Chain reactions within AutoCAD
not Chemistry, but it works…

One of the great advantages of working with a software program is that Automation can be obtained through chain reactions. AutoCAD doesn’t except from many powerful Automation-Able Environments.
Focusing in Domino Effects for gaining Automation could easily bypass tedious tasks, turning You into a Much more productive AutoCAD User – by far…

Chain reactions within AutoCAD to boost your productivity while playing Lego
kind of Chain Reaction…

Furthermore, you might discover that these Chain reactions within AutoCAD can be used and re-used to save time again and again across different projects and maybe, minimize human error feasibility,  having high precision standards, complying with various CAD Standards and more.



Today I’ll focus on Dynamic Blocks and Parametric as the ingredients for creating AutoCAD Chain reactions of Automation and Productivity.

What do you get and exactly how do you get it?

Chain reactions within AutoCAD to boost your productivity while playing Lego.

By creating Automatically Constrained Polyline based Geometry, Attaching Dynamic Blocks that have mutual coincidences with that geometry, will let you keep editing this precious content for actual and future use offering some kind of sub-assembly; Later you can just “play Lego” and create an Assembly using as much as needed Auto-magic components. The results will let you edit the geometry as much as you need just by changing the Dynamics within your Blocks. The Coincidences (Constrains) will let you Automate the Polyline-Based Geometry Editing and at all times all the dimensions will be Automatically updated (Associative Dimensions) – this is one way to create Chain reactions within AutoCAD but  You can go further and deeper:

Chain reactions within AutoCAD to boost your productivity while playing Lego. – Video

Extra mile chain reactions

Your dynamic blocks might include data that is Scale-Sensible and change their display representations according to the actual annotation scale and/or include some Visibility Parameters that can alternate the looks of a specific block adding or removing data. Visibility and/or Annotation Scales might let even show different hatch patterns. You can get even further control by using the Fix Parameter and/or dimensional constraints to get more control while assembling your model altogether. As seen in the Video Clip, Chain reactions within AutoCAD might also cover Plan/Section/Elevation Automatic Updates if all the data is placed in a single file (In this case the chain reaction is obtained by the use of the co-linear parameter).

Some notes for creating Chain reactions within AutoCAD:

  • When creating Chain reactions within AutoCAD think about the end-user -keep it simple so anybody can enjoy it.
  • If needed, try documenting the Chain reactions within AutoCAD  for future use,  otherwise, you’ll be asked how to implement it so many times, you might regret on all the effort. (sometimes I use the visibility parameter to add directions for use, other times I can use Video or online Workflow tools to be explicit)
  • Remember that selling the “Chain reactions within AutoCAD” might get you promoted, save time and money and improve workflows by far.

So, Would you like to have a look on a couple of chain reactions in Your future AutoCAD Sessions?

Comment, so everybody wins! Looking for some implementation? Click Here


dannyk | sophisticadd | Chain reactions within AutoCAD to boost your productivity while playing Lego.

“Distilling exactly the CAD Knowledge You Need”

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