Difference between revisions of "Noise Modelling using OpeNoise in QGIS"
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==Purpose== |
==Purpose== |
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The objective of this tutorial is to help the user visualize the impact of sound and how it propagates from a location. The user will do this using the “Openoise” Plugin in QGIS and create a noise map assessing the exposure to noise in a given area, due to the existence of different sources of noise. For this tutorial, the noise to be modelled is the impact of formula 1 race cars at Baku City Circuit, Azerbaijan. |
The objective of this tutorial is to help the user visualize the impact of sound and how it propagates from a location. The user will do this using the “Openoise” Plugin in QGIS and create a noise map assessing the exposure to noise in a given area, due to the existence of different sources of noise. For this tutorial, the noise to be modelled is the impact of formula 1 race cars at Baku City Circuit, Azerbaijan. |
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| + | ==Accessing Openoise Plugin in QGIS== |
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| + | To complete this tutorial the user will need to install the "Openoise" plugin by : |
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| + | 1) Install *[https://qgis.org/en/site/forusers/download.html QGIS] 3.10 and open QGIS Desktop |
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Revision as of 10:39, 18 December 2020
Introduction
Purpose
The objective of this tutorial is to help the user visualize the impact of sound and how it propagates from a location. The user will do this using the “Openoise” Plugin in QGIS and create a noise map assessing the exposure to noise in a given area, due to the existence of different sources of noise. For this tutorial, the noise to be modelled is the impact of formula 1 race cars at Baku City Circuit, Azerbaijan.
Accessing Openoise Plugin in QGIS
To complete this tutorial the user will need to install the "Openoise" plugin by :
1) Install *QGIS 3.10 and open QGIS Desktop
