Treefactor result type (Traffic NO2 Overlay): Difference between revisions
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* The fraction is calculated as the amount of cells with trees within a distance of 30 meters divided by the total amount of cells within that same distance. Furthermore the fraction is converted to a multiplier as followed: 1.0 + treeFraction / 2.0 | * The fraction is calculated as the amount of cells with trees within a distance of 30 meters divided by the total amount of cells within that same distance. Furthermore the fraction is converted to a multiplier as followed: 1.0 + treeFraction / 2.0 | ||
* [[Traffic_NO2_formula_(Traffic_NO2_Overlay)|Traffic NO2 formula]] | |||
|seealso= | |seealso= | ||
* [[Traffic NO2 Overlay]] | * [[Traffic NO2 Overlay]] | ||
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{{TrafficNO2Overlay nav}} | {{TrafficNO2Overlay nav}} | ||
Revision as of 13:48, 2 March 2022
| Icon | Result type | Unit | Mode | Description |
|---|---|---|---|---|
| TREEFACTOR | factor | The presence of trees in the direct environment (within 30 meters) of any given location, as a fraction of the area of the direct environment. |
Notes
- The fraction is calculated as the amount of cells with trees within a distance of 30 meters divided by the total amount of cells within that same distance. Furthermore the fraction is converted to a multiplier as followed: 1.0 + treeFraction / 2.0
- Traffic NO2 formula
See also