1D Integrity Tool - Snapping Tool - Revision history

Ellis Symons: /* Processing Options */

2022-03-04T14:35:38Z

Processing Options

← Older revision		Revision as of 00:35, 5 March 2022
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	===Processing Options===		===Processing Options===
	The following options are available:		The following options are available:
	* '''Use exclusion radius''' - used for input lines only. If an object is unsnapped, and the closest object is outside the exclusion radius, then the object is not flagged. The purpose of this option is to reduce the amount of unneccessary flagging performed on the most upstream and downstream ends of the network.		* '''Use exclusion radius''' - used for input lines only. If an object is unsnapped, and the closest object is outside the exclusion radius, then the object is not flagged. The purpose of this option is to reduce the amount of unneccessary flagging performed at the most upstream and downstream ends of the network.
	* '''Auto Snap''' - Will automatically move unsnapped objects and snap them if there are any within the given search radius.		* '''Auto Snap''' - Will automatically move unsnapped objects and snap them if there are any within the given search radius.

Ellis Symons: /* Processing Options */

2022-03-04T14:34:26Z

Processing Options

← Older revision		Revision as of 00:34, 5 March 2022
Line 16:		Line 16:
	===Processing Options===		===Processing Options===
	The following options are available:		The following options are available:
	* Use exclusion radius - used for input lines only. If an object is unsnapped, and the closest object is outside the exclusion radius, then the object is not flagged. The purpose of this option is to reduce the amount of unneccessary flagging performed on the most upstream and downstream ends of the network.		* '''Use exclusion radius''' - used for input lines only. If an object is unsnapped, and the closest object is outside the exclusion radius, then the object is not flagged. The purpose of this option is to reduce the amount of unneccessary flagging performed on the most upstream and downstream ends of the network.
	* Auto Snap - Will automatically move unsnapped objects and snap them if there are any within the given search radius.		* '''Auto Snap''' - Will automatically move unsnapped objects and snap them if there are any within the given search radius.

Ellis Symons: /* Processing Options */

2022-03-04T13:53:14Z

Processing Options

← Older revision		Revision as of 23:53, 4 March 2022
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	===Processing Options===		===Processing Options===
	The following options ~~area~~ available:		The following options are available:
	* Use exclusion radius - used for input lines only. If an object is unsnapped, and the closest object is outside the exclusion radius, then the object is not flagged. The purpose of this option is to reduce the amount of unneccessary flagging performed on the most upstream and downstream ends of the network.		* Use exclusion radius - used for input lines only. If an object is unsnapped, and the closest object is outside the exclusion radius, then the object is not flagged. The purpose of this option is to reduce the amount of unneccessary flagging performed on the most upstream and downstream ends of the network.
	* Auto Snap - Will automatically move unsnapped objects and snap them if there are any within the given search radius.		* Auto Snap - Will automatically move unsnapped objects and snap them if there are any within the given search radius.

Ellis Symons: /* Processing Options */

2022-03-04T13:52:28Z

Processing Options

← Older revision		Revision as of 23:52, 4 March 2022
Line 16:		Line 16:
	===Processing Options===		===Processing Options===
	The following options area available:		The following options area available:
	* Use exclusion radius - used for input lines only. If an object is unsnapped, and the closest object is outside the exclusion radius, then the object is not flagged. The purpose of this option is to reduce the amount of unneccessary flagging performed on the most upstream and downstream ~~end~~ of the network.		* Use exclusion radius - used for input lines only. If an object is unsnapped, and the closest object is outside the exclusion radius, then the object is not flagged. The purpose of this option is to reduce the amount of unneccessary flagging performed on the most upstream and downstream ends of the network.
	* Auto Snap - Will automatically move unsnapped objects and snap them if there are any within the given search radius.		* Auto Snap - Will automatically move unsnapped objects and snap them if there are any within the given search radius.

Ellis Symons at 13:51, 4 March 2022

2022-03-04T13:51:46Z

← Older revision		Revision as of 23:51, 4 March 2022
Line 18:		Line 18:
	* Use exclusion radius - used for input lines only. If an object is unsnapped, and the closest object is outside the exclusion radius, then the object is not flagged. The purpose of this option is to reduce the amount of unneccessary flagging performed on the most upstream and downstream end of the network.		* Use exclusion radius - used for input lines only. If an object is unsnapped, and the closest object is outside the exclusion radius, then the object is not flagged. The purpose of this option is to reduce the amount of unneccessary flagging performed on the most upstream and downstream end of the network.
	* Auto Snap - Will automatically move unsnapped objects and snap them if there are any within the given search radius.		* Auto Snap - Will automatically move unsnapped objects and snap them if there are any within the given search radius.


	{{Tips Navigation		{{Tips Navigation

Ellis Symons: /* Outputs */

2022-03-04T13:51:25Z

Outputs

← Older revision		Revision as of 23:51, 4 March 2022
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	The following are output from the tool:		The following are output from the tool:
	* Output point layer - an output log from the tool identifying where snapping errors where found. If 'auto snap' was run (see processing options below), where the tool made corrections.		* Output point layer - an output log from the tool identifying where snapping errors where found. If 'auto snap' was run (see processing options below), where the tool made corrections.
	* A temporary layer for each input ~~run in the tool~~ with snapping ~~corrections~~ (if 'auto snap' was run)		* A temporary layer for each input with snapping corrected (if 'auto snap' was run)

	===Processing Options===		===Processing Options===

Ellis Symons: /* Outputs */

2022-03-04T13:51:02Z

Outputs

← Older revision		Revision as of 23:51, 4 March 2022
Line 11:		Line 11:
	===Outputs===		===Outputs===
	The following are output from the tool:		The following are output from the tool:
	* Output point layer - an output log from the tool identifying where snapping errors where found ~~and if~~ 'auto snap' was run (see processing options below), where the tool made corrections.		* Output point layer - an output log from the tool identifying where snapping errors where found. If 'auto snap' was run (see processing options below), where the tool made corrections.
	* A temporary layer for each input run in the tool with snapping corrections (if 'auto snap' was run)		* A temporary layer for each input run in the tool with snapping corrections (if 'auto snap' was run)

Ellis Symons: /* Tool Description */

2022-03-04T13:50:25Z

Tool Description

← Older revision		Revision as of 23:50, 4 March 2022
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	===Tool Description===		===Tool Description===
	Checks the snapping of all input 1D network lines (channels) and 1D network points. For lines, it will check that both the upstream and downstream end of the line is snapped to the upstream or downstream end of another line. For points it wil check that each point is snapped to either an upstream or downstream end of a line.<Br~~><br~~>		Checks the snapping of all input 1D network lines (channels) and 1D network points. For lines, it will check that both the upstream and downstream end of the line is snapped to the upstream or downstream end of another line. For points, it wil check that each point is snapped to either an upstream or downstream end of a line.<Br>

	This tool also has an option to automate snapping correction and will find the closest connection within the radius and snap them together for both lines and points.		This tool also has an option to automate snapping correction and will find the closest connection within the radius and snap them together for both lines and points.

Ellis Symons at 13:49, 4 March 2022

2022-03-04T13:49:57Z

← Older revision		Revision as of 23:49, 4 March 2022
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	* Input Network Lines		* Input Network Lines
	* Input Network Points (''optional'')		* Input Network Points (''optional'')


	===Outputs===		===Outputs===
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	* Output point layer - an output log from the tool identifying where snapping errors where found and if 'auto snap' was run (see processing options below), where the tool made corrections.		* Output point layer - an output log from the tool identifying where snapping errors where found and if 'auto snap' was run (see processing options below), where the tool made corrections.
	* A temporary layer for each input run in the tool with snapping corrections (if 'auto snap' was run)		* A temporary layer for each input run in the tool with snapping corrections (if 'auto snap' was run)


	===Processing Options===		===Processing Options===
Line 20:		Line 18:
	* Use exclusion radius - used for input lines only. If an object is unsnapped, and the closest object is outside the exclusion radius, then the object is not flagged. The purpose of this option is to reduce the amount of unneccessary flagging performed on the most upstream and downstream end of the network.		* Use exclusion radius - used for input lines only. If an object is unsnapped, and the closest object is outside the exclusion radius, then the object is not flagged. The purpose of this option is to reduce the amount of unneccessary flagging performed on the most upstream and downstream end of the network.
	* Auto Snap - Will automatically move unsnapped objects and snap them if there are any within the given search radius.		* Auto Snap - Will automatically move unsnapped objects and snap them if there are any within the given search radius.


	{{Tips Navigation		{{Tips Navigation

Ellis Symons: /* Tool Description */

2022-03-04T13:49:37Z

Tool Description

← Older revision		Revision as of 23:49, 4 March 2022
Line 1:		Line 1:
	===Tool Description===		===Tool Description===
	Checks the snapping at all input 1D network lines (channels) and 1D network points. For lines, it will check that both the upstream and downstream end of the line is snapped to the upstream or downstream end of another line. For points it wil check that each point is snapped to either an upstream or downstream end of a line.<Br><br>		Checks the snapping of all input 1D network lines (channels) and 1D network points. For lines, it will check that both the upstream and downstream end of the line is snapped to the upstream or downstream end of another line. For points it wil check that each point is snapped to either an upstream or downstream end of a line.<Br><br>

	This tool also has an option to automate snapping correction and will find the closest connection within the radius and snap them together for both lines and points.		This tool also has an option to automate snapping correction and will find the closest connection within the radius and snap them together for both lines and points.