![]() ![]() When the pipe is placed in your drawing, the 3D pipe uses this cross-sectional shape parametrically sized to match your part size selection. By creating a parametric part, you can create a 2D cross section of a circular pipe and assign a parameter for the pipe diameter that can change in size. Pipes: An 8-inch circular pipe looks the same as a 10-inch circular pipe, except for the size of the diameter.Similarly, you may have two headwall structures that are the same basic shape but have different heights, widths, or both. For example, an 8-inch circular PVC pipe looks just like 10-inch PVC pipe except for the pipe diameter. Many of the shapes used to represent pipe network components share the same geometric features however, the features change in size according to the design. It is beneficial to create pipe network shapes as parametric parts for many reasons. ![]() You can define millions of parts through a single model, depending on the number and type of parameters defined. Parametric parts enable you to create a single 3D model for a part family that can be updated to represent multiple part sizes. ![]() When the pipe network part is placed in your drawing, you select specific part sizes and the part is dynamically built to reflect the specified shape and size. Parameters are defined by individual values, lists of values, or calculated values based on equations. You define a parametric part by creating a 3D model of the part and assigning variables, or parameters, to control its shape and size. ![]()
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