Weather (Water Overlay) - Revision history

Maxim@tygron.com at 13:29, 7 July 2026

2026-07-07T13:29:30Z

← Older revision		Revision as of 13:29, 7 July 2026
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	\|{{anchor\|EVAPORATION_M\|[[evaporation_m_(Water_Overlay)\|EVAPORATION_M]]}}		\|{{anchor\|EVAPORATION_M\|[[evaporation_m_(Water_Overlay)\|EVAPORATION_M]]}}
	\|{{time sequence end}}, m/day		\|{{time sequence end}}, m/day
	\|An [[Attribute array\|array]] of values, each pair indicating until what time that period of evaporation will last and what ~~the evaporation rate is~~ in that period.		\|An [[Attribute array\|array]] of values, each pair indicating until what time that period of evaporation will last and what amount evaporates in that period.
	\|}		\|}

Maxim@tygron.com at 12:09, 7 July 2026

2026-07-07T12:09:06Z

← Older revision		Revision as of 12:09, 7 July 2026
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	'''Evaporation'''		'''Evaporation'''

	Evaporation is the consistent removal of water from the hydrological model over a specified period of time. ~~As long as evaporation takes place at a certain rate,~~ water both on the surface and ground layers ~~can be subject to removal from~~ the hydrological model. The evaporation rate defined by the weather is the base amount of all types of evaporation in the calculation.		Evaporation is the consistent removal of water from the hydrological model over a specified period of time. Evaporation removes water from both the surface and ground layers of the hydrological model. The evaporation rate defined by the weather is the base amount of all types of evaporation in the calculation.

	'''Simulation time'''		'''Simulation time'''

Maxim@tygron.com at 14:08, 2 July 2026

2026-07-02T14:08:27Z

← Older revision		Revision as of 14:08, 2 July 2026
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	Weather for the [[Water Module]] is defined as a [[Weather]] data, which defines a number of environmental circumstances the hydrological model is subject to. It also defines the (total) simulation time.		Weather for the [[Water Module]] is defined as [[Weather]] data, which defines a number of environmental circumstances the hydrological model is subject to. It also defines the (total) simulation time.

	Weather is a required connection. There is always exactly one weather connected to a water overlay, and by default if no weather exists an appropriate weather effect is created and connected automatically.		Weather is a required connection. There is always exactly one weather connected to a water overlay, and by default if no weather exists an appropriate weather effect is created and connected automatically.
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	'''Evaporation'''		'''Evaporation'''

	Evaporation is the consistent removal of water from the hydrological model over a specified period of time. As long as evaporation takes ~~places~~ at a certain rate, water both on the surface and ground layers can be subject to removal from the hydrological model. The evaporation rate defined by the weather is the base amount of all types of evaporation in the calculation.		Evaporation is the consistent removal of water from the hydrological model over a specified period of time. As long as evaporation takes place at a certain rate, water both on the surface and ground layers can be subject to removal from the hydrological model. The evaporation rate defined by the weather is the base amount of all types of evaporation in the calculation.

	'''Simulation time'''		'''Simulation time'''
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	\|}		\|}

	~~==How-to's=~~=		{{article end
			\|howtos=
	* [[How to set linear rain and simulation time (Water Overlay)\|How to set linear rain and simulation time]]		* [[How to set linear rain and simulation time (Water Overlay)\|How to set linear rain and simulation time]]
	* [[How to set linear evaporation rate (Water Overlay)\|How to set linear evaporation rate]]		* [[How to set linear evaporation rate (Water Overlay)\|How to set linear evaporation rate]]
	* [[How to load in dynamic rain and simulation time (Water Overlay)\|How to load in dynamic rain and simulation time]]		* [[How to load in dynamic rain and simulation time (Water Overlay)\|How to load in dynamic rain and simulation time]]
	* [[How to load in dynamic evaporation rate (Water Overlay)\|How to load in dynamic evaporation rate]]		* [[How to load in dynamic evaporation rate (Water Overlay)\|How to load in dynamic evaporation rate]]
			\|seealso=
	~~==See also=~~=
	* [[Rain model (Water Overlay)]]		* [[Rain model (Water Overlay)]]
	* [[Evapotranspiration model (Water Overlay)]]		* [[Evapotranspiration model (Water Overlay)]]
	* [[Surface evaporation formula (Water Overlay)]]		* [[Surface evaporation formula (Water Overlay)]]
	* [[Ground transpiration formula (Water Overlay)]]		* [[Ground transpiration formula (Water Overlay)]]
			\|api=
			* [[Api session event editor overlay set water weather]]
			* [[Api session event editor weather set attribute]]
			}}

	{{WaterOverlay simulation data nav}}		{{WaterOverlay simulation data nav}}

Maxim@tygron.com at 10:08, 15 July 2025

2025-07-15T10:08:16Z

← Older revision		Revision as of 10:08, 15 July 2025
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	==See also==		==See also==
	* [[Rain model (Water Overlay)]]		* [[Rain model (Water Overlay)]]
	* [[~~Evaporation~~ model (Water Overlay)]]		* [[Evapotranspiration model (Water Overlay)]]
	* [[Surface evaporation formula (Water Overlay)]]		* [[Surface evaporation formula (Water Overlay)]]
	* [[Ground ~~evaporation~~ formula (Water Overlay)]]		* [[Ground transpiration formula (Water Overlay)]]

	{{WaterOverlay simulation data nav}}		{{WaterOverlay simulation data nav}}

Frank@tygron.nl at 16:32, 26 January 2024

2024-01-26T16:32:16Z

← Older revision		Revision as of 16:32, 26 January 2024
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	'''Evaporation'''		'''Evaporation'''

	Evaporation is the consistent removal of water from the hydrological model over a specified period of time. As long as evaporation takes places at a certain rate, water both on the surface and ~~underground~~ can be subject to removal from the hydrological model. The evaporation rate defined by the weather is the base amount of all types of evaporation in the calculation.		Evaporation is the consistent removal of water from the hydrological model over a specified period of time. As long as evaporation takes places at a certain rate, water both on the surface and ground layers can be subject to removal from the hydrological model. The evaporation rate defined by the weather is the base amount of all types of evaporation in the calculation.

	'''Simulation time'''		'''Simulation time'''
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	* [[Evaporation model (Water Overlay)]]		* [[Evaporation model (Water Overlay)]]
	* [[Surface evaporation formula (Water Overlay)]]		* [[Surface evaporation formula (Water Overlay)]]
	* [[~~Underground~~ evaporation formula (Water Overlay)]]		* [[Ground evaporation formula (Water Overlay)]]

	{{WaterOverlay simulation data nav}}		{{WaterOverlay simulation data nav}}

Frank@tygron.nl at 11:09, 9 February 2022

2022-02-09T11:09:02Z

← Older revision		Revision as of 11:09, 9 February 2022
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	{{WaterOverlay simulation data nav}}		{{WaterOverlay simulation data nav}}
	~~{{Water Module buttons}}~~

Rudolf@tygron.nl at 11:43, 14 June 2021

2021-06-14T11:43:59Z

← Older revision		Revision as of 11:43, 14 June 2021
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	! Description		! Description
	\|-		\|-
	\|{{anchor\|RAIN_M\|[[~~rain_m_~~(~~Water_Overlay~~)\|RAIN_M]]}}		\|{{anchor\|RAIN_M\|[[weather rain m (Water Overlay)\|RAIN_M]]}}
	\|{{time sequence end}}, m		\|{{time sequence end}}, m
	\|An [[Attribute array\|array]] of values, each pair indicating until what time that period of rain will last and how much rain will fall in that period.		\|An [[Attribute array\|array]] of values, each pair indicating until what time that period of rain will last and how much rain will fall in that period.

Rudolf@tygron.nl at 10:39, 28 April 2021

2021-04-28T10:39:30Z

← Older revision		Revision as of 10:39, 28 April 2021
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	Evaporation is the consistent removal of water from the hydrological model over a specified period of time. As long as evaporation takes places at a certain rate, water both on the surface and underground can be subject to removal from the hydrological model. The evaporation rate defined by the weather is the base amount of all types of evaporation in the calculation.		Evaporation is the consistent removal of water from the hydrological model over a specified period of time. As long as evaporation takes places at a certain rate, water both on the surface and underground can be subject to removal from the hydrological model. The evaporation rate defined by the weather is the base amount of all types of evaporation in the calculation.

			'''Simulation time'''

	The simulation time is equal to the total amount of time defined for rainfall (and the accompanying dry periods).		The simulation time is equal to the total amount of time defined for rainfall (and the accompanying dry periods).

Rudolf@tygron.nl at 10:38, 28 April 2021

2021-04-28T10:38:33Z

← Older revision		Revision as of 10:38, 28 April 2021
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	'''Rain'''		'''Rain'''

	Rain is a consistent addition of water to the hydrological model over a specified period of time. At the end of the rainfall's duration, the specified amount of rain will have fallen in each location in the project. The simulation can calculate both periods of rain as well as dry periods by setting the amount of rain for a specific period to 0. During any period, the amount of water added by rain per timestep is constant.		Rain is a consistent addition of water to the hydrological model over a specified period of time. At the end of the rainfall's duration, the specified amount of rain will have fallen in each location in the project. The simulation can calculate both periods of rain as well as dry periods by setting the amount of rain for a specific period to 0. During any period, the amount of water added by rain per timestep is constant.

	'''Evaporation'''		'''Evaporation'''

	Evaporation is the consistent removal of water from the hydrological model over a specified period of time. As long as evaporation takes places at a certain rate, water both on the surface and underground can be subject to removal from the hydrological model. The evaporation rate defined by the weather is the base amount of all types of evaporation in the calculation.		Evaporation is the consistent removal of water from the hydrological model over a specified period of time. As long as evaporation takes places at a certain rate, water both on the surface and underground can be subject to removal from the hydrological model. The evaporation rate defined by the weather is the base amount of all types of evaporation in the calculation.

Rudolf@tygron.nl at 10:38, 28 April 2021

2021-04-28T10:38:19Z

← Older revision		Revision as of 10:38, 28 April 2021
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	Weather is a required connection. There is always exactly one weather connected to a water overlay, and by default if no weather exists an appropriate weather effect is created and connected automatically.		Weather is a required connection. There is always exactly one weather connected to a water overlay, and by default if no weather exists an appropriate weather effect is created and connected automatically.

			'''Rain'''
	Rain is a consistent addition of water to the hydrological model over a specified period of time. At the end of the rainfall's duration, the specified amount of rain will have fallen in each location in the project. The simulation can calculate both periods of rain as well as dry periods by setting the amount of rain for a specific period to 0. During any period, the amount of water added by rain per timestep is constant.		Rain is a consistent addition of water to the hydrological model over a specified period of time. At the end of the rainfall's duration, the specified amount of rain will have fallen in each location in the project. The simulation can calculate both periods of rain as well as dry periods by setting the amount of rain for a specific period to 0. During any period, the amount of water added by rain per timestep is constant.

			'''Evaporation'''
	Evaporation is the consistent removal of water from the hydrological model over a specified period of time. As long as evaporation takes places at a certain rate, water both on the surface and underground can be subject to removal from the hydrological model. The evaporation rate defined by the weather is the base amount of all types of evaporation in the calculation.		Evaporation is the consistent removal of water from the hydrological model over a specified period of time. As long as evaporation takes places at a certain rate, water both on the surface and underground can be subject to removal from the hydrological model. The evaporation rate defined by the weather is the base amount of all types of evaporation in the calculation.