RigVM

API > API/Plugins

   
Name RigVM
Type Runtime
Part of Plugins RigVM
Location /Engine/Plugins/Runtime/RigVM/Source/RigVM/
Module Build Rules RigVM.Build.cs

Classes

Name Remarks
FRigVMAssetVariablesChangeScope  
FRigVMBracketScope  
FRigVMMathLibrary  
FRigVMMemoryStorageImportErrorContext Helper class to catch default value import errors on properties
FRigVMModule The public interface to this module
FRigVMNameCache  
FRigVMNativizedVMVariables  
FRigVMObjectArchiveReader  
FRigVMObjectArchiveWriter  
FRigVMPeformUserWorkflowDynamicDelegate  
FRigVMPluginsPrefixCache  
FRigVMPropertyPath The RigVMPropertyPath is used to access a memory pointer for a tail property given the memory of the head property.
FRigVMStructTestBase  
FRigVMTraceArchiveReader The trace archive reader is a wrapping archive used to read from a trace archive.
FRigVMTraceArchiveWriter The trace archive writer is a wrapping archive used to write into a trace archive.
FRigVMTraitScope  
FRigVMTypeCacheScope_NoLock  
TRigVMNativizedLazyValue  
TRigVMTypeIndex  
TypeIndex  
UDataAssetLink Namespaced user data which provides access to a linked data asset
UNameSpacedUserData User data that can be attached to assets to provide namespaced data access.
URigVM The RigVM is the main object for evaluating FRigVMByteCode instructions.
URigVMBlueprintGeneratedClass  
URigVMEditorSettings Customize RigVM Rig Editor.
URigVMGraphFunctionHost  
URigVMHost  
URigVMMemoryStorage The URigVMMemoryStorage represents an instance of heterogeneous memory.
URigVMMemoryStorageGeneratorClass The URigVMMemoryStorageGeneratorClass is used to create / represent heterogeneous memory storages.
URigVMNativized  
URigVMProjectSettings  
URigVMRuntimeAsset  
URigVMRuntimeAssetInterface  
URigVMUserWorkflowOptions  

Structs

Name Remarks
CRigVMUClass  
CRigVMUStruct  
FFirstEntryEventGuard  
FMathRBFInterpolateQuatColor_Target  
FMathRBFInterpolateQuatFloat_Target  
FMathRBFInterpolateQuatQuat_Target  
FMathRBFInterpolateQuatVector_Target  
FMathRBFInterpolateQuatXform_Target  
FMathRBFInterpolateVectorColor_Target  
FMathRBFInterpolateVectorFloat_Target Vector->T.
FMathRBFInterpolateVectorQuat_Target  
FMathRBFInterpolateVectorVector_Target  
FMathRBFInterpolateVectorXform_Target  
FPlaneRef  
FRigDispatch_FromString Converts a string into any value
FRigDispatch_ToString Converts any value to string
FRigVMBaseOp Base class for all VM operations.
FRigVMBinaryOp Operator used for beginblock and array reset
FRigVMBranchInfo Lazy execution.
FRigVMBranchInfoKey  
FRigVMByteCode The FRigVMByteCode is a container to store a list of instructions with their corresponding data.
FRigVMByteCodeEntry  
FRigVMByteCodeStatistics  
FRigVMCallableArgument An argument for a callable in the bytecode.
FRigVMCallableInfo A callable section of the rigvm bytecode.
FRigVMChangeTypeOp Change the type of a register
FRigVMComparisonOp Used for equals and not equals comparisons
FRigVMCompiledInFunction  
FRigVMCompiledInFunctionArgument Version of FRigVMFunctionArgument for UHT code generation.
FRigVMCopyOp Copy the content of one register to another
FRigVMDebugDrawSettings  
FRigVMDebugInfo  
FRigVMDispatch_ArrayAdd  
FRigVMDispatch_ArrayAppend  
FRigVMDispatch_ArrayBase  
FRigVMDispatch_ArrayBaseMutable  
FRigVMDispatch_ArrayClone  
FRigVMDispatch_ArrayDifference  
FRigVMDispatch_ArrayFind  
FRigVMDispatch_ArrayGetAtIndex  
FRigVMDispatch_ArrayGetNum  
FRigVMDispatch_ArrayInit  
FRigVMDispatch_ArrayInsert  
FRigVMDispatch_ArrayIntersection  
FRigVMDispatch_ArrayIsEmpty  
FRigVMDispatch_ArrayIterator  
FRigVMDispatch_ArrayMake  
FRigVMDispatch_ArrayRemove  
FRigVMDispatch_ArrayReset  
FRigVMDispatch_ArrayReverse  
FRigVMDispatch_ArraySetAtIndex  
FRigVMDispatch_ArraySetNum  
FRigVMDispatch_ArrayUnion  
FRigVMDispatch_BreakStruct  
FRigVMDispatch_CastEnumBase  
FRigVMDispatch_CastEnumToInt  
FRigVMDispatch_CastIntToEnum  
FRigVMDispatch_CastObject  
FRigVMDispatch_Constant  
FRigVMDispatch_CoreBase  
FRigVMDispatch_CoreEquals Compares any two values and returns true if they are identical
FRigVMDispatch_CoreNotEquals Compares any two values and returns true if they are not identical
FRigVMDispatch_If Chooses between two values based on a condition
FRigVMDispatch_MakeStruct  
FRigVMDispatch_Print Prints any value to the log
FRigVMDispatch_SelectInt32 Pick from a list of values based on an integer index
FRigVMDispatch_SwitchBase  
FRigVMDispatch_SwitchEnum Run a branch based on an enum index
FRigVMDispatch_SwitchInt32 Run a branch based on an integer index
FRigVMDispatchContext A context used for inquiring from dispatch factories
FRigVMDispatchFactory A factory to generate a template and its dispatch functions
FRigVMDrawContainer  
FRigVMDrawInstruction  
FRigVMDrawInterface  
FRigVMExecuteArgument The FRigVMExecuteArgument describes an execute argument.
FRigVMExecuteCallFrame Slice addressing and lazy branch execution state for one callable invocation.
FRigVMExecuteCallstack  
FRigVMExecuteCallstackEntry  
FRigVMExecuteContext The execute context is used for mutable nodes to indicate execution order.
FRigVMExecuteContextFixLayout Hacky base class to avoid 8 bytes of padding after the vtable.
FRigVMExecuteOp Execute a function
FRigVMExecutePin This structure is used for semantically describing a pin on a RigVMStruct - but without any content.
FRigVMExtendedExecuteContext The execute context is used for mutable nodes to indicate execution order.
FRigVMExternalVariable  
FRigVMExternalVariableDef The external variable can be used to map external / unowned memory into the VM and back out
FRigVMExternalVariableRuntimeData  
FRigVMForwardedMemoryHandle Memory handle.
FRigVMFourPointBezier  
FRigVMFunction The FRigVMFunction is used to represent a function pointer generated by UHT for a given name.
FRigVMFunction_AccumulateBase The base class for all accumulation nodes
FRigVMFunction_AccumulateFloatAdd Adds a value over time over and over again
FRigVMFunction_AccumulateFloatLerp Interpolates two values over time over and over again
FRigVMFunction_AccumulateFloatMul Multiplies a value over time over and over again
FRigVMFunction_AccumulateFloatRange Accumulates the min and max values over time
FRigVMFunction_AccumulateQuatLerp Interpolates two quaternions over time over and over again
FRigVMFunction_AccumulateQuatMul Multiplies a quaternion over time over and over again
FRigVMFunction_AccumulateTransformLerp Interpolates two transforms over time over and over again
FRigVMFunction_AccumulateTransformMul Multiplies a transform over time over and over again
FRigVMFunction_AccumulateVectorAdd Adds a vector over time over and over again
FRigVMFunction_AccumulateVectorLerp Interpolates two vectors over time over and over again
FRigVMFunction_AccumulateVectorMul Multiplies a vector over time over and over again
FRigVMFunction_AccumulateVectorRange Accumulates the min and max values over time
FRigVMFunction_AlphaInterp Takes in a float value and outputs an accumulated value with a customized scale and clamp
FRigVMFunction_AlphaInterpQuat Takes in a quaternion value and outputs an accumulated value with a customized scale and clamp
FRigVMFunction_AlphaInterpVector Takes in a vector value and outputs an accumulated value with a customized scale and clamp
FRigVMFunction_AnimBase The base class for all animation related nodes
FRigVMFunction_AnimEasing Returns the eased version of the input value
FRigVMFunction_AnimEasingType A constant value of an easing type
FRigVMFunction_AnimEvalRichCurve Evaluates the provided curve. Values are normalized between 0 and 1
FRigVMFunction_AnimRichCurve Provides a constant curve to be used for multiple curve evaluations
FRigVMFunction_BreakFromLoop DESIGN INTENT
FRigVMFunction_Contains Returns true or false if a given name exists in another given name
FRigVMFunction_ContinueLoop DESIGN INTENT
FRigVMFunction_ControlFlowBase The base class for all control flow nodes
FRigVMFunction_ControlFlowBranch Executes either the True or False branch based on the condition
FRigVMFunction_ControlFlowRunOnce Executes the Once branch only once
FRigVMFunction_ControlFlowTimer Executes the output branches based on a timer
FRigVMFunction_DampFloat Damps a float value using exponential decay damping
FRigVMFunction_DampQuaternion Damps a quaternion value using exponential decay damping
FRigVMFunction_DampVector Damps a vector value using exponential decay damping
FRigVMFunction_DebugArc  
FRigVMFunction_DebugArcNoSpace Draws an arc in the viewport, can take in different min and max degrees
FRigVMFunction_DebugBase The base class for all pure debug draw nodes
FRigVMFunction_DebugBaseMutable The base class for all mutable debug draw nodes
FRigVMFunction_DebugBoxNoSpace Draws a box in the viewport
FRigVMFunction_DebugLineNoSpace Draws a line in the viewport given a start and end vector
FRigVMFunction_DebugLineStripNoSpace Draws a line strip in the viewport given any number of points
FRigVMFunction_DebugPoint  
FRigVMFunction_DebugPointMutable  
FRigVMFunction_DebugRectangle  
FRigVMFunction_DebugRectangleNoSpace Draws a rectangle in the viewport given a transform
FRigVMFunction_DebugTransformArrayMutable_WorkData  
FRigVMFunction_DebugTransformArrayMutableNoSpace Given a transform array, will draw a point, axis, or a box in the viewport
FRigVMFunction_DebugTransformMutableNoSpace Given a transform, will draw a point, axis, or a box in the viewport
FRigVMFunction_DeltaFromPreviousFloat Computes the difference from the previous value going through the node
FRigVMFunction_DeltaFromPreviousQuat Computes the difference from the previous value going through the node
FRigVMFunction_DeltaFromPreviousTransform Computes the difference from the previous value going through the node
FRigVMFunction_DeltaFromPreviousVector Computes the difference from the previous value going through the node
FRigVMFunction_EndsWith Tests whether this name ends with given name
FRigVMFunction_ForLoopCount Given a count, execute iteratively until the count is up
FRigVMFunction_FramesToSeconds Converts frames to seconds based on the current frame rate
FRigVMFunction_GetAbsoluteTime Returns the time gone by since the start of the world / the time within sequencer
FRigVMFunction_GetDeltaTime Returns the time gone by from the previous evaluation
FRigVMFunction_GetNameNumericSuffix Tests whether this name ends with a numeric suffix
FRigVMFunction_GetWorldTime Returns the current time (year, month, day, hour, minute)
FRigVMFunction_IsHostBeingDebugged Returns true if a graph is run with its asset editor open.
FRigVMFunction_IsNameValid Returns true if this name is valid / is not none
FRigVMFunction_IsNone Returns true if this name is none
FRigVMFunction_KalmanFloat Averages a value over time. This uses a Kalman Filter internally.
FRigVMFunction_KalmanTransform Averages a transform over time. This uses a Kalman Filter internally.
FRigVMFunction_KalmanVector Averages a value over time. This uses a Kalman Filter internally.
FRigVMFunction_MathBase The base class for all pure math nodes
FRigVMFunction_MathBoolAll Returns true if all the items in the array are true
FRigVMFunction_MathBoolAnd Returns true if both conditions are true
FRigVMFunction_MathBoolAny Returns true if any item in the array is true
FRigVMFunction_MathBoolBase The base class for all pure bool math nodes
FRigVMFunction_MathBoolBinaryAggregateOp The base class for all aggregational bool math operations
FRigVMFunction_MathBoolBinaryOp The base class for all binary bool math operations
FRigVMFunction_MathBoolConstant The base class for all bool math constants
FRigVMFunction_MathBoolConstFalse Returns false
FRigVMFunction_MathBoolConstTrue Returns true
FRigVMFunction_MathBoolEquals Returns true if the value A equals B
FRigVMFunction_MathBoolFlipFlop Returns true and false as a sequence.
FRigVMFunction_MathBoolMake A boolean constant
FRigVMFunction_MathBoolNand Returns true if both conditions are false
FRigVMFunction_MathBoolNand2 Returns false if both conditions are true
FRigVMFunction_MathBoolNot Returns true if the condition is false
FRigVMFunction_MathBoolNotEquals Returns true if the value A does not equal B
FRigVMFunction_MathBoolOnce Returns true once the first time this node is hit
FRigVMFunction_MathBoolOr Returns true if one of the conditions is true
FRigVMFunction_MathBoolToFloat Turns the given bool into a float value
FRigVMFunction_MathBoolToggled Returns true if the value has changed from the last run
FRigVMFunction_MathBoolToInteger Turns the given bool into an integer value
FRigVMFunction_MathBoolUnaryOp The base class for all unary bool math operations
FRigVMFunction_MathBoxBase The base class for all pure box math nodes
FRigVMFunction_MathBoxExpand Expands the size of the box by a given amount
FRigVMFunction_MathBoxFromArray Returns bounding box of the given array of positions
FRigVMFunction_MathBoxGetCenter Returns the center of a bounding box
FRigVMFunction_MathBoxGetDistance Returns the distance to a given box
FRigVMFunction_MathBoxGetSize Returns the size of a bounding box
FRigVMFunction_MathBoxGetVolume Returns the volume of a given box
FRigVMFunction_MathBoxIsInside Returns true if a point is inside a given box
FRigVMFunction_MathBoxIsValid Returns true if the box has any content / is valid
FRigVMFunction_MathBoxMoveTo Moves the center of the box to a new location
FRigVMFunction_MathBoxShift Move the box by a certain amount
FRigVMFunction_MathBoxTransform Transforms the box by a given transform
FRigVMFunction_MathColorAdd Returns the sum of the two values
FRigVMFunction_MathColorBase The base class for all pure color math nodes
FRigVMFunction_MathColorBinaryAggregateOp The base class for all aggregational color math operations
FRigVMFunction_MathColorFromDouble Makes a color from a single double
FRigVMFunction_MathColorFromFloat Makes a color from a single float
FRigVMFunction_MathColorLerp Linearly interpolates between A and B using the ratio T
FRigVMFunction_MathColorMake Makes a color from its components
FRigVMFunction_MathColorMul Returns the product of the two values
FRigVMFunction_MathColorSub Returns the difference of the two values
FRigVMFunction_MathDistanceToPlane Find the point on the plane that is closest to the given point and the distance between them.
FRigVMFunction_MathDoubleAbs Returns the absolute (positive) value
FRigVMFunction_MathDoubleAcos Returns the inverse cosine value (in radians between 0 and pi) of the given value
FRigVMFunction_MathDoubleAdd Returns the sum of the two values
FRigVMFunction_MathDoubleArrayAverage Returns the average of the given array
FRigVMFunction_MathDoubleArraySum Returns the sum of the given array
FRigVMFunction_MathDoubleAsin Returns the inverse sine value (in radians between -pi/2 and pi/2) of the given value
FRigVMFunction_MathDoubleAtan Returns the inverse tangent value (in radians between -pi/2 and pi/2) of the given value
FRigVMFunction_MathDoubleAtan2 Returns the inverse tangent value (in radians between -pi and pi) of A/B, using the signs of A and B to determine the correct quadrant.
FRigVMFunction_MathDoubleBase The base class for all pure double math nodes
FRigVMFunction_MathDoubleBinaryAggregateOp The base class for all aggregational double math operations
FRigVMFunction_MathDoubleBinaryOp The base class for all binary double math operations
FRigVMFunction_MathDoubleCeil Returns the closest higher full number (integer) of the value
FRigVMFunction_MathDoubleClamp Clamps the given value within the range provided by minimum and maximum
FRigVMFunction_MathDoubleConstant The base class for all double math constants
FRigVMFunction_MathDoubleConstE Returns E
FRigVMFunction_MathDoubleConstHalfPi Returns PI * 0.5
FRigVMFunction_MathDoubleConstPi Returns PI
FRigVMFunction_MathDoubleConstTwoPi Returns PI * 2.0
FRigVMFunction_MathDoubleCos Returns the trigonometric cosine value of the given angle (in radians)
FRigVMFunction_MathDoubleDeg Returns the degrees of a given value in radians
FRigVMFunction_MathDoubleDiv Returns the division of the two values
FRigVMFunction_MathDoubleEquals Returns true if the value A equals B
FRigVMFunction_MathDoubleExponential Computes the base-e exponential of the given value
FRigVMFunction_MathDoubleFloor Returns the closest lower full number (integer) of the value
FRigVMFunction_MathDoubleGreater Returns true if the value A is greater than B
FRigVMFunction_MathDoubleGreaterEqual Returns true if the value A is greater than or equal to B
FRigVMFunction_MathDoubleIsNearlyEqual Returns true if the value A is almost equal to B
FRigVMFunction_MathDoubleIsNearlyZero Returns true if the value is nearly zero
FRigVMFunction_MathDoubleLawOfCosine Computes the angles alpha, beta and gamma (in radians) between the three sides A, B and C
FRigVMFunction_MathDoubleLerp Linearly interpolates between A and B using the ratio T
FRigVMFunction_MathDoubleLess Returns true if the value A is less than B
FRigVMFunction_MathDoubleLessEqual Returns true if the value A is less than or equal to B
FRigVMFunction_MathDoubleMake A double constant
FRigVMFunction_MathDoubleMax Returns the larger of the two values
FRigVMFunction_MathDoubleMin Returns the smaller of the two values
FRigVMFunction_MathDoubleMod Returns the modulo of the two values
FRigVMFunction_MathDoubleMul Returns the product of the two values
FRigVMFunction_MathDoubleNegate Returns the negative value
FRigVMFunction_MathDoubleNotEquals Returns true if the value A does not equal B
FRigVMFunction_MathDoubleOneMinus Returns one minus the input value (1 - x).
FRigVMFunction_MathDoublePow Returns the value of A raised to the power of B.
FRigVMFunction_MathDoubleRad Returns the radians of a given value in degrees
FRigVMFunction_MathDoubleRemap Remaps the given value from a source range to a target range.
FRigVMFunction_MathDoubleRound Returns the rounded value of the given double number
FRigVMFunction_MathDoubleSign Returns the sign of the value (+1 for >= 0.0, -1 for < 0.0)
FRigVMFunction_MathDoubleSin Returns the trigonometric sine value of the given angle (in radians)
FRigVMFunction_MathDoubleSqrt Returns the square root of the given value
FRigVMFunction_MathDoubleSub Returns the difference of the two values
FRigVMFunction_MathDoubleTan Returns the trigonometric tangent value of the given angle (in radians)
FRigVMFunction_MathDoubleToFloat Returns the double cast to a float
FRigVMFunction_MathDoubleToInt Returns the double cast to an int (this uses floor)
FRigVMFunction_MathDoubleUnaryOp The base class for all unary double math operations
FRigVMFunction_MathDoubleWrap Wraps the given value to be within minimum and maximum, inclusive When the value can wrap to both Min and Max, it will wrap to Min if it lies below the range and wrap to Max if it is above the range.
FRigVMFunction_MathFloatAbs Returns the absolute (positive) value
FRigVMFunction_MathFloatAcos Returns the inverse cosine value (in radians between 0 and pi) of the given value
FRigVMFunction_MathFloatAdd Returns the sum of the two values
FRigVMFunction_MathFloatArrayAverage Returns the average of the given array
FRigVMFunction_MathFloatArraySum Returns the sum of the given array
FRigVMFunction_MathFloatAsin Returns the inverse sine value (in radians between -pi/2 and pi/2) of the given value
FRigVMFunction_MathFloatAtan Returns the inverse tangent value (in radians between -pi/2 and pi/2) of the given value
FRigVMFunction_MathFloatAtan2 Returns the inverse tangent value (in radians between -pi and pi) of A/B, using the signs of A and B to determine the correct quadrant.
FRigVMFunction_MathFloatBase The base class for all pure float math nodes
FRigVMFunction_MathFloatBinaryAggregateOp The base class for all aggregational float math operations
FRigVMFunction_MathFloatBinaryOp The base class for all binary float math operations
FRigVMFunction_MathFloatCeil Returns the closest higher full number (integer) of the value
FRigVMFunction_MathFloatClamp Clamps the given value within the range provided by minimum and maximum
FRigVMFunction_MathFloatConstant The base class for all float math constants
FRigVMFunction_MathFloatConstE Returns E
FRigVMFunction_MathFloatConstHalfPi Returns PI * 0.5
FRigVMFunction_MathFloatConstPi Returns PI
FRigVMFunction_MathFloatConstTwoPi Returns PI * 2.0
FRigVMFunction_MathFloatCos Returns the trigonometric cosine value of the given angle (in radians)
FRigVMFunction_MathFloatDeg Returns the degrees of a given value in radians
FRigVMFunction_MathFloatDiv Returns the division of the two values
FRigVMFunction_MathFloatEquals Returns true if the value A equals B
FRigVMFunction_MathFloatExponential Computes the base-e exponential of the given value
FRigVMFunction_MathFloatFloor Returns the closest lower full number (integer) of the value
FRigVMFunction_MathFloatGreater Returns true if the value A is greater than B
FRigVMFunction_MathFloatGreaterEqual Returns true if the value A is greater than or equal to B
FRigVMFunction_MathFloatIsNearlyEqual Returns true if the value A is almost equal to B
FRigVMFunction_MathFloatIsNearlyZero Returns true if the value is nearly zero
FRigVMFunction_MathFloatLawOfCosine Computes the angles alpha, beta and gamma (in radians) between the three sides A, B and C
FRigVMFunction_MathFloatLerp Linearly interpolates between A and B using the ratio T
FRigVMFunction_MathFloatLess Returns true if the value A is less than B
FRigVMFunction_MathFloatLessEqual Returns true if the value A is less than or equal to B
FRigVMFunction_MathFloatMake A float constant
FRigVMFunction_MathFloatMax Returns the larger of the two values
FRigVMFunction_MathFloatMin Returns the smaller of the two values
FRigVMFunction_MathFloatMod Returns the modulo of the two values
FRigVMFunction_MathFloatMul Returns the product of the two values
FRigVMFunction_MathFloatNegate Returns the negative value
FRigVMFunction_MathFloatNotEquals Returns true if the value A does not equal B
FRigVMFunction_MathFloatOneMinus Returns one minus the input value (1 - x).
FRigVMFunction_MathFloatPow Returns the value of A raised to the power of B.
FRigVMFunction_MathFloatRad Returns the radians of a given value in degrees
FRigVMFunction_MathFloatRemap Remaps the given value from a source range to a target range.
FRigVMFunction_MathFloatRound Returns the rounded value of the given float number
FRigVMFunction_MathFloatSelectBool Return one of the two values based on the condition
FRigVMFunction_MathFloatSign Returns the sign of the value (+1 for >= 0.f, -1 for < 0.f)
FRigVMFunction_MathFloatSin Returns the trigonometric sine value of the given angle (in radians)
FRigVMFunction_MathFloatSqrt Returns the square root of the given value
FRigVMFunction_MathFloatSub Returns the difference of the two values
FRigVMFunction_MathFloatTan Returns the trigonometric tangent value of the given angle (in radians)
FRigVMFunction_MathFloatToDouble Returns the float cast to a double
FRigVMFunction_MathFloatToInt Returns the float cast to an int (this uses floor)
FRigVMFunction_MathFloatUnaryOp The base class for all unary float math operations
FRigVMFunction_MathFloatWrap Wraps the given value to be within minimum and maximum, inclusive When the value can wrap to both Min and Max, it will wrap to Min if it lies below the range and wrap to Max if it is above the range.
FRigVMFunction_MathIntAbs Returns the absolute (positive) value
FRigVMFunction_MathIntAdd Returns the sum of the two values
FRigVMFunction_MathIntArrayAverage Returns the average of the given array
FRigVMFunction_MathIntArraySum Returns the sum of the given array
FRigVMFunction_MathIntBase The base class for all pure int math nodes
FRigVMFunction_MathIntBinaryAggregateOp The base class for all aggregational int math operations
FRigVMFunction_MathIntBinaryOp The base class for all binary int math operations
FRigVMFunction_MathIntClamp Clamps the given value within the range provided by minimum and maximum
FRigVMFunction_MathIntDiv Returns the division of the two values
FRigVMFunction_MathIntEquals Returns true if the value A equals B
FRigVMFunction_MathIntersectPlane Intersects a plane with a vector given a start and direction
FRigVMFunction_MathIntGreater Returns true if the value A is greater than B
FRigVMFunction_MathIntGreaterEqual Returns true if the value A is greater than or equal to B
FRigVMFunction_MathIntLess Returns true if the value A is less than B
FRigVMFunction_MathIntLessEqual Returns true if the value A is less than or equal to B
FRigVMFunction_MathIntMake A integer constant
FRigVMFunction_MathIntMax Returns the larger of the two values
FRigVMFunction_MathIntMin Returns the smaller of the two values
FRigVMFunction_MathIntMod Returns the modulo of the two values
FRigVMFunction_MathIntMul Returns the product of the two values
FRigVMFunction_MathIntNegate Returns the negative value
FRigVMFunction_MathIntNotEquals Returns true if the value A does not equal B
FRigVMFunction_MathIntPow Returns the value of A raised to the power of B.
FRigVMFunction_MathIntSign Returns the sign of the value (+1 for >= 0, -1 for < 0)
FRigVMFunction_MathIntSub Returns the difference of the two values
FRigVMFunction_MathIntToDouble Returns the int cast to a double
FRigVMFunction_MathIntToFloat Returns the int cast to a float
FRigVMFunction_MathIntToName Converts an integer to a name
FRigVMFunction_MathIntToString Converts an integer to a string
FRigVMFunction_MathIntUnaryOp The base class for all unary int math operations
FRigVMFunction_MathMatrixBase The base class for all pure matrix math nodes
FRigVMFunction_MathMatrixBinaryAggregateOp The base class for all aggregational matrix math nodes
FRigVMFunction_MathMatrixBinaryOp The base class for all binary matrix math operations
FRigVMFunction_MathMatrixFromTransform Makes a matrix from a transform
FRigVMFunction_MathMatrixFromTransformV2 Makes a matrix from a transform
FRigVMFunction_MathMatrixFromVectors Makes a matrix from its vectors
FRigVMFunction_MathMatrixInverse Returns the inverse value
FRigVMFunction_MathMatrixMul Returns the product of the two values
FRigVMFunction_MathMatrixToTransform Makes a transform from a matrix
FRigVMFunction_MathMatrixToVectors Converts the matrix to its vectors
FRigVMFunction_MathMatrixUnaryOp The base class for all unary matrix math operations
FRigVMFunction_MathMutableBase The base class for all mutable math nodes
FRigVMFunction_MathQuaternionBase The base class for all pure quaternion math nodes
FRigVMFunction_MathQuaternionBinaryAggregateOp The base class for all aggregational quaternion math operations
FRigVMFunction_MathQuaternionBinaryOp The base class for all binary quaternion math operations
FRigVMFunction_MathQuaternionDot Returns the dot product between two quaternions
FRigVMFunction_MathQuaternionEquals Returns true if the value A equals B
FRigVMFunction_MathQuaternionFromAxisAndAngle Makes a quaternion from an axis and an angle in radians
FRigVMFunction_MathQuaternionFromEuler Makes a quaternion from euler values in degrees
FRigVMFunction_MathQuaternionFromRotator Makes a quaternion from a rotator
FRigVMFunction_MathQuaternionFromRotatorV2 Makes a quaternion from a rotator
FRigVMFunction_MathQuaternionFromTwoVectors Makes a quaternion from two vectors, representing the shortest rotation between the two vectors.
FRigVMFunction_MathQuaternionFromXVector Return the Quaternion orientation corresponding to the direction in which the vector points.
FRigVMFunction_MathQuaternionGetAxis Extracts an axis from a quaternion rotation
FRigVMFunction_MathQuaternionInverse Returns the negative value
FRigVMFunction_MathQuaternionMake Makes a quaternion from its components
FRigVMFunction_MathQuaternionMakeAbsolute Returns the absolute global rotation within a parent's rotation
FRigVMFunction_MathQuaternionMakeRelative Returns the relative local rotation within a parent's rotation
FRigVMFunction_MathQuaternionMirrorTransform Mirror a rotation about a central transform.
FRigVMFunction_MathQuaternionMul Returns the product of the two values
FRigVMFunction_MathQuaternionNotEquals Returns true if the value A does not equal B
FRigVMFunction_MathQuaternionRotateVector Rotates a given vector by the quaternion
FRigVMFunction_MathQuaternionRotationOrder Enum of possible rotation orders
FRigVMFunction_MathQuaternionScale Scales a quaternion's angle
FRigVMFunction_MathQuaternionScaleV2 Scales a quaternion's angle
FRigVMFunction_MathQuaternionSelectBool Return one of the two values based on the condition
FRigVMFunction_MathQuaternionSlerp Performs a spherical interpolation of the quaternions A and B based on the blend value T.
FRigVMFunction_MathQuaternionSwingTwist Computes the swing and twist components of a quaternion
FRigVMFunction_MathQuaternionToAxisAndAngle Retrieves the axis and angle of a quaternion in radians
FRigVMFunction_MathQuaternionToEuler Retrieves the euler angles in degrees
FRigVMFunction_MathQuaternionToRotator Retrieves the rotator
FRigVMFunction_MathQuaternionToVectors Retrieves the forward, right and up vectors of a quaternion
FRigVMFunction_MathQuaternionUnaryOp The base class for all unary quaternion math operations
FRigVMFunction_MathQuaternionUnit Returns the normalized quaternion
FRigVMFunction_MathRayBase The base class for all pure ray math nodes
FRigVMFunction_MathRayGetAt Returns the position on a ray
FRigVMFunction_MathRayIntersectPlane Returns the closest point intersection of a ray with a plane
FRigVMFunction_MathRayIntersectRay Returns the closest point intersection of a ray with another ray
FRigVMFunction_MathRayTransform Transforms a ray
FRigVMFunction_MathRBFInterpolateBase The base class for all pure RBF nodes
FRigVMFunction_MathRBFInterpolateQuatBase The base class for all quaternion RBF nodes
FRigVMFunction_MathRBFInterpolateQuatColor A RBF interpolator from quaternion to color.
FRigVMFunction_MathRBFInterpolateQuatFloat A RBF interpolator from quaternion to float.
FRigVMFunction_MathRBFInterpolateQuatQuat A RBF interpolator from quaternion to quaternion.
FRigVMFunction_MathRBFInterpolateQuatVector A RBF interpolator from quaternion to vector.
FRigVMFunction_MathRBFInterpolateQuatWorkData  
FRigVMFunction_MathRBFInterpolateQuatXform A RBF interpolator from quaternion to transform.
FRigVMFunction_MathRBFInterpolateVectorBase The base class for all vector RBF nodes
FRigVMFunction_MathRBFInterpolateVectorColor A RBF interpolator from vector to color.
FRigVMFunction_MathRBFInterpolateVectorFloat A RBF interpolator from vector to float.
FRigVMFunction_MathRBFInterpolateVectorQuat A RBF interpolator from vector to quaternion.
FRigVMFunction_MathRBFInterpolateVectorVector A RBF interpolator from vector to vector.
FRigVMFunction_MathRBFInterpolateVectorWorkData  
FRigVMFunction_MathRBFInterpolateVectorXform A RBF interpolator from vector to transform.
FRigVMFunction_MathTransformAccumulateArray Treats the provided transforms as a chain with global / local transforms, and projects each transform into the target space.
FRigVMFunction_MathTransformArrayToSRT Decomposes a Transform Array to its components.
FRigVMFunction_MathTransformBase The base class for all pure transform math nodes
FRigVMFunction_MathTransformBinaryAggregateOp The base class for all aggregational transform math operations
FRigVMFunction_MathTransformBinaryOp The base class for all binary transform math operations
FRigVMFunction_MathTransformClampSpatially Clamps a transform's position using a plane collision, cylindric collision or spherical collision.
FRigVMFunction_MathTransformFromEulerTransform Makes a quaternion based transform from a euler based transform
FRigVMFunction_MathTransformFromEulerTransformV2 Makes a quaternion based transform from a euler based transform
FRigVMFunction_MathTransformFromSRT Composes a Transform (and Euler Transform) from its components.
FRigVMFunction_MathTransformInverse Returns the inverted transform of the input
FRigVMFunction_MathTransformLerp Linearly interpolates between A and B using the ratio T
FRigVMFunction_MathTransformMake Makes a transform from its components
FRigVMFunction_MathTransformMakeAbsolute Returns the absolute global transform within a parent's transform
FRigVMFunction_MathTransformMakeRelative Returns the relative local transform within a parent's transform
FRigVMFunction_MathTransformMirrorTransform Mirror a transform about a central transform.
FRigVMFunction_MathTransformMul Returns the product of the two values
FRigVMFunction_MathTransformMutableBase The base class for all mutable transform math nodes
FRigVMFunction_MathTransformRotateVector Rotates a given vector (direction) by the transform
FRigVMFunction_MathTransformSelectBool Return one of the two values based on the condition
FRigVMFunction_MathTransformToEulerTransform Retrieves a euler based transform from a quaternion based transform
FRigVMFunction_MathTransformToVectors Retrieves the forward, right and up vectors of a transform's quaternion
FRigVMFunction_MathTransformTransformVector Multiplies a given vector (location) by the transform
FRigVMFunction_MathTransformUnaryOp The base class for all unary transform math operations
FRigVMFunction_MathVectorAbs Returns the absolute (positive) value
FRigVMFunction_MathVectorAdd Returns the sum of the two values
FRigVMFunction_MathVectorAngle Returns the angle between two vectors in radians
FRigVMFunction_MathVectorArrayAverage Returns the average of the given array
FRigVMFunction_MathVectorArraySum Returns the sum of the given array
FRigVMFunction_MathVectorBase The base class for all pure vector math nodes
FRigVMFunction_MathVectorBezierFourPoint Returns the 4 point bezier interpolation
FRigVMFunction_MathVectorBinaryAggregateOp The base class for all aggregational vector math operations
FRigVMFunction_MathVectorBinaryOp The base class for all binary vector math operations
FRigVMFunction_MathVectorCeil Returns the closest higher full number (integer) of the value for each component
FRigVMFunction_MathVectorClamp Clamps the given value within the range provided by minimum and maximum for each component
FRigVMFunction_MathVectorClampLength Clamps the length of a given vector between a minimum and maximum
FRigVMFunction_MathVectorClampSpatially Clamps a position using a plane collision, cylindric collision or spherical collision.
FRigVMFunction_MathVectorCross Returns the cross product between two vectors
FRigVMFunction_MathVectorDeg Returns the degrees of a given value in radians
FRigVMFunction_MathVectorDistance Returns the distance from A to B
FRigVMFunction_MathVectorDiv Returns the division of the two values
FRigVMFunction_MathVectorDot Returns the dot product between two vectors
FRigVMFunction_MathVectorEquals Returns true if the value A equals B
FRigVMFunction_MathVectorFloor Returns the closest lower full number (integer) of the value for each component
FRigVMFunction_MathVectorFromDouble Makes a vector from a single double
FRigVMFunction_MathVectorFromFloat Makes a vector from a single float
FRigVMFunction_MathVectorIsNearlyEqual Returns true if value A is within a tolerance (in each component) of B
FRigVMFunction_MathVectorIsNearlyZero Returns true if each component of the value is within a tolerance of zero
FRigVMFunction_MathVectorLength Returns the length of the vector
FRigVMFunction_MathVectorLengthSquared Returns the squared length of the vector
FRigVMFunction_MathVectorLerp Linearly interpolates between A and B using the ratio T
FRigVMFunction_MathVectorMake Makes a vector from its components
FRigVMFunction_MathVectorMakeAbsolute Returns the absolute global vector within a parent's vector
FRigVMFunction_MathVectorMakeBezierFourPoint Creates a bezier four point
FRigVMFunction_MathVectorMakeRelative Returns the relative local vector within a parent's vector
FRigVMFunction_MathVectorMax Returns the larger of the two values each component
FRigVMFunction_MathVectorMin Returns the smaller of the two values for each component
FRigVMFunction_MathVectorMirror Mirror a vector about a normal vector.
FRigVMFunction_MathVectorMirrorTransform Mirror a vector about a central transform.
FRigVMFunction_MathVectorMod Returns the modulo of the two values
FRigVMFunction_MathVectorMul Returns the product of the two values
FRigVMFunction_MathVectorNegate Returns the negative value
FRigVMFunction_MathVectorNotEquals Returns true if the value A does not equal B
FRigVMFunction_MathVectorOrthogonal Returns true if the two vectors are orthogonal
FRigVMFunction_MathVectorParallel Returns true if the two vectors are parallel
FRigVMFunction_MathVectorRad Returns the radians of a given value in degrees
FRigVMFunction_MathVectorRemap Remaps the given value from a source range to a target range for each component
FRigVMFunction_MathVectorRound Returns the closest full number (integer) of the value for each component
FRigVMFunction_MathVectorScale Returns the product of the vector and the float value
FRigVMFunction_MathVectorSelectBool Return one of the two values based on the condition
FRigVMFunction_MathVectorSetLength Sets the length of a given vector
FRigVMFunction_MathVectorSign Returns the sign of the value (+1 for >= FVector(0.f, 0.f, 0.f), -1 for < 0.f) for each component
FRigVMFunction_MathVectorSub Returns the difference of the two values
FRigVMFunction_MathVectorUnaryOp The base class for all unary vector math operations
FRigVMFunction_MathVectorUnit Returns the normalized value
FRigVMFunction_NameBase The base class for all name operation nodes
FRigVMFunction_NameConcat Concatenates two names together to make a new name
FRigVMFunction_NameReplace Replace all occurrences of a subname in this name
FRigVMFunction_NameTruncate Returns the left or right most characters from the name chopping the given number of characters from the start or the end
FRigVMFunction_NoiseDouble Generates a double through a noise fluctuation process between a min and a max through speed
FRigVMFunction_NoiseFloat Generates a float through a noise fluctuation process between a min and a max through speed
FRigVMFunction_NoiseVector Generates a vector through a noise fluctuation process between a min and a max through speed
FRigVMFunction_NoiseVector2 Generates a vector through a noise fluctuation process between a min and a max through speed
FRigVMFunction_RandomFloat Generates a random float between a min and a max
FRigVMFunction_RandomInt Generates a random integer between a min and a max (inclusive)
FRigVMFunction_RandomVector Generates a random vector between a min and a max
FRigVMFunction_SecondsToFrames Converts seconds to frames based on the current frame rate
FRigVMFunction_Sequence Allows for a single execution pulse to trigger a series of events in order.
FRigVMFunction_SimBase The base class for all pure simulation nodes
FRigVMFunction_SimBaseMutable The base class for all mutable simulation nodes
FRigVMFunction_SpringDampFloat Damps a float using a spring damper
FRigVMFunction_SpringDampQuat Damps a quaternion using a spring damper
FRigVMFunction_SpringDampVector Damps a vector using a spring damper
FRigVMFunction_StartsWith Tests whether this name starts with given name
FRigVMFunction_StringBase The base class for all string operation nodes
FRigVMFunction_StringConcat Concatenates two strings together to make a new string
FRigVMFunction_StringContains Returns true or false if a given name exists in another given name
FRigVMFunction_StringEndsWith Tests whether this string ends with given string
FRigVMFunction_StringFind Finds a string within another string
FRigVMFunction_StringJoin Joins a string into multiple sections given a separator
FRigVMFunction_StringLeft Returns the left most characters of a string
FRigVMFunction_StringLength Returns the length of a string
FRigVMFunction_StringMiddle Returns the middle section of a string
FRigVMFunction_StringPadInteger Converts an integer number to a string with padding
FRigVMFunction_StringReplace Replace all occurrences of a substring in this string
FRigVMFunction_StringReverse Returns the reverse of the input string
FRigVMFunction_StringRight Returns the right most characters of a string
FRigVMFunction_StringSplit Splits a string into multiple sections given a separator
FRigVMFunction_StringStartsWith Tests whether this string starts with given string
FRigVMFunction_StringToInteger Converts a string to an integer
FRigVMFunction_StringToLowercase Converts the string to lower case
FRigVMFunction_StringToUppercase Converts the string to upper case
FRigVMFunction_StringTrimWhitespace Trims the whitespace from a string (start and end)
FRigVMFunction_StringTruncate Returns the left or right most characters from the string chopping the given number of characters from the start or the end
FRigVMFunction_TimeBase The base class for all time nodes
FRigVMFunction_Timeline Simulates a time value - can act as a timeline playing back
FRigVMFunction_TimeLoop Simulates a time value - and outputs loop information
FRigVMFunction_TimeOffsetFloat Records a value over time and can access the value from the past
FRigVMFunction_TimeOffsetTransform Records a value over time and can access the value from the past
FRigVMFunction_TimeOffsetVector Records a value over time and can access the value from the past
FRigVMFunction_TimerValue Starts a timer and provides access to the time simulation
FRigVMFunction_UserDefinedEvent User Defined Event for running custom logic
FRigVMFunction_VerletIntegrateVector Simulates a single position over time using Verlet integration.
FRigVMFunction_VisualDebugQuat  
FRigVMFunction_VisualDebugQuatNoSpace Debug draw parameters for an Axis given a quaternion
FRigVMFunction_VisualDebugTransform  
FRigVMFunction_VisualDebugTransformNoSpace Debug draw parameters for an Axis given a transform
FRigVMFunction_VisualDebugVector  
FRigVMFunction_VisualDebugVectorNoSpace Debug draw parameters for a Point or Vector given a vector
FRigVMFunction_VisualLogArrow Logs arrow - recording for Visual Logs has to be enabled to record this data
FRigVMFunction_VisualLogBase Base RigVMFunction used for Visual Logger output
FRigVMFunction_VisualLogBox Logs box shape - recording for Visual Logs has to be enabled to record this data
FRigVMFunction_VisualLogCapsule Logs capsule shape - recording for Visual Logs has to be enabled to record this data
FRigVMFunction_VisualLogCircle Logs circle - recording for Visual Logs has to be enabled to record this data
FRigVMFunction_VisualLogCone Logs cone shape - recording for Visual Logs has to be enabled to record this data
FRigVMFunction_VisualLogCylinder Logs cylinder shape - recording for Visual Logs has to be enabled to record this data
FRigVMFunction_VisualLogLocation Logs location as sphere with given radius - recording for Visual Logs has to be enabled to record this data
FRigVMFunction_VisualLogObject Base RigVMFunction for visual logging of objects
FRigVMFunction_VisualLogOrientedBox Logs oriented box shape - recording for Visual Logs has to be enabled to record this data
FRigVMFunction_VisualLogSegment Logs segment - recording for Visual Logs has to be enabled to record this data
FRigVMFunction_VisualLogSphere Logs sphere shape - recording for Visual Logs has to be enabled to record this data
FRigVMFunction_VisualLogText Logs simple text string with Visual Logger - recording for Visual Logs has to be enabled to record this data
FRigVMFunction_VisualLogWireframeOptional Base RigVMFunction for visual logging of objects that can be wirefame
FRigVMFunctionArgument The FRigVMFunctionArgument describes an argument necessary for the C++ invocation of the RIGVM_METHOD backed function
FRigVMFunctionCompilationData  
FRigVMFunctionCompilationPropertyDescription  
FRigVMFunctionCompilationPropertyPath  
FRigVMGraphFunctionArgument  
FRigVMGraphFunctionData  
FRigVMGraphFunctionHeader  
FRigVMGraphFunctionHeaderArray  
FRigVMGraphFunctionIdentifier  
FRigVMGraphFunctionStore A management struct containing graph functions.
FRigVMGraphVariableDescription The variable description is used to convey information about unique variables within a Graph.
FRigVMInstruction The FRigVMInstruction represents a single instruction within the VM.
FRigVMInstructionArray The FRigVMInstructionArray represents all current instructions within a RigVM and can be used to iterate over all operators and retrieve each instruction's data.
FRigVMInstructionSetExecuteState A runtime cache for determining if a set of instruction has to run for this execution of the VM
FRigVMInstructionVisitInfo  
FRigVMInvokeCallableOp Invoke a callable
FRigVMInvokeEntryOp Invoke another entry
FRigVMJumpIfOp Jump to a new instruction index based on a condition.
FRigVMJumpOp Jump to a new instruction index.
FRigVMJumpToBranchOp Jump into a branch based on a name argument
FRigVMLazyBranch A branch which can be lazily executed
FRigVMLog  
FRigVMLogSettings  
FRigVMMemoryContainer The FRigVMMemoryContainer provides a heterogeneous memory container to store arbitrary data.
FRigVMMemoryHandle Memory handle.
FRigVMMemoryStatistics  
FRigVMMemoryStorageStruct  
FRigVMMirrorSettings  
FRigVMNameOp  
FRigVMNativizedContext  
FRigVMNodeLayout  
FRigVMObjectArchive  
FRigVMObjectVersion Custom serialization version for changes made in Dev-Anim stream.
FRigVMOperand The FRigVMOperand represents an argument used for an operator within the virtual machine.
FRigVMParameter The RigVMParameter define an input or output of the RigVM.
FRigVMPinCategory  
FRigVMPredicateBranch A description of a predicate branch in the VM's bytecode.
FRigVMProfilingInfo  
FRigVMPropertyBag  
FRigVMPropertyDescription Property Management.
FRigVMPropertyPathDescription The RigVMPropertyPathDescription is used to provide all of the information necessary to describe a property path for creating it.
FRigVMPropertyPathSegment The RigVMPropertyPathSegment represents a single step needed to go from the head property of a property path to the tail.
FRigVMQuaternaryOp Operator used for some array operations
FRigVMQuinaryOp Operator used for some array operations
FRigVMReferenceNodeData  
FRigVMRegister The register represents an address with the VM's memory.
FRigVMRegisterOffset The register offset represents a memory offset within a register's memory.
FRigVMRegistry_NoLock The FRigVMRegistry is used to manage all known function pointers for use in the RigVM.
FRigVMRegistry_RWLock The FRigVMRegistry is used to manage all known function pointers for use in the RigVM.
FRigVMRegistryHandle  
FRigVMRegistryHandleLock  
FRigVMRunInstructionsOp Runs a set of instructions lazily
FRigVMRuntimeSettings  
FRigVMSenaryOp Operator used for some array operations
FRigVMSetupTraitsOp Sets up a list of traits in the execute context
FRigVMSimPoint  
FRigVMSlice  
FRigVMStatistics  
FRigVMStepCondition FRigVMStepCondition tracks:
FRigVMStruct The base class for all RigVM enabled structs.
FRigVMStructMutable The base mutable class for all RigVM enabled structs.
FRigVMStructUpgradeInfo Structure used to upgrade to a new implementation of a node
FRigVMTag User applied tag.
FRigVMTemplate The template is used to group multiple rigvm functions that share the same notation.
FRigVMTemplateArgument The template argument represents a single parameter in a function call and all of its possible types
FRigVMTemplateArgumentInfo FRigVMTemplateArgumentInfo
FRigVMTemplateArgumentType  
FRigVMTemplateDelegates  
FRigVMTernaryOp Operator used for some array operations
FRigVMTraceArchive The trace archive is used to store compressed data for a RewindDebugger stream.
FRigVMTrait The base class for all RigVM traits.
FRigVMUnaryOp Operator used for zero, false, true, increment, decrement
FRigVMUnitNodeCreatedContext A context struct passed to FRigVMStruct::OnUnitNodeCreated
FRigVMUnknownType The unknown type is used to identify untyped nodes
FRigVMUserDefinedTypeResolver  
FRigVMUserDefinedTypesInfo  
FRigVMUserWorkflow  
FRigVMVariant  
FRigVMVariantRef This struct should not be serialized. It is generated on demand.
TRigVMIsBaseStructure  
TRigVMIsBool  
TRigVMIsDouble  
TRigVMIsFloat  
TRigVMIsInt32  
TRigVMIsName  
TRigVMIsString  
TRigVMLazyValue A template container for a lazily computed value
TRigVMLazyValueBase A template container for a lazily computed value

Interfaces

Name Remarks
IRigVMGraphFunctionHost Interface that allows an object to host a rig VM graph function Host.
IRigVMRuntimeAssetInterface  

Typedefs

Name Type Remarks Include Path
FOnRigVMPostVariablesChanged TMulticastDelegate_OneParam< void, const FName >   RigVMRuntimeAsset.h
FOnRigVMPreVariablesChanged TMulticastDelegate_OneParam< void, const FName >   RigVMRuntimeAsset.h
FRigVMBindPinToExternalVariableDelegate TBaseDelegate_TwoParams< bool, FString, FString >   RigVMCore/RigVMStruct.h
FRigVMByteArray TArray< uint8 >   RigVMCore/RigVMMemoryDeprecated.h
FRigVMCreateExternalVariableDelegate TBaseDelegate_TwoParams< FName, FRigVMExternalVariable, FString >   RigVMCore/RigVMStruct.h
FRigVMFunctionArgumentArray TArray< FRigVMFunctionArgument >   RigVMCore/RigVMFunction.h
FRigVMFunctionPtr void(*   RigVMCore/RigVMFunction.h
FRigVMGetExternalVariablesDelegate TBaseDelegate_NoParams< TArray< FRigVMExternalVariable > > Delegates used for variable introspection / creation RigVMCore/RigVMStruct.h
FRigVMMemoryHandleArray TArrayView< FRigVMMemoryHandle >   RigVMCore/RigVMFunction.h
FRigVMNestedByteArray TArray< FRigVMByteArray >   RigVMCore/RigVMMemoryDeprecated.h
FRigVMOperandArray TArrayView< const FRigVMOperand >   RigVMCore/RigVMMemoryCommon.h
FRigVMPerformUserWorkflowDelegate TBaseDelegate_TwoParams< bool, const URigVMUserWorkflowOptions *, UObject * >   RigVMCore/RigVMUserWorkflow.h
FRigVMPredicateBranchArray TArrayView< FRigVMPredicateBranch >   RigVMCore/RigVMFunction.h
FRigVMRegistry FRigVMRegistry_RWLock   RigVMCore/RigVMRegistry.h
FRigVMRegistryReadLock FRigVMRegistry_RWLock::FConditionalReadScopeLock   RigVMCore/RigVMRegistry.h
FRigVMRegistryWriteLock FRigVMRegistry_RWLock::FConditionalWriteScopeLock   RigVMCore/RigVMRegistry.h
FRigVMReportDelegate TBaseDelegate_ThreeParams< void, EMessageSeverity::Type, UObject *, const FString & >   RigVMCore/RigVMUserWorkflow.h
FRigVMTemplate_GetDispatchFactoryDelegate TBaseDelegate_OneParam< FRigVMDispatchFactory *, const FRigVMRegistryHandle & >   RigVMCore/RigVMTemplate.h
FRigVMTemplate_NewArgumentTypeDelegate TBaseDelegate_ThreeParams< FRigVMTemplateTypeMap, const FName &, TRigVMTypeIndex, const FRigVMRegistryHandle & > FRigVMTemplate_NewArgumentTypeDelegate is deprecated, use FRigVMTemplate_GetPermutationsFromArgumentTypeDelegate. RigVMCore/RigVMTemplate.h
FRigVMTemplateTypeMap TMap< FName, TRigVMTypeIndex >   RigVMCore/RigVMTemplate.h

Enums

Public

Name Remarks
ERBFKernelType Function to use for each target falloff
ERBFQuatDistanceType Function to use for computing distance between the input and target quaternions.
ERBFVectorDistanceType Function to use for computing distance between the input and target quaternions.
ERigUnitDebugPointMode  
ERigUnitDebugTransformMode  
ERigUnitVisualDebugPointMode  
ERigVMAnimEasingType  
ERigVMAssetStatus Enumerates states a RigVMAsset can be in. Copied from EBlueprintStatus.
ERigVMClampSpatialMode::Type  
ERigVMCookVersion::Type This is used to version up cooked assets independent of the object version.
ERigVMCopyType The kind of copy operation to perform.
ERigVMDrawSettings::Primitive  
ERigVMExecuteResult  
ERigVMFunctionArgumentDirection The Function Argument is used to differentiate different kinds of pins in the data flow graph - inputs or outputs
ERigVMMemoryType The ERigVMMemoryType maps to memory container index in RigVM through FRigVMOperand::GetContainerIndex() or URigVM::GetContainerIndex(...)
ERigVMNameOp  
ERigVMNodeCreatedReason Context as of why the node was created
ERigVMOpCode The code for a single operation within the RigVM.
ERigVMParameterType The type of parameter for a VM.
ERigVMPinDirection The Pin Direction is used to differentiate different kinds of pins in the data flow graph - inputs, outputs etc.
ERigVMPropertyPathSegmentType The RigVMPropertyPathSegmentType is used to differentiate segments under a property path.
ERigVMRegisterType The type of register within the memory.
ERigVMSaveOnCompile Determines when to save RigVM assets after compilation.
ERigVMSimPointIntegrateType  
ERigVMSliceType  
ERigVMStepMode  
ERigVMTransformSpace  
ERigVMUserWorkflowType Types of workflows offered by a rigvm struct node.
RigVMTypeUtils::EClassArgType A UClass argument is used to signify both the object type and its class type.

Variables

Public

Name Type Remarks Include Path Unreal Specifiers
BraceFormat TCHAR   RigVMCore/RigVMPropertyBag.h  
CVarRigVMAllowCallableFallbackToInlining TAutoConsoleVariable< bool >   RigVMCore/RigVMGraphFunctionDefinition.h  
CVarRigVMCompileFunctionsToCallables TAutoConsoleVariable< bool >   RigVMCore/RigVMGraphFunctionDefinition.h  
CVarRigVMEnableLocalizedRegistry TAutoConsoleVariable< bool >   RigVMCore/RigVMRegistry.h  
CVarRigVMEnableVariants TAutoConsoleVariable< bool >   RigVMCore/RigVMVariant.h  
CVarRigVMReportAllMessages TAutoConsoleVariable< bool >   RigVMCore/RigVMExecuteContext.h  
EmptyBraces const FString   RigVMCore/RigVMPropertyBag.h  
TArrayPrefix TCHAR   RigVMTypeUtils.h  
TArrayTemplate TCHAR   RigVMTypeUtils.h  
TObjectPtrPrefix TCHAR   RigVMTypeUtils.h  
TObjectPtrTemplate TCHAR   RigVMTypeUtils.h  
TScriptInterfacePrefix TCHAR   RigVMTypeUtils.h  
TScriptInterfaceTemplate TCHAR   RigVMTypeUtils.h  
TSubclassOfPrefix TCHAR   RigVMTypeUtils.h  
TSubclassOfTemplate TCHAR   RigVMTypeUtils.h  

Functions

Public

Name Remarks Include Path Unreal Specifiers

void RigVM::ZeroPaddedMemory ( void* InFirstMember,
const void* InSecondMember
)

   RigVMCore/RigVMMemoryCommon.h  

void RigVMCopy ( void* InTargetPtr,
const void* InSourcePtr,
int32 InCount
)

   RigVMCore/RigVMTraits.h  

bool RigVMCore::SupportsUInterfaces()

   RigVMModule.h  

bool RigVMCore::SupportsUObjects()

   RigVMModule.h  

void RigVMDestroy ( void* InPtr,
int32 InCount
)

   RigVMCore/RigVMTraits.h  

void RigVMInitialize ( void* InPtr,
int32 InCount
)

   RigVMCore/RigVMTraits.h  

uint32 RigVMPropertyUtils::GetPropertyHashFast ( const FProperty* InProperty,
const uint8* InMemory,
EPropertyPointerType InContainerType
)

 Given a property and a value storage for it, return a 32-bit hash value for the underlying value of tha type. RigVMPropertyUtils.h  

uint32 RigVMPropertyUtils::GetPropertyHashStable ( const FProperty* InProperty,
const uint8* InMemory,
EPropertyPointerType InContainerType
)

 Given a property and a value storage for it, return a 32-bit hash value for the underlying value of tha type. RigVMPropertyUtils.h  

void RigVMPropertyUtils::GetTypeFromProperty ( const FProperty* InProperty,
FName& OutTypeName,
UObject*& OutTypeObject
)

 Given a property, return the C++ type name for it and the associated type object. RigVMPropertyUtils.h  

FString RigVMStringUtils::JoinDefaultValue ( const TArray< FString >& InParts
)

 Joins the name value pairs into a single default value string. RigVMStringUtils.h  
Joins a NodePath from to segments, so for example ["CollapseNodeA", "CollapseNodeB", "CollapseNodeC"] becomes "CollapseNodeA|CollapseNodeB|CollapseNodeC". RigVMStringUtils.h  

FString RigVMStringUtils::JoinNodePath ( const FString& Left,
const FString& Right
)

 Joins a NodePath from to segments, so for example "CollapseNodeA" and "CollapseNodeB|CollapseNodeC" becomes "CollapseNodeA|CollapseNodeB|CollapseNodeC". RigVMStringUtils.h  
Joins a PinPath from to segments, so for example ["Node", "Color", "R"] becomes "Node.Color.R". RigVMStringUtils.h  

FString RigVMStringUtils::JoinPinPath ( const FString& Left,
const FString& Right
)

 Joins a PinPath from to segments, so for example "Node.Color" and "R" becomes "Node.Color.R". RigVMStringUtils.h  

FString RigVMStringUtils::JoinStrings ( const TArray< FString >& InStrings,
const TCHAR* InSeparator,
const TCHAR* InPrefix,
const TCHAR* InSuffix
)

 Joins a series of strings given a separator. RigVMStringUtils.h  

FString RigVMStringUtils::JoinStrings ( const TArrayView< FString >& InStrings,
const TCHAR* InSeparator,
const TCHAR* InPrefix,
const TCHAR* InSuffix
)

   RigVMStringUtils.h  

FString RigVMStringUtils::JoinStrings ( const FString& InStringA,
const FString& InStringB,
const TCHAR* InSeparator,
const TCHAR* InPrefix,
const TCHAR* InSuffix
)

 Joins two strings given a separator. RigVMStringUtils.h  

FString RigVMStringUtils::JoinStringsConst ( const TArrayView< const FString >& InStrings,
const TCHAR* InSeparator,
const TCHAR* InPrefix,
const TCHAR* InSuffix
)

   RigVMStringUtils.h  

FString RigVMStringUtils::MakeTemplateNotation ( const FString& InTemplateName,
const TArray< FString >& InArgumentNotations
)

 Creates a template notation such as "MyTemplate(float,bool,float)". RigVMStringUtils.h  

void RigVMStringUtils::SanitizeName ( FString& InOutName,
bool bAllowPeriod,
bool bAllowSpace,
int32 InMaxNameLength
)

 Sanitizes a name as per ruleset. RigVMStringUtils.h  

TArray< FString > RigVMStringUtils::SplitDefaultValue ( const FString& InDefaultValue
)

 Splits the default value into name-value pairs. RigVMStringUtils.h  

bool RigVMStringUtils::SplitNodePath ( const FString& InNodePath,
TArray< FString >& Parts
)

 Splits a NodePath into all segments, so for example "Node.Color.R" becomes ["Node", "Color", "R"]. RigVMStringUtils.h  

bool RigVMStringUtils::SplitNodePathAtEnd ( const FString& InNodePath,
FString& Left,
FString& RightMost
)

 Splits a NodePath at the end, so for example "CollapseNodeA|CollapseNodeB|CollapseNodeC" becomes "CollapseNodeA|CollapseNodeB" and "CollapseNodeC". RigVMStringUtils.h  

bool RigVMStringUtils::SplitNodePathAtStart ( const FString& InNodePath,
FString& LeftMost,
FString& Right
)

 Splits a NodePath at the start, so for example "CollapseNodeA|CollapseNodeB|CollapseNodeC" becomes "CollapseNodeA" and "CollapseNodeB|CollapseNodeC". RigVMStringUtils.h  

bool RigVMStringUtils::SplitPinPath ( const FString& InPinPath,
TArray< FString >& Parts
)

 Splits a PinPath into all segments, so for example "Node.Color.R" becomes ["Node", "Color", "R"]. RigVMStringUtils.h  

bool RigVMStringUtils::SplitPinPathAtEnd ( const FString& InPinPath,
FString& Left,
FString& RightMost
)

 Splits a PinPath at the start, so for example "Node.Color.R" becomes "Node.Color" and "R". RigVMStringUtils.h  

bool RigVMStringUtils::SplitPinPathAtStart ( const FString& InPinPath,
FString& LeftMost,
FString& Right
)

 Splits a PinPath at the start, so for example "Node.Color.R" becomes "Node" and "Color.R". RigVMStringUtils.h  

bool RigVMStringUtils::SplitPinPathAtStart ( FStringView InPinPath,
FStringView& LeftMost,
FStringView& Right
)

   RigVMStringUtils.h  

bool RigVMStringUtils::SplitString ( const FString& InString,
const TCHAR* InSeparator,
TArray< FString >& InOutParts
)

 Splits a string up into its parts. RigVMStringUtils.h  

bool RigVMTypeUtils::AreCompatible ( const FProperty* InSourceProperty,
const FProperty* InTargetProperty
)

   RigVMTypeUtils.h  

FString RigVMTypeUtils::ArrayTypeFromBaseType ( const FString& InCPPType
)

   RigVMTypeUtils.h  

FString RigVMTypeUtils::BaseTypeFromArrayType ( const FString& InCPPType
)

   RigVMTypeUtils.h  

FString RigVMTypeUtils::CPPTypeFromEnum ( const UEnum* InEnum
)

   RigVMTypeUtils.h  

bool RigVMTypeUtils::CPPTypeFromExternalVariable ( const FRigVMExternalVariable& InExternalVariable,
FString& OutCPPType,
UObject** OutCPPTypeObject
)

   RigVMTypeUtils.h  

FString RigVMTypeUtils::CPPTypeFromObject ( const UObject* InCPPTypeObject,
EClassArgType InClassArgType
)

   RigVMTypeUtils.h  
  RigVMCore/RigVMExternalVariable.h  

FRigVMExternalVariable RigVMTypeUtils::ExternalVariableFromBPVariableDescription ( const FBPVariableDescription& InVariableDescription,
const UStruct* VariablesStruct,
void* Container
)

   RigVMCore/RigVMExternalVariable.h  

FRigVMExternalVariable RigVMTypeUtils::ExternalVariableFromCPPType ( const FGuid InGuid,
const FName& InName,
const FString& InCPPType,
UObject* InCPPTypeObject,
bool bInPublic,
bool bInReadonly
)

   RigVMCore/RigVMExternalVariable.h  

FRigVMExternalVariable RigVMTypeUtils::ExternalVariableFromCPPTypePath ( const FGuid InGuid,
const FName& InName,
const FString& InCPPTypePath,
bool bInPublic,
bool bInReadonly
)

   RigVMCore/RigVMExternalVariable.h  

FRigVMExternalVariable RigVMTypeUtils::ExternalVariableFromPinType ( const FGuid InGuid,
const FName& InName,
const FEdGraphPinType& InPinType,
bool bInPublic,
bool bInReadonly
)

   RigVMCore/RigVMExternalVariable.h  
Helper function to retrieve an object from a path RigVMTypeUtils.h  

UObject * RigVMTypeUtils::FindObjectGlobally ( const TCHAR* InObjectName,
bool bUseRedirector
)

   RigVMTypeUtils.h  

bool RigVMTypeUtils::FixCPPTypeAndObject ( FString& InOutCPPType,
TObjectPtr< UObject >& InOutCPPTypeObject,
const FRigVMUserDefinedTypeResolver* InResolvalInfo
)

   RigVMTypeUtils.h  

UObject * RigVMTypeUtils::GetCPPTypeObjectFromProperty ( const FProperty* InProperty
)

   RigVMTypeUtils.h  

TArray< FRigVMExternalVariableDef > RigVMTypeUtils::GetExternalVariableDefs ( const TArray< FRigVMExternalVariable >& ExternalVariables
)

   RigVMCore/RigVMExternalVariable.h  

TArray< FString > RigVMTypeUtils::GetPluginModulePrefixes ( const IPlugin& InPlugin
)

   RigVMTypeUtils.h  

FString RigVMTypeUtils::GetPluginName ( const UObject* InObject
)

   RigVMTypeUtils.h  
  RigVMTypeUtils.h  
  RigVMTypeUtils.h  

bool RigVMTypeUtils::IsArrayType ( const FString& InCPPType
)

 Returns true if the type specified is an array. RigVMTypeUtils.h  

bool RigVMTypeUtils::IsInterfaceType ( const FString& InCPPType
)

   RigVMTypeUtils.h  

bool RigVMTypeUtils::IsUClassType ( const FString& InCPPType
)

   RigVMTypeUtils.h  

bool RigVMTypeUtils::IsUObjectType ( const FString& InCPPType
)

   RigVMTypeUtils.h  

UObject * RigVMTypeUtils::ObjectFromCPPType ( FString& InOutCPPType,
bool bUseRedirector,
const FRigVMUserDefinedTypeResolver* InTypeResolver
)

 Finds the CPPTypeObject from the CPPType. If not found, tries to use redirectors and modifies the InOutCPPType. RigVMTypeUtils.h  

FString RigVMTypeUtils::PostProcessCPPType ( const FString& InCPPType,
UObject* InCPPTypeObject,
const FRigVMUserDefinedTypeResolver* InResolvalInfo,
bool bIsSerializing
)

   RigVMTypeUtils.h  

bool RigVMTypeUtils::RequiresCPPTypeObject ( const FString& InCPPType
)

   RigVMTypeUtils.h  

UObject * RigVMTypeUtils::UserDefinedTypeFromCPPType ( FString& InOutCPPType,
const FRigVMUserDefinedTypeResolver* InTypeResolver
)

 Finds the CPPTypeObject from a CPP type of a potentially missing / unloaded user defined struct or enum. RigVMTypeUtils.h  

FRigVMExternalVariable RigVMVariableUtils::ExternalVariableFromRigVMVariableDescription ( const FRigVMGraphVariableDescription& InVariableDescription
)

   RigVMCore/RigVMVariableDescription.h  

FRigVMPropertyDescription RigVMVariableUtils::PropertyDescriptionFromVariableDescription ( const FRigVMGraphVariableDescription& InVariableDescription,
const bool bAllowSpacesInName
)

   RigVMCore/RigVMVariableDescription.h  

FRigVMGraphVariableDescription RigVMVariableUtils::VariableDescriptionFromPropertyDesc ( const FPropertyBagPropertyDesc& InPropertyDesc
)

   RigVMCore/RigVMVariableDescription.h  

Static

Name Remarks Include Path Unreal Specifiers

static void RigVMTypeUtils::CleanupCPPType ( FString& CPPType
)

   RigVMTypeUtils.h  

static T * RigVMTypeUtils::FindObjectFromCPPTypeObjectPath ( const FString& InObjectPath
)

   RigVMTypeUtils.h  

static FString RigVMTypeUtils::GetCPPTypeFromProperty ( const FProperty* InProperty
)

   RigVMTypeUtils.h  

static const FString & RigVMTypeUtils::GetWildCardArrayCPPType()

   RigVMTypeUtils.h  

static const FLazyName & RigVMTypeUtils::GetWildCardArrayCPPTypeName()

   RigVMTypeUtils.h  

static const FString & RigVMTypeUtils::GetWildCardCPPType()

   RigVMTypeUtils.h  

static const FLazyName & RigVMTypeUtils::GetWildCardCPPTypeName()

   RigVMTypeUtils.h  

static UScriptStruct * RigVMTypeUtils::GetWildCardCPPTypeObject()

   RigVMTypeUtils.h  

Ask questions and help your peers Developer Forums

Write your own tutorials or read those from others Learning Library

On this page