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This section lists all the Urban Developer node types, their characteristics and how their models operate.

This section also describes See the node connection rules, i.e. the for a summary of how the node inputs and outputs that are allowed to be connected

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Node Types
Node Types
Node Types

Nodes represent a physical entity or process within the system that occurs on a relatively localised basis. A water use node represents urban water demand and water consumption behaviour. The Urban Developer Plugin offers two methods for simulating water use behaviour:

The following table lists the node models currently available within the Urban Developer Plugin. Each node is represented by a specific icon.

Node Types

The table outlines the function of each node model; other sections of this User Guide contain a more comprehensive description of each node model.

IconNode NameDescription

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RoofA roof node represents a physical roof catchment surface.

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TankA tank is a type of storage used in domestic and industrial settings to store water from runoff, recycled water or a mains supply
,
and to release it in a controlled manner.

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Average Water useA water use node
represents
representing average urban water demand and water consumption behaviour.

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Behavioural Water useA water use node represents urban water demand and water consumption behaviour
.

Node Connection Rules

The node connection rules are based on the link type allowed between each node output and input. When you draw links between outputs and inputs, Urban Developer prevents you from connecting incompatible inputs and outputs together.

In the node model section (page 91), each node model input and output has a link type listed. The rule is: you can only connect inputs and outputs of the same link type: demand to demand, stormwater to stormwater, etc.

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The table below summarises these connection rules in one place.

To use this table, look up the originating node in the left-most column, then the output you want to connect (the destination node) in columns 2..29.

Example: from a roof node, you can connect the runoff output to a buffer, but not the runoff to tank output.

This table shows the allowed connections between a source node, and a destination node. The Destination node column specifies which output of the source node can connect to the nodes below it. For example, the Impervious Area node's Runoff output can connect to another Impervious Area node's Inflow input, or a Junction node's Inflow input.

If a node is not listed in the Destination Node column, the connection is not permitted.

Node IconNode Name

Node Output

Destination node - destination input type

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Roof

Runoff to tank

  • Junction - Inflow
  • Receiving Node - Inflow
  • Subnetwork - Piped inflow
  • Tank - Inflow

Runoff

  • Impervious Area - Inflow
  • Junction - Inflow
  • Pervious Area - Inflow
  • Receiving Node - Inflow
  • Subnetwork - Surface inflow, Piped inflow
  • Tank - Inflow

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Tank

Spill

  • Impervious Area - Inflow
  • Junction - Inflow
  • Pervious Area - Inflow
  • Receiving Node - Inflow
  • Subnetwork - Surface inflow
  • Detention Outflow
  • Impervious Area - Inflow
  • Junction - Surface inflow, piped inflow
  • Pervious Area - Inflow
  • Receiving Node - Surface inflow, piped inflow
  • Subnetwork - Surface inflow, piped inflow
  • Tank - Piped inflow

Supply Out

  • Alternative Supply - Inflow
  • Mains Water Supply - Inflow
  • Subnetwork - Mains supply, Tank supply, Alternative supply 1 & 2
  • Tank - Inflow
  • Wastewater Connection - Inflow
  • Water Use - Mains supply, Tank supply, Alternative supply 1 & 2

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Average Water use

Greywater

  • Subnetwork - Piped inflow
  • Tank - Inflow
  • Wastewater Connection - Inflow

Blackwater

  • Subnetwork - Piped inflow
  • Tank - Inflow
  • Wastewater Connection - Inflow

Irrigation/Other

  • Pervious Area - Inflow
  • Subnetwork - Surface inflow, piped inflow
  • Tank - Inflow
  • Wastewater Connection - Inflow

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Behavioural Water use, based on a stochastic end-use demand simulation