AutoCAD Advanced Automation Task using LISP, VLX, Ad-ons

Explore three major methods to load AutoCAD Lisp and learn practical steps to load Lisp in AutoCAD with precision.

Use the load application feature in AutoCAD to upload a list routine for a parking layout, then run the list task and verify it works.

Learn to drag and drop Autolisp files into AutoCAD to quickly load Lisp scripts from a folder and streamline automation.

Learn how to load a lisp permanently in AutoCAD by typing cu i, right-clicking load lisp, selecting your lisp, and saving the settings for regular use.

Explore Lisp-based area automation in AutoCAD by examining 15 Lisp routines that automate area calculation using different methods, with a step-by-step exploration of each approach.

Use area to table in AutoCAD to extract areas of closed polylines into a serial-numbered table or notepad by clicking points and exporting to text.

Explore dynamic area calculations in AutoCAD by loading a vlccs file, drag over a closed polyline to reveal area and perimeter in one step, and cross-check multiple polylines efficiently.

Automate area extraction in AutoCAD by using the PQ area command to populate an Excel sheet, generate serial numbers, and save the VL file for table extraction.

Use the vlx file to calculate multi unit area for polylines in AutoCAD with decimal digits set to one, in square meters, square feet, acres, hectares, and square kilometers.

Explore AutoCAD multi unit area automation with Lisp, using p line clicks and a scale pop-up for architectural, decimal, and metric scales.

Use drag-and-drop to divide an area in AutoCAD by splitting a line into separate rectangles, selecting division points to create horizontal or vertical divisions.

Master pline area text scale by using dynamic movement to set text scale and positioning in a single operation.

Learn to extract and display pline area text in AutoCAD using the pline area text command, with drag‑and‑drop, text height, scale, and pinpoint to output area values.

Explore AutoCAD advanced automation by computing pline area and perimeter and placing them with the leader point in one operation.

Master hatch area calculation in AutoCAD using LISP, with a drag-and-drop workflow to select hatch patterns and obtain area in square meters.

Automate area conversion in AutoCAD from square meters to square feet with the m2f command, enabling drag-and-drop selection and one-step, no-input conversions.

Learn to obtain area in square meters and square feet for a polyline in AutoCAD in one pass, using drag-and-drop and simple clicks.

Master area conversion in AutoCAD by using C and V to edit current and output units, converting between square meters, square feet, and square centimeters with multiple options.

Select all plines, press enter, and instantly extract each pline's area in square meters and square feet, with a combined total calculated in a single operation in AutoCAD.

Learn to divide an irregular plot into three equal parts in AutoCAD using the divide command and a vlx file, with steps to copy areas, draw lines, and verify results.

Explore automated length measurement in AutoCAD using Lisp, covering how to measure object lengths across varying aspects, automate length calculations, reduce manual input errors, and streamline object measurement processes.

Learn to compute total object length in AutoCAD by selecting single or multiple entities and obtaining per-entity lengths (lines, arcs, circles) plus a single overall total.

Use a lisp tool named total length single text (T Len) to calculate the total length of selected entities, including lines, arcs, circles, polylines, ellipses, and display it in text.

Measure the length of a single AutoCAD object by selecting one entity at a time (arc, line, circle), using the shortcut key and placing text to display the length.

Automate length extraction from AutoCAD using Lisp, VLX, and add-ons by selecting entities; the peak length hotkey updates Excel with lengths and serial numbers.

Learn to compute total arc length in AutoCAD by selecting arcs with the RCL shortcut, pressing enter to display each arc’s length, and aggregating results across multiple objects.

Learn how to use a Lisp tool to summarize AutoCAD drawing lengths by entity type, counting total objects and computing individual and total lengths for lines, arcs, circles, and polylines.

Master Lisp customization for AutoCAD automation by editing text height, color, and layer properties with Lisp scripts and VLX add-ons. Learn to apply color codes and save changes.

Explore automating dimensioning in AutoCAD using Lisp routines, as we examine Lisp auto dimensions and various tools for dimension automation, reviewing them one by one.

Dimension a curve in AutoCAD in one step using dim curve with a VLE file, selecting the curve and setting an offset distance to capture its length.

Master counting rectangle dimensions in AutoCAD by selecting all dimensions, measuring length and width, and computing the number of pieces for multiple rectangles with differing colors and sizes.

Learn to dimension arcs quickly in AutoCAD using the dimension arc method, selecting arc midpoints and two arc points to set lengths and angles, with text placement tips.

Identify and resolve dimension overlap in AutoCAD by dragging, dropping, and maximizing the screen to reveal overlapped dimensions highlighted in red on different layers.

Utilize auto dimensions in AutoCAD with the a d shortcut, selecting all and pressing enter to place dimensions for every vertex, arc, circle, line, and block in one go.

Apply the dim difference tool to compare x and y dimensions, interpret dimension difference values, and identify angular spacing to verify linear and angular measurements in AutoCAD.

Use the dim fix tool in AutoCAD to automatically adjust dimension spacing by clicking a line, eliminating manual spacing and preserving the offset pattern.

Master dimension lock in AutoCAD by using the l d i m command to lock dimension values and text, keeping the value constant when you stretch dimensions.

Learn practical tips to customize AutoCAD Lisp projects by adjusting text dimension, styles, and color layers, using ChatGPT to tailor Lisp code and iterate for better results.

Explore Lisp coordinates in AutoCAD, examining base coordinates and extraction methods, including table and point-wise coordinates, as part of a deep dive into coordinates data extraction.

Learn to capture AutoCAD coordinates in Excel in real time using the click to Excel command and a VLE file, saving x, y, and z coordinates directly.

Save coordinates from a polyline in AutoCAD using the pl x y shortcut, directing output to a notepad file that includes x, y, z coordinates and layer data.

Learn to generate a coordinates table in AutoCAD by selecting a p line, auto creating the table, and extracting x, y, perimeter, area, and center radius for vertices.

Export a KML from AutoCAD after selecting a UAE-based coordinate system and polyline, then open it in Google Earth to verify exact coordinates for land-area placement.

Select two points in AutoCAD to capture x, y, z coordinates that appear as text, then place the coordinates at the desired position.

Capture pline coordinates in AutoCAD by selecting a polyline and using the list routine to obtain all vertex coordinates at once.

Drag and drop in AutoCAD, type c00rok, enter the first and second points, and generate a complete point table with coordinates, including north east coordinates, in one go.

Explore how to capture north and east coordinates from lidar points in AutoCAD by selecting, dragging, and clicking points to place precise north east coordinates.

Learn to input coordinates with level in AutoCAD using the CS2 command, selecting points and entering z levels (15, 45, 60). Customize text height, description, and text scale.

Explore text coordinates in AutoCAD and place text-based point coordinates using the text coordinate Lisp, by selecting text, hitting enter, and typing t t x y.

Demonstrates editing and customizing text height and color using Lisp in AutoCAD. Shows saving Lisp settings and applying changes to selected text.

Explore ten Lisp routines related to auto numbers and learn how to automate numbering, examining them one by one.

Discover auto numbers in AutoCAD, enter the starting number, and apply changes in one time. Drag and drop to reorder numbers, using the list to set a starting point.

Discover how to assign serial numbers to crossing intersections in AutoCAD using the input number command, with a starting number and step increment, applied to multiple intersections at once.

Discover how to add numbers to vertices in AutoCAD using lisp/vlx add-ons, selecting a line to assign serials to all its vertices in one go with nvx.

Learn how to add numbers in AutoCAD using plus operations, drag-and-drop, and selection techniques to compute totals such as 48 and 180.

Automate door and window numbering in AutoCAD with a Lisp tool, enabling prefix and starting number setup, drag-and-drop placement, and quick placement via the D1 shortcut.

learn to generate multiple AutoCAD lines in one go by typing double L, entering number of lines, line length, spacing, and choosing horizontal or vertical orientation with drag and drop.

Discover how to use number jump in AutoCAD with a shortcut to apply a step increment to selected text, starting from a value and jumping through sequences.

Learn to auto number rectangular AutoCAD tables with a Lisp tool, setting starting numbers, prefixes, and postfixes to generate serial numbers in a single operation.

Master number correction in AutoCAD using the CNB shortcut, drag and drop to reorder and set a starting number of ten, applying the step increment to selected groups.

Master auto numbering in AutoCAD with a lisp using a starting number and step increment. Set starting values and apply to the screen with a single click.

Explore important notes and Lisp downloads, learn to use simple templates, and identify lists that align with your work, and use the questions and answers area for improvement.

Explore Lisp routines that automate block manipulation in AutoCAD, save time, and examine different aspects of automating blocks in detail.

Create blocks in AutoCAD by selecting the object, naming the block, and choosing a base point, using the CBL shortcut for quick on screen creation.

Relocate the AutoCAD block base point without repositioning the block to achieve center-to-center alignment, enabling you to change the block base point for any block.

Learn to count blocks in AutoCAD automatically with a single command using CBL to detect all blocks in a drawing without selection, and see the total count instantly.

Insert blocks by name in AutoCAD using IBL and a lisp to place sofa, chair, and sink at chosen points, and arrange regularly used blocks by location.

Change a block color in AutoCAD by selecting the block and applying a color code. Use drag-and-drop with a shortcut, assign codes (red, yellow, etc.) from AutoCAD’s 255-color set.

Use the B list in AutoCAD to select all blocks and export an Excel report of block names and quantities in one pass.

Learn to delete blocks by name in AutoCAD using bdel and dbel to remove a chosen block, like cooker, sink, or sofa, from the drawing.

Practice replacing blocks by name in AutoCAD using base points, swapping table one for table three and table two for table four with the b s r command.

Explore important notes on automating common AutoCAD tasks with Lisp, vlx, and addons, including downloadable blocks and list routines for efficient block manipulation.

Discover a two-step method to create a layer quickly in AutoCAD: enter the layer name, then choose its color as the color box opens automatically, enabling fast layer creation.

Extract layer data from the current drawing in AutoCAD using a Lisp workflow triggered by ll. Choose fields and padding, then save output to notepad.

Identify and display the object layer name in AutoCAD by placing text over the object to show its layer, using the double l shortcut and select all enter.

Extract a detailed layer legend from your AutoCAD drawing by selecting all layers and generating a color-coded, line-type-aware legend with uppercase and lowercase nomenclature.

Rename layer by object in AutoCAD using object Lisp and Ctrl+R to select an object, type a new name, and avoid numeric layer names.

Master layer by color in AutoCAD by selecting all objects and pressing enter to activate layers based on color, quickly converting color-based organization into proper layer management.

Use the text to layer feature in AutoCAD to create a color coded layer per text color, with Lisp automating activation.

Learn to erase layer content in AutoCAD by selecting a single object; the entire layer's objects across the drawing are removed, streamlining layer-based cleanups.

Extract a full AutoCAD layer list into notepad via the layer list output, save to an output folder, and capture properties like layer name, type line, weight, and plottable viewport.

Learn to export an AutoCAD layer list to notepad, capturing each layer’s name, locking line, type line, weight, and plottable viewport, then save the detailed report to the output folder.

activate a layer directly by clicking the object in AutoCAD, using the a c t l shortcut or ctrl+click. automate repetitive layer changes with a Lisp-based approach.

Select objects by layer in AutoCAD using the SLR shortcut to instantly highlight all objects on the same layer with a single click, powered by a Lisp tool.

Extract layer text in AutoCAD using the layer name list; drag and drop, click the point, and automatically detect and place the entire layer’s text.

Learn to extract each layer into a separate drawing file using vlx in AutoCAD, saving the drawings in the same folder and handling layer-based objects and blocks.

Advance AutoCAD automation by mastering layer management, including switching layers and renaming, with Lisp tools. Analyze your workflow, select a suitable task list, and adopt practices to save time.

Automate text placement in AutoCAD with a lisp script and short keys to insert room labels like kitchen, bedroom, hall, and living.

Place text along a curve in AutoCAD using the curve text tool on an arc within the plot limit. Drag, drop, and adjust the offset to create perfect curved text.

Convert 2D text to 3D text in AutoCAD by creating new text or converting existing text, setting width, height, and depth to 150, and refining rotation for precise placement.

Reorder text in AutoCAD using text stack, set scale factor to 1, select reference point and all text, press enter to place text in ordered layout from a base point.

Master the AutoCAD match text content feature by selecting and dragging text, applying changes to blocks, and matching or swapping text content between items.

Learn to quickly place a text box in AutoCAD with a drag-and-drop method and a 0.35 offset for precise, automated positioning.

Learn to use the quick text finder to locate and select specific text across an AutoCAD drawing in two simple steps, using the F text command and drag-and-drop.

Master the text pointer technique in AutoCAD by selecting all text and using the tpt command to assign base points, placing pointers for multiple text items in one go.

Change text case in AutoCAD from lower to upper or upper to lower using a quick shortcut; select all and press enter to apply the change in one step.

Discover how to place text space in AutoCAD with a lisp that spaces each character. The method also enables filling larger areas with text space.

Drag and drop in AutoCAD to create a text-based line type, name it, set height and gap, choose a style, and apply it to building lines to draw shapes.

Learn how to align text in AutoCAD using a two-point method to achieve text with zero rotation and proper alignment.

See how text frequency via vlx counts unique texts, similar texts, and total occurrences, with 238 unique texts, 34 similar items, and a total of 777.

Learn how a Lisp tool collects entire text with serial number, name, and quantity in AutoCAD, using the Stbl command to generate a ready one-time list.