Deprecated: Non-static method rgbOptions::rgb_init() should not be called statically in /home/domai125/public_html/artieda2011.com/wp-content/themes/rgb/functions.php on line 783

Deprecated: Non-static method rgbOptions::rgb_install() should not be called statically in /home/domai125/public_html/artieda2011.com/wp-content/themes/rgb/functions.php on line 80

Notice: Undefined variable: curent in /home/domai125/public_html/artieda2011.com/wp-content/themes/rgb/functions.php on line 97

Warning: Cannot modify header information - headers already sent by (output started at /home/domai125/public_html/artieda2011.com/wp-content/themes/rgb/functions.php:783) in /home/domai125/public_html/artieda2011.com/wp-content/plugins/stop-xml-rpc-attacks/stop-xml-rpc-attacks.php on line 36
Reservoir Capacity at Artieda 2011

Reservoir Capacity

Closed

How to set, according to colour coded, ranges of hills on a surface we met already in our Tutorial’s analysis of surfaces. In this Tutorial we will again apply the analysis of surfaces, with a view to CIVIL 3D, from the fields in a table of legend, to present the values of the areas between specified elevations. See the steps to follow, using this file, in which we will find modified topography that includes the corresponding to an earth dam with dimension of relief 700 m. 1. To conduct the analysis and results only in the portion of the surface affected by the construction of the dam, we will define a contour to the surface from the curve of level corresponding to the maximum level of water, i.e.

the 700 m asl. Do to do this, select the TopografiModificada surface and from the Contextual tab?Panel surface tools, select the Extract tool objects. This option allows you to convert components of surface entities AUTOCAD graphics. Since the dialogue presented on screen only the master level curve box keep active, and from the value column, select the select option of drawing. Clicking on the icon the dialog closes temporarily so that we select the curve that we want to extract as a polyline from the surface. We select the contour at elevation 700 m asl, you press enter and close the dialog by pressing OK. A polyline that represents the maximum reservoir flood dimension is removed.

2 We now use the polyline extracted to define an outline for the surface. We select again to the surface and from the Contextual tab?Modify pane?Add data, select the tool add contours. The dialog add contours is presented on screen, we maintain the options presented by default and you press OK to select from drawing the polyline referred. Our drawing shall be similar to the one presented in this figure: 3 Perform elevations of surface analysis by selecting once more, and from its properties, select the Analysis tab.

This entry is filed under News. You can follow any responses to this entry through RSS 2.0. Both comments and pings are currently closed.

Comments are currently closed.




© 2012-2024 Artieda 2011 All Rights Reserved