Result types (Heat Overlay): Difference between revisions
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The Heat Module of | The [[DPRA Heat Module]] of the [[Heat_stress_Overlay|Heat Overlay]] performs complex calculations and can generate multiple types of results per timeframe. A timeframe in the Heat Overlay corresponds to a date and time for which a result will be calculated. This date and time will be relative to the project's [[Time_Zone|time zone]]. | ||
==List of Result Types== | ==List of Result Types== | ||
{| | {{result types|suppresscategory=true|allowselflinks=true| | ||
{{:Bowen ratio result type (Heat Overlay)}} | |||
{{:Foliage result type (Heat Overlay)}} | |||
{{:Pet result type (Heat Overlay)}} | |||
{{:Pet relative result type (Heat Overlay)}} | |||
{{:Shade result type (Heat Overlay)}} | |||
| | |||
{{:Sky view result type (Heat Overlay)}} | |||
{{:Sky view avg result type (Heat Overlay)}} | |||
{{:Temperature atmosphere result type (Heat Overlay)}} | |||
{{:Uhi result type (Heat Overlay)}} | |||
{{:Vegetation result type (Heat Overlay)}} | |||
{{:Vegetation avg result type (Heat Overlay)}} | |||
{{:Wind speed result type (Heat Overlay)}} | |||
}} | |||
Result types can differ in the kind of data they display and in what way that data is recorded. A result type can be monitoring the data in one of the following ways: | Result types can differ in the kind of data they display and in what way that data is recorded. A result type can be monitoring the data in one of the following ways: | ||
* {{Anchor|Start_type}}'''Start''': The data is determined at the start of the simulation, and does not change over the course of multiple time steps. | * {{Anchor|Start_type}}'''Start''': The data is determined at the start of the simulation, and does not change over the course of multiple time steps. | ||
* {{Anchor|Date_Time_type}}'''Date-Time''': The data is dependent on the timestep, which corresponds to a date and time | * {{Anchor|Date_Time_type}}'''Date-Time''': The data is dependent on the timestep, which corresponds to a date and time. | ||
{{ | {{HeatOverlay_result_type_nav}} |
Latest revision as of 08:58, 18 February 2022
The DPRA Heat Module of the Heat Overlay performs complex calculations and can generate multiple types of results per timeframe. A timeframe in the Heat Overlay corresponds to a date and time for which a result will be calculated. This date and time will be relative to the project's time zone.
List of Result Types
Icon | Result type | Unit | Mode | Description |
---|---|---|---|---|
BOWEN RATIO | ratio | Date-Time | The Bowen ratio of buildings and terrains. Is used to describe the type of heat transfer for a surface that has moisture. | |
FOLIAGE | fraction | Start | The initial and optional calculated foliage height, depending on the source of the foliage height. | |
PET | °C | Date-Time | The calculated physiological equivalent temperature. | |
PET_RELATIVE | °C | Date-Time | The calculated physiological equivalent temperature, relative to the calculated atmospheric temperature. | |
SHADE | boolean | Date-Time | Indicates whether a cell is in the shade or not based on sun ray calculations. | |
SKY_VIEW | fraction | Start | The calculated sky view factor. | |
SKY_VIEW_AVG | fraction | Start | The calculated average of individual calculated sky view factors. | |
TEMPERATURE_ATMOSPHERE | °C | Date-Time | The calculated atmospheric temperature, based on the calculated urban heat island, sun motion factor and the measured temperature. | |
UHI | °C | Date-Time | The calculated urban heat island effect. | |
VEGETATION | fraction | Date-Time | The fraction of vegetation per square meter. | |
VEGETATION_AVG | fraction | Date-Time | The calculated average vegetation based on the cells' individual vegetation fraction. | |
WIND_SPEED | m/s | Date-Time | The wind speed calculated for the height of 1.2 meters above ground. |
Result types can differ in the kind of data they display and in what way that data is recorded. A result type can be monitoring the data in one of the following ways:
- Start: The data is determined at the start of the simulation, and does not change over the course of multiple time steps.
- Date-Time: The data is dependent on the timestep, which corresponds to a date and time.