Latest SWMM 4.99 Engine

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Permalink Reply by Robert E Dickinson on December 8, 2008 at 4:20am

*
* SWMM 4.4 RAIN BLOCK DATA FILE >>>>>>>>>
*
* Note, this file last updated by WCH, 12/9/96.
*
* What's new that's important? 7/25/96. New parameter KOVER on line B0.
*
* This is an input data file to the SWMM 4.4 (beta) Rain Block for
* analyzing and creating a precipitation time series interface
* file. All lines with an asterisk in column 1 are comment lines
* and are ignored by the program.
*
* Input data are free format and may be up to 230 columns wide.
* You must have a value for every data column even if the program
* will not actually use a given value. Alternatively, a slash, /, may
* be used at the end of a line to indicate that remaining input
* values will be treated as "no data entry" or null-input. This
* almost always means that these parameters will equal zero.
* There must be at least one space or comma between every input
* value. Alphanumeric data should be enclosed in single quotes.
*
* Caution! Data lines that are "wrapped around" (continued on
* two or more lines) should have a blank in column 1, unless a
* card identifier is needed.
*
* SWMM uses both U.S. customary units and metric units. The
* examples use feet, cfs, acres, inches and inches/hour. If metric
* is specified, substitute meters, cms, hectares, millimeters and
* millimeters/hour.
*============================================================================
* The SW line sets up the interface files to be used or created.
* There is one output file (#9 in this example) that will contain
* the hourly, 15 min. or other time interval precipitation data for
* subsequent blocks.
*============================================================================
* NBLOCK JIN(1) JOUT(1)
SW 1 8 9
*============================================================================
* Note, the rainfall interface file is created on unit JOUT. If this
* file already exists and is referenced through an @ line, then rainfall
* input during this Rain Block run will be combined with rainfall already
* stored on the referenced file, unless parameter KOVER = 1. In this way,
* data from multiple gages with different IDs may be stored on the same
* rainfall interface file. However, the rainfall time interval
* (THISTO) must be the same for all gages. THIS IS THE WAY DATA FROM
* MULTIPLE GAGES ARE PLACED ON THE SAME INTERFACE FILE.
* Note: you will get an error message if you reference a rainfall
* interface file incorrectly created or empty or if you try to "write
* over" an old interface file. If this happens, delete the old file
* or change its DOS name, then run the Rain Block again. Or, set
* parameter KOVER (line B0) = 1 to permit over-writing of existing data.
*============================================================================
* The MM line opens the scratch files to be used by different subroutines.
* A certain number (up to 4 for RAIN) is required for each block.
*============================================================================
* NITCH NSCRAT(1) NSCRAT(2) NSCRAT(3) NSCRAT(4) NSCRAT(5) NSCRAT(6) NSCRAT(7)
MM 7 1 2 3 10 11 12 13
*============================================================================
* The @ command is used to permanently save an interface or
* scratch file. This line should be placed before the first SWMM
* block call. The format of the @ command is as follows:
*============================================================================
*Column 1 Unit number of the Name of the interface
* interface file saved file (any valid DOS filename)
* or utilized
*
@ 8 'GEO6667.DOT'
@ 9 'RAINDOC.DNT'
*============================================================================
$RAIN Call the RAIN Block with a '$' in first column.
*============================================================================
* Create title lines for the simulation. There are two title lines
* for the Rain Block. Titles are enclosed in single quotes.
*============================================================================
* A1 Line :
* SITE : Two 80-column descriptive titles.
*============================================================================
A1 ' EXAMPLE RUN OF THE RAIN BLOCK'
A1 ' APPALACHICOLA, FLORIDA RAINFALL'
*============================================================================
* Optional B0 line. May be omitted.
*
* B0 Line :
*
* KODEA : Relative to treatment of accumulated totals (totals
* over several hourly or 15-min intervals, instead of
* the actual values at each interval) in NCDC
* precipitation records, indicated by a special
* code "A":
* = 0, Do not include accumulated totals on
* interface file time series or in hourly
* and event summary (default, as in past).
*
* Options 1 and 2 available only for
* IFORM = 0,1,4,6 or >= 9.
*
* = 1, Average accumulated total over preceding
* intervals since last special code or beginning
* of day (a uniformly dispersed positioning).
* = 2, Insert accumulated total at its indicated
* time (a lumped positioning).
* KODEPR : For printing of presence of special codes and/or
* missing data in event summary table (IDECID >= 1).
* = 0, If present, indicate only for dates shown in
* in event summary table (default).
* = 1, If present, indicate for all dates. This
* option may lengthen event summary table.
* KOVER : For over-writing existing rainfall interface file.
* = 0, Add current rain data to that on existing
* interface file on unit JOUT to prepare
* rainfall interface file with multiple gages.
* = 1, Over-write existing non-empty JOUT file with
* data from only single, new gage.
*============================================================================
* KODEA KODEPR KOVER
B0 1 1 0
*============================================================================
* Line B1 defines the control information for the Rain Block.
*============================================================================
* B1 Line :
*
* NOTE: Both hourly and 15-min. precipitation data may be analyzed
* using IFORM = 0,1,4,6,9,10,11,12.
* When 15-min. data are analyzed, NSCRAT(4) is required.
* Note, that when 15-min. data are processed, annual, storm event
* and summary statistics are all based on hourly totals, not on the
* individual 15-min. values. However, the 15-min. values are
* properly stored on the interface file at 15-min. increments.
* For IFORM = 0,1,4,6, the time interval (THISTO) is detected
* from the NWS file. It is not necessary to specify hourly or
* 15-min.
*
* Only hourly data may be analyzed for IFORM = 2,5,7,8,13.
*
* For IFORM = 3 (user defined) the time interval is arbitrary, but
* 1 hour or 15 min is recommended. If the precipitation interval
* (THISTO) is greater than 1 hour, then annual summary statistics
* may be incorrect. If THISTO < 1 hr, it should be an integer
* divisor of 1 hr for proper annual and summary statistics.
*
* Note, NOAA-NCDC precipitation data are given in terms of the
* ending time of a precipitation value, whereas SWMM needs the
* beginning time of the precipitation increment. Thus, times listed
* in the print-outs and on the interface file will be one hyetograph
* time interval (e.g., usually 1 hr or 15 min) earlier than the times
* listed in the NOAA-NCDC files. I.e., SWMM hours are 0-23 (0000-
* 2345 for 15-min. data), whereas NOAA-NCDC hours are 1-24
* (0015-2400 for 15-min. data).
*
* Note: see examples of data for IFORM = 0,1,2,3,4,5,9,10,13 at end
* of this file.
*
* IFORM : Format of precipitation (rainfall) data.
* = 0, Post-1980 NWS format (NWS Tape Deck 3240
* or 3260), fixed length records (one
* precipitation entry per line).
* = 1, Post-1980 NWS format (NWS Tape Deck 3240
* or 3260), variable length records (all
* non-zero precipitation values on one line
* for each day). This is also the AS ON TAPE
* FORMAT of the NWS and the "NCDC format" of
* EarthInfo and Hydrosphere.
* = 2, NWS Card Deck 488.
* = 3, User-defined rainfall format.
* = 4, NWS diskette rainfall format ("Release B,
* Condensed"). (Field definitions are similar
* to TD 3260 but placed on separate lines and
* alphanumeric values enclosed in double quotes.)
* Provide first 5-yr (or total) diskette (DOS)
* file on unit JIN and identify other input files
* (if any) using an @-line(s) in the input data
* file, i.e., immediately after the B1 line,
* place an @-line that identifies a
* new NWS DOS file (unit number and file name).
* (See example after B1 line.)
* The data on this file must follow
* chronologically the data already input (and
* include preliminary station number info etc.).
* If no additional data are made available,
* a message is printed.
* Because NWS input data must be converted to
* proper ASCII format before being read by SWMM,
* the converted data may be saved for future
* input (IFORM=6) by saving file NSCRAT(3)
* using an appropriate @-line.
* = 5, Canadian AES precipitation data format.
* Older, compressed format (see sample data
* at end). See also IFORM = 13.
* = 6, Processed NWS diskette rainfall format
* ("Release B, Condensed"). Provide first
* diskette (DOS) file on unit JIN and
* identify other input files (if any) as
* indicated for IFORM = 4.
* Quotation marks in file for input using
* IFORM = 4 option have been changed to
* apostrophes in this file from a prior run
* using IFORM = 4 and saving
* resulting NSCRAT(3) file (then use saved file
* for unit JIN for IFORM = 6).
* = 7, EarthInfo NCDC rainfall display format
* (data retrieved from screen display, unlikely
* to be encountered).
* = 8, EarthInfo ASCII rainfall display format
* (data retrieved from screen display, unlikely
* to be encountered).
*
* Caution! The EarthInfo ASCII output format changed
* during 1993. Only use IFORM = 9 or 10 if the
* format of your data is the same as shown at the
* end of this RAIN.DOC file. Otherwise, export
* EarthInfo data in the NCDC (CR/LF) format and use
* IFORM = 1.
*
* = 9, EarthInfo ASCII output format (1993), 15-min.
* precipitation data -- unprocessed EarthInfo
* data file; suggest saving processed file
* on NSCRAT(3). "Processed" means placing
* alphanumeric data in single quotes for
* list-directed input.
* = 10 EarthInfo ASCII output format (1993), hourly
* precipitation data -- unprocessed EarthInfo
* data file; suggest saving processed file
* on NSCRAT(3).
* = 11 EarthInfo processed 15-min. ASCII precipitation
* data. Input on unit JIN the file previously
* processed and saved on NSCRAT(3) from run
* using IFORM = 9.
* = 12 EarthInfo processed hourly ASCII precipitation
* data. Input on unit JIN the file previously
* processed and saved on NSCRAT(3) from run
* using IFORM = 10.
* = 13 Canadian AES current hourly precipitation
* format. (See sample data at end.) See also
* IFORM = 5.
* ISTA : NWS station number, or alternatively for user
* defined data (IFORM = 3), an arbitrary
* integer station number.
* Note, for IFORM = 0,1,2, ISTA is a 6-digit integer,
* i.e., 2-digit state code plus 4-digit cooperative
* network index. For IFORM = 9-12, ISTA is the 3
* or 4-digit cooperative network index.
*
* CAUTION! New format for AES station ID.
* For IFORM = 5 or 13, ISTA is a 7-character
* alphanumeric Canadian ID. Enclose ID in single
* quotes.
*
* NOTE! Station IDs no longer have to match between ISTA
* and value input in precipitation data file,
* except for IFORM = 9-12. User should inspect
* output and monitor message to ensure that desired
* station is being analyzed.
* For IFORM = 4 or 6, ISTA is read from data (entry
* on line B1 is ignored). For IFORM = 7 or 8, ISTA
* is set on B1 line and not compared to data file.
* IDECID : Controls the program purpose and output.
* = 0, Create a rainfall interface file on JOUT.
* = 1, Create a rainfall interface file on JOUT, and
* perform the synoptic rainfall analysis.
* = 2, Only do the synoptic rainfall analysis.
*
* Note, synoptic rainfall analysis is the same as performed by the
* EPA SYNOP model.
*
* IYBEG : Starting date, eight digits, year/mo/dy. (19970925)
* If zero the program searches for beginning year.
* If year is two digits, program assumes is 1900.
* IYEND : Ending date, eight digits, year/mo/dy. 19970925)
* If zero the program reads all the station data.
* If year is two digits, program assumes is 1900.
* IYEAR : Echo print of the rainfall values read
* = 0, Do not print all rainfall data.
* = 1, Print all the (non-zero) data (1-3 months/page).
* ISUM : Indicator for storm event summary printout.
* = 0, Do not print storm event summary.
* = 1, Do print the storm event summary (1-2
* pages per year).
*============================================================================
* Note: The following fields are not required if IDECID is 0.
*============================================================================
* MIT : Minimum interevent time to separate storm
* events, number of hours (>_1). Only used if storm
* event statistics are printed. (See text.)
* NPTS : NPTS highest events are printed in rainfall
* analysis tables. If zero, all events are printed.
* IFILE : Indicator for storm event formatted file creation.
* = 0, Do not save storm event data on a file.
* = 1, Save the storm event data on a formatted
* NSCRAT(1) (an ASCII file, readable by user).
* This file contains the same information as is
* listed in the Rain Block storm event table.
* User must insure that this file will
* be permanently saved by using the @ function
* as described above. If
* NSCRAT(1) has not been given a DOS file name
* using the the @-line, then the Rain Block will
* prompt for a DOS name during its execution.
* A : Plotting position parameter (see text for
* explanation). 0.4 recommended, or else use zero
* for Weibull plotting position.
* NOSTAT : Indicator for storm event statistics printout:
*
* NOSTAT controls the printing of the event tables for volume, average
* intensity, storm duration, and interevent duration. In all cases,
* No = 0, Yes = 1. The control information is entered as a four digit
* integer number with each column controlling a different table.
* First column - table of storm volume by return period.
* Second column - table of average intensity by return period.
* Third column - table of storm duration by return period.
* Fourth column - table of interevent duration by return period.
* For example, enter 1111 to print all four tables, 1000 to print the
* first table only, 1100 to print the first two tables, and 0000
* or 0 to bypass all table printing. In all cases only the top NPTS
* events are printed.
*============================================================================
* POST 1980 NWS RAINFALL FORMAT
* IFORM ISTA IDECID IYBEG IYEND IYEAR ISUM MIT NPTS IFILE A NOSTAT
B1 0 080211 1 1966000 19670000 1 1 12 50 0 0.4 1111
* Example for IFORM = 13.
*B1 13 '615HMAK' 1 19860426 19921101 1 1 12 50 0 0.4 1111
*============================================================================
* Below is an example of a line that could be used to provide file
* information to continue input for IFORM = 4 or 6. The @ symbol should
* be in the first column. File NEWDATA.PRE would contain a
* continuation of Release B Condensed precipitation data,
* including all the normal header information. These data would follow
* chronologically from prior data read in for this station. The unit
* number, 4, is arbitrary but should not duplicate other unit numbers
* listed on the SW or MM lines.
*
* @ 4 'C:\SWMMDATA\NEWDATA.PRE'
*============================================================================
* Line B2 defines the control information for a user-defined
* rainfall time series. Required only if IFORM = 3
* on data group B1.
*============================================================================
* A maximum of 5000 precipitation values per year may be input in file JIN
* (no limit on number of years), one value per line, each value with a date
* and time (and optional station ID). Note, 24 precipitation values per
* line may be entered according to special criteria through the use of
* optional line B3, explained below.
*
* B2 Line :
* THISTO : Rainfall time interval, minutes.
* METRIC : Metric input/output.
* = 0, Use U.S. customary units.
* = 1, Use metric units, denoted by brackets [].
* KUNIT : Standard rainfall units.
* = 0, intensity, in./hr [mm/hr], or
* = 1, volume, in. [mm].
* (Note: other units, e.g., hundredths of an inch,
* may be used by using CONV below.)
* FIRMAT : Rainfall format (character data; enclose in single
* quotes).
* Should include integer fields for station number,
* year, month, day, hour, minute and an F, E or G
* field for rainfall. Rainfall may not be read as
* integer (I-format) unless using B3 line -- see
* below. The year may be either four digits (19XX)
* or two digits (XX). If two digits, program assumes
* is 1900.
* CONV : Multiply by CONV to convert non-standard rainfall
* units to in./hr [mm/hr] (KUNIT = 0) or in. [mm]
* (KUNIT = 1). (Conversion should be to mm
* if METRIC = 1.)
*
* NOTE: The value for the hour of precipitation should
* vary from zero (midnight) to 23 (11:00 p.m. = 2300).
* E.g., hour = 2 and minute = 15 gives 0215 for the
* precipitation starting hour. This is the
* default procedure. If desired, the hour can vary
* from 1 to 24 (midnight). E.g., hour = 2 and minute
* = 15 gives 0115 for the precipitation starting
* hour. To choose this option (hour varying from
* 1 to 24), enter CONV as a negative number
* (e.g., CONV = -1.0). CONV will be reset in
* the program to its correct positive value.
*
* F1 : Field position for station number.
* If F1 is zero a station number will not be read.
* F2 : Field position for year. Required.
* F3 : Field position for month. Required.
* F4 : Field position for day. Required.
* F5 : Field position for hour. Required.
* F6 : Field position for minute. Required.
* F7 : Field position for precipitation. Required.
* Rainfall must be either first (1) or last (6 or 7)
* field. SWMM considers positive numbers to be
* rainfall and negative numbers to be snowfall.
*============================================================================
* Use line B2 if IFORM = 3 on data line B1.
* USER DEFINED INPUT RAINFALL TIME SERIES ==> "USRN.DAT"
* THISTO METRIC KUNIT FIRMAT CONV F1 F2 F3 F4 F5 F6 F7
* B2 15.0 0 0 '(I5,5I3,F4.0)' 1.0 1 2 3 4 5 6 7
*============================================================================
* Optional data group for entry of 24 precipitation values per line.
* This line may be omitted. If used, this line should follow the B2 line.
*
* B3 Group identifier
*
* NUVAL = 24 = number of precipitation values entered on
* each B2 line for variable F7. If this option is
* used, the year, month and day are entered (in the
* sequence defined by F2, F3 and F4 on line B2 and
* in the fields specified by FIRMAT on line B2),
* followed by 24 (hourly) precipitation values in
* 100th's of an inch (METRIC=0) or mm x 100 (METRIC=1).
* For example, an intensity of 0.2 in./hr should be
* entered as 20 (METRIC=0), and an intensity of 30
* mm/hr should be entered as 3000 (METRIC=1).
* *** Rainfall is read in integer format.***
* The integer format (e.g., 24I5) is included
* in parameter FIRMAT on line B2. There is no
* multiplication by parameter CONV of these
* data entries.
*
* Note that by manipulation of the format specified
* in parameter FIRMAT, the data can be arranged
* in groups of 12 values on two lines. For instance,
* if year, month and day occupy the first three fields
* of each line as real values, followed by 12
* precipitation values as integers, the following
* FIRMAT is an example: '(3I4, 12I5,/,12X,12I5)'
* Of course, a field position may be left for
* a station number if need be.
*============================================================================
* This is a one-day example using format listed above. Note that zeroes
* are not necessary to fill-in empty fields because a Format statement
* is used, but zeroes are included below for clarity.
* YEAR MON DAY RAIN VALUES....
*1986 2 5 20 0 0 0 0 0 10 40 110 10 0 0
*1986 2 5 0 10 0 0 0 0 0 0 0 0 0 0
*
* End of Rain Block Data
* End your input data set with a $ENDPROGRAM.
* or a $BLOCKNAME for another SWMM block.
$ENDPROGRAM
*
* Brief examples of data formats. Remember that asterisk in column 1 is
* necessary to maintain comment lines in this RAIN.DOC file.
*
* IFORM = 0, Appalachacola, Florida, April 27-28, 1964
*
*HPD08021100HPCPHI19640400270011900 00002 &&&
*HPD08021100HPCPHI19640400270012000 00004 &&&
*HPD08021100HPCPHI19640400270012100 00003 &&&
*HPD08021100HPCPHI19640400270012200 00001 &&&
*HPD08021100HPCPHI19640400270012300 00012 &&&
*HPD08021100HPCPHI19640400280010100 00005 &&&
*HPD08021100HPCPHI19640400280010300 00001 &&&
*
* IFORM = 1, Indianapolis, Indiana, January 1-14, 1987
*
*HPD12425900HPCPHI19870100010020100000000 2500000000
*HPD12425900HPCPHI19870100020050300000001 0600000001 0700000002 0800000002 2500000006
*HPD12425900HPCPHI19870100090131300000003 1400000009 1500000004 1600000008 1700000010 1800000006 1900000004 2000000007 2100000003 2200000004 2300000001 2400000002 2500000061
*HPD12425900HPCPHI19870100100031900000001 2400000001 2500000002
*HPD12425900HPCPHI19870100110020100000001 2500000001
*HPD12425900HPCPHI19870100140021300000003 2500000003
*
* IFORM = 2, Minneapolis, Minnesota, January 1-4, 1960
*
*2154356001011- - - - - - - - - - - -
*21543560010120020020030030020030020050030020030010031 02
*2154356001021002001001002004002002002001- - -
*2154356001022- - - - - - - - - - - - 0017 04
*2154356001041- - - - - - - - - - - -
*2154356001042- - - 001- - - - - - - - 0001 05
*
* IFORM = 3, Hypothetical user-defined. This is USRN.DAT refered to in text.
*
*14922 80 02 01 00 00 .1
*14922 80 02 01 00 30 .1
*14922 80 02 01 14 00 .1
*14922 80 02 01 15 00 .1
*14922 80 02 01 18 00 .1
*14922 80 02 01 19 00 .1
*14922 80 02 23 12 30 .1
*14922 80 02 23 12 45 .1
*14922 80 02 23 15 00 .1
*14922 80 02 23 18 00 .1
*14922 80 02 23 19 00 .1
*14922 80 02 24 17 00 .1
*14922 80 02 24 18 00 .1
*14922 80 02 25 12 00 .1
*14922 80 02 26 12 00 .1
*14922 80 02 27 12 00 .1
*14922 80 02 27 15 00 .1
*14922 80 02 27 15 30 .1
*14922 80 03 04 12 00 .05
*14922 80 03 04 12 30 .05
*14922 80 03 04 14 00 .05
*14922 80 03 05 00 00 .05
*14922 80 03 05 00 30 .05
*
* IFORM = 4, Greensboro-High Point, North Carolina, July 1-12, 1948
*
*1,'HPD'
*2,'GREENSBORO,HIGH P, NC'
*3,313630,313630,0,0,0,0,0,0,0,0
*4,1948,07,1952,12
*5,'HPCP',' ',' ',' ',' '
*8,948,7,1,'HI',2
*9,1,0,'0','0'
*9,25,0,'0','0'
*8,948,7,11,'HI',2
*9,3,1,'0','0'
*9,25,1,'0','0'
*8,948,7,12,'HI',3
*9,13,1,'0','0'
*9,14,4,'0','0'
*9,25,5,'0','0'
*
* IFORM = 5, Unidentified Canadian station 61060009, November 13-18, 1978
* Note, rainfall in tenths of mm. E.g., second day, first hour, rain = 2.2 mm/hr.
*
*61060009781113123000000000000000000000000000000000000000000000000000000000000000000000000000200150007002400370031
*61060009781114123002200170006000300000000000000000000000000000000000000000000000000000000000000000000000000000000
*61060009781115123000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
*61060009781116123000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
*61060009781117123000000000000000000000000000000000000000000000000000000130019002800220013000900260024004600460002
*61060009781118123000200040005000000000000000000000000000000000000000000000000000000000000000000000000000000000000
*
* IFORM = 9, Yaquina Bay, Oregon, November 1-7, 1980
*
*OR,9581,1,in,11/01/1980,0.00,,0.10,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.10,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.10,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.10,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.10,,0.20,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.70,
*OR,9581,1,in,11/02/1980,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.10,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.10,
*OR,9581,1,in,11/03/1980,.,,.,,.,,.,,.,,.,,.,,.,,0.10,,.,,.,,.,,.,,.,,.,,0.10,,.,,0.10,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.30,
*OR,9581,1,in,11/05/1980,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.10,,.,,.,,.,,0.10,,.,,.,,.,,0.10,,0.10,,.,,0.10,,0.10,,.,,0.10,,.,,.,,0.10,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.80,
*OR,9581,1,in,11/06/1980,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.10,,.,,.,,.,,.,,0.10,,.,,0.10,,.,,0.10,,.,,0.10,,.,,0.10,,.,,0.10,,.,,.,,.,,0.10,,.,,.,,.,,.,,.,,0.10,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.20,,.,,.,,.,,.,,0.10,,0.20,,.,,0.10,,1.50,
*OR,9581,1,in,11/07/1980,0.10,,0.10,,.,,.,,0.10,,.,,.,,.,,.,,.,,.,,.,,.,,0.10,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.10,,0.40,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.10,,.,,.,,.,,.,,0.10,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,1.10,
*
* IFORM = 10, Eugene, Oregon, January 1-9, 1970
*
*OR,2709,2,in,01/01/1970,0.00,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.00,,
*OR,2709,2,in,01/03/1970,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.02,,.,,.,,0.02,,0.01,,0.03,,.,,.,,.,,0.08,,.,,0.01,,.,,.,,.,,0.17,,
*OR,2709,2,in,01/07/1970,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.01,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,.,,0.01,,
*OR,2709,2,in,01/08/1970,.,,.,,.,,.,,.,,.,,.,,0.01,,.,,0.02,,.,,.,,.,,0.01,,.,,0.02,,.,,.,,.,,0.04,,0.04,,0.13,,0.08,,0.04,,0.39,,
*OR,2709,2,in,01/09/1970,0.01,,0.06,,0.07,,0.18,,0.16,,0.09,,0.08,,0.08,,0.03,,0.06,,0.04,,0.02,,0.03,,0.06,,0.06,,0.07,,0.06,,0.11,,0.11,,0.04,,0.02,,0.02,,.,,.,,1.46,,
*
* IFORM = 13, Unknown Canadian station, current AES format.
* October 1-7, 1986. Rainfall in tenths of mm/hr.
*
*615HMAK9861001123000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000015 000017 000000
*615HMAK9861002123000002 000003 000000 000006 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000004
*615HMAK9861003123000000 000000 000000 000000 000000 000000 000003 000002 000010 000019 000004 000000 000000 000000 000000 000000 000000 000002 000000 000000 000000 000000 000000 000000
*615HMAK9861004123000000 000000 000000 000000 000000 000000 000003 000017 000000 000000 000000 000008 000032 000010 000005 000008 000008 000002 000000 000002 000000 000000 000000 000000
*615HMAK9861005123000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000006 000024 000002 000000 000000
*615HMAK9861006123000000 000000 000000 000000 000000 000000 000002 000002 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000
*615HMAK9861007123000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000 000000

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Permalink Reply by Robert E Dickinson on December 8, 2008 at 4:19am

DOS SWMM 4 Doc Files for Runoff, Transport and Extran

Attachments:

• RUNOFF45.DOC, 82 KB
• TRANS45.DOC, 50 KB
• extran45.doc, 107 KB

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