Autodesk Recap 2020 Work Guide
In the architectural, engineering, and construction (AEC) sectors, the year 2020 is often remembered for the rapid acceleration of digital workflows due to global remote work mandates. Amidst this shift, the need for accurate existing-condition data became paramount. Standing at the center of this ecosystem was Autodesk ReCap 2020.
While often viewed as a utilitarian "conversion tool," ReCap 2020 represented a critical maturation point for Reality Capture processing. It was the year the software solidified its role not just as a standalone product, but as the obligatory gateway for the Autodesk Construction Cloud and BIM 360 ecosystems.
This article examines the technical architecture, workflow improvements, and the specific "autonomy" ReCap 2020 brought to the Reality Capture (ReCap) pipeline.
While powerful, ReCap 2020 has a few constraints:
ReCap 2020 was divided into two distinct but interconnected sub-programs, a structure often confusing to new users but essential for specific workflows:
Perhaps the most significant "work" ReCap 2020 performed was invisible to the user: integration with BIM 360 (now part of Autodesk Construction Cloud).
Prior to 2020, sharing point clouds required physical hard drive transfers or cumbersome FTP uploads. The 2020 workflow allowed for:
Understanding How Autodesk ReCap 2020 Works Autodesk ReCap (Reality Capture) 2020 is designed to convert physical objects or locations into accurate digital 3D models using laser scans or photographs. It serves as a bridge between the real world and digital design environments like AutoCAD and Revit. Core Workflow: From Capture to Design
The software processes "reality" data through a structured sequence:
Data Import: You begin by importing raw data from laser scanners or drones. ReCap 2020 supports a wide range of formats, including FLS (Faro), PTG (Leica), and E57.
Registration: For multiple laser scans, the software aligns (registers) them to create a cohesive, singular point cloud. autodesk recap 2020 work
Cleanup and Refinement: Users can manually or automatically remove "noise" (like people or cars captured in the scan) to ensure the 3D model is clean.
Integration: Once processed, the data is typically exported as an RCS or RCP file, which can be natively opened in other Autodesk tools for further modeling or architectural work. Key Features in the 2020 Version
ReCap Pro vs. ReCap Photo: Autodesk Community experts note that while ReCap Pro focuses on laser scanner point clouds, ReCap Photo is specifically tailored for photogrammetry (turning photos into meshes).
Cloud Collaboration: The 2020 ecosystem leveraged cloud-based workflows, allowing teams to share, view, and mark up reality capture data without needing high-end hardware locally.
Intelligent Extraction: The software can identify and extract features from point clouds, making it easier to recreate "as-built" conditions for construction projects. Why Use It?
ReCap is essential for AEC (Architecture, Engineering, and Construction) professionals who need to work with existing conditions. By using a digital twin of a site, teams reduce manual measurement errors and ensure that new designs fit perfectly into the existing environment. Download & Buy ReCap Pro - Autodesk
Autodesk ReCap 2020 functions as a critical bridge between the physical and digital worlds, serving as the primary gateway for reality capture data within the broader Autodesk ecosystem. At its core, the 2020 iteration focuses on democratizing the use of complex point clouds and photogrammetry, allowing professionals in the architecture, engineering, and construction (AEC) industries to transform real-world site conditions into intelligent, actionable 3D models. The Mechanism of Reality Capture
The fundamental "work" of ReCap 2020 involves processing raw data from laser scanners and photographs.
Data Aggregation: Users can import various scan formats (such as .E57 or .LAZ) and photogrammetric images taken from drones.
Point Cloud Management: The software enables the cleanup of "noisy" data—filling gaps and removing unwanted artifacts like moving vehicles or pedestrians that might have been captured during a scan. Analyze and annotate: measure, mark up, and share
Registration and Analysis: It provides tools to align multiple scans into a single, cohesive project, allowing for precise measurements of distances, angles, and pipe diameters directly within a realistic "RealView" 360° environment. Integration and Workflow Efficiency
ReCap 2020 is not a standalone silo; it is designed to feed data into other professional design tools to reduce manual drafting errors.
Autodesk ReCap 2020 remains a foundational tool in reality capture workflows, designed to bridge the gap between physical sites and digital design. By transforming photographs and laser scans into accurate 3D models and point clouds, ReCap 2020 provides AEC (Architecture, Engineering, and Construction) professionals with a high-fidelity "as-built" starting point for their projects. Core Capabilities of Autodesk ReCap 2020
At its heart, ReCap (short for "Reality Capture") is built to handle massive datasets from various scanning hardware. Its 2020 version introduced several refinements to optimize these processes:
Laser Scan Processing: Users can aggregate multiple laser scans with a single click, allowing for the creation of unified point clouds.
Photogrammetry (ReCap Photo): Through the integrated ReCap Photo service, users can convert high-resolution aerial or handheld photos into 3D meshes and 2.5D orthoviews.
Data Cleanup: The software includes tools to fill gaps in point clouds and remove "noise" or unwanted objects (like moving vehicles or people) that were captured during the scan.
RealView & Navigation: ReCap provides a panoramic "RealView" that allows users to virtually walk through a site, measure distances, and add notes or tags directly within the model. Standard vs. Pro Version
While the Standard version provides basic viewing and editing, the ReCap Pro 2020 subscription unlocks advanced automation essential for professional work:
Automated Registration: The Pro version can automatically align and stitch different scans together, significantly reducing manual labor. While powerful, ReCap 2020 has a few constraints:
Advanced Measurement: Tools for measuring pipe diameters, angles, and snapping to objects are exclusive to Pro.
Cloud Collaboration: Pro users can leverage Autodesk Drive and BIM 360 to share reality capture data with teams in real-time. Recommended System Requirements for 2020
Processing raw scan data is resource-intensive. To ensure stable performance with Autodesk ReCap 2020, your system should meet or exceed these specifications from Autodesk Support: OS: Microsoft® Windows® 10 (64-bit) with Service Pack 1. CPU: 2.0 GHz or faster 64-bit processor.
Memory (RAM): 8 GB minimum (64 GB is recommended specifically for ReCap Photo processing).
Graphics: OpenGL 3.3 capable workstation-class card with at least 1 GB VRAM. Integration with the Autodesk Ecosystem
The true value of ReCap 2020 lies in its interoperability. It exports data into proprietary formats like .RCP and .RCS, which integrate seamlessly into other design software: Autodesk ReCap Pro Overview
Title: Need help with Autodesk Recap 2020 work – registration errors
Hi everyone,
I’m working on a project in Recap 2020 (build 6.0.0.47). When trying to register scans from a Faro Focus, I keep getting “Insufficient overlap” even though visually they overlap ~30%.
What I’ve tried:
Has anyone solved this in Recap 2020 specifically? Is there a hidden tolerance setting? Downgrading to 2019 or upgrading to 2022+ not possible due to client requirements.
Thanks in advance.