How to manually configure a Water Overlay - Revision history

Frank@tygron.nl at 15:36, 30 January 2024

2024-01-30T15:36:04Z

← Older revision		Revision as of 15:36, 30 January 2024
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	Any of the attributes of the overlay can be changed on the "Attributes" tab, by changing the value in the input box for the attribute which is to be changed.		Any of the attributes of the overlay can be changed on the "Attributes" tab, by changing the value in the input box for the attribute which is to be changed.

	~~==More Information=~~=		{{article end
	{{Water ~~Module buttons~~}}		\|seealso=
			*[[Water Overlay]]
			}}

			[[Category:How-to's]]

Frank@tygron.nl at 12:40, 1 March 2023

2023-03-01T12:40:04Z

← Older revision		Revision as of 12:40, 1 March 2023
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	When first added to the project, each variant of the [[Water Overlay\|water overlay]] will be created with a default configuration which will allow for an initial calculation to take place and results to display. For most use-cases, it is desirable to add additional data and tweak the settings and parameters of the overlay. This will improve the accuracy and relevancy of the overlay. It is possible to configure the parameters manually, or by using the [[Water Overlay Wizard\|configuration wizard]]. A few settings can only be changed manually. Besides the [[Data\|data]] of geographical features, which have their own means of loading in depending on their type, all manual configuration options are listed here.		When first added to the project, each variant of the [[Water Overlay\|water overlay]] will be created with a default configuration which will allow for an initial calculation to take place and results to display. For most use-cases, it is desirable to add additional data and tweak the settings and parameters of the overlay. This will improve the accuracy and relevancy of the overlay. It is possible to configure the parameters manually, or by using the [[Water Overlay Wizard\|configuration wizard]]. A few settings can only be changed manually. Besides the [[Geo Data\|data]] of geographical features, which have their own means of loading in depending on their type, all manual configuration options are listed here.

	====Grid cell size configuration====		====Grid cell size configuration====

Frank@tygron.nl at 12:21, 30 January 2023

2023-01-30T12:21:24Z

← Older revision		Revision as of 12:21, 30 January 2023
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	~~===Introduction to Manual configuration===~~
	When first added to the project, each variant of the [[Water Overlay\|water overlay]] will be created with a default configuration which will allow for an initial calculation to take place and results to display. For most use-cases, it is desirable to add additional data and tweak the settings and parameters of the overlay. This will improve the accuracy and relevancy of the overlay. It is possible to configure the parameters manually, or by using the [[Water Overlay Wizard\|configuration wizard]]. A few settings can only be changed manually. Besides the [[Data\|data]] of geographical features, which have their own means of loading in depending on their type, all manual configuration options are listed here.		When first added to the project, each variant of the [[Water Overlay\|water overlay]] will be created with a default configuration which will allow for an initial calculation to take place and results to display. For most use-cases, it is desirable to add additional data and tweak the settings and parameters of the overlay. This will improve the accuracy and relevancy of the overlay. It is possible to configure the parameters manually, or by using the [[Water Overlay Wizard\|configuration wizard]]. A few settings can only be changed manually. Besides the [[Data\|data]] of geographical features, which have their own means of loading in depending on their type, all manual configuration options are listed here.

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	=====Keys=====		=====Keys=====
	The water model makes use of data present in geographical features in the [[~~3D world~~]]. This data is used as input for the various calculations which together model the water flow. The water model recognizes what attributes of geographical features form the parameters required for the calculation through key definitions. Each key is the name of an attribute which the water model should use to determine a specific parameter.		The water model makes use of data present in geographical features in the [[project]]. This data is used as input for the various calculations which together model the water flow. The water model recognizes what attributes of geographical features form the parameters required for the calculation through key definitions. Each key is the name of an attribute which the water model should use to determine a specific parameter.

	Keys are set to default attribute names, which apply to {{inlink\|lcase=1\|Hydrological features}}, {{inlink\|lcase=1\|Hydrological buildings}}, and {{inlink\|lcase=1\|Hydrological properties of terrain}}. Keys can be changed so that imported data can be interpreted without renaming attributes, or to allow different configurations to come forth from the same dataset.		Keys are set to default attribute names, which apply to {{inlink\|lcase=1\|Hydrological features}}, {{inlink\|lcase=1\|Hydrological buildings}}, and {{inlink\|lcase=1\|Hydrological properties of terrain}}. Keys can be changed so that imported data can be interpreted without renaming attributes, or to allow different configurations to come forth from the same dataset.

Maxim@tygron.com at 15:17, 7 October 2022

2022-10-07T15:17:12Z

Frank@tygron.nl at 12:26, 17 January 2022

2022-01-17T12:26:41Z

← Older revision		Revision as of 12:26, 17 January 2022
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	{{main\|section=section\|Ground water data model\|Ground water}}		{{main\|section=section\|Ground water data model\|Ground water}}
	{{Editor location\|overlay keys\|Include ground water tiff}}		{{Editor location\|overlay keys\|Include ground water tiff}}
	A ground water [[~~GeoTiff~~]] can be loaded in to prepopulate the underground with water in the form of a saturated zone. This is only a relevant configuration when the {{inlink\|lcase=1\|Underground model}} is active. A ground water ~~GeoTiff~~ is optional. If no ground water tiff is selected, the assumed ground water level is equal to the {{inlink\|WATER_LEVEL}} of the {{inlink\|lcase=1\|Water area}}.		A ground water [[GeoTIFF]] can be loaded in to prepopulate the underground with water in the form of a saturated zone. This is only a relevant configuration when the {{inlink\|lcase=1\|Underground model}} is active. A ground water GeoTIFF is optional. If no ground water tiff is selected, the assumed ground water level is equal to the {{inlink\|WATER_LEVEL}} of the {{inlink\|lcase=1\|Water area}}.

	The presence of a ground water ~~GeoTiff~~ can be toggled by checking or unchecking the "Include ground water tiff" checkbox. When checked, a number of ~~GeoTiffs~~ are available for ground water levels by default. Other ~~GeoTiffs~~ for groundwater levels can also be loaded in by clicking on "Select ~~GeoTiff~~".		The presence of a ground water GeoTIFF can be toggled by checking or unchecking the "Include ground water tiff" checkbox. When checked, a number of GeoTIFFs are available for ground water levels by default. Other GeoTIFFs for groundwater levels can also be loaded in by clicking on "Select GeoTIFF".

	====Subsidence configuration====		====Subsidence configuration====

Frank@tygron.nl: /* Ground water configuration */

2021-05-28T07:09:17Z

Ground water configuration

← Older revision		Revision as of 07:09, 28 May 2021
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	{{main\|section=section\|Ground water data model\|Ground water}}		{{main\|section=section\|Ground water data model\|Ground water}}
	{{Editor location\|overlay keys\|Include ground water tiff}}		{{Editor location\|overlay keys\|Include ground water tiff}}
	A ground water [[GeoTiff]] can be loaded in to prepopulate the underground with water in the form of a saturated zone. This is only a relevant configuration when the {{inlink\|lcase=1\|Underground model}} is active. A ground water GeoTiff is optional. If no ground water tiff is selected, the assumed ground water level is equal to the {{inlink\|WATER_LEVEL}} of the {{inlink\|lcase=1\|Water ~~level~~ area}}.		A ground water [[GeoTiff]] can be loaded in to prepopulate the underground with water in the form of a saturated zone. This is only a relevant configuration when the {{inlink\|lcase=1\|Underground model}} is active. A ground water GeoTiff is optional. If no ground water tiff is selected, the assumed ground water level is equal to the {{inlink\|WATER_LEVEL}} of the {{inlink\|lcase=1\|Water area}}.

	The presence of a ground water GeoTiff can be toggled by checking or unchecking the "Include ground water tiff" checkbox. When checked, a number of GeoTiffs are available for ground water levels by default. Other GeoTiffs for groundwater levels can also be loaded in by clicking on "Select GeoTiff".		The presence of a ground water GeoTiff can be toggled by checking or unchecking the "Include ground water tiff" checkbox. When checked, a number of GeoTiffs are available for ground water levels by default. Other GeoTiffs for groundwater levels can also be loaded in by clicking on "Select GeoTiff".

Reijn@tygron.com at 07:56, 7 September 2020

2020-09-07T07:56:33Z

← Older revision		Revision as of 07:56, 7 September 2020
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	The weather configuration, which dictates the {{inlink\|Rain and simulation time\|duration of the simulation, the amount of rain}} and the {{inlink\|lcase=1\|Evaporation rate}}, is modeled as a separate weather object which is connected to the water overlay. The weather object can be replaced with another, changing the main simulation and weather properties. The weather itself can be changed as well.		The weather configuration, which dictates the {{inlink\|Rain and simulation time\|duration of the simulation, the amount of rain}} and the {{inlink\|lcase=1\|Evaporation rate}}, is modeled as a separate weather object which is connected to the water overlay. The weather object can be replaced with another, changing the main simulation and weather properties. The weather itself can be changed as well.

	By selecting the weather object and then switching to the "Simulation" tab, it's possible to change the settings of the weather either for a simple linear setup or with a more complex sequence of values for the duration of the simulation. The complex setup can be created by loading in a [[comma-separated values]] file. By switching to the attributes tab of the weather object, the same properties can be adjusted by directly modifying the attributes.		By selecting the weather object and then switching to the "Simulation" tab, it's possible to change the settings of the weather either for a simple linear setup or with a more complex sequence of values for the duration of the simulation. The complex setup can be created by loading in a [[CSV (comma separated values)]] file. By switching to the attributes tab of the weather object, the same properties can be adjusted by directly modifying the attributes.

	====Ground water configuration====		====Ground water configuration====

Rudolf@tygron.nl: Rudolf@tygron.nl moved page How-to manually configure a Water Overlay to How to manually configure a Water Overlay without leaving a redirect

2020-06-15T12:07:40Z

Rudolf@tygron.nl moved page How-to manually configure a Water Overlay to How to manually configure a Water Overlay without leaving a redirect

← Older revision	Revision as of 12:07, 15 June 2020
(No difference)

Rudolf@tygron.nl at 12:25, 14 February 2020

2020-02-14T12:25:31Z

← Older revision		Revision as of 12:25, 14 February 2020
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	{{main\|section=section\|Ground water data model\|Ground water}}		{{main\|section=section\|Ground water data model\|Ground water}}
	{{Editor location\|overlay keys\|Include ground water tiff}}		{{Editor location\|overlay keys\|Include ground water tiff}}
	A ground water [[~~GeoTIFF~~]] can be loaded in to prepopulate the underground with water in the form of a saturated zone. This is only a relevant configuration when the {{inlink\|lcase=1\|Underground model}} is active. A ground water ~~GeoTIFF~~ is optional. If no ground water tiff is selected, the assumed ground water level is equal to the {{inlink\|WATER_LEVEL}} of the {{inlink\|lcase=1\|Water level area}}.		A ground water [[GeoTiff]] can be loaded in to prepopulate the underground with water in the form of a saturated zone. This is only a relevant configuration when the {{inlink\|lcase=1\|Underground model}} is active. A ground water GeoTiff is optional. If no ground water tiff is selected, the assumed ground water level is equal to the {{inlink\|WATER_LEVEL}} of the {{inlink\|lcase=1\|Water level area}}.

	The presence of a ground water ~~GeoTIFF~~ can be toggled by checking or unchecking the "Include ground water tiff" checkbox. When checked, a number of ~~GeoTIFFs~~ are available for ground water levels by default. Other ~~GeoTIFFs~~ for groundwater levels can also be loaded in by clicking on "Select GeoTiff".		The presence of a ground water GeoTiff can be toggled by checking or unchecking the "Include ground water tiff" checkbox. When checked, a number of GeoTiffs are available for ground water levels by default. Other GeoTiffs for groundwater levels can also be loaded in by clicking on "Select GeoTiff".

	====Subsidence configuration====		====Subsidence configuration====

Rudolf@tygron.nl: /* Weather configuration (simulation time, rainfall, evaporation) */

2019-06-13T07:47:43Z

Weather configuration (simulation time, rainfall, evaporation)

← Older revision		Revision as of 07:47, 13 June 2019
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	====Weather configuration (simulation time, rainfall, evaporation)====		====Weather configuration (simulation time, rainfall, evaporation)====
	{{main\|section=section\|Weather}}		{{main\|section=section\|Weather}}
	{{Editor location\|overlay keys\|"Edit", next to weather}}		{{Editor location\|overlay keys\|3="Edit", next to weather}}
	The weather configuration, which dictates the {{inlink\|Rain and simulation time\|duration of the simulation, the amount of rain}} and the {{inlink\|lcase=1\|Evaporation rate}}, is modeled as a separate weather object which is connected to the water overlay. The weather object can be replaced with another, changing the main simulation and weather properties. The weather itself can be changed as well.		The weather configuration, which dictates the {{inlink\|Rain and simulation time\|duration of the simulation, the amount of rain}} and the {{inlink\|lcase=1\|Evaporation rate}}, is modeled as a separate weather object which is connected to the water overlay. The weather object can be replaced with another, changing the main simulation and weather properties. The weather itself can be changed as well.

← Older revision		Revision as of 15:17, 7 October 2022
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	{{main\|section=section\|System visualization\|System visualization}}		{{main\|section=section\|System visualization\|System visualization}}
	{{Editor location\|overlay general\|Show system visualization}}		{{Editor location\|overlay general\|Show system visualization}}
	The water overlay performs a simulation in which much detailed flow takes place, but in which a number of features perform special functions related to water flow. These features include the sewers and the {{inlink\|lcase=1\|Hydrological ~~constructions~~}}. The flow of these sections of the hydrological model can be visualized as an explicit graph overlayed on the overlay.		The water overlay performs a simulation in which much detailed flow takes place, but in which a number of features perform special functions related to water flow. These features include the sewers and the {{inlink\|lcase=1\|Hydrological buildings}}. The flow of these sections of the hydrological model can be visualized as an explicit graph overlayed on the overlay.

	The system visualization can be toggled by checking or unchecking the "Show System Visualization" checkbox.		The system visualization can be toggled by checking or unchecking the "Show System Visualization" checkbox.
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	{{main\|section=section\|Keys}}		{{main\|section=section\|Keys}}
	{{Editor location\|overlay keys}}		{{Editor location\|overlay keys}}
	The water model's calculations rely on a number of [[area]]s and [[~~construction~~]]s for their input data. {{inlink\|Hydrological features}} and {{inlink\|lcase=1\|Hydrological ~~constructions~~}} have special meanings in terms of policy or scenario. To allow for both compatibility with external data as well as parallel calculations for different scenario's, it is possible to (re)define the exact attributes the overlay uses for those inputs. This would allow two instances of a water overlay to work with the same dataset but with different configurations for hydrological features or ~~constructions~~.		The water model's calculations rely on a number of [[area]]s and [[building]]s for their input data. {{inlink\|Hydrological features}} and {{inlink\|lcase=1\|Hydrological buildings}} have special meanings in terms of policy or scenario. To allow for both compatibility with external data as well as parallel calculations for different scenario's, it is possible to (re)define the exact attributes the overlay uses for those inputs. This would allow two instances of a water overlay to work with the same dataset but with different configurations for hydrological features or buildings.

	The exact attributes the overlay uses as input from hydrological features and ~~constructions~~ can be changed on the "Keys" tab, by using the relevant dropdown to change the attribute name to the desired attribute.		The exact attributes the overlay uses as input from hydrological features and buildings can be changed on the "Keys" tab, by using the relevant dropdown to change the attribute name to the desired attribute.

	=====Keys=====		=====Keys=====
	The water model makes use of data present in geographical features in the [[3D world]]. This data is used as input for the various calculations which together model the water flow. The water model recognizes what attributes of geographical features form the parameters required for the calculation through key definitions. Each key is the name of an attribute which the water model should use to determine a specific parameter.		The water model makes use of data present in geographical features in the [[3D world]]. This data is used as input for the various calculations which together model the water flow. The water model recognizes what attributes of geographical features form the parameters required for the calculation through key definitions. Each key is the name of an attribute which the water model should use to determine a specific parameter.

	Keys are set to default attribute names, which apply to {{inlink\|lcase=1\|Hydrological features}}, {{inlink\|lcase=1\|Hydrological ~~constructions~~}}, and {{inlink\|lcase=1\|Hydrological properties of terrain}}. Keys can be changed so that imported data can be interpreted without renaming attributes, or to allow different configurations to come forth from the same dataset.		Keys are set to default attribute names, which apply to {{inlink\|lcase=1\|Hydrological features}}, {{inlink\|lcase=1\|Hydrological buildings}}, and {{inlink\|lcase=1\|Hydrological properties of terrain}}. Keys can be changed so that imported data can be interpreted without renaming attributes, or to allow different configurations to come forth from the same dataset.

	====Attributes configuration====		====Attributes configuration====