AutoCAD Scaffold Automation Script

@nicrosoft

I’m excited about this task because automating repetitive scaffold drafting is exactly where smart scripting saves hours and removes human error. With your existing AT-PAC ring-lock block library, I can build a parameter-driven routine that reliably converts manual inputs into clean, issue-ready 2D plans and elevations every time. I am a professional Full Stack .NET Developer with more than 9 years of experience, including CAD automation and logic-heavy tooling. I have strong experience building rule-based engines that read dimensional parameters, select the correct components, and assemble drawings programmatically. I’m comfortable working with AutoCAD automation using .NET, AutoLISP, or Python APIs, and I focus on keeping code readable, extensible, and aligned with real-world drafting workflows. Deliverables • Script that accepts all dimensional and configuration inputs from the scaffold manual • Automated selection, scaling, and swapping of AT-PAC ring-lock blocks • Generation of clean 2D plan and elevation drawings • Output on standard title block with correct layers and linetypes • Editable and well-documented code for future adjustments Timeline • Can start immediately and deliver a working version after reviewing the block library, workflow, and sample parameter sheet Questions • Do you want the routine triggered via command line, dialog form, or parameter file import? Regards, Malik

@seefattechnologi

SURE, I will achieve your GOALS as per the given description ------------ it's aligned with my expertise ------------------I am highly proficient to work on this project . I am Passionate .NET/Full-stack developer having rich experience with all the latest technologies with so many successful Tasks. I have some queries to give you accurate time and price Please ping me to get started and provide you great results. Thanks

@OnkarGraphics

With over 8 years of experience working with AutoCAD, I can confidently say that I have mastered the art of creating automation scripts to streamline complex tasks like the one you've described. I have a sound knowledge in AutoLISP, .NET and Python-based scripting through the AutoCAD API, giving me the adaptability to cater to your specific needs while ensuring easy future customization and updates. My previous projects share a similar focus on parameter-driven drafting and logic implementation which would be highly valuable in your project. Moreover, my expertise extends into 3D modeling, rendering and architectural design - all of which contribute significantly in producing clean and accurate 2D drawings as requested. As an adept communicator with time-efficient delivery methods, you can count on me to ensure open lines of communication throughout our project while also maintaining quick turnaround times. My aim is not only to meet your expectations but exceed them. If you place your trust in me for this project, I can guarantee 100% satisfaction and utmost dedication towards a hassle-free delivery of each phase.

@mkh559a5a1fd66e9

With over 14 years of experience as a Full Stack Developer, I've built a solid track record for automating complex procedures while maintaining full functionality and customization options. This project, centered around streamlining your AT-PAC scaffold layouts, aligns perfectly with my core skills and expertise. I'm well-versed in the required languages for this task, such as .NET and AutoLISP, alongside a deep understanding of AutoCAD's API. Having worked on similar parameter-driven drafting tools previously, including those within the scaffolding and modular construction industries, my prior projects are a testament to my proficiency with this kind of automation. I can tailor an automation route that suits you best while ensuring that the file structure remains editable for future adjustments. Headless AutoCAD .NET Processing Plugin https://www.freelancer.com/projects/dot-net/Headless-AutoCAD-NET-Processing-Plugin?sb=t

@urosg3

Hi, there.I have carefully reviewed your project details. As a seasoned Architectural and Structural Engineer with over 5 years of experience, I specialize in leveraging advanced tools such as Revit and AutoCAD to deliver precise, high-quality designs. My expertise includes full BIM coordination and 3D modeling with Revit, ensuring seamless integration between architecture and structure. I also provide detailed 2D drafting and construction documentation with AutoCAD, tailored to the specific needs of each project. Additionally, I offer comprehensive structural design services, including in-depth analysis, material recommendations, and optimized solutions that adhere to all relevant codes and standards. You can view my portfolio here: https://www.freelancer.com/u/urosg3 , and I’m happy to share relevant plans and samples upon request. If this aligns with what you have in mind, I’m ready to begin and collaborate closely to ensure anatomical accuracy throughout.

@efanntyo

Hello Lee B. Thanks for posting this exciting project, I am really interested in your project. Because I am working on 7 years over with Visual Basic, .NET, CAD/CAM, AutoCAD, Lisp, Scripting, Automation, 2D Drafting, I can provide good result in your needed timeline. I am looking forward to discussing more with you soon. Regards Efanntyo -.

@chuka8

2 weeks, £450. AutoCAD automation specialist. I’ll create a parameter-driven script to fully automate your AT-PAC ring-lock scaffold layouts, using your block library to generate clean 2D plans and elevations. Scope & approach: The script will take dimensional inputs (bay length/width, ledger heights, vertical rises, connection details) and intelligently select, stretch, or swap blocks as needed. The output will respect your title-block, layers, and linetypes, producing ready-to-issue drawings. Technical execution: Implemented in AutoLISP, .NET, or Python via AutoCAD API—fully editable for future tweaks. Logic ensures every element matches your manual workflow. Deliverables: a fully functional script, tested on sample parameter sets, producing accurate plans and elevations. Clear instructions included for ongoing use and modifications. Outcome: repetitive drafting work eliminated, faster project turnaround, and consistent, error-free scaffold drawings. Let’s talk and get started. Thank you.

@Vsion2

Hi Lee, I'm Alema, I can do the task perfectly and professionally. Please message me for a detailed discussion. I have completed 300+ projects with a 100% Positive Rating, If you are looking for Quality work, look no further. We are always available 24/7 to help employers without limitations, and delivery is guaranteed on time. Thank you!

@dragomira2

Hi Lee B., I’m excited about the opportunity to help automate your AT-PAC ring-lock scaffold layouts using AutoCAD. Your project to eliminate repetitive drafting work aligns perfectly with my expertise in Visual Basic, .NET, and AutoLISP, along with extensive experience in CAD/CAM and scripting. From your description, I understand that you need a script that efficiently processes dimensional variables to select, modify, and assemble blocks into a clean 2D plan and elevation drawing. I’ve successfully delivered similar parameter-driven drafting tools in the past, particularly in modular construction projects, which involved automating the placement and sizing of components based on user-defined inputs. My approach would involve a thorough review of your supplied block library and current manual workflow to ensure that the automation logic meets your requirements. I would create a script that accurately reads the dimensional inputs, handles component selection, and maintains your standard title-block, layers, and linetypes in the final output. Additionally, I will ensure that the file structure remains editable for future modifications, giving you flexibility down the line. I look forward to discussing how we can streamline your drafting process together and deliver a solution that meets your needs. Best regards, Dragomir A.

@hassansuhail

I've read your job description and can help you automate your AT-PAC ring-lock scaffold layouts, placing and sizing blocks based on dimensional inputs from your parameter sheet. I have experience developing AutoLISP, .NET, and Python scripts for AutoCAD that read input variables, select and stretch blocks, and generate 2D plans and elevations with layers, linetypes, and title-blocks intact. I will create a script that produces ready-to-issue drawings automatically from your library, keeping the file structure editable for future tweaks, and provide clear instructions for use. If that approach works, I’m ready to start and can demonstrate a working sample with your provided parameter set. Hassan Suhail

@shoaibali384

Greetings, I read your job post and I understand you need a script to automate AT-PAC ring-lock scaffold layouts using your existing block library. I can create a routine that reads all dimensional inputs, selects and adjusts blocks automatically, and produces a clean 2D plan and elevation on your standard title block with layers intact. I can develop this in AutoLISP, .NET, or Python via the AutoCAD API, keeping the output fully editable for future tweaks. I have experience with parameter-driven drafting tools and can validate the output against your sample workflow. Could you share the block library, manual, and parameter sheet so I can outline the approach and timeline? Regards, SA

@sundaskdb

Hello, I’ve reviewed the attached AT-PAC ring-lock manuals and catalogs, and I understand exactly what you’re aiming to eliminate: repetitive, parameter-driven drafting that can be fully automated once the rules are encoded. Parameter-driven AutoCAD automation Modular construction / component-based drafting AutoCAD block libraries with dynamic logic Production-ready tools used by drafting teams (not one-off scripts) Happy to discuss details or jump straight into implementation.

@Alesha1018

Hi, how are you doing? I can create a parameter-driven automation script for your AT-PAC ring-lock scaffold layouts. Using AutoLISP, .NET, or Python with the AutoCAD API, the script will read your input dimensions, select and stretch blocks from your library, and generate clean 2D plans and elevations on your standard title block. Everything will maintain your layers, linetypes, and remain fully editable for future updates. With experience in similar modular and scaffolding drafting automation, I can deliver a solution that eliminates repetitive work while producing drawings ready for immediate issue. Best regards, Alesha

@codefusion53

Hello. I propose to develop a parameter-driven AutoCAD automation script that generates complete AT-PAC ring-lock scaffold 2D plans and elevations directly from dimensional inputs. The solution will read all user-manual variables (bay length/width, ledger heights, vertical rises, and connection rules) and apply rule-based logic to select, swap, or stretch the correct predefined blocks from your existing library. The script will assemble drawings on your standard title block with correct layers, linetypes, scales, and annotation standards preserved. Automation will be implemented using AutoLISP or Python via the AutoCAD API (final choice based on your AutoCAD version and long-term maintainability requirements). The codebase will be modular, clearly documented, and structured for easy future updates as system rules or components change. The workflow will accept a parameter sheet as structured input and validate values before generating the drawing to prevent manual errors. Acceptance testing will be performed by reproducing a provided manual layout and matching it element-for-element. All deliverables will include the script, documentation, and a test example ready for production use. Regards, Justin.

@ellizabetht

I can create a parameter-driven AutoCAD automation script to fully replace the repetitive drafting involved in your AT-PAC ring-lock scaffold layouts. The routine will accept all dimensional and configuration inputs defined in the user manual (bay sizes, ledger heights, vertical rises, and connection rules), automatically select and adapt the correct blocks from your existing library, and assemble clean 2D plan and elevation views. The output will be a finished drawing on your standard title block with layers and linetypes intact, ready for immediate issue. The solution can be delivered in AutoLISP, .NET, or Python via the AutoCAD API, with a clear, editable file structure for future updates. Acceptance will be confirmed by running a supplied parameter set and producing a drawing that matches the manual version element-for-element. I have delivered similar parameter-driven drafting tools for modular and repetitive construction systems, including block-based assemblies with strict dimensional logic, and can share relevant examples upon request. Once you provide the block library, current workflow, and sample parameter sheet, I can proceed directly to implementation and validation.

@mihirg63

Hi There! I can help you fully automate your AT-PAC ring-lock scaffold layouts and eliminate the repetitive drafting work you described. I have 5+ years of experience in architecture and construction drafting, with hands-on work in parameter-driven CAD automation for modular and repeatable systems. I’ve built scripts that read dimensional inputs, apply selection logic, and generate clean, standards-compliant drawings ready for issue. How I’ll approach this: Inputs: Create a structured input routine (dialog or parameter file) covering all manual variables bay sizes, ledger heights, verticals, and connection details. Logic: Implement rule-based block selection and dynamic resizing/swapping using your existing block library, ensuring component accuracy per the manual. Automation: Assemble plan and elevation views automatically with correct layers, linetypes, and annotation. Output: Deliver a finished drawing on your standard title block, fully editable for future changes. I’m comfortable working with AutoLISP, AutoCAD .NET, or Python via the AutoCAD API, and I’ll choose the option that best balances performance and long-term maintainability. Acceptance fit: I’ll validate the script using your sample parameter sheet and match the manual drawing element-for-element. I’ve delivered similar parameter-based drafting tools for modular construction and scaffold-style systems and can share examples on request. Looking forward to discussing the workflow in detail.