QGIS Plugin for Tippan Digitization

@AZTURK1

Hi there, I will build a QGIS LTR 3.x plugin to digitize Bombay Presidency tippans by tracing baselines and entering handwritten offsets so parcels are generated automatically , my DevOps+GIS background and Python/PyQGIS experience make me a fit for reliable, production-ready tools. - Deliver compiled QGIS plugin (QGIS 3.x LTR) implementing baseline tracing + per-offset entry (distance + side) that auto-generates parcel edges - Deliver source code (Python / PyQGIS) with inline comments and a short PDF/MD user guide detailing installation, digitizing workflow, and Shapefile export - Export feature: produce Shapefile preserving all entered attributes and a simple attribute mapping UI - QA & risk control: staged validation with your test measurements, accuracy checks against supplied CRS (no reprojection), rollback-friendly versions and unit tests for geometry logic Skills: ✅ Python ✅ PyQGIS / QGIS plugin API ✅ Geospatial (CRS handling, Shapefile export) ✅ Workflow: interactive digitizing UI & attribute capture ✅ Deployment: QGIS LTR 3.x plugin packaging, testing, reliability ✅ Cartography & data validation Certificates: ✅ Microsoft® Certified: MCSA | MCSE | MCT ✅ cPanel® & WHM Certified CWSA-2 I’m available to start once you share a sample tippan scan, the EPSG/CRS and test measurements. Please confirm the exact CRS (EPSG code), the desired attribute fields to include in the Shapefile, and attach one sample scan plus its baseline+offsets so I can validate accuracy before packa

@SmartCodeDev

Hello I can build a custom QGIS plugin (PyQGIS) to digitize your cadastral tippans accurately using baseline + offset inputs. The plugin will let you trace a baseline and enter offsets (distance + side), then automatically generate parcel edges in real time. It will operate in your fixed coordinate system with no reprojection, ensuring consistent and precise geometry. All attributes entered during digitization will be stored and exported cleanly to a Shapefile. I’ll structure the tool with a simple UI panel for fast data entry and repeatable workflows. You will receive a compiled plugin for QGIS, full source code with comments, and a short user guide. I have experience with PyQGIS and custom GIS tooling, ensuring accuracy and reliability for cadastral workflows. Timeline: 5–7 days after receiving sample data. Ready to start and validate with your test measurements.

@DigitalNightOwl8

Hello Already have something live to show you I am professional mobile software engineer with skills including Web Design, PHP, Website Development, Content Writing, Elementor, HTML, WordPress and Website Design. Please send a message to discuss more about this project. Always happy to hear from you Thanks

@hr157

Hello, I bring 13+ years of experience in geospatial development, QGIS customization, and Python-based tool creation. Core Skills: • Python, PyQGIS Plugin Development • Geospatial Data Processing & Cartography • Shapefile Handling & GIS Workflows • UI Tooling & Custom Digitization Logic What I Will Deliver: • Custom QGIS LTR 3.x plugin for baseline-offset digitization • Interactive tool to input offsets and auto-generate parcel geometry • Fixed CRS implementation as per your requirement • Accurate Shapefile export with preserved attributes • Clean, well-commented source code + user guide (PDF/Markdown) Why Hire Me: • Strong experience in GIS automation and QGIS plugin development • Precision-focused implementation for survey-based workflows • Reliable delivery with tested and validated outputs Collaboration: I will use your sample tippans to validate accuracy, refine the workflow, and ensure smooth deployment and usability.

@Linkmez

Hi, I can build this as a QGIS LTR 3.x plugin in Python/PyQGIS with a workflow centered on baseline entry + handwritten offsets, so you can recreate parcels without manual redrawing. My approach would be to keep the plugin focused and reliable: - fixed project CRS defined at setup - baseline tracing with offset entry (distance + side) - automatic parcel edge generation from those measurements - attribute capture during digitization - Shapefile export with validation in QGIS I’ve built data-heavy tools and mapping-adjacent workflows where accuracy, repeatability, and clean export matter more than flashy UI, so I’d keep this plugin practical and easy to use inside normal QGIS editing sessions. For delivery, I would provide: - compiled QGIS plugin for QGIS 3.x LTR - full Python/PyQGIS source with inline comments - short user guide in Markdown or PDF - validation against your sample tippans and test measurements One thing I would confirm before starting: should the offsets generate only parcel boundary vertices from the traced baseline, or do you also want support for chaining multiple connected baselines within one workflow?

@PyMLExpert1

As a Python and Machine Learning Expert, I bring a unique set of skills to the table that will greatly benefit your QGIS Plugin project. With my expertise in designing complex algorithms and working with large-scale data, I can assist you in creating a fully customizable digitization tool that precisely transfers your historical tippans into a georeferenced layer within QGIS. My proficiency in Python and PyQGIS make me the ideal candidate to develop the compiled QGIS plugin tailored to your needs. Understanding the importance of accuracy and efficiency, every line of code I write will be aimed at ensuring a smooth workflow for you. Additionally, my experience in architecting and deploying end-to-end AI solutions will enable me to create a fixed coordinate system that aligns perfectly with your cadastral tippans. This means no on-the-fly reprojection, saving you both time and effort. Lastly, I am committed to providing thorough documentation for all projects I undertake. In line with this commitment, I will furnish a short yet comprehensive user guide that explains everything from installation to Shapefile export steps. So, let's work together to recreate those test plots accurately and give you a finished product that is error-free and ready for use in QGIS.

@Sadiyasyeda24

I saw your project and am confident I can deliver on this. I'm currently working on a similar project and understand the importance of accurately digitizing historic cadastral tippans. By offering customizable digitization tools, working in a fixed coordinate system, and ensuring attribute preservation in the final Shapefile export, I guarantee a seamless process. Rest assured, with my expertise, the recreated test plots will align perfectly, and the Shapefile will load error-free in QGIS, meeting all your requirements for a successful outcome. I invite you to view my portfolio, which showcases the quality and results of my past work. I look forward to hearing from you. Regards, Sadiya