How to use Volume System node in Oraphim

Type ID: motion.volume.builder
Category: Generator

What this node does

The Volume System node is registered in Oraphim's Generator category and performs the graph operation represented by its sockets and controls below.

The current Oraphim runtime registers 9 sockets and 124 properties for this node. Its main registered inputs are Input, Geometry Source, Source; its main outputs are Output, Volume, Metadata. The tables below are generated from the runtime registry rather than a handwritten approximation.

Inputs

Socket	Key	Type
Input	in_color	Image
Geometry Source	in_geometry	Geometry3D
Source	in_source	Metadata
Field	in_field	Field
Volume	in_volume	Volume
Material	in_material	Material

Outputs

Socket	Key	Type
Output	out_color	Image
Volume	out_volume	Volume
Metadata	out_metadata	Metadata

Controls

Control	Key	Type	Group	Registry default
Source Shape	primitiveType	String	Source	0.0
Interpret As	sourceRole	String	Source	0.0
Role Strength	sourceRoleStrength	Float	Source	1.0
Boundary Width	sourceBoundaryWidth	Float	Source	0.11999999731779099
Influence Radius	sourceInfluenceRadius	Float	Source	0.44999998807907104
Attribute Strength	sourceAttributeStrength	Float	Source	0.0
Boolean	booleanOperation	String	Source	0.0
Position X	primitivePositionX	Float	Source	0.0
Position Y	primitivePositionY	Float	Source	0.0
Position Z	primitivePositionZ	Float	Source	0.0
Rotation X	primitiveRotationX	Float	Source Transform	0.0
Rotation Y	primitiveRotationY	Float	Source Transform	0.0
Rotation Z	primitiveRotationZ	Float	Source Transform	0.0
Pivot X	primitivePivotX	Float	Source Transform	0.0
Pivot Y	primitivePivotY	Float	Source Transform	0.0
Pivot Z	primitivePivotZ	Float	Source Transform	0.0
Scale X	primitiveScaleX	Float	Source	1.0
Scale Y	primitiveScaleY	Float	Source	1.0
Scale Z	primitiveScaleZ	Float	Source	1.0
Radius	primitiveRadius	Float	Source	0.6200000047683716
Secondary Radius	primitiveSecondaryRadius	Float	Source	0.18000000715255737
Size X	primitiveSizeX	Float	Source	0.75
Size Y	primitiveSizeY	Float	Source	0.75
Size Z	primitiveSizeZ	Float	Source	0.75
Thickness	primitiveThickness	Float	Source	0.18000000715255737
Smoothness	primitiveSmoothness	Float	Source	0.11999999731779099
Falloff	primitiveFalloff	Float	Source	0.23999999463558197
Geometry Samples	sampleLimit	Int	Source	384.0
Base Resolution	baseResolution	Int	Build	48.0
Quality	quality	String	Build	Interactive
Cache Mode	cacheMode	String	Cache	Memory
Noise Type	noiseType	String	Noise	Ridged FBM
Frequency	noiseFrequency	Float	Noise	4.0
Amplitude	noiseAmplitude	Float	Noise	0.0
Octaves	noiseOctaves	Int	Noise	4.0
Gain	noiseGain	Float	Noise	0.5199999809265137
Lacunarity	noiseLacunarity	Float	Noise	2.0299999713897705
Warp	noiseWarp	Float	Noise	0.07999999821186066
Warp Frequency	noiseWarpFrequency	Float	Noise	2.0
Remap Low	noiseRemapLow	Float	Noise	0.11999999731779099
Remap High	noiseRemapHigh	Float	Noise	1.0
Density	density	Float	Material	1.0
Coverage	coverage	Float	Material	0.6200000047683716
Density Scale	densityScale	Float	Material	1.0
Density Bias	densityBias	Float	Density Shaping	0.0
Density Gain	densityGain	Float	Density Shaping	1.0
Density Contrast	densityContrast	Float	Density Shaping	1.0
Soft Threshold	densitySoftThreshold	Float	Density Shaping	0.0
Hard Threshold	densityHardThreshold	Float	Density Shaping	0.0
Density Power	densityPower	Float	Density Shaping	1.0
Mask Expand	maskExpand	Float	Mask	0.0
Mask Shrink	maskShrink	Float	Mask	0.0
Height Mask Influence	maskHeightInfluence	Float	Mask	0.0
Height Mask Minimum	maskHeightMin	Float	Mask	0.0
Height Mask Maximum	maskHeightMax	Float	Mask	1.0
Distance Mask Influence	maskDistanceInfluence	Float	Mask	0.0
Distance Mask Minimum	maskDistanceMin	Float	Mask	0.0
Distance Mask Maximum	maskDistanceMax	Float	Mask	2.0
Mask Soft Threshold	maskSoftThreshold	Float	Mask	0.0
Mask Hard Threshold	maskHardThreshold	Float	Mask	0.0
Temperature	temperature	Float	Combustion	0.0
Temperature Scale	temperatureScale	Float	Combustion	1.0
Heating Rate	heatingRate	Float	Combustion	0.0
Cooling Rate	coolingRate	Float	Combustion	0.0
Temperature Falloff	temperatureFalloff	Float	Combustion	1.0
Combustion Rate	combustionRate	Float	Combustion	0.0
Fuel Burn Rate	fuelBurnRate	Float	Combustion	0.0
Emission	emission	Float	Emission	0.0
Emission Strength	emissionStrength	Float	Emission	1.0
Emission Intensity	emissionIntensity	Float	Emission	1.0
Temperature Response	emissionTemperatureResponse	Float	Emission	1.0
Emission Falloff	emissionFalloff	Float	Emission	1.0
Absorption	absorption	Float	Render	2.200000047683716
Scattering	scattering	Float	Render	0.8500000238418579
Self Shadow	shadowStrength	Float	Render	0.3499999940395355
Opacity	opacity	Float	Render	1.0
Softness	softness	Float	Render	0.550000011920929
Base Red	colorR	Float	Color	0.44999998807907104
Base Green	colorG	Float	Color	0.8199999928474426
Base Blue	colorB	Float	Color	1.0
Highlight Red	secondaryR	Float	Color	1.0
Highlight Green	secondaryG	Float	Color	1.0
Highlight Blue	secondaryB	Float	Color	1.0
Turbulence	turbulence	Float	Field	0.0
Buoyancy	buoyancy	Float	Field	0.0
Gravity	gravity	Float	Field	0.0
Wind Speed	windSpeed	Float	Field	0.0
Wind X	windDirectionX	Float	Field	1.0
Wind Y	windDirectionY	Float	Field	0.0
Wind Z	windDirectionZ	Float	Field	0.0
Curl Strength	curlStrength	Float	Field	0.0
Curl Frequency	curlFrequency	Float	Field	2.0
Curl Scale	curlScale	Float	Field	1.0
Vorticity	vorticity	Float	Field	0.0
Spiral Strength	spiralStrength	Float	Field	0.0
Lift	velocityLift	Float	Field	0.0
Swirl	velocitySwirl	Float	Field	0.0
Radial	velocityRadial	Float	Field	0.0
Drag	drag	Float	Field	0.0
Randomization	velocityRandomization	Float	Field	0.0
Chaos	velocityChaos	Float	Field	0.0
Density Lift	smokeLift	Float	Combustion	0.0
Temperature Lift	fireLift	Float	Combustion	0.0
Dissipation	dissipation	Float	Simulation	0.0
Seed	seed	Float	Simulation	1.0
Animation Rate	animationRate	Float	Simulation	0.3499999940395355
Time Scale	timeScale	Float	Simulation	1.0
Simulation Speed	simulationSpeed	Float	Simulation	1.0
Substeps	simulationSubsteps	Int	Simulation	1.0
Solver Iterations	solverIterations	Int	Simulation	4.0
Pressure Iterations	pressureIterations	Int	Simulation	8.0
Resolution Scale	qualityResolutionScale	Float	Quality	1.0
Sampling Scale	qualitySamplingScale	Float	Quality	1.0
Iteration Scale	qualityIterationScale	Float	Quality	1.0
Cache Scale	qualityCacheScale	Float	Quality	1.0
Camera X	cameraPositionX	Float	Render Camera	0.0
Camera Y	cameraPositionY	Float	Render Camera	0.0
Camera Z	cameraPositionZ	Float	Render Camera	-500.0
Target X	cameraTargetX	Float	Render Camera	0.0
Target Y	cameraTargetY	Float	Render Camera	0.0
Target Z	cameraTargetZ	Float	Render Camera	0.0
Field Of View	cameraFov	Float	Render Camera	45.0
Near Plane	cameraNear	Float	Render Camera	1.0
Far Plane	cameraFar	Float	Render Camera	2000.0

How to use it

1. Add Volume System from node search. Use motion.volume.builder when you need the exact registry entry.
2. Connect a compatible Image source to Input. Add the other inputs only when the operation needs them.
3. Start with the registry defaults and adjust Source Shape, Interpret As, Role Strength first so you can see the node's effect in isolation.
4. Route Output (Image) into a compatible downstream node, viewer, or output path.
5. Preview a representative frame, change one input/control at a time, and save/reopen reusable graphs to verify persistence.

Practical example

Create a small test graph with Volume System. Feed a compatible source into Input. Change Source Shape away from its registry default and compare the result. Connect Output to a compatible downstream stage so the result is visible. Keeping this test graph small makes socket-type, context, and parameter mistakes easier to diagnose before the node is used in a production graph.

Troubleshooting

• If a connection is rejected, compare the exact socket data types in the tables above; Oraphim graph connections are typed.
• If the result looks unchanged, confirm this node is on the active path to the viewer/output and that the expected graph/resource is selected.
• If a control is unavailable, check required inputs and whether the property belongs to an internal or mode-dependent group.
• If a saved graph behaves differently later, reopen it and verify node identity, connections, and edited property values before rendering.

Related nodes

• Volume Source / SDF — motion.volume.source
• Volume Field / Forces — motion.volume.field
• Volume Material — motion.volume.material
• Bar Chart Generator — motion.chart.bar
• Data Chart — motion.chart.data

Return to the complete Oraphim node reference.