1D Integrity Tool - Tutorial - Revision history

Ellis Symons: /* Accessing the Tutorial Data */

2025-05-06T13:20:21Z

Accessing the Tutorial Data

← Older revision		Revision as of 23:20, 6 May 2025
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	<ol>		<ol>
	1. Firstly download the tutorial dataset from [https://~~tuflowdownload~~.~~blob~~.~~core.windows.net/$web~~/TUFLOW/Wiki_Tute_Models/Integrity_Tool_Tutorial.zip here] and unzip the dataset.<br>		1. Firstly download the tutorial dataset from [https://downloads.tuflow.com/TUFLOW/Wiki_Tute_Models/Integrity_Tool_Tutorial.zip here] and unzip the dataset.<br>
	2. From the '''Integrity_Tool_Tutorial\Data''' folder, load the '''1d_nwk_MI01_Pits_001_L.shp''' , '''1d_nwk_MI01_Pipes_001_L.shp''' and '''dem_DEV_EG07.asc''' into QGIS.<br>		2. From the '''Integrity_Tool_Tutorial\Data''' folder, load the '''1d_nwk_MI01_Pits_001_L.shp''' , '''1d_nwk_MI01_Pipes_001_L.shp''' and '''dem_DEV_EG07.asc''' into QGIS.<br>
	3. Review the dataset and use the [[QGIS TUFLOW Styles \| ‘Apply TUFLOW Styles to open layers’]] tool, [[File:Check files open.png\|\|30px]], to theme the data.<br>		3. Review the dataset and use the [[QGIS TUFLOW Styles \| ‘Apply TUFLOW Styles to open layers’]] tool, [[File:Check files open.png\|\|30px]], to theme the data.<br>

Emilie Nielsen: /* Accessing the Tutorial Data */

2024-04-05T01:27:56Z

Accessing the Tutorial Data

← Older revision		Revision as of 11:27, 5 April 2024
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	*'''3. Input Tables''' - Input location of 1d_ta lines such as 1d_xs, 1d_cs, and 1d_hw. Use dropdown box and '+' button to add layers as inputs to tool.<br>		*'''3. Input Tables''' - Input location of 1d_ta lines such as 1d_xs, 1d_cs, and 1d_hw. Use dropdown box and '+' button to add layers as inputs to tool.<br>
	*'''4. Input DEM''' - Input raster. Currently only 1 input is supported, so if you are using tiled rasters datasets, they would need to be mosaiced into a single raster prior to running the tool.<br>		*'''4. Input DEM''' - Input raster. Currently only 1 input is supported, so if you are using tiled rasters datasets, they would need to be mosaiced into a single raster prior to running the tool.<br>
	*'''5. Tool Selection''' - The active tab will determine the active tool. Prior to plugin version 3.2 a radio button was used to select the active tool. See [[#Tool_Documentation\|Tool Documentation]] for information on each tool.<br>		*'''5. Tool Selection''' - The active tab will determine the active tool. Prior to plugin version 3.2 a radio button was used to select the active tool. See <u>[[1D_Integrity_Tool#Tool_Documentation\|Tool Documentation]]</u> for information on each tool.<br>
	*'''6. Status Bar''' - Contains the progress bar and status of the integrity tool. Includes information such as the current active task being performed (if one of the tools is running), and the status of the previously run tool.<br>		*'''6. Status Bar''' - Contains the progress bar and status of the integrity tool. Includes information such as the current active task being performed (if one of the tools is running), and the status of the previously run tool.<br>
	*'''7. Run''' - Runs the currently active tool (active tool determined by the current active tool tab - prior to plugin version 3.2 a radio button was used to select the active tool).<br>		*'''7. Run''' - Runs the currently active tool (active tool determined by the current active tool tab - prior to plugin version 3.2 a radio button was used to select the active tool).<br>

Pavlina Monhartova: /* Accessing the Tutorial Data */

2023-04-07T05:27:58Z

Accessing the Tutorial Data

← Older revision		Revision as of 15:27, 7 April 2023
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	<ol>		<ol>
	1. Firstly download the tutorial dataset from [https://tuflowdownload.blob.core.windows.net/$web/TUFLOW/Wiki_Tute_Models/Integrity_Tool_Tutorial.zip here] and unzip the dataset.<br>		1. Firstly download the tutorial dataset from [https://tuflowdownload.blob.core.windows.net/$web/TUFLOW/Wiki_Tute_Models/Integrity_Tool_Tutorial.zip here] and unzip the dataset.<br>
	2. From the '''Integrity_Tool_Tutorial\Data''' folder, load the '''~~1d_nwk_MI01_Pipes_001_L~~.shp''' , '''1d_nwk_MI01_Pipes_001_L.shp''' and '''dem_DEV_EG07.asc''' into QGIS.<br>		2. From the '''Integrity_Tool_Tutorial\Data''' folder, load the '''1d_nwk_MI01_Pits_001_L.shp''' , '''1d_nwk_MI01_Pipes_001_L.shp''' and '''dem_DEV_EG07.asc''' into QGIS.<br>
	3. Review the dataset and use the [[QGIS TUFLOW Styles \| ‘Apply TUFLOW Styles to open layers’]] tool, [[File:Check files open.png\|\|30px]], to theme the data.<br>		3. Review the dataset and use the [[QGIS TUFLOW Styles \| ‘Apply TUFLOW Styles to open layers’]] tool, [[File:Check files open.png\|\|30px]], to theme the data.<br>
	[[File:Sub-surface drainage overview.png]]<br>		[[File:Sub-surface drainage overview.png]]<br>

Ellis Symons: /* Summary */

2022-04-08T13:40:07Z

Summary

← Older revision		Revision as of 23:40, 8 April 2022
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	<br>		<br>
	{{Tips Navigation		{{Tips Navigation
	\|uplink=[[~~1D_Integerity_Tool~~\| Back to 1D Integrity Tool Main Page]]		\|uplink=[[1D_Integrity_Tool\| Back to 1D Integrity Tool Main Page]]
	}}		}}

Ellis Symons at 13:39, 8 April 2022

2022-04-08T13:39:37Z

← Older revision		Revision as of 23:39, 8 April 2022
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	=Summary=		=Summary=
	The 1D integrity tool provides a set of checks and fixes to ensure that the 1D input data is suitable to be used within a TUFLOW hydraulic model. The checks assess common errors within 1D datasets which will either cause TUFLOW errors, or influence results. Commonly these common errors are a consequence of digitisation and given the nature of large urban drainage networks are difficult to spot visually. The automated, 1D integrity tools provide a quick and easy approach to allow the modeller to be proactive in identifying problematic parts of a 1D system prior to loading into TUFLOW.		The 1D integrity tool provides a set of checks and fixes to ensure that the 1D input data is suitable to be used within a TUFLOW hydraulic model. The checks assess common errors within 1D datasets which will either cause TUFLOW errors, or influence results. Commonly these common errors are a consequence of digitisation and given the nature of large urban drainage networks are difficult to spot visually. The automated, 1D integrity tools provide a quick and easy approach to allow the modeller to be proactive in identifying problematic parts of a 1D system prior to loading into TUFLOW.
			<Br>
			<br>
			{{Tips Navigation
			\|uplink=[[1D_Integerity_Tool\| Back to 1D Integrity Tool Main Page]]
			}}

Tuflowduncan at 13:35, 8 April 2022

2022-04-08T13:35:35Z

← Older revision		Revision as of 23:35, 8 April 2022
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	The following exercises will take the user through the various tools using a pipe drainage network which contains a number of common errors which are found in these types of datasets.		The following exercises will take the user through the various tools using a pipe drainage network which contains a number of common errors which are found in these types of datasets.

	==Accessing the Tutorial Data==		=Accessing the Tutorial Data=

	<ol>		<ol>

Tuflowduncan: /* Accessing the Tutorial Data */

2022-04-08T13:35:16Z

Accessing the Tutorial Data

← Older revision		Revision as of 23:35, 8 April 2022
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	<ol>		<ol>
	1. Firstly download the tutorial dataset from ~~the~~ ~~following link~~ and unzip the dataset.<br>		1. Firstly download the tutorial dataset from [https://tuflowdownload.blob.core.windows.net/$web/TUFLOW/Wiki_Tute_Models/Integrity_Tool_Tutorial.zip here] and unzip the dataset.<br>
	2. From the '''Integrity_Tool_Tutorial\Data''' folder, load the '''1d_nwk_MI01_Pipes_001_L.shp''' , '''1d_nwk_MI01_Pipes_001_L.shp''' and '''dem_DEV_EG07.asc''' into QGIS.<br>		2. From the '''Integrity_Tool_Tutorial\Data''' folder, load the '''1d_nwk_MI01_Pipes_001_L.shp''' , '''1d_nwk_MI01_Pipes_001_L.shp''' and '''dem_DEV_EG07.asc''' into QGIS.<br>
	3. Review the dataset and use the [[QGIS TUFLOW Styles \| ‘Apply TUFLOW Styles to open layers’]] tool, [[File:Check files open.png\|\|30px]], to theme the data.<br>		3. Review the dataset and use the [[QGIS TUFLOW Styles \| ‘Apply TUFLOW Styles to open layers’]] tool, [[File:Check files open.png\|\|30px]], to theme the data.<br>

Tuflowduncan: /* Accessing the Tutorial Data */

2022-04-08T13:31:19Z

Accessing the Tutorial Data

← Older revision		Revision as of 23:31, 8 April 2022
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	<ol>		<ol>
	1. Firstly download the tutorial dataset from the following link and unzip the dataset.<br>		1. Firstly download the tutorial dataset from the following link and unzip the dataset.<br>
	2. From the '''Integrity_Tool_Tutorial\Data''' folder~~'''~~ load the '''1d_nwk_MI01_Pipes_001_L.shp''' , '''1d_nwk_MI01_Pipes_001_L.shp''' and '''dem_DEV_EG07.asc''' into QGIS.<br>		2. From the '''Integrity_Tool_Tutorial\Data''' folder, load the '''1d_nwk_MI01_Pipes_001_L.shp''' , '''1d_nwk_MI01_Pipes_001_L.shp''' and '''dem_DEV_EG07.asc''' into QGIS.<br>
	3. Review the dataset and use the [[QGIS TUFLOW Styles \| ‘Apply TUFLOW Styles to open layers’]] tool, [[File:Check files open.png\|\|30px]], to theme the data.<br>		3. Review the dataset and use the [[QGIS TUFLOW Styles \| ‘Apply TUFLOW Styles to open layers’]] tool, [[File:Check files open.png\|\|30px]], to theme the data.<br>
	[[File:Sub-surface drainage overview.png]]<br>		[[File:Sub-surface drainage overview.png]]<br>

Tuflowduncan: /* Using the 1D Integrity Tool */

2022-04-08T13:18:03Z

Using the 1D Integrity Tool

← Older revision		Revision as of 23:18, 8 April 2022
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	=Using the 1D Integrity Tool=		=Using the 1D Integrity Tool=

	The following pages go through the various checks available within the 1D Integrity Tools. ~~These~~ ~~pages~~ ~~can~~ be ~~referred~~ to ~~individually,~~ ~~although~~ if ~~running~~ ~~through~~ the ~~tutorial~~ ~~they~~ should be ~~conducted~~ in order.		The following pages go through the various checks available within the 1D Integrity Tools. For the purpose of running through the tutorial these pages, and the steps within them, should be undertaken in order.
	<ol>		<ol>
	<li> <u>[[Integrity_Tool_-_Empty_Geometry_Check\|Empty Geometry Check]]</u> --> This tool loops through the inputs file and identifies any features that have an empty or NULL geometry.		<li> <u>[[Integrity_Tool_-_Empty_Geometry_Check\|Empty Geometry Check]]</u> --> This tool loops through the inputs file and identifies any features that have an empty or NULL geometry.
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	<li> <u>[[Integrity_Tool_-_Continuity_Tool\|Continuity Tool]]</u> -->The continuity 1D integrity tool will check all 1D inputs for downstream continuity based on the selected processing options. This is similar to the above Flow trace check but will undertake the assessment on the whole set of inputs rather than upstream of a selected link.		<li> <u>[[Integrity_Tool_-_Continuity_Tool\|Continuity Tool]]</u> -->The continuity 1D integrity tool will check all 1D inputs for downstream continuity based on the selected processing options. This is similar to the above Flow trace check but will undertake the assessment on the whole set of inputs rather than upstream of a selected link.
	</ol>		</ol>

	=Summary=		=Summary=
	The 1D integrity tool provides a set of checks and fixes to ensure that the 1D input data is suitable to be used within a TUFLOW hydraulic model. The checks assess common errors within 1D datasets which will either cause TUFLOW errors, or influence results. Commonly these common errors are a consequence of digitisation and given the nature of large urban drainage networks are difficult to spot visually. The automated, 1D integrity tools provide a quick and easy approach to allow the modeller to be proactive in identifying problematic parts of a 1D system prior to loading into TUFLOW.		The 1D integrity tool provides a set of checks and fixes to ensure that the 1D input data is suitable to be used within a TUFLOW hydraulic model. The checks assess common errors within 1D datasets which will either cause TUFLOW errors, or influence results. Commonly these common errors are a consequence of digitisation and given the nature of large urban drainage networks are difficult to spot visually. The automated, 1D integrity tools provide a quick and easy approach to allow the modeller to be proactive in identifying problematic parts of a 1D system prior to loading into TUFLOW.

Tuflowduncan: /* Accessing the Tutorial Data */

2022-04-08T13:17:00Z

Accessing the Tutorial Data

← Older revision		Revision as of 23:17, 8 April 2022
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	<ol>		<ol>
	1. Firstly download the tutorial dataset from the following link and unzip the dataset.<br>		1. Firstly download the tutorial dataset from the following link and unzip the dataset.<br>
	2. From the '''Integrity_Tool_Tutorial\~~Datafolder~~''' load the '''1d_nwk_MI01_Pipes_001_L.shp''' , '''1d_nwk_MI01_Pipes_001_L.shp''' and '''dem_DEV_EG07''' into QGIS.<br>		2. From the '''Integrity_Tool_Tutorial\Data''' folder''' load the '''1d_nwk_MI01_Pipes_001_L.shp''' , '''1d_nwk_MI01_Pipes_001_L.shp''' and '''dem_DEV_EG07.asc''' into QGIS.<br>
	3. Review the dataset and use the [[QGIS TUFLOW Styles \| ‘Apply TUFLOW Styles to open layers’]] tool, [[File:Check files open.png\|\|30px]], to theme the data.<br>		3. Review the dataset and use the [[QGIS TUFLOW Styles \| ‘Apply TUFLOW Styles to open layers’]] tool, [[File:Check files open.png\|\|30px]], to theme the data.<br>
	[[File:Sub-surface drainage overview.png]]<br>		[[File:Sub-surface drainage overview.png]]<br>
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	[[File:integrity_tool_overview.PNG]]<br>		[[File:integrity_tool_overview.PNG]]<br>
	<br>		<br>
	*'''1. Input Network Lines''' - ~~input~~ location of 1d_nwk lines such as pipes, culverts, and open channels. Use dropdown box and '+' button to add layers as inputs to tool.<br>		*'''1. Input Network Lines''' - Input location of 1d_nwk lines such as pipes, culverts, and open channels. Use dropdown box and '+' button to add layers as inputs to tool.<br>
	*'''2. Input Network Points''' - ~~input~~ location of 1d_nwk points such as pits and nodes. Use dropdown box and '+' button to add layers as inputs to tool.<br>		*'''2. Input Network Points''' - Input location of 1d_nwk points such as pits and nodes. Use dropdown box and '+' button to add layers as inputs to tool.<br>
	*'''3. Input Tables''' - ~~input~~ location of 1d_ta lines such as 1d_xs, 1d_cs, and 1d_hw. Use dropdown box and '+' button to add layers as inputs to tool.<br>		*'''3. Input Tables''' - Input location of 1d_ta lines such as 1d_xs, 1d_cs, and 1d_hw. Use dropdown box and '+' button to add layers as inputs to tool.<br>
	*'''4. Input DEM''' - ~~input~~ raster. Currently only 1 input is supported, so if you are using tiled rasters datasets, they would need to be mosaiced into a single raster prior to running the tool.<br>		*'''4. Input DEM''' - Input raster. Currently only 1 input is supported, so if you are using tiled rasters datasets, they would need to be mosaiced into a single raster prior to running the tool.<br>
	*'''5. Tool Selection''' - ~~the~~ active tab will determine the active tool. Prior to plugin version 3.2 a radio button was used to select the active tool. See [[#Tool_Documentation\|Tool Documentation]] for information on each tool.<br>		*'''5. Tool Selection''' - The active tab will determine the active tool. Prior to plugin version 3.2 a radio button was used to select the active tool. See [[#Tool_Documentation\|Tool Documentation]] for information on each tool.<br>
	*'''6. Status Bar''' - ~~contains~~ the progress bar and status of the integrity tool. Includes information such as the current active task being performed (if one of the tools is running), and the status of the previously run tool.<br>		*'''6. Status Bar''' - Contains the progress bar and status of the integrity tool. Includes information such as the current active task being performed (if one of the tools is running), and the status of the previously run tool.<br>
	*'''7. Run''' - ~~runs~~ the currently active tool (active tool determined by the current active tool tab - prior to plugin version 3.2 a radio button was used to select the active tool).<br>		*'''7. Run''' - Runs the currently active tool (active tool determined by the current active tool tab - prior to plugin version 3.2 a radio button was used to select the active tool).<br>
	<br>		<br>

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	</ol>		</ol>

	This ~~means~~ we will be undertaking the integrity tests on this layer. We could also use the integrity tools on point layers and/or Cross-section/Height-Width tables, but for the purpose of this demonstration we will only use the network line layers.		This will mean we will be undertaking the integrity tests on this layer. We could also use the integrity tools on point layers and/or Cross-section/Height-Width tables, but for the purpose of this demonstration we will only use the network line layers.

	=Using the 1D Integrity Tool=		=Using the 1D Integrity Tool=