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Submitted byAnonymouson10-13-202012:31 AM
Status:
Gathering Support
Filter Slope Pipe
In the filter function, for the pipes category, it would be nice to be able to thread on the slope parameter, either to play with the graphics in the plan view, or to create a selection filter.
Can we please get this included in the next flavour of Revit. We would like to filter by pipe slope and have drainage check views to see which of our pipes do not have correct slope values assigned to them.
The pipe colour fill schemas cannot capture the correct values that we need them to. They can only catch a certain range or value but we cannot assign rules like in the filters dialog.
Please note that this doesn't allow filtering by slope, but you can schedule it.
Here's a snippet of a quick write-up I made:
Although it isn’t possible to filter sloping in a schedule directly, there are methods to bypass this get most vertical pipes. We are going to use the Pythagorean theorem to solve this.
We have the following information: top elevation, bottom elevation and length. We can easily calculate dely using the elevation difference. Add a calculated parameter “dely” showing top – bottom elevation.
Next, Length ~ r of a triangle and dely ~ y. delx can therefore be calculated by sqrt(L^2 – dely^2).
Now, add a calculated parameter “dely/delx” to calculate slope. Remember to format the parameter to use the 1:ratio format and not in degrees.
Finally, filter “delx” as “less than 1mm”. This will only show piping that has no slope i.e. all vertical pipes with an error margin of 1mm. You can filter “dely/delx” as “has no value”, but this excludes piping that are modelled incorrectly/have the slope bug.
i followed you tutorial but it's still show me sloped pipe so i tried to figured out what is the problem and i realize that the reference level built-in parameter should set in some way for vertical pipe
The formulas I used are reference level independent. The difference between top and bottom elevation will be the same regardless of reference level as it is simply a relative calculation i.e. the level height is inherently subtracted.
Could you please describe in more detail (with screenshots if possible) the issue you have?