Experience the fluid engine with Blender's ray-tracing power for professionals seeking VFX excellence and true physics-based fluid dynamics. Its multi-threading capabilities leverage CPU and GPU resources for faster, efficient outputs. Upgrade your workflow with Doriflow today!
System Requirements:
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Operating System: Windows 10 (64-bit) or MacOS 12.0 or later
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CPU: Intel Core (i5/i7/i9) or Apple Silicon (M1, M2, M3)
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GPU: NVIDIA GPU with CUDA 10.0 or later (Minimum 5GB VRAM) or Apple Metal-compatible GPU (M1 or later)
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VRAM: At least 5GB VRAM (for GPU rendering)
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RAM: 16GB or more
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Storage: SSD with at least 20GB free space
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Graphics API: DirectX 12 / CUDA or Metal 3.0
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Software: Blender 4.0 / 4.1/ 4.2
v1.21 MacOS bugs reported!
We're aware of a crash issue with Doriflow v1.2.1 on MacOS when used with Blender 4.x. A fix is in progress—Thanks for your patience
Doriflow core values
True physics without short-cuts
Doriflow's development is based on published scientific methods, accurately modeling physics to enhance simulation realism in Computational Fluid Dynamics.
All-In-One Fluid Simulation Solution
Doriflow combines all modules into a single platform, removing the need to jump between various software programs.
Presets scenes for smooth workflow
Our fluid engine includes presets with pre-setup physical scenes and initial conditions, allowing you to focus more on computing simulations and less on setup.
Our user-friendly interface and powerful features make Doriflow the ideal tool for a range of users:
✓ Professional VFX artists seeking realistic fluid simulations
✓ Academics aiming to effectively communicate scientific results
✓ Blender hobbyists eager to explore new fluid simulation capabilities
Doriflow skeleton
GPU-powered
for efficient scalability
Doriflow utilises GPU, making it 100% scalable. Whether running a scene with 1 million or 10 million particles, the time difference is minimal.
Fluid-Structure interaction (FSI)
The rigid body solver delivers comprehensive control over physical variables, enabling you to streamline computations and accelerate the timestep.
Whitewater particles generation
Users can precisely tailor the lifetime, intensity, and size of whitewater particles using the Particle System or Geometry Nodes, enabling highly immersive water effects.
Doriflow Presets
​Show Cases
(tutorial in progress)
Ice cube floating with bubble, foam particles
​Doriflow deliveries
Our fluid engine is built for creatives, by creatives
CPU - GPU
multi-threadding
Affordable
Efficient processing with extremely high poly 3D object
Geometry node integration
Scalability
Minimised number of clicks for great results
Modular computation
Parallel execution
Coastal defences structures
High poly objects floating in waves
Floating objects generating foam and bubble particles
Vortices formation on slope flowing
Coanda effects
High-poly objects float
Whitewater vortex formation in cylinders wake
High-poly objects float
High viscous wave breaking
(350k particles)
Wave interference guiding floating spheres
Floating high-poly objects
Wave crashes against the suspension and arch bridge structures
Wave crashes arch bridge
Liquid object collision
Scenery lake
Forest flood mitigation
Coastal protection Jetti structures
Splashing with whitewater effects
City flooding test
Doriflow Preset 8
Register and download Doriflow today!
Demo package
This basic version provides essential features and a streamlined introduction to our powerful simulation engine.
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GPU Fluid Solver
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Fluid - Solid interaction only
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Basic preset scenes
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Limited number of scene objects
Full package
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GPU Fluid Solver
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2-way coupling for Fluid - Solid and Solid - Solid
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Modular Whitewater generation
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Preset scenes for immediate start
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Intuitive modular design
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Multi-threading for parallel execution