Demo Seepage Project - Revision history

Frank@tygron.nl at 16:19, 26 January 2024

2024-01-26T16:19:01Z

← Older revision		Revision as of 16:19, 26 January 2024
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	\| title=Demo Seepage		\| title=Demo Seepage
	\| demographic=hydrologists and other water experts		\| demographic=hydrologists and other water experts
	\| showcases=the ~~seepage~~ functionality, following the [[~~Underground seepage~~ formula (Water Overlay)\|formula for ~~seepage~~]]		\| showcases=the bottom boundary flow functionality, following the [[Ground bottom flow formula (Water Overlay)\|formula for ground water flow from deeper ground layers through the bottom boundary]]
	\| image=Seepage.jpg		\| image=Seepage.jpg
	\| description=In this project a location in The Netherlands, Polder Oukoop, is experiencing seepage. It can serve as a working demo to explore the Seepage functionality and the configurable parameters. The following steps below show how seepage calculations with different parameters highlight the different ways seepage can be configured and varied. In order to make use of seepage in your project you need to import your own GeoTIFF data in the [[Water Overlay Wizard]]. This demo project demonstrates how the imported GeoTIFF data is used and displayed in two specific overlays.		\| description=In this project a location in The Netherlands, Polder Oukoop, is experiencing seepage. It can serve as a working demo to explore the Seepage functionality and the configurable parameters. The following steps below show how seepage calculations with different parameters highlight the different ways seepage can be configured and varied. In order to make use of seepage in your project you need to import your own GeoTIFF data in the [[Water Overlay Wizard]]. This demo project demonstrates how the imported GeoTIFF data is used and displayed in two specific overlays.

Frank@tygron.nl: /* Exploring the project */

2023-02-20T15:10:17Z

Exploring the project

← Older revision		Revision as of 15:10, 20 February 2023
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	To begin exploring the project, take the following steps:		To begin exploring the project, take the following steps:
	# Click anywhere in the [[3D Visualization]], and use the arrow keys on your keyboard to move around in the world. You can also drag the camera around by right-clicking (and holding the right mouse button down) in the [[3D Visualization]] and dragging the world around. Use the scroll wheel to zoom in- and out.		# Click anywhere in the [[3D Visualization]], and use the arrow keys on your keyboard to move around in the world. You can also drag the camera around by right-clicking (and holding the right mouse button down) in the [[3D Visualization]] and dragging the world around. Use the scroll wheel to zoom in- and out.
	# [[File:Ground_water_spatial.jpg\|thumb\|150px\|right\|Step 2: Groundwater Spatial Overlay]]On the right-hand side of the [[viewer ]]interface you can see the ~~overlays menubar~~. Hover over the various icons to see a tooltip with their name. Find the overlay named "Groundwater (spatial)", and click on it. This will show the overlay in the [[3D Visualization]]. This overlay shows the groundwater level in the underground.		# [[File:Ground_water_spatial.jpg\|thumb\|150px\|right\|Step 2: Groundwater Spatial Overlay]]On the right-hand side of the [[viewer ]]interface you can see the [[navigation panel]] with [[overlay]] icons. Hover over the various icons to see a tooltip with their name. Find the overlay named "Groundwater (spatial)", and click on it. This will show the overlay in the [[3D Visualization]]. This overlay shows the groundwater level in the underground.
	# [[File:Play_Groundwater_(spatial)_overlay.jpg\|thumb\|150px\|right\|Step 3: Activate Play]]At the bottom of the interface a legend will now appear, with on the left-hand side of the legend a few buttons to "play" the overlay. Click on the "play" button, and you will see how the state of the groundwater level changes over time.		# [[File:Play_Groundwater_(spatial)_overlay.jpg\|thumb\|150px\|right\|Step 3: Activate Play]]At the bottom of the interface a legend will now appear, with on the left-hand side of the legend a few buttons to "play" the overlay. Click on the "play" button, and you will see how the state of the groundwater level changes over time.
	# Hover over the icon for the overlay again, and notice that more options appear for overlays related to groundwater. These are the child overlays, which can display more types of results from the groundwater simulation.		# Hover over the icon for the overlay again, and notice that more options appear for overlays related to groundwater. These are the child overlays, which can display more types of results from the groundwater simulation.

Frank@tygron.nl: /* Exploring the project */

2023-02-20T15:09:36Z

Exploring the project

← Older revision		Revision as of 15:09, 20 February 2023
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	To begin exploring the project, take the following steps:		To begin exploring the project, take the following steps:
	# Click anywhere in the [[3D Visualization]], and use the arrow keys on your keyboard to move around in the world. You can also drag the camera around by right-clicking (and holding the right mouse button down) in the [[3D Visualization]] and dragging the world around. Use the scroll wheel to zoom in- and out.		# Click anywhere in the [[3D Visualization]], and use the arrow keys on your keyboard to move around in the world. You can also drag the camera around by right-clicking (and holding the right mouse button down) in the [[3D Visualization]] and dragging the world around. Use the scroll wheel to zoom in- and out.
	# [[File:Ground_water_spatial.jpg\|thumb\|150px\|right\|Step 2: Groundwater Spatial Overlay]]On the right-hand side of the [[viewer ~~interface~~]] you can see the overlays menubar. Hover over the various icons to see a tooltip with their name. Find the overlay named "Groundwater (spatial)", and click on it. This will show the overlay in the [[3D Visualization]]. This overlay shows the groundwater level in the underground.		# [[File:Ground_water_spatial.jpg\|thumb\|150px\|right\|Step 2: Groundwater Spatial Overlay]]On the right-hand side of the [[viewer ]]interface you can see the overlays menubar. Hover over the various icons to see a tooltip with their name. Find the overlay named "Groundwater (spatial)", and click on it. This will show the overlay in the [[3D Visualization]]. This overlay shows the groundwater level in the underground.
	# [[File:Play_Groundwater_(spatial)_overlay.jpg\|thumb\|150px\|right\|Step 3: Activate Play]]At the bottom of the interface a legend will now appear, with on the left-hand side of the legend a few buttons to "play" the overlay. Click on the "play" button, and you will see how the state of the groundwater level changes over time.		# [[File:Play_Groundwater_(spatial)_overlay.jpg\|thumb\|150px\|right\|Step 3: Activate Play]]At the bottom of the interface a legend will now appear, with on the left-hand side of the legend a few buttons to "play" the overlay. Click on the "play" button, and you will see how the state of the groundwater level changes over time.
	# Hover over the icon for the overlay again, and notice that more options appear for overlays related to groundwater. These are the child overlays, which can display more types of results from the groundwater simulation.		# Hover over the icon for the overlay again, and notice that more options appear for overlays related to groundwater. These are the child overlays, which can display more types of results from the groundwater simulation.

Frank@tygron.nl at 14:47, 20 February 2023

2023-02-20T14:47:44Z

← Older revision		Revision as of 14:47, 20 February 2023
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	To begin exploring the project, take the following steps:		To begin exploring the project, take the following steps:
	# Click anywhere in the 3D ~~world~~, and use the arrow keys on your keyboard to move around in the world. You can also drag the camera around by right-clicking (and holding the right mouse button down) in the 3D ~~world~~ and dragging the world around. Use the scroll wheel to zoom in- and out.		# Click anywhere in the [[3D Visualization]], and use the arrow keys on your keyboard to move around in the world. You can also drag the camera around by right-clicking (and holding the right mouse button down) in the [[3D Visualization]] and dragging the world around. Use the scroll wheel to zoom in- and out.
	# [[File:Ground_water_spatial.jpg\|thumb\|150px\|right\|Step 2: Groundwater Spatial Overlay]]On the right-hand side of the ~~3D world~~ you can see the overlays menubar. Hover over the various icons to see a tooltip with their name. Find the overlay named "Groundwater (spatial)", and click on it. This will show the overlay in the 3D ~~world~~. This overlay shows the groundwater level in the underground.		# [[File:Ground_water_spatial.jpg\|thumb\|150px\|right\|Step 2: Groundwater Spatial Overlay]]On the right-hand side of the [[viewer interface]] you can see the overlays menubar. Hover over the various icons to see a tooltip with their name. Find the overlay named "Groundwater (spatial)", and click on it. This will show the overlay in the [[3D Visualization]]. This overlay shows the groundwater level in the underground.
	# [[File:Play_Groundwater_(spatial)_overlay.jpg\|thumb\|150px\|right\|Step 3: Activate Play]]At the bottom of the interface a legend will now appear, with on the left-hand side of the legend a few buttons to "play" the overlay. Click on the "play" button, and you will see how the state of the groundwater level changes over time.		# [[File:Play_Groundwater_(spatial)_overlay.jpg\|thumb\|150px\|right\|Step 3: Activate Play]]At the bottom of the interface a legend will now appear, with on the left-hand side of the legend a few buttons to "play" the overlay. Click on the "play" button, and you will see how the state of the groundwater level changes over time.
	# Hover over the icon for the overlay again, and notice that more options appear for overlays related to groundwater. These are the child overlays, which can display more types of results from the groundwater simulation.		# Hover over the icon for the overlay again, and notice that more options appear for overlays related to groundwater. These are the child overlays, which can display more types of results from the groundwater simulation.

Frank@tygron.nl at 13:44, 27 October 2022

2022-10-27T13:44:21Z

← Older revision		Revision as of 13:44, 27 October 2022
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	[[File:No_seepage.jpg\|150px\|left]]		[[File:No_seepage.jpg\|150px\|left]]
	In locations with either no resistance or pressure defined, or with negative resistance defined, no seepage occurs. This location can be recognized by this pop up. Both seepage into the project area as well as seepage out of the project area are disabled.		In locations with either no resistance or pressure defined, or with negative resistance defined, no seepage occurs. This location can be recognized by this pop up. Both seepage into the project area as well as seepage out of the project area are disabled.
	{{~~clear~~}}		{{article end
			\|seealso=
			* [[List of Demo Projects]]
			}}

	{{demo nav\|Seepage}}		{{demo nav\|Seepage}}

Frank@tygron.nl at 12:41, 17 January 2022

2022-01-17T12:41:17Z

Rudolf@tygron.nl at 09:43, 28 May 2021

2021-05-28T09:43:41Z

← Older revision		Revision as of 09:43, 28 May 2021
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	\| title=Demo Seepage		\| title=Demo Seepage
	\| demographic=hydrologists and other water experts		\| demographic=hydrologists and other water experts
	\| showcases=the seepage functionality, following the [[Underground seepage formula (Water Overlay)]]		\| showcases=the seepage functionality, following the [[Underground seepage formula (Water Overlay)\|formula for seepage]]
	\| image=Seepage.jpg		\| image=Seepage.jpg
	\| description=In this project a location in The Netherlands, Polder Oukoop, is experiencing seepage. It can serve as a working demo to explore the Seepage functionality and the configurable parameters. The following steps below show how seepage calculations with different parameters highlight the different ways seepage can be configured and varied. In order to make use of seepage in your project you need to import your own GeoTiff data in the [[Water Overlay Wizard]]. This demo project demonstrates how the imported GeoTiff data is used and displayed in two specific overlays.		\| description=In this project a location in The Netherlands, Polder Oukoop, is experiencing seepage. It can serve as a working demo to explore the Seepage functionality and the configurable parameters. The following steps below show how seepage calculations with different parameters highlight the different ways seepage can be configured and varied. In order to make use of seepage in your project you need to import your own GeoTiff data in the [[Water Overlay Wizard]]. This demo project demonstrates how the imported GeoTiff data is used and displayed in two specific overlays.

Rudolf@tygron.nl at 06:47, 28 May 2021

2021-05-28T06:47:54Z

← Older revision		Revision as of 06:47, 28 May 2021
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	~~{\|class="wikitable" style="margin: auto; background-color:#ffffcc;"~~
	~~\| [[How to work with the Demo Seepage Project\|Next page>>]]~~
	\|}
	{{demo project summary		{{demo project summary
	\| title=Demo Seepage		\| title=Demo Seepage
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	{{clear}}		{{clear}}

	{\|~~class="wikitable" style="margin: auto; background-color:#ffffcc;"~~		{{demo nav\|Seepage}}
	~~\| [[How to work with the Demo~~ Seepage ~~Project\|Next page>>]]~~
	\|}

Hansje@tygron.com: /* Groundwater (Fluctuation) */

2020-09-16T12:28:39Z

Groundwater (Fluctuation)

← Older revision		Revision as of 12:28, 16 September 2020
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	* Static, spatially differing resistances defined by a GeoTiff accessible via the "Seepage resistance 500 days" Overlay. In the relevant patches, a resistance value of 500 days strongly reduces the amount of seepage.		* Static, spatially differing resistances defined by a GeoTiff accessible via the "Seepage resistance 500 days" Overlay. In the relevant patches, a resistance value of 500 days strongly reduces the amount of seepage.
	* The seepage fluctuation parameter starts at a negative value. It increases (but remains negative) after 2 days. 2 days later it becomes high and positive, and during the last 2 days the value is 0. This means the amount of seepage due to fluctuation changes every 2 days.		* The seepage fluctuation parameter starts at a negative value. It increases (but remains negative) after 2 days. 2 days later it becomes high and positive, and during the last 2 days the value is 0. This means the amount of seepage due to fluctuation changes every 2 days.
	* The simulation lasts for 8 days.		* The simulation lasts for 8 days. During these eight days only the water level, ground water level and the seepage influence the outcome, disruptive factors such as rain or evaporation have no influence in this case.

	==Exploring the project==		==Exploring the project==

Hansje@tygron.com: /* Groundwater (Spatial) */

2020-09-16T12:28:26Z

Groundwater (Spatial)

← Older revision		Revision as of 12:28, 16 September 2020
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	* Static, spatially differing resistances defined by a GeoTiff accessible via the "Seepage resistance 10 days" Overlay. In the relevant patches, a resistance value of 10 days allows noticeable seepage to occur over a period of a few days		* Static, spatially differing resistances defined by a GeoTiff accessible via the "Seepage resistance 10 days" Overlay. In the relevant patches, a resistance value of 10 days allows noticeable seepage to occur over a period of a few days
	* No fluctuation in seepage pressure defined, meaning the amount of seepage which occurs remains entirely constant over time.		* No fluctuation in seepage pressure defined, meaning the amount of seepage which occurs remains entirely constant over time.
	* The simulation lasts for 2 days.		* The simulation lasts for 2 days. During these two days only the water level, ground water level and the seepage influence the outcome, disruptive factors such as rain or evaporation have no influence in this case.

	===Groundwater (Fluctuation)===		===Groundwater (Fluctuation)===

← Older revision		Revision as of 12:41, 17 January 2022
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	\| showcases=the seepage functionality, following the [[Underground seepage formula (Water Overlay)\|formula for seepage]]		\| showcases=the seepage functionality, following the [[Underground seepage formula (Water Overlay)\|formula for seepage]]
	\| image=Seepage.jpg		\| image=Seepage.jpg
	\| description=In this project a location in The Netherlands, Polder Oukoop, is experiencing seepage. It can serve as a working demo to explore the Seepage functionality and the configurable parameters. The following steps below show how seepage calculations with different parameters highlight the different ways seepage can be configured and varied. In order to make use of seepage in your project you need to import your own ~~GeoTiff~~ data in the [[Water Overlay Wizard]]. This demo project demonstrates how the imported ~~GeoTiff~~ data is used and displayed in two specific overlays.		\| description=In this project a location in The Netherlands, Polder Oukoop, is experiencing seepage. It can serve as a working demo to explore the Seepage functionality and the configurable parameters. The following steps below show how seepage calculations with different parameters highlight the different ways seepage can be configured and varied. In order to make use of seepage in your project you need to import your own GeoTIFF data in the [[Water Overlay Wizard]]. This demo project demonstrates how the imported GeoTIFF data is used and displayed in two specific overlays.
	}}		}}

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	===Groundwater (Spatial)===		===Groundwater (Spatial)===
	[[File:Groundwater_spatial_overlay.jpg\|175px\|right]]		[[File:Groundwater_spatial_overlay.jpg\|175px\|right]]
	This Overlay has been configured, based on imported ~~GeoTiff~~ data, to only make use of the spatial parameters for seepage, meaning the amount of seepage varies between locations but does not change over time. In this case the ~~Geotiff~~ files contained one file with information about the pressure per area and the other ~~Geotiff~~ file contains information about the resistance of the separating layer. Most of the terrain has a negative resistance, excluding seepage calculations in those locations. There are a few patches where resistance is configured to a rate of a couple of days. Thus, the rate and amount of seepage demonstrated in this Overlay is entirely due to the static (albeit spatially differing) pressures and resistances.		This Overlay has been configured, based on imported GeoTIFF data, to only make use of the spatial parameters for seepage, meaning the amount of seepage varies between locations but does not change over time. In this case the GeoTIFF files contained one file with information about the pressure per area and the other GeoTIFF file contains information about the resistance of the separating layer. Most of the terrain has a negative resistance, excluding seepage calculations in those locations. There are a few patches where resistance is configured to a rate of a couple of days. Thus, the rate and amount of seepage demonstrated in this Overlay is entirely due to the static (albeit spatially differing) pressures and resistances.
	* Static, spatially differing pressures defined by a ~~GeoTiff~~ accessible via the "Seepage pressure locations" Overlay.		* Static, spatially differing pressures defined by a GeoTIFF accessible via the "Seepage pressure locations" Overlay.
	* Static, spatially differing resistances defined by a ~~GeoTiff~~ accessible via the "Seepage resistance 10 days" Overlay. In the relevant patches, a resistance value of 10 days allows noticeable seepage to occur over a period of a few days		* Static, spatially differing resistances defined by a GeoTIFF accessible via the "Seepage resistance 10 days" Overlay. In the relevant patches, a resistance value of 10 days allows noticeable seepage to occur over a period of a few days
	* No fluctuation in seepage pressure defined, meaning the amount of seepage which occurs remains entirely constant over time.		* No fluctuation in seepage pressure defined, meaning the amount of seepage which occurs remains entirely constant over time.
	* The simulation lasts for 2 days. During these two days only the water level, ground water level and the seepage influence the outcome, disruptive factors such as rain or evaporation have no influence in this case.		* The simulation lasts for 2 days. During these two days only the water level, ground water level and the seepage influence the outcome, disruptive factors such as rain or evaporation have no influence in this case.
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	===Groundwater (Fluctuation)===		===Groundwater (Fluctuation)===
	[[File:Groundwater_fluctuation_Overlay.jpg\|175px\|right]]		[[File:Groundwater_fluctuation_Overlay.jpg\|175px\|right]]
	This Overlay has been configured, based on the same imported ~~GeoTiff~~ data as the groundwater Spatial overlay, with proper spatial pressure, but excessive resistances in the relevant locations. The amount of seepage occurring due to those parameters is therefor a lot less then in the case of the Spatial variant. However, a fluctuation has also been defined which causes the amount of seepage to be supplemented by a varying amount over time. Thus, the rate and amount of seepage demonstrated in this Overlay is strongly affected by the fluctuation parameter.		This Overlay has been configured, based on the same imported GeoTIFF data as the groundwater Spatial overlay, with proper spatial pressure, but excessive resistances in the relevant locations. The amount of seepage occurring due to those parameters is therefor a lot less then in the case of the Spatial variant. However, a fluctuation has also been defined which causes the amount of seepage to be supplemented by a varying amount over time. Thus, the rate and amount of seepage demonstrated in this Overlay is strongly affected by the fluctuation parameter.
	* Static, spatially differing pressures defined by a ~~GeoTiff~~ accessible via the "Seepage pressure locations" Overlay.		* Static, spatially differing pressures defined by a GeoTIFF accessible via the "Seepage pressure locations" Overlay.
	* Static, spatially differing resistances defined by a ~~GeoTiff~~ accessible via the "Seepage resistance 500 days" Overlay. In the relevant patches, a resistance value of 500 days strongly reduces the amount of seepage.		* Static, spatially differing resistances defined by a GeoTIFF accessible via the "Seepage resistance 500 days" Overlay. In the relevant patches, a resistance value of 500 days strongly reduces the amount of seepage.
	* The seepage fluctuation parameter starts at a negative value. It increases (but remains negative) after 2 days. 2 days later it becomes high and positive, and during the last 2 days the value is 0. This means the amount of seepage due to fluctuation changes every 2 days.		* The seepage fluctuation parameter starts at a negative value. It increases (but remains negative) after 2 days. 2 days later it becomes high and positive, and during the last 2 days the value is 0. This means the amount of seepage due to fluctuation changes every 2 days.
	* The simulation lasts for 8 days. During these eight days only the water level, ground water level and the seepage influence the outcome, disruptive factors such as rain or evaporation have no influence in this case.		* The simulation lasts for 8 days. During these eight days only the water level, ground water level and the seepage influence the outcome, disruptive factors such as rain or evaporation have no influence in this case.

	==Exploring the project==		==Exploring the project==
	''In the following steps we will take a look at the imported ~~GeoTiff~~ data and how this is used in multiple overlays in the Seepage Project.''		''In the following steps we will take a look at the imported GeoTIFF data and how this is used in multiple overlays in the Seepage Project.''

	To begin exploring the project, take the following steps:		To begin exploring the project, take the following steps:
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	## The "Groundwater (Spatial)" Overlay calculates and shows the result for the seepage calculation, with a static amount of pressure and resistance affecting the groundwater levels, without any configured fluctuation.		## The "Groundwater (Spatial)" Overlay calculates and shows the result for the seepage calculation, with a static amount of pressure and resistance affecting the groundwater levels, without any configured fluctuation.
	## The "Groundwater (Fluctiation)" Overlay calculates and shows the results for a seepage calculation, in which natural pressure and resistance are configured to limit base seepage, so that the effect of seepage fluctuation is more visibly demonstrated.		## The "Groundwater (Fluctiation)" Overlay calculates and shows the results for a seepage calculation, in which natural pressure and resistance are configured to limit base seepage, so that the effect of seepage fluctuation is more visibly demonstrated.
	## A ~~GeoTiff~~ Overlay showing spatial seepage pressures. It has two child Overlays demonstrating the configuration for resistance values of 10 days, and the resistance values of 500 days.		## A GeoTIFF Overlay showing spatial seepage pressures. It has two child Overlays demonstrating the configuration for resistance values of 10 days, and the resistance values of 500 days.
	# Finally, notice a number of icons floating in the world. The orange icons are of particular note; these denote points-of-interest which you can take a closer look at. You can click on any to open a panel with more information.		# Finally, notice a number of icons floating in the world. The orange icons are of particular note; these denote points-of-interest which you can take a closer look at. You can click on any to open a panel with more information.
	{{clear}}		{{clear}}