Demo Breach Project FAQ & More - Revision history

Maxim@tygron.com: /* Want more? */

2026-02-12T10:45:50Z

Want more?

← Older revision		Revision as of 10:45, 12 February 2026
Line 19:		Line 19:
	: The project is configured with a grid size of 2m. This means the entire [[project area]] is divided up into cells of 2m by 2m. Each cell has discrete properties based on the present features, such as a single terrain height and a single water height. For most calculations, this is a high enough accuracy to calculate with, as only the effects of features smaller than 2 meters may be diminished. In timesteps of less than a second per step, calculations are performed for each cell on how much water can move to others cells. More information on grid calculations:		: The project is configured with a grid size of 2m. This means the entire [[project area]] is divided up into cells of 2m by 2m. Each cell has discrete properties based on the present features, such as a single terrain height and a single water height. For most calculations, this is a high enough accuracy to calculate with, as only the effects of features smaller than 2 meters may be diminished. In timesteps of less than a second per step, calculations are performed for each cell on how much water can move to others cells. More information on grid calculations:
	:* [[Grid cell size]]		:* [[Grid cell size]]

	~~==Want more?==~~
	~~If you would like to do more with the Tygron Platform, please upgrade your trial license to Bronze (or higher).~~
	~~{{demo nav\|Breach}}~~

Maxim@tygron.com: /* Support */

2026-02-12T10:45:42Z

Support

← Older revision		Revision as of 10:45, 12 February 2026
Line 19:		Line 19:
	: The project is configured with a grid size of 2m. This means the entire [[project area]] is divided up into cells of 2m by 2m. Each cell has discrete properties based on the present features, such as a single terrain height and a single water height. For most calculations, this is a high enough accuracy to calculate with, as only the effects of features smaller than 2 meters may be diminished. In timesteps of less than a second per step, calculations are performed for each cell on how much water can move to others cells. More information on grid calculations:		: The project is configured with a grid size of 2m. This means the entire [[project area]] is divided up into cells of 2m by 2m. Each cell has discrete properties based on the present features, such as a single terrain height and a single water height. For most calculations, this is a high enough accuracy to calculate with, as only the effects of features smaller than 2 meters may be diminished. In timesteps of less than a second per step, calculations are performed for each cell on how much water can move to others cells. More information on grid calculations:
	:* [[Grid cell size]]		:* [[Grid cell size]]

	~~==Support==~~
	~~In case you need further assistance or extra information in implementing the techniques from this tutorial, we have the following support options for all our users available:~~
	* [https://www.tygron.com/en/video-tutorials/ Video tutorials and Webinars]
	* [[Main Page\|The Tygron Platform Wiki]]
	* [https://community.tygron.com/forum/ The Tygron Community Forum]

	==Want more?==		==Want more?==
	If you would like to do more with the Tygron Platform, please upgrade your trial license to Bronze (or higher).		If you would like to do more with the Tygron Platform, please upgrade your trial license to Bronze (or higher).
	{{demo nav\|Breach}}		{{demo nav\|Breach}}

Frank@tygron.nl at 13:41, 30 January 2023

2023-01-30T13:41:56Z

← Older revision		Revision as of 13:41, 30 January 2023
Line 10:		Line 10:
	:* [[Hydraulic structures (Water Overlay)]]		:* [[Hydraulic structures (Water Overlay)]]
	; How does any particular setting affect calculation time?		; How does any particular setting affect calculation time?
	: Rainfall is calculated through a series of steps across the entire project area. This makes it difficult to provide a perfect description on how to fine-tune the calculation time for arbitrary projects, although some general rules-of-thumb exist. Setting a longer simulation time, having more water in the ~~3D world~~, and a more accurate grid size to perform the calculations on, will require more time to compute. Reducing the accuracy, excluding irrelevant sections from the calculation, and limiting the amount of calculations running in parallel are common ways to speed up the computation. More information on calculation times:		: Rainfall is calculated through a series of steps across the entire project area. This makes it difficult to provide a perfect description on how to fine-tune the calculation time for arbitrary projects, although some general rules-of-thumb exist. Setting a longer simulation time, having more water in the [[project area]], and a more accurate grid size to perform the calculations on, will require more time to compute. Reducing the accuracy, excluding irrelevant sections from the calculation, and limiting the amount of calculations running in parallel are common ways to speed up the computation. More information on calculation times:
	:* [[Troubleshooting calculation performance]]		:* [[Troubleshooting calculation performance]]
	:* [[Grid Overlay#Grid size\|Grid size]]		:* [[Grid Overlay#Grid size\|Grid size]]
	; What happens with the water at the edge of the ~~3D world~~?		; What happens with the water at the edge of the project area?
	: Water can only flow to valid locations in the ~~3D world~~. The edge of the ~~3D world~~ is treated as an impenetrable barrier which water cannot flow across. This means that when the water reaches the edge of the project area, it can build up and flow back into the rest of the world. This is called an "Edge effect", and is something which you need to account for in any software modelling hydraulic effects. Depending on the project and specific use-case, it can be desirable to make the project area larger when the project is created so that the edges are further away from the critical area. For other cases it may be sufficient to simply be aware of the fact that the edge is treated as an impenetrable barrier, like causing more water to be retained in the simulation. More information on edge effects:		: Water can only flow to valid locations in the [[project area]]. The edge of the project is treated as an impenetrable barrier which water cannot flow across. This means that when the water reaches the edge of the project area, it can build up and flow back into the rest of the world. This is called an "Edge effect", and is something which you need to account for in any software modelling hydraulic effects. Depending on the project and specific use-case, it can be desirable to make the project area larger when the project is created so that the edges are further away from the critical area. For other cases it may be sufficient to simply be aware of the fact that the edge is treated as an impenetrable barrier, like causing more water to be retained in the simulation. More information on edge effects:
	:* [[Edge effects (Water Overlay)]]		:* [[Edge effects (Water Overlay)]]
	; How detailed are the performed calculations?		; How detailed are the performed calculations?
	: The project is configured with a grid size of 2m. This means the entire ~~3D world~~ is divided up into cells of 2m by 2m. Each cell has discrete properties based on the present features, such as a single terrain height and a single water height. For most calculations, this is a high enough accuracy to calculate with, as only the effects of features smaller than 2 meters may be diminished. In timesteps of less than a second per step, calculations are performed for each cell on how much water can move to others cells. More information on grid calculations:		: The project is configured with a grid size of 2m. This means the entire [[project area]] is divided up into cells of 2m by 2m. Each cell has discrete properties based on the present features, such as a single terrain height and a single water height. For most calculations, this is a high enough accuracy to calculate with, as only the effects of features smaller than 2 meters may be diminished. In timesteps of less than a second per step, calculations are performed for each cell on how much water can move to others cells. More information on grid calculations:
	:* [[Grid cell size]]		:* [[Grid cell size]]

Rudolf@tygron.nl at 06:57, 28 May 2021

2021-05-28T06:57:22Z

← Older revision		Revision as of 06:57, 28 May 2021
Line 1:		Line 1:
	~~{\|class="wikitable" style="margin: auto; background-color:#ffffcc;"~~
	~~\| [[How to work with the Demo Breach Project\|<<Previous page]]~~
	~~\| [[Demo Breach Project\|<<<Back to start]]~~
	\|}
	==FAQ==		==FAQ==
	; Why does water sometimes stop and then resume flowing across the terrain?		; Why does water sometimes stop and then resume flowing across the terrain?
Line 32:		Line 28:
	==Want more?==		==Want more?==
	If you would like to do more with the Tygron Platform, please upgrade your trial license to Bronze (or higher).		If you would like to do more with the Tygron Platform, please upgrade your trial license to Bronze (or higher).
	{\|~~class="wikitable" style="margin: auto; background-color:#ffffcc;"~~		{{demo nav\|Breach}}
	~~\| [[How to work with the Demo Breach Project\|<<Previous page]]~~
	~~\| [[Demo~~ Breach ~~Project\|<<<Back to start]]~~
	\|}

Rudolf@tygron.nl: Rudolf@tygron.nl moved page Demo Breach FAQ & More to Demo Breach Project FAQ & More without leaving a redirect

2021-05-28T06:55:35Z

Rudolf@tygron.nl moved page Demo Breach FAQ & More to Demo Breach Project FAQ & More without leaving a redirect

← Older revision	Revision as of 06:55, 28 May 2021
(No difference)

Rudolf@tygron.nl at 13:09, 12 February 2020

2020-02-12T13:09:54Z

← Older revision		Revision as of 13:09, 12 February 2020
Line 21:		Line 21:
	:* [[Edge effects (Water Overlay)]]		:* [[Edge effects (Water Overlay)]]
	; How detailed are the performed calculations?		; How detailed are the performed calculations?
	: The project is configured with a grid size of 2m. This means the entire 3D world is divided up into cells of 2m by 2m. Each cell has discrete properties based on the present features, such as a single terrain height and a single water height. For most calculations, this is a high enough accuracy to calculate with, as only the effects of features smaller than 2 meters may be diminished. In timesteps of less than a second per step, calculations are performed for each cell on how much water can move to others cells.		: The project is configured with a grid size of 2m. This means the entire 3D world is divided up into cells of 2m by 2m. Each cell has discrete properties based on the present features, such as a single terrain height and a single water height. For most calculations, this is a high enough accuracy to calculate with, as only the effects of features smaller than 2 meters may be diminished. In timesteps of less than a second per step, calculations are performed for each cell on how much water can move to others cells. More information on grid calculations:
			:* [[Grid cell size]]


	==Support==		==Support==

Rudolf@tygron.nl at 13:08, 12 February 2020

2020-02-12T13:08:42Z

← Older revision		Revision as of 13:08, 12 February 2020
Line 20:		Line 20:
	: Water can only flow to valid locations in the 3D world. The edge of the 3D world is treated as an impenetrable barrier which water cannot flow across. This means that when the water reaches the edge of the project area, it can build up and flow back into the rest of the world. This is called an "Edge effect", and is something which you need to account for in any software modelling hydraulic effects. Depending on the project and specific use-case, it can be desirable to make the project area larger when the project is created so that the edges are further away from the critical area. For other cases it may be sufficient to simply be aware of the fact that the edge is treated as an impenetrable barrier, like causing more water to be retained in the simulation. More information on edge effects:		: Water can only flow to valid locations in the 3D world. The edge of the 3D world is treated as an impenetrable barrier which water cannot flow across. This means that when the water reaches the edge of the project area, it can build up and flow back into the rest of the world. This is called an "Edge effect", and is something which you need to account for in any software modelling hydraulic effects. Depending on the project and specific use-case, it can be desirable to make the project area larger when the project is created so that the edges are further away from the critical area. For other cases it may be sufficient to simply be aware of the fact that the edge is treated as an impenetrable barrier, like causing more water to be retained in the simulation. More information on edge effects:
	:* [[Edge effects (Water Overlay)]]		:* [[Edge effects (Water Overlay)]]
			; How detailed are the performed calculations?
			: The project is configured with a grid size of 2m. This means the entire 3D world is divided up into cells of 2m by 2m. Each cell has discrete properties based on the present features, such as a single terrain height and a single water height. For most calculations, this is a high enough accuracy to calculate with, as only the effects of features smaller than 2 meters may be diminished. In timesteps of less than a second per step, calculations are performed for each cell on how much water can move to others cells.



	==Support==		==Support==
	In case you need further assistance or extra information in implementing the techniques from this tutorial, we have the following support options for all our users available:		In case you need further assistance or extra information in implementing the techniques from this tutorial, we have the following support options for all our users available:

Rudolf@tygron.nl at 16:01, 22 January 2020

2020-01-22T16:01:20Z

← Older revision		Revision as of 16:01, 22 January 2020
Line 18:		Line 18:
	:* [[Grid Overlay#Grid size\|Grid size]]		:* [[Grid Overlay#Grid size\|Grid size]]
	; What happens with the water at the edge of the 3D world?		; What happens with the water at the edge of the 3D world?
	: Water can only flow to valid locations in the 3D world. The edge of the 3D world is treated as an impenetrable barrier which water cannot flow across. This means that when the water reaches the edge of the project area, it can build up and flow back into the rest of the world. This is called an "Edge effect", and is something which you need to account for in any software modelling hydraulic effects. More information on edge effects:		: Water can only flow to valid locations in the 3D world. The edge of the 3D world is treated as an impenetrable barrier which water cannot flow across. This means that when the water reaches the edge of the project area, it can build up and flow back into the rest of the world. This is called an "Edge effect", and is something which you need to account for in any software modelling hydraulic effects. Depending on the project and specific use-case, it can be desirable to make the project area larger when the project is created so that the edges are further away from the critical area. For other cases it may be sufficient to simply be aware of the fact that the edge is treated as an impenetrable barrier, like causing more water to be retained in the simulation. More information on edge effects:
	:* [[Edge effects (Water Overlay)]]		:* [[Edge effects (Water Overlay)]]
	==Support==		==Support==

Rudolf@tygron.nl at 15:40, 22 January 2020

2020-01-22T15:40:17Z

← Older revision		Revision as of 15:40, 22 January 2020
Line 17:		Line 17:
	:* [[Troubleshooting calculation performance]]		:* [[Troubleshooting calculation performance]]
	:* [[Grid Overlay#Grid size\|Grid size]]		:* [[Grid Overlay#Grid size\|Grid size]]
			; What happens with the water at the edge of the 3D world?
			: Water can only flow to valid locations in the 3D world. The edge of the 3D world is treated as an impenetrable barrier which water cannot flow across. This means that when the water reaches the edge of the project area, it can build up and flow back into the rest of the world. This is called an "Edge effect", and is something which you need to account for in any software modelling hydraulic effects. More information on edge effects:
			:* [[Edge effects (Water Overlay)]]
	==Support==		==Support==
	In case you need further assistance or extra information in implementing the techniques from this tutorial, we have the following support options for all our users available:		In case you need further assistance or extra information in implementing the techniques from this tutorial, we have the following support options for all our users available:

Rudolf@tygron.nl at 15:29, 22 January 2020

2020-01-22T15:29:53Z

← Older revision		Revision as of 15:29, 22 January 2020
Line 13:		Line 13:
	:* [[Action]]		:* [[Action]]
	:* [[Hydraulic structures (Water Overlay)]]		:* [[Hydraulic structures (Water Overlay)]]
			; How does any particular setting affect calculation time?
			: Rainfall is calculated through a series of steps across the entire project area. This makes it difficult to provide a perfect description on how to fine-tune the calculation time for arbitrary projects, although some general rules-of-thumb exist. Setting a longer simulation time, having more water in the 3D world, and a more accurate grid size to perform the calculations on, will require more time to compute. Reducing the accuracy, excluding irrelevant sections from the calculation, and limiting the amount of calculations running in parallel are common ways to speed up the computation. More information on calculation times:
			:* [[Troubleshooting calculation performance]]
			:* [[Grid Overlay#Grid size\|Grid size]]
	==Support==		==Support==
	In case you need further assistance or extra information in implementing the techniques from this tutorial, we have the following support options for all our users available:		In case you need further assistance or extra information in implementing the techniques from this tutorial, we have the following support options for all our users available: