Maths_Addition

Mathematical addition

• X: First number to add
• Y: Second number to add

• Sum: Sum of the numbers

Maths_Subtraction

Mathematical subtraction

• X: Number to subtract from
• Y: Number to subtract

• Result: Result of the subtraction

Maths_Multiplication

Mathematical multiplication

• X: First number to multiply
• Y: Second number to multiply

• Product: Product of the numbers

Maths_Division

Mathematical division

• X: Number to divide
• Y: Number to divide by

• Result: Result of the division

Maths_GreaterThan

Tests if input B is greater than input A

• firstNumber: First number
• secondNumber: Second number

• Greater than (>): True if A > B
• Greater than or equal to (>=): True if A >= B

Maths_LessThan

Tests if input B is less than input A

• firstNumber: First number
• secondNumber: Second number

• Less than (<): True if A < B
• Less than or equal to (<=): True if A <= B

Maths_RandomValue

Generates a random float between min and max

• Min: Start of range (default = 0)
• Max: end of range (default = 1)
• Seed: Seed for random number generator (int)
• Number: Number of random numbers to generate (int)

• RnadomValue: Random float between min and max

Maths_DotProduct

Computes the dot product of two vectors

• firstVector: First vector
• secondVector: Second vector

• Dot Product: Float representing X dot Y

Maths_CrossProduct

Computes the cross product of two vectors

• firstVector: First vector
• secondVector: Second vector

• Cross Product: Float representing X cross Y

Maths_VectorLength

Computes the length of a vector

• Vector: Vector

• Length: Float representing length of X

Maths_UnitizeVector

Computes a unit vector from a vector

• Vector: Vector

• UnitVector: Unit Vector in direction of X

Maths_Lerp

Linear interpolation between two values

• From: Value to lerp from
• To: Value to lerp to
• T: Parameter t

• Lerped Value: Value at param t

Maths_RectangularGrid

Generates a planar rectangular grid from transform, number of cells and cell size

• transform: Transform: sets plane for rectangular grid
• numberX: Number of cells in X direction
• numberZ: Number of cells in Z direction
• sizeX: Size of cells in X direction
• sizeZ: size of cells in Z direction

• Rectangular Grid Vertices: Vertices
• Rectangular Grid Polylines: Cell Polylines

Maths_RectangularArray

Generates a 3D rectangular array of cells from transform, number of cells and cell size

• transform: Transform for coordinate system
• numberX: Number of cells in X direction
• numberY: Number of cells in Y direction
• numberZ: Number of cells in Z direction
• sizeX: Size of cells in X direction
• sizeY: size of cells in Y direction
• sizeZ: size of cells in Z direction

• Rectangular Grid Vertices: Vertices

Maths_HexGrid

Generates a planar hexagonal grid

• transform: Transform: sets plane for hex grid
• numberX: Number of cells in X direction
• numberY: Number of cells in Y direction
• numberZ: Number of cells in Z direction
• size: Size of cells

• Hexagonal Grid Vertices: Vertices
• Hexagonal Grid Polylines: Cell Polylines

Maths_RhodoLattice

Generates 3D lattice from rhombic dodecahedral tiling

• transform: Transform for coordinate system
• numberX: Approx. width in rhodo diameters along x-axis of box
• numberY: Approx. width in rhodo diameters along y-axis of box
• numberZ: Approx. width in rhodo diameters along z-axis of box
• Diameter: Diameter of one rhombic dodecahedron

• Rectangular Grid Vertices: Vertices
• Rhodo Lattice Polylines: ...

Geometry_Rotation

Construct a rotation quaternion from axis and angle

• Axis: Axis (unit vector)
• Angle: Angle of rotation (in radians)

• Rotation Quaternion: Rotation quaternion out
• Rotation Transform: Rotation transformation out

Geometry_LookAt

Construct a rotation quaternion from axis and angle

• TargetPoint: Target Point
• Up: Optional Up direction.
• Transform: Option transform to modify

• Rotation Transform: Rotation transformation out

Geometry_AffineTransformation

Apply spatial transformation to geometric object

• Geometry: Mesh to transform
• Transformation: Transformation to apply to geometry

• NewGeometry: Transformed Geometry

Sets_Series

Create a series of numbers

• Start: First number in the series
• Step: Step size for each successive number
• Count: Number of values in the series

• Series: Series of numbers

Sets_LogisticGrowthSeries

Create a series of numbers following logistic growth curve

• MaxVal: Maximum Value in the series
• Steepness: rate of increase
• Count: Number of values in the series

• Series: Series of numbers

Sets_ListItem

Select items by index

• List: List of items
• Indices: Indices of desired list items

• List items: Selected list items

Sets_IfThen

Separates list items according to pattern

• List: List of items
• Pattern: Pattern of separation

• List A: 'true' list items
• List B: 'false list items

Sets_Merge

Merges two lists according to pattern

• List_A: First List
• List_B: Second List
• Pattern: Pattern of separation

• MergedList: New compsed list

Sets_ListConstruct

Construct a list from items

• Item1: First item
• Item2: Second item

• List: List of items

Sets_ShiftList

Select items by index

• List: List of items
• Shift Length: Number of indices to shift
• Wrap: Wrap the indices to branch count

• Shifted List: Selected list items

Sets_LoopBegin

Entry point for a For Loop

• Name: Optional label for this loop.
• Steps: Number of steps to compute. -1 for indefinite loop
• Data: Initial Data

• Index: Current index
• Data: Optional temporary data

Sets_LoopEnd

Ends a loop or transmits data back to start.

• LoopStart: Loop start component to operate on. Connect to any Loop Start output.
• Stop: Optional bool to stop loop
• Data: Generic data to transmit back to start

• Last Data: Last computed data

Sets_DataRecorder

Records generic data and outputs to list.

• DataItem: Data to record
• RecordLimit: Number of items to record
• Reset: Reset the recording

• Data: Optional temporary data

Sets_AddKeyValue

Adds a key value pair to a variant map

• Map: Variant map to operate on. Can be empty.
• Key: Key of value to add
• Value: Value add. This input is list access.

• Map out: Variant map out.

Sets_GetValueByKey

Gets a value by key name.

• Map: Variant map to operate on. Can be empty.
• Key: Key of value to add

• Value out: Value out

Sets_ExportViewData

Exports data from a view to be used in another view.

• Data: Data tree to export

• ExportedData: Exported Data

Sets_ImportViewData

Imports data from a view to be used in this view.

• DataIn: Data in

• ImportedData: Exported Data

Maths_MassAverage

Average of list of numbers

• List: List of floating point values

• Average: Average of values

Maths_MassAddition

Sums a list of numbers

• List: List of floating point values

• Sum: Sum of values

Input_Slider

An interactive numerical slider.

• I:

• Value:

Input_Panel

• :

• :

Input_Float

Creates or casts a float

• Number: Non-float number

• Float: Float

Input_Int

Creates or casts an integer

• Number: Non-integer number

• Integer: Integer

Input_Label

Label for annotating graphs

• Name: Name of this label

• ContainerElement: Container Element

Input_Toggle

Boolean Toggle input

• :

• :

Input_ScreenToggle

Adds a boolean toggle to the user interface

• P: Position of the button in screen coordinates.
• Label: Label of the button
• Toggle: Toggle mode
• Priority: Priority Index
• Parent: Optional parent

• Button Pointer: Pointer to the UI Element

Input_ScreenContainer

A container for UI objects.

• Name: Name of this container
• Position: Optional position. If left blank, the element is automatically positioned.
• Size: Optional size. If left blank, the element is automatically size.
• Options: Container options

• ContainerElement: Container Element

Input_CustomElement

Adds some text to the screen UI

• CustomType: Custom type name to create. Name must be contained the style file
• Style File: Optional file to look up. If blank, the default style file will be used.
• Position: Optional position. If left blank, the element is automatically positioned.
• Size: Size of root element
• Priority: Priority
• Parent: Optional Parent element

• CustomElement: Custom Element
• Children: Children elements.

Input_ButtonListener

Listens to button in scene

• Button Pointers: Pointers to screen buttons
• Mute: Mute this listener

• Values: Values Out

Input_LineEditListener

Listens for line edit input

• LineEdit Pointers: Pointers to screen line edit
• Mute: Mute this listener

• Values: Values Out

Input_KeyboardListener

Listens for Key strokes

• On: Listen for mouse clicks
• Key Filter: Keys to listen to. If blank, return all.

• Key Press: Returns once on the frame that the key has pressed.
• Key Down: Returns on every frame that the key is held down.
• Key Up: Returns once on the frame that the key is released.

Input_MouseDownListener

Listens for mouse down in scene

• On: Listen for mouse clicks
• Mouse button: Mouse Button

• Mouse Position: Mouse Position
• Mouse Delta: Mouse Delta

Input_GamepadListener

Listens for gamepad input

• On: Listen for mouse clicks
• Gamepad index: Gamepad Index

• Button ID: Button ID
• Button Value: Button Value
• Axis ID: Axis ID
• Axis Value: Axis Value

Input_ScreenLineEdit

Adds a line edit to the user interface

• Screen Coords: Point Coordinate in Screen Space
• Label: Label
• Priority: Optional priority index
• Parent: Optional parent

• Line Edit out: Ptr to line edit

Input_ScreenText

Adds some text to the screen UI

• Position: Optional position. If left blank, the element is automatically positioned.
• Text: Text to display
• Font: Path to Font to use
• Size: Font Size
• Priority: Priority
• Parent: Optional Parent element

• TextElement: Text Element

Input_StringReplace

Appends or Creates a string with Formatting.

• String: String to work on
• ReplaceThis: String to replace
• ReplaceWith: Replacement string

• String: Resulting string

Input_StringAppend

Appends a string.

• InputString: Input String
• AppendString: String to append

• String: Resulting string

Input_ScanDir

Scans a directory for files.

• Path: Directory path
• Filter: Optional filter
• Recursive: Search directory recursively

• Results: Scanned files
• FullPaths: Full paths to scanned files

Input_Trigger

Transmit IoDataTree at first input upon trigger at second input

• IoDataTree: IoDataTree input to transmit on trigger
• Trigger: Trigger -- listen for change in trigger input

• IoDataTree: IoDataTree transmitted on trigger

Input_ObjectMove

Moves an object based on user interaction

• Constraints: Movement constraints. One bit for each of the 6 degrees of freedom
• Local Coords: Using local Coords for translation
• Node Filter: Only allow movement on these nodes. If 0, all nodes are allowed to move.

• ID: ID of affected node
• Transform: Transform defining movement

Input_Vector3

Slider for selecting a Vector3

• Default: Vector3

• Vector3: Vector output

Input_ColorSlider

Slider for selecting a Color

• Color: Color

• Color_out: Color output

Input_GeometryEdit

Allows the user to manipulate geometry vertices.

• Geometry: Geometry to operate on.
• Constraints: Movement constraints. One bit for each of the 6 degrees of freedom
• DisplayThickness: Thickness of display curves
• Color: Color of diplay curves

• Edit Geometry: Reference to Edit Geometry. Connect to Edit Geometry Listener.

Input_EditGeometryListener

Listens for updates to editable geometry

• NodeID: Id of edit geometry to listen to.

• Geometry: Edited geometry

Interop_SystemCommand

Calls a program from the OS

• Executable: The executable to call
• Arguments: Arguments

• ExitCode: Result of the call

Interop_AsyncSystemCommand

Calls several programs from the OS

• Executable: The executable to call asynchronously
• Arguments: Arguments

• ExitCode: Result of the call

Interop_SendData

Exports data from a view to be used in another view.

• Data: Data tree to export

• ExportedData: Exported Data
• IP: IP Address

Interop_ReceiveData

Exports data from a view to be used in another view.

• Data: Data tree to export

• ExportedData: Exported Data

Resource_LoadResource

Loads a resource from a path

• Path: Path to Resource file (e.g. "Models/TeaPot.mdl")
• Type: Type Name. Must be a registered class type. (e.g. "model")

• ResourcePointer: Void Pointer to Resource

Resource_CreateMaterial

Create a material from parameters

• Technique: Path to material
• Parameters: Key-Value pairs of parameters to modify
• Textures: Key-Value pairs of tex units and resource paths

• Material: Pointer to material

Graphics_BaseSettings

Sets a few of the most important render settings.

• Skybox: Set the skybox material
• ZoneTexture: Zone Texture (for reflections)
• Zone Size: Vector defined size of the render zone
• AmbientLight: Ambient Light. Alpha channel determines brightness.
• Fog Color: Color of Fog.
• Fog extents: Fog extents. Vector 3 where x,y are start and end distances. Z is density.

• Zone: Pointer to zone
• Skybox: Pointer to skybox

Graphics_Viewport

Creates a viewport for viewing geometry

• Viewport Index: Index of viewport to create. If exists, viewport will be overwritten.
• Camera: Camera with which to render viewport.
• Rect: Screen space rectangle in which to render. If null, full extents are used.
• RenderPath: Base RenderPath for viewport. If blank, this will default to the main viewport path.

• Viewport: Point to resulting viewport

Graphics_MeshRenderer

Converts a mesh to a viewable object in the scene.

• Mesh: Mesh Structure
• Material: Path to material.
• SplitVertices: Split the vertices for flat shading
• Color: MainColor

• NodeID: ID of rendered node
• StaticModelPointer: Void Pointer to Static Model

Graphics_MeshEdges

Renders mesh edges

• Mesh: Mesh to render
• Width: Width of curve
• Color: Color

• Node ID: Node ID

Graphics_CurveToModel

Converts a curve to a model on disk with a pointer to the model

• Polyline: Polyline structure
• File: Optional path to save Model
• Thickness: Line thickness
• VertexColors: VertexColors

• ModelPointer: Void Pointer to Model

Graphics_CurveRenderer

Curve Renderer

• Curve: Curve to render
• Width: Width of curve
• Color: Color

• Node ID: Node ID

Graphics_RenderTexture

Creates a texture that is filled by the given camera.

• Camera: Camera with which to render viewport.
• Viewport: Optional viewport to use for render texture
• RenderPath: Base RenderPath for viewport. If blank, this will default to the main viewport path.

• Texture: Render Texture
• Material: Basic Material with the RenderTexture assigned.

Graphics_Light

Create a directional Sun light

• Transform: Transform
• LightType: LightType
• Color: Color
• Range: Range

• NodeID: Node ID
• Light: LightPtr

Physics_ApplyForce

Apply a force (vector with magnitude) to a rigid body

• RigidBody: RigidyBody
• Force: Vector defining the force

• RigidBody: Rigid Body

Physics_CollisionShape

Construct a collision shape form a mesh or model

• Node ID: Node to construct collision shape on
• Base Mesh: Mesh to construct collision shape from
• Shape type: Type of collision shape to create

• RigidBody: Rigid Body

Physics_Constraint

Construct a constraint between a rigidbody and an optional second one.

• Body A: First rigidbody.
• Local Anchor A: Position in local coordinates for start of constraint
• Body B: Second rigidbody.
• Local Anchor B: Position in local coordinates for end of constraint
• Constraint Type: Type of constraint

• Constraint: Constraint

Scene_Display

Displays geometry in the scene

• Geometry: Geometry to render
• Color: Color to Display
• Mode: Display Mode. 0 - Fill, 1 - Wireframe, 2 - Points.
• Flat: Flat shaded

• Node: Node ID of display
• Model: Pointer to model

Scene_DeconstructModel

Deconstructs a static model into vertices, faces and normals

• Model: Path to Model

• Mesh: Mesh Out

Scene_AddNode

Adds a node with optional name and parent

• Transform: Transform of node
• Name: Optional node name
• Parent: Optional node parent

• Node ID: ID of node

Scene_CloneNode

Clones a node

• NodeID: ID of node to clone
• Transform: Transform of cloned node
• ParentID: Optional parent of cloned node

• NodeID: ID of new node

Scene_AddStaticModel

Adds a static model

• NodeID: ID of node
• Model: Pointer to Model
• Material: Pointer to Material

• Static Model: Pointer to static Model

Scene_AnimatedModel

Adds a static model

• NodeID: ID of node
• AnimatedModel: Pointer or path to Model
• Material: Pointer to Material

• Animated Model: Pointer to animated Model

Scene_PlayAnimation

Play an animation

• NodeID: ID of node
• AnimationController: Pointer to animation contorller
• Animation: Path to animation

• Animated Model: Pointer to animated Model

Scene_ScreenPointToRay

Given a screen point, returns a ray in world coordinates

• ScreenPoint: Point in normalized screen coordinates
• CameraPtr: Optional pointer to a camera. If none provided, a camera will be found.

• Start Point: Start point of ray in world coords
• Direction: Direction of ray in world coords

Scene_Raycast

Listens for screen raycasts, returns hit information

• StartPoint: Point in world coords
• Direction: Direction in which to cast ray
• Max Distance: Max distance to raycast
• Mask: Mask elements from raycast

• Hit Points: Hit Points of ray
• Distance: Distance
• Normal: Normal
• ModelPtr: Model pointer.

Scene_ScreenBloom

Adds intensity-controlled screen bloom effect

• Intensity: Intensity of Bloom
• Source: Source Mix
• Bloom Mix: Bloom Mix

• Vertices: Vertices Out

Physics_PhysicsWorld

Initializes physics world

• Step: Run physics
• Gravity: Gravity Vector

• Physics World: Pointer to static physics world

Physics_RigidBody

Adds rigid body behaviour to a node

• Node ID: Node ID to add Rigid body to.
• Physics World: Physics World
• Mass: Mass. Set to zero if you want a fixed object
• Shape type: Collision shape type.

• Rigid Body: Pointer to Rigid Body
• Collision Shape: Pointer to Collision Shape

Scene_Text3D

Creates a 3D text node at given position and scale

• Text: Text to display
• Positon: Position of text node.
• Font: Font to display
• Scale: Scale of text
• Options: 3D Text options as bitmask. 1 - face camera, 2 - keep vertical, 4 - constant pixel size.

• ID: ID of node
• TextPointer: Pointer to text component

Scene_ScriptInstance

Executes a script from file

• ScriptFile: Path to script file
• X: Input variable called X
• Y: Input variable called Y
• Z: Input variable called Z

• A: Output variable called A
• B: Output variable called B
• C: Output variable called C

Scene_MouseClickListener

Listens for mouse clickkinput

• On: Listen for mouse clicks (bool)
• Mouse button: Mouse Button

• Mouse Position: Mouse Position

Scene_SelectGeometry

Returns selected geometry

• On: Activate selection

• MeshesOut: Meshes out
• PolylinesOut: Polylines out
• PointsOut: Points out
• Mouse Position: Mouse Position

Scene_ModifyNode

Modifies basic properties of a Node

• ID: Node ID
• Transform: New transfrom
• Name: Name

• ID: ID of node
• :

Scene_GetNode

Finds a Node

• NodeID: ID of node to inspect.
• :

• NodeID: Node ID
• Name: Name
• Transform: Transform

Scene_GetComponent

Gets a reference to a component from Node ID

• Node ID: Node ID
• Type: Type of component to return
• Recursive: Search node recursively
• :

• Reference: Reference to component

Scene_AddComponent

Adds a native component to a scene node.

• Node ID: Node ID to add component
• Type: Type of component to add.

• Reference: Reference to added component

Scene_ModifyComponent

Modifies the properties of a native component.

• Component Reference: Pointer reference to native component.
• Property: Name of Property to modify.
• Value: Value with which to modify property.

• Reference: Reference to modified component

Scene_SendEvent

Define and send an event

• EventName: Unique event name to send
• DataTree: DataTree to send

Scene_HandleEvent

Receive an Event

• EventName: Unique event name to send

• DataTree: DataTree to send

Scene_SetGlobalVar

Sets a global variant by name (key)

• Key: Key of variant to set.
• Variant: Variant to set
• Reset: Reset to null value

• Variant: Set variant

Scene_GetGlobalVar

Gets a global variant by name (key)

• VarName: Key of variant to get.
• DefaultValue: Default value if get fails.

• Variant: Returned variant

Scene_TriMeshVisualizeScalarField

Visualize scalar field on a TriMesh

• TriMesh: TriMesh input
• ScalarField: Scalar field on the input TriMesh

• Node: Node ID of displayed TriMesh
• Model: Pointer to model

Scene_LoadScene

Loads a Scene resource file from XML or JSON

• ScenePath: Resource Path to scene file
• Additive: If true, loads scene additively

• SceneReference: Pointer to loaded scene

Scene_SaveScene

Saves current Scene resource file from XML or JSON

• ScenePath: Resource Path to scene file
• UseJson: If true, will write to JSON format. Otherwise XML.

• Success: Returns true if file was written

Scene_AppendRenderPath

Appends a render path item to a viewport.

• RenderPath: Path to render path definition
• ViewportID: Viewport ID to add render path to.
• Parameters: Set additional render path parameters
• Values: Addtional render path values

• Tags: Append Render path tags

Mesh_DecimateMesh

Perform decimation on triangle mesh

• Mesh: Mesh before decimation
• Target Face Count: Target number of faces

• Mesh: Mesh after decimation

Maths_ConstructTransform

Construct transform from position, scale, and rotation

• Position: Vector3 position
• Scale: Vector3 or float scale
• Rotation: Quaternion for rotation

• Transform: Matrix3x4 representing a Transform

Scene_DeconstructTransform

Deconstruct a transform into position, rotation, and scale

• Transform: Transform to deconstruct

• Position: Position
• Scale: Scale
• Rotation: Rotation

Vector_ConstructVector

Construct a vector from xyz-coordinates

• X: X coordinate
• Y: Y coordinate
• Z: Z coordinate

• Vector3: Vector3 out

Input_Inspect

Convert tree to string for inspection

• TreeIn: Input Tree

• TreeOut: Output Tree

Mesh_SmoothMesh

Perform smoothing on triangle mesh

• Mesh: Mesh before smoothing
• Iterations: Number of smoothing iterations
• Target Factor: Move towards smoothed target by factor

• Mesh: Mesh after smoothing

Input_ScreenSlider

Adds a slider to the user interface

• Position: Optional position. If left blank, the element is automatically positioned.
• Range: Range of slider
• Label: Label
• Priority: Priority
• Parent: Optional Parent element

• Screen Slider Out: Ptrs of Slider on Screen

Tree_Flatten

Perform flattening on a tree

• IoDataTree: IoDataTree to flatten

• IoDataTree: Flattened IoDataTree

Tree_Graft

Perform grafting on a tree

• IoDataTree: IoDataTree to graft

• IoDataTree: Grafted IoDataTree

Tree_Reverse

Perform reversal on a tree

• IoDataTree: IoDataTree to reverse

• IoDataTree: Reversed IoDataTree

Tree_Simplify

Perform simplification on a tree

• IoDataTree: IoDataTree to simplify

• IoDataTree: Simplified IoDataTree

Tree_GetItem

Get Tree Item by path and index

• IoDataTree: IoDataTree storing lookup item
• Branch (int): Path in branch in tree
• Optional Index: Index of item in list

• Item: Item from tree

Tree_FlipMatrix

Perform flattening on a tree

• IoDataTree: IoDataTree to flatten

• IoDataTree: Flattened IoDataTree

Sets_ListLength

Compute list lengths for tree nodes

• DataTree: IoDataTree storing lists at nodes

• LengthTree: IoDataTree storing lengths at nodes

Sets_VariantMap

Construct a variant map from keys and values

• Key: Key
• Value: Value

• Map: Variant Map

Mesh_ReadTriangleMesh

Read triangle mesh from file

• Mesh file: Path to file storing the mesh (obj, off, ply, dxf)
• Force Y Up: Force y-axis to vertical/up
• Transform: Apply transform to imported geometry

• Mesh out: Mesh structure out
• Polylines out: Polylines out
• Points out: Points out

Mesh_DeconstructTriangleMesh

Deconstructs a triangle mesh into vertices, faces, and normals

• Mesh: Path to Model

• Vertices: Vertices Out
• Faces: Faces Out
• Normals: Normals Out
• FaceCounts: Faces counts

Mesh_ConstructTriangleMesh

Construct a mesh from vertex and face lists

• Vertices: List of coordinates of vertices
• Faces: List of face indices
• Normals: List of vertex normals. If ommitted, they will be computed.

• Mesh: Constructed mesh

Mesh_ClosestPoint

Find point on Mesh closest to query point

• Mesh: Mesh to search
• Query Point: Point to search from

• Point: Point on mesh closest to query point
• Index: Index of closest face
• Distance: Distance from query point to mesh

Mesh_HexayurtMesh

Construct a hexayurt mesh from scale

• Width: Width to thicken by
• Transformation: Transformation to apply to hexayurt

• Mesh: Hexayurt Mesh

Mesh_CubeMesh

Construct a cube mesh from scale

• Side: Side length
• Transformation: Transformation to apply to cube

• Mesh: Cube Mesh

Mesh_Icosahedron

Construct an icosahedron mesh from scale

• Transformation: Transformation to apply to cube

• Mesh: Icosahedron Mesh

Mesh_Sphere

Construct a sphere mesh from scale

• Transformation: Transformation to apply to cube

• Mesh: Icosahedron Mesh

Mesh_SaveMesh

Saves a mesh in a variety of formats

• Mesh: Mesh to save
• Path: Path

• Result: Result

Mesh_CleanMesh

Cull unused vertices from trimesh

• Mesh: Mesh with unused vertices

• Mesh: Mesh after removing unused vertices
• NumRemoved: Number of vertices removed

Mesh_BoundingBox

Construct TriMesh bounding box for another TriMesh

• Mesh: Mesh

• BoxMesh: Meshed bounding box of input mesh

Mesh_HausdorffDistance

Compute Hausdorff distance between TriMeshes

• Mesh1: First mesh
• Mesh2: Second mesh

• HausdorffDistance: Hausdorff distance between input meshes

Mesh_HarmonicDeformation

Given some displacement vectors, the harmonic deformation field is calculated

• Mesh: Mesh to deform
• Displacement vectors.: Displacement vectors. Must be parallel to index list.
• Displacement indices: Index of mesh vertices to move. Must be parallel to vector list.
• Harmonic exponent.: Exponent that controls the deformation field solve

• Harmonic Displacements: Harmonic displacemnt vectors
• Mesh: Transormed Mesh

Curve_Polyline

Construct a polyline from a vertex list

• Vertices: List of coordinates of vertices
• Close: Close the curve

• Polyline: Constructed polyline

Curve_OffsetPolyline

Offsets a polyline by offsetting its vertices

• Polyline: Polyline to offset
• Distance: Distance to offset by

• Offset Polyline: Offset polyline

Curve_SmoothPolyline

Smooth polyline via subdivision

• Polyline: Polyline to smooth
• Iterations: Number of smoothing iterations to perform

• Smoothed Polyline: Smoothed and subdivided polyline

Curve_LineSegment

Construct a line segment from start and end vertices

• StartVertex: Start of segment
• EndVertex: End of segment

• LineSegment: Constructed line segment

Curve_PolylineBlend

Lofts a collection of polylines into a mesh

• Polyline: First polyline
• Polyline: Second polyline

• Mesh: Lofted mesh

Curve_PolylineDivide

Divide polyline into equal parts

• Polyline: Polyline to divide
• NumParts: Number of parts

• DividedPolyline: Polyline divided into parts

Curve_PolylineLoft

Perform loft operation on a list of polylines

• PolylineList: List of polylines to loft

• Mesh: Lofted mesh

Curve_PolylineEvaluate

Evaluate point on polyline from parameter

• Polyline: Polyline
• Parameter: Parameter to evaluate

• Point: Point on polyline corresponding to parameter
• Transform: Transform on polyline corresponding to parameter

Curve_Polygon

Construct a polygon with n sides

• Number of sides: Number of sides for the polygon
• Transformation: Transformation to apply to polygon

• Polygon: Constructed polygon
• Vertices: Constructed vertices

Curve_SketchPlane

Create a sketch and position it in 3D.

• Curves: Storage and/or optional input curves
• Reset: Resets the sketch area
• Mode: Freeform or Line Mode
• Transform: Transform to map curve points

• Curves: Resulting Curves
• Texture: Sketch Texture

Curve_Rebuild

Refine polyline based on list of parameters

• Curve: Rebuilds the curve with the given number of segments
• NumPoints: Number of target points

• Curve: The rebuilt curve.

Curve_Length

Calculates the length of a curve.

• Polyline: Polyline

• Length: Curve Length

Curve_ReadBagOfEdges

Read bag of edges from file

• Edge file: Path to file storing the edges (obj, off, ply, dxf)
• Force Y Up: Force y-axis to vertical/up
• Transform: Apply transform to imported geometry

• Polylines out: Polylines out

Mesh_SubdivideMesh

Perform subdivision on triangle mesh

• Mesh: Mesh before subdivision
• Steps: Number of subdivision steps

• Mesh: Mesh after subdivision

Input_SliderListener

Listens for slider input

• Sliders: Pointers to sliders

• Slider Values: Values of Sliders out

Vector_DeconstructVector

Deconstruct a vector into its components

• Vector: Vector to deconstruct

• X-Coordinate: X-Coordinate of vector
• Y-Coordinate: Y-Coordinate of vector
• Z-Coordinate: Z-Coordinate of vector

Maths_EvalFunction

Evaluates a basic math function.

• First Arg: First input
• Second Arg: Second input
• Third Arg: Third input
• Function: Function definition in Script

• Result: Evaluated result

Vector_ClosestPoint

Which point in list is closest

• Point: Query point
• Point List: List of points

• Closest Point: Closest point in list to P
• Index: Index into L of closest point
• Distance: Distance to closest point

Vector_Distance

Compute distance between vectors

• Vector: First vector
• Vector: Second vector

• Distance: Distance between vectors

Vector_ColorRGBA

Construct a color from RGBA values

• R: Red
• G: Green
• B: Blue
• A: Alpha

• Color: Color

Vector_ColorPalette

Which point in list is closest

• StartColor: Start Color
• Length: Number of colors to generate
• Variance: Variance of colors

• ResultingColors: Resulting Colors

Vector_BestFitPlane

Compute the least-squares plane of best fit

• Geometry: Geometry determining the point cloud

• Point: Reference point on best-fit plane
• Normal: Normal to best-fit plane

Scene_UpdateListener

Listens for scene updates

• Mute: Mute the listener

• ElapsedTime: Elapsed Time since last start
• DeltaTime: Frame update time

Mesh_Offset

Perform offset operation on a triangle mesh

• Mesh: Mesh to offset
• Width: Width to offset by

• Mesh: Mesh after offsetting

Mesh_Window

Creates a set of windows from a mesh

• Mesh: Mesh to ...
• Inset Factor: Factor controlling amount of inset

• Mesh: Windowed mesh

Mesh_Frame

Creates an inset frame mesh

• Mesh: Mesh to ...
• Inset Factor: Factor controlling amount of inset

• Mesh: Framed mesh

Mesh_Thicken

Perform thickening operation on a triangle mesh

• Mesh: Mesh to thicken
• Width: Width to thicken by

• Mesh: Mesh after thickening

Mesh_LoopSubdivide

Perform loop subdivision on triangle mesh

• Mesh: Mesh before subdivision
• Iterations: Number of iterations to perform

• Mesh: Mesh after subdivision

Mesh_ExtrudePolyline

Extrudes a polyline along a vector

• Polyline: Polyline to extrude
• Extrude Direction: Vector along which to extrude

• Mesh: Framed mesh

Mesh_FillPolygon

Triangulates a polygon

• Polygon: Tries to mesh a polygon
• Holes: Holes of the polygon
• Transform: Optional transform for triangulation

• Mesh: Triangulated polygon

Mesh_FacePolylines

Returns the face polylines from a mesh

• Mesh: Mesh

• Polylines: Polylines

Mesh_Boundary

Compute boundary of a mesh

• Mesh: Mesh with boundary

• Boundary: Boundary of mesh as polyline

Mesh_MeshPlaneIntersection

Intersect triangle mesh with plane

• Mesh: Mesh to intersect with plane
• Point: Point on plane
• Normal: Normal to plane

• Mesh1: Mesh on normal side of plane
• Mesh2: Mesh on non-normal side of plane

Mesh_JoinMeshes

Join meshes in a list into a single mesh

• MeshList: List of meshes

• JoinMesh: Joined mesh

Mesh_TriMeshVolume

Compute volume of TriMesh

• Mesh: Mesh input to volume computation

• Volume: Volume of mesh

Mesh_Tetrahedralize

Create a tetrahedralization of a mesh

• Mesh: Mesh to tetrahedralize
• Volume: Optional volume condition

• MeshOut: Tetrahedralized mesh out

Mesh_UnifyNormals

Unify TriMesh normals to consistent orientation

• MeshIn: Mesh in

• MeshOut: Mesh with unified normals

Mesh_AverageEdgeLength

Compute average edge length for TriMesh

• MeshIn: Mesh to compute average edge length on

• Length: Average edge length

Mesh_CollapseShortEdges

Collapse edges shorter than (1 - tol) * avg

• TriMesh: TriMesh before edge collapses
• Tol: Collapse edges shorter than (1 - tol) * avg

• TriMesh: TriMesh after edge collapses

Mesh_MeanCurvatureFlow

Mean Curvature Flow on TriMesh

• Mesh: Mesh input
• NumSteps: Number of steps to flow

• Mesh: Mesh output

Mesh_PerVertexEval

Evaluates function on vertices of TriMesh

• Mesh: TriMesh input
• Function: Function definition in Script

• ResultList: List of results evaluated on each vertex

Spatial_ReadOSM

Reads an OSM file

• OSMFile: Path to OSM File (XML)
• Scale: Scale
• Options: OSM Options

• Ways: Ways
• Buildings: Buildings
• BuildingHeight: Building Height

Spatial_Terrain

Terrain Object

• ImageFile: Image File
• Material: Material Path
• Transform: Transform
• Spacing: Grid Spacing

• NodeID: Node ID
• Terrain: Terrain

Spatial_Sun

Create a directional Sun light

• Latitude: Latitude
• Longitude: Longitude
• Month: Month
• Day: Day
• Hour: Hour
• Color: Color

• NodeID: Node ID
• Sun: SunPtr

Mesh_SplitLongEdges

Split edges longer than (1 + tol) * avg

• TriMesh: TriMesh before edge splits
• Tol: Split edges longer than (1 + tol) * avg

• TriMesh: TriMesh after edge splits

Mesh_ComputeAdjacencyData

Computes Mesh Topology Data (manifold trimeshes only!)

• Mesh: TriMesh

• Mesh: Mesh with topology data computed

Mesh_FaceTopology

Computes Mesh Topology Data for face

• Mesh: TriMeshWithAdjacencyData

• IncidentVertIDs: Indices of vertices incident to F
• IncidentVertices: Vertices incident to F
• AdjFaces: Indices of faces adjacent to F

Mesh_VertexTopology

Computes Mesh Topology Data for vertices

• Mesh: TriMeshWithAdjacencyData

• VertexStarIDs: Indices of vertices adjacent to V
• VertexStar: Vertices adjacent to V
• AdjFaces: Indices of faces incident to V

Mesh_BoundaryVertices

Computes Mesh Topology Data for a given vertex

• Mesh: TriMesh

• BoundaryVertexIDs: Indices of vertices on mesh boundary
• BoundaryVertices: Vertices on boundary
• InteriorVertexIDs: Indices of interior vertices of mesh
• InteriorVertices: Vertices in mesh interior

Mesh_DeconstructFace

Returns normal, centroid and vertices of face

• Mesh: TriMesh
• FaceID: ID of face of interest

• FaceVertexIDs: Indices of vertices on mesh face
• FaceVertices: Vertices on face
• FaceNormal: Normal to face
• FaceCentroid: Centroid of face

Mesh_Torus

Construct a torus mesh from radii

• OuterRadius: Outer radius
• InnerRadius: Inner radius
• FirstPower: FirstPower
• SecondPower: SecondPower
• MeshResolution: Integer (>3) describing mesh resolution

• QuadMesh: Torus QuadMesh
• TriMesh: Torus TriMesh

Mesh_FlipNormals

Unify TriMesh normals to consistent orientation

• MeshIn: Mesh in

• MeshOut: Mesh with flipped normals

ShapeOp_Solve

...

• Constraint List: Constraint List
• WeldDist: Weld points within distance
• Gravity: Gravity
• Mass: Mass (assigned to all points; 1.0f default)
• Damping: Damping (default 1.0f)
• Timestep: Timestep (default 1.0f)
• Iterations: Iterations for solver (default 10)
• MeshList: List of tracked meshes
• ResetPts: Reset points
• Restart: Restart

• Points: Point list output
• MeshList: Mesh list output

ShapeOp_EdgeStrain

...

• Start: Start point of edge
• End: End point of edge
• Weight: Weight of edge constraint
• rangeMin: rangeMin for ShapeOp EdgeConstraint
• rangeMax: rangeMax for ShapeOp EdgeConstraint

• EdgeStrain: EdgeStrain ShapeOp constraint

ShapeOp_TriangleStrain

...

• vertexA: Triangle vertex A
• vertexB: Triangle vertex B
• vertexC: Triangle vertex C
• Weight: Weight of edge constraint
• rangeMin: rangeMin for ShapeOp EdgeConstraint
• rangeMax: rangeMax for ShapeOp EdgeConstraint

• TriangleStrain: TriangleStrain ShapeOp constraint

ShapeOp_Closeness

...

• Position: Target position
• Weight: Weight of edge constraint

• Closeness: Closeness ShapeOp constraint

ShapeOp_GeometryStrain

...

• Geometry: Mesh or polyline geometry
• Weight: Weight of strain
• Max: Max of strain
• Min: Min strain.

• EdgeStrain: Edge Strain

ShapeOp_MeshTriangleStrain

...

• Geometry: Mesh or polyline geometry
• Weight: Weight of strain
• Max: Max of strain
• Min: Min strain.

• EdgeStrain: Edge Strain

ShapeOp_GenericConstraint

...

• Type: Constraint type.
• Vertices: Vertices that define the constraint
• Weight: Weight of strain
• Max: Max of strain
• Min: Min strain.

• Constraint: Generic Constraint