FM Tute M01 QGIS 1D2D Banks - Revision history

Tuflowduncan: /* Method */

2018-12-07T13:24:22Z

Method

← Older revision		Revision as of 23:24, 7 December 2018
Line 6:		Line 6:
	=Method=		=Method=
	<li>Import in an empty <b>2d_bc_empty_P.shp</b> layer from within the FMT_tutorial\FMT_M01\TUFLOW\model\gis\empty folder.</li>		<li>Import in an empty <b>2d_bc_empty_P.shp</b> layer from within the FMT_tutorial\FMT_M01\TUFLOW\model\gis\empty folder.</li>
	<li>Save the layer as <b>~~2d_bc_hxi_FMT_001_P~~.shp</b> in the FMT_tutorial\FMT_M01\TUFLOW\model\gis folder. </li>		<li>Save the layer as <b>2d_bc_FMT_M01_HX_001_P.shp</b> in the FMT_tutorial\FMT_M01\TUFLOW\model\gis folder. </li>
	<li>Open the <b>1D_2D_Points_P.shp</b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>~~2d_bc_FMT_HX_001_P~~.SHP </b>. </li>		<li>Open the <b>1D_2D_Points_P.shp</b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>2d_bc_FMT_M01_HX_001_P.SHP </b>. </li>
	<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>		<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>
	<li>Now add the layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b> from the '''FMT_tutorial\FMT_M01\TUFLOW\model\gis''' folder created in the previous step. Note that all the 'ZP' points created in the layer <b>~~2d_bc_FMT_HX_001_P~~.SHP</b> are snapped to vertices of the layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b>. This is because these two layers work together to define the bank locations and crest elevations. The layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b> defines the location and the layer <b>2d_bc_FMT_HX_001_P.SHP</b> defines the elevations.		<li>Now add the layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b> from the '''FMT_tutorial\FMT_M01\TUFLOW\model\gis''' folder created in the previous step. Note that all the 'ZP' points created in the layer <b>2d_bc_FMT_M01_HX_001_P.SHP</b> are snapped to vertices of the layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b>. This is because these two layers work together to define the bank locations and crest elevations. The layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b> defines the location and the layer <b>2d_bc_FMT_HX_001_P.SHP</b> defines the elevations.
	<br>		<br>

Tuflowduncan at 07:26, 27 November 2018

2018-11-27T07:26:29Z

← Older revision		Revision as of 17:26, 27 November 2018
Line 7:		Line 7:
	<li>Import in an empty <b>2d_bc_empty_P.shp</b> layer from within the FMT_tutorial\FMT_M01\TUFLOW\model\gis\empty folder.</li>		<li>Import in an empty <b>2d_bc_empty_P.shp</b> layer from within the FMT_tutorial\FMT_M01\TUFLOW\model\gis\empty folder.</li>
	<li>Save the layer as <b>2d_bc_hxi_FMT_001_P.shp</b> in the FMT_tutorial\FMT_M01\TUFLOW\model\gis folder. </li>		<li>Save the layer as <b>2d_bc_hxi_FMT_001_P.shp</b> in the FMT_tutorial\FMT_M01\TUFLOW\model\gis folder. </li>
	<li>Open the <b>1D_2D_Points_P.shp</b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>~~2d_bc_hxi_FMT_001_P~~.~~shp~~</b>. </li>		<li>Open the <b>1D_2D_Points_P.shp</b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>2d_bc_FMT_HX_001_P.SHP </b>. </li>
	<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>		<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>
	<li>Now add the layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b> from the '''FMT_tutorial\FMT_M01\TUFLOW\model\gis''' folder created in the previous step. Note that all the 'ZP' points created in the layer <b>2d_bc_FMT_HX_001_P.SHP</b> are snapped to vertices of the layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b>. This is because these two layers work together to define the bank locations and crest elevations. The layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b> defines the location and the layer <b>2d_bc_FMT_HX_001_P.SHP</b> defines the elevations.		<li>Now add the layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b> from the '''FMT_tutorial\FMT_M01\TUFLOW\model\gis''' folder created in the previous step. Note that all the 'ZP' points created in the layer <b>2d_bc_FMT_HX_001_P.SHP</b> are snapped to vertices of the layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b>. This is because these two layers work together to define the bank locations and crest elevations. The layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b> defines the location and the layer <b>2d_bc_FMT_HX_001_P.SHP</b> defines the elevations.

Steph.dufour at 06:11, 7 February 2017

2017-02-07T06:11:00Z

← Older revision		Revision as of 16:11, 7 February 2017
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	border: 5px solid #1ABDC9">		border: 5px solid #1ABDC9">
	<p style="font-weight: bold; color: #E20177">Key Tip!</p>		<p style="font-weight: bold; color: #E20177">Key Tip!</p>
	<p> The bank (1D/2D boundary) elevations may also be defined using a 2d_zsh layer or other 3D breakline layer. The advantage of using a 2d_bc layer is it ensures ~~only~~ boundary cell elevations are raised and not that of adjacent cells. </p>		<p> The bank (1D/2D boundary) elevations may also be defined using a 2d_zsh layer or other 3D breakline layer. The advantage of using a 2d_bc layer is it ensures the boundary cell elevations are raised and not that of adjacent cells. </p>
	</div>		</div>
	Please return to the [[Flood_Modeller_Tutorial_Module01#Deactivate_2D_cells\|Flood Modeller Tutorial Model]].		Please return to the [[Flood_Modeller_Tutorial_Module01#Deactivate_2D_cells\|Flood Modeller Tutorial Model]].

Steph.dufour at 17:39, 9 January 2017

2017-01-09T17:39:43Z

← Older revision		Revision as of 03:39, 10 January 2017
Line 9:		Line 9:
	<li>Open the <b>1D_2D_Points_P.shp</b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>2d_bc_hxi_FMT_001_P.shp</b>. </li>		<li>Open the <b>1D_2D_Points_P.shp</b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>2d_bc_hxi_FMT_001_P.shp</b>. </li>
	<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>		<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>
			<li>Now add the layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b> from the '''FMT_tutorial\FMT_M01\TUFLOW\model\gis''' folder created in the previous step. Note that all the 'ZP' points created in the layer <b>2d_bc_FMT_HX_001_P.SHP</b> are snapped to vertices of the layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b>. This is because these two layers work together to define the bank locations and crest elevations. The layer <b>2d_bc_FMT_M01_HX_001_L.SHP</b> defines the location and the layer <b>2d_bc_FMT_HX_001_P.SHP</b> defines the elevations.
⚫	<li>Save the file.</li>
			<br>


	[[File:FMT_1D2D_Banks.JPG\|600px]]		[[File:FMT_1D2D_Banks.JPG\|600px]]

		⚫	<li>Save the file.</li>

			<div style="background-color: #D6E9E0; margin: 20px; text-align: center;
			border: 5px solid #1ABDC9">
			<p style="font-weight: bold; color: #E20177">Key Tip!</p>
			<p> The bank (1D/2D boundary) elevations may also be defined using a 2d_zsh layer or other 3D breakline layer. The advantage of using a 2d_bc layer is it ensures only boundary cell elevations are raised and not that of adjacent cells. </p>
			</div>
	Please return to the [[Flood_Modeller_Tutorial_Module01#Deactivate_2D_cells\|Flood Modeller Tutorial Model]].		Please return to the [[Flood_Modeller_Tutorial_Module01#Deactivate_2D_cells\|Flood Modeller Tutorial Model]].

Rachel: /* Method */

2016-11-16T10:27:16Z

Method

← Older revision		Revision as of 20:27, 16 November 2016
Line 5:		Line 5:

	=Method=		=Method=
	<li>Import in an empty <b>~~2d_bc_empty~~.shp</b> layer from within the FMT_tutorial\FMT_M01\TUFLOW\model\gis\empty folder.</li>		<li>Import in an empty <b>2d_bc_empty_P.shp</b> layer from within the FMT_tutorial\FMT_M01\TUFLOW\model\gis\empty folder.</li>
	<li>Save the layer as <b>2d_bc_hxi_FMT_001_P.shp</b> in the FMT_tutorial\FMT_M01\TUFLOW\model\gis folder. </li>		<li>Save the layer as <b>2d_bc_hxi_FMT_001_P.shp</b> in the FMT_tutorial\FMT_M01\TUFLOW\model\gis folder. </li>
	<li>Open the <b>1D_2D_Points_P.shp</b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>2d_bc_hxi_FMT_001_P.shp</b>. </li>		<li>Open the <b>1D_2D_Points_P.shp</b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>2d_bc_hxi_FMT_001_P.shp</b>. </li>

Rachel: /* Method */

2016-11-11T12:16:30Z

Method

← Older revision		Revision as of 22:16, 11 November 2016
Line 5:		Line 5:

	=Method=		=Method=
	<li>Import in an empty <b>~~2d_bc_empty_p~~.shp</b> layer from within the TUFLOW\model\gis\empty folder ~~and save as <b>2d_bc_hxi_FMT_001_P~~.~~shp</b>.~~ </li>		<li>Import in an empty <b>2d_bc_empty.shp</b> layer from within the FMT_tutorial\FMT_M01\TUFLOW\model\gis\empty folder.</li>
			<li>Save the layer as <b>2d_bc_hxi_FMT_001_P.shp</b> in the FMT_tutorial\FMT_M01\TUFLOW\model\gis folder. </li>
	<li>Open the <b>1D_2D_Points_P.shp</b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>2d_bc_hxi_FMT_001_P.shp</b>. </li>		<li>Open the <b>1D_2D_Points_P.shp</b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>2d_bc_hxi_FMT_001_P.shp</b>. </li>
	<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>		<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>

Rachel: /* Method */

2016-11-10T16:20:59Z

Method

← Older revision		Revision as of 02:20, 11 November 2016
Line 6:		Line 6:
	=Method=		=Method=
	<li>Import in an empty <b>2d_bc_empty_p.shp</b> layer from within the TUFLOW\model\gis\empty folder and save as <b>2d_bc_hxi_FMT_001_P.shp</b>. </li>		<li>Import in an empty <b>2d_bc_empty_p.shp</b> layer from within the TUFLOW\model\gis\empty folder and save as <b>2d_bc_hxi_FMT_001_P.shp</b>. </li>
	<li>Open the <b>1D_2D_Points_P.shp<b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>2d_bc_hxi_FMT_001_P.shp</b>. </li>		<li>Open the <b>1D_2D_Points_P.shp</b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>2d_bc_hxi_FMT_001_P.shp</b>. </li>
	<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>		<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>
	<li>Save the file.</li>		<li>Save the file.</li>

Rachel: /* Method */

2016-11-10T16:19:49Z

Method

← Older revision		Revision as of 02:19, 11 November 2016
Line 5:		Line 5:

	=Method=		=Method=
	<li>Import in an empty 2d_bc_empty_p.shp layer from within the ~~<b>~~TUFLOW\model\gis\empty~~</b>~~ folder and save as 2d_bc_hxi_FMT_001_P.shp. </li>		<li>Import in an empty <b>2d_bc_empty_p.shp</b> layer from within the TUFLOW\model\gis\empty folder and save as <b>2d_bc_hxi_FMT_001_P.shp</b>. </li>
	<li>Open the 1D_2D_Points_P.shp GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into 2d_bc_hxi_FMT_001_P.shp. </li>		<li>Open the <b>1D_2D_Points_P.shp<b> GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into <b>2d_bc_hxi_FMT_001_P.shp</b>. </li>
	<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>		<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>
	<li>Save the file.</li>		<li>Save the file.</li>

Rachel: /* Method */

2016-11-10T16:17:10Z

Method

← Older revision		Revision as of 02:17, 11 November 2016
Line 6:		Line 6:
	=Method=		=Method=
	<li>Import in an empty 2d_bc_empty_p.shp layer from within the <b>TUFLOW\model\gis\empty</b> folder and save as 2d_bc_hxi_FMT_001_P.shp. </li>		<li>Import in an empty 2d_bc_empty_p.shp layer from within the <b>TUFLOW\model\gis\empty</b> folder and save as 2d_bc_hxi_FMT_001_P.shp. </li>
	<li>Open the ~~1D_2D_Points_p~~.shp GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into ~~2d_bc_hxi_FMT_001_p~~.~~gis~~. </li>		<li>Open the 1D_2D_Points_P.shp GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into 2d_bc_hxi_FMT_001_P.shp. </li>
	<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>		<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point which will define the elevation on the banks. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>
	<li>Save the file ~~in preparation for reading in TUFLOW~~.</li>		<li>Save the file.</li>

	[[File:FMT_1D2D_Banks.JPG\|600px]]		[[File:FMT_1D2D_Banks.JPG\|600px]]

	Please return to the Flood Modeller Tutorial Model ~~module 1 page [[Flood_Modeller_Tutorial_Module01#Deactivate_2D_cells\|here~~]].		Please return to the [[Flood_Modeller_Tutorial_Module01#Deactivate_2D_cells\|Flood Modeller Tutorial Model]].

	</ol>		</ol>

Rachel: /* Method */

2016-11-10T16:14:14Z

Method

← Older revision		Revision as of 02:14, 11 November 2016
Line 5:		Line 5:

	=Method=		=Method=
	<li>Import in an empty 2d_bc_empty_p.shp layer from within the TUFLOW\model\gis\empty folder and save as 2d_bc_hxi_FMT_001_P.shp. </li>		<li>Import in an empty 2d_bc_empty_p.shp layer from within the <b>TUFLOW\model\gis\empty</b> folder and save as 2d_bc_hxi_FMT_001_P.shp. </li>
	<li>Open the 1D_2D_Points_p.shp GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into 2d_bc_hxi_FMT_001_p.gis. </li>		<li>Open the 1D_2D_Points_p.shp GIS layer from Module_Data\Module_01\gis folder. Select all objects from within this layer, copy and paste into 2d_bc_hxi_FMT_001_p.gis. </li>
	<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>		<li>Interrogate one of the digitised points and inspect the attributes. The ‘type’ attribute is ‘ZP’ to denote that it is a z-point. The ‘f’ attribute is the elevation of the bank link in mAOD. </li>