Deviation analysis - Revision history

Admin at 05:29, 11 June 2024

2024-06-11T05:29:17Z

← Older revision		Revision as of 05:29, 11 June 2024
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	This tool supports you in detecting deviations between two point clouds or between point clouds and IFC models.		This tool supports you in detecting deviations between two point clouds or between point clouds and IFC models.

	=== ~~How to use the~~ Deviation analysis? ===		=== Deviation analysis application ===
	'''Step 1: Target Selection'''		'''Step 1: Target Selection'''

Admin at 05:57, 24 April 2024

2024-04-24T05:57:20Z

← Older revision		Revision as of 05:57, 24 April 2024
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	* Select one or multiple point clouds you wish to use as reference (choose a primary point cloud, either dedicated or georeferenced, to serve as the anchor for the other point clouds)		* Select one or multiple point clouds you wish to use as reference (choose a primary point cloud, either dedicated or georeferenced, to serve as the anchor for the other point clouds)
	* Click ''“Next”'' to proceed with Step 2		* Click ''“Next”'' to proceed with Step 2
			[[File:InUworld-Deviation Analysis highlighted.jpg\|none\|thumb]]
			[[File:InUworld-Deviation Analysis Target Selection highlighted.jpg\|none\|thumb]]
	'''Step 2: Source Selection'''		'''Step 2: Source Selection'''

	* Choose the point cloud you wish to analyze		* Choose the point cloud you wish to analyze
	* Click ''“Next”'' to proceed with Step 3		* Click ''“Next”'' to proceed with Step 3
			[[File:InUworld-Deviation Analysis Source Selection highlighted.jpg\|none\|thumb]]
	'''Step 3: Data Filtering'''		'''Step 3: Data Filtering'''

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	* Click on the ''Reset'' icon in ''Selected Points Action'' to revert and undo previous selections		* Click on the ''Reset'' icon in ''Selected Points Action'' to revert and undo previous selections
	* Click on ''“Next”'' to proceed with Step 4		* Click on ''“Next”'' to proceed with Step 4
			[[File:InUworld-Deviation Analysis Data Filtering highlighted smaller.jpg\|none\|thumb]]



	'''Step 4: Processing'''		'''Step 4: Processing'''
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	* Click ''"Next"'' to proceed with Step 5		* Click ''"Next"'' to proceed with Step 5
			[[File:InUworld-Deviation Analysis Processing highlighted.jpg\|none\|thumb]]



	'''Step 5: Analysis'''		'''Step 5: Analysis'''
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	* Toggle the wireframe view by clicking on the checkbox next to ''"Use wireframe view for models"''		* Toggle the wireframe view by clicking on the checkbox next to ''"Use wireframe view for models"''
	* Click ''"Close"'' to end the tool		* Click ''"Close"'' to end the tool
			[[File:InUworld-Deviation Analysis Analysis highlighted.jpg\|none\|thumb]]

Admin: /* What is the Deviation analysis?[edit | edit source] */

2024-03-06T14:52:31Z

What is the Deviation analysis?[edit | edit source]

← Older revision		Revision as of 14:52, 6 March 2024
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	=== What is the Deviation analysis?[edit \| edit source] ===		=== What is the Deviation analysis?[edit \| edit source] ===
	~~XYZ~~		This tool supports you in detecting deviations between two point clouds or between point clouds and IFC models.

	=== How to use the Deviation analysis? ===		=== How to use the Deviation analysis? ===

Admin at 05:46, 6 March 2024

2024-03-06T05:46:50Z

← Older revision		Revision as of 05:46, 6 March 2024
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	* Toggle the wireframe view by clicking on the checkbox next to ''"Use wireframe view for models"''		* Toggle the wireframe view by clicking on the checkbox next to ''"Use wireframe view for models"''
	* ~~To complete the alignment, click ''"Save"'' or alternatively, use the~~ ''"X"~~'' on the top right corner of the ''Registration tool box~~'' to ~~close~~ the tool ~~and delete the entire alignment~~		* Click ''"Close"'' to end the tool

Admin at 05:45, 6 March 2024

2024-03-06T05:45:18Z

← Older revision		Revision as of 05:45, 6 March 2024
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	=== How to use the Deviation analysis? ===		=== How to use the Deviation analysis? ===
			'''Step 1: Target Selection'''

			* Click on the ''wrench'' icon to access the ''deviation analysis tool''
			* Select one or multiple point clouds you wish to use as reference (choose a primary point cloud, either dedicated or georeferenced, to serve as the anchor for the other point clouds)
			* Click ''“Next”'' to proceed with Step 2

			'''Step 2: Source Selection'''

			* Choose the point cloud you wish to analyze
			* Click ''“Next”'' to proceed with Step 3

			'''Step 3: Data Filtering'''

			* Select the desired tool for point selection from the available options
			** None (Rotation)
			** Box Selection; ''left-click + hold and drag mouse'' across the screen in desired area
			** Polygon Selection; ''left-click'' to select multiple points on point cloud for the desired area – close or finish Polygon by clicking on the first point again
			** Lasso Selection; ''left-click + hold and drag mous''e to enclose the desired area
			* Click on the ''Reset'' icon in ''Selected Points Action'' to revert and undo previous selections
			* Click on ''“Next”'' to proceed with Step 4

			'''Step 4: Processing'''

			This step may take a few minutes. Once it is finished, a ''green check mark'' will appear indicating successful processing.

			* Click ''"Next"'' to proceed with Step 5

			'''Step 5: Analysis'''

			This section functions as a tool for examine the computed deviation. Green represents 0cm of deviation, while red indicates the highest level of deviation.

			* Toggle the wireframe view by clicking on the checkbox next to ''"Use wireframe view for models"''
			* To complete the alignment, click ''"Save"'' or alternatively, use the ''"X"'' on the top right corner of the ''Registration tool box'' to close the tool and delete the entire alignment

Admin: Created page with " === What is the Deviation analysis?[edit | edit source] === XYZ === How to use the Deviation analysis? ==="

2024-03-04T10:59:21Z

Created page with " === What is the Deviation analysis?[edit | edit source] === XYZ === How to use the Deviation analysis? ==="

New page

=== What is the Deviation analysis?[edit | edit source] ===
XYZ

=== How to use the Deviation analysis? ===