Tutorial Module03 Archive - Revision history

Pavlina Monhartova: /* Model Timestep Review (Boundary Condition Example) */

2025-04-30T01:31:30Z

Model Timestep Review (Boundary Condition Example)

← Older revision		Revision as of 11:31, 30 April 2025
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	'''MapInfo Users'''<br>		'''MapInfo Users'''<br>
	* Import the '''2d_iwl_empty.mif''' file from the "mi\empty" folder and save as '''mi\2d_iwl_M03_004.tab'''.		* Import the '''2d_iwl_empty.mif''' file from the "mi\empty" folder and save as '''mi\2d_iwl_M03_004.tab'''.
	* Draw a polygon around the pond in the center of the active model area. Set the "IWL" attribute to 75m. Save and export the ~~file as a MIF/MID~~ file.<br>		* Draw a polygon around the pond in the center of the active model area. Set the "IWL" attribute to 75m. Save and export the file.<br>
	:[[File:Tute_M03_HPC_14.PNG\|450px]]		:[[File:Tute_M03_HPC_14.PNG\|450px]]
	* Add the following command to the '''M03_5m_004.tcf''' file:<br>		* Add the following command to the '''M03_5m_004.tcf''' file:<br>

Pavlina Monhartova at 06:05, 18 April 2025

2025-04-18T06:05:27Z

← Older revision		Revision as of 16:05, 18 April 2025
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	*[[Save_Date_Error_Archive\|Save date of .tab file is later than .mif or .mid]]		*[[Save_Date_Error_Archive\|Save date of .tab file is later than .mif or .mid]]
	*[[Model_Changes_Not_Seen_Archive \| When reviewing check files, I can't see the changes]]		*[[Model_Changes_Not_Seen_Archive \| When reviewing check files, I can't see the changes]]
	*[[~~Only_TUFLOW_DOS_Window_Archive~~ \| Why does the TUFLOW console window open, though the TCF isn’t read and the simulation doesn’t execute?]]		*[[Only_TUFLOW_Console_Window_Archive \| Why does the TUFLOW console window open, though the TCF isn’t read and the simulation doesn’t execute?]]

	= Advanced - HPC Solver (Optional) =		= Advanced - HPC Solver (Optional) =

Pavlina Monhartova at 04:43, 17 April 2025

2025-04-17T04:43:10Z

← Older revision		Revision as of 14:43, 17 April 2025
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	*[[Save_Date_Error_Archive\|Save date of .tab file is later than .mif or .mid]]		*[[Save_Date_Error_Archive\|Save date of .tab file is later than .mif or .mid]]
	*[[Model_Changes_Not_Seen_Archive \| When reviewing check files, I can't see the changes]]		*[[Model_Changes_Not_Seen_Archive \| When reviewing check files, I can't see the changes]]
	*[[Only_TUFLOW_DOS_Window_Archive \| Why does the TUFLOW ~~DOS~~ ~~Window~~ open, though the TCF isn’t read and the simulation doesn’t execute?]]		*[[Only_TUFLOW_DOS_Window_Archive \| Why does the TUFLOW console window open, though the TCF isn’t read and the simulation doesn’t execute?]]

	= Advanced - HPC Solver (Optional) =		= Advanced - HPC Solver (Optional) =

Emilie Nielsen: /* Troubleshooting */

2025-02-20T06:36:31Z

Troubleshooting

← Older revision		Revision as of 16:36, 20 February 2025
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	=Troubleshooting=		=Troubleshooting=
	This section contains links to some possible issue that may occur when progressing through the second tutorial module. ~~If you experience an issue that is not detailed please detail the issue on the <u>[[Talk%3ATutorial_Module01_Archive \| discussion page.]]</u>~~<br>		This section contains links to some possible issue that may occur when progressing through the second tutorial module.<br>

	If you are unsure of why the model has failed to start, check the TUFLOW Log File (this is in the '''TUFLOW\runs\log\''' folder and has the name '''M02_5m_001.tlf'''. This can be opened in a text editor, the error is generally at the end of the file, however you can search for "Error" if you can not see the error.		If you are unsure of why the model has failed to start, check the TUFLOW Log File (this is in the '''TUFLOW\runs\log\''' folder and has the name '''M02_5m_001.tlf'''. This can be opened in a text editor, the error is generally at the end of the file, however you can search for "Error" if you can not see the error.

Abigail.lillo: /* Advanced - HPC Solver (Optional) */

2024-10-10T01:34:33Z

Advanced - HPC Solver (Optional)

← Older revision		Revision as of 11:34, 10 October 2024
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	In this optional section we will run the model using the TUFLOW HPC (Heavily Parallelised Compute) solver. Please see [[HPC_Features_Archive \| HPC Features Archive]] for more information on TUFLOW HPC features supported in the 2017 release.		In this optional section we will run the model using the TUFLOW HPC (Heavily Parallelised Compute) solver. Please see [[HPC_Features_Archive \| HPC Features Archive]] for more information on TUFLOW HPC features supported in the 2017 release.

	TUFLOW HPC can run between 10 and 100 times faster than TUFLOW Classic using NVidia Graphics Processing Units (GPU)(depending on the model configuration and hardware performance).		TUFLOW HPC can run between 10 and 100 times faster than TUFLOW Classic using NVidia Graphics Processing Units (GPU)(depending on the model configuration and hardware performance). TUFLOW HPC exhibits unconditional stability. As such, It will automatically select a timestep to maintain simulation stability. This tutorial discusses this feature.

	TUFLOW HPC exhibits unconditional stability. As such, It will automatically select a timestep to maintain simulation stability. This tutorial discusses this feature.

	== Simulation Using HPC Instead of Classic==		== Simulation Using HPC Instead of Classic==

Abigail.lillo: /* Advanced - HPC Solver (Optional) */

2024-10-10T01:33:46Z

Advanced - HPC Solver (Optional)

← Older revision		Revision as of 11:33, 10 October 2024
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	= Advanced - HPC Solver (Optional) =		= Advanced - HPC Solver (Optional) =
	In this optional section we will run the model using the TUFLOW HPC (Heavily Parallelised Compute) solver. ~~TUFLOW~~ ~~HPC~~ ~~can~~ ~~run~~ ~~between~~ 10 ~~and~~ ~~100~~ ~~times~~ ~~faster~~ ~~than~~ TUFLOW ~~Classic~~ ~~using~~ ~~NVidia~~ ~~Graphics Processing Units (GPU)(depending on~~ the ~~model~~ ~~configuration and hardware performance)~~.		In this optional section we will run the model using the TUFLOW HPC (Heavily Parallelised Compute) solver. Please see [[HPC_Features_Archive \| HPC Features Archive]] for more information on TUFLOW HPC features supported in the 2017 release.

			TUFLOW HPC can run between 10 and 100 times faster than TUFLOW Classic using NVidia Graphics Processing Units (GPU)(depending on the model configuration and hardware performance).

	TUFLOW HPC exhibits unconditional stability. As such, It will automatically select a timestep to maintain simulation stability. This tutorial discusses this feature.		TUFLOW HPC exhibits unconditional stability. As such, It will automatically select a timestep to maintain simulation stability. This tutorial discusses this feature.

Emilie Nielsen at 00:32, 23 September 2024

2024-09-23T00:32:47Z

← Older revision		Revision as of 10:32, 23 September 2024
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	* Road crests		* Road crests
	* Creek centre line (thalweg)		* Creek centre line (thalweg)
	The only new GIS layer that is introduced is the 2d_zshape (2d Z Shape), it is ~~recommended that~~ the ~~user reads section 4~~.4.9 of ~~the~~ ~~2010~~ ~~TUFLOW~~ ~~manual~~. The 2d_zsh layer is commonly used, and will be also used in later modules.<br>		The only new GIS layer that is introduced is the 2d_zshape (2d Z Shape) - refer to the <u>[https://docs.tuflow.com/classic-hpc/manual/latest/ TUFLOW Manual]</u> for more information. The 2d_zsh layer is commonly used, and will be also used in later modules.<br>
	'''Note:''' As per module 2, instructions are given for the following four GIS platforms:<br>		'''Note:''' As per module 2, instructions are given for the following four GIS platforms:<br>
	* MapInfo		* MapInfo

Emilie Nielsen at 03:09, 5 April 2024

2024-04-05T03:09:46Z

← Older revision		Revision as of 13:09, 5 April 2024
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			<ol>
	=Introduction=		=Introduction=
	In this module we add some breaklines to the model to ensure that the 5m cell size model correctly represents the key hydraulic controls. We will add break-lines to represent the following features:<br>		In this module we add some breaklines to the model to ensure that the 5m cell size model correctly represents the key hydraulic controls. We will add break-lines to represent the following features:<br>
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	* Review simulation results thoroughly; and		* Review simulation results thoroughly; and
	* Review the model timestep information as a method to identify possible locations containing data input errors.		* Review the model timestep information as a method to identify possible locations containing data input errors.
			</ol>

Emilie Nielsen: /* Run the Simulation */

2024-04-05T03:08:28Z

Run the Simulation

← Older revision		Revision as of 13:08, 5 April 2024
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	=Run the Simulation=		=Run the Simulation=
	Using your preferred method for starting TUFLOW, run the recently created '''M03_5m_001.tcf'''. Please refer to [[Tutorial_Module01_Archive#~~Running_TUFLOW~~ \| ~~module~~ 1]] for a detailed description of the various methods for running a TUFLOW simulation.<br>		Using your preferred method for starting TUFLOW, run the recently created '''M03_5m_001.tcf'''. Please refer to <u>[[Tutorial_Module01_Archive#Run_Simulation \| Module 1]]</u> for a detailed description of the various methods for running a TUFLOW simulation.<br>
	If the model fails to start correctly please refer to the <u>[[Tutorial_Module03_Archive#Troubleshooting \|troubleshooting section]]</u> at the end of this page.<br>		If the model fails to start correctly please refer to the <u>[[Tutorial_Module03_Archive#Troubleshooting \|troubleshooting section]]</u> at the end of this page.<br>

Emilie Nielsen at 03:06, 5 April 2024

2024-04-05T03:06:55Z

← Older revision		Revision as of 13:06, 5 April 2024
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	<ol>
	=Introduction=		=Introduction=
	In this module we add some breaklines to the model to ensure that the 5m cell size model correctly represents the key hydraulic controls. We will add break-lines to represent the following features:<br>		In this module we add some breaklines to the model to ensure that the 5m cell size model correctly represents the key hydraulic controls. We will add break-lines to represent the following features:<br>
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	* Review simulation results thoroughly; and		* Review simulation results thoroughly; and
	* Review the model timestep information as a method to identify possible locations containing data input errors.		* Review the model timestep information as a method to identify possible locations containing data input errors.
	</ol>