimensional_split

integer, dimension(:), allocatable	mthlim

real(kind=8)	cfl

real(kind=8)	cflmax

real(kind=8)	cflv1

real(kind=8)	cfl_level

logical	use_fwaves

logical	flag_richardson

logical	flag_gradient

integer	verbosity_regrid

logical	printout

logical	matlabout

logical	ncarout

real(kind=8)	tmass0

integer	output_style

integer	nstop

integer	nout

integer	iout

real(kind=8), dimension(:), allocatable	tout

real(kind=8)	t0

real(kind=8)	tfinal

real(kind=8)	tstart_thisrun

integer	nq_components

integer	naux_components

integer	output_format

integer, dimension(:), allocatable	output_q_components

integer, dimension(:), allocatable	output_aux_components

logical	output_aux_onlyonce

integer	checkpt_style

integer	nchkpt

integer	checkpt_interval

real(kind=8), dimension(:), allocatable	tchk

integer	matlabu

integer, parameter	parmunit = 12

integer, parameter	chkunit = 10

integer, parameter	inunit = 5

integer, parameter	outunit = 66

integer, parameter	pltunit1 = 3

integer, parameter	rstunit = 9

integer, parameter	dbugunit = 11

integer, parameter	matunit = 70

logical	dprint

logical	eprint

logical	edebug

logical	gprint

logical	nprint

logical	pprint

logical	rprint

logical	sprint

logical	tprint

logical	uprint

character(len=200)	rstfile

logical	check_a

Detailed Description

The module contains the definition of a "node descriptor" as well as other global variables used during the whole run.

The "node descriptor" is a tree data structure we use to keep track of all AMR grids. Each grid in the grid hierarchy corresponds to a node in the tree. When a fine grid is nested in a coarse grid, its corresponding node in the tree is an offspring of the parent node corresponding to the coarse grid.

Tree data structure for grid management

Each node has a fixed number of items of information describing the grid, stored and accessable as node(property number, node number) (which returns a integer type as either data itself or a pointer to a memory location) and rnode(property number, node number) (which returns a real type). E.g. node(nestlevel, 5) stores AMR level of grid 5. rnode(cornxlo, 3) stores x-coordinate of left border of grid 3.

See explanation to each data members in this module for details of all properties of a node.

Variable Documentation

◆ alloc

real(kind=8), dimension(:), allocatable amr_module::alloc

Definition at line 218 of file amr_module.f90.

Referenced by advanc(), basecheck(), bufnst2(), check(), colate2(), conck(), domain(), domgrid(), errest(), filval(), flagger(), flglvl2(), fluxsv(), gfixup(), ginit(), grdfit(), icall(), init_alloc(), intcopy(), intfil(), outmsh(), par_advanc(), prefilrecur(), prepbigstep(), prepc(), prepf(), resize_storage(), restrt(), restrt_alloc(), saveqc(), setdomflags(), spest2(), upbnd(), update(), and valout().

218 real(kind=8), allocatable, dimension(:) :: alloc ! new way, use allocatable, not pointer

amr_module::alloc

real(kind=8), dimension(:), allocatable alloc

Definition: amr_module.f90:218

◆ auxtype

character(len=10), dimension(:), allocatable amr_module::auxtype

Definition at line 252 of file amr_module.f90.

Referenced by amr2(), prepbigstep(), and qad().

252 character(len=10), allocatable :: auxtype(:)

amr_module::auxtype

character(len=10), dimension(:), allocatable auxtype

Definition: amr_module.f90:252

◆ avenumgrids

real(kind=8), dimension(maxlv) amr_module::avenumgrids

Definition at line 237 of file amr_module.f90.

Referenced by amr2(), check(), domain(), regrid(), restrt(), setgrd(), and stst1().

◆ badpro

real(kind=8), parameter amr_module::badpro = 3.0

Definition at line 166 of file amr_module.f90.

Referenced by projec2().

166 real(kind=8), parameter :: badpro = 3.0

amr_module::badpro

real(kind=8), parameter badpro

Definition: amr_module.f90:166

◆ badpt

real(kind=8), parameter amr_module::badpt = 2.0

Definition at line 165 of file amr_module.f90.

Referenced by addflags(), bufnst2(), errf1(), flagger(), and spest2().

165 real(kind=8), parameter :: badpt = 2.0

amr_module::badpt

real(kind=8), parameter badpt

Definition: amr_module.f90:165

◆ bndlist

integer, dimension(bndlistsize,2) amr_module::bndlist

Definition at line 191 of file amr_module.f90.

Referenced by freebndrylist(), initbndrylist(), intfil(), makebndrylist(), nodget_bnd(), and putnod_bnd().

191 integer :: bndlist(bndlistsize,2) ! guess size, average # nbors 4? manage as linked list

amr_module::bndlistsize

integer, parameter bndlistsize

Definition: amr_module.f90:190

amr_module::bndlist

integer, dimension(bndlistsize, 2) bndlist

Definition: amr_module.f90:191

◆ bndlistnum

integer, parameter amr_module::bndlistnum = 19

number of grids (on the same level) that border this grid

Definition at line 139 of file amr_module.f90.

Referenced by freebndrylist(), intfil(), makebndrylist(), and nodget_bnd().

139 integer, parameter :: bndlistnum = 19

amr_module::bndlistnum

integer, parameter bndlistnum

number of grids (on the same level) that border this grid

Definition: amr_module.f90:139

◆ bndlistsize

integer, parameter amr_module::bndlistsize = 8*maxgr

Definition at line 190 of file amr_module.f90.

Referenced by initbndrylist(), and nodget_bnd().

190 integer,parameter :: bndlistsize = 8*maxgr

amr_module::maxgr

integer, parameter maxgr

Definition: amr_module.f90:173

amr_module::bndlistsize

integer, parameter bndlistsize

Definition: amr_module.f90:190

◆ bndlistst

integer, parameter amr_module::bndlistst = 18

pointer (actually it's an index in the bndList array) to the first node of a linked list, which stores all grids (on the same level) that border this grid

Definition at line 136 of file amr_module.f90.

Referenced by freebndrylist(), intfil(), and makebndrylist().

136 integer, parameter :: bndlistst = 18

amr_module::bndlistst

integer, parameter bndlistst

pointer (actually it's an index in the bndList array) to the first node of a linked list...

Definition: amr_module.f90:136

◆ cfl

real(kind=8) amr_module::cfl

Definition at line 255 of file amr_module.f90.

Referenced by amr2(), domain(), stepgrid(), and stepgrid_dimsplit().

255 real(kind=8) cfl,cflmax,cflv1,cfl_level

amr_module::cfl

real(kind=8) cfl

Definition: amr_module.f90:255

amr_module::cflmax

real(kind=8) cflmax

Definition: amr_module.f90:255

amr_module::cflv1

real(kind=8) cflv1

Definition: amr_module.f90:255

amr_module::cfl_level

real(kind=8) cfl_level

Definition: amr_module.f90:255

◆ cfl_level

real(kind=8) amr_module::cfl_level

Definition at line 255 of file amr_module.f90.

Referenced by advanc(), stepgrid(), stepgrid_dimsplit(), and tick().

◆ cflmax

real(kind=8) amr_module::cflmax

Definition at line 255 of file amr_module.f90.

Referenced by advanc(), amr2(), check(), and restrt().

◆ cfluxptr

integer, parameter amr_module::cfluxptr = 5

Pointer to an 5 by maxsp array, which has boundary information for this grid.

About the Array

The array is generally referred to as listbc. It stores information about interface between grid mptr and all grids one level finer if they intersect. These interfaces consist of multiple cell edges (or segments, whose length = cell size on grid mptr). Each column in listbc has five entries and stores information associated with one segment. If a global index for all these segments is denoted by ispot, the five entries for the $ispot^{th}$ segment can be explained as below:

listbc(1,ispot) stores LOCAL (RALATIVE to left boundary of grid mptr) i index of the cell on grid mptr that border this segment.
listbc(2,ispot) stores LOCAL (RALATIVE to left boundary of grid mptr) j index of the cell on grid mptr that border this segment.
listbc(3,ispot) stores side number, which indicates which side of this segment is a cell of grid mptr (coarse cell). If this segment is the left edge of a cell on grid mptr, this number is 1. The number increases (2, 3, 4) as it goes around a coarse cell clockwise (top edge, right edge, bottom edge).
listbc(4,ispot) stores grid number of the finer grid that borders this segment
listbc(5,ispot) stores the position of this segment with respect to the perimeter of this finer grid (grid listbc(4,ispot)). The fine grid will save all its fluxes all around its perimeter. This entry tells where the coarse grid should take them from. Note that number of fluxes saved here is equal to number of such segments (length = coarse cell size) needed to make up the perimeter.

Definition at line 80 of file amr_module.f90.

Referenced by outmsh(), par_advanc(), prepc(), putsp(), restrt(), and update().

80 integer, parameter :: cfluxptr = 5

amr_module::cfluxptr

integer, parameter cfluxptr

Pointer to an 5 by maxsp array, which has boundary information for this grid.

Definition: amr_module.f90:80

◆ cflv1

real(kind=8) amr_module::cflv1

Definition at line 255 of file amr_module.f90.

Referenced by amr2(), stepgrid(), and stepgrid_dimsplit().

◆ check_a

logical amr_module::check_a

Definition at line 312 of file amr_module.f90.

Referenced by amr2(), check(), and restrt().

312 logical :: check_a

amr_module::check_a

logical check_a

Definition: amr_module.f90:312

◆ checkpt_interval

integer amr_module::checkpt_interval

Definition at line 280 of file amr_module.f90.

Referenced by amr2(), and tick().

◆ checkpt_style

integer amr_module::checkpt_style

Definition at line 280 of file amr_module.f90.

Referenced by amr2(), check(), and tick().

280 integer :: checkpt_style, nchkpt, checkpt_interval

amr_module::checkpt_interval

integer checkpt_interval

Definition: amr_module.f90:280

amr_module::nchkpt

integer nchkpt

Definition: amr_module.f90:280

amr_module::checkpt_style

integer checkpt_style

Definition: amr_module.f90:280

◆ chkunit

integer, parameter amr_module::chkunit = 10

Definition at line 288 of file amr_module.f90.

Referenced by check().

288 integer, parameter :: chkunit = 10

amr_module::chkunit

integer, parameter chkunit

Definition: amr_module.f90:288

◆ cornxhi

integer, parameter amr_module::cornxhi = 3

x-coordinate of the right border of this grid

Definition at line 147 of file amr_module.f90.

Referenced by birect(), bound(), domain(), gfixup(), grdfit(), nestck2(), outmsh(), saveqc(), and gauges_module::setbestsrc().

147 integer, parameter :: cornxhi = 3

amr_module::cornxhi

integer, parameter cornxhi

x-coordinate of the right border of this grid

Definition: amr_module.f90:147

◆ cornxlo

integer, parameter amr_module::cornxlo = 1

x-coordinate of the left border of this grid

Definition at line 143 of file amr_module.f90.

Referenced by birect(), bound(), bufnst2(), domain(), errf1(), flagger(), gfixup(), ginit(), grdfit(), nestck2(), outmsh(), outval(), par_advanc(), prepbigstep(), prepregstep(), saveqc(), gauges_module::setbestsrc(), spest2(), and valout().

143 integer, parameter :: cornxlo = 1

amr_module::cornxlo

integer, parameter cornxlo

x-coordinate of the left border of this grid

Definition: amr_module.f90:143

◆ cornyhi

integer, parameter amr_module::cornyhi = 4

y-coordinate of the upper border of this grid

Definition at line 149 of file amr_module.f90.

Referenced by birect(), bound(), domain(), gfixup(), grdfit(), nestck2(), outmsh(), saveqc(), and gauges_module::setbestsrc().

149 integer, parameter :: cornyhi = 4

amr_module::cornyhi

integer, parameter cornyhi

y-coordinate of the upper border of this grid

Definition: amr_module.f90:149

◆ cornylo

integer, parameter amr_module::cornylo = 2

y-coordinate of the lower border of this grid

Definition at line 145 of file amr_module.f90.

Referenced by birect(), bound(), bufnst2(), domain(), errf1(), flagger(), gfixup(), ginit(), grdfit(), nestck2(), outmsh(), outval(), par_advanc(), prepbigstep(), prepregstep(), saveqc(), gauges_module::setbestsrc(), spest2(), and valout().

145 integer, parameter :: cornylo = 2

amr_module::cornylo

integer, parameter cornylo

y-coordinate of the lower border of this grid

Definition: amr_module.f90:145

◆ dbugunit

integer, parameter amr_module::dbugunit = 11

Definition at line 293 of file amr_module.f90.

Referenced by amr2(), check(), fluxad(), fluxsv(), qad(), stepgrid(), and stepgrid_dimsplit().

293 integer, parameter :: dbugunit = 11

amr_module::dbugunit

integer, parameter dbugunit

Definition: amr_module.f90:293

◆ dimensional_split

integer amr_module::dimensional_split

Definition at line 253 of file amr_module.f90.

Referenced by amr2(), and par_advanc().

◆ domflags2

integer, parameter amr_module::domflags2 = 17

domain flags, indexed within level-of-this-grid level index space

Definition at line 132 of file amr_module.f90.

Referenced by bufnst2(), colate2(), domgrid(), freeflags(), and setdomflags().

132 integer, parameter :: domflags2 = 17

amr_module::domflags2

integer, parameter domflags2

domain flags, indexed within level-of-this-grid level index space

Definition: amr_module.f90:132

◆ domflags_base

integer, parameter amr_module::domflags_base = 16

domain flags, indexed within base level (lbase) index space

Definition at line 129 of file amr_module.f90.

Referenced by bufnst2(), colate2(), domgrid(), and freeflags().

129 integer, parameter :: domflags_base = 16

amr_module::domflags_base

integer, parameter domflags_base

domain flags, indexed within base level (lbase) index space

Definition: amr_module.f90:129

◆ dprint

logical amr_module::dprint

Definition at line 297 of file amr_module.f90.

Referenced by amr2(), domcopy(), domprep(), domshrink(), domup(), griddomshrink(), and griddomup().

     logical &
                 dprint,     & !  domain flags output
                 eprint,     & !  error estimation output
                 edebug,     & !  even more error estimation output
                 gprint,     & !  verbose grid generation (clustering,colating...)
                 nprint,     & !  nestck reporting
                 pprint,     & !  projec tagged pts.
                 rprint,     & !  regridding -  summary of new grids
                 sprint,     & !  space (memory) output
                 tprint,     & !  tick (time stepping) reporting
                 uprint        !  updating/upbnding reporting

◆ edebug

logical amr_module::edebug

Definition at line 297 of file amr_module.f90.

Referenced by amr2(), and errf1().

◆ eprint

logical amr_module::eprint

Definition at line 297 of file amr_module.f90.

Referenced by amr2(), bufnst2(), and errf1().

◆ errptr

integer, parameter amr_module::errptr = 3

Definition at line 41 of file amr_module.f90.

41 integer, parameter :: errptr = 3

amr_module::errptr

integer, parameter errptr

Definition: amr_module.f90:41

◆ evol

real(kind=8) amr_module::evol

Definition at line 237 of file amr_module.f90.

Referenced by amr2(), check(), prepbigstep(), prepregstep(), restrt(), and setgrd().

◆ ffluxptr

integer, parameter amr_module::ffluxptr = 6

pointer to the address of memory storing fluxes in a layer around the grid, to be used in conservation fixup near coarse-fine grid intersections.

The memory allocated is $2 \times nvar \times lenbc + naux \times lenbc$ , where $lenbc$ is the number of its parent grid cells adjacent to (around) their boundary interfaces. The coefficient 2 is for two spaces. One is for plus or minus fluxes, and the other is for the coarse solution for wave fixing.

From node(ffluxptr,mptr) to node(ffluxptr,mptr)+lenbc-1, it stores value that should be added to the adjacent coarse cell during the synchronization for conservation fixup

From node(ffluxptr,mptr)+lenbc to node(ffluxptr,mptr)+2*lenbc-1, it stores solution q on the adjacent coarse cell

Definition at line 97 of file amr_module.f90.

Referenced by fluxsv(), outmsh(), par_advanc(), prepf(), putsp(), restrt(), saveqc(), and upbnd().

97 integer, parameter :: ffluxptr = 6

amr_module::ffluxptr

integer, parameter ffluxptr

pointer to the address of memory storing fluxes in a layer around the grid, to be used in conservatio...

Definition: amr_module.f90:97

◆ flag_gradient

logical amr_module::flag_gradient

Definition at line 258 of file amr_module.f90.

Referenced by amr2(), flagger(), and spest2().

◆ flag_richardson

logical amr_module::flag_richardson

Definition at line 258 of file amr_module.f90.

Referenced by amr2(), bufnst2(), domain(), flagger(), restrt(), and setgrd().

258 logical :: flag_richardson,flag_gradient

amr_module::flag_richardson

logical flag_richardson

Definition: amr_module.f90:258

amr_module::flag_gradient

logical flag_gradient

Definition: amr_module.f90:258

◆ goodpt

real(kind=8), parameter amr_module::goodpt = 0.0

Definition at line 163 of file amr_module.f90.

Referenced by addflags(), bufnst2(), colate2(), errf1(), flagcheck(), flagger(), projec2(), setphysbndry(), and spest2().

163 real(kind=8), parameter :: goodpt = 0.0

amr_module::goodpt

real(kind=8), parameter goodpt

Definition: amr_module.f90:163

◆ gprint

logical amr_module::gprint

Definition at line 297 of file amr_module.f90.

Referenced by amr2(), colate2(), drivesort(), grdfit(), and smartbis().

◆ gridnbor

integer, parameter amr_module::gridnbor = 1

Definition at line 158 of file amr_module.f90.

Referenced by intfil(), and makebndrylist().

158 integer, parameter :: gridnbor = 1 !use 1st col, 2nd col is nextfree - the link

amr_module::gridnbor

integer, parameter gridnbor

Definition: amr_module.f90:158

◆ horizontal

integer, parameter amr_module::horizontal = 1

Definition at line 171 of file amr_module.f90.

Referenced by findcut().

171 integer, parameter :: horizontal = 1

amr_module::horizontal

integer, parameter horizontal

Definition: amr_module.f90:171

◆ hxposs

real(kind=8), dimension(maxlv) amr_module::hxposs

Definition at line 193 of file amr_module.f90.

Referenced by advanc(), amr2(), basic(), birect(), bound(), bufnst2(), check(), conck(), domain(), errf1(), filrecur(), flagger(), gfixup(), ginit(), grdfit(), outmsh(), outval(), par_advanc(), prefilrecur(), preicall(), preintcopy(), prepbigstep(), prepc(), prepregstep(), restrt(), saveqc(), spest2(), stst1(), upbnd(), gauges_module::update_gauges(), and valout().

193 real(kind=8) hxposs(maxlv), hyposs(maxlv),possk(maxlv),rnode(rsize, maxgr)

amr_module::rsize

integer, parameter rsize

Definition: amr_module.f90:30

amr_module::maxlv

integer, parameter maxlv

Definition: amr_module.f90:174

amr_module::maxgr

integer, parameter maxgr

Definition: amr_module.f90:173

amr_module::hyposs

real(kind=8), dimension(maxlv) hyposs

Definition: amr_module.f90:193

amr_module::hxposs

real(kind=8), dimension(maxlv) hxposs

Definition: amr_module.f90:193

amr_module::rnode

real(kind=8), dimension(rsize, maxgr) rnode

Definition: amr_module.f90:193

amr_module::possk

real(kind=8), dimension(maxlv) possk

Definition: amr_module.f90:193

◆ hyposs

real(kind=8), dimension(maxlv) amr_module::hyposs

Definition at line 193 of file amr_module.f90.

Referenced by advanc(), amr2(), basic(), birect(), bound(), bufnst2(), check(), conck(), domain(), errf1(), filrecur(), flagger(), gfixup(), ginit(), grdfit(), outmsh(), outval(), par_advanc(), prefilrecur(), preicall(), preintcopy(), prepbigstep(), prepc(), prepregstep(), restrt(), saveqc(), spest2(), stst1(), upbnd(), gauges_module::update_gauges(), and valout().

◆ ibuff

integer amr_module::ibuff

Definition at line 198 of file amr_module.f90.

Referenced by amr2(), bufnst2(), check(), colate2(), domgrid(), errest(), flagger(), freeflags(), nestck2(), projec2(), shiftset2(), and spest2().

     integer ibuff,  mstart, ndfree, ndfree_bnd, lfine, node(nsize, maxgr), &
             icheck(maxlv),lstart(maxlv),newstl(maxlv), &
             listsp(maxlv),intratx(maxlv),intraty(maxlv), &
             kratio(maxlv), iregsz(maxlv),jregsz(maxlv), &
             iregst(maxlv),jregst(maxlv), &
             iregend(maxlv),jregend(maxlv), &
             numgrids(maxlv),numcells(maxlv), &
             iorder,mxnest,kcheck

◆ icheck

integer, dimension(maxlv) amr_module::icheck

Definition at line 198 of file amr_module.f90.

Referenced by check(), restrt(), stst1(), and tick().

◆ iinfinity

integer, parameter amr_module::iinfinity = 999999999

Definition at line 170 of file amr_module.f90.

Referenced by amr2(), grdfit(), and tick().

170 integer, parameter :: iinfinity = 999999999

amr_module::iinfinity

integer, parameter iinfinity

Definition: amr_module.f90:170

◆ intratx

integer, dimension(maxlv) amr_module::intratx

Definition at line 198 of file amr_module.f90.

Referenced by amr2(), basecheck(), birect(), check(), domain(), domup(), filrecur(), filval(), fixcapaq(), gfixup(), grdfit(), griddomup(), nestck2(), par_advanc(), prepc(), prepf(), projec2(), putsp(), restrt(), saveqc(), setdomflags(), stst1(), tick(), and update().

◆ intraty

integer, dimension(maxlv) amr_module::intraty

Definition at line 198 of file amr_module.f90.

Referenced by amr2(), basecheck(), birect(), check(), domain(), domup(), filrecur(), filval(), fixcapaq(), gfixup(), grdfit(), griddomup(), nestck2(), par_advanc(), prepc(), prepf(), projec2(), putsp(), restrt(), saveqc(), setdomflags(), stst1(), tick(), and update().

◆ inunit

integer, parameter amr_module::inunit = 5

Definition at line 289 of file amr_module.f90.

Referenced by amr2().

289 integer, parameter :: inunit = 5

amr_module::inunit

integer, parameter inunit

Definition: amr_module.f90:289

◆ iorder

integer amr_module::iorder

Definition at line 198 of file amr_module.f90.

Referenced by amr2(), check(), errf1(), and restrt().

◆ iout

integer amr_module::iout

Definition at line 270 of file amr_module.f90.

Referenced by amr2(), and tick().

◆ iregend

integer, dimension(maxlv) amr_module::iregend

Definition at line 198 of file amr_module.f90.

Referenced by check(), domain(), grdfit(), outtre(), and restrt().

◆ iregridcount

integer, dimension(maxlv) amr_module::iregridcount

Definition at line 238 of file amr_module.f90.

Referenced by amr2(), check(), domain(), regrid(), restrt(), setgrd(), and stst1().

238 integer :: iregridcount(maxlv), tvoll(maxlv)

amr_module::maxlv

integer, parameter maxlv

Definition: amr_module.f90:174

amr_module::iregridcount

integer, dimension(maxlv) iregridcount

Definition: amr_module.f90:238

amr_module::tvoll

integer, dimension(maxlv) tvoll

Definition: amr_module.f90:238

◆ iregst

integer, dimension(maxlv) amr_module::iregst

Definition at line 198 of file amr_module.f90.

Referenced by check(), domain(), grdfit(), outtre(), and restrt().

◆ iregsz

integer, dimension(maxlv) amr_module::iregsz

Definition at line 198 of file amr_module.f90.

Referenced by basecheck(), check(), colate2(), domain(), drivesort(), filrecur(), filval(), grdfit(), intfil(), prefilrecur(), preicall(), preintcopy(), prepc(), projec2(), restrt(), saveqc(), setdomflags(), setindices(), setphysbndry(), setphysbndryflags(), setuse(), and sticksout().

◆ jregend

integer, dimension(maxlv) amr_module::jregend

Definition at line 198 of file amr_module.f90.

Referenced by check(), domain(), grdfit(), outtre(), and restrt().

◆ jregst

integer, dimension(maxlv) amr_module::jregst

Definition at line 198 of file amr_module.f90.

Referenced by check(), domain(), grdfit(), outtre(), and restrt().

◆ jregsz

integer, dimension(maxlv) amr_module::jregsz

Definition at line 198 of file amr_module.f90.

Referenced by basecheck(), check(), colate2(), domain(), drivesort(), filrecur(), filval(), grdfit(), intfil(), prefilrecur(), preicall(), preintcopy(), prepc(), projec2(), restrt(), saveqc(), setdomflags(), setindices(), setphysbndry(), setphysbndryflags(), and sticksout().

◆ kcheck

integer amr_module::kcheck

Definition at line 198 of file amr_module.f90.

Referenced by amr2(), check(), restrt(), and tick().

◆ kratio

integer, dimension(maxlv) amr_module::kratio

Definition at line 198 of file amr_module.f90.

Referenced by amr2(), check(), domain(), restrt(), setgrd(), and tick().

◆ lendim

integer amr_module::lendim

Definition at line 247 of file amr_module.f90.

Referenced by amr2(), check(), igetsp(), and restrt().

◆ lenf

integer amr_module::lenf

Definition at line 225 of file amr_module.f90.

Referenced by check(), igetsp(), reclam(), restrt(), and stst1().

◆ lenmax

integer amr_module::lenmax

Definition at line 247 of file amr_module.f90.

Referenced by amr2(), check(), igetsp(), and restrt().

◆ lentot

integer amr_module::lentot

Definition at line 247 of file amr_module.f90.

Referenced by amr2(), check(), igetsp(), reclam(), and restrt().

247 integer lentot,lenmax,lendim

amr_module::lendim

integer lendim

Definition: amr_module.f90:247

amr_module::lenmax

integer lenmax

Definition: amr_module.f90:247

amr_module::lentot

integer lentot

Definition: amr_module.f90:247

◆ levelptr

integer, parameter amr_module::levelptr = 1

node number (index) of next grid on the same level

Definition at line 35 of file amr_module.f90.

Referenced by arrangegrids(), basecheck(), basic(), birect(), cleanup(), colate2(), conck(), domain(), domgrid(), domprep(), freeflags(), gfixup(), ginit(), grdfit(), icall(), intcopy(), intfil(), makegridlist(), outlev(), outmsh(), outtre(), prepc(), prepf(), prepgrids(), prepnewgrids(), projec2(), putsp(), regrid(), restrt(), saveqc(), gauges_module::setbestsrc(), setdomflags(), setgrd(), update(), and valout().

35 integer, parameter :: levelptr = 1

amr_module::levelptr

integer, parameter levelptr

node number (index) of next grid on the same level

Definition: amr_module.f90:35

◆ lfdim

integer, parameter amr_module::lfdim =5000

Definition at line 224 of file amr_module.f90.

Referenced by check(), reclam(), restrt(), and stst1().

224 integer, parameter :: lfdim=5000

amr_module::lfdim

integer, parameter lfdim

Definition: amr_module.f90:224

◆ lfine

integer amr_module::lfine

Definition at line 198 of file amr_module.f90.

Referenced by amr2(), basic(), check(), cleanup(), domain(), gfixup(), makegridlist(), nodget(), nodget_bnd(), outtre(), putsp(), regrid(), restrt(), gauges_module::setbestsrc(), setgrd(), stst1(), tick(), and valout().

◆ lfree

integer, dimension(lfdim,2) amr_module::lfree

Definition at line 225 of file amr_module.f90.

Referenced by check(), igetsp(), reclam(), restrt(), and stst1().

225 integer lfree(lfdim,2),lenf

amr_module::lfdim

integer, parameter lfdim

Definition: amr_module.f90:224

amr_module::lfree

integer, dimension(lfdim, 2) lfree

Definition: amr_module.f90:225

amr_module::lenf

integer lenf

Definition: amr_module.f90:225

◆ listofgrids

integer, dimension(maxgr) amr_module::listofgrids

Definition at line 189 of file amr_module.f90.

Referenced by advanc(), bufnst2(), flagger(), intfil(), makebndrylist(), makegridlist(), and update().

189 integer :: listofgrids(maxgr),liststart(0:maxlv+1)

amr_module::maxlv

integer, parameter maxlv

Definition: amr_module.f90:174

amr_module::maxgr

integer, parameter maxgr

Definition: amr_module.f90:173

amr_module::liststart

integer, dimension(0:maxlv+1) liststart

Definition: amr_module.f90:189

amr_module::listofgrids

integer, dimension(maxgr) listofgrids

Definition: amr_module.f90:189

◆ listsp

integer, dimension(maxlv) amr_module::listsp

Definition at line 198 of file amr_module.f90.

Referenced by check(), par_advanc(), prepc(), putsp(), restrt(), and update().

◆ liststart

integer, dimension(0:maxlv+1) amr_module::liststart

Definition at line 189 of file amr_module.f90.

Referenced by advanc(), bufnst2(), domain(), flagger(), intfil(), makebndrylist(), makegridlist(), restrt(), and update().

◆ lstart

integer, dimension(maxlv) amr_module::lstart

Definition at line 198 of file amr_module.f90.

Referenced by advanc(), arrangegrids(), basecheck(), basic(), bufnst2(), check(), cleanup(), colate2(), conck(), domain(), domgrid(), domprep(), freeflags(), gfixup(), icall(), intcopy(), intfil(), makegridlist(), outtre(), prepc(), prepf(), prepgrids(), putsp(), regrid(), restrt(), saveqc(), gauges_module::setbestsrc(), setdomflags(), setgrd(), stst1(), tick(), update(), and valout().

◆ matlabout

logical amr_module::matlabout

Definition at line 264 of file amr_module.f90.

◆ matlabu

integer amr_module::matlabu

Definition at line 283 of file amr_module.f90.

Referenced by amr2(), check(), restrt(), and valout().

283 integer :: matlabu

amr_module::matlabu

integer matlabu

Definition: amr_module.f90:283

◆ matunit

integer, parameter amr_module::matunit = 70

Definition at line 294 of file amr_module.f90.

Referenced by amr2().

294 integer, parameter :: matunit = 70

amr_module::matunit

integer, parameter matunit

Definition: amr_module.f90:294

◆ max1d

integer, parameter amr_module::max1d = 60

Definition at line 181 of file amr_module.f90.

Referenced by amr2(), birect(), qad(), saveqc(), stepgrid(), and stepgrid_dimsplit().

181 integer, parameter :: max1d = 60

amr_module::max1d

integer, parameter max1d

Definition: amr_module.f90:181

◆ maxaux

integer, parameter amr_module::maxaux = 20

Definition at line 184 of file amr_module.f90.

Referenced by qad(), stepgrid(), stepgrid_dimsplit(), and gauges_module::update_gauges().

184 integer, parameter :: maxaux = 20

amr_module::maxaux

integer, parameter maxaux

Definition: amr_module.f90:184

◆ maxcl

integer, parameter amr_module::maxcl = 5000

maximum number of clusters (grids) on each grid level

Definition at line 177 of file amr_module.f90.

Referenced by grdfit(), nestck2(), and smartbis().

177 integer, parameter :: maxcl = 5000

amr_module::maxcl

integer, parameter maxcl

maximum number of clusters (grids) on each grid level

Definition: amr_module.f90:177

◆ maxgr

integer, parameter amr_module::maxgr = 15000

Definition at line 173 of file amr_module.f90.

Referenced by check(), nodget(), restrt(), gauges_module::set_gauges(), and stst1().

173 integer, parameter :: maxgr = 15000

amr_module::maxgr

integer, parameter maxgr

Definition: amr_module.f90:173

◆ maxlv

integer, parameter amr_module::maxlv = 10

Definition at line 174 of file amr_module.f90.

Referenced by amr2(), check(), restrt(), stst1(), and tick().

174 integer, parameter :: maxlv = 10

amr_module::maxlv

integer, parameter maxlv

Definition: amr_module.f90:174

◆ maxvar

integer, parameter amr_module::maxvar = 10

Definition at line 183 of file amr_module.f90.

Referenced by amr2(), stepgrid(), stepgrid_dimsplit(), and gauges_module::update_gauges().

183 integer, parameter :: maxvar = 10

amr_module::maxvar

integer, parameter maxvar

Definition: amr_module.f90:183

◆ maxwave

integer, parameter amr_module::maxwave = 10

Definition at line 185 of file amr_module.f90.

185 integer, parameter :: maxwave = 10

amr_module::maxwave

integer, parameter maxwave

Definition: amr_module.f90:185

◆ mcapa

integer amr_module::mcapa

Definition at line 253 of file amr_module.f90.

Referenced by amr2(), conck(), filval(), fixcapaq(), step2(), step2x(), step2y(), stepgrid(), stepgrid_dimsplit(), upbnd(), and update().

◆ memsize

integer amr_module::memsize

Definition at line 219 of file amr_module.f90.

Referenced by check(), igetsp(), init_alloc(), resize_storage(), restrt(), restrt_alloc(), and stst1().

219 integer memsize

amr_module::memsize

integer memsize

Definition: amr_module.f90:219

◆ method

integer, dimension(7) amr_module::method

Definition at line 253 of file amr_module.f90.

Referenced by amr2(), flux2(), flux2_dimsplit(), qad(), regrid(), setgrd(), stepgrid(), stepgrid_dimsplit(), and tick().

253 integer method(7), mwaves, mcapa, dimensional_split

amr_module::method

integer, dimension(7) method

Definition: amr_module.f90:253

amr_module::dimensional_split

integer dimensional_split

Definition: amr_module.f90:253

amr_module::mcapa

integer mcapa

Definition: amr_module.f90:253

amr_module::mwaves

integer mwaves

Definition: amr_module.f90:253

◆ mstart

integer amr_module::mstart

Definition at line 198 of file amr_module.f90.

Referenced by amr2(), check(), domain(), nestck2(), restrt(), and tick().

◆ mthbc

integer, dimension(4) amr_module::mthbc

Definition at line 232 of file amr_module.f90.

Referenced by amr2(), and bc2amr().

◆ mthlim

integer, dimension(:), allocatable amr_module::mthlim

Definition at line 254 of file amr_module.f90.

Referenced by amr2(), flux2(), flux2_dimsplit(), and limiter().

254 integer, allocatable :: mthlim(:)

amr_module::mthlim

integer, dimension(:), allocatable mthlim

Definition: amr_module.f90:254

◆ mwaves

integer amr_module::mwaves

Definition at line 253 of file amr_module.f90.

Referenced by amr2(), flux2(), flux2_dimsplit(), limiter(), and qad().

◆ mxnest

integer amr_module::mxnest

Definition at line 198 of file amr_module.f90.

Referenced by advanc(), amr2(), bufnst2(), check(), cleanup(), domain(), gfixup(), ginit(), intfil(), par_advanc(), regrid(), restrt(), setgrd(), stst1(), and tick().

◆ naux_components

integer amr_module::naux_components

Definition at line 274 of file amr_module.f90.

◆ ncarout

logical amr_module::ncarout

Definition at line 264 of file amr_module.f90.

◆ nchkpt

integer amr_module::nchkpt

Definition at line 280 of file amr_module.f90.

Referenced by amr2(), and tick().

◆ ndfree

integer amr_module::ndfree

Definition at line 198 of file amr_module.f90.

Referenced by check(), nodget(), putnod(), restrt(), and stst1().

◆ ndfree_bnd

integer amr_module::ndfree_bnd

Definition at line 198 of file amr_module.f90.

Referenced by check(), initbndrylist(), nodget_bnd(), putnod_bnd(), and restrt().

◆ ndihi

integer, parameter amr_module::ndihi = 10

global i index of right border of this grid

Definition at line 111 of file amr_module.f90.

Referenced by advanc(), arrangegrids(), basecheck(), birect(), bound(), bufnst2(), cleanup(), colate2(), conck(), domain(), domgrid(), domprep(), flagger(), fluxsv(), freeflags(), gfixup(), ginit(), grdfit(), icall(), intcopy(), intfil(), makebndrylist(), moment(), nestck2(), outmsh(), par_advanc(), prepc(), prepf(), projec2(), putsp(), regrid(), restrt(), saveqc(), setdomflags(), setgrd(), spest2(), update(), and valout().

111 integer, parameter :: ndihi = 10

amr_module::ndihi

integer, parameter ndihi

global i index of right border of this grid

Definition: amr_module.f90:111

◆ ndilo

integer, parameter amr_module::ndilo = 9

global i index of left border of this grid

Definition at line 108 of file amr_module.f90.

Referenced by advanc(), arrangegrids(), basecheck(), birect(), bound(), bufnst2(), cleanup(), colate2(), conck(), domain(), domgrid(), domprep(), flagger(), fluxsv(), freeflags(), gfixup(), ginit(), grdfit(), icall(), intcopy(), intfil(), makebndrylist(), moment(), nestck2(), outmsh(), par_advanc(), prepc(), prepf(), projec2(), putsp(), regrid(), restrt(), saveqc(), setdomflags(), setflags(), setgrd(), spest2(), update(), and valout().

108 integer, parameter :: ndilo = 9

amr_module::ndilo

integer, parameter ndilo

global i index of left border of this grid

Definition: amr_module.f90:108

◆ ndjhi

integer, parameter amr_module::ndjhi = 12

global j index of upper border of this grid

Definition at line 117 of file amr_module.f90.

Referenced by advanc(), arrangegrids(), basecheck(), birect(), bound(), bufnst2(), cleanup(), colate2(), conck(), domain(), domgrid(), domprep(), flagger(), fluxsv(), freeflags(), gfixup(), ginit(), grdfit(), icall(), intcopy(), intfil(), makebndrylist(), moment(), nestck2(), outmsh(), par_advanc(), prepc(), prepf(), projec2(), putsp(), regrid(), restrt(), saveqc(), setdomflags(), setgrd(), spest2(), update(), and valout().

117 integer, parameter :: ndjhi = 12

amr_module::ndjhi

integer, parameter ndjhi

global j index of upper border of this grid

Definition: amr_module.f90:117

◆ ndjlo

integer, parameter amr_module::ndjlo = 11

global j index of lower border of this grid

Definition at line 114 of file amr_module.f90.

Referenced by advanc(), arrangegrids(), basecheck(), birect(), bound(), bufnst2(), cleanup(), colate2(), conck(), domain(), domgrid(), domprep(), flagger(), fluxsv(), freeflags(), gfixup(), ginit(), grdfit(), icall(), intcopy(), intfil(), makebndrylist(), moment(), nestck2(), outmsh(), par_advanc(), prepc(), prepf(), projec2(), putsp(), regrid(), restrt(), saveqc(), setdomflags(), setflags(), setgrd(), spest2(), update(), and valout().

114 integer, parameter :: ndjlo = 11

amr_module::ndjlo

integer, parameter ndjlo

global j index of lower border of this grid

Definition: amr_module.f90:114

◆ needs_to_be_set

real(kind=8), parameter amr_module::needs_to_be_set = 10.e33

Definition at line 168 of file amr_module.f90.

Referenced by filrecur(), filval(), fixcapaq(), ginit(), prefilrecur(), preicall(), prepbigstep(), and saveqc().

168 real(kind=8), parameter :: needs_to_be_set = 10.e33

amr_module::needs_to_be_set

real(kind=8), parameter needs_to_be_set

Definition: amr_module.f90:168

◆ nestlevel

integer, parameter amr_module::nestlevel = 4

AMR level of the grid.

Definition at line 44 of file amr_module.f90.

Referenced by basecheck(), birect(), bound(), domain(), errf1(), flagcheck(), fluxsv(), ginit(), grdfit(), nestck2(), outmsh(), outtre(), outval(), par_advanc(), qad(), setuse(), upbnd(), and gauges_module::update_gauges().

44 integer, parameter :: nestlevel = 4

amr_module::nestlevel

integer, parameter nestlevel

AMR level of the grid.

Definition: amr_module.f90:44

◆ newstl

integer, dimension(maxlv) amr_module::newstl

Definition at line 198 of file amr_module.f90.

Referenced by check(), filval(), gfixup(), grdfit(), prepnewgrids(), projec2(), regrid(), restrt(), and setgrd().

◆ nextfree

integer, parameter amr_module::nextfree = 2

Definition at line 154 of file amr_module.f90.

Referenced by freebndrylist(), initbndrylist(), intfil(), makebndrylist(), nodget(), nodget_bnd(), putnod(), putnod_bnd(), and stst1().

154 integer, parameter :: nextfree = 2

amr_module::nextfree

integer, parameter nextfree

Definition: amr_module.f90:154

◆ nghost

integer amr_module::nghost

Definition at line 232 of file amr_module.f90.

Referenced by addflags(), advanc(), amr2(), basic(), birect(), bufnst2(), cleanup(), colate2(), conck(), domain(), domgrid(), errest(), errf1(), filrecur(), filval(), fixcapaq(), flagger(), freeflags(), gfixup(), ginit(), icall(), intcopy(), intfil(), makebndrylist(), nestck2(), outmsh(), outval(), par_advanc(), prefilrecur(), preicall(), preintcopy(), prepbigstep(), prepregstep(), qad(), restrt(), saveqc(), setflags(), setuse(), spest2(), update(), gauges_module::update_gauges(), and valout().

232 integer :: nghost, mthbc(4)

amr_module::mthbc

integer, dimension(4) mthbc

Definition: amr_module.f90:232

amr_module::nghost

integer nghost

Definition: amr_module.f90:232

◆ nil

integer, parameter amr_module::nil = 0

Definition at line 156 of file amr_module.f90.

156 integer, parameter :: nil = 0

amr_module::nil

integer, parameter nil

Definition: amr_module.f90:156

◆ node

integer, dimension(nsize, maxgr) amr_module::node

Definition at line 198 of file amr_module.f90.

Referenced by advanc(), arrangegrids(), basecheck(), basic(), birect(), bound(), bufnst2(), check(), cleanup(), colate2(), conck(), domain(), domgrid(), domprep(), errest(), errf1(), flagcheck(), flagger(), fluxsv(), freebndrylist(), freeflags(), gfixup(), ginit(), grdfit(), icall(), intcopy(), intfil(), makebndrylist(), makegridlist(), moment(), nestck2(), nodget(), nodget_bnd(), outlev(), outmsh(), outtre(), outval(), par_advanc(), prepbigstep(), prepc(), prepf(), prepgrids(), prepnewgrids(), projec2(), putnod(), putsp(), qad(), regrid(), restrt(), saveqc(), gauges_module::setbestsrc(), setdomflags(), setflags(), setgrd(), setuse(), spest2(), stst1(), upbnd(), update(), gauges_module::update_gauges(), and valout().

◆ nout

integer amr_module::nout

Definition at line 270 of file amr_module.f90.

Referenced by amr2(), and tick().

◆ nprint

logical amr_module::nprint

Definition at line 297 of file amr_module.f90.

Referenced by amr2(), flagcheck(), and nestck2().

◆ nq_components

integer amr_module::nq_components

Definition at line 274 of file amr_module.f90.

274 integer :: nq_components, naux_components, output_format

amr_module::naux_components

integer naux_components

Definition: amr_module.f90:274

amr_module::output_format

integer output_format

Definition: amr_module.f90:274

amr_module::nq_components

integer nq_components

Definition: amr_module.f90:274

◆ nsize

integer, parameter amr_module::nsize = 19

Definition at line 31 of file amr_module.f90.

Referenced by basic(), grdfit(), moment(), nodget(), and smartbis().

31 integer, parameter :: nsize = 19

amr_module::nsize

integer, parameter nsize

Definition: amr_module.f90:31

◆ nstop

integer amr_module::nstop

Definition at line 270 of file amr_module.f90.

Referenced by amr2(), and tick().

◆ null

integer, parameter amr_module::null = 0

Definition at line 155 of file amr_module.f90.

Referenced by advanc(), arrangegrids(), grdfit(), initbndrylist(), nodget(), nodget_bnd(), and stst1().

155 integer, parameter :: null = 0

amr_module::null

integer, parameter null

Definition: amr_module.f90:155

◆ numcells

integer, dimension(maxlv) amr_module::numcells

Definition at line 198 of file amr_module.f90.

Referenced by domain(), regrid(), setgrd(), and stst1().

◆ numflags

integer, parameter amr_module::numflags = 15

number of flagged cells on this grid

Definition at line 126 of file amr_module.f90.

Referenced by bufnst2(), and colate2().

126 integer, parameter :: numflags = 15

amr_module::numflags

integer, parameter numflags

number of flagged cells on this grid

Definition: amr_module.f90:126

◆ numgrids

integer, dimension(maxlv) amr_module::numgrids

Definition at line 198 of file amr_module.f90.

Referenced by advanc(), amr2(), bufnst2(), check(), domain(), flagger(), intfil(), makebndrylist(), makegridlist(), nodget(), nodget_bnd(), outtre(), regrid(), restrt(), setgrd(), spest2(), stst1(), and update().

◆ output_aux_components

integer, dimension(:), allocatable amr_module::output_aux_components

Definition at line 276 of file amr_module.f90.

Referenced by amr2(), and valout().

276 integer, allocatable :: output_aux_components(:)

amr_module::output_aux_components

integer, dimension(:), allocatable output_aux_components

Definition: amr_module.f90:276

◆ output_aux_onlyonce

logical amr_module::output_aux_onlyonce

Definition at line 277 of file amr_module.f90.

Referenced by amr2(), and valout().

277 logical :: output_aux_onlyonce

amr_module::output_aux_onlyonce

logical output_aux_onlyonce

Definition: amr_module.f90:277

◆ output_format

integer amr_module::output_format

Definition at line 274 of file amr_module.f90.

Referenced by amr2(), and valout().

◆ output_q_components

integer, dimension(:), allocatable amr_module::output_q_components

Definition at line 275 of file amr_module.f90.

Referenced by amr2().

275 integer, allocatable :: output_q_components(:)

amr_module::output_q_components

integer, dimension(:), allocatable output_q_components

Definition: amr_module.f90:275

◆ output_style

integer amr_module::output_style

Definition at line 270 of file amr_module.f90.

Referenced by amr2().

270 integer :: output_style, nstop, nout, iout

amr_module::iout

integer iout

Definition: amr_module.f90:270

amr_module::nstop

integer nstop

Definition: amr_module.f90:270

amr_module::nout

integer nout

Definition: amr_module.f90:270

amr_module::output_style

integer output_style

Definition: amr_module.f90:270

◆ outunit

integer, parameter amr_module::outunit = 66

Definition at line 290 of file amr_module.f90.

Referenced by amr2(), bufnst2(), check(), colate2(), conck(), domain(), domcopy(), domprep(), domshrink(), domup(), drivesort(), errf1(), filrecur(), filval(), flagcheck(), grdfit(), griddomshrink(), griddomup(), igetsp(), intfil(), nestck2(), nodget(), nodget_bnd(), outlev(), outmsh(), outtre(), outval(), projec2(), reclam(), regrid(), restrt(), smartbis(), stepgrid(), stepgrid_dimsplit(), tick(), upbnd(), and update().

290 integer, parameter :: outunit = 66

amr_module::outunit

integer, parameter outunit

Definition: amr_module.f90:290

◆ parmunit

integer, parameter amr_module::parmunit = 12

Definition at line 287 of file amr_module.f90.

Referenced by amr2(), and regions_module::set_regions().

287 integer, parameter :: parmunit = 12

amr_module::parmunit

integer, parameter parmunit

Definition: amr_module.f90:287

◆ pltunit1

integer, parameter amr_module::pltunit1 = 3

Definition at line 291 of file amr_module.f90.

Referenced by basic(), and outvar().

291 integer, parameter :: pltunit1 = 3

amr_module::pltunit1

integer, parameter pltunit1

Definition: amr_module.f90:291

◆ possk

real(kind=8), dimension(maxlv) amr_module::possk

Definition at line 193 of file amr_module.f90.

Referenced by advanc(), amr2(), check(), conck(), domain(), errf1(), flagger(), intfil(), outmsh(), par_advanc(), prepbigstep(), prepregstep(), restrt(), setgrd(), spest2(), tick(), and update().

◆ pprint

logical amr_module::pprint

Definition at line 297 of file amr_module.f90.

Referenced by amr2(), and projec2().

◆ printout

logical amr_module::printout

Definition at line 264 of file amr_module.f90.

Referenced by amr2(), and tick().

264 logical printout,matlabout,ncarout

amr_module::ncarout

logical ncarout

Definition: amr_module.f90:264

amr_module::printout

logical printout

Definition: amr_module.f90:264

amr_module::matlabout

logical matlabout

Definition: amr_module.f90:264

◆ rinfinity

real(kind=8), parameter amr_module::rinfinity = 10.e32

Definition at line 169 of file amr_module.f90.

Referenced by advanc(), amr2(), stepgrid(), stepgrid_dimsplit(), and tick().

169 real(kind=8), parameter :: rinfinity = 10.e32

amr_module::rinfinity

real(kind=8), parameter rinfinity

Definition: amr_module.f90:169

◆ rnode

real(kind=8), dimension(rsize, maxgr) amr_module::rnode

Definition at line 193 of file amr_module.f90.

Referenced by advanc(), basic(), birect(), bound(), bufnst2(), check(), domain(), errf1(), flagger(), gfixup(), ginit(), grdfit(), intfil(), moment(), nestck2(), nodget(), outmsh(), outval(), par_advanc(), prepbigstep(), prepregstep(), qad(), regrid(), restrt(), saveqc(), gauges_module::setbestsrc(), setgrd(), spest2(), gauges_module::update_gauges(), and valout().

◆ rprint

logical amr_module::rprint

Definition at line 297 of file amr_module.f90.

Referenced by amr2(), and tick().

◆ rsize

integer, parameter amr_module::rsize = 5

Definition at line 30 of file amr_module.f90.

Referenced by basic(), check(), grdfit(), nodget(), and restrt().

30 integer, parameter :: rsize = 5

amr_module::rsize

integer, parameter rsize

Definition: amr_module.f90:30

◆ rstfile

character(len=200) amr_module::rstfile

Definition at line 311 of file amr_module.f90.

Referenced by amr2(), and restrt().

311 character(len=200) :: rstfile

amr_module::rstfile

character(len=200) rstfile

Definition: amr_module.f90:311

◆ rstunit

integer, parameter amr_module::rstunit = 9

Definition at line 292 of file amr_module.f90.

Referenced by restrt().

292 integer, parameter :: rstunit = 9

amr_module::rstunit

integer, parameter rstunit

Definition: amr_module.f90:292

◆ rvol

real(kind=8) amr_module::rvol

Definition at line 237 of file amr_module.f90.

Referenced by amr2(), check(), par_advanc(), restrt(), and setgrd().

◆ rvoll

real(kind=8), dimension(maxlv) amr_module::rvoll

Definition at line 237 of file amr_module.f90.

Referenced by amr2(), check(), par_advanc(), restrt(), and setgrd().

237 real(kind=8) rvoll(maxlv),evol,rvol,avenumgrids(maxlv)

amr_module::maxlv

integer, parameter maxlv

Definition: amr_module.f90:174

amr_module::evol

real(kind=8) evol

Definition: amr_module.f90:237

amr_module::avenumgrids

real(kind=8), dimension(maxlv) avenumgrids

Definition: amr_module.f90:237

amr_module::rvol

real(kind=8) rvol

Definition: amr_module.f90:237

amr_module::rvoll

real(kind=8), dimension(maxlv) rvoll

Definition: amr_module.f90:237

◆ spheredom

logical amr_module::spheredom

Definition at line 230 of file amr_module.f90.

Referenced by amr2(), bc2amr(), bound(), domcopy(), domprep(), domup(), filrecur(), filval(), prefilrecur(), preicall(), preintcopy(), prepc(), projec2(), and saveqc().

◆ sprint

logical amr_module::sprint

Definition at line 297 of file amr_module.f90.

Referenced by amr2(), igetsp(), and reclam().

◆ store1

integer, parameter amr_module::store1 = 7

pointer to the address of memory storing the first copy of solution data on this grid, usually for storing new solution

Definition at line 101 of file amr_module.f90.

Referenced by advanc(), cleanup(), conck(), domain(), errest(), flagger(), gfixup(), ginit(), icall(), intcopy(), intfil(), outmsh(), par_advanc(), restrt(), setgrd(), spest2(), update(), and valout().

101 integer, parameter :: store1 = 7

amr_module::store1

integer, parameter store1

pointer to the address of memory storing the first copy of solution data on this grid, usually for storing new solution

Definition: amr_module.f90:101

◆ store2

integer, parameter amr_module::store2 = 8

pointer to the address of memory storing the second copy of solution data on this grid, usually for storing old solution

Definition at line 105 of file amr_module.f90.

Referenced by cleanup(), errest(), flagger(), gfixup(), ginit(), intfil(), outmsh(), par_advanc(), prepbigstep(), restrt(), setgrd(), and spest2().

105 integer, parameter :: store2 = 8

amr_module::store2

integer, parameter store2

pointer to the address of memory storing the second copy of solution data on this grid...

Definition: amr_module.f90:105

◆ storeaux

integer, parameter amr_module::storeaux = 13

pointer to the address of memory storing auxiliary data on this grid

Definition at line 120 of file amr_module.f90.

Referenced by advanc(), cleanup(), conck(), domain(), errest(), flagger(), gfixup(), ginit(), icall(), outmsh(), par_advanc(), restrt(), saveqc(), spest2(), upbnd(), update(), and valout().

120 integer, parameter :: storeaux = 13

amr_module::storeaux

integer, parameter storeaux

pointer to the address of memory storing auxiliary data on this grid

Definition: amr_module.f90:120

◆ storeflags

integer, parameter amr_module::storeflags = 14

pointer to the address of memory storing flags for refinement on this grid

Definition at line 123 of file amr_module.f90.

Referenced by bufnst2(), colate2(), errest(), flagger(), freeflags(), and spest2().

123 integer, parameter :: storeflags = 14

amr_module::storeflags

integer, parameter storeflags

pointer to the address of memory storing flags for refinement on this grid

Definition: amr_module.f90:123

◆ t0

real(kind=8) amr_module::t0

Definition at line 272 of file amr_module.f90.

Referenced by amr2(), conck(), and valout().

272 real(kind=8) :: t0, tfinal

amr_module::t0

real(kind=8) t0

Definition: amr_module.f90:272

amr_module::tfinal

real(kind=8) tfinal

Definition: amr_module.f90:272

◆ tchk

real(kind=8), dimension(:), allocatable amr_module::tchk

Definition at line 281 of file amr_module.f90.

Referenced by amr2(), and tick().

281 real(kind=8), allocatable :: tchk(:)

amr_module::tchk

real(kind=8), dimension(:), allocatable tchk

Definition: amr_module.f90:281

◆ tempptr

integer, parameter amr_module::tempptr = 2

temporary pointer

Definition at line 38 of file amr_module.f90.

Referenced by bufnst2(), errest(), flagger(), and spest2().

38 integer, parameter :: tempptr = 2

amr_module::tempptr

integer, parameter tempptr

temporary pointer

Definition: amr_module.f90:38

◆ tfinal

real(kind=8) amr_module::tfinal

Definition at line 272 of file amr_module.f90.

Referenced by amr2(), and tick().

◆ timebound

integer amr_module::timebound

Definition at line 241 of file amr_module.f90.

Referenced by advanc(), amr2(), check(), inittimers(), and restrt().

241 integer :: timebound,timestepgrid

amr_module::timebound

integer timebound

Definition: amr_module.f90:241

amr_module::timestepgrid

integer timestepgrid

Definition: amr_module.f90:241

◆ timeboundcpu

real(kind=8) amr_module::timeboundcpu

Definition at line 244 of file amr_module.f90.

Referenced by advanc(), amr2(), check(), inittimers(), and restrt().

244 real(kind=8) timeboundcpu,timestepgridcpu,timeregriddingcpu

amr_module::timeboundcpu

real(kind=8) timeboundcpu

Definition: amr_module.f90:244

amr_module::timeregriddingcpu

real(kind=8) timeregriddingcpu

Definition: amr_module.f90:244

amr_module::timestepgridcpu

real(kind=8) timestepgridcpu

Definition: amr_module.f90:244

◆ timebufnst

integer amr_module::timebufnst

Definition at line 242 of file amr_module.f90.

Referenced by amr2(), flglvl2(), initrestoftimers(), and inittimers().

◆ timeflagger

integer amr_module::timeflagger

Definition at line 242 of file amr_module.f90.

Referenced by amr2(), flglvl2(), initrestoftimers(), and inittimers().

242 integer :: timeflagger, timebufnst,timetick

amr_module::timetick

integer timetick

Definition: amr_module.f90:242

amr_module::timeflagger

integer timeflagger

Definition: amr_module.f90:242

amr_module::timebufnst

integer timebufnst

Definition: amr_module.f90:242

◆ timeflglvl

integer amr_module::timeflglvl

Definition at line 240 of file amr_module.f90.

Referenced by grdfit(), initrestoftimers(), and inittimers().

240 integer :: timeflglvl,timegrdfit2,timegrdfit3,timegrdfitall

amr_module::timegrdfit2

integer timegrdfit2

Definition: amr_module.f90:240

amr_module::timegrdfitall

integer timegrdfitall

Definition: amr_module.f90:240

amr_module::timegrdfit3

integer timegrdfit3

Definition: amr_module.f90:240

amr_module::timeflglvl

integer timeflglvl

Definition: amr_module.f90:240

◆ timegrdfit2

integer amr_module::timegrdfit2

Definition at line 240 of file amr_module.f90.

Referenced by initrestoftimers(), inittimers(), and regrid().

◆ timegrdfit3

integer amr_module::timegrdfit3

Definition at line 240 of file amr_module.f90.

◆ timegrdfitall

integer amr_module::timegrdfitall

Definition at line 240 of file amr_module.f90.

Referenced by grdfit(), and inittimers().

◆ timemult

integer, parameter amr_module::timemult = 5

current simulation time on this grid

Definition at line 151 of file amr_module.f90.

Referenced by advanc(), birect(), bufnst2(), errf1(), flagger(), gfixup(), ginit(), grdfit(), intfil(), outmsh(), par_advanc(), prepbigstep(), prepregstep(), qad(), regrid(), saveqc(), setgrd(), spest2(), and gauges_module::update_gauges().

151 integer, parameter :: timemult = 5

amr_module::timemult

integer, parameter timemult

current simulation time on this grid

Definition: amr_module.f90:151

◆ timeregridding

integer amr_module::timeregridding

Definition at line 239 of file amr_module.f90.

Referenced by amr2(), check(), inittimers(), restrt(), and tick().

239 integer :: timeregridding, timeupdating, timevalout

amr_module::timeupdating

integer timeupdating

Definition: amr_module.f90:239

amr_module::timevalout

integer timevalout

Definition: amr_module.f90:239

amr_module::timeregridding

integer timeregridding

Definition: amr_module.f90:239

◆ timeregriddingcpu

real(kind=8) amr_module::timeregriddingcpu

Definition at line 244 of file amr_module.f90.

Referenced by amr2(), check(), inittimers(), restrt(), and tick().

◆ timestepgrid

integer amr_module::timestepgrid

Definition at line 241 of file amr_module.f90.

Referenced by advanc(), amr2(), check(), inittimers(), and restrt().

◆ timestepgridcpu

real(kind=8) amr_module::timestepgridcpu

Definition at line 244 of file amr_module.f90.

Referenced by advanc(), amr2(), check(), inittimers(), and restrt().

◆ timetick

integer amr_module::timetick

Definition at line 242 of file amr_module.f90.

Referenced by amr2(), check(), inittimers(), restrt(), and tick().

◆ timetickcpu

real(kind=8) amr_module::timetickcpu

Definition at line 243 of file amr_module.f90.

Referenced by amr2(), check(), inittimers(), restrt(), and tick().

◆ timeupdating

integer amr_module::timeupdating

Definition at line 239 of file amr_module.f90.

Referenced by amr2(), initrestoftimers(), inittimers(), and tick().

◆ timevalout

integer amr_module::timevalout

Definition at line 239 of file amr_module.f90.

Referenced by amr2(), check(), inittimers(), restrt(), and valout().

◆ timevaloutcpu

real(kind=8) amr_module::timevaloutcpu

Definition at line 245 of file amr_module.f90.

Referenced by amr2(), check(), inittimers(), restrt(), and valout().

245 real(kind=8) timevaloutcpu

amr_module::timevaloutcpu

real(kind=8) timevaloutcpu

Definition: amr_module.f90:245

◆ tmass0

real(kind=8) amr_module::tmass0

Definition at line 267 of file amr_module.f90.

Referenced by check(), conck(), and restrt().

267 real(kind=8) tmass0

amr_module::tmass0

real(kind=8) tmass0

Definition: amr_module.f90:267

◆ tol

real(kind=8) amr_module::tol

Definition at line 197 of file amr_module.f90.

Referenced by amr2(), check(), and errf1().

197 real(kind=8) tol, tolsp

amr_module::tol

real(kind=8) tol

Definition: amr_module.f90:197

amr_module::tolsp

real(kind=8) tolsp

Definition: amr_module.f90:197

◆ tolsp

real(kind=8) amr_module::tolsp

Definition at line 197 of file amr_module.f90.

Referenced by amr2(), flagger(), and spest2().

◆ tout

real(kind=8), dimension(:), allocatable amr_module::tout

Definition at line 271 of file amr_module.f90.

Referenced by amr2(), and tick().

271 real(kind=8), allocatable :: tout(:)

amr_module::tout

real(kind=8), dimension(:), allocatable tout

Definition: amr_module.f90:271

◆ tprint

logical amr_module::tprint

Definition at line 297 of file amr_module.f90.

Referenced by amr2(), and tick().

◆ tstart_thisrun

real(kind=8) amr_module::tstart_thisrun

Definition at line 273 of file amr_module.f90.

Referenced by amr2().

273 real(kind=8) :: tstart_thisrun ! /= t0 in case of restart

amr_module::tstart_thisrun

real(kind=8) tstart_thisrun

Definition: amr_module.f90:273

◆ tvoll

integer, dimension(maxlv) amr_module::tvoll

Definition at line 238 of file amr_module.f90.

Referenced by advanc(), amr2(), check(), restrt(), and stst1().

◆ tvollcpu

real(kind=8), dimension(maxlv) amr_module::tvollcpu

Definition at line 243 of file amr_module.f90.

Referenced by advanc(), amr2(), check(), and restrt().

243 real(kind=8) tvollcpu(maxlv), timetickcpu

amr_module::maxlv

integer, parameter maxlv

Definition: amr_module.f90:174

amr_module::timetickcpu

real(kind=8) timetickcpu

Definition: amr_module.f90:243

amr_module::tvollcpu

real(kind=8), dimension(maxlv) tvollcpu

Definition: amr_module.f90:243

◆ uprint

logical amr_module::uprint

Definition at line 297 of file amr_module.f90.

Referenced by amr2(), upbnd(), and update().

◆ use_fwaves

logical amr_module::use_fwaves

Definition at line 257 of file amr_module.f90.

Referenced by amr2(), flux2(), and flux2_dimsplit().

257 logical :: use_fwaves

amr_module::use_fwaves

logical use_fwaves

Definition: amr_module.f90:257

◆ verbosity_regrid

integer amr_module::verbosity_regrid

Definition at line 259 of file amr_module.f90.

Referenced by amr2(), bufnst2(), regrid(), setgrd(), and tick().

259 integer :: verbosity_regrid

amr_module::verbosity_regrid

integer verbosity_regrid

Definition: amr_module.f90:259

◆ vertical

integer, parameter amr_module::vertical = 2

Definition at line 172 of file amr_module.f90.

Referenced by findcut(), and smartbis().

172 integer, parameter :: vertical = 2

amr_module::vertical

integer, parameter vertical

Definition: amr_module.f90:172

◆ xlower

real(kind=8) amr_module::xlower

Definition at line 231 of file amr_module.f90.

Referenced by amr2(), basic(), bc2amr(), bound(), domain(), filrecur(), filval(), grdfit(), prefilrecur(), preicall(), and preintcopy().

◆ xperdom

logical amr_module::xperdom

Definition at line 230 of file amr_module.f90.

Referenced by amr2(), basecheck(), bc2amr(), bound(), colate2(), domcopy(), domprep(), domshrink(), domup(), filrecur(), filval(), prefilrecur(), preicall(), preintcopy(), prepc(), projec2(), saveqc(), setdomflags(), setindices(), setphysbndry(), and setphysbndryflags().

230 logical xperdom, yperdom, spheredom

amr_module::yperdom

logical yperdom

Definition: amr_module.f90:230

amr_module::spheredom

logical spheredom

Definition: amr_module.f90:230

amr_module::xperdom

logical xperdom

Definition: amr_module.f90:230

◆ xupper

real(kind=8) amr_module::xupper

Definition at line 231 of file amr_module.f90.

Referenced by amr2(), basic(), bc2amr(), bound(), domain(), filrecur(), and filval().

231 real(kind=8) :: xupper, yupper, xlower, ylower

amr_module::xupper

real(kind=8) xupper

Definition: amr_module.f90:231

amr_module::xlower

real(kind=8) xlower

Definition: amr_module.f90:231

amr_module::ylower

real(kind=8) ylower

Definition: amr_module.f90:231

amr_module::yupper

real(kind=8) yupper

Definition: amr_module.f90:231

◆ ylower

real(kind=8) amr_module::ylower

Definition at line 231 of file amr_module.f90.

Referenced by amr2(), basic(), bc2amr(), bound(), domain(), filrecur(), filval(), grdfit(), prefilrecur(), preicall(), and preintcopy().

◆ yperdom

logical amr_module::yperdom

Definition at line 230 of file amr_module.f90.

Referenced by amr2(), basecheck(), bc2amr(), bound(), colate2(), domcopy(), domprep(), domshrink(), domup(), filrecur(), filval(), prefilrecur(), preicall(), preintcopy(), prepc(), projec2(), saveqc(), setdomflags(), setindices(), setphysbndry(), and setphysbndryflags().

◆ yupper

real(kind=8) amr_module::yupper

Definition at line 231 of file amr_module.f90.

Referenced by amr2(), basic(), bc2amr(), bound(), domain(), filrecur(), and filval().

Variables

Detailed Description

Variable Documentation

◆ alloc

◆ auxtype

◆ avenumgrids

◆ badpro

◆ badpt

◆ bndlist

◆ bndlistnum

◆ bndlistsize

◆ bndlistst

◆ cfl

◆ cfl_level

◆ cflmax

◆ cfluxptr

About the Array

◆ cflv1

◆ check_a

◆ checkpt_interval

◆ checkpt_style

◆ chkunit

◆ cornxhi

◆ cornxlo

◆ cornyhi

◆ cornylo

◆ dbugunit

◆ dimensional_split

◆ domflags2

◆ domflags_base

◆ dprint

◆ edebug

◆ eprint

◆ errptr

◆ evol

◆ ffluxptr

◆ flag_gradient

◆ flag_richardson

◆ goodpt

◆ gprint

◆ gridnbor

◆ horizontal

◆ hxposs

◆ hyposs

◆ ibuff

◆ icheck

◆ iinfinity

◆ intratx

◆ intraty

◆ inunit

◆ iorder

◆ iout

◆ iregend

◆ iregridcount

◆ iregst

◆ iregsz

◆ jregend

◆ jregst

◆ jregsz

◆ kcheck

◆ kratio

◆ lendim

◆ lenf

◆ lenmax

◆ lentot

◆ levelptr

◆ lfdim

◆ lfine

◆ lfree

◆ listofgrids

◆ listsp

◆ liststart

◆ lstart

◆ matlabout

◆ matlabu

◆ matunit

◆ max1d

◆ maxaux

◆ maxcl

◆ maxgr