Here's what's new in our latest update:
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Force Distribution Plots

You can plot force distribution plots to visualize the spanwise lift distribution, accumulated drag, or general force generated by selected surfaces.

UI Improvements

You can now use keyboard shortcuts for axis-aligned camera views. You can now press **X**, **Y**, or **Z** to quickly snap the camera to the corresponding axis view. Pressing the same key again toggles between the positive and negative directions (e.g., press X for +X, press X again for −X). These shortcuts are also displayed in the camera views menu for easy reference.

Bug Fixes

Code generation bug fixes related to geometry export.

Here's what's new in our latest update:
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New Server Side Rendering

We've introduced a new high-performance server-side rendering engine designed for interactive visualization of large meshes (>100 million + CVs). This enhanced renderer delivers significantly faster start-up times, performance (up to 120 FPS at 4k), interactivity (3D widgets) all while. using far less resources; and will become the default rendering option (for large meshes only) in an upcoming release. During this transition period, the previous server-side renderer remains available to ensure continuity. If you experience any issues with the new renderer, please reach out to our support team.

UI Improvements

Expressions are automatically validated in the UI when invalid expressions are input.

Bug Fixes

Fixed an issue with geometry code generation when converting colors to tags, ensuring metadata from CAD tools

Here's what's new in our latest update:
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Shape Mirroring in Refinement Region Panel

You can mirror shapes directly in the refinement region property panel. This enhancement allows you to quickly flip shapes horizontally or vertically without leaving the current UI, making it easier to work with symmetric designs and complex geometries.

Added open option in the mesh table

Now you can open meshes from the mesh table in geometries using the "open" option in the menu. Alternatively, you can double click on the mesh row if it's completed.

Here's what's new in our latest update:
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Periodic Pair Detection

Simplified periodic transforms by adding the ability to automatically deduce rotation angles and translation distances directly from your surface selection.

Generate SDK Code from Your Setup

Now you can generate SDK code that instantly recreates your current mesh and simulation configurations. This feature captures your exact mesh settings, solver parameters, and stopping conditions.

Named Variables

Define parameters once and apply them across your entire project. With Named Variables, you can create expressions for flow conditions, geometry modifications, and solver settings that update automatically when values change. Use variable sets to quickly switch between different configurations.

Here's what's new in our latest update:
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2D Plot Axis Controls

You can now specify numerical values for the ranges of the y and x axis for the 2D plot window.

Enhancements

• Improved Stability for Mesh Adaptation We have introduced safety limits on mesh scaling. The system now uses the LMA schedule's maximum CV count to cap interim mesh sizes for performance improvements.

Bug Fixes

• General robustness and performance improvements.​

Here's what's new in our latest update:
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Volume-Specific Initial Conditions

You can now set custom initial conditions (such as pressure, velocity, and temperature) for individual volumes rather than applying them globally. This allows for more precise control over the starting state of specific zones in your simulation, and is available for both fluid and heat physics.

Automated Wall Treatment for Mixing Plane Gaps

To improve simulation stability, the solver now automatically treats small gaps or misalignments at mixing plane interfaces as walls. These areas will automatically inherit the physical settings and motion of the nearest viscous wall. Grid velocity is based on the motion of the volume.

Note: This feature is intended for minor geometric corrections; for the best accuracy, ensure your interface regions are well-aligned during meshing.

Enhancements

• Add support for GPT-5.2, Opus 4.5, Gemini 3 Pro. You should notice better, more reliable responses from the AI Assistant - especially for API/SDK code generation.

Bug Fixes

• We fixed an issue where some variables were not available in DOE for advanced features.
• We have fixed an issue where the CAD import process would occasionally hang indefinitely.
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Here's what's new in our latest update:

Histogram Plot

From the in-app notebook, you can create and visualize an interactive histogram plot when analyzing large simulation datasets.
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Name Simulation from the Setup Summary

When running a simulation, you can now name a simulation before the job runs. Simply type it in the Name field in the Setup Summary window.
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Enhancements

• You can now add variables to input parameters during model setup
• We've added R515 as a fluid material option for real gas simulations
• Support for Blender has been updated to versions up to 5.0.0
• We've released SDK v0.22.1. Read about the release here

Bug Fixes

• Fixed an interpolation error that caused failures when using mesh adaptation
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Here's what's new in our latest update:

AI Assistant Upgrade

The AI Assistant now runs on the GPT 5.1 model, delivering faster responses, clearer explanations, and stronger reasoning in complex workflows. You will notice more reliable guidance during setup and troubleshooting along with better adaptability to project context.

Performance Improvement for Tables

You will see tables load and respond more quickly due to rendering improvements. Scrolling feels smoother and interactions such as searches and filters respond more immediately. These gains are most noticeable in large or complex tables common in projects with many simulations.
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Support for New CAD File Formats

We've added support for new CAD file formats:

• SOLIDWORKS up to 2026
• AutoCAD up to 2026
• ACIS up to 2026 1.0

Enhancements

• The New Project dialogue has been redesigned to present information more cleanly and consistently.
• The in-app notebook file tree now supports selecting multiple items at once, which makes common tasks faster and easier. You can download several temporary files together or delete multiple notebooks in a single action.
• You can now export derived fields for surface data using the same paths available for volume exports.
• Detection of conformal interfaces is now more tolerant, reducing false negatives and improving robustness during model setup.

Bug Fixes

• We removed Loading the Job status that appeared before solver initialization. In some cases it stayed visible while the system waited for resources, which made it seem as though the job was stuck. Jobs now move directly from Allocating to Initializing Solver for a clearer and more accurate view of startup progress.
• Some link buttons were active and clickable for projects with Read Only permissions.
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Here's what's new in our latest update:

SDK Release v0.22.0

• Manual stitching: New VolumeSelection.stitch() method replaces automatic stitching at import, giving you full control.
• New geometry deletion: Geometry.delete() lets you remove geometry entities directly in code.
• Improved tag handling: Geometry methods that modify tags now return the updated Tag object automatically.
• Default meshing change: The default sizing strategy in MeshGenerationParams is now Minimal (was MaxCount). To preserve previous behavior, set sizing_strategy=lc.meshing.sizing_strategy.MaxCount(10_000_000).
• Expanded Boolean options: union, subtract, intersection, and chop now accept keep, keep_source_bodies, and keep_tool_bodies for consistent control with the web app.
• Enhanced circular patterns: VolumeSelection.circular_pattern() now supports full and symmetric options for 360° or mirrored patterns.

For full details, see the complete release notes.

here.

Enhancements

• You can now import more objects from a Blender file. This includes surfaces and metaballs.

Bug Fixes

• General robustness and performance improvements.

Here's what's new in our latest update:

Multi-Geometry Interface

You can now manage multiple (or many) geometries within a single project directly in the user interface. This enables you to more easily manage the large number of geometry configurations that are often required to build large databases of simulations for physics AI model training. Learn more here.

Table Filters

You can now filter all tables, including in the Results and Projects page. Created filters can be removed by clicking the x button on the filter widget at the top of the table.

User-Defined Stitch Operation

Automatic stitching at import is now disabled. A new geometry operation for stitching has been exposed, along with a tolerance which you can define so you have complete control. Simply click the Repair dropdown to expose the Stitch operation.

Bug Fixes

• Stitching could sometimes create inside out volumes, which would give wrong boolean results.