The most iconic use case for combining these three is the Cinematic Explosion (MIRV warhead, fuel-air bomb, or volcanic eruption).
Step 1: The Charge (FumeFX) You simulate the first 50 frames with FumeFX. High detail, low grid resolution for speed. This gives you the turbulent "roll" of the initial fireball and the sharp shockwave vortices.
Step 2: The Soul (Particle Flow) You emit a dense Particle Flow system from the explosion center. These particles carry data: Age, Velocity, Heat. Sitni Sati AfterBurn- DreamScape And FumeFX For 3dsMax
Step 3: The Body (AfterBurn) You apply an AfterBurn atmospheric shader to those particles.
Step 4: The Stage (DreamScape) DreamScape renders the ground and sky. The light from the FumeFX fire casts shadows across DreamScape’s displaced terrain. DreamScape’s Sun, occluded by the smoke, creates volumetric shafts of light through the haze. The most iconic use case for combining these
Create a DreamScape Sun light for atmospheric depth. Generate a DreamScape Sea surface with high wind waves. Render the terrain in the background using DreamScape Terrain.
While AfterBurn handles fire and smoke, DreamScape is Sitni Sati’s answer to water, terrain, and sky. If you have ever seen a photorealistic ocean in 3ds Max before 2015, it was almost certainly rendered with DreamScape. Step 4: The Stage (DreamScape) DreamScape renders the
As of 2025, Sitni Sati maintains FumeFX 6.0 and AfterBurn 5.0 for 3ds Max 2022–2025. DreamScape is technically legacy software (last major update 2018), but it runs flawlessly on modern Max versions due to its simple architecture.
Pro Tip: To use DreamScape with modern FumeFX, render as separate passes. FumeFX outputs a Lighting pass; DreamScape outputs a Background pass. Compose them in After Effects using "Screen" or "Add" blending. Never try to force them to cast rays through each other.
