Tutorial M06 002 Results QGIS - Revision history

Emilie Nielsen at 23:30, 14 August 2023

2023-08-14T23:30:21Z

← Older revision		Revision as of 09:30, 15 August 2023
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	<li>Use the Plot Time Series tool to see the cumulative material loss time series. Notice the variation due to the assigned materials ID:<br>		<li>Use the Plot Time Series tool to see the cumulative material loss time series. Notice the variation due to the assigned materials ID:<br>
	<br>		<br>
	~~[[File:~~Animation_M06_Results_002_01b.~~gif]]~~<br>		{{Video\|name=Animation_M06_Results_002_01b.mp4\|width=1262}}<br>
	<br>		<br>
	<li>Use the Plot Time Series tool to see the time series of the cumulative rainfall, rainfall rate and losses at a point. Notice the results vary spatially due to the 2d_rf polygons and 2d_mat regions: <br>		<li>Use the Plot Time Series tool to see the time series of the cumulative rainfall, rainfall rate and losses at a point. Notice the results vary spatially due to the 2d_rf polygons and 2d_mat regions: <br>
	<br>		<br>
	~~[[File:~~Animation_M06_Results_002_02b.~~gif]]~~<br>		{{Video\|name=Animation_M06_Results_002_02b.mp4\|width=1262}}<br>
	<br><br>		<br><br>
	</ol>		</ol>

Emilie Nielsen: /* Conclusion */

2023-04-13T01:17:38Z

Conclusion

← Older revision		Revision as of 11:17, 13 April 2023
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	=Conclusion=		=Conclusion=
	:*The cumulative rainfall, rainfall rate and rainfall material losses derived from rainfall polygons were inspected with the TUFLOW Viewer.~~<br>~~		:*The cumulative rainfall, rainfall rate and rainfall material losses derived from rainfall polygons were inspected with the TUFLOW Viewer.
			:*For further functionality, see <u>[[TUFLOW_Viewer \| TUFLOW Viewer]]</u>.<br>
	<br>		<br>

Emilie Nielsen: /* Method */

2023-04-12T01:28:19Z

Method

← Older revision		Revision as of 11:28, 12 April 2023
Line 12:		Line 12:
	<li>Use the Plot Time Series tool to see the cumulative material loss time series. Notice the variation due to the assigned materials ID:<br>		<li>Use the Plot Time Series tool to see the cumulative material loss time series. Notice the variation due to the assigned materials ID:<br>
	<br>		<br>
	[[File:~~Animation M06 Results 002 01~~.gif]]<br>		[[File:Animation_M06_Results_002_01b.gif]]<br>
	<br>		<br>
	<li>Use the Plot Time Series tool to see the time series of the cumulative rainfall, rainfall rate and losses at a point. Notice the results vary spatially due to the 2d_rf polygons and 2d_mat regions: <br>		<li>Use the Plot Time Series tool to see the time series of the cumulative rainfall, rainfall rate and losses at a point. Notice the results vary spatially due to the 2d_rf polygons and 2d_mat regions: <br>
	<br>		<br>
	[[File:~~Animation M06 Results 002 02~~.gif]]<br>		[[File:Animation_M06_Results_002_02b.gif]]<br>
	<br><br>		<br><br>
	</ol>		</ol>

ElizaCollison at 14:13, 10 May 2022

2022-05-10T14:13:11Z

← Older revision		Revision as of 00:13, 11 May 2022
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	=Introduction=		=Introduction=
	QGIS is used to view the cumulative rainfall, rainfall rate and material rainfall losses with the TUFLOW Viewer. For viewing of the 2D map results, see <u>[[~~Draft_viewing_results_M01~~ \| Module 1]]</u>.<br>		QGIS is used to view the cumulative rainfall, rainfall rate and material rainfall losses with the TUFLOW Viewer. For viewing of the 2D map results, see <u>[[Tutorial_M01_Results_QGIS \| Module 1]]</u>.<br>
	<br>		<br>

ElizaCollison at 16:51, 9 May 2022

2022-05-09T16:51:31Z

← Older revision		Revision as of 02:51, 10 May 2022
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	= Introduction =		=Introduction=
			QGIS is used to view the cumulative rainfall, rainfall rate and material rainfall losses with the TUFLOW Viewer. For viewing of the 2D map results, see <u>[[Draft_viewing_results_M01 \| Module 1]]</u>.<br>
	QGIS is used to create, import and view input data.<br>
	<br>		<br>

	= Method =		=Method=
			Inspect cumulative rainfall, rainfall rate and loss outputs:
	Create a 2d_rf layer with digitised polygons based on the input rainfall hyetographs:
	<ol>		<ol>
	<li>~~Click on the ‘Import Empty File’ tool from~~ the TUFLOW ~~Plugin toolbar~~.		<li>Open the TUFLOW Viewer.
			<li>Select File > Load Results. Navigate to the '''M06_5m_002.tcf''' in the '''Module_06\TUFLOW\runs''' folder and open it.
	<li>Select '2d_rf' from the Empty Type list.
			<li>One additional output type appears in the Result Type panel:
	<li>In the Run ID box write: 'M06_polygons_002'.
			:*Cum. Mat. Loss: the total rainfall losses applied as initial and continuing losses specified in the materials file.
	<li>Tick the 'Regions' Geometry Type and hit 'OK'. The 2d_rf appears in the QGIS Layers panel.<br>
			<li>Use the Plot Time Series tool to see the cumulative material loss time series. Notice the variation due to the assigned materials ID:<br>
	</ol>
	The same catchment breakup is used as the 2d_sa layer:
	<ol><li>Navigate to the '''Module_06\TUFLOW\model\gis''' folder and open the '''2d_sa_M01_001_R.shp''' layer in QGIS.
	<li>Copy and paste the polygons from the 2d_sa layer into the 2d_rf: <br>
	<br>		<br>
	[[File:Animation M06 ~~GIS~~ 002 ~~01a~~.gif]]<br>		[[File:Animation M06 Results 002 01.gif]]<br>
	<br>		<br>
			<li>Use the Plot Time Series tool to see the time series of the cumulative rainfall, rainfall rate and losses at a point. Notice the results vary spatially due to the 2d_rf polygons and 2d_mat regions: <br>
	<li>Open the attribute table and make the following edits:
	:*Update names to match the names in the '''rainfall_station.csv''' input data (RF_FC04, RF_FC05, RF_FC06, RF_FC07)
	:*f1: 1
	:*f2: 1 <br>
	The attributes f1 and f2 are multipliers adjusting the rainfall spatially. No adjustments are made, a value of 1, e.g. 100% of specified rainfall is used. <br>
	<li>Turn off editing to save the edits.<br>
	<br>		<br>
	[[File:Animation M06 ~~GIS~~ 002 ~~02a~~.gif]]<br>		[[File:Animation M06 Results 002 02.gif]]<br>
		⚫	<br><br>
	</ol>		</ol>
⚫	<br>

	=Conclusion=		=Conclusion=
			:*The cumulative rainfall, rainfall rate and rainfall material losses derived from rainfall polygons were inspected with the TUFLOW Viewer.<br>
	:*Polygons have been digitised based on input rainfall hyetographs.
		⚫	<br>

⚫	<br>
	{{Tips Navigation		{{Tips Navigation
	\|uplink=[[Tutorial_M06#Results_2\| Back to Module 6 Main Page]]		\|uplink=[[Tutorial_M06#Results_2\| Back to Module 6 Main Page]]

ElizaCollison: /* Conclusion */

2022-05-09T16:46:57Z

Conclusion

← Older revision		Revision as of 02:46, 10 May 2022
Line 33:		Line 33:
	<br>		<br>
	{{Tips Navigation		{{Tips Navigation
	\|uplink=[[Tutorial_M06#~~Results_02~~\| Back to Module 6 Main Page]]		\|uplink=[[Tutorial_M06#Results_2\| Back to Module 6 Main Page]]
	}}		}}

ElizaCollison: /* Conclusion */

2022-05-09T16:46:35Z

Conclusion

← Older revision		Revision as of 02:46, 10 May 2022
Line 33:		Line 33:
	<br>		<br>
	{{Tips Navigation		{{Tips Navigation
	\|uplink=[[Tutorial_M06#~~GIS_Inputs~~\| Back to Module 6 Main Page]]		\|uplink=[[Tutorial_M06#Results_02\| Back to Module 6 Main Page]]
	}}		}}

ElizaCollison: Created page with "= Introduction = QGIS is used to create, import and view input data.

= Method = Create a 2d_rf layer with digitised polygons based on the input rainfall hyetographs:..."

2022-05-09T16:44:36Z

Created page with "= Introduction = QGIS is used to create, import and view input data. = Method = Create a 2d_rf layer with digitised polygons based on the input rainfall hyetographs:..."

New page

= Introduction =
QGIS is used to create, import and view input data. 
 

= Method =
Create a 2d_rf layer with digitised polygons based on the input rainfall hyetographs:
<ol>
<li>Click on the ‘Import Empty File’ tool from the TUFLOW Plugin toolbar.
<li>Select '2d_rf' from the Empty Type list.
<li>In the Run ID box write: 'M06_polygons_002'.
<li>Tick the 'Regions' Geometry Type and hit 'OK'. The 2d_rf appears in the QGIS Layers panel. 
</ol>
The same catchment breakup is used as the 2d_sa layer:
<ol><li>Navigate to the '''Module_06\TUFLOW\model\gis''' folder and open the '''2d_sa_M01_001_R.shp''' layer in QGIS.
<li>Copy and paste the polygons from the 2d_sa layer into the 2d_rf: 
 
[[File:Animation M06 GIS 002 01a.gif]] 
 
<li>Open the attribute table and make the following edits:
:*Update names to match the names in the '''rainfall_station.csv''' input data (RF_FC04, RF_FC05, RF_FC06, RF_FC07)
:*f1: 1
:*f2: 1 
The attributes f1 and f2 are multipliers adjusting the rainfall spatially. No adjustments are made, a value of 1, e.g. 100% of specified rainfall is used. 
<li>Turn off editing to save the edits. 
 
[[File:Animation M06 GIS 002 02a.gif]] 
</ol>
 

=Conclusion=
:*Polygons have been digitised based on input rainfall hyetographs.

 
{{Tips Navigation
|uplink=[[Tutorial_M06#GIS_Inputs| Back to Module 6 Main Page]]
}}

Tutorial M06 002 Results QGIS - Revision history

Emilie Nielsen at 23:30, 14 August 2023

Emilie Nielsen: /* Conclusion */

Emilie Nielsen: /* Method */

ElizaCollison at 14:13, 10 May 2022

ElizaCollison at 16:51, 9 May 2022

ElizaCollison: /* Conclusion */

ElizaCollison: /* Conclusion */

ElizaCollison: Created page with "= Introduction = QGIS is used to create, import and view input data. = Method = Create a 2d_rf layer with digitised polygons based on the input rainfall hyetographs:..."

ElizaCollison: Created page with "= Introduction = QGIS is used to create, import and view input data.

= Method = Create a 2d_rf layer with digitised polygons based on the input rainfall hyetographs:..."