General Description

To create a music Setup File (MSF) or Excel Script File (CSV), a strict file format must be adhered to. Contact eWater for sample MSF/CSV files to be included in the "MSF" folder in the music installation directory. Note that MSF file is used throughout the following file description. However, the file format description also applies to the Excel Setup Script (CSV) format.

The easiest way to develop a "dummy" MSF file is to create a base project in music and export it to MSF format by selecting Create Model » Import/Export and selecting Export-MSF from the drop down menu. This will automatically create an MSF file in a format that can be modified and imported into music. Nevertheless, if you wish to use an external program to create an MSF file, the following file format requirement will need to be adhered to.

The MSF file is an unformatted text-based file that lists data in comma separated columns. Refer to the table below for its format details. Please take special note of keyword spelling and spaces (incorrect spelling could result in the file not working in music). A snippet of an example msf file is shown below in the Example MSF File.

Order	Description	Mandatory/Optional
1	This is the MSF header providing general information about the music project.	The keyword 'DESCRIPTION' is mandatory Content in the description is optional
2	The music setup file version number - must be the first line of data.	Mandatory
3	File name of MUSIC meteorological template.	Optional
4	Basic setup information including the following (must be in this order): Rainfall file PETFile StartDate (in the format dd/mm/yyyy) EndDate (in the format dd/mm/yyyy) Timestep (time-step in seconds)	Optional
5	Constituent details	Optional
6	MUSIC-link properties (refer to MUSIC-link for more information)	Mandatory
7	Source node properties (refer to Source nodes for more information)	Optional
8	USTM node properties (refer to USTM node for more information)	Optional
9	Generic treatment node properties (refer to Generic treatment node for more information)	Optional
10	Other node properties (refer to Other node for more information)	Optional
11	Drainage link properties (refer to Drainage link for more information)	Optional

The following rules apply to the MSF file format:

The MSF version number must be located in the MSF file. All other information is optional;
Node type "blocks" (e.g., source, USTM treatment, generic treatment etc) can be input in any order. However, drainage links (if required) must be entered at the end of the MSF file.
Entering string or floating point values when integer values are expected will generate errors when importing.
Node and drainage link parameter values must always be located in the second column of the MSF file.
Comments can be included throughout the MSF.

Further detailed information on MUSIC-link settings, and each of the individual node and drainage link types that can be included in the *.msf file are described below, along with the required file format and parameter values for each.

MUSIC-link

Parameter Description	Default Parameter Value	Additional Information
MUSIC-link - Enabled	1	{0 = enabled \| 1 = disabled}
MUSIC-link - Music Version		{The MUSIC version this was created with}
MUSIC-link - Metadata Version		{The version of the metadata used}
MUSIC-link - Council Name		{The name of the council}
MUSIC-link - Area Name		{The name of the audit area}
MUSIC-link - Scenario Name		{The name of the audit scenario}

Source Nodes

Source Nodes can optionally be included in the MSF file. Source Nodes that can be included in an MSF file include:

Urban
Agricultural
Forest; and,
User-defined.

The required MSF file format for each Source Node is outlined below, along with default input parameter values and required input parameter types (e.g., string, integer or floating point). Note that each node type must have a unique "ID" number. Also note that only the first two columns in the following tables need to be included in the MSF file. The third and fourth columns are provided for information purposes only.

The following tables can be copied and pasted into spreadsheet software to assist with MSF/CSV file development (the first "Parameter Description, Default Parameter Value, Type and Additional Information" row should be excluded from the MSF file).

Urban

Parameter Description	Default Parameter Value	Type	Additional Information
Node Type	UrbanSourceNode		{Node Type}
Zoning Surface Type	mixed	string	{Zoning Surface Type}
Node Name	Urban	string	{Node Name}
Node ID		integer	{Node ID}
Coordinates	355:-66	floating	{Coordinates}{[X:Y]}
General - Location	Urban	string
General - Notes		string
General - Fluxes - Daily		string
General - Fluxes - Sub-Daily		string
Areas - Total Area (ha)	1	floating	{ha}
Areas - Permeability - Impervious (%)	50	floating	{%}
Areas - Permeability - Pervious (%)	50	floating	{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day)	1	floating	{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm)	120	integer	{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity)	36	integer	{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm)	80	integer	{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a	200	floating
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b	1	floating
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm)	10	integer	{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%)	25	floating	{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%)	5	floating	{%}
Rainfall-Runoff - Groundwater Properties - Daily Deep Seepage Rate (%)	0	floating	{%}
Total Suspended Solids - Base Flow Concentration - Mean (log mg/L)	1.1	floating	{log mg/L}
Total Suspended Solids - Base Flow Concentration - Std Dev (log mg/L)	0.17	floating	{log mg/L}
Total Suspended Solids - Base Flow Concentration - Estimation Method	1	integer	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Suspended Solids - Base Flow Concentration - Serial Correlation (R squared)	0.41	floating	{R squared}
Total Suspended Solids - Storm Flow Concentration - Mean (log mg/L)	2.2	floating	{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L)	0.32	floating	{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Estimation Method	1	integer	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Suspended Solids - Storm Flow Concentration - Serial Correlation (R squared)	0.77	floating	{R squared}
Total Phosphorus - Base Flow Concentration - Mean (log mg/L)	-0.82	floating	{log mg/L}
Total Phosphorus - Base Flow Concentration - Std Dev (log mg/L)	0.19	floating	{log mg/L}
Total Phosphorus - Base Flow Concentration - Estimation Method	1	integer	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Phosphorus - Base Flow Concentration - Serial Correlation (R squared)	0.41	floating	{R squared}
Total Phosphorus - Storm Flow Concentration - Mean (log mg/L)	-0.45	floating	{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L)	0.25	floating	{log mg/L}
Total Phosphorus - Storm Flow Concentration - Estimation Method	1	integer	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Phosphorus - Storm Flow Concentration - Serial Correlation (R squared)	0.77	floating	{R squared}
Total Nitrogen - Base Flow Concentration - Mean (log mg/L)	0.32	floating	{log mg/L}
Total Nitrogen - Base Flow Concentration - Std Dev (log mg/L)	0.12	floating	{log mg/L}
Total Nitrogen - Base Flow Concentration - Estimation Method	1	integer	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Nitrogen - Base Flow Concentration - Serial Correlation (R squared)	0.41	floating	{R squared}
Total Nitrogen - Storm Flow Concentration - Mean (log mg/L)	0.42	floating	{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L)	0.19	floating	{log mg/L}
Total Nitrogen - Storm Flow Concentration - Estimation Method	1	integer	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Nitrogen - Storm Flow Concentration - Serial Correlation (R squared)	0.77	floating	{R squared}
Import Flow Properties - Import Flow Enabled	0	boolean
Import Flow Properties - Import Flow file
Import Flow Properties - Header lines
Import Flow Properties - Baseflow Column
Import Flow Properties - Impervious Stormflow Column
Import Flow Properties - Pervious Stormflow Column
Import Flow Properties - Unit			{Index from 0 to 14 for "ML" \| "kL" \| "L" \| "mL" \| "ML/s" \| "m3/s" \| "L/s" \| "mL/s" \| "ML/day" \| "kL/day" \| "L/day" \| "mL/day" \| "km" \| "m" \| "mm"}
Import Flow Properties - Catchment Area for GP (ha)	1		{ha}

Agricultural

Parameter Description	Default Parameter Value	Additional Information
Node Type	AgriculturalSourceNode	{Node Type}
Node Name	Agricultural	{Node Name}
Node ID		{Node ID}
Coordinates	526:-69	{Coordinates}{[X:Y]}
General - Location	Agricultural
General - Notes
General - Fluxes - Daily
General - Fluxes - Sub-Daily
Areas - Total Area (ha)	1	{ha}
Areas - Permeability - Impervious (%)	50	{%}
Areas - Permeability - Pervious (%)	50	{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day)	1	{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm)	120	{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity)	36	{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm)	80	{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a	200
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b	1
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm)	10	{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%)	25	{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%)	5	{%}
Rainfall-Runoff - Groundwater Properties - Daily Deep Seepage Rate (%)	0	{%}
Total Suspended Solids - Base Flow Concentration - Mean (log mg/L)	1.4	{log mg/L}
Total Suspended Solids - Base Flow Concentration - Std Dev (log mg/L)	0.13	{log mg/L}
Total Suspended Solids - Base Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Suspended Solids - Base Flow Concentration - Serial Correlation (R squared)	0.41	{R squared}
Total Suspended Solids - Storm Flow Concentration - Mean (log mg/L)	2.3	{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L)	0.31	{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Suspended Solids - Storm Flow Concentration - Serial Correlation (R squared)	0.77	{R squared}
Total Phosphorus - Base Flow Concentration - Mean (log mg/L)	-0.88	{log mg/L}
Total Phosphorus - Base Flow Concentration - Std Dev (log mg/L)	0.13	{log mg/L}
Total Phosphorus - Base Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Phosphorus - Base Flow Concentration - Serial Correlation (R squared)	0.41	{R squared}
Total Phosphorus - Storm Flow Concentration - Mean (log mg/L)	-0.27	{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L)	0.3	{log mg/L}
Total Phosphorus - Storm Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Phosphorus - Storm Flow Concentration - Serial Correlation (R squared)	0.77	{R squared}
Total Nitrogen - Base Flow Concentration - Mean (log mg/L)	0.074	{log mg/L}
Total Nitrogen - Base Flow Concentration - Std Dev (log mg/L)	0.13	{log mg/L}
Total Nitrogen - Base Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Nitrogen - Base Flow Concentration - Serial Correlation (R squared)	0.41	{R squared}
Total Nitrogen - Storm Flow Concentration - Mean (log mg/L)	0.59	{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L)	0.26	{log mg/L}
Total Nitrogen - Storm Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Nitrogen - Storm Flow Concentration - Serial Correlation (R squared)	0.77	{R squared}
Import Flow Properties - Import Flow Enabled
Import Flow Properties - Import Flow File
Import Flow Properties - Header lines
Import Flow Properties - Baseflow Column
Import Flow Properties - Impervious Stormflow Column
Import Flow Properties - Pervious Stormflow Column
Import Flow Properties - Unit		{Index from 0 to 14 for "ML" \| "kL" \| "L" \| "mL" \| "ML/s" \| "m3/s" \| "L/s" \| "mL/s" \| "ML/day" \| "kL/day" \| "L/day" \| "mL/day" \| "km" \| "m" \| "mm"}
Import Flow Properties - Catchment Area for GP (ha)	1	{ha}

Forest

Parameter Description	Default Parameter Value	Additional Information
Node Type	ForestSourceNode	{Node Type}
Node Name	Forest	{Node Name}
Node ID		{Node ID}
Coordinates	658:-62	{Coordinates}{[X:Y]}
General - Location	Forest
General - Notes
General - Fluxes - Daily
General - Fluxes - Sub-Daily
Areas - Total Area (ha)	1	{ha}
Areas - Permeability - Impervious (%)	50	{%}
Areas - Permeability - Pervious (%)	50	{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day)	1	{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm)	120	{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity)	36	{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm)	80	{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a	200
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b	1
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm)	10	{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%)	25	{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%)	5	{%}
Rainfall-Runoff - Groundwater Properties - Daily Deep Seepage Rate (%)	0	{%}
Total Suspended Solids - Base Flow Concentration - Mean (log mg/L)	0.9	{log mg/L}
Total Suspended Solids - Base Flow Concentration - Std Dev (log mg/L)	0.13	{log mg/L}
Total Suspended Solids - Base Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Suspended Solids - Base Flow Concentration - Serial Correlation (R squared)	0.41	{R squared}
Total Suspended Solids - Storm Flow Concentration - Mean (log mg/L)	1.9	{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L)	0.2	{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Suspended Solids - Storm Flow Concentration - Serial Correlation (R squared)	0.77	{R squared}
Total Phosphorus - Base Flow Concentration - Mean (log mg/L)	-1.5	{log mg/L}
Total Phosphorus - Base Flow Concentration - Std Dev (log mg/L)	0.13	{log mg/L}
Total Phosphorus - Base Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Phosphorus - Base Flow Concentration - Serial Correlation (R squared)	0.41	{R squared}
Total Phosphorus - Storm Flow Concentration - Mean (log mg/L)	-1.1	{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L)	0.22	{log mg/L}
Total Phosphorus - Storm Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Phosphorus - Storm Flow Concentration - Serial Correlation (R squared)	0.77	{R squared}
Total Nitrogen - Base Flow Concentration - Mean (log mg/L)	-0.14	{log mg/L}
Total Nitrogen - Base Flow Concentration - Std Dev (log mg/L)	0.13	{log mg/L}
Total Nitrogen - Base Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Nitrogen - Base Flow Concentration - Serial Correlation (R squared)	0.41	{R squared}
Total Nitrogen - Storm Flow Concentration - Mean (log mg/L)	-0.075	{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L)	0.24	{log mg/L}
Total Nitrogen - Storm Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Nitrogen - Storm Flow Concentration - Serial Correlation (R squared)	0.77	{R squared}
Import Flow Properties - Import Flow Enabled
Import Flow Properties - Import Flow File
Import Flow Properties - Header lines
Import Flow Properties - Baseflow Column
Import Flow Properties - Impervious Stormflow Column
Import Flow Properties - Pervious Stormflow Column
Import Flow Properties - Unit		{Index from 0 to 14 for "ML" \| "kL" \| "L" \| "mL" \| "ML/s" \| "m3/s" \| "L/s" \| "mL/s" \| "ML/day" \| "kL/day" \| "L/day" \| "mL/day" \| "km" \| "m" \| "mm"}
Import Flow Properties - Catchment Area for GP (ha)		{ha}

User-Defined Source

Parameter Description	Default Parameter Value	Additional Information
Node Type	UserDefinedSourceNode	{Node Type}
Node Name	User-defined Source	{Node Name}
Node ID		{Node ID}
Coordinates	815:-60	{Coordinates}{[X:Y]}
General - Location	User-defined Source
General - Notes
General - Fluxes - Daily
General - Fluxes - Sub-Daily
Areas - Total Area (ha)	1	{ha}
Areas - Permeability - Impervious (%)	50	{%}
Areas - Permeability - Pervious (%)	50	{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day)	1	{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm)	120	{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity)	36	{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm)	80	{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a	200
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b	1
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm)	10	{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%)	1	{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%)	5	{%}
Rainfall-Runoff - Groundwater Properties - Daily Deep Seepage Rate (%)	0	{%}
Total Suspended Solids - Base Flow Concentration - Mean (log mg/L)	-1	{log mg/L}
Total Suspended Solids - Base Flow Concentration - Std Dev (log mg/L)	0	{log mg/L}
Total Suspended Solids - Base Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Suspended Solids - Base Flow Concentration - Serial Correlation (R squared)	0.41	{R squared}
Total Suspended Solids - Storm Flow Concentration - Mean (log mg/L)	-1	{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L)	0	{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Suspended Solids - Storm Flow Concentration - Serial Correlation (R squared)	0.77	{R squared}
Total Phosphorus - Base Flow Concentration - Mean (log mg/L)	-1	{log mg/L}
Total Phosphorus - Base Flow Concentration - Std Dev (log mg/L)	0	{log mg/L}
Total Phosphorus - Base Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Phosphorus - Base Flow Concentration - Serial Correlation (R squared)	0.41	{R squared}
Total Phosphorus - Storm Flow Concentration - Mean (log mg/L)	-1	{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L)	0	{log mg/L}
Total Phosphorus - Storm Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Phosphorus - Storm Flow Concentration - Serial Correlation (R squared)	0.77	{R squared}
Total Nitrogen - Base Flow Concentration - Mean (log mg/L)	-1	{log mg/L}
Total Nitrogen - Base Flow Concentration - Std Dev (log mg/L)	0	{log mg/L}
Total Nitrogen - Base Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Nitrogen - Base Flow Concentration - Serial Correlation (R squared)	0.41	{R squared}
Total Nitrogen - Storm Flow Concentration - Mean (log mg/L)	-1	{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L)	0	{log mg/L}
Total Nitrogen - Storm Flow Concentration - Estimation Method	1	{Index from 0 to 1 for "Mean" \| "Stochastically generated"}
Total Nitrogen - Storm Flow Concentration - Serial Correlation (R squared)	0.77	{R squared}
Import Flow Properties - Import Flow Enabled
Import Flow Properties - Import Flow File
Import Flow Properties - Header lines
Import Flow Properties - Baseflow Column
Import Flow Properties - Impervious Stormflow Column
Import Flow Properties - Pervious Stormflow Column
Import Flow Properties - Unit		{Index from 0 to 14 for "ML" \| "kL" \| "L" \| "mL" \| "ML/s" \| "m3/s" \| "L/s" \| "mL/s" \| "ML/day" \| "kL/day" \| "L/day" \| "mL/day" \| "km" \| "m" \| "mm"}
Import Flow Properties - Catchment Area for GP (ha)		{ha}

Imported Data Node

Parameter Description	Default Parameter Value	Additional Information
Node Type	ImportedDataSourceNode	{Node Type}
Node Name	Imported Data Node	{Node Name}
Node ID		{Node ID}
Coordinates	973:-53	{Coordinates}{[X:Y]}

USTM Treatment Nodes

USTM Treatment Nodes can optionally be included in the MSF file. Source Nodes that can be included in an MSF file include:

Wetland;
Pond;
Sedimentation Basin
Infiltration System;
Detention Basin;
Bioretention;
Media Filtration;
Buffer;
Swale; and,
Rainwater Tank.

The required MSF file format for each USTM Treatment Node type is outlined below, along with default input parameter values. Although the basic file format for USTM Treatment Nodes is identical for all different node types, not all USTM Treatment Nodes require all input parameters to be provided (refer parameters with no values assigned in the second column).

The following tables can be copied and pasted into suitable spreadsheet software to assist with MSF file development (the "Parameter Description, Default Parameter Value, Type and Additional Information" row should be excluded from the MSF file).

Wetland

Parameter Description	Default Parameter Value	Additional Information
Node Type	WetlandNode	{Node Type}
Node Name	Wetland	{Node Name}
Node ID		{Node ID}
Coordinates	375:-224	{Coordinates}{[X:Y]}
General - Location	Wetland
General - Notes
General - Fluxes
General - Flux File Timestep (in seconds)	360	{in seconds}
Reuse Properties - Reuse Enabled	0
Reuse Properties - Annual Demand Enabled
Reuse Properties - Annual Demand Value (ML/year)		{ML/year}
Reuse Properties - Annual Demand Distribution		{Index from 0 to 2 for "PET" \| "PET - Rain" \| "Monthly"}
Reuse Properties - Monthly Distribution Values
Reuse Properties - Daily Demand Enabled
Reuse Properties - Daily Demand Value (ML/day)		{ML/day}
Reuse Properties - Custom Demand Enabled
Reuse Properties - Custom Demand Time Series File
Reuse Properties - Custom Demand Time Series Units		{Index from 0 to 11 for "ML" \| "kL" \| "L" \| "mL" \| "ML/s" \| "m3/s" \| "L/s" \| "mL/s" \| "ML/day" \| "kL/day" \| "L/day" \| "mL/day"}
Reuse Properties - Minimum Draw down height
Inlet Properties - Low Flow By-pass (cubic metres per sec)	0	{cubic metres per sec}
Inlet Properties - High Flow By-pass (cubic metres per sec)	100	{cubic metres per sec}
Inlet Properties - Inlet Pond Volume (cubic metres)	0	{cubic metres}
Storage Properties - Surface Area (square metres)	50	{square metres}
Storage Properties - Extended Detention Depth (metres)	1	{metres}
Storage Properties - Permanent Pool Volume (cubic metres)	50	{cubic metres}
Storage Properties - Initial Volume	50
Storage Properties - Exfiltration Rate (mm/hr)	0	{mm/hr}
Storage Properties - Evaporative Loss as % of PET	125
Outlet Properties - Equivalent Pipe Diameter (mm)	200	{mm}
Outlet Properties - Overflow Weir Width (metres)	3	{metres}
Advanced Properties - Orifice Discharge Coefficient	0.6
Advanced Properties - Weir Coefficient	1.7
Advanced Properties - Number of CSTR Cells	4
Advanced Properties - Total Suspended Solids - k (m/yr)	1500	{m/yr}
Advanced Properties - Total Suspended Solids - C* (mg/L)	6	{mg/L}
Advanced Properties - Total Suspended Solids - C** (mg/L)	6	{mg/L}
Advanced Properties - Total Phosphorus - k (m/yr)	1000	{m/yr}
Advanced Properties - Total Phosphorus - C* (mg/L)	0.06	{mg/L}
Advanced Properties - Total Phosphorus - C** (mg/L)	0.06	{mg/L}
Advanced Properties - Total Nitrogen - k (m/yr)	150	{m/yr}
Advanced Properties - Total Nitrogen - C* (mg/L)	1	{mg/L}
Advanced Properties - Total Nitrogen - C** (mg/L)	1	{mg/L}
Advanced Properties - Threshold Hydraulic Loading for C** (m/yr)	3500	{m/yr}
Advanced Properties - User Defined Storage-Discharge-Height

Pond

Parameter Description	Default Parameter Value	Additional Information
Node Type	PondNode	{Node Type}
Node Name	Pond	{Node Name}
Node ID		{Node ID}
Coordinates	469:-225	{Coordinates}{[X:Y]}
General - Location	Pond
General - Notes
General - Fluxes
General - Flux File Timestep (in seconds)	360	{in seconds}
Reuse Properties - Reuse Enabled	1
Reuse Properties - Annual Demand Enabled	1
Reuse Properties - Annual Demand Value (ML/year)	0	{ML/year}
Reuse Properties - Annual Demand Distribution	0	{Index from 0 to 2 for "PET" \| "PET - Rain" \| "Monthly"}
Reuse Properties - Monthly Distribution Values
Reuse Properties - Daily Demand Enabled	1
Reuse Properties - Custom Demand Time Series File
Reuse Properties - Custom Demand Time Series Units		{Index from 0 to 11 for "ML" \| "kL" \| "L" \| "mL" \| "ML/s" \| "m3/s" \| "L/s" \| "mL/s" \| "ML/day" \| "kL/day" \| "L/day" \| "mL/day"}
Reuse Properties - Minimum Draw down height	0
Inlet Properties - Low Flow By-pass (cubic metres per sec)	0	{cubic metres per sec}
Inlet Properties - High Flow By-pass (cubic metres per sec)	100	{cubic metres per sec}
Storage and Infiltration Properties - Surface Area (square metres)	50	{square metres}
Storage and Infiltration Properties - Extended Detention Depth (metres)	2	{metres}
Storage and Infiltration Properties - Permanent Pool Volume (cubic metres)	50	{cubic metres}
Storage and Infiltration Properties - Initial Volume	50
Storage and Infiltration Properties - Exfiltration Rate (mm/hr)	0	{mm/hr}
Storage and Infiltration Properties - Evaporative Loss as % of PET	100
Outlet Properties - Equivalent Pipe Diameter (mm)	300	{mm}
Outlet Properties - Overflow Weir Width (metres)	2	{metres}
Advanced Properties - Orifice Discharge Coefficient	0.6
Advanced Properties - Weir Coefficient	1.7
Advanced Properties - Number of CSTR Cells	2
Advanced Properties - Total Suspended Solids - k (m/yr)	400	{m/yr}
Advanced Properties - Total Suspended Solids - C* (mg/L)	12	{mg/L}
Advanced Properties - Total Suspended Solids - C** (mg/L)	12	{mg/L}
Advanced Properties - Total Phosphorus - k (m/yr)	300	{m/yr}
Advanced Properties - Total Phosphorus - C* (mg/L)	0.09	{mg/L}
Advanced Properties - Total Phosphorus - C** (mg/L)	0.09	{mg/L}
Advanced Properties - Total Nitrogen - k (m/yr)	40	{m/yr}
Advanced Properties - Total Nitrogen - C* (mg/L)	1	{mg/L}
Advanced Properties - Total Nitrogen - C** (mg/L)	1	{mg/L}
Advanced Properties - Threshold Hydraulic Loading for C** (m/yr)	3500	{m/yr}
Advanced Properties - User Defined Storage-Discharge-Height

Sedimentation Basin

Parameter Description	Default Parameter Value	Additional Information
Node Type	SedimentationBasinNode	{Node Type}
Node Name	Sedimentation Basin	{Node Name}
Node ID		{Node ID}
Coordinates	396:-372	{Coordinates}{[X:Y]}
General - Location	Sedimentation Basin
General - Notes
General - Fluxes
General - Flux File Timestep (in seconds)	360	{in seconds}
Reuse Properties - Reuse Enabled	1
Reuse Properties - Annual Demand Enabled	1
Reuse Properties - Annual Demand Value (ML/year)	0	{ML/year}
Reuse Properties - Annual Demand Distribution	0	{Index from 0 to 2 for "PET" \| "PET - Rain" \| "Monthly"}
Reuse Properties - Monthly Distribution Values
Reuse Properties - Daily Demand Enabled
Reuse Properties - Daily Demand Value (ML/day)	0	{ML/day}
Reuse Properties - Custom Demand Enabled	1
Reuse Properties - Custom Demand Time Series File
Reuse Properties - Custom Demand Time Series Units	5	{Index from 0 to 11 for "ML" \| "kL" \| "L" \| "mL" \| "ML/s" \| "m3/s" \| "L/s" \| "mL/s" \| "ML/day" \| "kL/day" \| "L/day" \| "mL/day"}
Reuse Properties - Minimum Draw down height	0
Inlet Properties - Low Flow By-pass (cubic metres per sec)	0	{cubic metres per sec}
Inlet Properties - High Flow By-pass (cubic metres per sec)	100	{cubic metres per sec}
Storage and Infiltration Properties - Surface Area (square metres)	50	{square metres}
Storage and Infiltration Properties - Extended Detention Depth (metres)	2	{metres}
Storage and Infiltration Properties - Permanent Pool Volume (cubic metres)	50	{cubic metres}
Storage and Infiltration Properties - Initial Volume	50
Storage and Infiltration Properties - Exfiltration Rate (mm/hr)	0	{mm/hr}
Storage and Infiltration Properties - Evaporative Loss as % of PET	75
Outlet Properties - Equivalent Pipe Diameter (mm)	300	{mm}
Outlet Properties - Overflow Weir Width (metres)	2	{metres}
Advanced Properties - Orifice Discharge Coefficient	0.6
Advanced Properties - Weir Coefficient	1.7
Advanced Properties - Number of CSTR Cells	1
Advanced Properties - Total Suspended Solids - k (m/yr)	8000	{m/yr}
Advanced Properties - Total Suspended Solids - C* (mg/L)	20	{mg/L}
Advanced Properties - Total Suspended Solids - C** (mg/L)	20	{mg/L}
Advanced Properties - Total Phosphorus - k (m/yr)	6000	{m/yr}
Advanced Properties - Total Phosphorus - C* (mg/L)	0.13	{mg/L}
Advanced Properties - Total Phosphorus - C** (mg/L)	0.13	{mg/L}
Advanced Properties - Total Nitrogen - k (m/yr)	500	{m/yr}
Advanced Properties - Total Nitrogen - C* (mg/L)	1.4	{mg/L}
Advanced Properties - Total Nitrogen - C** (mg/L)	1.4	{mg/L}
Advanced Properties - Threshold Hydraulic Loading for C** (m/yr)	3500	{m/yr}
Advanced Properties - User Defined Storage-Discharge-Height

Detention Basin

Parameter Description	Default Parameter Value	Additional Information
Node Type	DetentionBasinNode	{Node Type}
Node Name	Detention Basin	{Node Name}
Node ID		{Node ID}
Coordinates	396:-372	{Coordinates}{[X:Y]}
General - Location	Detention Basin
General - Notes
General - Fluxes
General - Flux File Timestep (in seconds)	360	{in seconds}
Reuse Properties - Reuse Enabled	1
Reuse Properties - Annual Demand Enabled
Reuse Properties - Annual Demand Value (ML/year)	0	{ML/year}
Reuse Properties - Annual Demand Distribution	0	{Index from 0 to 2 for "PET" \| "PET - Rain" \| "Monthly"}
Reuse Properties - Monthly Distribution Values
Reuse Properties - Daily Demand Enabled	1
Reuse Properties - Daily Demand Value (ML/day)	0	{ML/day}
Reuse Properties - Custom Demand Enabled
Reuse Properties - Custom Demand Time Series File
Reuse Properties - Custom Demand Time Series Units		{Index from 0 to 11 for "ML" \| "kL" \| "L" \| "mL" \| "ML/s" \| "m3/s" \| "L/s" \| "mL/s" \| "ML/day" \| "kL/day" \| "L/day" \| "mL/day"}
Reuse Properties - Minimum Draw down height	0
Inlet Properties - Low Flow By-pass (cubic metres per sec)	0	{cubic metres per sec}
Inlet Properties - High Flow By-pass (cubic metres per sec)	100	{cubic metres per sec}
Storage and Infiltration Properties - Surface Area (square metres)	50	{square metres}
Storage and Infiltration Properties - Extended Detention Depth (metres)	2	{metres}
Storage and Infiltration Properties - Exfiltration Rate (mm/hr)	0	{mm/hr}
Storage and Infiltration Properties - Evaporative Loss as % of PET	100
Outlet Properties - Equivalent Pipe Diameter (mm)	300	{mm}
Outlet Properties - Overflow Weir Width (metres)	2	{metres}
Outlet Properties - Notional Detention Time (hrs)	0.093666	{hrs}
Advanced Properties - Permanent Pool Volume (cubic metres)	0	{cubic metres}
Advanced Properties - Orifice Discharge Coefficient	0.6
Advanced Properties - Weir Coefficient	1.7
Advanced Properties - Number of CSTR Cells	1
Advanced Properties - Total Suspended Solids - k (m/yr)	8000	{m/yr}
Advanced Properties - Total Suspended Solids - C* (mg/L)	20	{mg/L}
Advanced Properties - Total Suspended Solids - C** (mg/L)	20	{mg/L}
Advanced Properties - Total Phosphorus - k (m/yr)	6000	{m/yr}
Advanced Properties - Total Phosphorus - C* (mg/L)	0.13	{mg/L}
Advanced Properties - Total Phosphorus - C** (mg/L)	0.13	{mg/L}
Advanced Properties - Total Nitrogen - k (m/yr)	500	{m/yr}
Advanced Properties - Total Nitrogen - C* (mg/L)	1.4	{mg/L}
Advanced Properties - Total Nitrogen - C** (mg/L)	1.4	{mg/L}
Advanced Properties - Threshold Hydraulic Loading for C** (m/yr)	3500	{m/yr}
Advanced Properties - User Defined Storage-Discharge-Height

Infiltration System

Parameter Description	Default Parameter Value	Additional Information
Node Type	InfiltrationSystemNode	{Node Type}
Node Name	Infiltration System	{Node Name}
Node ID		{Node ID}
Coordinates	532:-366	{Coordinates}{[X:Y]}
General - Location	Infiltration System
General - Notes
General - Fluxes
General - Flux File Timestep (in seconds)	360	{in seconds}
Inlet Properties - Low Flow By-pass (cubic metres per sec)	0	{cubic metres per sec}
Inlet Properties - High Flow By-pass (cubic metres per sec)	100	{cubic metres per sec}
Storage and Infiltration Properties - Pond Surface Area (square metres)	10	{square metres}
Storage and Infiltration Properties - Extended Detention Depth (metres)	0.2	{metres}
Storage and Infiltration Properties - Filter Area (square metres)	10	{square metres}
Storage and Infiltration Properties - Unlined Filter Media Perimeter (metres)	14	{metres}
Storage and Infiltration Properties - Depth of Infiltration Media (metres)	1	{metres}
Storage and Infiltration Properties - Exfiltration Rate (mm/hr)	100	{mm/hr}
Storage and Infiltration Properties - Evaporative Loss as % of PET	100
Outlet Properties - Overflow Weir Width (metres)	2	{metres}
Advanced Properties - Weir Coefficient	1.7
Advanced Properties - Number of CSTR Cells	1
Advanced Properties - Total Suspended Solids - k (m/yr)	400	{m/yr}
Advanced Properties - Total Suspended Solids - C* (mg/L)	12	{mg/L}
Advanced Properties - Total Suspended Solids - C** (mg/L)	12	{mg/L}
Advanced Properties - Total Phosphorus - k (m/yr)	300	{m/yr}
Advanced Properties - Total Phosphorus - C* (mg/L)	0.09	{mg/L}
Advanced Properties - Total Phosphorus - C** (mg/L)	0.09	{mg/L}
Advanced Properties - Total Nitrogen - k (m/yr)	40	{m/yr}
Advanced Properties - Total Nitrogen - C* (mg/L)	1	{mg/L}
Advanced Properties - Total Nitrogen - C** (mg/L)	1	{mg/L}
Advanced Properties - Threshold Hydraulic Loading for C** (m/yr)	3500	{m/yr}
Advanced Properties - Porosity of Infiltration Media	0.35
Advanced Properties - Horizontal Flow Coefficient	3
Advanced Properties - User Defined Storage-Discharge-Height

Bioretention

Parameter Description	Default Parameter Value	Additional Information
Node Type	BioRetentionNode	{Node Type}
Node Name	Bioretention	{Node Name}
Node ID		{Node ID}
Coordinates	623:-370	{Coordinates}{[X:Y]}
General - Location	Bioretention
General - Notes
General - Fluxes
Inlet Properties - Low Flow By-pass (cubic metres per sec)	0	{cubic metres per sec}
Inlet Properties - High Flow By-pass (cubic metres per sec)	100	{cubic metres per sec}
Storage Properties - Extended Detention Depth (metres)	0.2	{metres}
Storage Properties - Surface Area (square metres)	10	{square metres}
Filter and Media Properties - Filter Area (square metres)	10	{square metres}
Filter and Media Properties - Unlined Filter Media Perimeter (metres)	14	{metres}
Filter and Media Properties - Saturated Hydraulic Conductivity (mm/hr)	100	{mm/hr}
Filter and Media Properties - Filter Depth (metres)	0.5	{metres}
Filter and Media Properties - TN Content of Filter Media (mg/kg)	800	{mg/kg}
Filter and Media Properties - Orthophosphate Content of Filter Media (mg/kg)	80	{mg/kg}
Infiltration Properties - Exfiltration Rate (mm/hr)	0	{mm/hr}
Lining Properties - Base Lined	1
Vegetation Properties - Vegetation Properties	0	{Index from 0 to 2 for "Vegetated with Effective Nutrient Removal Plants" \| "Vegetated with Ineffective Nutrient Removal Plants" \| "Unvegetated"}
Outlet Properties - Overflow Weir Width (metres)	2	{metres}
Outlet Properties - Underdrain Present	0
Outlet Properties - Submerged Zone With Carbon Present	1
Outlet Properties - Submerged Zone Depth (metres)	0.45	{metres}
Advanced Properties - Total Suspended Solids - k (m/yr)	8000	{m/yr}
Advanced Properties - Total Suspended Solids - C* (mg/L)	20	{mg/L}
Advanced Properties - Total Phosphorus - k (m/yr)	6000	{m/yr}
Advanced Properties - Total Phosphorus - C* (mg/L)	0.13	{mg/L}
Advanced Properties - Total Nitrogen - k (m/yr)	500	{m/yr}
Advanced Properties - Total Nitrogen - C* (mg/L)	1.4	{mg/L}
Advanced Properties - Filter Media Soil Type	1	{Index from 0 to 4 for "Sand" \| "Loamy Sand" \| "Sandy Loam" \| "Silt Loam" \| "Loam"}
Advanced Properties - Weir Coefficient	1.7
Advanced Properties - Number of CSTR Cells	3
Advanced Properties - Porosity of Filter Media	0.35
Advanced Properties - Porosity of Submerged Zone	0.35
Advanced Properties - Horizontal Flow Coefficient	3

Media Filtration

Parameter Description	Default Parameter Value	Additional Information
Node Type	MediaFiltrationNode	{Node Type}
Node Name	Media Filtration	{Node Name}
Node ID		{Node ID}
Coordinates	288:-378	{Coordinates}{[X:Y]}
General - Location	Media Filtration
General - Notes
General - Fluxes
General - Flux File Timestep (in seconds)	360	{in seconds}
Inlet Properties - Low Flow By-pass (cubic metres per sec)	0	{cubic metres per sec}
Inlet Properties - High Flow By-pass (cubic metres per sec)	100	{cubic metres per sec}
Storage and Infiltration Properties - Extended Detention Depth (metres)	1	{metres}
Storage and Infiltration Properties - Surface Area (square metres)	10	{square metres}
Storage and Infiltration Properties - Exfiltration Rate (mm/hr)	0	{mm/hr}
Filter and Media Properties - Filter Area (square metres)	10	{square metres}
Filter and Media Properties - Filter Depth (metres)	1	{metres}
Filter and Media Properties - Filter Median Particle Diameter (mm)	1	{mm}
Filter and Media Properties - Saturated Hydraulic Conductivity (mm/hr)	100	{mm/hr}
Filter and Media Properties - Depth below underdrain pipe (metres)	0	{metres}
Outlet Properties - Overflow Weir Width (metres)	2	{metres}
Advanced Properties - Weir Coefficient	1.7
Advanced Properties - Voids Ratio	0.3
Advanced Properties - Number of CSTR Cells	3
Advanced Properties - Total Suspended Solids - k (m/yr)	8000	{m/yr}
Advanced Properties - Total Suspended Solids - C* (mg/L)	20	{mg/L}
Advanced Properties - Total Phosphorus - k (m/yr)	6000	{m/yr}
Advanced Properties - Total Phosphorus - C* (mg/L)	0.13	{mg/L}
Advanced Properties - Total Nitrogen - k (m/yr)	500	{m/yr}
Advanced Properties - Total Nitrogen - C* (mg/L)	1.4	{mg/L}
Advanced Properties - Treatment Coefficient - TSS (A)	0.52	{A}
Advanced Properties - Treatment Coefficient - TSS (B)	-0.39	{B}
Advanced Properties - Treatment Coefficient - TP (A)	1.28	{A}
Advanced Properties - Treatment Coefficient - TP (B)	-0.19	{B}
Advanced Properties - Treatment Coefficient - TN (A)	1.67	{A}
Advanced Properties - Treatment Coefficient - TN (B)	-0.09	{B}

Buffer

Parameter Description	Default Parameter Value	Additional Information
Node Type	BufferNode	{Node Type}
Node Name	Buffer	{Node Name}
Node ID		{Node ID}
Coordinates	649:-216	{Coordinates}{[X:Y]}
General - Location	Buffer
General - Notes
General - Fluxes
General - Flux File Timestep (in seconds)	360	{in seconds}
Treatment Properties - Percentage of upstream area buffered (%)	50	{%}
Treatment Properties - Buffer Area (% of upstream impervious area)	5	{% of upstream impervious area}
Treatment Properties - Exfiltration Rate (mm/hr)	0	{mm/hr}

Swale

Parameter Description	Default Parameter Value	Additional Information
Node Type	SwaleNode	{Node Type}
Node Name	Swale	{Node Name}
Node ID		{Node ID}
Coordinates	807:-227	{Coordinates}{[X:Y]}
General - Location	Swale
General - Notes
General - Fluxes
General - Flux File Timestep (in seconds)	360	{in seconds}
Inlet Properties - Low Flow By-pass (cubic metres per sec)	0	{cubic metres per sec}
Storage Properties - Length (metres)	100	{metres}
Storage Properties - Bed Slope (%)	3	{%}
Storage Properties - Base Width (metres)	1	{metres}
Storage Properties - Top Width (metres)	5	{metres}
Storage Properties - Depth (metres)	0.5	{metres}
Storage Properties - Vegetation Height (metres)	0.25	{metres}
Storage Properties - Exfiltration Rate (mm/hr)	0	{mm/hr}
Advanced Properties - Number of CSTR Cells	10
Advanced Properties - Total Suspended Solids - k (m/yr)	8000	{m/yr}
Advanced Properties - Total Suspended Solids - C* (mg/L)	20	{mg/L}
Advanced Properties - Total Suspended Solids - C** (mg/L)	14	{mg/L}
Advanced Properties - Total Phosphorus - k (m/yr)	6000	{m/yr}
Advanced Properties - Total Phosphorus - C* (mg/L)	0.13	{mg/L}
Advanced Properties - Total Phosphorus - C** (mg/L)	0.13	{mg/L}
Advanced Properties - Total Nitrogen - k (m/yr)	500	{m/yr}
Advanced Properties - Total Nitrogen - C* (mg/L)	1.4	{mg/L}
Advanced Properties - Total Nitrogen - C** (mg/L)	1.4	{mg/L}
Advanced Properties - Threshold Hydraulic Loading for C** (m/yr)	3500	{m/yr}

Rainwater Tank

Parameter Description	Default Parameter Value	Additional Information
Node Type	RainWaterTankNode	{Node Type}
Node Name	Rainwater Tank	{Node Name}
Node ID		{Node ID}
Coordinates	924:-226	{Coordinates}{[X:Y]}
General - Location	Rainwater Tank
General - Notes
General - Fluxes
General - Flux File Timestep (in seconds)	360	{in seconds}
Reuse Properties - Reuse Enabled	1
Reuse Properties - Annual Demand Enabled	1
Reuse Properties - Annual Demand Value (ML/year)	0	{ML/year}
Reuse Properties - Annual Demand Distribution	0	{Index from 0 to 2 for "PET" \| "PET - Rain" \| "Monthly"}
Reuse Properties - Monthly Distribution Values
Reuse Properties - Daily Demand Enabled	1
Reuse Properties - Daily Demand Value (ML/day)	0	{ML/day}
Reuse Properties - Custom Demand Enabled	1
Reuse Properties - Custom Demand Time Series File
Reuse Properties - Custom Demand Time Series Units	5	{Index from 0 to 11 for "ML" \| "kL" \| "L" \| "mL" \| "ML/s" \| "m3/s" \| "L/s" \| "mL/s" \| "ML/day" \| "kL/day" \| "L/day" \| "mL/day"}
Reuse Properties - Minimum Draw down height	0
Inlet Properties - Low Flow By-pass (cubic metres per sec)	0	{cubic metres per sec}
Inlet Properties - High Flow By-pass (cubic metres per sec)	100	{cubic metres per sec}
Storage Properties - NumTanks	1
Storage Properties - Surface Area (square metres)	5	{square metres}
Storage Properties - Depth above overflow (metres)	0.2	{metres}
Storage Properties - Volume below overflow pipe (kL)	10	{kL}
Storage Properties - Initial Volume	10
Outlet Properties - Overflow Pipe Diameter (mm)	50	{mm}
Advanced Properties - Orifice Discharge Coefficient	0.6
Advanced Properties - Number of CSTR Cells	2
Advanced Properties - Total Suspended Solids - k (m/yr)	400	{m/yr}
Advanced Properties - Total Suspended Solids - C* (mg/L)	12	{mg/L}
Advanced Properties - Total Suspended Solids - C** (mg/L)	12	{mg/L}
Advanced Properties - Total Phosphorus - k (m/yr)	300	{m/yr}
Advanced Properties - Total Phosphorus - C* (mg/L)	0.13	{mg/L}
Advanced Properties - Total Phosphorus - C** (mg/L)	0.13	{mg/L}
Advanced Properties - Total Nitrogen - k (m/yr)	40	{m/yr}
Advanced Properties - Total Nitrogen - C* (mg/L)	1.4	{mg/L}
Advanced Properties - Total Nitrogen - C** (mg/L)	1.4	{mg/L}
Advanced Properties - Threshold Hydraulic Loading for C** (m/yr)	3500	{m/yr}
Advanced Properties - User Defined Storage-Discharge-Height

Generic Treatment Nodes

Generic Treatment Nodes can optionally be included in the MSF file. Generic Treatment Nodes that can be included in an MSF file include:

Gross Pollutant Traps (GPTs); and,
Generic Treatment Nodes.

The required MSF file format for each Generic Treatment Node is outlined below along with default input parameter values. Note that each node type must have a unique "ID" number. Also note that only the first two columns in the following tables need to be included in the MSF file. The third and fourth columns are provided for information purposes only.

Flow and pollutant treatment performance for generic treatment nodes is defined via transfer functions. By default, each transfer function contains two points, however, the MSF file format incorporates support for up to ten transfer function points (if less than 10 points are included, the subsequent lines are left blank, as shown below).

The following tables can be copied and pasted into spreadsheet software to assist with MSF file development (the "Parameter Description, Default Parameter Value, Type and Additional Information" row should be excluded from the MSF file).

Gross Pollutant Traps

Parameter Description	Default Parameter Value	Additional Information
Node Type	GPTNode	{Node Type}
Node Name	Gross Pollutant Trap	{Node Name}
Node ID		{Node ID}
Coordinates	909:-400	{Coordinates}{X:Y}
Fluxes		{Flux file name}
Flux File Timestep (in seconds)	1	{Flux time step}
Lo-flow bypass rate (cum/sec)	0	{Lo-flow bypass rate (cum/sec)}
High Flow By-pass (cubic metres per sec)	100	{High-flow bypass rate (cum/sec)}
Flow Transfer Enabled	0	{0 Enabled, 1 Disabled}
Flow Transfer Function - Input #1	0	{Flow Transfer Input (cum/sec)}
Flow Transfer Function - Output #1	0	{Flow Transfer Output (cum/sec)}
Flow Transfer Function - Input #2	10	{Flow Transfer Input (cum/sec)}
Flow Transfer Function - Output #2	10	{Flow Transfer Output (cum/sec)}
...
...
Flow Transfer Function - Input #10		{Flow Transfer Input (cum/sec)}
Flow Transfer Function - Output #10		{Flow Transfer Output (cum/sec)}
GP Transfer Enabled	0	{0 Enabled, 1 Disabled}
GP Transfer Function - Input #1	0	{GP Transfer Input (kg/year)}
GP Transfer Function - Output #1	0	{GP Transfer Output (kg/year)}
GP Transfer Function - Input #2	15	{GP Transfer Input (kg/year)}
GP Transfer Function - Output #2	15	{GP Transfer Output (kg/year)}
...
...
GP Transfer Function - Input #10		{GP Transfer Input (kg/year)}
GP Transfer Function - Output #10		{GP Transfer Output (kg/year)}
TN Transfer Enabled	0	{0 Enabled, 1 Disabled}
TN Transfer Function - Input #1	0	{TN Transfer Input (mg/L)}
TN Transfer Function - Output #1	0	{TN Transfer Output (mg/L)}
TN Transfer Function - Input #2	50	{TN Transfer Input (mg/L)}
TN Transfer Function - Output #2	50	{TN Transfer Output (mg/L)}
...
...
TN Transfer Function - Input #10		{TN Transfer Input (mg/L)}
TN Transfer Function - Output #10		{TN Transfer Output (mg/L)}
TP Transfer Enabled	0	{0 Enabled, 1 Disabled}
TP Transfer Function - Input #1	0	{TP Transfer Input (mg/L)}
TP Transfer Function - Output #1	0	{TP Transfer Output (mg/L)}
TP Transfer Function - Input #2	5	{TP Transfer Input (mg/L)}
TP Transfer Function - Output #2	5	{TP Transfer Output (mg/L)}
...
...
TP Transfer Function - Input #10		{TP Transfer Input (mg/L)}
TP Transfer Function - Output #10		{TP Transfer Output (mg/L)}
TSS Transfer Enabled	0	{0 Enabled, 1 Disabled}
TSS Transfer Function - Input #1	0	{TSS Transfer Input (mg/L)}
TSS Transfer Function - Output #1	0	{TSS Transfer Output (mg/L)}
TSS Transfer Function - Input #2	1000	{TSS Transfer Input (mg/L)}
TSS Transfer Function - Output #2	1000	{TSS Transfer Output (mg/L)}
...
...
TSS Transfer Function - Input #10		{TSS Transfer Input (mg/L)}
TSS Transfer Function - Output #10		{TSS Transfer Output (mg/L)}
TSS Flow-Efficiency Enabled	0	{0 = enabled, 1 = disabled}
TSS flow-efficiency values	[0:1];[1:1]	{Flow Efficiency values e.g. [0.0:1.0];[0.0:2.0];}
TN Flow-Efficiency Enabled	0	{0 = enabled, 1 = disabled}
TN flow-efficiency values	[0:1];[1:1]	{Flow Efficiency values e.g. [0.0:1.0];[0.0:2.0];}
TP Flow-Efficiency Enabled	0	{0 = enabled, 1 = disabled}
TP flow-efficiency values	[0:1];[1:1]	{Flow Efficiency values e.g. [0.0:1.0];[0.0:2.0];}
GP Flow-Efficiency Enabled	0	{0 = enabled, 1 = disabled}
GP flow-efficiency values	[0:1];[1:1]	{Flow Efficiency values e.g. [0.0:1.0];[0.0:2.0];}

Generic Treatment Nodes

Parameter Description	Default Parameter Value	Additional Information
Node Type	GenericNode	{Node Type}
Node Name	Generic Treatment Node	{Node Name}
Node ID		{Node ID}
Coordinates	746:-385	{Coordinates}{X:Y}
Fluxes		{Flux file name}
Flux File Timestep (in seconds)	1	{Flux time step}
Lo-flow bypass rate (cum/sec)	0	{Lo-flow bypass rate (cum/sec)}
High Flow By-pass (cubic metres per sec)	100	{High-flow bypass rate (cum/sec)}
Flow Transfer Enabled	0	{0 Enabled, 1 Disabled}
Flow Transfer Function - Input #1	0	{Flow Transfer Input (cum/sec)}
Flow Transfer Function - Output #1	0	{Flow Transfer Output (cum/sec)}
Flow Transfer Function - Input #2	10	{Flow Transfer Input (cum/sec)}
Flow Transfer Function - Output #2	10	{Flow Transfer Output (cum/sec)}
...
...
Flow Transfer Function - Input #10		{Flow Transfer Input (cum/sec)}
Flow Transfer Function - Output #10		{Flow Transfer Output (cum/sec)}
GP Transfer Enabled	0	{0 Enabled, 1 Disabled}
GP Transfer Function - Input #1	0	{GP Transfer Input (kg/year)}
GP Transfer Function - Output #1	0	{GP Transfer Output (kg/year)}
GP Transfer Function - Input #2	15	{GP Transfer Input (kg/year)}
GP Transfer Function - Output #2	15	{GP Transfer Output (kg/year)}
...
...
GP Transfer Function - Input #10		{GP Transfer Input (kg/year)}
GP Transfer Function - Output #10		{GP Transfer Output (kg/year)}
TN Transfer Enabled	0	{0 Enabled, 1 Disabled}
TN Transfer Function - Input #1	0	{TN Transfer Input (mg/L)}
TN Transfer Function - Output #1	0	{TN Transfer Output (mg/L)}
TN Transfer Function - Input #2	50	{TN Transfer Input (mg/L)}
TN Transfer Function - Output #2	50	{TN Transfer Output (mg/L)}
...
...
TN Transfer Function - Input #10		{TN Transfer Input (mg/L)}
TN Transfer Function - Output #10		{TN Transfer Output (mg/L)}
TP Transfer Enabled	0	{0 Enabled, 1 Disabled}
TP Transfer Function - Input #1	0	{TP Transfer Input (mg/L)}
TP Transfer Function - Output #1	0	{TP Transfer Output (mg/L)}
TP Transfer Function - Input #2	5	{TP Transfer Input (mg/L)}
TP Transfer Function - Output #2	5	{TP Transfer Output (mg/L)}
...
...
TP Transfer Function - Input #10		{TP Transfer Input (mg/L)}
TP Transfer Function - Output #10		{TP Transfer Output (mg/L)}
TSS Transfer Enabled	0	{0 Enabled, 1 Disabled}
TSS Transfer Function - Input #1	0	{TSS Transfer Input (mg/L)}
TSS Transfer Function - Output #1	0	{TSS Transfer Output (mg/L)}
TSS Transfer Function - Input #2	1000	{TSS Transfer Input (mg/L)}
TSS Transfer Function - Output #2	1000	{TSS Transfer Output (mg/L)}
...
...
TSS Transfer Function - Input #10		{TSS Transfer Input (mg/L)}
TSS Transfer Function - Output #10		{TSS Transfer Output (mg/L)}
TSS Flow-Efficiency Enabled	0	{0 = enabled, 1 = disabled}
TSS flow-efficiency values	[0:1];[1:1]	{Flow Efficiency values e.g. [0.0:1.0];[0.0:2.0];}
TN Flow-Efficiency Enabled	0	{0 = enabled, 1 = disabled}
TN flow-efficiency values	[0:1];[1:1]	{Flow Efficiency values e.g. [0.0:1.0];[0.0:2.0];}
TP Flow-Efficiency Enabled	0	{0 = enabled, 1 = disabled}
TP flow-efficiency values	[0:1];[1:1]	{Flow Efficiency values e.g. [0.0:1.0];[0.0:2.0];}
GP Flow-Efficiency Enabled	0	{0 = enabled, 1 = disabled}
GP flow-efficiency values	[0:1];[1:1]	{Flow Efficiency values e.g. [0.0:1.0];[0.0:2.0];}

Other Nodes

"Other" Nodes can optionally be included in the MSF file. If no "other" nodes are to be included in the MSF file, the "Number of Other Nodes" line can be set to "0" or alternatively the line and associated properties can be omitted from the MSF file.

Other Nodes that can be included in an MSF file include:

Junction;
Receiveing;
Pre-development node; and
Post-development node.

The required MSF file format for each "Other" Node is outlined below, along with default input parameter values and required input parameter types (e.g., string, integer or floating point). Note that only the first two columns in the following tables need to be included in the MSF file. The third and fourth columns are provided for information purposes only. The "Parameter Description, Default Parameter Value, Type and Additional Information" row should also be excluded from the MSF file.

Junction

Parameter Description	Default Parameter Value	Additional Information
Node Type	JunctionNode	{Node Type}
Node Name	Junction	{Node Name}
Node ID		{Node ID}
Coordinates	683:-545	{Coordinates}{[X:Y]}
General - Location	Junction
General - Notes

Receiving

Parameter Description	Default Parameter Value	Additional Information
Node Type	ReceivingNode	{Node Type}
Node Name	Receiving Node	{Node Name}
Node ID		{Node ID}
Coordinates	690:-810	{Coordinates}{[X:Y]}
General - Location	Receiving Node
General - Notes

Pre-development node

Parameter Description	Default Parameter Value	Additional Information
Node Type	PreDevelopmentNode	{Node Type}
Node Name	Pre-Development Node	{Node Name}
Node ID		{Node ID}
Coordinates		{Coordinates}{[X:Y]}
General - Location	Pre-Development Node
General - Notes

Post-Development node

Parameter Description	Default Parameter Value	Additional Information
Node Type	PostDevelopmentNode	{Node Type}
Node Name	Post-Development Node	{Node Name}
Node ID		{Node ID}
Coordinates		{Coordinates}{[X:Y]}
General - Location	Post-Development Node
General - Notes

Drainage Links

Drainage Links can also be optionally be included in the MSF file. Unlike nodes, which can appear in any order within the MSF file, Drainage Links must appear at end of the MSF file. This is because drainage links can only extend between two nodes that have already been loaded into the MUSIC project.

The required MSF file format for drainage links is outlined below along with default input parameter values . Note that only the first two columns in the following tables need to be included in the MSF file. The third and fourth columns are provided for information purposes only. The "Parameter Description, Default Parameter Value, Type and Additional Information" row should also be excluded from the MSF file.

Primary link

Parameter Description	Default Parameter Value	Additional Information
Link Name	Drainage Link
Source Node ID		{The is the ID of the upstream node}
Target Node ID		{This is the ID of the downstream node}
Routing	Not Routed	{either "Not Routed" or "Routed"}
Muskingum K	300	{no value required for no routing or "numerical value" for routed}
Muskingum Theta	0.25	{no value required for no routing or "numerical value" for routed. Must be between 0.1 and 0.49}

Secondary link

Parameter Description	Default Parameter Value	Additional Information
Link Name	Secondary Drainage Link
Source Node ID		{The is the ID of the upstream node}
Target Node ID		{This is the ID of the downstream node}
Routing	Not Routed	{either "Not Routed" or "Routed"}
Muskingum K	300	{no value required for no routing or "numerical value" for routed}
Muskingum Theta	0.25	{no value required for no routing or "numerical value" for routed. Must be between 0.1 and 0.49}
Secondary Outflow Components		{for secondary drainage link only}

Example msf file

An example of a .msf file is shown below.

====================================================================================

DESCRIPTION

This section allows you to specify any information or notes for your project.

====================================================================================

VersionNumber,204,{MUSIC Setup File version number}

------------------------------------------------------------------------------------

RainfallFile,E:\music-tests\mus-392\Data\rainfall.csv,

PETFile,E:\music-tests\mus-392\Data\et.txt,

StartDate,2/1/1990,

EndDate,7/1/1990,

Timestep,86400

------------------------------------------------------------------------------------

ConstituentAbbreviation,TSS,{Constituent Abbreviation}

------------------------------------------------------------------------------------

ConstituentName,Total Suspended Solids,{Constituent Name}

------------------------------------------------------------------------------------

MUSIC-link Project - Enabled,1,{0 = enabled | 1 = disabled}

MUSIC-link - Music Version,,{The music version this was created with}

MUSIC-link - Metadata Version,,{The version of the metadata used}

MUSIC-link - Council Name,,{The name of the council}

MUSIC-link - Area Name,,{The name of the audit area}

MUSIC-link - Scenario Name,,{The name of the audit scenario}

====================================================================================

Node Type,UrbanSourceNode,{Node Type}

Node Name,Urban,{Node Name}

Node ID,1,{Node ID}

Coordinates,63.8412718058736:85.4444444444444,{Coordinates}{X:Y}

General - Location,Urban,

General - Notes,,

General - Fluxes - Daily,,

General - Fluxes - Sub-Daily,,

Areas - Total Area (ha),1,{ha}

Areas - Impervious (%),50,{%}

Areas - Pervious (%),50,{%}

Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day),1,{mm/day}

Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm),120,{mm}

Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity),25,{% of Capacity}

Rainfall-Runoff - Pervious Area - Field Capacity (mm),80,{mm}

Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a,200,

Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b,1,

Rainfall-Runoff - Groundwater Properties - Initial Depth (mm),10,{mm}

Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%),25,{%}

Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%),5,{%}

Rainfall-Runoff - Groundwater Properties - Daily Deep Seepage Rate (%),0,{%}

Total Suspended Solids - Base Flow Concentration - Mean (log mg/L),1.1,{log mg/L}

Total Suspended Solids - Base Flow Concentration - Std Dev (log mg/L),0.17,{log mg/L}

Total Suspended Solids - Base Flow Concentration - Estimation Method,1,{Index from 0 to 1 for "Mean" | "Stochastically generated"}

Total Suspended Solids - Base Flow Concentration - Serial Correlation (R squared),0,{R squared}

Total Suspended Solids - Storm Flow Concentration - Mean (log mg/L),2.2,{log mg/L}

Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L),0.32,{log mg/L}

Total Suspended Solids - Storm Flow Concentration - Estimation Method,1,{Index from 0 to 1 for "Mean" | "Stochastically generated"}

Total Suspended Solids - Storm Flow Concentration - Serial Correlation (R squared),0,{R squared}

Total Phosphorus - Base Flow Concentration - Mean (log mg/L),-0.82,{log mg/L}

Total Phosphorus - Base Flow Concentration - Std Dev (log mg/L),0.19,{log mg/L}

Total Phosphorus - Base Flow Concentration - Estimation Method,1,{Index from 0 to 1 for "Mean" | "Stochastically generated"}

Total Phosphorus - Base Flow Concentration - Serial Correlation (R squared),0,{R squared}

Total Phosphorus - Storm Flow Concentration - Mean (log mg/L),-0.45,{log mg/L}

Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L),0.25,{log mg/L}

Total Phosphorus - Storm Flow Concentration - Estimation Method,1,{Index from 0 to 1 for "Mean" | "Stochastically generated"}

Total Phosphorus - Storm Flow Concentration - Serial Correlation (R squared),0,{R squared}

Total Nitrogen - Base Flow Concentration - Mean (log mg/L),0.32,{log mg/L}

Total Nitrogen - Base Flow Concentration - Std Dev (log mg/L),0.12,{log mg/L}

Total Nitrogen - Base Flow Concentration - Estimation Method,1,{Index from 0 to 1 for "Mean" | "Stochastically generated"}

Total Nitrogen - Base Flow Concentration - Serial Correlation (R squared),0,{R squared}

Total Nitrogen - Storm Flow Concentration - Mean (log mg/L),0.42,{log mg/L}

Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L),0.19,{log mg/L}

Total Nitrogen - Storm Flow Concentration - Estimation Method,1,{Index from 0 to 1 for "Mean" | "Stochastically generated"}

Total Nitrogen - Storm Flow Concentration - Serial Correlation (R squared),0,{R squared}

Import Flow Properties - Import Flow Enabled,1,

Import Flow Properties - Import Flow File,,

Import Flow Properties - Header lines,0,

Import Flow Properties - Baseflow Column,0,

Import Flow Properties - Impervious Stormflow Column,0,

Import Flow Properties - Pervious Stormflow Column,0,

Import Flow Properties - Unit,5,{Index from 0 to 14 for "ML" | "kL" | "L" | "mL" | "ML/s" | "m3/s" | "L/s" | "mL/s" | "ML/day" | "kL/day" | "L/day" | "mL/day" | "km" | "m" | "mm"}

Import Flow Properties - Catchment Area for GP (ha),1,{ha}

Node Type,JunctionNode,{Node Type}

Node Name,Junction,{Node Name}

Node ID,2,{Node ID}

Coordinates,98.9060104104352:88.4444444444444,{Coordinates}{X:Y}

General - Location,Junction,

General - Notes,,

====================================================================================

Link Name,Drainage Link,

Source Node ID,1,{The is the ID of the upstream node}

Target Node ID,2,{This is the ID of the downstream node}

Routing,Not Routed,{either "Not Routed" or "Routed"}

Muskingum K,1800,{no value required for no routing or "numerical value" for routed}

Muskingum Theta,0.25,{no value required for no routing or "numerical value" for routed. Must be between 0.1 and 0.49}

====================================================================================

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