Network Results Object Results Data Fields

All results fields are displayed on the results grid and on the network results object Property Sheet while viewing a replay of a simulation.

Time varying results are shown with the field name in an alternate colour on the grid. Non time varying results have the field name in the normal black type.

Database Table Name: _IWR_Link

Field Name

Help Text

Units

Attribute

  

Max Depth

Maximum depth experienced during simulation.

Y

DEPMAX

  

Max Froude number

Maximum Froude number experienced during simulation.

 

FR_MAX

  

Max Velocity

Maximum velocity experienced in conduit during simulation.

V

VELMAX

  

Max Flow

Maximum flow experienced in conduit during simulation.

Q

QMAX

  
Max Total head Maximum total head experienced during simulation. Z TOTALHEAD_MAX  

Cumulative flow

Accumulated flow (volume) over duration of current timestep.

VO

QCUM

  

Max concentration <CFX> <SFX>

Maximum mass concentration of attached water quality determinant by sediment fraction, where <CFX> represents the coliform determinant name and <SFX> represents sediment fraction name.

MCSI

MC<CFX><SFX>

Max concentration <PPP> <SFX>

Maximum mass concentration of attached water quality determinant by sediment fraction, where <PPP> represents the determinant name and <SFX> represents sediment fraction name.

MCSI

MC<PPP><SFX>
Mass concentration <PPP> detrital Maximum mass concentration of detrital water quality determinant, where <PPP> represents determinant name. MCSI MC<PPP>DET

Max concentration <CFX> dissolved

Maximum mass concentration of dissolved water quality determinant, where <CFX> represents the coliform determinant name.

MCSI

MC<CFX>DIS

Max concentration <PPP> dissolved

Maximum mass concentration of dissolved water quality determinant, where <PPP> represents the determinant name.

MCSI

MC<PPP>DIS

Max concentration <CFX> total

Maximum total mass concentration of water quality determinant, where <CFX> represents the coliform determinant name.

MCSI

MC<CFX>TOT

Max concentration <PPP> total

Maximum total mass concentration of water quality determinant, where <PPP> represents the determinant name.

MCSI

MC<PPP>TOT

Max concentration <SFX>

Maximum mass concentration of sediment fraction, where <SFX> represents the sediment fraction name.

MCSI

MC<SFX>

Max mass flow <CFX> <SFX>

Maximum mass flow of attached water quality determinant by sediment fraction, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction.

CFS

MF<CFX><SFX>

Max mass flow <PPP> <SFX>

Maximum mass flow of attached water quality determinant by sediment fraction, where <PPP> represents the determinant name and <SFX> represents the sediment fraction.

MFSI

MF<PPP><SFX>
Max mass flow <PPP> detrital Maximum mass flow of detrital water quality determinant, where <PPP> represents the determinant name. MFSI MF<PPP>DET
Max mass flow <CFX> dissolved Maximum mass flow of dissolved water quality determinant at upstream or downstream end of link, where <CFX> represents the coliform determinant name. MFSI MF<CFX>DIS
Max mass flow <PPP> dissolved Maximum mass flow of dissolved water quality determinant at upstream or downstream end of link, where <PPP> represents the determinant name. MFSI MF<PPP>DIS

Max mass flow <CFX> total

Maximum total mass flow of water quality determinant, where <CFX> represents the coliform determinant name.

MFSI

MF<CFX>TOT

Max mass flow <PPP> total

Maximum total mass flow of water quality determinant, where <PPP> represents the determinant name.

MFSI

MF<PPP>TOT

Max mass flow <SFX>

Maximum mass flow of sediment fraction, where <SFX> represents the sediment fraction name.

MFSI

MF<SFX>
Max concentration H2S dissolved Maximum concentration of dissolved hydrogen sulphide experienced during simulation. MCSI MCH2S
Maximum pH Maximum pH value experienced during simulation.   PHMAX
Minimum pH Minimum pH value experienced during simulation.   PHMIN

Max sediment depth

Maximum sediment depth.

RSD

SEDDEP
Maximum water temperature Maximum temperature of water experienced during simulation. CF TWMAX
Minimum water temperature Minimum temperature of water experienced during simulation. CF TWMIN

Field Name

Help Text

Units

Attribute

  

Depth

Vertical distance from invert to water level

Y

DEPTH

  

Flow

Volume of fluid passing point in link per unit time

Q

FLOW

  

Froude number

Froude number calculated as:

Fr = SQRT[(Q2 x B) / (gA3)]

where:

Q = flow, m3/s

B = surface width, m

g = acceleration due to gravity, m/s2

A = cross section area, m2

 

FROUDE

  

Velocity

Distance travelled by fluid per unit time.

V

VEL

  
Total head

Total head experienced during simulation.

calculated as:

Invert + Depth + Velocity2 / 2g

where:

g = acceleration due to gravity (m/s2)

The invert value at the location of the 1D network results point is found by linearly interpolating between the link's upstream and downstream invert values.

 Z TOTALHEAD  

Concentration <CFX> <SFX>

Concentration of water quality determinant by sediment fraction, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name.

MCSI

MC<CFX><SFX>

Concentration <PPP> <SFX>

Concentration of water quality determinant by sediment fraction, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name.

MCSI

MC<PPP><SFX>
Concentration <PPP> detrital Concentration of detrital water quality determinant, where <PPP> represents the determinant name. MCSI MC<PPP>DET

Concentration <CFX> dissolved

Concentration of dissolved water quality determinant, where <CFX> represents the coliform determinant name.

MCSI

MC<CFX>DIS

Concentration <PPP> dissolved

Concentration of dissolved water quality determinant, where <PPP> represents the determinant name.

MCSI

MC<PPP>DIS

Concentration <SFX>

Concentration of sediment fraction, where <SFX> represents sediment fraction name.

MCSI

MC<SFX>

Mass flow <CFX> <SFX>

Mass flow of water quality determinant by sediment fraction, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction.

CFS

MF<CFX><SFX>

Mass flow <PPP> <SFX>

Mass flow of water quality determinant by sediment fraction, where <PPP> represents the determinant name and <SFX> represents the sediment fraction.

MFSI

MF<PPP><SFX>
Mass flow <PPP> detrital Mass flow of detrital water quality determinant, where <PPP> represents the determinant name. MFSI MF<PPP>DET
Mass flow <CFX> dissolved Mass flow of dissolved water quality determinant at upstream or downstream end of link, where <CFX> represents the coliform determinant name. MFSI MF<CFX>DIS
Mass flow <PPP> dissolved Mass flow of dissolved water quality determinant at upstream or downstream end of link, where <PPP> represents the determinant name. MFSI MF<PPP>DIS

Mass flow <CFX> total

Total mass flow of water quality determinant, where <CFX> represents the coliform determinant name.

MFSI

MF<CFX>TOT

Mass flow <PPP> total

Total mass flow of water quality determinant, where <PPP> represents the determinant name.

MFSI

MF<PPP>TOT

Mass Flow <SFX>

Mass flow of sediment fraction, where <SFX> represents the sediment fraction name.

MFSI

MF<SFX>
Concentration H2S dissolved Concentration of dissolved hydrogen sulphide. MCSI MCH2S

Potency factor <CFX> <SFX>

Potency factor of water quality determinant by sediment fraction, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name.

PF

PF<CFX><SFX>

Potency factor <PPP> <SFX>

Potency factor of water quality determinant by sediment fraction, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name.

PF

PF<PPP><SFX>
pH pH   PH

Sediment depth

Sediment depth

RSD

SEDDEP

Shear stress (N/m2)

Shear stress at bed

 

TAU
Water temperature Temperature of water at current timestep CF TW
Uninonised ammoniacal nitrogen Concentration of uninonised ammoniacal nitrogen. MCSI UNNH3
Saturated DO

Concentration of saturated dissolved oxygen.

Only displayed when carrying out a Water Quality simulation including modelling of Dissolved Oxygen.

 MCSI DO_SAT

Database Table Name: _IWR_2DResultsPoint

- denotes water quality result in the table below.

Field Name

Help Text

Units

Attribute

Time Varying

  
Direction

Direction of flow.

Angle in radians from due East.

 ANGLER ANGLE2D True  
Depth Depth of water. Y DEPTH2D True  
Eddy viscosity The eddy viscosity during simulation. VI EDDYVISCOSITY2D True  
Elevation

Elevation at time t, calculated as:

elevation(t) = depth(t) + ground level

When carrying out a Water Quality simulation including modelling of 2D erosion-deposition, elevation is calculated as:

elevation(t) = depth(t) + level active layer(t)

 Z ELEVATION2D False  
Froude number

Froude Number at time t, calculated as:

Fr(t) = velocity(t) /√(g+depth(t))

If depth(t) = 0 then Fr(t) = 0

Fr(t) is always > 0

   FROUDE2D True  
Green-Ampt Saturation flag

Indicates whether or not the soil for that element has reached saturation point:

1 = saturated

0 = unsaturated

Only displayed when an infiltration surface using the Green-Ampt model is associated with the 2D zone in which the point is located.

 

 GASFLAG2D True  
Green-Ampt moisture content of the upper zone

The soil moisture content of the upper zone.

Only displayed when an infiltration surface using the Green-Ampt model is associated with the 2D zone in which the point is located.

Y

 GAMCUZ2D True  
Green-Ampt Soil moisture deficit (%)

The soil moisture deficit.

Only displayed when an infiltration surface using the Green-Ampt model is associated with the 2D zone in which the point is located.

If the soil moisture deficit falls below zero during a simulation, the soil moisture deficit is automatically reset to zero.

   GASMD2D True  
Green-Ampt Time needed to drain upper zone

The time taken to drain upper zone.

Only displayed when an infiltration surface using the Green-Ampt model is associated with the 2D zone in which the point is located.

 TS GATDUZ2D True  
Speed Velocity of water. V SPEED2D True  
Unit flow

Flow per unit length (in 2D element)

Unit Flow at time t, is calculated as:

f(t) = depth(t) x speed(t)

 UQ UNITFLOW2D True  
Element level

Ground level of 2D element.

If ground level modification has been applied via Mesh Zone, this is the adjusted ground level.

 Z GNDLEV2D False  
Max depth Maximum depth of water during simulation. Y MAXDEPTH2D False  
Max eddy viscosity Maximum eddy viscosity during simulation. VI MAXEDDYVISCOSITY2D False  
Max elevation Maximum elevation during simulation. Z MAXELEVATION2D    
Max speed Maximum velocity of water during simulation. V MAXSPEED2D False  
Max unit flow Maximum flow per unit length in 2D element during simulation. UQ MAXUNITFLOW2D False  
Min depth Minimum depth of water during simulation. Y MINDEPTH2D False  
Min eddy viscosity Minimum eddy viscosity during simulation. VI MINEDDYVISCOSITY2D False  
Min elevation Minimum elevation during simulation. Z MINELEVATION2D False
Min speed Minimum velocity of water during simulation. V MINSPEED2D False  
Min unit flow Minimum flow per unit length in 2D element during simulation. UQ MINUNITFLOW2D False  
Direction at first max velocity Flow direction at first occurrence of maximum velocity. ANGLER MAXANGLE2D False  
Direction at first min velocity Flow direction at first occurrence of minimum velocity. This field will be undefined if minimum velocity is zero. ANGLER MINANGLE2D False  
Direction at first max hazard Flow direction at first occurrence of maximum hazard. ANGLER MAXHAZANGLE2D False  
Depth at first max hazard Depth at first occurrence of maximum hazard. Y

MAXHAZDEPTH2D

 False  
Speed at first max hazard Velocity at first occurrence of maximum hazard. V

MAXHAZSPEED2D

 False  
Direction at first max depth Flow direction at first occurrence of maximum depth. ANGLER MAXDEPTHANGLE2D False  
Direction at first max velocity above threshold Flow direction at first occurrence of maximum velocity if it occurs when the depth is above the inundation threshold. Otherwise, this field is undefined. ANGLER MAXVELDEPTHANGLE2D False  
Infiltration potential

Potential infiltration rate.

Only displayed when an infiltration surface using the Horton model is associated with the 2D zone in which the point is located.

See 2D Infiltration Model for further information.

 I POTINF2D True  
Cumulative infiltration

Cumulative infiltration depth.

Only displayed when an infiltration surface is associated with the 2D zone in which the point is located.

See 2D Infiltration Model for further information.

 Y CUMINF2D True  
Effective Infiltration

Effective infiltration rate (derived from Cumulative infiltration result).

Only displayed when an infiltration surface is associated with the 2D zone in which the point is located.

See 2D Infiltration Model for further information.

 I EFFINF2D True  
Soil water content percentage

Soil water content.

Only displayed when an infiltration surface using the Horton model is associated with the 2D zone in which the point is located.

See 2D Infiltration Model for further information.

   SWCP2D True  
Concentration <SFX> Concentration of sediment fraction, where <SFX> represents sediment fraction name. MCSI MC<SFX>2D True
Concentration <CFX> dissolved Concentration of dissolved water quality determinant, where <CFX> represents the coliform determinant name. MCSI MC<CFX>DIS2D True
Concentration <PPP> dissolved Concentration of dissolved water quality determinant, where <PPP> represents determinant name. MCSI MC<PPP>DIS2D True
Concentration <CFP><SFX> Concentration of water quality determinant sediment fraction, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. MCSI MC<CFX><SFX>2D True
Concentration <PPP><SFX> Concentration of water quality determinant sediment fraction, where <PPP> represents determinant name and <SFX> represents sediment fraction name. MCSI MC<PPP><SFX>2D True
Saturated DO

Concentration of saturated dissolved oxygen.

Only displayed when carrying out a Water Quality simulation including modelling of Dissolved Oxygen.

 MCSI DO_SAT2D True
Coliforms Concentration of coliforms at current timestep   MCCOLDDIS2D True
pH pH at current timestep   PH2D True
Water temperature Temperature of water at current timestep CF TW2D True
Unionised ammoniacal nitrogen Concentration of unionised ammoniacal nitrogen at current timestep MCSI UNNH32D True
Max concentration <SFX> Maximum mass concentration of sediment fraction, where <SFX> represents sediment fraction name. MCSI MAXMC<SFX>2D False
Max concentration <CFX> dissolved Maximum mass concentration of dissolved water quality determinant, where <CFX> represents the coliform determinant name. MCSI MAXMC<CFX>DIS2D False
Max concentration <PPP> dissolved Maximum mass concentration of dissolved water quality determinant, where <PPP> represents determinant name. MCSI MAXMC<PPP>DIS2D False
Max concentration <CFX><SFX> Maximum mass concentration of attached water quality determinant by sediment fraction, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. MCSI MAX<CFX><SFX>2D False
Max concentration <PPP><SFX> Maximum mass concentration of attached water quality determinant by sediment fraction, where <PPP> represents determinant name and <SFX> represents sediment fraction name. MCSI MAX<PPP><SFX>2D False
Max coliforms Maximum concentration of coliforms   MAXMCCOLDIS2D False
Max pH Maximum pH   MAXPH2D False
Max water temperature Maximum temperature of water CF MAXTW2D False
Min concentration <SFX> Minimum mass concentration of sediment fraction, where <SFX> represents sediment fraction name. MCSI MINMC<SFX>2D False
Min concentration <CFX> dissolved Minimum mass concentration of dissolved water quality determinant, where <CFX> represents the coliform determinant name. MCSI MINMC<CFX>DIS2D False
Min concentration <PPP> dissolved Minimum mass concentration of dissolved water quality determinant, where <PPP> represents determinant name. MCSI MINMC<PPP>DIS2D False
Min concentration <CFX><SFX> Minimum mass concentration of attached water quality determinant by sediment fraction, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. MCSI MINMC<CFX><SFX>2D False
Min concentration <PPP><SFX> Minimum mass concentration of attached water quality determinant by sediment fraction, where <PPP> represents determinant name and <SFX> represents sediment fraction name. MCSI MINMC<PPP><SFX>2D False
Min coliforms Minimum concentration of coliforms   MINMCCOLDIS2D False
Min pH Minimum pH   MINPH2D False
Min water temperature Minimum temperature of water CF MINTW2D False
Dimensionless sediment concentration Sum of all Dimensionless sediment concentration values over all sediment fractions.   AC2D True
Dimensionless <SFX> concentration

Dimensionless concentration of sediment fraction as m3 of sediment per m3 of water sediment mixture, where <SFX> represents sediment fraction.

Calculated as:

Concentration <SFX> / Density <SFX>

Where, density of sediment fraction is specified in the Water Quality and Sediment Parameters.

   AC<SFX>2D True
Carrying capacity <SFX> Carrying capacity of flow for each sediment fraction, where <SFX> represents sediment fraction. DENSITY CC<SFX>2D True
Combined carrying capacity

Compound carrying capacity of flow for dependent sediment fractions.

Only displayed when carrying out 2D Water Quality Simulations including modelling of dependent sediment fractions.

 DENSITY CC2D True
Compacted depth <BSL> layer Compacted depth of each sediment layer without taking into consideration the porosity of the sediment fractions, where <BSL> represents bed sediment layer. Y COMPDEP<BSL>2D True
Sediment depth <SFX> Sediment depth of sediment fraction, where <SFX> represents sediment fraction. Y DPT<SFX>2D True
Sediment depth Total sediment depth calculated as the sum of Sediment depth values over all sediment fractions. Y DPT2D True
Net erosion rate <SFX>

Volume erosion rate per sediment fraction, where <SFX> represents sediment fraction.

Calculated as:

(Sediment depth <SFX>(t-1) - Sediment depth <SFX> (t))/(results timestep)

 ERODERATE ER<SFX>2D True
Total net erosion rate Total volumetric erosion rate calculated as the sum of Volumetric erosion rate values over all sediment fractions. ERODERATE ER2D True
Net erosion rate <SFX> due to bed load

Net erosion rate due to bed load per sediment fraction, where <SFX> represents sediment fraction.

Calculated as:

(Dbed <SFX> (t-1) - Dbed <SFX> (t))/(results timestep)

Where Dbed is Deposited sediment depth due to bed load.

 ERODERATE ERBL<SFX>2D True
Total net erosion rate due to bed load otal net erosion rate due to bed load calculated as sum of Net erosion rate due to bed load values over all sediment fractions. ERODERATE ERBL2D True
Net erosion rate <SFX> due to suspended load

Net erosion rate due to suspended load per sediment fraction, where <SFX> represents sediment fraction.

Calculated as:

(Dsus <SFX> (t-1) - Dsus <SFX> (t))/(results timestep)

Where Dsus is Deposited sediment depth due to suspended load.

 ERODERATE ERSL<SFX>2D True
Total net erosion rate due to suspended load Total net erosion rate due to suspended load calculated as sum of Net erosion rate due to suspended load values over all sediment fractions. ERODERATE ERSL2D True
Deposited sediment depth <SFX> due to bed load Total depth of sediment deposited due to bed load since start of simulation for each sediment fraction, where <SFX> represents sediment fraction. Y INCDBL<SFX>2D True
Total deposited sediment depth due to bed load Total depth of sediment deposited due to bed load calculated as sum of Deposited sediment depth due to bed load values over all sediment fractions. Y INCDBL2D True
Deposited sediment depth <SFX> due to suspended load Total depth of sediment deposited due to suspended load since start of simulation for each sediment fraction, where <SFX> represents sediment fraction. Y INCDSL<SFX>2D True
Total deposited sediment depth due to suspended load Total depth of sediment deposited due to suspended load calculated as sum of Deposited sediment depth due to suspended load values over all sediment fractions. Y INCDSL2D True
Non-erodible level Level of non-erodible layer above datum. Z LEVEL_NE2D False
Level <BSL> layer Level of bed sediment layer above datum, where <BSL> represents bed sediment layer. Z LEVEL<BSL>2D True
Rouse number <SFX> Rouse number of sediment fraction, where <SFX> represents sediment fraction.   RN<SFX>2D True
Rouse number Rouse number.   RN2D True
Shear stress <SFX> Shear stress of sediment fraction, where <SFX> represents sediment fraction. SHEARSTRESS TAU<SFX>2D True
Shear stress Shear stress. SHEARSTRESS TAU2D True
Transport parameter <SFX> Transport parameter of sediment fraction, where <SFX> represents sediment fraction.   TP<SFX>2D True
Transport parameter Transport parameter.   TP2D True
Volume concentration <SFX> <BSL> layer Volume concentration of each sediment fraction in each sediment layer, where <SFX> represents sediment fraction and <BSL> represents bed sediment layer.   VC<SFX><BSL>2D True
Max sediment depth <BSL> layer Maximum sediment depth of sediment layer where <BSL> represents bed sediment layer. Y MAXDPT<BSL>2D False
Max sediment depth Maximum sediment depth. Y MAXDPT2D False
Max net erosion rate <SFX> Maximum net erosion rate of sediment fraction, where <SFX> represents sediment fraction. ERODERATE MAXER<SFX>2D False
Max total net erosion rate Maximum total net erosion rate. ERODERATE MAXER2D False
Max level <BSL> layer Maximum level of sediment level where <BSL> represents bed sediment layer. Z MAXLEVEL<BSL>2D False
Max shear stress <SFX> Maximum shear stress of sediment fraction, where <SFX> represents sediment fraction SHEARSTRESS MAXTAU<SFX>2D False
Max shear stress Maximum shear stress SHEARSTRESS MAXTAU2D False
Min sediment depth <BSL> layer Minimum sediment depth of sediment layer where <BSL> represents bed sediment layer Y MINDPT<BSL>2D False
Min sediment depth Minimum sediment depth Y MINDPT2D False
Min net erosion rate <SFX> Minimum net erosion rate of sediment fraction, where <SFX> represents sediment fraction. ERODERATE MINER<SFX>2D False
Min total net erosion rate Minimum total net erosion rate. ERODERATE MINER2D False
Min level <BSL> layer Minimum level of sediment level where <BSL> represents bed sediment layer. Z MINLEVEL<BSL>2D False
Min shear stress <SFX> Minimum shear stress of sediment fraction, where <SFX> represents sediment fraction. SHEARSTRESS MINTAU<SFX>2D False
Min shear stress Minimum shear stress. SHEARSTRESS MINTAU2D False

Database Table Name: _IWR_2DResultsLine

Hydraulic Results

Field Name

Help Text

Units

Attribute

Time Varying
Flow

For each 2D mesh element that the Network Results Line intersects:

  • The component of the unit flow normal to the line is determined
  • The unit flow component is multiplied by the length of the line segment intersecting the element

The Flow result is calculated by summing the flows across each line segment.

 Q FLOW2D True
Highest depth on line The maximum of the depth values, at a given timestep, of the 2D mesh elements intersected by the network results line. Y HIGHDEPTH2D True
Highest elevation on line

The maximum of the elevation values, at a given timestep, of the 2D mesh elements intersected by the network results line.

Note that a null value will be displayed for timesteps at which the elements associated with the network results object are dry.

 Z HIGHELEVATION2D True
Highest speed normal to line

For each 2D mesh element that the Network Results Line intersects:

  • The value of the velocity component orthogonal to the line is determined.

The maximum of the calculated values is reported as the maximum speed.

This is an absolute value.

 V HIGHSPEEDNORMAL2D True
Lowest depth on line The minimum of the depth values, at a given timestep, of the 2D mesh elements intersected by the network results line. Y LOWDEPTH2D True
Lowest elevation on line

The minimum of the elevation values, at a given timestep, of the 2D mesh elements intersected by the network results line.

Note that a null value will be displayed for timesteps at which the elements associated with the network results object are dry.

 Z LOWELEVATION2D True
Lowest speed normal to line

For each 2D mesh element that the Network Results Line intersects:

  • The value of the velocity component orthogonal to the line is determined.

The minimum of the calculated values is reported as the minimum speed.

This is an absolute value.

 V LOWSPEEDNORMAL2D True
Max Flow The maximum Flow value experienced during the simulation. Q MAXFLOW2D False
Max Highest depth on line The maximum Highest depth on line value experienced during the simulation. Y MAXHIGHDEPTH2D False
Max Highest elevation on line

The maximum Highest elevation on line value experienced during the simulation.

Note that a null value will be displayed if elements associated with the network results object are dry throughout the simulation.

 Z MAXHIGHELEVATION2D False
Max Highest speed normal to line The maximum Highest speed normal to line value experienced during the simulation. V MAXHIGHSPEEDNORMAL2D False
Max ground level The maximum of the ground level values of the 2D mesh elements intersected by the network results line. Z MAXGNDLEV2D False
Min flow The minimum Flow value experienced during the simulation. Q MINFLOW2D False
Min lowest depth on line The minimum Lowest depth on line value experienced during the simulation. Y MINLOWDEPTH2D False
Min lowest elevation on line

The minimum Lowest elevation on line value experienced during the simulation.

Note that a null value will be displayed if all elements associated with the network results object were dry at the same timestep during the simulation.

 Z MINLOWELEVATION2D False
Min lowest speed normal to line The minimum Lowest speed normal to line value experienced during the simulation. V MINLOWSPEEDNORMAL2D False
Min ground level The maximum of the ground level values of the 2D mesh elements intersected by the network results line. Z MINGNDLEV2D False
Mean ground level The average ground level along the line calculated from the ground level values of the 2D mesh elements intersected by the network results line. Z AVEGNDLEV2D False

Water Quality Results

Field Name

Help Text

Units

Attribute

Time Varying
<SFX> flow through line Sediment fraction flow through line, where <SFX> represents sediment fraction name. MFSI FLOWMC<SFX>2D True
<CFX> dissolved flow through line Flow of dissolved water quality determinant through line, where <CFX> represents the coliform determinant name. MFSI FLOWMC<CFX>DIS2D True
<PPP> dissolved flow through line Flow of dissolved water quality determinant through line, where <PPP> represents determinant name. MFSI FLOWMC<PPP>DIS2D True
<CFX><SFX> flow through line Flow of water quality determinant by sediment fraction through line, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. CFS FLOWMC<CFX><SFX>2D True
<PPP><SFX> flow through line Flow of water quality determinant by sediment fraction through line, where <PPP> represents determinant name and <SFX> represents sediment fraction name. MFSI FLOWMC<PPP><SFX>2D True
Max <SFX> flow through line Maximum sediment fraction flow through line, where <SFX> represents sediment fraction name. MFSI MAXFLOWMC<SFX>2D False
Max <CFX> dissolved flow through line Maximum flow of dissolved water quality determinant through line, where <CFX> represents the coliform determinant name. MFSI MAXFLOWMC<CFX>DIS2D False
Max <PPP> dissolved flow through line Maximum flow of dissolved water quality determinant through line, where <PPP> represents determinant name. MFSI MAXFLOWMC<PPP>DIS2D False
Max <CFX><SFX> flow through line Maximum flow of water quality determinant by sediment fraction through line, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. CFS MAXFLOWMC<CFX><SFX>2D False
Max <PPP><SFX> flow through line Maximum flow of water quality determinant by sediment fraction through line, where <PPP> represents determinant name and <SFX> represents sediment fraction name. MFSI MAXFLOWMC<PPP><SFX>2D False
Min <SFX> flow through line Minimum sediment fraction flow through line, where <SFX> represents sediment fraction name. MFSI MINFLOWMC<SFX>2D False
Min <CFX> dissolved flow through line Minimum flow of dissolved water quality determinant through line, where <CFX> represents the coliform determinant name. MFSI MINFLOWMC<CFX>DIS2D False
Min <PPP> dissolved flow through line Minimum flow of dissolved water quality determinant through line, where <PPP> represents determinant name. MFSI MINFLOWMC<PPP>DIS2D False
Min <CFX><SFX> flow through line Minimum flow of water quality determinant by sediment fraction, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. CFS MINFLOWMC<CFX><SFX>2D False
Min <PPP><SFX> flow through line Minimum flow of water quality determinant by sediment fraction, where <PPP> represents determinant name and <SFX> represents sediment fraction name. MFSI MINFLOWMC<PPP><SFX>2D False
Highest concentration <SFX> on line The maximum of the sediment fraction concentration values at a given timestep of the 2D mesh elements intersected by the network results line, where <SFX> represents sediment fraction name. MCSI HIGHMC<SFX>2D True
Highest concentration <CFX> dissolved on line The maximum of the dissolved water quality determinant concentration values at a given timestep of the 2D mesh elements intersected by the network results line, where <CFX> represents the coliform determinant name. MCSI HIGHMC<CFX>DIS2D True
Highest concentration <PPP> dissolved on line The maximum of the dissolved water quality determinant concentration values at a given timestep of the 2D mesh elements intersected by the network results line, where <PPP> represents determinant name. MCSI HIGHMC<PPP>DIS2D True
Highest concentration <CFX><SFX> on line The maximum of the water quality determinant by sediment fraction concentration values at a given timestep of the 2D mesh elements intersected by the network results line, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. MCSI HIGHMC<CFX><SFX>2D True
Highest concentration <PPP><SFX> on line The maximum of the water quality determinant by sediment fraction concentration values at a given timestep of the 2D mesh elements intersected by the network results line, where <PPP> represents determinant name and <SFX> represents sediment fraction name. MCSI HIGHMC<PPP><SFX>2D True
Highest coliforms on line The maximum of the coliform concentration values at a given timestep of the 2D mesh elements intersected by the network results line.   HIGHMCCOLDIS2D True
Highest pH on line The maximum of the pH values at a given timestep of the 2D mesh elements intersected by the network results line.   HIGHPH2D True
Highest water temperature on line The maximum of the water temperature values at a given timestep of the 2D mesh elements intersected by the network results line. CF HIGHTW2D True
Highest unionised ammoniacal nitrogen on line The maximum of the unionised ammoniacal nitrogen values at a given timestep of the 2D mesh elements intersected by the network results line. MCSI HIGHUNNH32D True
Lowest concentration <SFX> on line The minimum of the sediment fraction concentration values at a given timestep of the 2D mesh elements intersected by the network results line, where <SFX> represents sediment fraction name. MCSI LOWMC<SFX>2D True
Lowest concentration <CFX> dissolved on line The minimum of the dissolved water quality determinant concentration values, at a given timestep, of the 2D mesh elements intersected by the network results line, where <CFX> represents the coliform determinant name. MCSI LOWMC<CFX>DIS2D True
Lowest concentration <PPP> dissolved on line The minimum of the dissolved water quality determinant concentration values, at a given timestep, of the 2D mesh elements intersected by the network results line, where <PPP> represents determinant name. MCSI LOWMC<PPP>DIS2D True
Lowest concentration <CFX><SFX> on line The minimum of the water quality determinant by sediment fraction concentration values, at a given timestep, of the 2D mesh elements intersected by the network results line, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. MCSI LOWMC<CFX><SFX>2D True
Lowest concentration <PPP><SFX> on line The minimum of the water quality determinant by sediment fraction concentration values, at a given timestep, of the 2D mesh elements intersected by the network results line, where <PPP> represents determinant name and <SFX> represents sediment fraction name. MCSI LOWMC<PPP><SFX>2D True
Lowest coliforms on line The minimum of the coliform concentration values at a given timestep of the 2D mesh elements intersected by the network results line.   LOWMCCODIS2D True
Lowest pH on line The minimum of the pH values at a given timestep of the 2D mesh elements intersected by the network results line.   LOWPH2D True
Lowest water temperature on line The minimum of the water temperature values at a given timestep of the 2D mesh elements intersected by the network results line. CF LOWTW2D True
Lowest unionised ammoniacal nitrogen on line The minimum of the unionised ammoniacal nitrogen values at a given timestep of the 2D mesh elements intersected by the network results line. MCSI LOWUNNH32D True
Max highest concentration <SFX> on line

The maximum Highest concentration <SFX> on line value experienced during the simulation, where <SFX> represents the sediment fraction name.

 MCSI MAXHIGHMC<SF>2D False
Max highest concentration <CFX> dissolved on line The maximum Highest concentration <CFX> dissolved on line value experienced during the simulation, where <CFX> represents the coliform determinant name. MCSI MAXHIGHMC<CFX>DIS2D False
Max highest concentration <PPP> dissolved on line The maximum Highest concentration <PPP> dissolved on line value experienced during the simulation, where <PPP> represents the determinant name. MCSI MAXHIGHMC<PPP>DIS2D False
Max highest concentration <CFX><SFX> on line The maximum Highest concentration <CFX><SFX> on line value experienced during the simulation, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. MCSI MAXHIGHMC<CFX><SFX>2D False
Max highest concentration <PPP><SFX> on line The maximum Highest concentration <PPP><SFX> on line value experienced during the simulation, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name. MCSI MAXHIGHMC<PPP><SFX>2D False
Max highest coliforms on line The maximum Highest coliforms on line value experienced during the simulation.   MAXHIGHMCCOLDIS2D False
Max highest pH on line The maximum Highest pH on line value experienced during the simulation.   MAXHIGHPH2D False
Max highest water temperature on line The maximum Highest water temperature on line value experienced during the simulation. CF MAXHIGHTW2D False
Min lowest concentration <SFX> on line

The minimum Lowest concentration <SFX> on line value experienced during the simulation, where <SFX> represents the sediment fraction name.

 MCSI MINLOWMC<SFX>2D False
Min lowest concentration <CFX> dissolved on line

The minimum Lowest concentration <CFX> dissolved on line value experienced during the simulation, where <CFX> represents the coliform determinant name.

 MCSI MINLOWMC<CFX>DIS2D False
Min lowest concentration <PPP> dissolved on line

The minimum Lowest concentration <PPP> dissolved on line value experienced during the simulation, where <PPP> represents the determinant name.

 MCSI MINLOWMC<PPP>DIS2D False
Min lowest concentration <CFX><SFX> on line

The minimum Lowest concentration <CFX><SFX> on line value experienced during the simulation, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name.

 MCSI MINLOWMC<CFX>SFX>2D False
Min lowest concentration <PPP><SFX> on line

The minimum Lowest concentration <PPP><SFX> on line value experienced during the simulation, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name.

 MCSI MINLOWMC<PPP>SFX>2D False
Min lowest coliforms on line

The minimum Lowest coliforms on line value experienced during the simulation.

   MINLOWMCCOLDIS2D False
Min lowest pH on line

The minimum Lowest pH on line value experienced during the simulation.

   MINLOWPH2D False
Min lowest water temperature on line

The minimum Lowest water temperature on line value experienced during the simulation.

 CF MINLOWTW2D False

Database Table Name: _IWR_2DResultsPolygon

- denotes water quality result in the tables below.

Field Name

Help Text

Units

Attribute

Time Varying

  
Flow into polygon

For each 2D mesh element that the Network Results Polygon intersects:

  • The component of the unit flow normal to the boundary is determined
  • The unit flow component is multiplied by the length of the boundary segment intersecting the element

The Flow into polygon result is calculated by summing the flows across each boundary segment.

Flow directed into the polygon is counted positive and flow directed out of the polygon is counted negative.

 Q FLOW2D True  
Highest depth

The maximum of the depth values, at a given timestep, of all the 2D mesh elements inside the network results polygon boundary.

 Y HIGHDEPTH2D True  
Highest elevation

The maximum of the elevation values, at a given timestep, of all the 2D mesh elements inside the network results polygon boundary.

Note that a null value will be displayed for timesteps at which the elements associated with the network results object are dry.

 Z HIGHELEVATION2D True  
Highest speed

The maximum of the speed values, at a given timestep, of all the 2D mesh elements inside the network results polygon boundary.

 V HIGHSPEED2D True  
Lowest depth

The minimum of the depth values, at a given timestep, of all the 2D mesh elements inside the network results polygon boundary.

 Y LOWDEPTH2D True  
Lowest elevation

The minimum of the elevation values, at a given timestep, of all the 2D mesh elements inside the network results polygon boundary.

Note that a null value will be displayed for timesteps at which the elements associated with the network results object are dry.

 Z LOWELEVATION2D True  
Lowest speed

The minimum of the speed values, at a given timestep, of all the 2D mesh elements inside the network results polygon boundary.

 V LOWSPEED2D True  
Cumulative rainfall Cumulative rainfall in the results polygon. Y RAINDPTH True  
Rainfall Rainfall intensity. R RAINFALL True  
Enclosed volume

The Enclosed volume result is calculated as the sum of water depth x element area of all 2D mesh elements within the polygon boundary.

 VO VOLUME2D True  
Area flooded to inundation depth

The Area flooded to inundation depth result is calculated as the sum of element areas of the 2D mesh elements within the polygon boundary with water depth exceeding the inundation threshold.

(Inundation threshold is specified in the Advanced tab of the 2D Parameters Dialog.)

 NA FLOODED_AREA2D True  
Cumulative infiltration Calculated as Cumulative infiltration volume inside polygon divided by area of polygon. Y CUMINF2D True  
Cumulative infiltration volume inside polygon

Calculated as the sum of cumulative infiltration x element area of all 2D mesh elements within the polygon boundary.

Only mesh elements with element centroid within the polygon boundary are included in the calculation.

Only displayed when an infiltration surface is associated with the 2D zone.

See 2D Infiltration Model for further information.

 VO CUMINFVOL2D    
Max flow into polygon The maximum Flow into polygon value experienced during the simulation. Q MAXFLOW2D False  
Max highest depth The maximum Highest depth value experienced during the simulation. Y MAXHIGHDEPTH2D False  
Max highest elevation

The maximum Highest elevation value experienced during the simulation.

Note that a null value will be displayed if elements associated with the network results object are dry throughout the simulation.

 Z MAXHIGHELEVATION2D False  
Max highest speed The maximum Highest speed value experienced during the simulation. V MAXHIGHSPEED2D False  
Max enclosed volume The maximum Enclosed volume value experienced during the simulation. VO MAXVOLUME2D False  
Max ground level The maximum of the ground level values of the 2D mesh elements inside the network results polygon boundary. Z MAXGNDLEV2D False  
Max area flooded to inundation depth The maximum Area flooded to inundation depth value experienced during the simulation. NA MAXFLOODED_AREA2D False  
Min flow into polygon The minimum Flow into polygon value experienced during the simulation. Q MINFLOW2D False  
Min lowest depth The minimum Lowest depth value experienced during the simulation. Y MINLOWDPETH2D False  
Min lowest elevation

The minimum Lowest elevation value experienced during the simulation.

Note that a null value will be displayed if all elements associated with the network results object were dry at the same timestep during the simulation.

 Z MINLOWELEVATION2D    
Min lowest speed The minimum Lowest speed value experienced during the simulation. V MINLOWSPEED2D False  
Min enclosed volume The minimum Enclosed volume value experienced during the simulation. VO MINVOLUME2D False  
Min ground level The minimum of the ground level values of the 2D mesh elements inside the network results polygon boundary. Z MINGNDLEV2D False  
Min area flooded to inundation depth The minimum Area flooded to inundation depth value experienced during the simulation. NA MINFLOODED_AREA2D False  
Mean ground level The average ground level within the polygon calculated from the ground levels of the 2D mesh elements inside the network results polygon boundary. Z AVEGNDLEV2D False  
Total area flooded to inundation depth

The sum of areas of the 2D mesh elements within the polygon boundary where water depth exceeded the inundation threshold at some time during the simulation. (Inundation may not have occurred in the elements at the same time.)

(Inundation threshold is specified in the Advanced tab of the 2D Parameters Dialog.)

 NA TOTAL_FLOODED_AREA2D False  
Annual damage

Annual damage for selected return period.

Annual damage is calculated by multiplying the largest of the damage values for the return period by the event probability for that return period (see Risk Analysis Runs for details).

(Displayed when risk analysis object results are loaded in the GeoPlan.)

 WN_COST ANLDMG True  
Critical duration

Event duration which gives the worst case damage calculation values for selected return period (see Risk Analysis Runs for details).

(Displayed when risk analysis object results are loaded in the GeoPlan.)

 MIN CRITDUR True  
Depth

Inundation depth for selected return period (see Risk Analysis Runs for details).

(Displayed when risk analysis object results are loaded in the GeoPlan.)

 Y DEPTH True  
Expected annual damage

Expected annual damage (EAD) at Damage Receptor (see Risk Analysis Runs for details).

(Displayed when risk analysis object results are loaded in the GeoPlan.)

 WN_COST EAD False  
cmp_<component name>

Damage values for damage function component (see Risk Analysis Runs for details).

(Displayed when risk analysis simulation results are loaded in the GeoPlan.)

     False  
Damage

Total damage at Damage Receptor (see Risk Analysis Runs for details).

(Displayed when risk analysis simulation results are loaded in the GeoPlan.)

 WN_COST DAMAGE False  
<SFX> flow through polygon boundary Sediment fraction flow through polygon boundary, where <SFX> represents sediment fraction name. MFSI FLOWMC<SFX>2D True

<CFX> dissolved flow through polygon boundary Flow of dissolved water quality determinant through polygon boundary, where <CFX> represents the coliform determinant name. MFSI FLOWMC<CFX>DIS2D True
<PPP> dissolved flow through polygon boundary Flow of dissolved water quality determinant through polygon boundary, where <PPP> represents the determinant name. MFSI FLOWMC<PPP>DIS2D True
<CFX><SFX> flow through polygon boundary Flow of water quality determinant by sediment fraction through polygon boundary, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. CFS FLOWMC<CFX><SFX>2D True
<PPP><SFX> flow through polygon boundary Flow of water quality determinant by sediment fraction through polygon boundary, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name. MFSI FLOWMC<PPP><SFX>2D True
Max <SFX> flow through polygon boundary Maximum sediment fraction flow through polygon boundary, where <SFX> represents the sediment fraction name. MFSI MAXFLOWMC<SFX>2D False
Max <CFX> dissolved flow through polygon boundary Maximum flow of dissolved water quality determinant through the polygon boundary, where <CFX> represents the coliform determinant name. MFSI MAXFLOWMC<CFX>DIS2D False
Max <PPP> dissolved flow through polygon boundary Maximum flow of dissolved water quality determinant through polygon boundary, where <PPP> represents the determinant name. MFSI MAXFLOWMC<PPP>DIS2D False
Max <CFX><SFX> flow through polygon boundary Maximum flow of water quality determinant by sediment fraction through the polygon boundary, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. CFS MAXFLOWMC<CFX><SFX>2D False
Max <PPP><SFX> flow through polygon boundary Maximum flow of water quality determinant by sediment fraction through the polygon boundary, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name. MFSI MAXFLOWMC<PPP><SFX>2D False
Min <SFX> flow through polygon boundary Minimum flow of water quality determinant by sediment fraction through line, where <SFX> represents sediment fraction name. MFSI MINFLOWMC<SFX>2D False
Min <CFX> dissolved flow through polygon boundary Minimum flow of dissolved water quality determinant through the polygon boundary, where <CFX> represents the coliform determinant name. MFSI MINFLOWMC<CFX>DIS2D False
Min <PPP> dissolved flow through polygon boundary Minimum flow of dissolved water quality determinant through the polygon boundary, where <PPP> represents the determinant name. MFSI MINFLOWMC<PPP>DIS2D False
Min <CFX><SFX> flow through polygon boundary Minimum flow of water quality determinant by sediment fraction through polygon boundary, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. CFS MINFLOWMC<CFX><SFX>2D False
Min <PPP><SFX> flow through polygon boundary Minimum flow of water quality determinant by sediment fraction through polygon boundary, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name. MFSI MINFLOWMC<PPP><SFX>2D False
<SFX> mass inside polygon Sediment fraction mass inside polygon, where <SFX> represents sediment fraction name. M MAXXMC<SFX>2D True
<CFX> dissolved mass inside polygon Mass of dissolved water quality determinant inside polygon, where <CFX> represents the dissolved coliform determinant name. M MASSMC<CFX>DIS2D True
<PPP> dissolved mass inside polygon Mass of dissolved water quality determinant inside polygon, where <PPP> represents dissolved determinant name. M MASSMC<PPP>DIS2D True
<CFX><SFX> mass inside polygon Mass of water quality determinant by sediment fraction inside polygon, where <CFX> represents the coliform determinant name and <SFX> represents sediment fraction name. M MASSMC<CFX><SFX>2D True
<PPP><SFX> mass inside polygon Mass of water quality determinant by sediment fraction inside polygon, where <PPP> represents the determinant name and <SFX> represents sediment fraction name. M MASSMC<PPP><SFX>2D True
Max <SFX> mass inside polygon Maximum sediment fraction mass inside polygon, where <SFX> represents sediment fraction name. M MAXMASSMC<SFX>2D False
Max <CFX> dissolved mass inside polygon Maximum mass of dissolved water quality determinant inside polygon, where <CFX> represents the dissolved coliform determinant name. M MAXMASSMC<CFX>DIS2D False
Max <PPP> dissolved mass inside polygon Maximum mass of dissolved water quality determinant inside polygon, where <PPP> represents the dissolved determinant name. M MAXMASSMC<PPP>DIS2D False
Max <CFX><SFX> mass inside polygon Maximum mass of water quality determinant by sediment fraction inside polygon, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. M MAXMASSMC<CFX><SFX>2D False
Max <PPP><SFX> mass inside polygon Maximum mass of water quality determinant by sediment fraction inside polygon, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name. M MAXMASSMC<PPP><SFX>2D False
Min <SFX> mass inside polygon Minimum sediment fraction mass inside polygon, where <SFX> represents sediment fraction name. M MINMASSMC<SFX>2D False
Min <CFX> dissolved mass inside polygon Minimum mass of dissolved water quality determinant inside polygon, where <CFX> represents the dissolved coliform determinant name. M MINMASSMC<CFX>DIS2D False
Min <PPP> dissolved mass inside polygon Minimum mass of dissolved water quality determinant inside polygon, where <PPP> represents the dissolved determinant name. M MINMASSMC<PPP>DIS2D False
Min <CFX><SFX> mass inside polygon Minimum mass of water quality determinant by sediment fraction inside polygon, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. M MINMASSMC<CFX><SFX>2D False
Min <PPP><SFX> mass inside polygon Minimum mass of water quality determinant by sediment fraction inside polygon, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name. M MINMASSMC<PPP><SFX>2D False
Highest concentration <SFX> inside polygon

The maximum of the sediment fraction concentration values at a given timestep of all the 2D mesh elements inside the network results polygon boundary.

 MCSI HIGHMC<SFX>2D True
Highest concentration <CFX> dissolved inside polygon

The maximum of the dissolved water quality determinant concentration values at a given timestep of all the 2D mesh elements inside the network results polygon boundary, where <CFX> represents the coliform determinant name

MCSI HIGHMC<CFX>DIS2D True
Highest concentration <PPP> dissolved inside polygon

The maximum of the dissolved water quality determinant concentration values at a given timestep of all the 2D mesh elements inside the network results polygon boundary, where <PPP> represents the determinant name

MCSI HIGHMC<PPP>DIS2D True
Highest concentration <CFX><SFX> inside polygon

The maximum of the water quality determinant by sediment fraction concentration values at a given timestep of all the 2D mesh elements inside the network results polygon boundary, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name.

 MCSI HIGHMC<CFX><SFX>2D True
Highest concentration <PPP><SFX> inside polygon

The maximum of the water quality determinant by sediment fraction concentration values at a given timestep of all the 2D mesh elements inside the network results polygon boundary, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name.

 MCSI HIGHMC<PPP><SFX>2D True
Highest coliforms inside polygon

The maximum of the coliform concentration values at a given timestep of all the 2D mesh elements inside the network results polygon boundary.

   HIGHMCCOLDIS2D True
Highest pH inside polygon

The maximum of the pH values at a given timestep of all the 2D mesh elements inside the network results polygon boundary.

   HIGHPH2D True
Highest water temperature inside polygon

The maximum of the water temperature values at a given timestep of all the 2D mesh elements inside the network results polygon boundary.

 CF HIGHTW2D True
Highest unionised ammoniacal nitrogen inside polygon

The maximum of the unionised ammoniacal nitrogen values at a given timestep of all the 2D mesh elements inside the network results polygon boundary.

 MCSI HIGHUNNH32D True
Max highest concentration <SFX> inside polygon

The maximum Highest concentration <SFX> inside polygon value experienced during the simulation, where <SFX> represents the sediment fraction name.

 MCSI MAXHIGHMC<SFX>2D False
Max highest concentration <CFX> dissolved inside polygon

The maximum Highest concentration <CFX> dissolved inside polygon value experienced during the simulation, where <CFX> represents the coliform determinant name.

 MCSI MAXHIGHMC<CFX>DIS2D False
Max highest concentration <PPP> dissolved inside polygon

The maximum Highest concentration <PPP> dissolved inside polygon value experienced during the simulation, where <PPP> represents the determinant name.

 MCSI MAXHIGHMC<PPP>DIS2D False
Max highest concentration <CFX><SFX> inside polygon

The maximum Highest concentration <CFX><SFX> inside polygon value experienced during the simulation, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name.

 MCSI MAXHIGHMC<CFX><SFX>2D False
Max highest concentration <PPP><SFX> inside polygon

The maximum Highest concentration <PPP><SFX> inside polygon value experienced during the simulation, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name.

 MCSI MAXHIGHMC<PPP><SFX>2D False
Max highest coliforms inside polygon

The maximum Highest coliforms inside polygon value experienced during the simulation.

   MAXHIGHMCCOLDIS2D False
Max highest pH inside polygon

The maximum Highest pH inside polygon value experienced during the simulation.

   MAXHIGHPH2D False
Max highest water temperature inside polygon

The maximum Highest water temperature inside polygon value experienced during the simulation.

 CF MAXHIGHTW2D False
Lowest concentration <SFX> inside polygon

The minimum of the sediment fraction concentration values at a given timestep of all the 2D mesh elements inside the network results polygon boundary, where <SFX> represents the sediment fraction name.

 MCSI LOWMC<SFX>2D True
Lowest concentration <CFX> dissolved inside polygon

The minimum of the dissolved water quality determinant concentration values at a given timestep of all the 2D mesh elements inside the network results polygon boundary, where <CFX> represents the coliform determinant name.

 MCSI LOWMC<CFX>DIS2D True
Lowest concentration <PPP> dissolved inside polygon

The minimum of the dissolved water quality determinant concentration values at a given timestep of all the 2D mesh elements inside the network results polygon boundary, where <PPP> represents the determinant name.

 MCSI LOWMC<PPP>DIS2D True
Lowest concentration <CFX><SFX> inside polygon

The minimum of the water quality determinant by sediment fraction concentration values at a given timestep of all the 2D mesh elements inside the network results polygon boundary, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name.

 MCSI LOWMC<CFX><SFX>2D True
Lowest concentration <PPP><SFX> inside polygon

The minimum of the water quality determinant by sediment fraction concentration values at a given timestep of all the 2D mesh elements inside the network results polygon boundary, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name.

 MCSI LOWMC<PPP><SFX>2D True
Lowest coliforms inside polygon

The minimum of the coliform concentration values at a given timestep of all the 2D mesh elements inside the network results polygon boundary.

   LOWMCCOLDIS2D True
Lowest pH inside polygon

The minimum of the pH values at a given timestep of all the 2D mesh elements inside the network results polygon boundary.

   LOWPH2D True
Lowest water temperature inside polygon

The minimum of the water temperature values at a given timestep of all the 2D mesh elements inside the network results polygon boundary.

 CF LOWTW2D True
Lowest unionised ammoniacal nitrogen inside polygon

The maximum of the unionised ammoniacal nitrogen values at a given timestep of all the 2D mesh elements inside the network results polygon boundary.

 MCSI LOWUNNH32D True
Min lowest concentration <SFX> inside polygon The minimum Lowest concentration <SFX> inside polygon value experienced during the simulation. MCSI MINLOWMC<SFX>2D False
Min lowest concentration <CFX> dissolved inside polygon The minimum Lowest concentration <CFX> dissolved inside polygon value experienced during the simulation, where <CFX> represents the coliform determinant name. MCSI MINLOWMC<CFX>DIS2D False
Min lowest concentration <PPP> dissolved inside polygon The minimum Lowest concentration <PPP> dissolved inside polygon value experienced during the simulation, where <PPP> represents the determinant name. MCSI MINLOWMC<PPP>DIS2D False
Min lowest concentration <CFX><SFX> inside polygon The minimum Lowest concentration <CFX><SFX> inside polygon value experienced during the simulation, where <CFX> represents the coliform determinant name and <SFX> represents the sediment fraction name. MCSI MINLOWMC<CFX><SFX>2D False
Min lowest concentration <PPP><SFX> inside polygon The minimum Lowest concentration <PPP><SFX> inside polygon value experienced during the simulation, where <PPP> represents the determinant name and <SFX> represents the sediment fraction name. MCSI MINLOWMC<PPP><SFX>2D False
Min lowest coliforms inside polygon The minimum Lowest coliforms inside polygon value experienced during the simulation.   MINLOWMCCOLDIS2D False
Min lowest pH inside polygon The minimum Lowest pH inside polygon value experienced during the simulation.   MINLOWPH2D False
Min lowest water temperature inside polygon The minimum Lowest water temperature inside polygon value experienced during the simulation. CF MINLOWTW2D False

Results Data Fields

Network Results Objects

Viewing Replays of a Simulation