FireCalc Released

In an effort to save time and minimize input errors in the Fire Sprinkler calculation program, HASS, GeniuSoft has created software to import a DXF file from AutoCAD and save it in the native HASS format (SDF).



This program (FireCalc) makes input quick and easy by automatically setting pipe Size and Type, based on what layer the DXF lines are drawn on. So a line drawn on the layer "FP-MAIN" will automatically be set to be the Size and Type for a MAIN.

To see this program in action, visit http://www.geniusoftllc.com/tools/firecalc

Automatic Pipe Size and Length

In Fire Protection designs, it is necessary to display both the size and length of a piece of pipe. It can be quite tedious to size and dimension a large Fire Sprinkler Piping plan, so here are the steps needed to use AutoCAD MEP Property Sets and Label Curve Styles to automatically complete these tasks.

In my experience, for Fire Sprinkler Piping plans, the size of the pipe is shown above, and the length below. The size is given without the inch mark ("), with no spaces and stacked fractions. The length is also given without feet and inch marks, with a dash separation and no zero suppression. The font used for this discussion is Romans, which supports 1/4 and 1/2, but not
3/4. The codes for these are:

alt+0188 = ¼
alt+0189 = ½

For more information you can take a look at the Windows Character Map (Start > Programs > Accessories > System Tools > Character Map

Here is a depiction of what we are looking for:

What we will be doing is creating a new Template file (.dwt), which will contain the necessary Property Set Definitions and Label Curve Styles. Then we will simply use this Template file for our new drawing creation. For this discussion, we will make a copy of the "Aecb Model (US Imperial Ctb).dwt" file and save it as "GeniuSoft.dwt".

When we insert a new Pipe (Command: Pipeadd), it automatically brings in a Style named PipeStyles, with two Definitions attached: CustomData1 and SupplierName. This is the Style that we want to add our Property Sets to. The trick is that these need to be added before any Piping is brought into the drawing.

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Now for some steps...

To view a video showing all these steps, visit: http://www.geniusoftllc.com/mvparts/videos/fp_pipe.asp

1. Start a new drawing
2. Format > Style Manager > Drawing1.dwg > Documentation Objects > Property Set Definitions > Right-click > New
3. Name the Style "PipeStyles"
4. Go to the "Applies To" tab, change the "Applies To" to be Styles and Definitions, then check the box for "Pipe Style"
5. Go to the "Definition" tab, click on the "Add Automatic Property Definition" (the button that looks like a lightning bolt)
6. Check the box for "Length", click ok
7. Click on the "Add Automatic Property Definition" again
8. Check the box for "Nominal Connection Diameter", click ok
9. Click on the "Add Formula Property Definition" (lightning with 2+4 on it)
10. Name the Definition "PipeSize" and use the Formula #1 below, click ok
11. Click on the "Add Formula Property Definition" again
12. Name the Definition "PipeLength" and use the Formula #2 below, click ok
13. Click ok to exit the Style Manager
14. Have a sip of your favorite beverage, consider buying me a beer
15. Format > Style Manager > Drawing1.dwg > Documentation Objects > Label Curve Styles > Right-click > New
16. Name the Style "Fire Sprinkler Pipe Size"
17. Go to the "Label Style Annotation" tab, change "Options" to be "Use Property Set" and select "PipeStyles" and "PipeSize" from the pulldowns
18. Change the Text Style to Romans, uncheck the box for "Mask Curve"
19. Go to the "Label Style Offset" tab, select "Force Outside of Bounding Box" and set the "Clear Distance Offset" to be 3"
20. Click ok to exit the Style Manager
21. Repeat step 14
22. Format > Style Manager > Drawing1.dwg > Documentation Objects > Label Curve Styles > Right-click > New Name the Style "Fire Sprinkler Pipe Legth"
23. Go to the "Label Style Annotation" tab, change "Options" to be "Use Property Set" and select "PipeStyles" and "PipeLength" from the pulldowns
24. Change the Text Style to Romans, uncheck the box for "Mask Curve"
25. Go to the "Label Style Offset" tab, select "Force Outside of Bounding Box" and set the "Clear Distance Offset" to be 0.25"
26. Click ok to exit the Style Manager
27. Repeat step 14
28. Save the Template as a new file (Command: Saveas), change File Type to Template (.dwt)
29. Close the drawing
30. Start a new drawing, using the template you just created, insert a pipe (Command: Pipeadd)

If all went well, your pipe should come in with Size and Length.

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NOTE: For each formula, the two variables (shown in grey between [ ] ) need to be inserted via the "Insert Property Definitions" area, not just typed.

Formula #1:

D=[NominalConnectionDiameter]
If D = 1.25 Then
RESULT="1¼"
ElseIf D = 1.5 Then
RESULT="1½"
ElseIf D = 2.5 Then
RESULT="2½"
Else
RESULT=D
End If

Formula #2:

L=[Length]
If L/12-Int(L/12) > .9167 Then
RESULT=vbCrlf & vbCrlf & Int(L/12)+1 & "-0"
Else
RESULT=vbCrlf & vbCrlf & Int(L/12) & "-" & Round((L/12-Int(L/12))*12)
End If