Integrity Tool - Channel ID - Revision history

Ellis Symons at 13:43, 8 April 2022

2022-04-08T13:43:30Z

← Older revision		Revision as of 23:43, 8 April 2022
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	The [[1D_Integrity_Tool_-_Channel_ID\|Channel ID]] integrity tool, checks the ID of each channel link in the TUFLOW 1D network and flags channels that have duplicate names or a NULL / empty ID. The tool also has a processing option to automatically correct these instances.		The '''<u>[[1D_Integrity_Tool_-_Channel_ID\|Channel ID]]</u>''' integrity tool, checks the ID of each channel link in the TUFLOW 1D network and flags channels that have duplicate names or a NULL / empty ID. The tool also has a processing option to automatically correct these instances.

	<ol>		<ol>
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	</ol>		</ol>

	Please return to the [[1D_Integrity_Tool_-_Tutorial#Using_the_1D_Integrity_Tool\|1D Integrity tutorial page]] to continue the tutorial.		Please return to the '''<u>[[1D_Integrity_Tool_-_Tutorial#Using_the_1D_Integrity_Tool\|1D Integrity tutorial page]]</u>''' to continue the tutorial.

Tuflowduncan at 13:28, 8 April 2022

2022-04-08T13:28:15Z

← Older revision		Revision as of 23:28, 8 April 2022
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	</ol>		</ol>

	Please return to the ~~1D Integrity tutorial~~ [[1D_Integrity_Tool_-_Tutorial#Using_the_1D_Integrity_Tool\|page]] to continue the tutorial.		Please return to the [[1D_Integrity_Tool_-_Tutorial#Using_the_1D_Integrity_Tool\|1D Integrity tutorial page]] to continue the tutorial.

Tuflowduncan at 13:21, 8 April 2022

2022-04-08T13:21:41Z

Tuflowduncan at 13:12, 8 April 2022

2022-04-08T13:12:02Z

← Older revision		Revision as of 23:12, 8 April 2022
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	The Channel ID integrity tool, checks the ID of each channel in the network and flag channels that have duplicate names or a NULL / empty ID. The tool also has a processing option to automatically correct these instances.		The [[1D_Integrity_Tool_-_Channel_ID\|Channel ID]] integrity tool, checks the ID of each channel in the network and flag channels that have duplicate names or a NULL / empty ID. The tool also has a processing option to automatically correct these instances.

	<ol>		<ol>

Tuflowduncan at 13:07, 8 April 2022

2022-04-08T13:07:46Z

← Older revision		Revision as of 23:07, 8 April 2022
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	</ol>		</ol>

	Please return to the 1D Integrity tutorial [[1D_Integrity_Tool_-_Tutorial\|page]] to continue the tutorial.		Please return to the 1D Integrity tutorial [[1D_Integrity_Tool_-_Tutorial#1D_Integrity_Tool\|page]] to continue the tutorial.

Tuflowduncan at 13:05, 8 April 2022

2022-04-08T13:05:04Z

← Older revision		Revision as of 23:05, 8 April 2022
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	The ~~second~~ integrity tool, checks the ID of each channel in the network and flag channels that have duplicate names or a NULL / empty ID. The tool also has a processing option to automatically correct these instances.		The Channel ID integrity tool, checks the ID of each channel in the network and flag channels that have duplicate names or a NULL / empty ID. The tool also has a processing option to automatically correct these instances.

	<ol>		<ol>
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	<li> Check the IDs within the attribute table for the '''1d_nwk_MI01_Pipes_001_L_EG1_ID1''' layer.		<li> Check the IDs within the attribute table for the '''1d_nwk_MI01_Pipes_001_L_EG1_ID1''' layer.
	</ol>		</ol>

			Please return to the 1D Integrity tutorial [[1D_Integrity_Tool_-_Tutorial\|page]] to continue the tutorial.

Tuflowduncan at 12:31, 8 April 2022

2022-04-08T12:31:06Z

← Older revision		Revision as of 22:31, 8 April 2022
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	The second integrity tool, checks the ID of each channel in the network and flag channels that have duplicate names or a NULL / empty ID. The tool also has a processing option to automatically correct these instances.		The second integrity tool, checks the ID of each channel in the network and flag channels that have duplicate names or a NULL / empty ID. The tool also has a processing option to automatically correct these instances.

			<ol>
		⚫	<li> Ensure that '''1d_nwk_MI01_Pipes_001_L_EG1''' is referenced in the 1D network Line Layers and select the Channel ID tab.<br>
		⚫	<li> Select the option to ‘Flag non-compliant channels IDs’ and select run.<br>

		⚫	[[File:Channel ID Check.png]]<br>
⚫	1. Ensure that '''1d_nwk_MI01_Pipes_001_L_EG1''' is referenced in the 1D network Line Layers and select the Channel ID tab.<br>
⚫	2. Select the option to ‘Flag non-compliant channels IDs’ and select run.<br>

⚫	[[File:Channel ID Check.png]]

	The tool will create a new point layer called ‘Output’ which will highlight two locations, one with a duplicated node ID and the other with a null node ID.<br>		The tool will create a new point layer called ‘Output’ which will highlight two locations, one with a duplicated node ID and the other with a null node ID.<br>
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	3. Return to the Channel ID tool, and deselect the option to '''‘Flag non-compliant channel IDs’''' and select the option to '''‘Fix non-compliant channel IDs’'''.		<li> Return to the Channel ID tool, and deselect the option to '''‘Flag non-compliant channel IDs’''' and select the option to '''‘Fix non-compliant channel IDs’'''.
	4. For duplicated node ids we will use the option to '''‘Append number to duplicate IDs using delimiter (default delimiter is _ e.g. pipe1_1, pipe1_2 etc):’'''		<li> For duplicated node ids we will use the option to '''‘Append number to duplicate IDs using delimiter (default delimiter is _ e.g. pipe1_1, pipe1_2 etc):’'''
	5. For null or empty IDs, set an option for Type ‘C’ and Prefix ‘Pipe’. The resulting dialogue should look like the below:		<li> For null or empty IDs, set an option for Type ‘C’ and Prefix ‘Pipe’. The resulting dialogue should look like the below:<br>

	[[File:Channel ID options.png]]		[[File:Channel ID options.png]]


	6. Click run to fix the non-compliant channel IDs. Again, choose the option to update the Input Network Lines to the new layer.		<li> Click run to fix the non-compliant channel IDs. Again, choose the option to update the Input Network Lines to the new layer.
	7. Run the Channel ID integrity tool on the resulting '''1d_nwk_MI01_Pipes_001_L_EG1_ID1''' to confirm that all names have been corrected. If successful, you should get the message that ‘All channel IDs were compliant’.		<li> Run the Channel ID integrity tool on the resulting '''1d_nwk_MI01_Pipes_001_L_EG1_ID1''' to confirm that all names have been corrected. If successful, you should get the message that ‘All channel IDs were compliant’.
	8. Check the IDs within the attribute table for the '''1d_nwk_MI01_Pipes_001_L_EG1_ID1''' layer.		<li> Check the IDs within the attribute table for the '''1d_nwk_MI01_Pipes_001_L_EG1_ID1''' layer.
			</ol>

Tuflowduncan: Created page with "The second integrity tool, checks the ID of each channel in the network and flag channels that have duplicate names or a NULL / empty ID. The tool also has a processing option..."

2022-04-08T12:18:18Z

Created page with "The second integrity tool, checks the ID of each channel in the network and flag channels that have duplicate names or a NULL / empty ID. The tool also has a processing option..."

New page

The second integrity tool, checks the ID of each channel in the network and flag channels that have duplicate names or a NULL / empty ID. The tool also has a processing option to automatically correct these instances.

1. Ensure that '''1d_nwk_MI01_Pipes_001_L_EG1''' is referenced in the 1D network Line Layers and select the Channel ID tab.<br>
2. Select the option to ‘Flag non-compliant channels IDs’ and select run.<br>

[[File:Channel ID Check.png]]

The tool will create a new point layer called ‘Output’ which will highlight two locations, one with a duplicated node ID and the other with a null node ID.<br>

[[File:Channel ID Error.png]]

3. Return to the Channel ID tool, and deselect the option to '''‘Flag non-compliant channel IDs’''' and select the option to '''‘Fix non-compliant channel IDs’'''.
4. For duplicated node ids we will use the option to '''‘Append number to duplicate IDs using delimiter (default delimiter is _ e.g. pipe1_1, pipe1_2 etc):’'''
5. For null or empty IDs, set an option for Type ‘C’ and Prefix ‘Pipe’. The resulting dialogue should look like the below:

[[File:Channel ID options.png]]

6. Click run to fix the non-compliant channel IDs. Again, choose the option to update the Input Network Lines to the new layer.
7. Run the Channel ID integrity tool on the resulting '''1d_nwk_MI01_Pipes_001_L_EG1_ID1''' to confirm that all names have been corrected. If successful, you should get the message that ‘All channel IDs were compliant’.
8. Check the IDs within the attribute table for the '''1d_nwk_MI01_Pipes_001_L_EG1_ID1''' layer.

← Older revision		Revision as of 23:21, 8 April 2022
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	The [[1D_Integrity_Tool_-_Channel_ID\|Channel ID]] integrity tool, checks the ID of each channel in the network and ~~flag~~ channels that have duplicate names or a NULL / empty ID. The tool also has a processing option to automatically correct these instances.		The [[1D_Integrity_Tool_-_Channel_ID\|Channel ID]] integrity tool, checks the ID of each channel link in the TUFLOW 1D network and flags channels that have duplicate names or a NULL / empty ID. The tool also has a processing option to automatically correct these instances.

	<ol>		<ol>
	<li> Ensure that '''1d_nwk_MI01_Pipes_001_L_EG1''' is referenced in the 1D network Line Layers and select the Channel ID tab.<br>		<li> Ensure that '''1d_nwk_MI01_Pipes_001_L_EG1''' is referenced in the 1D network Line Layers and select the '''Channel ID''' tab.<br>
	<li> Select the option to ‘Flag non-compliant channels IDs’ and select ~~run~~.<br>		<li> Select the option to '''‘Flag non-compliant channels IDs’''' and select '''Run'''.<br>

	[[File:Channel ID Check.png]]<br>		[[File:Channel ID Check.png]]<br>
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	<li> Return to the Channel ID tool, and deselect the option to '''‘Flag non-compliant channel IDs’''' and select the option to '''‘Fix non-compliant channel IDs’'''.		<li> Return to the '''Channel ID''' tool, and deselect the option to '''‘Flag non-compliant channel IDs’''' and select the option to '''‘Fix non-compliant channel IDs’'''.
	<li> For duplicated node ids we will use the option to '''‘Append number to duplicate IDs using delimiter (default delimiter is _ e.g. pipe1_1, pipe1_2 etc):’'''		<li> For duplicated node ids we will use the option to '''‘Append number to duplicate IDs using delimiter (default delimiter is _ e.g. pipe1_1, pipe1_2 etc):’'''
	<li> For null or empty IDs, set an option for Type ‘C’ and Prefix ‘Pipe’. The resulting dialogue should look like the below:<br>		<li> For null or empty IDs, set an option for Type ‘C’ and Prefix ‘Pipe’. The resulting dialogue should look like the below:<br>
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	<li> Click ~~run~~ to fix the non-compliant channel IDs. Again, choose the option to update the Input Network Lines to the new layer.		<li> Click '''Run''' to fix the non-compliant channel IDs. Again, choose the option to update the Input Network Lines to the new layer.
	<li> Run the Channel ID integrity tool on the resulting '''1d_nwk_MI01_Pipes_001_L_EG1_ID1''' to confirm that all names have been corrected. If successful, you should get the message that ‘All channel IDs were compliant’.		<li> Run the Channel ID integrity tool on the resulting '''1d_nwk_MI01_Pipes_001_L_EG1_ID1''' to confirm that all names have been corrected. If successful, you should get the message that ‘All channel IDs were compliant’.
	<li> Check the IDs within the attribute table for the '''1d_nwk_MI01_Pipes_001_L_EG1_ID1''' layer.		<li> Check the IDs within the attribute table for the '''1d_nwk_MI01_Pipes_001_L_EG1_ID1''' layer.
	</ol>		</ol>

	Please return to the 1D Integrity tutorial [[1D_Integrity_Tool_-_Tutorial#~~1D_Integrity_Tool~~\|page]] to continue the tutorial.		Please return to the 1D Integrity tutorial [[1D_Integrity_Tool_-_Tutorial#Using_the_1D_Integrity_Tool\|page]] to continue the tutorial.