23-0167_33PavilionSt_004.msf

====================================================================================
   DESCRIPTION
   This section allows you to specify any information or notes for your project.
====================================================================================
VersionNumber,205,{MUSIC Setup File version number}
------------------------------------------------------------------------------------
MeteorologicalTemplate,D:\Other\672 Eumundi Noosa Road\4_Analysis\Music\Rainfall_40059_Cooroy Composite_6min.mlb,{MLB Filename}
------------------------------------------------------------------------------------
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}
Zoning Surface Type,Mixed,{Zoning Surface Type}
Node Name,1 Road - 0.342ha (60%),{Node Name}
Node ID,1,{Node ID}
Coordinates,67.0433903564811:98.8568111611004,{Coordinates}{X:Y}
General - Location,1 Road - 0.342ha (60%),
General - Notes,,
General - Fluxes - Daily,,
General - Fluxes - Sub-Daily,,
General - Flux unit,mm,
Areas - Total Area (ha),0.342,{ha}
Areas - Impervious (%),80,{%}
Areas - Pervious (%),20,{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day),1,{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm),500,{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity),10,{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm),200,{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a,211,
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b,5,
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm),50,{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%),28,{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%),27,{%}
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),0.34,{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),2.43,{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L),0.39,{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),-0.97,{log mg/L}
Total Phosphorus - Base Flow Concentration - Std Dev (log mg/L),0.31,{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),-0.3,{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L),0.31,{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),0.2,{log mg/L}
Total Nitrogen - Base Flow Concentration - Std Dev (log mg/L),0.2,{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),0.26,{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L),0.23,{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,UrbanSourceNode,{Node Type}
Zoning Surface Type,Mixed,{Zoning Surface Type}
Node Name,1 Ground - 0.791ha (15%),{Node Name}
Node ID,2,{Node ID}
Coordinates,66.9999974102555:99.8656971608453,{Coordinates}{X:Y}
General - Location,1 Ground - 0.791ha (15%),
General - Notes,,
General - Fluxes - Daily,,
General - Fluxes - Sub-Daily,,
General - Flux unit,mm,
Areas - Total Area (ha),0.791,{ha}
Areas - Impervious (%),15,{%}
Areas - Pervious (%),85,{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day),1,{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm),500,{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity),10,{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm),200,{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a,211,
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b,5,
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm),50,{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%),28,{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%),27,{%}
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),0.34,{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),2.18,{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L),0.39,{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),-0.97,{log mg/L}
Total Phosphorus - Base Flow Concentration - Std Dev (log mg/L),0.31,{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),-0.47,{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L),0.31,{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),0.2,{log mg/L}
Total Nitrogen - Base Flow Concentration - Std Dev (log mg/L),0.2,{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),0.26,{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L),0.23,{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,UrbanSourceNode,{Node Type}
Zoning Surface Type,Mixed,{Zoning Surface Type}
Node Name,1 Roof - 0.250ha (100%),{Node Name}
Node ID,3,{Node ID}
Coordinates,67.0312600787519:100.892756562296,{Coordinates}{X:Y}
General - Location,1 Roof - 0.250ha (100%),
General - Notes,,
General - Fluxes - Daily,,
General - Fluxes - Sub-Daily,,
General - Flux unit,mm,
Areas - Total Area (ha),0.25,{ha}
Areas - Impervious (%),100,{%}
Areas - Pervious (%),0,{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day),1,{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm),500,{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity),10,{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm),200,{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a,211,
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b,5,
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm),50,{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%),28,{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%),27,{%}
Rainfall-Runoff - Groundwater Properties - Daily Deep Seepage Rate (%),0,{%}
Total Suspended Solids - Base Flow Concentration - Mean (log mg/L),0,{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,0,{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),1.3,{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L),0.39,{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,{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,{R squared}
Total Phosphorus - Storm Flow Concentration - Mean (log mg/L),-0.89,{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L),0.31,{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,{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,{R squared}
Total Nitrogen - Storm Flow Concentration - Mean (log mg/L),0.26,{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L),0.23,{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,UrbanSourceNode,{Node Type}
Zoning Surface Type,Mixed,{Zoning Surface Type}
Node Name,External - 0.415ha (15%),{Node Name}
Node ID,6,{Node ID}
Coordinates,71.0813871471822:100.396948518428,{Coordinates}{X:Y}
General - Location,External - 0.415ha (15%),
General - Notes,,
General - Fluxes - Daily,,
General - Fluxes - Sub-Daily,,
General - Flux unit,mm,
Areas - Total Area (ha),0.415,{ha}
Areas - Impervious (%),15,{%}
Areas - Pervious (%),85,{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day),1,{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm),500,{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity),10,{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm),200,{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a,211,
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b,5,
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm),50,{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%),28,{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%),27,{%}
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),0.34,{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),2.18,{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L),0.39,{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),-0.97,{log mg/L}
Total Phosphorus - Base Flow Concentration - Std Dev (log mg/L),0.31,{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),-0.47,{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L),0.31,{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),0.2,{log mg/L}
Total Nitrogen - Base Flow Concentration - Std Dev (log mg/L),0.2,{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),0.26,{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L),0.23,{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,UrbanSourceNode,{Node Type}
Zoning Surface Type,Mixed,{Zoning Surface Type}
Node Name,External Roof - 0.049ha (100%),{Node Name}
Node ID,7,{Node ID}
Coordinates,72.9530395063537:100.749570185808,{Coordinates}{X:Y}
General - Location,External Roof - 0.049ha (100%),
General - Notes,,
General - Fluxes - Daily,,
General - Fluxes - Sub-Daily,,
General - Flux unit,mm,
Areas - Total Area (ha),0.049,{ha}
Areas - Impervious (%),100,{%}
Areas - Pervious (%),0,{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day),1,{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm),500,{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity),10,{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm),200,{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a,211,
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b,5,
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm),50,{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%),28,{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%),27,{%}
Rainfall-Runoff - Groundwater Properties - Daily Deep Seepage Rate (%),0,{%}
Total Suspended Solids - Base Flow Concentration - Mean (log mg/L),0,{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,0,{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),1.3,{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L),0.39,{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,{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,{R squared}
Total Phosphorus - Storm Flow Concentration - Mean (log mg/L),-0.89,{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L),0.31,{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,{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,{R squared}
Total Nitrogen - Storm Flow Concentration - Mean (log mg/L),0.26,{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L),0.23,{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,UrbanSourceNode,{Node Type}
Zoning Surface Type,Mixed,{Zoning Surface Type}
Node Name,External 2 - 0.639ha (15%),{Node Name}
Node ID,10,{Node ID}
Coordinates,74.7633244090921:100.974577348861,{Coordinates}{X:Y}
General - Location,External 2 - 0.639ha (15%),
General - Notes,,
General - Fluxes - Daily,,
General - Fluxes - Sub-Daily,,
General - Flux unit,mm,
Areas - Total Area (ha),0.639,{ha}
Areas - Impervious (%),15,{%}
Areas - Pervious (%),85,{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day),1,{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm),500,{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity),10,{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm),200,{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a,211,
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b,5,
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm),50,{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%),28,{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%),27,{%}
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),0.34,{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),2.18,{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L),0.39,{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),-0.97,{log mg/L}
Total Phosphorus - Base Flow Concentration - Std Dev (log mg/L),0.31,{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),-0.47,{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L),0.31,{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),0.2,{log mg/L}
Total Nitrogen - Base Flow Concentration - Std Dev (log mg/L),0.2,{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),0.26,{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L),0.23,{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,UrbanSourceNode,{Node Type}
Zoning Surface Type,Mixed,{Zoning Surface Type}
Node Name,External 2 Roof - 0.091ha (100%),{Node Name}
Node ID,11,{Node ID}
Coordinates,76.93157525305:100.933666955578,{Coordinates}{X:Y}
General - Location,External 2 Roof - 0.091ha (100%),
General - Notes,,
General - Fluxes - Daily,,
General - Fluxes - Sub-Daily,,
General - Flux unit,mm,
Areas - Total Area (ha),0.091,{ha}
Areas - Impervious (%),100,{%}
Areas - Pervious (%),0,{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day),1,{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm),500,{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity),10,{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm),200,{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a,211,
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b,5,
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm),50,{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%),28,{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%),27,{%}
Rainfall-Runoff - Groundwater Properties - Daily Deep Seepage Rate (%),0,{%}
Total Suspended Solids - Base Flow Concentration - Mean (log mg/L),0,{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,0,{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),1.3,{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L),0.39,{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,{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,{R squared}
Total Phosphorus - Storm Flow Concentration - Mean (log mg/L),-0.89,{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L),0.31,{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,{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,{R squared}
Total Nitrogen - Storm Flow Concentration - Mean (log mg/L),0.26,{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L),0.23,{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,UrbanSourceNode,{Node Type}
Zoning Surface Type,Mixed,{Zoning Surface Type}
Node Name,2 Road - 0.157ha (60%),{Node Name}
Node ID,13,{Node ID}
Coordinates,67.1952656682706:95.5914919576253,{Coordinates}{X:Y}
General - Location,2 Road - 0.157ha (60%),
General - Notes,,
General - Fluxes - Daily,,
General - Fluxes - Sub-Daily,,
General - Flux unit,mm,
Areas - Total Area (ha),0.157,{ha}
Areas - Impervious (%),80,{%}
Areas - Pervious (%),20,{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day),1,{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm),500,{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity),10,{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm),200,{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a,211,
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b,5,
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm),50,{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%),28,{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%),27,{%}
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),0.34,{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),2.43,{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L),0.39,{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),-0.97,{log mg/L}
Total Phosphorus - Base Flow Concentration - Std Dev (log mg/L),0.31,{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),-0.3,{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L),0.31,{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),0.2,{log mg/L}
Total Nitrogen - Base Flow Concentration - Std Dev (log mg/L),0.2,{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),0.26,{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L),0.23,{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,UrbanSourceNode,{Node Type}
Zoning Surface Type,Mixed,{Zoning Surface Type}
Node Name,2 Ground - 0.854ha (15%),{Node Name}
Node ID,14,{Node ID}
Coordinates,67.1028532669958:96.5767100710215,{Coordinates}{X:Y}
General - Location,2 Ground - 0.854ha (15%),
General - Notes,,
General - Fluxes - Daily,,
General - Fluxes - Sub-Daily,,
General - Flux unit,mm,
Areas - Total Area (ha),0.854,{ha}
Areas - Impervious (%),15,{%}
Areas - Pervious (%),85,{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day),1,{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm),500,{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity),10,{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm),200,{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a,211,
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b,5,
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm),50,{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%),28,{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%),27,{%}
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),0.34,{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),2.18,{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L),0.39,{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),-0.97,{log mg/L}
Total Phosphorus - Base Flow Concentration - Std Dev (log mg/L),0.31,{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),-0.47,{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L),0.31,{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),0.2,{log mg/L}
Total Nitrogen - Base Flow Concentration - Std Dev (log mg/L),0.2,{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),0.26,{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L),0.23,{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,UrbanSourceNode,{Node Type}
Zoning Surface Type,Mixed,{Zoning Surface Type}
Node Name,2 Roof - 0.250ha (100%),{Node Name}
Node ID,15,{Node ID}
Coordinates,67.0489551805254:97.5840360906849,{Coordinates}{X:Y}
General - Location,2 Roof - 0.250ha (100%),
General - Notes,,
General - Fluxes - Daily,,
General - Fluxes - Sub-Daily,,
General - Flux unit,mm,
Areas - Total Area (ha),0.25,{ha}
Areas - Impervious (%),100,{%}
Areas - Pervious (%),0,{%}
Rainfall-Runoff - Impervious Area - Rainfall Threshold (mm/day),1,{mm/day}
Rainfall-Runoff - Pervious Area - Soil Storage Capacity (mm),500,{mm}
Rainfall-Runoff - Pervious Area - Initial Storage (% of Capacity),10,{% of Capacity}
Rainfall-Runoff - Pervious Area - Field Capacity (mm),200,{mm}
Rainfall-Runoff - Pervious Area - Infiltration Capacity Coefficient - a,211,
Rainfall-Runoff - Pervious Area - Infiltration Capacity Exponent - b,5,
Rainfall-Runoff - Groundwater Properties - Initial Depth (mm),50,{mm}
Rainfall-Runoff - Groundwater Properties - Daily Recharge Rate (%),28,{%}
Rainfall-Runoff - Groundwater Properties - Daily Baseflow Rate (%),27,{%}
Rainfall-Runoff - Groundwater Properties - Daily Deep Seepage Rate (%),0,{%}
Total Suspended Solids - Base Flow Concentration - Mean (log mg/L),0,{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,0,{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),1.3,{log mg/L}
Total Suspended Solids - Storm Flow Concentration - Std Dev (log mg/L),0.39,{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,{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,{R squared}
Total Phosphorus - Storm Flow Concentration - Mean (log mg/L),-0.89,{log mg/L}
Total Phosphorus - Storm Flow Concentration - Std Dev (log mg/L),0.31,{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,{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,{R squared}
Total Nitrogen - Storm Flow Concentration - Mean (log mg/L),0.26,{log mg/L}
Total Nitrogen - Storm Flow Concentration - Std Dev (log mg/L),0.23,{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,BioRetentionNodeV4,{Node Type}
Node Name,Bioretention (130m2),{Node Name}
Node ID,5,{Node ID}
Coordinates,72.37440958557:97.3748387343327,{Coordinates}{X:Y}
General - Location,Bioretention (130m2),
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 Properties - Extended Detention Depth (metres),0.3,{metres}
Storage Properties - Surface Area (square metres),130,{square metres}
Filter and Media Properties - Filter Area (square metres),130,{square metres}
Filter and Media Properties - Unlined Filter Media Perimeter (metres),0.01,{metres}
Filter and Media Properties - Saturated Hydraulic Conductivity (mm/hr),200,{mm/hr}
Filter and Media Properties - Filter Depth (metres),0.5,{metres}
Filter and Media Properties - TN Content of Filter Media (mg/kg),400,{mg/kg}
Filter and Media Properties - Orthophosphate Content of Filter Media (mg/kg),30,{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),1.3,{metres}
Outlet Properties - Underdrain Present,0,
Outlet Properties - Submerged Zone With Carbon Present,1,
Outlet Properties - Submerged Zone Depth (metres),0,{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 - Pet Scaling Factor,2.1,
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,
Node Type,JunctionNode,{Node Type}
Node Name,External 1,{Node Name}
Node ID,8,{Node ID}
Coordinates,72.0427832558243:99.4506651990977,{Coordinates}{X:Y}
General - Location,External 1,
General - Notes,,
------------------------------------------------------------------------------------
Node Type,JunctionNode,{Node Type}
Node Name,Approved Site,{Node Name}
Node ID,9,{Node ID}
Coordinates,69.6217727405966:99.9405746035775,{Coordinates}{X:Y}
General - Location,Approved Site,
General - Notes,,
------------------------------------------------------------------------------------
Node Type,JunctionNode,{Node Type}
Node Name,External 2,{Node Name}
Node ID,12,{Node ID}
Coordinates,75.734946249545:99.7370379520733,{Coordinates}{X:Y}
General - Location,External 2,
General - Notes,,
------------------------------------------------------------------------------------
Node Type,JunctionNode,{Node Type}
Node Name,Site,{Node Name}
Node ID,16,{Node ID}
Coordinates,69.2998235602114:96.7197085594904,{Coordinates}{X:Y}
General - Location,Site,
General - Notes,,
------------------------------------------------------------------------------------
Node Type,JunctionNode,{Node Type}
Node Name,External,{Node Name}
Node ID,17,{Node ID}
Coordinates,74.1087561735586:98.7330651155495,{Coordinates}{X:Y}
General - Location,External,
General - Notes,,
------------------------------------------------------------------------------------
Node Type,JunctionNode,{Node Type}
Node Name,Development,{Node Name}
Node ID,18,{Node ID}
Coordinates,70.1997235013187:98.4830922195762,{Coordinates}{X:Y}
General - Location,Development,
General - Notes,,
Node Type,ReceivingNode,{Node Type}
Node Name,Receiving Node,{Node Name}
Node ID,4,{Node ID}
Coordinates,76.2360985672522:97.394917936666,{Coordinates}{X:Y}
General - Location,Receiving Node,
General - Notes,,
====================================================================================
Link Name,Drainage Link,
Source Node ID,5,{The is the ID of the upstream node}
Target Node ID,4,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,3,{The is the ID of the upstream node}
Target Node ID,9,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,2,{The is the ID of the upstream node}
Target Node ID,9,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,1,{The is the ID of the upstream node}
Target Node ID,9,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,6,{The is the ID of the upstream node}
Target Node ID,8,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,7,{The is the ID of the upstream node}
Target Node ID,8,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,15,{The is the ID of the upstream node}
Target Node ID,16,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,14,{The is the ID of the upstream node}
Target Node ID,16,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,13,{The is the ID of the upstream node}
Target Node ID,16,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,10,{The is the ID of the upstream node}
Target Node ID,12,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,11,{The is the ID of the upstream node}
Target Node ID,12,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,9,{The is the ID of the upstream node}
Target Node ID,18,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,16,{The is the ID of the upstream node}
Target Node ID,18,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,18,{The is the ID of the upstream node}
Target Node ID,5,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,8,{The is the ID of the upstream node}
Target Node ID,17,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,17,{The is the ID of the upstream node}
Target Node ID,5,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
------------------------------------------------------------------------------------
Link Name,Drainage Link,
Source Node ID,12,{The is the ID of the upstream node}
Target Node ID,17,{This is the ID of the downstream node}
Notes,,{Notes}
Routing,Not Routed,{either "Not Routed" or "Routed"}
Muskingum K,30,{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}
====================================================================================