
Explore the yqarch plugin for AutoCAD and learn how its layer-based tools speed up architectural projects, enabling precise walls, doors, and windows, with improved export quality.
Download and install wiki plugin for AutoCAD, load it via menu after adding support file search path, then set language to English, units to meters, and define main and subscale.
Explore the system setup in the YQArch plugin for AutoCAD, adjusting language, scales, frames, title blocks, and shortcuts, and learn to edit tags and attribute values for efficient architectural design.
Master drawing and managing axis lines with the YQArch plugin, including draw access line, draw grid access, axis conversion, and grid axes setup for walls, doors, windows, and architectural symbols.
Learn to draw and edit walls in AutoCAD with the YQArch plugin, including wall layers, thickness, alignment, windows, and tools like wall scissor and offsetting to trim and modify.
Master modifying wall thickness in AutoCAD with a thickness tool, set center alignment, and reconnect walls using wall scissor; then convert lines to walls and offset them at chosen distances.
Learn how to use the walls hatch tool in the YQArch AutoCAD plugin to set access inside walls and columns, and apply hatch patterns accurately by selecting walls individually.
draw and edit concrete columns in rectangular, l, t, plus, and o shapes, using shortcuts to set width, height, diameter, angle, filled or not, and center placement.
Place columns automatically at axis intersections by selecting points and pressing C. Convert shapes to columns, fill columns, and delete doors or windows to restore walls.
Learn to automatically add doors to walls with the YQArch AutoCAD plugin using the open door on wall tool, style selection, hole and pier width, and identical width feature.
Learn to add doors and windows to walls in AutoCAD using draw and open window tools, specify two points, adjust styles and thickness, and repair placements.
Replace doors and windows with each other using the tool, and use the auto open hole feature to create wall holes with adjustable width, spacing, and chamfering.
Learn to add pocket sliding doors to walls with the YQArch plugin, configure width, leaf thickness, seals, and frames, and position doors via two-point placement.
Learn to configure window styles and parameters in walls, applying cantilever and window lean, set center alignment, and size windows to 20 cm, then replace and rotate them.
Explore adding windows to walls using the YQArch plugin, including open corner windows, curve styles, cantilever settings, and the replace corner window tool for architectural design.
Master door and window detailing using the dorsal manager and door opening manager to add or erase openings, set line styles, adjust window width and thickness, and move elements.
Explore using the YQArch plugin for AutoCAD to repair and modify placed doors and windows, including move, copy, and mirror with automatic repairs, while aligning walls and measurements.
Modify placed doors and windows with turn, replace, and mass replace tools, then delete, set walls, and manage serial numbers and text for precise AutoCAD design.
Explore building components in the YQArch AutoCAD plugin, using plan and elevation tools to add escalators, including double or single thread escalators, with adjustable angles, lengths, and grouping.
Learn to design stairs using the plan of staircase tool, including double and single tread and scissor stairs, and adjust width, landing width, and door alignment in a project.
Learn to create curved stairs with the YQArch plugin for AutoCAD by adjusting outer and inner radii, tread width, string angle, and steps to form spiral or spaced stairs.
Place and configure an elevator in AutoCAD plans using the YQArch plugin by drawing walls, setting thickness, drawing a frame, and adding a door with adjustable width.
Learn to place doors in a section view using the YQArch plug-in, selecting door styles, naming, adjusting thickness, hatch, scale, rotation, and visibility options for precise architectural detailing.
Add bay windows in the YQArch AutoCAD plugin by adjusting sail height, window height, depth, and board thickness, then cut the wall to create the window section with configurable features.
Create elevation and section views for shutter windows, set colors and hatching, and adjust frame details and slat heights. Explore curtain wall glass options, including laminated, gaps, and chamfer settings.
Explore creating windows in elevation and parametric views with the yqar ch plugin for autocad, crafting frames, openings, and sash options, and customizing colors and parts.
Add tags to windows and drawing glass walls with the YQArch plugin for AutoCAD, covering window elevation, curtain wall parameters, and frame, sash, and plan layout details.
Automate adding railings and staircase sections with the yqarch plugin, configuring bannister elevation, diameters, gaps, angles, group options, and beams to fit your model.
Create automatic stair views in a cutting view, adjust step height, align points, then apply insulating and waterproof layers to floor and wall rectangles with configurable color, thickness, and naming.
Explore how to add and customize a stucco finishing layer in the YQArch plugin for AutoCAD, including naming, thickness adjustments, color changes, and layer styles for doors and parts.
Create windows in elevation with plugin, adjust width, manage parts such as sill and lintel, set insert points, and convert rectangles to windows in sliding, side-hung, or fixed styles.
Explore decoration components in the YQArch AutoCAD plugin to arrange furniture, set layouts, adjust scales, swap models, and apply tiling across living, dining, kitchen, and bathroom spaces.
Use the YQArch AutoCAD plugin to automatically add and arrange furniture in study rooms and bedrooms with a button that places and adjusts desks, beds, chairs, and other items.
Use arrange tool to add and adjust sinks, partitions, urinals, and shower rooms in AutoCAD plugin. Use S, C, and P to control placement and parameters, with F for flexibility.
Use the Chess Plan tool to automatically draw closet levels by setting thickness, specifying start and end points, and choosing inside or outside positioning.
Learn to use the YQArch plugin to automatically add curtains to windows, adjust layer settings, thickness, and wall offset, set start and end points, and control opening direction with arrows.
Learn to automatically add cupboards in plan and elevation views with the YQArch plugin, adjusting hatching color, thickness, and width in single or multiple mode.
Explore automatically drawing dry façade details with the YQArch plugin for AutoCAD, adjusting wood frame and stone tile, hatching, scale, thickness, colors, and diagonal layouts.
Explore how to automatically draw wooden structure details in AutoCAD using the YQArch plugin, adjusting board thickness, hatching name and scale, and applying lines for plywood and wood flooring.
Learn to automatically draw ceilings with gypsum board, suspended ceiling details, and section views using the YQArch plugin for AutoCAD, adjusting line types, hatching, layers, and joist settings.
Learn to automatically draw ceilings with all details using the YQArch plugin for AutoCAD, applying light-through settings, precise 80 cm offsets, mirroring, and copying to quickly connect ceiling elements.
Learn to draw partition walls with phase two details, adjust gypsum board thickness, choose double board or double keel, set insulation and keel spacing, and define start and end points.
Explore section of form steel tool to add structural profiles such as equal and unequal angle bars, U bars, iron flat, and column bars, with customizable layer color and scale.
Learn to automatically draw insulation symbols in AutoCAD with the YQArch plugin, configuring thermal insulation, fireproof, and line type modes, foil options, colors, and rockwool thickness.
Learn to use welding line to set width, layer, color, and points; draw hoses and pipes with configurable diameter, radius, and colors, including sewers and vent pipes.
Explore the hole on board tool to place holes with adjustable height, width, color, and line type, and learn how cylinder shadow and curved lines distinguish open versus closed spaces.
Use the YQArch plugin to draw plate details by placing bolt holes with the back bolt hole tool, adjust radius and offsets, arrange lamps, and apply random spread for landscape.
Learn to use the YQArch plugin for AutoCAD to automatically draw axis line symbols while creating walls, doors, windows, and indoor elevation views for precise space planning.
Explore architectural symbols and axis line tools in the YQArch plugin for AutoCAD, covering scale, axis, coordinates, section planes, and pipe cutting for architectural modeling.
Learn to automatically draw axis line symbols in AutoCAD with the YQArch plugin, adjusting grid axis, scale, and setting symbols with numbers and letters like 1, 2, 5.1, A.
Learn to automatically add elevation codes to AutoCAD drawings using the yqarch plugin, leveraging shortcuts for coordinates, decimals, curve, and front/back options for architectural symbols.
Learn to assign elevation codes to contour points in topography using the contour elevation tool, set codes by selecting points and pressing enter, and delete zero-elevation codes.
Learn to create and customize architectural symbols with the YQArch plugin for AutoCAD, including section plane symbols, slope symbols, disconnection lines, pipe cutting symbols, and symmetry and central lines.
Learn to automatically draw electrical wires in AutoCAD with the YQArch plugin, including arcs, erasing wires, color changes, intersections, and bent and entrance arrows.
Explore the Vickers indexer symbols in the YQArch plugin for AutoCAD, covering cuttings, detailing, and user callouts, and learn shortcuts for section, elevation, detail, and leaders.
Learn to draw cut and elevation symbols using indexer tools, set directions and points (2–4), assign elevation names, and adjust scale and clockwise orientation.
Explore drawing detail symbols in AutoCAD by configuring detail numbers, index numbers, and drawing numbers, adjusting text style, height, width, and justification for precise label placement.
Explore how to configure the YQArch AutoCAD plugin’s user indexers (S1–S9) to manage selection sets, designate materials, and create callouts for layout symbols.
Explore arrow and multipoint leaders, with text modes, to label walls and partitions in AutoCAD. Create plant, elevation, and detail titles, and manage drawing names, index numbers, and scales.
Explore the statistics tools to automatically code and number drawings, using options like by objects, step increment, prefixes, suffixes, and frame mode.
Learn to create and adjust tables in yqarch for AutoCAD, using by cell and by table options, set height and width, and apply table text aligning.
Explore extracting serial numbers and area from drawn shapes using accumulate area, choose text or p line mode, and convert charts into AutoCAD tables with the YQArch plugin.
Extract doors, windows, and tags into tables with the YQArch plugin, assign serial numbers to similar windows, and generate floor-specific schedules using plan titles and level fields.
Learn to generate block inventories with the blacklist tool, including thumbnails, names, and quantities; create dynamic lists, collect coordinates and base points, and analyze intersections and curved vertexes.
Collect project texts with the strings tool to generate a list by serial numbers, then use the material list tool with a user indexer to display material IDs and names.
Explore the YQArch plugin’s accumulate area feature to calculate and display room areas and perimeters, using pick point, enclosure, or select object methods, with text updates and output settings.
Edit text content in the yqarch plugin for AutoCAD by adjusting preset text height, using the user dictionary, translating text, and batch-replacing room names in single or general mode.
Utilize the AutoCAD text tool to add, replace, or append words with open and append modes. Apply dictionary options and set text modes like title or comment with living room.
Modify text and set scales to customize any on-screen text, including diameter symbols. Add text to the dictionary, import from notepad, and export outputs for reuse in the project.
Discover how to replace text content with prefixes, suffixes, and substring options using the YQArch plugin, including delete operations. Explore evaluating expressions for calculations like multiplication and addition with decimals.
Discover text manipulation tools in the YQArch AutoCAD plugin. Replace substrings in single or general mode, join and merge text, break text, and convert words to characters.
Explore the YQArch AutoCAD plugin in session 6 to create and modify arrays, set increments and distances, include dimensions and block attributes, and apply dictionary-based text tagging for architectural labeling.
Apply and update text styles in the YQArch AutoCAD plugin by changing fonts across selected text, setting the current style for new text, and updating text by style.
Master the YQArch plugin for AutoCAD in session 2, with text and layout tools from style and height to justify, width factor, text alignment, and exploding text into lines.
Note: The main difference in this course compared to others is that we have not confined ourselves to explaining simple techniques. Instead, we have conveyed the subject through challenging projects and specific tricks, which are the result of numerous experiences.
1. How can Yqarch’s customization features enhance your AutoCAD experience?
2. In what ways can automating processes with Lisp through Yqarch save you time and effort?
3. What complex features can Yqarch help you develop in AutoCAD?
The main goal of this training course is to serve as a comprehensive resource for individuals looking to enhance their skills in drafting and task automation in AutoCAD.
Some of the topics you will learn in this course:
1. Speed, quality, and accuracy in drawing
2. Automatic creation of walls
3. Drawing doors and windows
4. A library of architectural blocks
5. Easy management of layers
6. Automatic generation of area tables
7. Generation of elevation and section
8. Facilitating the drawing of stairs and railings
If you are currently a BIM MEP modeler or planning to become one, it is essential not to limit yourself to any form. You should be able to manage any Mechanical design in the BIM process And in the end, you will be the hero of this course. Enroll now and feel free to ask me any questions you have while watching it.