DPRA Heat Module: Difference between revisions

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[[File:DPRA_Heatstress_overlay.PNG|thumb|420px|right|Example of the DPRA Heat Stress overlay showing the [[Pet result type (Heat Overlay)|Physiological Equivalent Temperature result type]].]]__NOTOC__


[[File:DPRA_Heatstress_overlay.PNG|thumb|420px|right|Example of the DPRA Heat Stress overlay showing the [[Pet_result_type_(Heat_Overlay)|Physiological Equivalent Temperature result type]].]]__NOTOC__
The Heat DPRA module is a new (as of 2019) Heat Stress Module, developed to be in accordance with the 2019 {{Template:Heat DPRA Report}}. With this module, stress tests can be performed according to the Dutch [https://www.deltaprogramma.nl  Deltaprogramma] guidelines.
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The Heat DPRA Module gives insight in the physiological equivalent temperature (PET), which is a form of perceived temperature, and in how it can be influenced. The PET is determined using different elements, which can be analyzed individually. As a result, the Heat DPRA Module also offers tools for shade and sun angle analyses.


The Heat DPRA module is a new (as of 2019) Heat Stress Module, developed to be in accordance with the new {{Template:Heat_DPRA_Report}}. With this module, stress tests can be performed according to the Dutch [[https://www.deltacommissaris.nl/deltaprogramma/wat-is-het-deltaprogramma Delta Program]] guidelines. The Heat module gives insight in the perceived temperature (PET) and in how it can be influenced. The PET is determined using different elements, which can be analyzed individually. Therefore, the Heat module also provides opportinuties for shade and sun angle analyses. This clip [[https://www.youtube.com/watch?v=_DrkBfKKDEI&list=PLqkv7u9AhhfyOaMEVMq1LHOaaPyMyzUEC]] gives an overview.  
A clip showcasing an overview of the module's functionalities can be found [https://www.youtube.com/watch?v=_DrkBfKKDEI&list=PLqkv7u9AhhfyOaMEVMq1LHOaaPyMyzUEC here].


==Configuration==
==Configuration==
The Heat DPRA module can be configured using the Heat Overlay configuration wizard. Each newly added [[Heat stress (Overlay)|Heat Overlay]] uses the Heat DPRA module by default.
The DPRA Heat module is the default module for the [[Heat stress Overlay]]. When a Heat stress Overlay is added, it can immediately be configured using the [[Heat Overlay Wizard (Heat Overlay)|Heat Overlay configuration wizard]].


For more information on the configurable model attributes, see [[Model_attributes_(Heat_Overlay)|Heat Overlay model attributes]].
For more information on the configurable model attributes, see [[Model attributes (Heat Overlay)|Heat Overlay model attributes]] and [[Feature attributes (Heat Overlay)|Heat Overlay feature attributes]].


==Available Result Types==
==Available Result Types==
The Heat Overlay allows user to visualize a generated Physiological Equivalent Temperature (PET) overlay, along with other intermediate overlay results. The Heat Overlay wizard allows users to select which results should be generated. For further information on the available results, see [[Result type (Heat Overlay)|Heat Overlay result types]].
The Heat Overlay allows user to visualize a generated Physiological Equivalent Temperature (PET) overlay, along with other intermediate overlay results. The Heat Overlay wizard allows users to select which results should be generated. For further information on the available results, see [[Result types (Heat Overlay)|Heat Overlay result types]].


==Theory==
==Theory==
The [[Calculation model and formulas (Heat Overlay)|formulas and calculation models]] are documented [[Calculation model and_formulas (Heat Overlay)|here]]. The Heat Module is [[Heat_module_benchmarks|benchmarked]] using the {{Template:Heat_DPRA_Report}}. The benchmark case is situated in Wageningen, Netherlands, on 02-08-2013. It is deemed relevant to the report because it can be related to actual measurements made for the city of Wageningen.
The [[Calculation models and formulas (Heat Overlay)|calculation models and formulas]] are documented. The DPRA Heat Module is [[Heat module benchmarks|benchmarked]] using the {{Template:Heat DPRA Report}}. The benchmark case is situated in Wageningen, Netherlands, on 02-08-2013. It is deemed relevant to the report because it can be related to actual measurements made for the city of Wageningen.


==See also==
==See also==
* For the previously default Heat Overlay configuration, see [[UNESCO Heat Module]].
* For the previously default Heat Overlay configuration, see [[UNESCO Heat Module]].
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Latest revision as of 15:03, 30 June 2023

Example of the DPRA Heat Stress overlay showing the Physiological Equivalent Temperature result type.

The Heat DPRA module is a new (as of 2019) Heat Stress Module, developed to be in accordance with the 2019 DPRA Heat stress report. With this module, stress tests can be performed according to the Dutch Deltaprogramma guidelines.

The Heat DPRA Module gives insight in the physiological equivalent temperature (PET), which is a form of perceived temperature, and in how it can be influenced. The PET is determined using different elements, which can be analyzed individually. As a result, the Heat DPRA Module also offers tools for shade and sun angle analyses.

A clip showcasing an overview of the module's functionalities can be found here.

Configuration

The DPRA Heat module is the default module for the Heat stress Overlay. When a Heat stress Overlay is added, it can immediately be configured using the Heat Overlay configuration wizard.

For more information on the configurable model attributes, see Heat Overlay model attributes and Heat Overlay feature attributes.

Available Result Types

The Heat Overlay allows user to visualize a generated Physiological Equivalent Temperature (PET) overlay, along with other intermediate overlay results. The Heat Overlay wizard allows users to select which results should be generated. For further information on the available results, see Heat Overlay result types.

Theory

The calculation models and formulas are documented. The DPRA Heat Module is benchmarked using the DPRA Heat stress report. The benchmark case is situated in Wageningen, Netherlands, on 02-08-2013. It is deemed relevant to the report because it can be related to actual measurements made for the city of Wageningen.

See also


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Heat Module
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Tutorials
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Overview
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Theory
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Benchmarks
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