Alternatives to MeshLab

Leios is a powerful, easy-to-use, and fast software that allows you to switch between 3D scanning and CAD. It makes processing 3D scans and editing triangular meshes simple. Leios allows you to quickly acquire data from any 3D scanner, transform the point cloud into an NURBS model and analyze the results using powerful control tools. Direct integration between the top 3D scanners and dedicated tools allows for rapid optimization of point clouds and mesh clouds, full support of textures, and large sets of raw data. EGS' proprietary reverse engineering program, Leios, has many benefits, including an optimized workflow. Direct integration between the top 3D scanners and dedicated tools allows for rapid optimization of point clouds and mesh clouds, full support for textures, and huge sets of data.

The workflow to create a texture mesh from still images in Meshroom. Meshroom is a 3D reconstruction program that uses the open-source Photogrammetric Computer Vision Framework AliceVision. Enhance the robustness of sift feature extraction on difficult images by updating default values, adding new filtering and adding dsp–sift variation. A new post-processing can improve mesh quality. To favor smoothness, cells are filtered using a solid angle ratio.

Rhino can create and edit, analyze, document and render NURBS curves, surfaces, solids, subdivision geometry, point clouds and polygon meshes. There are no limitations on complexity, degree or size other than those of your hardware. Free-form, unrestricted 3D modeling tools that are not restricted to products costing 20-50 times more. You can model any shape you like. You need to be able to design, build, engineer, analyze, and produce anything, from jewelry to an airplane. Compatibility with all other design, drafting and CAM software. Repair and read meshes as well as IGES files that are extremely difficult. Easy to use. It is so easy to use and learn that you can concentrate on design and visualization without being distracted. Even on a regular laptop computer, the software runs fast. You don't need any special hardware. Platform for the development of hundreds of 3D products.

Your Point Cloud, BIM model, and other 3D datasets will be greatly enhanced by JPIV. It centralizes your projects in a digital platform that is easy to use. JPIV is your hub for point cloud, 3D meshes and BIM models, 360 photos, project information, and asset information. It allows you to visualize, share, manage, analyze and generate insights from 3D datasets. Cloud-based JPIV capabilities enable everyone to quickly transform massive 3D datasets into actionable insight and improve collaboration between teams. All your stakeholders can see, manage, and share your project from one platform. To improve communication between stakeholders, use collaborative features like the annotation tool. Visual inspections can be done anywhere and anytime with an internet connection. You can overlay and visualize new components using Point Cloud, BIM models, and 360 photos. All relevant project information and 3D data can be stored on the same platform. This creates a single source for truth.

GOM Inspect is a software that analyzes 3D measurement data from fringe projection, laser scanners, coordinate measuring machines (CMM), and other measuring systems. GOM software is used for product development, quality control, and production. Import of CAD data and measurement plans, as well as 3D point clouds and 3D point cloud, and creation and editing polygon meshes. Alignment of measuring data with nominal data, dimensional analysis (2D-3D, GD&T and SPC), and creation of measuring reports. GOM Inspect is a free viewer that allows you to view 3D scan data, measuring report data and CAD data. Smart Teach automatically updates the measurement positions if the CAD or single elements are changed. Multiple tools can detect a defect and combine them into one representation. A new module can be used to clamp sheet metal and injection-molded pieces and measure them without the need for complex clamping devices.

CloudCompare, an open-source software for 3D point clouds and triangular meshes, is a powerful tool to process 3D data. Originally developed to compare dense 3D point cloud, it has evolved into an all-in-one tool for 3D data processing. The software includes functionalities like projections, registrations (e.g. ICP), distance computations between clouds or meshes as well as statistical analysis, segmentation and geometric feature estimation. Users can manipulate multiple scalars per point cloud. They can also apply algorithms such as gradient evaluation and smoothing. Interactive tools allow segmentation, translation, rotation, and measurement of 3D objects. CloudCompare is compatible with Windows and macOS and supports a variety of input/output formats. The software features a plug-in mechanism to extend its capabilities.

F3D is an easy-to-use 3D viewer. It supports a wide range of file formats from digital content and scientific datasets to thumbnails, animations, and many rendering options, including real-time physically based rendering. It can be controlled from the command-line and supports configuration files. It can provide thumbnails and support interactive hotkeys. Drag&drop, integration into file managers, and integration with file managers are all possible. F3D contains libf3d as well, a simple library for rendering meshes. It has C++ and Python bindings as well as experimental Javascript and Javascript.

STL Viewer is a free software that allows you to visualize STL and OBJ meshes. It can be used in packages like 3D Studio Max, MAYA and Z Brush. These meshes are either created in CAD systems or 3D digitalization of physical items. The STL Viewer's user interface is simple, it can render quickly, and it can handle large volumes of data. It is a great tool for viewing polygonal meshes. The STL file format is used for 3D digitizing and rapid prototyping. It can also be used to archive 3D data. The viewer can quickly show triangular mesh data that contains CAD models, scan data or 3D designs. It may be useful for companies or individuals who provide such data to customers. Loading polygonal grids in OBJ and STL file formats. Quickly reset the object in default views (front, back, left and right, top, bottom, right and top).

LixelStudio, a 3D point-cloud processing software powered by spatial-intelligence algorithms, is a comprehensive solution for 3D point clouds. It includes tools for viewing and editing point cloud data as well as plugins specific to each industry. Its AI-enhanced capabilities boost data processing efficiency, delivering breakthrough 3D data productivity. Process point cloud data easily to improve precision and visual clarity. Panoramic overlay simplifies modeling and measurement. Combine multiple datasets for complete, large-scale point cloud data. Registration, noise removal, area and length measurement, 3D clipping and more. Supports RGB, intensity and elevation modes, as well as EDL. It can verify point cloud accuracy either manually or automatically, and generate detailed reports. More industry tools are coming soon, including stockpile measurement and auto mesh generation.

Open CascadeCAD Assistant is an offline 3D CAD viewer/converter with an intuitive interface. It is free for personal and commercial use. The solution was originally developed to showcase the Open CASCADE Technology on mobile platforms. It has been widely used by thousands of users on desktops and mobiles around the world as a fast and useful 3D viewer. CAD Assistant puts the power of open technologies in the hands of engineers who work with 3D data. CAD Assistant is based upon open source libraries (Open CASCADE Technology Qt, FreeType and FreeImage, etc.). Open formats are available for CAD and mesh data (STEP and IFC, IGES and BREP), glTF and JT, PLY STL, OBJ and 3DM. It supports a variety of file formats, including DXF and SAT (ACIS), XT(Parasolid). Additional functionality in CAD Assistant includes the ability to view mesh models and associated data. You can read files in PLY format to view mesh.

Meshmixer is a state-of the-art software that allows you to work with triangle meshes. You may need to do a 3D scan, 3D printing, or design an object to fit another object. Meshmixer can help. It can be thought of as a "Swiss Army Knife" that allows you to create 3D meshes. Drag-and-Drop Mesh Combining. Surface Stamping and 3D Sculpting. Robust Convert to-Solid for 3D printing 3D Patterns & Lattices. Hollowing (with escape holes!) Branching Support Structures are used for 3D printing. Automatic Print Bed Orientation Optimization Layout & Packaging. Advanced selection tools include brushing, surface-lasso, constraints. Remeshing and Mesh Simplification/Reducing. Mesh Smoothing and Free Form Deformations. Hole Filling, Bridging and Boundary Zippering are all possible. Booleans, Mirroring, Plane Cuts and Mirroring. Extrusions, Offset Surfaces, and Project-to-Target-Surface. Interior Tubes & Channels Pivots allow for precise 3D positioning. Automatic Alignment of Surfaces. 3D Measurements. Stability & Thickness Analysis.

AWS Thinkbox is a standalone application that can be used for point cloud processing, meshing and meshing on Windows, Linux and macOS. It accepts point clouds and mesh data in a variety of industry-standard formats. Point cloud data is converted into a compact, fast-accessible intermediate cache format. Sequoia uses intelligent workflows that retain high-precision information efficiently. It displays all or a portion of the point clouds using adaptive views-dependent methods. Users can transform, cull and modify point cloud information, generate meshes out of point clouds, and optimize those meshes. The software allows users to project images onto meshes and points, and generate mesh vertex colors or UV-based texture from point cloud colors. It exports the resulting meshes into industry-standard mesh files and integrates with Thinkbox Deadline for point cloud data conversion and meshing on network nodes.

SpatialExplorer, the core desktop software of Phoenix LiDAR, is the Phoenix LiDAR desktop software suite. It is an easily expandable program designed to get you the data you require. SpatialExplorer offers tools for streaming point clouds in real-time, telemetry monitoring and other quality control on the field. Users can control their datasets with tools for post-acquisition data processing. SpatialExplorer converts raw data into geospatially accurate outputs. SpatialExplorer is extensible with plug-in modules to add advanced functionality during critical stages of data collection and production. Rendering speed and quality optimized. Cloud edit history, reverting and reverting of operations. Support for large ortho mosaic inputs. Reorganized toolbars to improve workflow. New progress dialog that includes runtime estimates and the resource load. Visualize thousands images in 3D.

Import RGB, thermal or multispectral images from any camera or drone into PIX4Dmapper. PIX4Dmapper uses photogrammetry algorithms to convert your aerial or ground images into digital maps and 3D model. Our photogrammetry software allows you to process your projects online or on your desktop. Use photogrammetry to control, improve and assess the quality of your project. Use the quality report for a preview of generated results, calibration information, and many other project quality indicators. Define a region of interest, choose processing options, and add ground control points, DSMs or meshes. You can also edit orthomosaics, point clouds, DSMs and meshes. Create your own templates with custom settings to control the data quality and accuracy.

View 3D animations and models in real-time. 3D Viewer allows you to view 3D models and inspect model data. You can also visualize different shading modes. Mixed Reality mode allows you to combine the digital with the physical. You can push the boundaries of reality by creating a video or photo that you can share. You can quickly view the most common 3D file types, including FBX, STL and OBJ. You can use your touch, pen, keyboard, mouse or touch to control simple pan, zoom and orbiting functions. Examine the mesh, texture, material, animation data, and animation data of the 3D model. View 3D files in different shades, including smooth, wireframe on smooth, texture passed, and more. You can control the color and position of the staging lights. 3D Viewer version 7.2003.11022.0 or later includes important security updates.

Geomagic Design X, a professional reverse engineering tool, is a smart combination history-based CAD and 3D scan data processing. It allows you to create feature-based solid models that can be edited with existing CAD software. Geomagic Design X was designed to convert 3D scan data into high quality feature-based CAD model. It can do what no other software can. It combines automatic and guided solid model extraction, precise surface fitting to organic 3D scanners, mesh editing, and point cloud processing. You can now scan almost any object and create ready-for-manufacturing designs. From product idea to final design, it can take days or even weeks. You can scan prototypes, existing parts and tooling, and create designs in fraction of the time it would have taken to manually measure and create CAD model from scratch.

Trimble RealWorks is a comprehensive office software solution designed for 3D scanning professionals to efficiently process and analyze point cloud data. Trimble RealWorks, a comprehensive software solution for 3D scanning professionals, is designed to process and analyze point clouds from various sources. It provides automated tools and specialized work flows for tasks like registration, analysis and modeling. The software comes in several editions to meet the needs of different projects. The software includes essential tools for navigation, viewing, and point cloud registration. It also provides tools for surface creation, editing and volume calculation. Improves processing capabilities by enhancing the 3D inspection tools and automatic registration of both target-based projects and targetless projects.

Learn how CloudWorx Intergraph Smart 3D connects with the point cloud and allows users to create hybrids between existing plants and newly modeled parts. Intergraph Smart®, Laser Data Engineer offers state-of-the art point cloud rendering performance in CloudWorx. Intergraph Smart Smart 3D users can access the JetStream point cloud platform. Smart Laser Data Engineer provides the ultimate in user satisfaction with its instant loading and persistent full rendering, regardless of how large the dataset is. JetStream's central data storage and administrative architecture provides high-performance point clouds to users. It also offers an easy-to use project environment that makes data distribution, user access control and backups simple and efficient, which saves time and money.

Integrate all project data into your infrastructure workflows by integrating point clouds and scalable digital terrain maps, raster files, legacy documentation, and raster files. A wide range of reality modeling tools are available to increase productivity and improve your ROI. Bentley Descartes integrates your imagery in engineering workflows to improve your project quality. The application simplifies point cloud to geometry conversion to speed up project production and ensure engineer quality. Animation and rendering can be done for project presentations. You can make the most of your reality modeling data by integrating point clouds, reality models, scalable terrain model, and raster imagery into infrastructure workflows. Descartes can help you integrate all imagery into your engineering workflows when legacy documents are needed for infrastructure projects.

Software that connects the physical world and the digital. ReCap™, Pro 3D scanning software can be used to create 3D models using imported photos and laser scans. Support BIM processes by delivering a point cloud and mesh. Collaboration across teams through design that is based on reality. ReCap Photo, which is a part of ReCap Pro, processes drone photos to create 3D representations current site conditions, objects and more. It supports the creation point clouds, meshes and ortho photos. To quickly import reality data into Autodesk design tools and construction tools, use solutions created with ReCap Pro Software Development Kit. Compare the scan view (RealView), and overhead map view side by side. The compass widget can be used to set the XY coordinates for the user coordinate systems in the overhead view. High-precision GPS technology is used to avoid costly preparation work when setting ground control points. You can also get survey-grade accuracy using photo reconstruction.

Geomagic Wrap®, the fastest, most accurate, and affordable way to convert point clouds into 3D polygonal models and surface models, which you can use immediately in downstream engineering, manufacturing and industrial design. Geomagic Wrap is a digital bridge that creates perfect data for 3D printing, milling and other 3D applications. Geomagic Wrap's advanced exact surfacing tool provides powerful, easy-to use, cutting-edge modeling for that perfect 3D model. Scripting and macros automate repetitive tasks in the reverse engineering process. Geomagic Wrap allows you to convert point cloud data, imported 3D formats such as STL and OBJ, and probe data into 3D polygonal meshes that can be used in manufacturing, analysis and design, entertainment and archaeology.

Rapidly create conceptual designs and improve the decision-making process to jump-start your projects. OpenRoads ConceptStation provides roadway and bridge design capabilities that enable road and land developers to create intelligent models in context. To improve project results, explore conceptual design options using real-world data and cost analysis. Combining data acquisition, reality modelling, and conceptual design will help you identify high-risk and high-cost items in the planning and preliminary design stages of your infrastructure projects. To bring real-world settings into your project, quickly gather context data from a variety sources, including point clouds, 3D reality maps, terrain data, images and geospatial data. Easy-to-use engineering sketching capabilities simplify 3D modeling and allow you to quickly conceptualize road or bridge infrastructure.

Art of Illusion is an open-source 3D modeling and rendering software. Its capabilities are comparable to those in commercial programs. Highlights include subdivision surface-based modeling tools, skeleton-based animation, and a graphic language for designing procedural textures. Version 3.2.0 was released on January 13, 2021. This version is stable enough to be used for serious animation work. There is now a large documentation section. This section includes the user manual and a variety of tutorials that cover different aspects of the program. The interface is simple, clean, and easy to use. Art of Illusion offers subdivision surface-based modelling tools that can create smooth surfaces from controlmeshes of any shape or structure. You can "sculpt" objects with a powerful set of deformation tools.

3D modeling and rendering platform that allows businesses to create 3D drawings, UV mapping and texturing workflows. Modo's flexible and powerful 3D modeling, animation and texturing toolset allows artists to explore and develop new ideas without having to go through complicated technical hoops. Modo®, your starting point for creative exploration, is Modo's modeling moxie can be compared to none. Modo has fast, flexible procedural modeling and the award-winning MeshFusion Boolean toolset. Modo's intuitive and artist-friendly toolset will allow you to free yourself from creativity-killing limitations. Modo allows you to create complex forms and rough out volumes. Modo's flexible tool assembly allows you to create your own set of specialized tools by combining various operations. Modo makes every job easier by constantly improving efficiency.

3DBrowser is an application that optimizes and manages your 3D content. It features a 3D viewer and an image viewer that can be linked to a powerful file-explorer. 3DBrowser's efficiency and agility allow it to be integrated into many production pipelines, including architecture, video games, scientific data, 3D printing and more. It is fast and efficient, allowing you to organize your 3D model library with large customizable preview thumbnails. It allows you to display, sort, sort, organize, and search through your 3D scenes or images to quickly find the model you are looking for. You can easily organize large 3D collections by documenting, annotating, and categorizing all of your content so that they are easy to find on your computer or network. 3DBrowser allows interoperability among different 3D software. It can be used in conjunction with Unreal Engine, Unity, or 3ds Max to create a production line.

CityCAD Viewer is a tool that allows you to view and explore URB-format models created using CityCAD. It is completely free and does not require registration or activation. Although you cannot draw or modify streets or buildings, CityCAD Viewer can be used to make adjustments to assumptions about costs, values, sustainability information, and other settings for each land-use. CityCAD Viewer was created to allow CityCAD users to share their city models with clients, colleagues, and other stakeholders. It's designed to facilitate collaboration on masterplanning projects. CityCAD models can be opened, explored, and saved. View information about selected elements in a CityCAD-model by selecting them. Modify the group or phase of elements within a city model. View all city analysis panels (except for the 'advisor tab and advanced appraisal features). Edit and add simple costs and values to elements. Export images, reports and data, as well as KML files. Access online database information.

PolyWorks|Modeler™ is a comprehensive reverse-engineering software solution that allows extracting optimal CAD entities, curves, surfaces, parametric sketches, and prismatic features, from polygonal models of digitized parts to serve as the starting point in your professional CAD modeling solution. The first step in reverse-engineering is to transform digitized point cloud into surface-based polygonal model, also known as meshes. Polygonal models are smaller, more precise, and less noisy that raw point clouds. They can be used in industrial applications like milling, 3D printing, aerodynamic simulation, and other similar ones. Use effective scanning techniques that ensure precision and quality with real-time quality monitoring technology. Fill in holes, smoothen and rebuild surfaces, repair sharp edges, clean borders, make surfaces watertight and recover edges. Boolean operations using CAD models include: repairing fillets, re-obliterating surfaces, constructing fillets, extruding boundaries, and reconstructing surfaces.

You can create 3D models using simple photos and/or point cloud data. Reality modeling is the process that captures the physical reality of infrastructure assets, creates a representation of them, and maintains it through continuous surveys. ContextCapture, Bentley's reality modeling software provides real-world digital context in form of a 3D reality map. A reality mesh is a 3D model that represents real-world conditions and contains large quantities of image data and triangles. Each digital component can automatically be recognized and/or geospatially referred to, giving you an intuitive and immersive way of navigating, finding, viewing, querying, and querying your asset information. Reality meshes can be used in many engineering, maintenance, and GIS workflows to provide a precise digital context for design, construction, or operations decisions. Laser scans are used to supplement the ground-level imagery and drone photos that overlap.

Pixyz products allow you to optimize 3D data workflows, and prepare 3D data in any visualization application. Pixyz products ensure that your 3D data is optimized to Unity regardless of its source. The Pixyz tessellation algorithms makes it easy to move from import to real time publishing. You can import small to large assemblies in over 45 supported formats including CAD, tessellated/mesh format, point clouds and many more. Unity allows you to live-link assets with the original source data, so that changes are automatically updated. To create ready-to-use assets in Unity, you can create LODs and UVs. You can also merge and explode meshes. Change pivots. You can optimize any data natively within Unity Editor without reimporting. This allows you to focus on your ultimate goal, which is to create and share immersive, real-time 3D experiences.

The most effective civil engineering tool. You can quickly visualize terrain from different angles. Then export your survey to DTM. You can import large LiDAR Point Clouds files and quickly analyze them. Your.xml or.dwg files can be integrated into your favorite CAD program and shared. To facilitate data sharing, you can use an external database. You can edit surfaces by adding holes and break lines, and you can also manipulate LiDAR Point Clouds. There are four ways to calculate volumes: compare surfaces, cross sections, solids, and compare planes. Creates surfaces by simplifying Point Cloud and keeping only the most important points that will reflect surface behaviors. You can easily place, move, and rotate building footprints within a parcel while still respecting the constraints. Automatically creates parcels from existing drafts or survey points. Allows you to select points and breaklines and create, edit, or triangulate surfaces.

Quick Terrain Modeler is a 3D point cloud software and terrain visualization tool developed by Applied Imagery for efficient LiDAR data exploitation. It has a user-friendly GUI that allows users to work on large 3D datasets and perform rapid analyses. Users can also export a variety products with minimal training. The software can convert data from different coordinate systems and multiple data sources including LiDAR and photogrammetry. The software's key features include the visualization of large amounts of 3D data, in point cloud or model surface formats, interactive inspection tools and 3D editing capabilities. It also includes automatic point cloud classification. Quick Terrain Modeler works with Windows operating systems. It offers a free version to test its capabilities.

Surface and underground mine operations benefit from dedicated workflows and reporting features that improve efficiency and productivity. With intuitive point cloud processing, you can get a clear picture of your project's status. Process and combine the point cloud data from Maptek's laser scanners, UAVs and other lidar sensors to create easy-to understand deliverables. Measure stockpile volume with ease, update survey models at the end of each month with new field data and analyze geotechnical risk that could impact your operation's safety. PointStudio gives you the tools to accurately quantify and communicate conformance with design. PointStudio can be delivered on the Maptek Workbench to ensure interoperability with all Maptek solutions. Users can easily create workflows to automate site processes and standardize them. Custom toolbars and menus can be easily configured to suit individual work patterns, standardize processes across sites and operations, and adapt workflows.

LiDAR and photogrammetry software for 3D point clouds. 3D point clouds are a vital part of mapping, whether they're collected by airborne or terrestrial LIDAR. LP360 is an advanced desktop LIDAR package that makes it easy to extract information and generate deliverables within an intuitive GIS environment. Process, analyze, maximize drone survey data to produce valuable information and deliverables. Geospatial workflows for LiDAR and Imagery Data with visualization, QA/QC tools, Classification and 3D editing capabilities. LP360 Cloud offers a growing collection of cloud-based resources and tools that make it easier to manage, archive and collaborate on geospatial project. We are always working to improve LP360 Cloud.

The task of extracting intelligent data from images (or point cloud data) (LiDAR/DSM, point clouds) is the same. This data can be converted into vectors and attributes that can be used in various disciplines. VrThree (VrLiDAR), allows photogrammetry companies to use their existing software and personnel while also providing powerful tools for other mapping disciplines like architecture, surveying, and engineering. VrThree is software that integrates point clouds data into the Vr Mapping Software packages VrOne®, and VrTwo. This package allows you to display and edit LiDAR point data both in 2D and true 3-D stereo. There are four options in VrThree that allow vector, symbol, and text entities to be collected using the VrOne®,/VrTwo mapping software. Mapping professionals need to be able to collect vector data in three dimensions from traditional photogrammetric sources.

Visualize data in 3D and 2D. Display data on OGC services. Compare your data using different tools. Combining data from historical fieldsheets to the latest multibeam surveys with high-density can be done in one space. Access the latest tools to work with bathymetric information. BASE Editor allows you to validate, analyze and compile data in multiple formats and from different sources. Integrate high-resolution bathymetry, topography and historical data into a user-friendly environment. Visualize data using raster images or vector features within the 3D viewer. Once the data has been prepared, you can generate products such as smoothed contours and depth areas. You can also select soundings to use in chart production. Create a flythrough video for any type bathymetric data using our 3D view. The process model and python automation allow any workflow to be fully automate and launched with just one click in BASE Editor.

Only drone mapping and photogrammetry software that supports desktop, cloud, and flight apps. Pix4D's processing algorithms will give you the survey-grade results that you want. For even more accuracy, use the AutoGCPs feature. You can instantly view any jobsite anywhere on your browser in 2D or 3D. With results you can measure and explore, compare, and share, and even collaborate. You can keep a permanent, up-to-date record and resolve any disputes quickly. Use a drone or laser scanner to capture images and point clouds. Automate and optimize your drone flights with the free PIX4Dcapture app. You can combine the power of point clouds and images to extract key elements from LiDAR, laser scanning, or photogrammetry data. Survey curbs, building footprints and walls, as well as catenary curves. Vectorize from point clouds faster and verify in photos. Smart Grid saves you 1,000s of clicks when creating spot elevations.

Fujiyama is a free, open-source, distribution-oriented raytracing renderer that can handle production image rendering. Multi-threaded rendering – dynamic assignement and rendering of tiles per theread. Rendering preview – fbview displays rendering progress. Region rendering - accelerates distribution rendering pipeline. Tile-based rendering. Volume Filling Procedure – Pyroclastic clouds procedure provided. Volume Filling Procedure – Spline wisps procedure. Volume Filling Procedure – Surface wisps procedure available. On-demand reading of mipmap – unlimited number of texture images. Pluggable shader DSO can be written in C/C++. Shader - Subsurface scattering. Bump mapping - perturb norms based upon mipmap images. Primitive groups – multiple shader assignment on triangle grid. Gaussian and Box pixels filters - support filter widths greater than 1 pixel. Adaptive grid pixel sampling: subdivides pixels based upon color threshold.

TerraScan is a software solution developed by Terrasolid that allows you to manage and process various types of point cloud, including those generated from laser scanning, whether it's airborne, mobile or UAV. It provides robust import and project structuring features to handle large datasets from laser scan campaigns, along with the corresponding trajectory data. The software includes automatic, semi-automatic and manual classification routines that enable efficient filtering and categorized point clouds. Users can create 3D vector models of large areas of buildings, up to Level of Detail 2(LOD2), vectorize powerlines, conduct corridor analysis to identify potential hazards, and assess road surface condition, including the detection of curbstones and paint lines. TerraScan supports a variety of import and export formats such as LAS and LAZ, TerraScan binary, and user-defined ASCII. This ensures compatibility with a wide range of data sources.

Shade 3D has been used in many sectors of the 3D industry and has been sold to over 500,000 users worldwide. Subdivision now supports a new method. OpenSubdiv, an extended version of Catmull- Clark's subdivision system, allows you to adjust the sharpness of your edges and apply subdivision precisely on the desired spots. This tool will reduce the number of polygons on any object and preserve its original shape. This tool is ideal for models and games that were created using 3D scanners. The Wrapping Mesh tool can create one watertight shape from multiple complicated objects. It is ideal for 3D printing. The brand new 3D Printing Assistant allows you to inspect and repair your model, and make it ready for 3D Printing ( STL or OBJ formats).

Adobe Substance 3D Designer is the industry standard for creating custom materials. It gives you complete authoring controls. You can create tileable patterns and textures, as well as complete texture sets. Designer offers a non-destructive, node based environment that allows you to create or modify materials from scratch. You may need to modify or alter the appearance of a material. You can make changes at any moment; you won't lose any of the work. You can edit full sets of textures instantly and create tileable Substance materials or MDL materials that will work with your renderer. You can combine a variety of preset filters with tools to create procedural and hybrid workflows. You have complete editing control and can access and modify any source or filter. Our team creates and maintains integrations for all major 3D apps.

ArionFX is a versatile tool offering a variety key HDR image processing algorithms that can be used in floating-point 32 bit HDR data. ArionFX works in Linear Workflow. This means that your image is not washed out and it maintains its full dynamic range. ArionFX is an unmatched tool for all HDR photo, CGI, and video needs. It is a great tool for photographers, and even though it was designed with CGI post-processing as its main purpose, it can also be used as a tone-mapper. Modulation of high dyanmic range. Easy removal of hotpixels Vignetting, fringe, bloom & glare. Sharpening HDR. Bright color correction. RandomControl is a group of people who share a passion about computer graphics, 3D technology and real-time application. The core of the R&D team is made up of engineers who have a long history with visualization and coding. We are the creators and users of Maverick, our most popular rendering technology, and ArionFX (a post-processing tool).

GPU path tracer is fast and easy to use. CentiLeo is a GPU renderer that integrates with Cinema 4D and 3ds Max. It supports GPU VRAM software extension, and has high efficiency for scenes with complicated lighting. For Cinema 4DCentiLeo is an off-line GPU renderer that can be used with 3ds Max or Cinema 4DC. It supports complex lighting and has very fast unbiased path tracking. It supports large scene assets using GPU-accelerated out of-core technology. This renders polygon counts, particles, and textures that may not be possible to fit into GPU memory. This feature increases the GPU memory limits for geometry/particles 4x and 100x for texture. CentiLeo supports Interactive Preview Render and node-based material/shader editing, motion blurring, subsurface scattering and fast noise reduction for multimaterials, glass objects, mesh lights, and multi-materials. CentiLeo is supported and funded by Skolkovo Foundation. Some of the software R&D results were made possible by Skolkovo grants.

Online 3D Viewer allows you to view and explore 3D models from your browser. This repository contains the source code and the library. The website supports many file formats for export and import. It is recommended to use the binary version of a file format that has both text and a binary counterpart. There are many ways to load models. You can either load files from your computer, or files hosted on an outside web server. You can also load models directly from your computer. The model will not be uploaded to any web servers in this case. Instead, the entire process takes place in your browser. You can load models using URLs by clicking the open URL button in the toolbar. Sometimes, you may see missing files in your tree. This means that your model is linked to another file but they are not available for import. You can either import the model together with the referenced files or import the files separately to fix the problem.

ABViewer is a universal software for working with drawings on the PC. It allows you to view, edit and convert DWG files and other CAD files. You can either work with a single fragment of a drawing, or with a group. All this at a very affordable price! ABViewer can convert single files or a whole group of files. Batch conversion allows you to choose from a variety of export settings such as black-and-white mode or specifying the file size. The 3D panel allows you to set up visual displays of 3D models and sections planes. The panel can be used in 3D Viewer mode. You can customize 3D model viewing with the commands and options available in the 3D Section panel. The settings at the top of your form allow you to display sections and gizmos of a model. You can create multiple planes at once.

FreeCAD is an open-source parametric 3D modeling tool that can be used to design real-life objects. Parametric modeling allows for easy modification of your design by going back to your model history and changing its parameters. FreeCAD allows you sketch constrained geometry 2D shapes and then use them to build other objects. It has many components that allow you to adjust dimensions and extract design details from 3D models. This allows you to create high-quality production-ready drawings. FreeCAD is a multiplatform (Windows, Mac, and Linux) software that can be customized and extended. It can read and write to many open file formats, including STEP, IGES and STL. FreeCAD can be used for a variety of purposes, including product design, mechanical engineering, and architecture. FreeCAD is for everyone, whether you're a programmer, a professional CAD user, or a hobbyist.

Autodesk Viewer supports all 2D and 3-D files, including DWG and STEP. Autodesk Viewer's lightweight drawing tools and annotation tools make it easy to get the feedback you need. Autodesk Viewer allows you to access and collaborate on your designs regardless of where you are located. You can view DWG files and convert them to AutoCAD software older versions. Design Review allows you to markup 2D and 3-D files without having to use the original design software. Autodesk Viewer and the AutoCAD web app offer greater flexibility. The AutoCAD web app gives you quick and easy access to CAD drawings. You can view, edit, share, or create DWG files from any web browser on any computer. No software installation required. Use the same drafting tools and commands as before.

The DDS-CAD viewer is essential for the BIM industry because of its ability to interpret IFC data. It's a free tool that can be used to view, analyze, merge, and discuss BIM models around the world. The DDS-CAD viewer supports IFC as well as data formats that are common to the AEC industry, such DWG, gbXML, and 3ds. View, check, edit, or create IFC, BCF and DWG files. Navigation options in 3D. Multidisciplinary clash detection. Visualization filters to analyze model information. Integrated BCF manager. Advanced interpretation of IFC data. DDS-CAD Viewer lets you open and analyze various file formats, including DWG files and OPEN BIM format IFC. There are many navigation options. The DDS-CAD Viewer offers an interdisciplinary clash detection that allows you to automatically analyze models regarding design issues. These issues can be seamlessly communicated using the integrated BCF manager.

AIR is a 3D graphics rendering program that is highly advanced and has many features. It can produce high-quality images quickly thanks to its unique architecture. AIR is a hybrid renderer that combines the benefits of scanline rendering - fast rendering complex scenes, motion blur and depth of field – with the flexibility of on demand ray tracing for precise reflections, soft shadows and global illumination. AIR supports a wide range of geometric primitives including polygon meshes and trimmed NURBs as well as subdivision meshes. Curves, particles, particles, and implicit surface are all supported. All primitives can be supported in their original form. No pre-meshing is necessary. AIR also supports true displacement (sub-pixels) and high-dynamic range output (HDR). AIR allows for fully-programmable shading and procedural modelling. By writing new functions in any programming language, users can extend the shading language.

Four methods can be used to calculate volumes: cross sections, planes, solids, and surfaces. Creates surfaces by simplifying Point Cloud and keeping only the most important points that will reflect surface behaviors. You can easily place, move, and rotate building footprints within a parcel while still respecting the constraints. Automatically creates parcels from survey points and existing drafts. Allows you to select points or breaklines and allows you to create, edit and triangulate surfaces. You can personalize profiles, cross sections, and generate graphics for surfaces in the CAD. You can quickly visualize terrain from different angles, and export your survey as a DTM. You can import large LiDAR Point Clouds files and quickly analyze them. Your.xml or.dwg files can be integrated into your favorite CAD program and shared. To facilitate data sharing, you can use an external database. You can edit surfaces by adding holes and breaklines, and you can use 2D and 3-dimensional profile alignments.

Leica Geosystems, the market leader for reality capture software, has pioneered innovative products that allow users to capture, manage, prepare and analyze reality capture data professionally and efficiently. Leica Geosystems' software empowers users seamlessly at every stage of the workflow, from the moment they begin capturing 3D information to 3D model creation and analysis, as well as collaboration with clients. Quality data is the foundation for high-quality deliverables. Connect directly to your scanner for device control and pre-alignment, capture GeoTags and even prepare floor plans on the field. All with best-practices data retention. Leica Geosystems' reality capture software allows you to prepare point cloud data on the field, perform final registration and publish. Leica Cyclone connects your sensor to Cyclone Field 360 so that you can stream data.