Draw hatches on different slopes. Drawing objects as Line, Polyline, Spline and Arc are considered.
Array will be simpler than ever.
Copy and increase the number text
Export from Autodesk® AutoCAD® to Excel is simple than ever.
Quick Plotting by Block
Creates random flagstone patterns or layouts based on certain rules.
OBJ Exporter exports your model to OBJ file. The file format is open and has been adopted by other 3D graphics application vendors.
It is a custom hatch pattern editor for CAD hatch fills.
Allows to change layer color of selected multiple objects without entering layer manager.
Extended Offset - Multiple Offset with ability to offset on left/right and both sides.
You can set an unlimited number of offset values.
Creates direction pattern for steep slopes. The Pro version has some extra features compared to the free version.
SeeBlock is a powerful Autodesk® AutoCAD® add-on to build and manage block libraries that enhances your ability to catalog and manipulate DWG symbols and drawings.
App temporarily overrides objects display. App has three parts 1) Display object vertices and their z-coordinates 2) Hide objects 3) Override objects properties (color, linetype)
Traces profile with a polyline between selected stations.
Drawing slope on the topographic and master plans.
BlackBox Right Click Hatch for Autodesk® AutoCAD® allows the user to quickly hatch one or more selected, closed Curve entities, from the context (right click) menu.
This plugin helps managing groups of level indicators, often used in architecture and building design.
Automatically assign new entities to specific layers based on their type. Analog to AutoCAD Mechanical functionality, but works with every AutoCAD flavor and with six different entity categories.
Area Object Link is a Lisp application that helps you link a Pline or Hatch Area value to a Block Attribute, MText or Text object
A simple 2D maze generation app. It can also be used to generate random hatch patterns.
A recursive Hilbert fractal space-filling pseudo curve generator in 2D/3D