Result types (Heat Overlay): Difference between revisions
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Revision as of 10:26, 31 July 2019
List of Result Types
Icon | Result type | Unit | Display mode | Description |
---|---|---|---|---|
BOWEN_RATIO | Start/ Last/ Maximum/ Total | |||
HEAT_FOLIAGE | Start/ Last/ Maximum/ Total | |||
HEAT_PET | Start/ Last/ Maximum/ Total | |||
HEAT_SHADE | Start/ Last/ Maximum/ Total | |||
HEAT_SKY_VIEW | Start/ Last/ Maximum/ Total | |||
HEAT_SKY_VIEW_AVG | Start/ Last/ Maximum/ Total | |||
HEAT_TEMPERATURE_ATMOSPHERE | Start/ Last/ Maximum/ Total | |||
HEAT_UHI_MAX | Start/ Last/ Maximum/ Total | |||
HEAT_VEGETATION | Start/ Last/ Maximum/ Total | |||
HEAT_VEGETATION_AVG | Start/ Last/ Maximum/ Total | |||
HEAT_WIND_SPEED | Start/ Last/ Maximum/ Total |
Template:Unit disclaimer (Water Overlay)
Result types can differ in the kind of data they display, the layer (surface or underground) of which they display that information, and how that data is recorded. Different result types can monitor data in the following ways:
- Start: The data is determined at the start of the simulation, and does not change afterwards.
- Last: The data is the latest value determined at the timestep the data is recorded. The values can increase and decrease between different timesteps. This mode is primarily used for monitoring progression.
- Maximum: The data is the highest value determined up until the timestep the data is recorded. The values can only increase or stay the same, but will never decrease. This mode is primarily used to gain insight into impact; the most severe situation any point had to endure.
- Total: The result of a running tally, counting the relevant data up until the timestep the data is recorded. The value can only increase or stay the same, but will never decrease. This mode is primarily used to gain insight into quantities rather than duration.