Sample Input Files
Conventions
Sample input files are stored in the
'/sample_files' subdirectory where the program is installed (typically,
'c:/program files/p8...' ). These include:
*.p8c
- case data
( format changed from DOS version)
*.p8p -
particle data
( " )
*.tmp -
air temperature
data ( format unchanged from DOS
version)
*.pcp
- precipitation
data (")
These are all in
ASCII text format and can be viewed with a text editor such as windows
notepad.
Sample input
files are provided for importing
precipitation ,
temperature , and watershed data from Excel and other
formats.
Translating Case
& Particle Files from DOS Version
Input cases
for the DOS version of P8 (*.CAS) can be translated to the current format
using the 'File Translate Case' procedure.
In order to
translate a DOS version particle file (*.PAR), it must first be embedded in a
DOS version case (*.CAS). Convert that case to windows format using 'File
Translate Case'. The particle file can then be saved in windows format
(*.p8p) from the 'Edit Particles' screen.
Sample Case Files
The
following input files describe simple cases for program demonstration purposes:
-
P8_DEFAULT.P8C
- simple case for preliminary testing one watershed, one device (wet pond),
one particle class
-
P8_DEMO.P8C -
illustrates each type of treatment device many devices are run simulaneously
in parallel each device has same watershed characteristics
The
following input files describe specific applications:
-
TRACER.P8C
- Offline Infiltration Basin, Detention Pond in Series
-
ESM_L.P8C -
Emerald Square Mall, Lower Watershed 2 Detention Ponds, Swale, 3 Wetland Cells
in Series
-
ESM_U.P8C -
Emerald Square Mall, Upper Watershed, Detention Pond, 3 Wetland Cells in
Series
-
HUNT.P8C -
Hunt-Potowomut Watershed, RI. Watershed-Scale Application Illustrates use of
Aquifer Device to Simulate Baseflow
-
*.P8C - Other examples, as
documented in each file.
Sample Particle / Water
Quality Component Files
-
NURP50.P8P (default). distribution of particle settling velocities derived
from NURP studies (USEPA, 1986); component concentration calibrated to NURP
50th precentile (median) sites (Athayede et al, 1983); 1 dissolved
fraction; 4 particulate fractions (10%, 30%, 50%, 80% percentiles)
-
NURP90.P8P. same as NURP50.PAR, except component concentrations
calibrated to NURP 90th percentile sites.
-
-
NURP50_TSS.P8P. NURP alternative for TSS
simulations only; no dissolved fraction; 5 particulate fractions (10%, 30%,
50%, 70%, 90%); provides slightly better resolution than NURP50.P8P in high
settling velocity range
-
SIMPLE.P8P. a
simple case (one particle class, one water quality component) for preliminary
runs; requires less run time than other files.
-
BARESOIL.P8P.
NURP50.P8P modified to give TSS concentrations typical of runoff from
construction sites (mean ~10,000 ppm, Schueler, 1987).
-
MONROE.P8P -
Monroe Street, Madison, Wisconsin, 1993-1994 233 acre residential
watershed, case file: MONROE.P8C
-
LINCOLN.P8P - Lincoln Creek,
Milwaukee, 1993-1994 6399 acre mixed urban watershed, case file:
LINCOLN.P8C
Sample Precipitation
Files
-
PROVIDENCE_6987.PCP - Providence Airport, 1969-1987
-
CITY_Y1Y2.PCP - Precipitation Files for Other Cities between Y1
and Y2
- TYPE2.PCP - 24-hour, SCS Type 2 Storm,
1-inch, 72-hr interval, date range: 19870601 - 19870603
-
PRECIP_CONVERT.XLS - Example of excel workbook used to import
precipitation data.
See Importing Precipitation
Data
Sample Air Temperature Files
-
PROVIDENCE_6988.TMP - Providence Airport, 1969-1988
-
CITY_Y1Y2.TMP
- Temperature Files for Other Cities between Y1 and Y2
- TEMP_CONVERT.XLS - Example of excel
workbook used to import air temperature data.
See
Importing Air Temperature
Data
Sample Watershed Files
- P8_WATERSHEDS_FORMATS.XLS - formats
for importing watershed data from Excel, Text, or CSV formats
- P8_WATERSHEDS_DEMO.XLS - template for
entering new watershed data in Excel Format
P8_WATERSHEDS_DEMO.CSV - import file in comma-delimited
format
P8_WATERSHEDS_DEMO.TXT - import file in text format, for compability
with DOS version
See Importing Watershed
Data .