Create a VCarve Gadget

@ffulb

Your VCarve CSV importer gadget needs to parse coordinates, generate polyline objects (rectangles/octagons), and handle quantity management. I'll build this using VCarve's gadget SDK with Python scripting for CSV parsing and coordinate transformation into the workspace. I built similar automation tools including a price aggregation system that processes 800+ products from CSV data and generates structured output. My Telegram operations bot also handles remote installations and demonstrations across multiple machines. You can see more automation work at ffulb.com. Need VCarve Pro/Desktop access and API docs to assess the gadget framework first, then I can knock this out in 2-3 days including the remote setup on both machines. Ready to start once I take a look at your VCarve environment.

@giovannif87

Hello, I have solid experience in software development, scripting, and CAD automation, and I can build a custom VCarve Gadget to import CSV-based coordinate data and generate accurate 2D polyline objects, including rectangles and irregular octagons. I will ensure the solution supports flexible quantity handling—either directly from the CSV or managed within the gadget for better usability. In addition to development, I will remotely install and configure the gadget on both machines and provide a clear, step-by-step demonstration to ensure smooth operation. I focus on reliability, clean implementation, and user-friendly workflows. I’m available to start immediately and deliver a high-quality, well-tested solution within your budget. Best regards.

@hezarfen4

VCarve gadgets are written in Lua (VCarve Pro v10+) or VBScript for older versions — I've worked with both. For this task the approach is clean: 1. CSV parser — reads the coordinate columns (X, Y pairs or vertex lists), detects whether each row is a rectangle or irregular octagon based on vertex count or a type flag in the CSV. 2. Polyline generation — creates closed 2D vectors in the VCarve workspace at the exact coordinates. Both shape types are handled — rectangles via bounding-box corners, octagons as explicit vertex sequences. 3. Quantity handling — I'll build this into the gadget UI: a simple table/list shows each imported shape with its quantity, and you can adjust quantities before placing. This way you don't need to duplicate rows in your CSV. 4. Remote installation — I'll install via remote desktop (TeamViewer/AnyDesk) on both machines and demonstrate the full workflow so you're confident using it independently. One question: which version of VCarve are you running? (Pro, Desktop, or Aspire?) This determines the scripting engine and gadget API. Timeline: 5-7 days from confirmation. Happy to share a test version first.

@joep84

This is a clean scripting and automation problem — parsing CSV coordinate data and generating polyline geometry programmatically. I've built plenty of data-driven automation tools that handle exactly this kind of workflow: read structured input, transform it, and output precisely formatted results. VCarve gadgets run on Lua, and the logic here is straightforward — parse your CSV rows, compute the vertex coordinates for rectangles and irregular octagons based on the parameters, and push them into the workspace as polyline vectors. For the quantity handling, I'd build it so the gadget itself has a simple dialog where you can set quantities and offsets per shape, rather than forcing you to duplicate rows in the spreadsheet. That keeps your CSV clean and makes it easier to adjust layouts without re-editing the source file. If you prefer spreadsheet-side control instead, that's a simple pivot — either way the core parsing logic stays the same. I'm also very comfortable with remote installs and walkthroughs. I work on Linux and Windows daily and can hop on a remote session to get the gadget installed on both machines, walk you through how it works, and make sure everything runs smoothly in your specific VCarve setup. I can have a working version ready for you to test within a few days of starting, with the remote install and demo scheduled at your convenience after that. Happy to discuss the CSV format and any specific octagon geometry details before kicking off — drop me a message and we can nail down the specifics quickly.

@santan585

I can build a custom VCarve Gadget to import CSV-based coordinates as 2D polyline objects, including rectangles and irregular octagons, with quantity handling either from the spreadsheet or within the gadget depending on your preference. My deliverable would include the gadget, testing with your sample CSV, remote installation on both machines, and a walkthrough of how to use it. Before starting, I’d just want to confirm your VCarve version, the exact CSV column structure, and how the irregular octagon coordinates are defined so I can make the import workflow reliable.