Table of Contents

This page provides information on the simulations that can be setup through the Phoenix toolbar.

Overview

The Quick Simulation Setup buttons on the Phoenix toolbar allow for quick setup of many common types of simulations. Pressing any of the buttons will convert the currently selected objects into emitters for the simulation and will additionally create any needed simulators and other helper objects, and even set up V-Ray materials depending on the type of simulation.

If no objects are selected, pressing any of the buttons will automatically create a sphere and convert it to an emitter for the simulation and will additionally create other helper objects and set up V-Ray materials depending on the type of simulation.

For a quick guide to manually setting up many common Phoenix scenes, see Phoenix in a Nutshell.


UI Path: ||Phoenix FD Shelf|| > Quick Simulation buttons


Fire/Smoke Quick Setups

The Fire/Smoke Quick Setups create a Fire/Smoke Simulator based on the selected object(s), and sometimes also create additional helpers and components.



 Fire

Sets up a simulation where the fire is directly emitted as temperature from the selected object(s). A Turbulence helper is added to make for a more interesting fire behavior.


 Burning Fuel

Sets up a simulation where the selected object(s) would emit fuel which is then ignited and produces smoke on burning. Also, drag particles are emitted from the Source and shaded as embers via a Particle Shader.





 Explosion

Directly releases temperature and smoke from the selected objects(s). Each object would also emit a different smoke color. Note that the discharge is animated in time.


 Gasoline Explosion

Sets up a simulation where the selected object(s) emit fuel which is ignited and explodes with high energy, gradually burning out and producing smoke. Note that the discharge is animated in time.





 Large Smoke

Sets up a simulation where the selected object(s) emit dense, heavy smoke.


 Cold Smoke

The object(s) emit smoke with sub-zero temperature in Celsius, which floats down and creates a Dry Ice effect.





 Cigarette Smoke

The selected object(s) emit temperature that drives a fine, thin smoke, using drag particles and shaded using the Point Shader. A discharge modifier is used to emit only upwards.


 Candle

The object(s) emit temperature and form a smooth flame shaded with a specific fire color gradient.





 Timelapse Clouds

The volume of the selected object(s) is filled with separate clouds which are animated to gradually move. The preset works by imprinting smoke in the simulator from a noise texture using a Volume Brush mode Source. The Brush Effect is pretty low, so the smoke would gradually appear over time. The noise texture is animated and it also offsets with time, so the cloud shapes would evolve over time and move. There is an additional Turbulence force added to the scene to break the smoke up, and also a Plain Force blowing against the direction of movement of the clouds. In order for the smoke not to fill up the entire simulator over time, Smoke Dissipation is enabled under the Dynamics rollout and it's a tug of war between this option and the Brush Effect of the Source during the simulation.


 Jet Engine

The object(s) emit temperature and form a smooth flame shaded with a specific fire color gradient.



Liquid Quick Setups

The Liquid Quick Setups create a Liquid Simulator based on the selected object(s) in addition to modifiers and shaders as needed.



 Tap Water

The object(s) emit water with specific surface tension.


 Milk

The object(s) emit milk using a discharge modifier to direct the emission only downwards and the liquid is shaded using the Milk preset of the VRayMtl.





 Beer

The object(s) emit beer with foam particles with high bubble-to-bubble interaction forces. A discharge modifier is used to make the objects emit only downwards. Note that the discharge is animated in time towards zero.


 Coffee

The object(s) emit coffee with foam using a discharge modifier to direct the emission only downwards.





 Honey

The object(s) emit viscous honey and the discharge is animated towards zero to show the specific coiling when the flow thins out. Note that the discharge is animated in time towards zero.


 Liquid Chocolate

The object(s) emit viscous chocolate that wets and sticks to any obstacle objects. Note that the discharge is animated in time towards zero.





 Blood Splatter

Emits a short burst of blood from the emitter object(s) with a specific shader. Note that the discharge is animated in time towards zero.


 Paints

Emits a slightly viscous paint with high surface tension from the selected object(s). Each object would emit a different color of paint so that colors can be mixed. The scene uses the PhoenixFDGridTex to transfer the RGB color of the simulation onto the liquid mesh's material for rendering.





 Ink in Water

Each selected object emits a different color and weight of ink composed of drag particles and these are shaded using the Point shader. Note that the discharge is animated in time towards zero.


 Waterfall

The object(s) emit a large amount of water with splash, foam and mist particles.





 Ocean

The object(s) are placed in a fish tank container, surrounded by an infinite animated ocean surface. The objects can be animated to sail onto the ocean, emerge, submerge or splash into the tank.


 Stormy Sea

The object(s) are placed in a fish tank container. A Wave Force creates large waves inside the simulator. Foam, splash and mist particles are emitted and are shaded with three different Particle Shaders with their modes set to Bubbles, Points and Fog respectively. The objects can be animated to sail onto the liquid surface, emerge, submerge or splash into the tank.




 Ice Cubes

The object(s) are converted to Active Bodies, colliding with one another and with slight variation of the Density for each one. The simulator is prefilled with liquid using the Initial Fill Up option.


 Speedboat

The object is converted to an Active Body and propelled forward by a Thruster force. The movement and rotation of the object are locked using an Axis Lock so that it moves forward in a straight line.
Was this helpful?