infoswmm theory

8/10/2019 InfoSWMM Theory

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InfoSWMM 2D, Suite, SWMMLive,

InfoSWMM Suite for Naperville, USA

Innovyze and InfoSWMM


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Table of ContentsWhat are We Trying to Do Here? 3Where a reWe Trying? 4

W he re a re M o st o f t he P eo pl e i n th e W or l d? 5Wewant toHe lp Peoplewith Water,Sewer and Stormwater Problems

Where are the Demo !iles? "Powerpoint !ile is #arge b$t %rgani&ed bySe'tions (

My History )* nt er a' ti on w it h W al li ng fo rd a nd D H* +

-endors .sso'iated wi th SW MM5 ++

* nf oS W MM - ersi on s + /H/%MapSWMM -ersions +3

0 lo g, W or dP re ss , Tw it te r an d # in 1e di n + 4.sia -isitors +5

.fri'a -isitors +2 $r op ea n -i si to rs + "

So$th .meri'an-isitors +(.$stralian -isitors +)

orth .meri'an -isitors /

*n noy &e Tw it ter /+*nfoSWMM, SW MM #ie %be'ts /3

*nfoSWMM Time Steps /5Most of What o$ need to 1now .bo$t the Men$s /

*n foSWMM in .r' Map /".r' Map26tensions /(

.r' MapToolbars /)*nfoSWMM 7ontrol 7enter3+

*nfoSWMM !ile Str$'t$re 3/*nfoSWMM !ile Str$'t$re 33

* nf oS W MM T il de ! il e 3 4

.r' Map0a'1wards 7ompatibility 35How To !i6 a 7orr$pt .r' Map 3

Data Sharing *n *nfoSW MM 3"How to 7reate . 8eoDatabase 3(

Pr o9 e' t %er i ew 4/* nf oS WM M P ro 9e 't S to ra ge S tr $' t$ re 4 3

P ro 9e 't 7 o m po ne nt s 4 4P ro 9e 't 7 o m po ne nt s 4 5

:$n'tions 4Storages 4"7ond$its 4(

P$mps 4)Weirs 5

%rifi'es 5+%$tlets 5/

Diiders 53%$tfall 54

S$b'at'hments 55;aingage 5

Model Sol$tion and ;es$lts 5"

*nfoSWMM Men$ %rgani&ation 5(S 'e na ri os


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Wat are We Tryin! to Do "ere#

InfoSWMM Slide $ 3 Introdu%tion"o&e

'(a&ple) Tan*s a lot tat doeselp +++ our -ebsite su!!ests te

-et -eater %o&ponent of

InfoSe-er %an size pipes usin!

synteti% and unit ydro!raps+

Tis is e(a%tly -at -e -ould

need as .entley stor&CAD %an

only use rational &etod for

desi!n so -e ave to t-ea* ti&e

of %on%entration to !et te pea*runoff to sort of &at%+


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Were are We Tryin!#

InfoSWMM Slide $ 4 Introdu%tion"o&e

'(a&ple) * wo$ld li1e to 1now what toolsmembers of the gro$p $se to model

stormwater and eal$ate the $se of

different 0MPsF 0ased on yo$r

e6perien'e whi'h are more $sef$l and

why? We wo$ld li1e to sele't one main

tool for o$r wor1 in the 'ompany to

eal$ate poll$tant loadings, land $se,

hydrology, remoal effi'ien'ies, et'F

We hae $sed mostly SWMM and ery

little Hydro7.DF * 1now MAS*7 is

pop$lar aro$nd .$stralia, SWMM in the

AS, Mi'rodrainage in the AE, et'F Herein Spain SWMM is starting to be

pop$larF


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We -ant to "elp /eople -it

Water, Se-er and Stor&-ater /roble&s

InfoSWMM Slide $ Introdu%tion"o&e

G Wat are te%o&&on features

bet-een ICM,

IWCS, IWWS et%

and te USA

/rodu%ts#G We sare a

%o&&on istoryG "o- to -e %onvert

Mi*e Urban and

oter produ%ts toInnovyze /rodu%ts


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Were are te De&o 3iles#

InfoSWMM Slide $ " Introdu%tion"o&e

seraph$sersDi'1insonAEDemo*nfoSWMM


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/o-erpoint 3ile is Lar!e but 4r!anized by

Se%tions

InfoSWMM Slide $ ( Introdu%tion"o&e


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My "istory

InfoSWMM Slide $ ) Introdu%tion"o&e


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Intera%tion -it Wallin!ford and D"I

InfoSWMM Slide $ + Introdu%tion"o&e


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Innovyze InfoSWMM 5ersions

InfoSWMM Slide $ +/ Introdu%tion"o&e


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Innovyze "24MapSWMM 5ersions

InfoSWMM Slide $ +3 Introdu%tion"o&e


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.lo!, Word/ress, T-itter and Lin*edin



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3eatures of InfoSWMM



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Asia 5isitors

InfoSWMM Slide $ + Introdu%tion"o&e


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Afri%a 5isitors

InfoSWMM Slide $ +" Introdu%tion"o&e


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'uropean 5isitors

InfoSWMM Slide $ +( Introdu%tion"o&e


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Sout A&eri%an 5isitors

InfoSWMM Slide $ +) Introdu%tion"o&e


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Australian 5isitors

InfoSWMM Slide $ / Introdu%tion"o&e


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Nort A&eri%an 5isitors

InfoSWMM Slide $ /+ Introdu%tion"o&e


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Calibration Concepts

7al'$lationSystem

Theoreti'alSystem

%bserationalSystem

St$dy

ThisFF

To 8ain

*nsights on

ThisFF

To Ma1e

Sense of

thisFF

InfoSWMM Slide $ /3 Introdu%tion"o&e


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T*T#2

%PT*%

!*#2

;.*8.82

T2MP

2-.P

SA07.T7H

SA0.;2. *!*#

.CA*!2;

8;%ADW.T2;

S%WM2#T

:A7T*%

%AT!.##

ST%;.82

D*-*D2; 7%DA*T

PAMP

%;*!*72

W2*;

%AT#2T

IS27T*%

T;.S27T

#%SS2S 7%T;%#

P%##AT.T

#.DAS2

0A*#DAP

W.SH%!!

7%-2;.82

*!#%W

DW! P.TT2;

;D**

A*THD

#%.D*8,

T;2.TM2T

7A;-2

T*M2S2;*2S

;2P%;T 7%%;D*.T2

-2;T*72S

P%#8%

#.02#

SM0%#

0.7ED;%P

T.8

P;%!*#2 M.P

#*DJ7%T;%#

#*DJAS.82

InfoSWMM, SWMM Live 4be%ts



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*nfoSWMM 2D$ses SWMM

1 %b9e'ts to 'onne't the +D

etwor1 to the /D MeshF

. +D ode if it has a flood

type of /D is a$tomati'ally

'onne'ted to a SWMM 5

!i6ed %$tfall ia a 0ottom

%$tlet %rifi'eF The

7onne'tion to the /D Mesh

is from the %$tfallF



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InfoSWMM Ti&e Steps

InfoSWMM Slide $ / Introdu%tion"o&e


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InfoSWMM6SWMM1 Ti&e Steps,

Iterations, Toleran%e

InfoSWMM Slide $ /" Introdu%tion"o&e

InfoSWMM

SWMM1


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;$n the Model

C$ery ;eport

Most of Wat ou need to *no- About te

Menus

InfoSWMM Slide $ /( Introdu%tion"o&e


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InfoSWMM in Ar% Map InfoSWMM is an '(tension in Ar% Map as are

InfoWater, InfoSur!e, InfoMaster and InfoSe-er+

Innovyze supports Ar% Map 7+8, 9:, 9:+9 and 9:+2;

InfoSWMM Slide $ /) Ar% Map .asi%s"o&e


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Ar% Map '(tensions Innovyze Ar% Map

/rodu%ts are '(tensions

in Ar% Map

If te '(tension is turned

off te User %annotinitialize is or er Map

InfoSWMM Slide $ 3 Ar% Map .asi%s"o&e


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Ar% Map Toolbars Ar% Map Toolbars

Use te Toolbars to so-

InfoSWMM6Se-er6Water6

Master Tools

InfoSWMM Slide $ 3+ Ar% Map .asi%s"o&e


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InfoSWMM Windo-

InfoSWMM Slide $ 3/ Ar% Map .asi%s"o&e


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InfoSWMM Control Center Create te InfoSWMM Map by %li%*in! on Initialize

If you ave proble&s ten


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InfoSWMM 3ile Stru%ture Info /rodu%ts in Ar% Map ave a M=D file and T-o

Sub Dire%tories M=D is te Ar% Map 3ile ISD., IWD. or I'D. are te D.3 files %ontainin!

te &odel data

InfoSWMM Slide $ 34 InfoSWMM .asi%s"o&e


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InfoSWMM 3ile Stru%ture Info /rodu%ts in Ar% Map ave a M=D file and T-o

Sub Dire%tories M=D is te Ar% Map 3ile ISD., IWD. or I'D. are te D.3 files %ontainin!

te &odel data



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InfoSWMM Tilde 3ile 'ditin! 3ile tat Lo%*s te 'ditin! of a /ro>e%t


K8eneralL-irt$al D0T;A2

2diting To1end5'/f//e


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Ar% Map .a%*-ards Co&patibility

InfoSWMM Slide $ 3" InfoSWMM .asi%s"o&e


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"o- To 3i( a Corrupt Ar% Map

InfoSWMM Slide $ 3( InfoSWMM .asi%s"o&e


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Data Sarin! In InfoSWMM

InfoSWMM Slide $ 3) InfoSWMM .asi%s"o&e


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InfoSWMM S%enario0s, 3a%ility Mana!er

and DataSets

InfoSWMM Slide $ 4+ InfoSWMM .asi%s"o&e


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InfoSWMM/H20Map SWMMConnection to SWMM 5

*nfoSWMM=H/%Map SWMM

SWMM5F+F2ngine

*mport of

5FF+To5F+

SWMM5!iles

26port of

!iles toSWMM5F+FO

SWMM 57alibratio

n !iles

InfoSWMM Slide $ 4/ InfoSWMM .asi%s"o&e


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InfoSWMM Connectionto HEC-RAS

*nfoSWMMTranse'ts

H27


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InfoSWMM CSS


Sele't a single or gro$p of storage nodes

7onfig$re and ;$n .nalysis

;eiew=2dit ;es$lts

Sae res$lts


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/ro>e%t 4vervie-

2a'h pro9e't 'ontains etwor1 map

etwor1 'omponent attrib$tes

Modeling parameters

Model sol$tion and res$lts

Model s'enarios

.dditional elements

INfoSWMM /ro>e%tInfoSWMM Slide $ 45"o&e


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InfoSWMM /ro>e%t Stora!e Stru%ture

etwor1 s'hemati' Stored as FMID file

Database tables and modeling files F*SD0

%ne dire'tory 'ontaining model res$lts F%AT folder 'reated after a s$''essf$l sim$lation r$n



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/ro>e%t Co&ponents

*foSWMM Pro9e'tInfoSWMM Slide $ 4""o&e


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@ ti


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@un%tions

;epresent flow into the systemfrom S$b'at'hments

26ternal or DW!

;D**

Pla'ed where lin1s interse't

7an sere as storages d$ring

s$r'harge 'onditions Ased as 0MPBs for poll$tant

remoal

INfoSWMM /ro>e%tInfoSWMM Slide $ 4)"o&e


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Stora!es

;epresent detention=retention ponds,la1es, or $ndergro$nd str$'t$res

7an represent the wet well portion of

a lift station

%$tflow 'ontrolled by P$mp

;ating 7$re

%rifi'e

Weir

7an re'eie inflows

7an a't as 0MPBs



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Conduits

7oney water between nodes

May be drawn in parallel

Dire'tion is 'riti'al

May 'ross witho$t 'onne'ting

M$st hae a 9$n'tion, storage,

diider, or an o$tfall at its end points

%er / shapes aailable

INfoSWMM /ro>e%tInfoSWMM Slide $ 5+"o&e


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/u&ps

;aise the hydra$li' head of thewater

!low from $pstream storage@ to

downstream node

Aser 'an 'ontrol p$mp stat$s with

operational 'ontrols Simple or

;eale%tInfoSWMM Slide $ 5/"o&e


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Weirs

7ontrol dis'harge from storages Diert flow from 'hannels or nodes

7ontrol flow in 'hannels

Aser 'an 'ontrol weir settings withoperational 'ontrols Simple or ;eale%tInfoSWMM Slide $ 53"o&e


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4rifi%es

7ontrol dis'harge from storages Diert flow from pipes or nodes

;e'tang$lar or 'ir'$lar shapes

Side or bottom orientation

Aser 'an 'ontrol orifi'e settings

with operational 'ontrols Simple

or ;eale%tInfoSWMM Slide $ 54"o&e


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4utlets

7ontrol the release rate fromstorages

!$n'tional > linear head


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Dividers

Diert flow to one spe'ified lin1

!low dierted with one of fo$r

relationships 7$toff

%erflow Tab$lar

Weir

Diiders may re'eie inflows and a't

as a 0MP Do %T $se for Dynami' Wae

.nalysis



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4utfall

Points where flow leaes the system 0o$ndary 'onditions d$ring dynami'

wae sim$lations !ree

ormal !i6ed

Tidal

Time Series

%$tfalls may re'eie inflows and a'tas a 0MP

INfoSWMM /ro>e%tInfoSWMM Slide $ 5""o&e


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Sub%at%&ents

. s$rfa'e area that drains to onepoint

Determines rainfall sF r$noff on


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e%tInfoSWMM Slide $ 5)"o&e


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Model Solution and e%tInfoSWMM Slide $ "o&e


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InfoSWMM Menu 4r!anization

*foSWMM Pro9e't

Pro9e't Men$

2dit Men$

S'enario Men$

26'hange Men$

Main Men$-iew Men$

Tools Men$

Atilities Men$

Help Men$

InfoSWMM Slide $ +"o&e

S%enarios /urpose


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S%enarios $ /urpose 7ompare alternaties

5, +, 5, and + year rainfall eents

Dynami' wae sF 1inemati' wae

7ontrol settings

Storage si&ing

%erflow laterals

Deelopments Maintain data integrity for ea'h alternatie

7hoose the feat$res that will be modeled for ea'h

s'enario

InfoSWMM Slide $ /"o&e INfoSWMM /ro>e%t

C i S i


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Co&parin! S%enarios

*nheritan'e Details 7ompare Datasets

Dataset *D

Tab$lar Data

InfoSWMM Slide $ 3"o&e INfoSWMM /ro>e%t

St 5 t S l ti f 9D


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InfoSWMM Slide $ 4"o&e " and "

St 5enant Solution for 9D

St 5 t S l ti f 9D


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InfoSWMM Slide $ 5"o&e " and "

St 5enant Solution for 9D

I f SWMM6SWMM1 5 i bl Ti St


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InfoSWMM Slide $ "o&e " and "

InfoSWMM6SWMM1 5ariable Ti&e Step

/i d U d l ti " d li


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InfoSWMM Slide $ ""o&e " and "

/i%ard Underrela(ation, "ydrauli%s

Start ofIteration

Repeat

IterationUntilConverge

or t!ere are20 Iterations

InfoSWMM an "ro#e $


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InfoSWMM an "ro#e $

What is the!ro$de $mber

of the #in1

!ro$de $mberQ F5

;H% +F

!ro$de $mberbetween F5

and +F

;H% / +

$mber@

!ro$de $mberR +F

;H% F

H+ R H/ , ot!$ll, Some

!low;H% +F

" and "

I f SWMM 4b t


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InfoSWMM 4be%ts

InfoSWMM Slide $ )"o&e " and "

InfoSWMM Nodes and Lin*s


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InfoSWMM Nodes and Lin*s



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InfoSWMM "looe %oe


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InfoSWMM "looe %oe

!lood

ed ifPondi

ng.llow

ed

S$r'harged

on S$r'harged

;im 2leation

2leation of Highest

7onne'ting #in1

7rown

ode *nert

2leation

InfoSWMM Slide $ "/"o&e " and "


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InfoSWMM 4ter Lin*s


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InfoSWMM 4ter Lin*s

InfoSWMM Slide $ "4"o&e " and "


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InfoSWMM Lin* Sapes


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InfoSWMM Lin* Sapes


InfoSWMM Lin* Solution /oints


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InfoSWMM Lin* Solution /oints

InfoSWMM Slide $ """o&e " and "

InfoSWMM Node Area


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InfoSWMM Node Area

InfoSWMM Slide $ "("o&e " and "

InfoSWMM Nor&al 3lo-


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Depth

7ross Se'tional .r

Hydra$li' ;adi$s

Do-nstrea& 9

Depth

7ross Se'tional .r

Hydra$li' ;adi$s

Midpoint /

7ross Se'tionalHydra$li' ;adi

Apstream 8

InfoSWMM Nor&al 3lo-

InfoSWMM Slide $ ")"o&e " and "

InfoSWMM 3i(ed Losses


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InfoSWMM Slide $ ("o&e " and "



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InfoSWMM Slide $ (+"o&e " and "


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Lo- Dept


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&

Wet Well P$mp TypeP$mp7$re

Press$reode

!or'e Main!or'e Main

System

InfoSWMM Slide $ (3"o&e " and "

InoSWMM "orce Main


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!or'e Main

#in1 is !$ll

"WDC+ dt s0ottom F(5/

= ;mid+F+"

DWDC+ dt f s0ottom =

;mid

#in1 is ot !$ll DC+ dt ;f NN= ;wtd+F3333

ApstreamDepth RMa6im$m

Depth

DownstreamDepth RMa6im$m

Depth

#in1 *s !$ll


InfoSWMM Controls


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4b>e%ts

Node

Lin*

/u&p

Weir

4rifi%e

4utlet

Si&ulation

Attributes

Dept

"ead

Inflo-

3lo-

Status

Settin!

Ti&e

Date

Clo%*ti&e

Day

Mont

Modulated

Controls

/ID

Curve

Ti&eSeries

5alue

Mod$lated p$mp 'ontrol

26ample ;$le

;A#2 ;+

*! %D2 / D2PTH R

TH2 PAMP W/5 S2TT*8

Time Series 7/5


(#'p )arget Setting


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ew P$mp !low

*f ew Target QR Setting

7ontrol ;$les 2al$ated for ew Target

Set Target

2al$ate %n and %ff ;$les

Start of 2a'h Time StepTarget Setting

Setting

Setting R and Depth Q

%ff Depth

Target Setting

2al$ate7ontrol based

on Priority

Setting Target

.'tionO

!lowSetting

Setting and Depth R

%n Depth

Target Setting +

2al$ate7ontrol based

on Priority

Setting Target

.'tionO

!lowSetting

InfoSWMM Slide $ ("o&e " and "

InfoSWMM R#le I*


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Tolerance = 0.0001Convert time step

from days to minutes

Determine relativeerror in achieving

controller set point

e0 = SetPoint -ControlValue

if SetPoint !=0.0 " e0 =e0#SetPoint

e0 = e0#ControlValue

$eset previouserrors to 0 ifcontroller gets

stuc%

&se the recursiveform of the P'D

controller e(uationto determine the

ne) setting for thecontrolled lin%

p = e0 - a-*e1"if a-*%i == 0.0 "

i = 0.0else i = e0 + dt #

a-*%i

d = a-*%d + e0 -,.0+a-*e1 a-*e," #

dt

update = a-*%p + p

i d"

if fasupdate" /tolerance " update =

0.0

setting = in%a-*lin%2.targetSetting

update

Update previous

errors

a-*e, = a-*e1 a-*e1 = e0

Check that newsetting lies withinfeasible limits

if ( setting < 0.0 )setting = 0.0

if (Linka!"link#.t$pe %= &U'& setting " .0 )

setting = .0

*eturn setting

InfoSWMM Slide $ (("o&e " and "

InfoSWMM+ Processes


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Dry Weather;$noff;D** !low26ternal *nflow*nitial 7onditions8ro$nd waterStorage #osses

InfoSWMM Slide $ ()"o&e " and "

InfoSWMM R#no,


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nfiltrati

on

Evaporat

ion

Runoff

Depth

Depressi

on

Storage

Roughne

ss

Slope

Width

Alpha =

Width/Ar

ea*

Slope^1/

2 / n

Pervi

ous

Evaporat

ion

Runoff

Depth

Depressi

on

Storage

Roughne

ss

Slope

Width

Alpha =

Width/Ar

ea*

Slope^1/

2 / n

per

vious

!/DS

Evaporat

ion

Runoff

Depth

Roughne

ss

Slope

Width

Alpha =

Width/Ar

ea*

Slope^1/

2 / n

per

vious

!/o

DS


I* Co'bination of a&ers


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" and "

I* (rocess Co'ponents


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Drain;

Stora!e;

Soil;

/ave&ent;

Surfa%e;

LIDTypeID

. #*D Pro'ess 'onsists of fie str$'t$red 'omponents or layers

+F Drain

/F Storage3F Soil

4F Paement

5F S$rfa'e

InfoSWMM Slide $ )/"o&e " and "


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SWMM5 H.*R.


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InfoSWMM Slide $ )4"o&e " and "

H&ra#lics fro' Mo#se


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InfoSWMM Slide $ )5"o&e " and "

H&ra#lics fro' Mo#se


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InfoSWMM #tp#t )ables


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InfoSWMM Slide $ )""o&e " and "

InfoSWMM ro#n1ater


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InfoSWMM Slide $ )("o&e " and "

InfoSWMM W


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InfoSWMM Slide $ ))"o&e " and "

InfoSWMM W an W E3ns


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InfoSWMM Slide $ +"o&e " and "

Creatin! an InfoSWMM Model


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Creatin! an InfoSWMM Model

Pro'ed$re .dd 8*S Data to an 2mpty Map

*nitiali&e Pro9e't

Set model options

Set preferen'es and defa$lt al$es

*mport networ1 'omponents

InfoSWMM Slide $ ++"o&e Creatin! a Net-o*

Creatin! an InfoSWMM /ro>e%t


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7reate a new 2S;* .r'Map Do'$ment file then .dd Data

*nitiali&e the Pro9e't Set the spatial referen'e when prompted

The modeling database and feat$re 'lasses are 'reated

Sae the pro9e't

! >

InfoSWMM Slide $ +/"o&e Creatin! a Net-o*

Settin! .asi% Model 4ptions


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%pen the 0.S2 Model %ptions

8eneral Model %ptions !low Anits

*nfiltration Model

;$noff Model

;o$ting Method

InfoSWMM Slide $ +3"o&e Creatin! a Net-o*

Settin! /referen%es and Default 5alues


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The preferen'es dialog %peration Settings

Display Settings

Sele'tion Settings

#abeling

*D and Des'ription

Defa$lt Symbol Si&es


InfoSWMM $ I&portin! 3eatures fro& ?IS $ ?IS ?ate-ay


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p ! y

26'hange *nformation with 8*SData So$r'es Shapefiles

!eat$re 7lasses

2nterprise 8eodatabases ia SD2@

;efresh Map after *mport



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Auto&ated Start6'nd Node Assi!n&ent


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Auto&ated Start6'nd Node Assi!n&ent

Sear'hes for 9$n'tions near pipe end points

The 'losest 9$n'tion within the spe'ified toleran'e is assigned as the start

or end node

*f importing from a geometri' networ1, $se the I toleran'e for the

sear'hing distan'e

Ase prior to etwor1 ;eiew

.pply to Domain if ne'essary

InfoSWMM Slide $ +""o&e Creatin! a Net-o*

Auto&ated Node Creation


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InfoSWMM Append Nodes

7reates 9$n'tions at all pipe end points

%nly + 9$n'tion is 'reated for m$ltiple pipe end points within the spe'ified

toleran'e

*f importing from a geometri' networ1, $se the I toleran'e for the

sear'hing distan'e

Ase prior to etwor1 ;eiew

.pply to Domain if ne'essary

InfoSWMM Slide $ +("o&e Creatin! a Net-o*

Net-or*


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Net-or*


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Model


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InfoSWMM Slide $ +++"o&e Creatin! a Net-o*

Model


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InfoSWMM Slide $ ++/"o&e Creatin! a Net-o*

DW3


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*np$t DW! by 7$stomer Type

.pply di$rnal patterns to ea'h DW!

InfoSWMM Slide $ ++3"o&e 4perations Tab

DW3


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M$ltiple rows for different

$sage types ;ows are s$mmed after

being s'aled by patterns to

prod$'e the total flow


/atterns


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Ased to modify flows or 'onstit$ent inflows

Ho$rly Daily

Monthly

Wee1end


Initial Controls


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InfoSWMM Slide $ ++"o&e 4perations Tab

Si&ple Controls


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InfoSWMM Slide $ ++""o&e 4perations Tab


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InfoSWMM Slide $ ++("o&e 4perations Tab

Si&ulation 4ptions ?eneral Tab


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Cal%ulates

a&ount and rate

tat rainfall is

lost to soil Bin

order to %al%ulate

e(%ess rainfall

Metod used to

%onvert e(%essrainfall into

runoff

3lo- Units to set

input units

InfoSWMM Slide $ ++)"o&e


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Metod used to

route flo- in

%onduits

InfoSWMM Slide $ +/"o&e


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Water uality

Date=Time 'onsiderations

< .''$ra'y

< Time to r$n sim$lation< Dis1 spa'e


122/276

;ainfall Time Step TS@

Hydrology Time

StepHydra$l

i's

*n'reasing Time

Step

InfoSWMM Slide $ +//"o&e


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Minim$mTimeStep

Ma6im$mTimeStep

;eportTime

Step

The ;eport !ile in*nfoSWMM reports .##

of the node, lin1 and

s$b'at'hment res$ltsF

The 0inary %$tp$t !ile

only shows yo$ the

res$lts at the report timestepF

Solution) *f there is a large dis'repan'y in the graphi's and

report te6t file then the best sol$tion is to red$'e the ma6im$m

time hydra$li' time step so it is 'loser to the aerage time stepand also to ma1e the report time step 'loser to the Ma6im$m

time stepF

InfoSWMM Slide $ +/3"o&e


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4utput


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%pens in web browser

7ontains statisti's et'F

Most data 'an be fo$nd thro$gh

the ;eport Manager

Si&e of report determined by

length of sim$lation, si&e ofnetwor1 and in'l$ded report items

InfoSWMM Slide $ +/5"o&e


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2dit = manage all o$tp$t reports

and graphs< 7hange styles of te6t and titles

< 7opy graphs to 'lipboard

< Sae graphs as images

< 7opy = Paste reports into 26'el

InfoSWMM Slide $ +/"o&e


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7reate o$tp$t reports and

graphs< Sele't graph or report type

< 7hoose elements for graphing

or reporting of res$lts

< Spe'ify a time frame for

graphs and reports

InfoSWMM Slide $ +/""o&e


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.erage iterations per Time Step

< SWMM Min /, Ma6 Set in Dynami'Wae tab of Sim$lation %ptions

< 7loser to / is better

!a'tors infl$en'ing 'ontin$ity< ;o$ting time step

< *nitial leels $se Hotstart !ile@

InfoSWMM Slide $ +/("o&e


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7hanges o$tp$t display $nits for< ;eports

< 8raphs

< 7onto$rs

< #abels

InfoSWMM Slide $ +/)"o&e


130/276

Statisti'al analysis

of elements< Sim$lation d$ration

< Spe'ified time period

;eports for< Daily

< Monthly< 2ent Dependent

Statisti's ary with

feat$re type

26amples

< %$tfalls

< Sewer plant

< 7S%

InfoSWMM Slide $ +3"o&e


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7olor 'oding

Symbol si&ing

7onne't model data with.r'Map symbology

*nfoSWMM@

#abel attrib$tes = o$tp$t al$es

.r'Map #ayer Properties

InfoSWMM Slide $ +3+"o&e


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Moie of the system

Themati' maps

'hanging oer time

Played $sing -7;

style 'ontrols

InfoSWMM Slide $ +3/"o&e


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*np$t or o$tp$t data

Apdated after

sim$lations #abels optional

Details one time

step



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*np$t or o$tp$t data

Apdated after sim$lations

Details one time step



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*np$t >

C.=C7

H8#

o$tp$t@ >

;es$lt reiew



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InfoSWMM and "2:Map SWMM

InfoSWMM LIDInfoSWMM Slide $

+3"o&e

Lo- I&pa%t Develop&ent BLID


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#ow *mpa'tDeelopment feat$res

are small and part of

the s$b'at'hment

r$noff flowF They are

best sim$lated as part

of the s$b'at'hment

and to be s$''essf$lly

modeled they need tobe aried and

$nlimited in n$mberF


+3""o&e



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#ow *mpa'tDeelopment feat$res

are small and part of

the s$b'at'hment



of the s$b'at'hment




InfoSWMM LIDInfoSWMM Slide $ +3("o&e

LID Controls and Conne%tions


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+3)"o&e

Si&ulation 4ptions for LID0s


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+F 2aporation and infiltration losses from

Storage nodes $nder Einemati' Wae and

Steady !lowF

/F Anlimited #ow *mpa't Deelopment=0MP

'ontrols per S$b'at'hment 'onne'ted to

infiltration and aU$ifersF

3F Poll$tant b$ild$p oer a gien land$se 'an

now be spe'ified by a time series instead

of 9$st a b$ild$p f$n'tionF

4F *mproed lin1ages between la1es, flow

ro$ting, eaporation and infiltrationF


+4"o&e

Water uality 3eatures


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+4+"o&e

'(ternal Loadin! .uildup


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Ne- 3eature o$ 'an now hae an

e6ternal time series loading ofs$b'at'hment b$ild$p as well as no b$ild$p

or the ario$s f$n'tional b$ild$pF


+4/"o&e

Si&ulation 4ptions for uality


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%ther Powerpoint !iles des'ribing Water

C$ality in *nfoSewer and *nfoSWMM 'an

be fo$nd here

\\Seraph\Users\Dickinson\InfoSWMM11\LI

D_BMP_WQ


+43"o&e

.uildup6Wasoff 4ptions


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+44"o&e

LID0s are Unli&ited /er Sub%at%&ent


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+45"o&e

Map Display of te Nu&ber of Units


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+4"o&e

LID Controls in D. Tables


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Te types of LID

Controls are defined in

te LID Controls D.

Table or in te 4peration

Tab of te Attribute

.ro-ser+


+4""o&e

LID Layers


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+4("o&e

LID Stora!e Layer


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+4)"o&e

LID /ro%ess Co&ponents


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. #*D Pro'ess 'onsists of fie str$'t$red

'omponents or layers

+F Drain

/F Storage

3F Soil

4F Paement

5F S$rfa'e


+5"o&e

LID /ro%esses


151/276

InfoSWMM LID

LID Usa!e in D. Tables


152/276

Te types of LID Usa!e

are defined in te LID

Usa!e D. Table or at te

Sub%at%&ent .ro-ser

Level+


+5/"o&e

LID Usa!e at te Sub%at%&ents


153/276

Te Nu&ber andType of LID Usa!e

alon! -it teir

Cara%teristi%s are

defined for ea%

Sub%at%&ent usin!

te LID I%on+


+53"o&e


154/276

S-ale LID


155/276


+55"o&e

Co&ponents /er Sub%at%&ent


156/276

In InfoSWMM you %an

si&ulate unli&ited

pollutants for unli&ited

landuses per

sub%at%&ent or

-atersed -it unli&ited

LID or .M/ UnitsF


+5"o&e

LID


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+5""o&e

LID


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+5("o&e

LID Su&&ary


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+5)"o&e

LID


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+"o&e


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LID I&port and '(port to SWMM 1


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InfoSWMM LIDInfoSWMM Slide $ +/"o&e


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InfoSWMM Suite 3lo- Tools


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InfoSWMM Slide $

+4"o&e InfoSWMM Suite

InfoSWMM ?eneti% Al!orit& Suite Tools


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InfoSWMM Slide $

+5"o&e InfoSWMM Suite

InfoSWMM Areal Suite Tools


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InfoSWMM Slide $ +"o&e InfoSWMM Suite

Aitional "eat#resin InfoSWMM


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InfoSWMM Slide $ +""o&e InfoSWMM Suite

Rainfall *epenent In4o1/InltrationMoeling/Moelling #sing R*II Anal&st

for InfoSWMM an H20MA( SWMM


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for InfoSWMM an H20MA( SWMM

InfoSWMM Slide $ +("o&e


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InfoSWMM Slide $ +)"o&e ;D** .nalyst

Step 2+ Assign a UH to at east 6 %oeUsing t!e In4o1 Icon


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InfoSWMM Slide $ +""o&e ;D** .nalyst

Step 8+ pen Up R*II Anal&st an Clic9 on %e1 to Create a R*II Session


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InfoSWMM Slide $ +"+"o&e


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+F 2a'h .nalysis is .sso'iated with

%ne :$n'tion

/F o$ 'an hae one 'ombination

rainfall=flow file or two files

3F o$ need to define the ;ainfall !ile

as either *ntensity or -ol$me along

with the flow and rainfall time

interal

4F The format of both the flow and

rainfall file need to be defined

before the files 'an be read or the

analysis 'an startF

5F The fields are 'ol$mns in the .S7**

data filesF

InfoSWMM Slide $ +"/"o&e


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InfoSWMM Slide $ +"3"o&e


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Step


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InfoSWMM Slide $

+"5"o&e tract *W" fro' t!e "lo1 )i'e Series


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+F 26tra't DW! separates the dry weather

flow from the flow time series to isolate

the ;D** 'omponent of the flow time

series,

/F o$ 'an additionally separate o$t a

gro$ndwater flow 'omponent from the

dry weather flowF

InfoSWMM Slide $ +""o&e


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+F 26tra't DW! finds the aerage dry weather flow

for ea'h day of the wee1 and ea'h wee1end dayF/F The aerage DW! al$es 'an be edited and

altered from the al$es estimated by ;D** .nalyst

InfoSWMM Slide $ +"""o&e


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InfoSWMM Slide $ +"("o&e


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+F o$ do get to f$rther'ontrol the ;D** Time

Series by getting rid of

possible low flow

e6traneo$s al$es $sing

the delete option, b$t

/F This sho$ld not bene'essary if yo$r dry

weather flow has a good

patternF

InfoSWMM Slide $ +")"o&e


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InfoSWMM Slide $ +(+"o&e


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InfoSWMM Slide $ +(/"o&e


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;TE parameters

$sing the8eneti'

.lgorithm 8.@

/F *t is $s$ally best

to 'onstrain the

8. parameters

to a s$ggested Vor / times the

e6isting

parameter

al$esF

3F o$ 'an sae the

;TE parameters

and iteratiely

sole for ;TEF

InfoSWMM Slide $ +(3"o&e


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8. parameters

to a s$ggested Vor / times the

e6isting

parameter

al$esF

/F o$ 'an sae the

;TE parametersand iteratiely

sole for ;TEF



185/276

p

and .ssign ;D**

to e6port to yo$rAHBs the '$rrent

al$es of the

;TE parametersF

/F The new 8. r$n

will $se the

e6ported ;TEparameter

al$esF



186/276



187/276

InfoSWMM Slide $ +(""o&e


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InfoSWMM Slide $ +(("o&e


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InfoSWMM Slide $ +()"o&e


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InfoSWMM Slide $

+)"o&e


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InfoSWMM Slide $ +)+"o&e InfoSWMM 2D


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Ar%Map T4C for 2D /oly!ons


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InfoSWMM Slide $ +)3"o&e InfoSWMM 2D

S%enario Mana!er, 3a%ility and D. for

Cild S%enarios


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#ow *mpa't

Deelopment feat$resare small and part of

the s$b'at'hment



of the s$b'at'hment




InfoSWMM Slide $

+)4"o&e InfoSWMM 2D

9D and 2D Intera%tion 4%%urs only at a Node


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InfoSWMM Slide $

+)5"o&e InfoSWMM 2D

2D /oly!ons %an be edited in te T4C or in

te InfoSWMM Attribute .ro-ser


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InfoSWMM Slide $

+)"o&e InfoSWMM 2D

I&port of "'C$


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InfoSWMM Slide $

+)""o&e InfoSWMM 2D


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InfoSWMM Slide $

+)("o&e InfoSWMM 2D

D. ueries Can be Used to 3ind Model Data or

Model 4utput Usin! 4utput


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InfoSWMM Slide $

+))"o&e InfoSWMM 2D

"yeto!raps %an be eiter a Ti&e Series or an

'(ternal 3ile for Continuous Si&ulation


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InfoSWMM Slide $

/"o&e InfoSWMM 2D

Infiltration, 'vaporation and Dept6Area


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InfoSWMM Slide $

/+"o&e InfoSWMM 2D

3le(ible and 'ditableDatabase 3un%tions usin! Sele%tion Sets, Do&ain or

User Sele%tion


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InfoSWMM Slide $

//"o&e InfoSWMM 2D



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#ow *mpa't

Deelopment feat$resare small and part of

the s$b'at'hment



of the s$b'at'hment




InfoSWMM Slide $

/3"o&e InfoSWMM 2D

Lo- I&pa%t Develop&ent BLID Controlsare ?lobal to te .asin


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InfoSWMM Slide $

/4"o&e InfoSWMM 2D


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Type of 3or%e Mains in InfoSWMM


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InfoSWMM Slide $ /""o&e InfoSWMM 2D

3lood Types for Nodes in%lude 2D, Nodeand "'C$22 Inlet


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InfoSWMM Slide $ /("o&e InfoSWMM 2D

'asy Net-or* Modelin! 3le(ibility -itS%enario, 3a%ilities and Do&ains


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InfoSWMM Slide $ /)"o&e InfoSWMM 2D

Many Alternate "ydrolo!y Metods


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InfoSWMM Slide $ /+"o&e InfoSWMM 2D

Multi Core 82 and FG bit 'n!ines and an4ptional Si&ulation Mana!er


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InfoSWMM Slide $ /++"o&e InfoSWMM 2D

?roup ?raps of 9D and 2D 4utput 5ariables


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InfoSWMM Slide $ /+/"o&e InfoSWMM 2D

4utput Statisti%s for 9D and 2D 5ariables


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InfoSWMM Slide $ /+3"o&e InfoSWMM 2D

"TML4utput 3iles for LID, 9D and 2DCo&ponents of te Si&ulation


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Multiple Soil Layers per Sub%at%&ent are Area

Wei!ted for te Infiltration /ara&eters


215/276


2D Mes


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InfoSWMM Slide $ /+"o&e InfoSWMM 2D

InfoSWMM "elp 3ile, User ?uide andAppli%ation ?uides


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InfoSWMM Slide $ /+""o&e InfoSWMM 2D

2dit etwor1 Toolbar > 7reates etwor1

Di!itizin! 3eatures


218/276

7omponents ;aingage

:$n'tion

Diider

%$tfall

Storage

#in1

P$mp

%rifi'e

Weir %$tlet

S$b'at'hment Digiti&e etwor1

G 7reates #in1s and odes 'ontin$o$sly

InfoSWMM Slide $ /+("o&e Wori*in! in te Interfa%e

Modifyin! 3eatures


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Moe odes

;edraw #in1s

2dit #in1 -erte6

2dit S$b'at'hment -erte6

Moe S$b'at'hment

InfoSWMM Slide $ /+)"o&e Wori*in! in te Interfa%e


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Te Attribute .ro-ser $ Lin*s.ttrib$te 0rowser < #in1s


221/276

*D . $niU$e al$e identifying the lin1

8eometry Start and end nodes

Modeling Data Hydra$li' Parameters

.ttrib$tes ary with lin1 type

*nformation 8eneral information

ot $sed when r$nning the modeling

.dd attrib$tes as ne'essary

%$tp$t

%nly aailable after r$nning a sim$lation

InfoSWMM Slide $ //+"o&e Wori*in! in te Interfa%e

Te Attribute .ro-ser $ Sub%at%&ents.ttrib$te 0rowser 2dit the following

+< *nflow

/< #in1 Stat$s

3< Treatment

4< 7ond$it 7orrosion

5< *nitial 0$ild$p

< #and Ase

"


227/276

Str$'t$red C$ery #ang$ageSC#@

Sear'hes one or more fields

;efers to a spe'ifi' feat$re

type

InfoSWMM Slide $ //""o&e Wori*in! in te Interfa%e

uery Sets

. gro$p of U$eries

C$ery m$ltiple feat$re types


228/276

y p yp

Asef$l with !a'ilities and

Themati' Mapping

InfoSWMM Slide $ //("o&e Wori*in! in te Interfa%e

Sele%tion Set

7reated with


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Aser Sele'tion Domain Saed !ilter

InfoSWMM Slide $ //)"o&e Wori*in! in te Interfa%e

InfoSWMM


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2*

InfoSWMM Slide $ /3"o&e InfoSWMM 2D 2nd

InfoSWMM 2D Basics


231/276

InfoSWMM Slide $ /3+"o&e InfoSWMM 2D 2nd

InfoSWMM 2D Help File


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InfoSWMM Slide $ /3/"o&e InfoSWMM 2D 2nd

2D Attribute Browser Tab


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2D Attribute Browser Tab


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7reate /D Database


235/276


.ll Sim$lation Polygons


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Sim$lation Polygon


237/276

InfoSWMM Slide $ /3""o&e InfoSWMM 2D 2nd

*nitial 7ondition Polygons


238/276

InfoSWMM Slide $ /3("o&e InfoSWMM 2D 2nd

;o$ghness Polygons


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InfoSWMM Slide $ /3)"o&e InfoSWMM 2D 2nd

Mesh Polygons


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+D=/D 7onne'tion


241/276


/D ;$n Manager Parameters


242/276


/D Model ;$n


243/276


+D /D %$tp$t !iles


244/276


/D %$tp$t !ile


245/276


Report Manager


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Map Display of 2D Results


247/276


3D Map Display


248/276


orous olygons or Buil!ings


249/276


Boun!ary olygon wit" Ti#e Series


250/276


orous Wall oly$ine


251/276


%uncti&n 'D(2D DB


252/276


%uncti&n 'D(2D DB

K%AT!.##SL

) //F4(/ !;22 %

+ %AT!.## /"3 /"/+) !*I2D /") (3/"" %


253/276

+J%AT!.## /"3F/"/+) !*I2D /")F(3/"" %+J%AT!.## /(F)+"5 !*I2D /"5F43445 %

+J%AT!.## /"F")5 !*I2D /"F3/5(5 %

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+/J%AT!.## /"F3((55/ !*I2D /"3F)5/3/ %

+3J%AT!.## /5F)4/5+ !*I2D /"/F5")3+ %

+4J%AT!.## /4F))4+"( !*I2D /)F(4) %

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+J%AT!.## /(F"3/" !*I2D /"5F+)" %

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+ %;*!*72 + + %AT!.## 0%TT%M 5+( + %


254/276

+J%;*!*72 + +J%AT!.## 0%TT%M F5+( F+ %+J%;*!*72 + +J%AT!.## 0%TT%M F5+( F+ %

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2D Floo! Data )*inp+

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255/276

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Si#ulation Tas- Manager )'+


257/276


Si#ulation Tas- Manager )2+


258/276


.oogle Street /iew


259/276


SWMMLive BInside of InfoSWMM SWMMLive is a Add4n '(tension Module


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InfoSWMM Slide $ /"o&e SWMMLive

SWMMLive BInside of InfoSWMM SWMMLive Su&&ary of our Net-or*


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InfoSWMM Slide $ /+"o&e SWMMLive

SWMMLive BInside of InfoSWMM SWMMLive '(port our Net-or* to IN/ 3ile


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InfoSWMM Slide $ //"o&e SWMMLive

SWMMLive BInside of InfoSWMM SWMMLive Dia!nose our Net-or*


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InfoSWMM Slide $ /3"o&e SWMMLive

SWMMLive BI&port te '(ported 3ile

I&port, 5alidate and Co&&it te file in SWMMLive


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SWMMLive BCreate A


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SWMMLive B?rap te


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InfoSWMM Slide $ /"o&e SWMMLive

SWMMLive BCo&ponents

#ie 8ro$p< $sed to host Ylie


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InfoSWMM Slide $ /""o&e SWMMLive

p p 9 p @b$t 'an also 'ontain other database itemsF

*nfoSWMM etwor1 < $sed hold networ1 data imported from *nfoSWMMF

.'tion #ist< 'omposed of a list of a'tions that are triggered based on the

generation of a defined.lertF

.lert Definition #ist< 'omposed of alert definitions $sed to alert the $ser abo$t

interesting o''$rren'es in both the data 'oming from e6ternal so$r'es and the

sim$lation res$ltsF

Manifest < 'ontains a 'olle'tion of items whi'h will be asso'iated with the model

networ1 to be sim$lated in SWMM#ie %perator 7lientF Manifests define how

sim$lations are to be r$n and how they will be displayed in the SWMM#ie

%perator 7lient themes, gro$nd models and areas of interested 'an be sele'ted

within the manifest ob9e't@F

Manifest Deployment< 'ontains a 'olle'tion of manifests whi'h will be aailable

for display in SWMM#ie %perator 7lientF

SWMMLive BCo&ponents


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InfoSWMM Slide $ /("o&e SWMMLive

SWMMLive BCo&ponentsSWMMLive Confi!uration Mana!er < $sed to 'reate, manage and maintain networ1

models and to 'onert off


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InfoSWMM Slide $ /)"o&e SWMMLive

g gthe 'ontents are presented is entirely $ser


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InfoSWMM Slide $ /""o&e SWMMLive


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Desi!ner Add4n


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InfoSWMM Slide $ /"/"o&e SWMMLive

Desi!ner Add4n9


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InfoSWMM Slide $ /"3"o&e SWMMLive


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?rap Tools


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InfoSWMM Slide $ /"5"o&e SWMMLive


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infoswmm theory

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