Results (Water Overlay) - Revision history

Frank@tygron.nl at 16:07, 28 February 2023

2023-02-28T16:07:46Z

← Older revision		Revision as of 16:07, 28 February 2023
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	==Weather visualization==		==Weather visualization==
	{{main\|Weather visualization (Water Overlay)}}		{{main\|Weather visualization (Water Overlay)}}
	Based on the results computed by the [[Water Overlay]], a visually engaging effect can be shown in the [[3D ~~visualization~~]] where water appears on and flows across the surface.		Based on the results computed by the [[Water Overlay]], a visually engaging effect can be shown in the [[3D Visualization]] where water appears on and flows across the surface.

	==Debug information==		==Debug information==

Frank@tygron.nl at 13:51, 17 January 2023

2023-01-17T13:51:37Z

← Older revision		Revision as of 13:51, 17 January 2023
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	==Grid Overlay results==		==Grid Overlay results==
	[[File:FloodingOverlay2.png\|right\|thumb\|100xpx\|Flooding overlay [[Surface last value result type (Water Overlay)\| result ~~type~~]].]]		[[File:FloodingOverlay2.png\|right\|thumb\|100xpx\|Flooding overlay [[Surface last value result type (Water Overlay)\| result]].]]
	{{main\|Result type (Water Overlay)}}		{{main\|Result type (Water Overlay)}}
	Depending on the configured result type, various results are stored as numerical values in a grid spanning the project area. The stored values and their context depend on the selected [[Result type (Water Overlay)\|result type]]. These grid results are not only stored for the Water Overlay, but also for its related [[Result Child Overlay]]s. Additionally, apart from the end result, multiple intermediate [[timeframe]]s may be generated and stored for each result child overlay.		Depending on the configured result type, various results are stored as numerical values in a grid spanning the project area. The stored values and their context depend on the selected [[Result type (Water Overlay)\|result type]]. These grid results are not only stored for the Water Overlay, but also for its related [[Result Child Overlay]]s. Additionally, apart from the end result, multiple intermediate [[timeframe]]s may be generated and stored for each result child overlay.

Frank@tygron.nl: /* Water balance */

2023-01-17T13:51:12Z

Water balance

← Older revision		Revision as of 13:51, 17 January 2023
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	==Water balance==		==Water balance==
			[[File:Water_balance.jpg\|thumb\|right\|150xpx\|Water balance panel]]
	{{main\|Water balance (Water Overlay)}}		{{main\|Water balance (Water Overlay)}}
	For a quick overview of where water in the model came from and where it has ended up, the water balance can be inspected. This is intended for verification that across the entirety of the model, all water is accounted for and there are no unexpected points where water comes from or ends up.		For a quick overview of where water in the model came from and where it has ended up, the water balance can be inspected. This is intended for verification that across the entirety of the model, all water is accounted for and there are no unexpected points where water comes from or ends up.

Frank@tygron.nl: /* Debug information */

2023-01-17T13:50:01Z

Debug information

← Older revision		Revision as of 13:50, 17 January 2023
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	==Debug information==		==Debug information==
			[[File:Debug_info.jpg\|150xpx\|thumb\|right\|Overlay debug info]]
	{{main\|Debug info (Water Overlay)}}		{{main\|Debug info (Water Overlay)}}
	For the purposes of debugging the simulation, and getting a quick insight into some of the numbers relevant to the simulation as a whole. This is mostly for determining whether the simulation has been configured well enough to provide a realistic model.		For the purposes of debugging the simulation, and getting a quick insight into some of the numbers relevant to the simulation as a whole. This is mostly for determining whether the simulation has been configured well enough to provide a realistic model.

	{{WaterOverlay output nav}}		{{WaterOverlay output nav}}

Frank@tygron.nl: /* System visualization */

2023-01-17T13:49:06Z

System visualization

← Older revision		Revision as of 13:49, 17 January 2023
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	==System visualization==		==System visualization==
	[[File:Water_area_system.PNG\|right\|thumb\|150xpx]]		[[File:Water_area_system.PNG\|right\|thumb\|150xpx\|Area and object system visualization]]
	{{main\|System visualization (Water Overlay)}}		{{main\|System visualization (Water Overlay)}}
	Because the water system is composed of many hydrological features which move water around, insight into how the model facilitates water flow is necessary to understand how the initial circumstances lead the the outcome they do. The system visualization shows the various connections between locations in the model, and the locations of boundary conditions. Both a low level and a high level visualization is supported.		Because the water system is composed of many hydrological features which move water around, insight into how the model facilitates water flow is necessary to understand how the initial circumstances lead the the outcome they do. The system visualization shows the various connections between locations in the model, and the locations of boundary conditions. Both a low level and a high level visualization is supported.

Frank@tygron.nl: /* System visualization */

2023-01-17T13:48:41Z

System visualization

← Older revision		Revision as of 13:48, 17 January 2023
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	==System visualization==		==System visualization==
			[[File:Water_area_system.PNG\|right\|thumb\|150xpx]]
	{{main\|System visualization (Water Overlay)}}		{{main\|System visualization (Water Overlay)}}
	Because the water system is composed of many hydrological features which move water around, insight into how the model facilitates water flow is necessary to understand how the initial circumstances lead the the outcome they do. The system visualization shows the various connections between locations in the model, and the locations of boundary conditions. Both a low level and a high level visualization is supported.		Because the water system is composed of many hydrological features which move water around, insight into how the model facilitates water flow is necessary to understand how the initial circumstances lead the the outcome they do. The system visualization shows the various connections between locations in the model, and the locations of boundary conditions. Both a low level and a high level visualization is supported.

Frank@tygron.nl: /* Object output */

2023-01-17T13:45:33Z

Object output

← Older revision		Revision as of 13:45, 17 January 2023
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	* [[Object datum output a (Water Overlay)\|Object datum output a]]. The (changing) water level datum of the hydraulic structure or hydrological feature at interaction side a.		* [[Object datum output a (Water Overlay)\|Object datum output a]]. The (changing) water level datum of the hydraulic structure or hydrological feature at interaction side a.
	* [[Object datum output b (Water Overlay)\|Object datum output b]]. The (changing) water level datum of the hydraulic structure or hydrological feature at interaction side b.		* [[Object datum output b (Water Overlay)\|Object datum output b]]. The (changing) water level datum of the hydraulic structure or hydrological feature at interaction side b.
	~~{{clear}}~~

	==Water balance==		==Water balance==

Frank@tygron.nl: /* Object output */

2023-01-17T13:45:24Z

Object output

← Older revision		Revision as of 13:45, 17 January 2023
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	==Object output==		==Object output==
	[[File:Weir_test_case_weir_adjusting_flow.png\|thumb\|right\|150xpx\|[[Object flow output (Water Overlay)\| Object flow output]] measurement ~~of a weir with an adjusting height~~]]		[[File:Weir_test_case_weir_adjusting_flow.png\|thumb\|right\|150xpx\|[[Object flow output (Water Overlay)\| Object flow output]] measurement]]
	Several result parameters in formulas used for hydraulic structures or hydrological features are recorded in an [[Attribute]] for that [[Item]], as an [[Attribute array]] with one value per [[timeframe]]. This is to facilitate in-depth analysis of throughput and functioning of many geographical features in the [[Water Overlay]]. The following are supported:		Several result parameters in formulas used for hydraulic structures or hydrological features are recorded in an [[Attribute]] for that [[Item]], as an [[Attribute array]] with one value per [[timeframe]]. This is to facilitate in-depth analysis of throughput and functioning of many geographical features in the [[Water Overlay]]. The following are supported:
	* [[Object flow output (Water Overlay)\|Object flow output]]. Water flowing through a hydraulic structure or hydrological feature.		* [[Object flow output (Water Overlay)\|Object flow output]]. Water flowing through a hydraulic structure or hydrological feature.

Frank@tygron.nl: /* Object output */

2023-01-17T13:45:04Z

Object output

← Older revision		Revision as of 13:45, 17 January 2023
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	==Object output==		==Object output==
	[[File:Weir_test_case_weir_adjusting_flow.png\|thumb\|right\|~~200xpx~~\|[[Object flow output (Water Overlay)\| Object flow output]] measurement of a weir with an adjusting height]]		[[File:Weir_test_case_weir_adjusting_flow.png\|thumb\|right\|150xpx\|[[Object flow output (Water Overlay)\| Object flow output]] measurement of a weir with an adjusting height]]
	Several result parameters in formulas used for hydraulic structures or hydrological features are recorded in an [[Attribute]] for that [[Item]], as an [[Attribute array]] with one value per [[timeframe]]. This is to facilitate in-depth analysis of throughput and functioning of many geographical features in the [[Water Overlay]]. The following are supported:		Several result parameters in formulas used for hydraulic structures or hydrological features are recorded in an [[Attribute]] for that [[Item]], as an [[Attribute array]] with one value per [[timeframe]]. This is to facilitate in-depth analysis of throughput and functioning of many geographical features in the [[Water Overlay]]. The following are supported:
	* [[Object flow output (Water Overlay)\|Object flow output]]. Water flowing through a hydraulic structure or hydrological feature.		* [[Object flow output (Water Overlay)\|Object flow output]]. Water flowing through a hydraulic structure or hydrological feature.

Frank@tygron.nl: /* Grid Overlay results */

2023-01-17T13:44:51Z

Grid Overlay results

← Older revision		Revision as of 13:44, 17 January 2023
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	{{main\|Result type (Water Overlay)}}		{{main\|Result type (Water Overlay)}}
	Depending on the configured result type, various results are stored as numerical values in a grid spanning the project area. The stored values and their context depend on the selected [[Result type (Water Overlay)\|result type]]. These grid results are not only stored for the Water Overlay, but also for its related [[Result Child Overlay]]s. Additionally, apart from the end result, multiple intermediate [[timeframe]]s may be generated and stored for each result child overlay.		Depending on the configured result type, various results are stored as numerical values in a grid spanning the project area. The stored values and their context depend on the selected [[Result type (Water Overlay)\|result type]]. These grid results are not only stored for the Water Overlay, but also for its related [[Result Child Overlay]]s. Additionally, apart from the end result, multiple intermediate [[timeframe]]s may be generated and stored for each result child overlay.
	~~{{clear}}~~

	==Object output==		==Object output==