Sets the Layer of all attributes in selected blocks

Programs create station lines, labels station and offset points along a station line.

Inserts an attributed cable reference block and trims around it.

Set the named attribute values of all selected blocks to the current date.

This routine adds (SUM) the numerical values of attributes, text, and dimensions, then places a text line with the result.

Locks/Unlocks all view-ports. The program steps through each paper space tab and model space tab and locks or unlocks the viewports.

Shifts attributes in a block at a specified angle and distance.

Changes the case of text or attribute in a block.

Edit layer, color, rotation, height, style, justification, value, case, position, reverse, width factor, oblique angle, and vIsability of attributes by tag or ALL in selected blocks.

Change the color of all attributes in selected blocks.

Changes attribute heights in blocks

Rotates all attributes in blocks to a rotation angle

Copy one text entity value to another text entity.

These autolisp programs write, copy and read extended entity data for nesting block references in entitys. It allows an association of entitys with a blocks.

Watson6.0 by Watsonlisp.com is an artificial intelligence referencing agent written in autolisp and visual basic. Watson finds detail drawings by text and attributes content! AI

Watson6.0 by Watsonlisp.com is an artificial intelligence referencing agent written in autolisp and visual basic. Watson finds detail drawings by text and attribute content! AI

Modify values of multiple attributes across a set of drawings.

Manipulate the background mask properties of a selection of MText and MLeaders.

Import items from another drawing into the current drawing.

Dynamically align text to a selected curve.

Create a textbox whose size and position is automatically updated following modification to an associated Text or MText object.

Change the base point position for a selected block.

Quick and smart similar SLICE command. Delamination (peeling) flat and curved faces of solid.

Calculating the dimensions of the block, the sum of the lengths of all curves, the solids' area and volume, and the parts' weight and price. Write results to block attributes.