Create Dynamic Blocks Easily: An example of creating a resizable door/window block using the Block Editor. (A smart blogging lesson that saves time)

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🚪 Simple Dynamic Blocks Creation: Resizable Doors/Windows

Dynamic Blocks are intelligent blocks that can be reshaped, resized, resized, resized, or rotated without modifying the original block, significantly reducing the number of blocks you need to store and increasing your flexibility.

1. Working principle of Dynamic Block

Dynamic Blocks work by linking Parameters (parameters - variables that determine changes) to Actions (actions that occur when the parameters change).

component	duty	Example of use
Geometry	2D drawings of objects (such as the lines of door frames and panels)	Draw the door panels and frames in their original dimensions.
Parameter	Specify the position that can be changed.	Use the Linear Parameter to define the door width.
Action	Actions that will occur to the Geometry when the Parameter changes.	Use the Stretch Action to specify which part of the drawing will be stretched when you drag the Linear Parameter.

2. Main steps in creating a Dynamic Block Door/Window (Resizable Door/Window)

1. Create a basic block:BLOCK Draw a door or window in a standard size (e.g. 90 cm wide) and convert it to a normal block (use the or command B).

2. Enter the Block Editor: Right-click on the Block and select Block Editor (or use the command BEDIT) to enter the Block editing area.

3. Set Parameter (size):

   • Go to the Block Authoring Palettes (or Ribbon) tab and select Linear Parameter.

   • Place the Linear Parameter across the width of the door, specifying the start and end points of the distance to be adjusted.

4. Set Action (Resize):

   • Select Stretch Action

   • Bind Action to Parameter: Select the created Linear Parameter.

   • Set the control point: Click on the grip arrow of the Linear Parameter to adjust the size (e.g., the open/close side of a door).

   • Selection Set: Select the pieces of the geometry that you want to stretch when resizing.

5. Test and record:

   • Use the Test Block command to test the functionality.

   • Close the Block Editor and select Save the changes to [Block name].

The result: When you place this door block, you will have an arrow (Grip) that you can click and drag to instantly change the width of the door, without having to repeatedly explode the block and edit it.

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Key Focus	c	AutoCAD Dynamic Block, Resizable Block, Dynamic Door, Dynamic Window, Block Editor
Special techniques	Save time with AutoCAD, Block parameters, Stretch actions, Smart Blocks, faster drafting.	AutoCAD Time Saver, Block Parameters, Stretch Action, Smart Block, Faster Drafting
Objective/Level	Architectural Drafting, Advanced CAD Techniques, Block Editor Tutorial, AutoCAD Tips, Ready-Made Blocks	Architectural Drafting, Advanced CAD Tips, Block Editor Tutorial, AutoCAD Hacks, Ready-made Blocks

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Figure 1: Dynamic Blocks Overview

This figure illustrates the core idea of ​​Dynamic Blocks: creating scalable and formable objects.

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Figure 2: Step 1 - Creating a Basic Block and Entering the Block Editor

shows starting with drawing an object and entering the Block Editor.