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XGSLab Release 2024.1.1 Completely new graphical interface based on vector graphics: Real and performing CAD included in the software No limit in handling the layout both about zooming and about rotating Coloured maps and contours all included in the same view and selectable by properly enabling layers dwg format added to the importable formats importation of 3D CAD entities such as polylines 2D and 3D importation of complex 3D geometries for background (solids and meshes included) Z coordinate oriented upward in GSA, GSA_FD, XGSA_FD and SHIELD New scheduler features able to take data from projects to be run Ability to analyse the transients of multiple elements in the same graph in TD Minor bugs fixed

Itasca PFC3D (Particle Flow Code in 3 Dimensions) is a powerful distinct-element modeling (DEM) framework developed by Itasca Consulting Group. It simulates the mechanical behavior of granular and solid materials by modeling the independent movement (translation and rotation) and interaction of rigid particles, such as spheres or rigidly connected clumps, in three-dimensional space. The software is part of the PFC Suite, which includes both PFC2D and PFC3D, and is widely applied in geotechnical, mining, civil, and materials engineering. Key Features Distinct-Element Modeling (DEM): Simulates the dynamic behavior of assemblies of rigid particles (spheres, clumps, or polyhedra) interacting at contacts using Newton’s laws of motion and a soft-contact approach, allowing particles to overlap slightly to model contact forces. Particle Interaction: Supports...

Itasca 3DEC 9.10.7 Itasca 3DEC 9 (Distinct Element Code) is a three-dimensional numerical modeling software developed by Itasca Consulting Group for advanced geotechnical analysis of discontinuous materials such as jointed rock, soil, and masonry. Released on January 23, 2024, it employs a hybrid approach combining distinct element modeling (DEM) and continuum mechanics to simulate complex behaviors, including block deformation, sliding, rotation, and fracturing. Widely used in civil engineering, mining, and energy sectors, 3DEC 9 is designed for applications like slope stability, underground excavations, tunneling, and earthquake simulations. Key Features Enhanced Performance: Up to 10x faster for steady-state models and 3x larger dynamic timesteps compared to previous versions. Multithreaded plotting is 3-5x faster. Constitutive Models: Includes 18 models, with new additions...

RSOFT Photonic CAD Suite 2024 is the core program of the RSoft Photonic Device Tools, and allows researchers and engineers to create systems for the design of waveguide devices, optical circuits, and other photonic devices. It acts as a control program for RSoft’s passive device modules, including BeamPROP, FullWAVE, BandSOLVE, GratingMOD, DiffractMOD, FemSIM, and ModePROP, and defines the important input required by these programs: the material properties and structural geometry of the device to be studied. Multi-pane view of 3D CMOS design in CAD showing views along the X, Y, and Z axes as well as 3D view Benefits Highly flexible design environment allows virtually any geometry to be created. Included with each of RSoft’s passive component simulation tools. Provides...

Polarion ALM is a browser-based application lifecycle management (ALM) solution from Siemens, focused on providing an end-to-end management platform for complex software development, particularly suited for highly regulated industries such as automotive (e.g., compliant with ISO 26262, ASPICE), aerospace, and medical devices. Its key features and functionalities include: Core Capabilities and Technical Features End-to-End Lifecycle Management: Covers the entire process, including requirements management, software design and development, test management, defect tracking, change and configuration management, build and release management, and project management. A unified platform integrates data across all stages, eliminating information silos and ensuring seamless integration of processes and data. ‌Fine-grained traceability: Establishes bidirectional traceability chains between assets such as requirements, designs, code, test cases, and defects. Supports automated...

IBM Rhapsody is a core modeling tool suite in the IBM Engineering product portfolio, focusing on model-based systems engineering (MBSE) and embedded software development. Its main features and functions are as follows:   ‌1. Core Functions and Technical Features‌ ‌Multi-standard Modeling Support‌ Supports mainstream modeling language standards, including UML (Unified Modeling Language), SysML (System Modeling Language), UAF (Unified Architecture Framework), and AUTOSAR (Automotive Open System Architecture), with import/export functionality, suitable for complex system and software design. Visual Design and Simulation Utilizes graphical tools such as block diagrams, state diagrams, and sequence diagrams for system architecture design, behavioral modeling, and requirement analysis, and provides real-time simulation capabilities to validate system behavior and identify design defects early on. ‌Automated Code Generation‌ Directly...

As a digital print producer, you want the easiest route to the best color and print quality, produced in the least amount of time. Operators need a workflow solution that is adaptable to cater for different job types, and allows them to automate repeat jobs and repetitive tasks. In a successful print facility, you need to be able to deploy both your technology and your workforce as flexibly as possible — plus you need to keep learning curves to a minimum. Fiery XF 8 delivers all that and more to your large format print business. Unrivaled print job management Fiery XF 8 comes with a new user experience — Fiery Command WorkStation, the world’s most popular interface for the management,...

hyperDENT® hyperDENT® is the world leading software system in the dental CAM market and is valued among experts for its modular product structure. Our customers are provided with CAM solutions tailored to their specific application and i mplementation needs. Regardless of company size and whether for dental or practice labs, FOLLOW-ME! offers suitable hyperDENT® product bundles for a perfect interaction between CAM and machines. hyperDENT® version 10 also introduces the new hyperDENT® Express. The difference to hyperDENT® is a greatly simplified workflow, which has been significantly automated for hyperDENT® Express. No detailed CAM knowledge is required. The focus here is much more on users who want to work without the need for extensive CAM expertise.A fully guided wizard leads the user through all relevant...

Geneious Prime puts industry-leading bioinformatics and molecular biology tools directly into researchers hands, streamlining sequence analysis and insights. Sanger Sequencing analysis Improve your mapping accuracy and decrease your analysis time with simple sequence assembly and easy editing of contigs. Easily identify, examine and resolve disagreements with powerful SNP detection and variant calling. Next Generation Sequencing Analysis Beautiful visualizations of annotated genomes and assemblies displayed in a highly customizable sequence view. Powerful SNP variants analysis, simple RNA-Seq expression analysis and amplicon metagenomics. NGS Pre-Processing, Assembly and Mapping Ensure accurate downstream analysis with extensive NGS pre-processing tools producing clean sequence data. Reliable reference mapping for short or long reads with exclusive mapping algorithms and flexible de novo genome assembly.

ses CDEGS 18 (Current Distribution, Electromagnetic Fields, Grounding, and Soil Structure Analysis) is a powerful engineering software suite developed by SES & Technologies Ltd. It is widely used for designing and analyzing power system grounding, earthing, electromagnetic interference, and soil structures. The software employs advanced numerical techniques, such as finite element methods and Fourier transforms, to model complex 3D conductor networks and multi-layered soil structures. CDEGS is a trusted tool in industries like power utilities, construction, and telecommunications for applications including grounding grid design, lightning protection, electromagnetic compatibility, and interference analysis. The CDEGS suite comprises core computation modules (RESAP, MALT, MALZ, TRALIN, SPLITS, HIFREQ, FCDIST, and FFTSES) and specialized packages such as AutoGround, MultiGround, MultiFields, MultiLines, AutoGridPro, AutoGroundDesign, Right-of-Way Pro,...

nFrames SURE is an aerial image dataset software that helps us achieve a high degree of automation to meet the needs of tasks requiring minimal interaction! It provides the best quality in the shortest possible time to meet user needs! SURE uses the latest algorithms in photogrammetry and computer vision to convert input images and/or LiDAR data into georeferenced raster products (DSM, True Ortho, etc.), point clouds, and meshes.

FARO SCENE 2025.1 Software FARO SCENE software can be used with FARO scanners to create realistic 3D visualizations and perform data registration and sharing. SCENE also offers interactive registration and hybrid registration features, as well as virtual reality views, allowing users to intuitively explore and evaluate scan data. Faro Scene 2024 Faro Scene 2025 1. Seamlessly integrate scan data across the entire FARO software ecosystem. Use FARO As-BuiltTM software to convert scan data into usable CAD/BIM workflows. Use BuildIT Construction software to ensure construction quality control. Use FARO Zone 3D software to reconstruct, analyze, and map forensic scenes. 2. Immersive views: Browse scan data in 2D, 3D, and VR for an immersive experience when viewing details of project point clouds...

Applanix POSPac MMS 9.4 is the latest version of Applanix’s industry-leading GNSS-aided inertial software for direct georeferencing of data from sensors on mobile platforms (air, land, marine). It’s designed for high-precision mapping and surveying, integrating GNSS and inertial navigation system (INS) data to deliver accurate position and orientation data. Key features include: IN-Fusion+ Processing Mode: Enhances accuracy by combining GNSS and INS data, even in challenging environments like urban canyons or under vegetation. Trimble CenterPoint RTX Post-Processing: Achieves centimeter-level accuracy without local base stations, using global correction data. SmartBase Technology: Processes trajectories using multiple free base stations (thousands available globally) to overcome baseline restrictions. Tuned LiDAR QC Tools: Optimized for LiDAR data quality control, ensuring precise calibration and output. Multi-Sensor...