Creating a pressure network from a Water Industry Model (WIM) in Civil 3D involves several steps. Here's a detailed guide to help you through the process:<br /><br />1. Set Up Your Drawing<br />Open your Civil 3D drawing and ensure that your Water Industry Model (WIM) settings are configured correctly.<br />Set the correct coordinate system and import any base data (e.g., topography or background drawings).<br />2. Load a Water Industry Model (WIM)<br />In the Toolspace, go to the Settings tab.<br />Right-click on Pressure Network Catalog and select Set Pressure Network Catalog.<br />Choose the appropriate catalog that corresponds to the Water Industry Model.<br />3. Configure Pressure Network Settings<br />Open the Pressure Network Parts List in the Settings tab.<br />Customize the parts list to include pipes, fittings, and appurtenances that comply with your WIM standards.<br />Ensure the correct material, sizes, and fittings are selected.<br />4. Create a Pressure Network<br />Launch the Pressure Network Creation Tool:<br /><br />Go to the Home tab on the ribbon.<br />In the Create Design panel, click Pressure Network Creation Tools.<br />Set Up the Network:<br /><br />In the dialog box, provide a name for the network (e.g., "Water Supply Network").<br />Choose the parts list you configured earlier.<br />Specify the layer for the network objects.<br />Layout Options:<br /><br />Select the creation method:<br />From Layout: Manually draw the pressure network.<br />From Object: Convert existing polylines or feature lines into a pressure network.<br />Choose the desired alignment (if applicable).<br />5. Draw or Convert the Network<br />From Layout:<br />Use the tools to place pipes, fittings, and appurtenances. Adjust properties such as pipe sizes and connections.<br />From Object:<br />Select existing objects (e.g., polylines) and convert them into pressure network components.<br />6. Assign Elevations<br />Assign elevations to the network components:<br />Use the Elevation Editor to modify pipe and fitting elevations.<br />Reference a surface for automatic elevation assignment.<br />7. Analyze and Edit<br />Use the Pressure Network Plan Layout and Profile Layout tools to refine the design.<br />Analyze pipe sizes, hydraulic grades, and other parameters.<br />Adjust the network as needed for compliance with design standards.<br />8. Add Labels and Annotations<br />Apply labels to pipes, fittings, and appurtenances:<br />Go to the Annotate tab and select Add Labels.<br />Customize the label styles based on your project's needs.<br />9. Generate Profiles<br />Create a profile for the pressure network:<br />Align the network with an existing profile view.<br />Edit the profile to adjust vertical alignment.<br />10. Save and Document<br />Save your drawing and generate any required reports or documentation:<br />Use Pressure Network Reports to export detailed data.<br />Tips:<br />Ensure your pressure network parts catalog matches your local standards or project specifications.<br />Regularly save your work to avoid losing progress.<br />Use layers and styles effectively for better organization and clarity.
