00:09The structure shown is using the style for a sanitary manhole when it should be a storm manhole.
00:16Select the structure, right click and choose select similar to select all of these structures.
00:24Right click again and choose properties. In the properties 15 structures have been selected.
00:32Change the style to storm sewer manhole. You can see the style has now changed in the drawing.
00:39We are going to edit this style to draw a filled shape of the correct size for each structure.
00:44From the tool space settings tab, expand structure, then expand structure styles.
00:53Select the storm sewer manhole style, right click and choose edit.
00:59In the style dialog go to the model tab. Here you can set how the structure is displayed
01:05in 3D. The structure when viewed in 3D will use the shape defined in the catalogue. We
01:12can swap this to use a simplified shape by selecting use simple 3D part. Then we can choose a simple
01:213D shape. Keep the setting to use catalogue defined 3D part. Go to the plan tab. Here you can set
01:31how the structure is viewed in plan. The current setting is to use a user defined part. This
01:38means it's using a block in the drawing as the structure symbol. And you can set the scale
01:43of the symbol below. We want to see the structures at their true size. So we'll select use outer
01:50part boundary, which will draw the outer shape of the part as it's defined in the catalogue.
01:56Enable part masking at the bottom of the dialog will hide the pipes inside the manhole. Now go
02:02to the profile tab. Here we have 3 choices. Display as solid will draw the structure as a solid
02:10in the profile view, which will show the correct shape, but also show some additional modelling
02:15lines which are undesirable. Display as boundary will show the outer boundary of the catalogue
02:21part. Display as block will allow us to substitute a block for the structure and set its scale. Using
02:30this option will not allow the structure to stretch if its depth changes, which could lead to confusion.
02:36Select display as boundary. On the bottom right of the page, crop structure at profile view extents
02:43will trim structures that extend beyond the view. And enable part masking will hide pipes inside the
02:50structure. Go to the section tab. Here we have the same options for displaying in the section view.
02:58The sliced section option will show only the cut area of the structure if the sample line passes directly
03:05through the structure. Ensure display as boundary is selected. Now go to the display tab. Here we can
03:15control the visibility of different components of the structure. In the plan view direction we want
03:20to display the structure hatch. Set the colour of the hatch to blue. Click on the hatch pattern in the
03:28component hatch display and set the type to solid fill. Click apply to see the changes. Change the view
03:37direction to profile. Turn on the structure hatch again and set the colour to blue. Change the hatch pattern
03:44to solid fill as before. We won't see the changes for this until the viewport is active. Set the view
03:52direction to section and turn on the structure hatch and change the colour and set the hatch pattern to
04:00solid fill. Click OK to save the changes and review them in the profile view. The pipes are currently
04:08displayed as a double line. We're going to edit the pipe style to show a single line in plan that
04:14shows
04:15the inner pipe diameter. In the settings tab of the tool space expand pipe and then expand pipe styles.
04:25Select the double line storm style. Right click and choose edit. In the style dialog go to the
04:32information tab. Change the name to storm. Now go to the plan tab. For part wall sizes we're currently
04:41using the part dimension. Wall thicknesses will be drawn to the size defined in the part. You can
04:48override this by using user defined and setting the pipe inner and outer diameter. The pipe hatch options
04:55will control which parts are hatched to the inner walls, to the outer walls or the walls only. If you
05:04apply
05:04a hatch then you can align the pattern to the pipe. The pipe end line size controls how the pipe
05:11end is
05:12closed off. It can be set to draw to the inner walls, the outer walls or user defined to match
05:19the wall sizes.
05:21We won't be drawing end lines in plan so we can ignore this setting. The pipe centerline options control
05:27how the centerline is drawn. The choices are by line weight or to specify a width. We want to show
05:35the
05:35pipe centerline with a thickness that matches the inner pipe diameter. Select specify width and then
05:41change the size to draw to inner walls. Now go to the display tab. In the plan view direction turn
05:49off
05:50inside pipe walls and pipe end line. Turn on the pipe centerline. Click apply to see the changes.
05:58We're now going to change the profile display. Go to the profile tab. We see similar options here to the
06:08plan tab except the centerline options are replaced with crossing pipe hatch options. Pipe wall sizes should
06:16be set to use part dimensions. The pipe hatch options should be set to hatch walls only. Leave the other
06:25settings on their defaults. Now go to the section tab. Here we have simpler settings. We'll leave the
06:34options to display a hatched pipe in section with hatch walls only set. Now go to the display tab and
06:41change
06:41the view direction to profile. Turn on outside pipe walls. Turn off pipe end line and turn on pipe hatch.
06:53Set the color of the pipe hatch to blue. In the component hatch display change the pipe hatch to solid
07:01fill. Now change the view direction to section. Turn on crossing pipes inside wall, crossing pipe outside wall,
07:11and crossing pipe hatch, and turn off sliced solid pipe walls. Set the color of the crossing pipe hatch to
07:21blue.
07:22Click OK to save the style and review the changes. We now have some clear styles that we can use.
07:29Let's see.
