Page History

...

This

...

page

...

describes

...

how

...

an

...

existing

...

configuration

...

can

...

be

...

extended

...

to

...

accommodate

...

output

...

displays

...

of

...

the

...

DRA

...

and/or

...

the

...

RIV

...

package.

...

Pre-condition:

...

Use the Modflow Module Adapter version from 16-09-2008

...

or

...

later

...

(1,970,290

...

byte

...

if

...

compiled

...

with

...

GNU95): Check the attachments on http://public.deltares.nl/display/NGMS/Step+4.++Setup+ModuleDataSets+and+Module+Adapter
Use Diagnostic_Search_Strings.dat

...

dated

...

18-10-2008

...

(2,819

...

byte)

...

Step

...

1.

...

Preparation

...

Replace
...
MFma_support.exe
...
in
...
c:\ngms\<region>\modules\bin\mf
...
Replace
...
Diagnostic_Search_Strings.dat
...
in
...
c:\ngms\<region>\modules\<model>\Mf<vkd>
...

Step

...

2.

...

Update

...

locations

...

and

...

grid

...

specification

...

While
...
the
...
output
...
of
...
the
...
RIV
...
and
...
DRA
...
package
...
can
...
be
...
produced
...
as
...
a
...
grid
...
covering
...
the
...
full
...
model
...
area,
...
it
...
is
...
recommended
...
to
...
create
...
a
...
sparse
...
grid
...
(similar
...
to
...
the
...
StreamCells-sparse
...
grid),
...
to
...
save
...
disk
...
space.
...
The
...
Module
...
Adapter
...
contains
...
functionality
...
to
...
accommodate
...
the
...
generation
...
of
...
such
...
sparse
...
grid.
...
Once
...
generated,
...
this
...
sparse
...
grid
...
needs
...
to
...
be
...
copied
...
to
...
the
...
main
...
grids.xml
...
file.
...
In
...
addition,
...
the
...
locations.xml
...
file
...
needs
...
to
...
hold
...
a
...
location-id
...
which
...
points
...
to
...
this
...
grid.
...
Step 2.1 Update grids.xml
...
extend
...
module
...
Adapter
...
instructions
...
for
...
config
...
preparation
...
(XXX_prepare.in)
...
by
...
adding
...
the
...
following
...
command(s):
...
RIV_OUT
...
QRIV
...
(creates
...
a
...
sparse
...
grid
...
of
...
river
...
cells)
...
DRN_OUT
...
QDRA
...
(creates
...
a
...
sparse
...
grid
...
of
...
drainage
...
cells)
...
GHB_OUT
...
Q_GHB
...
(creates
...
a
...
sparse
...
grid
...
of
...
boundary
...
cells)
...
for
...
each
...
of
...
the
...
generated
...
grids.xml:
...
copy
...
the
...
irregular
...
grid-definition
...
into
...
the
...
main
...
grids.xml
...
rename
...
the
...
locationId
...
into
...
"<model>_DrainageCells_sparse_grid",
...
resp.
...
"<model>_RiverCells_sparse_grid",
...
resp."<model>_BoundaryCells_sparse_grid".
...
replace
...
the
...
number
...
of
...
rows
...
by
...
1
...
replace
...
the
...
number
...
of
...
columns
...
by
...
the
...
number
...
of
...
grid-cells
...
Info
Example generated)
<irregular locationId="EK_QDRA_Cells">
...

<description>EK_QDRA_Cells</description>
...

<rows>178</rows>
...

<columns>146</columns>
...

<geoDatum>Ordnance Survey Great Britain 1936</geoDatum>
...

<cellCentre>
<x>629057.56</x>
...

<y>139131.19</y>
...

<z>2.</z>
...

</cellCentre>
...

...
...

</irregular>
...
Info
Example (Corrected)
...

<irregular
...
locationId="EK_DrainageCells_sparse_grid">
...

<description>model
...
grid
...
placeholder</description>
...

<rows>1</rows>
...

<columns>353</columns>
...

<geoDatum>Ordnance
...
Survey
...
Great
...
Britain
...
1936</geoDatum>
...

<cellCentre>
<x>629057.56</x>
...

<y>139131.19</y>
...

<z>2.</z>
...

</cellCentre>
...

...
...

</irregular>
...
Step 2.2 Update locations.xml
...
Add
...
locationId
...
for
...
each
...
new
...
sparse
...
grid
Info
Example
<location
{info} Example <location
id="EK_DrainageCells_sparse_grid"

name="East

Kent

drainage

cells">

<description>model

grid

placeholder</description>

<shortName>East

Kent

drainage

cells</shortName>

<toolTip>East

Kent

drainage</toolTip>

<x>595600</x>

<y>194900</y>

<z>1</z>

</location>

<location

id="EK_BoundaryCells_sparse_grid"

name="East

Kent

boundary

cells">

<description>model

grid

placeholder</description>

<shortName>East

Kent

boundary

cells</shortName>

<toolTip>East

Kent

boundaries</toolTip>

<x>595600</x>

<y>194900</y>

<z>1</z>

</location>
{info} h3. Step

Step 3.

...

Update/verify

...

the

...

parameters

...

list

...

in

...

the

...

IdMap-files

...

Add
...
parameter
...
mapping
...
for
...
each
...
idMap-file
...
(except
...
import_observerd)
...

<parameter
...
external="QDRA"
...
internal="QDRA.xxxx"></parameter>
...

where
...
xxx
...
refers
...
to
...
the
...
scenario
...
type
...
(hist,
...
nat,
...
recact,
...
fullic,
...
lta,
...
fullicS,
...
whatif)
...
Save file with a new version number

Step 4. Update Module Adapter output Instructions file (XXX_output.in)

...

For
...
each
...
scenario,
...
extend
...
BINARY
...
MAPSTACKS
...
MERGE
...
command
...
with
...
QDRA
...
and
...
QRIV
...
Info
Example
BINARY_MAPSTACKS
...
MERGE
...
H,
...
QX,
...
QY,
...
QZ,
...
QSTR,
...
QSTR_ACCU,
...
QSTOR,
...
Q_GHB,
...
Q_HBND,
...

Step 5.

...

Update

...

Module

...

Instances

...

Open
...
the
...
ModuleInstances
...
spreadsheet
...
for
...
this
...
model
...
as
...
well
...
as
...
the
...
generator-spreadsheet
...
with
...
the
...
macro's
...
Step
...
5.1
...
. Update
...
General
...
Adapter
...
import
...
activities
...
add
...
importMapstacksActivity
...
for
...
QDRA,
...
QRIV
...
using
...
<model>_merged
...
as
...
a
...
temporary
...
time
...
series
...
(synchLevel
...
9,
...
expires
...
in
...
16
...
hour)
Info
Example row in spreadsheet:
{info}Example row in spreadsheet: |import|
import
EK_QDRA_merged_MapStacks.xml
|
MapStacks
|
EK
|
runMF
|
grid
|
QDRA
|
EK_merged
| 9| hour| 16|
9
hour
16
daysOfMonth="01

16"
| {info} h5. Step
Step 5.2
...
. Add
...
interpolation
...
from
...
full
...
model
...
grid
...
to
...
sparse
...
river/drainage
...
cells
...
grid
...
add
...
interpolation
...
for
...
QDRA,
...
QRIV
...
, Q_GHB,
...
Q_HBND
...
using
...
<model>_xxxCells_sparse_grid
...
as
...
output
Info
Example row in spreadsheet
{info]Example row in spreadsheet |EK |runMF |QDRA |drainage_QDRA |closestdistance |EK_merged |grid |QDRA |
EK
runMF
QDRA
drainage_QDRA
closestdistance
EK_merged
grid
QDRA
EK_DrainageCells_sparse_grid
|
grid
|
21
|
daysOfMonth="01

16"
| |EK |runMF |
EK
runMF
Q_HBND

boundary_Q_HBND
|
closestdistance
|
EK_merged
|grid |
grid
Q_HBND
|
EK_BoundaryCells_sparse_grid
|
grid
|
21
|
daysOfMonth="01 16"
Step 5.3. Update compare between scenarios
add compare for QDRA, QRIV and Q_GHB, Q_HBND using <model>_xxxCells_sparse_grid as output
Info
Example row in spreadsheet
interpolate
grid
QDRA
QDRA
EK_DrainageCells_sparse_grid
21
daysOfMonth="01 16"
interpolate
grid
Q_HBND
Q_HBND
EK_BoundaryCells_sparse_grid
21
daysOfMonth="01 16"
Step 5.4. Regenerate new Module instances
run the macro's
update file version before copying into the Config-directory

Step 6. Update displays

Typically, only an update of the GridDisplay will be needed.

Update grid display

Copy the row-set holding the display specification for Recharge
Paste after the last input parameter
Replace all references to recharge by the references to Drainage or River properties
- Folder name
- Parameter
- LocationId

Info

Example row in spreadsheet

level2	EK	swflow	out: Drainage flows	(m3/d)
level3	EK	QDRA_def	Default Scenarios
level4		QDRA_def_abs	Simulated Values
loc	EK	Naturalized	QDRA.nat	interpolate	ref(Naturalized)		EK_DrainageCells_sparse_grid	simulated historical	daysOfMonth="01 16"	week	0	1040
...
loc	EK	Comparison: Historic - Naturalized	QDRA.diff	compare	ref(Historic)_to_ref(Naturalized)	HN	EK_DrainageCells_sparse_grid	simulated historical	daysOfMonth="01 16"	week	0	1040
...
level3	EK	QDRA_mod	Modified Scenarios
level4		QDRA_mod_abs	Simulated Values
loc	EK	Modified Historic	QDRA.whatif	interpolate	whatif(Historic)		EK_DrainageCells_sparse_grid	simulated forecasting	daysOfMonth="01 16"	week	0	1040
...
loc	EK	Comparison (Historic): whatif - ref	QDRA.diff	compare	whatif(Historic)_to_ref(Historic)	HH	EK_DrainageCells_sparse_grid	simulated forecasting	daysOfMonth="01 16"	week	0	1040
...

16"| {info}*Example row in spreadsheet:* |import| EK_QDRA_merged_MapStacks.xml| MapStacks| EK| runMF| grid| QDRA| EK_merged| 9| hour| 16| daysOfMonth="01 16"| {info} h5. Step 5.3. Update compare between scenarios Step 6. Update displays Step 8. Update grid display

Child pages

Versions Compared

Old Version 6

New Version Current

Key

Step

1.

Preparation

Replace
...
MFma_support.exe
...
in
...
c:\ngms\<region>\modules\bin\mf
...
Replace
...
Diagnostic_Search_Strings.dat
...
in
...
c:\ngms\<region>\modules\<model>\Mf<vkd>
...

Step

2.

Update

locations

and

grid

specification

Step 3.

Update/verify

the

parameters

list

in

the

IdMap-files

Step 4. Update Module Adapter output Instructions file (XXX_output.in)

For
...
each
...
scenario,
...
extend
...
BINARY
...
MAPSTACKS
...
MERGE
...
command
...
with
...
QDRA
...
and
...
QRIV
...
Info
Example
BINARY_MAPSTACKS
...
MERGE
...
H,
...
QX,
...
QY,
...
QZ,
...
QSTR,
...
QSTR_ACCU,
...
QSTOR,
...
Q_GHB,
...
Q_HBND,
...

Step 5.

Update

Module

Instances

Step 6. Update displays

Child pages

Page History

Versions Compared

Old Version 6

New Version Current

Key

Step

1.

Preparation

Replace ... MFma_support.exe ... in ... c:\ngms\<region>\modules\bin\mf...Replace ... Diagnostic_Search_Strings.dat ... in ... c:\ngms\<region>\modules\<model>\Mf<vkd>...

Step

2.

Update

locations

and

grid

specification

Step 3.

Update/verify

the

parameters

list

in

the

IdMap-files

Step 4. Update Module Adapter output Instructions file (XXX_output.in)

For ... each ... scenario, ... extend ... BINARY ... MAPSTACKS ...MERGE... command ... with ... QDRA ... and ... QRIV ... Info Example BINARY_MAPSTACKS ...MERGE... H, ... QX, ... QY, ... QZ, ... QSTR, ... QSTR_ACCU, ... QSTOR, ... Q_GHB, ... Q_HBND, ...

Step 5.

Update

Module

Instances

Step 6. Update displays

Replace
...
MFma_support.exe
...
in
...
c:\ngms\<region>\modules\bin\mf
...
Replace
...
Diagnostic_Search_Strings.dat
...
in
...
c:\ngms\<region>\modules\<model>\Mf<vkd>
...

For
...
each
...
scenario,
...
extend
...
BINARY
...
MAPSTACKS
...
MERGE
...
command
...
with
...
QDRA
...
and
...
QRIV
...
Info
Example
BINARY_MAPSTACKS
...
MERGE
...
H,
...
QX,
...
QY,
...
QZ,
...
QSTR,
...
QSTR_ACCU,
...
QSTOR,
...
Q_GHB,
...
Q_HBND,
...