nucleus

Go to: Attributes.

 This is the generic solver node for different nThings
 For now nCloth, but later nParticles, nRigidBodies....

The following quick index only shows top-level attributes (too many attributes to show them all): airDensity, collisionDamping, collisionDrag, collisionFlag, collisionLayerRange, collisionSoftness, crossoverCheck, currentTime, drag, dragOffset, enable, forceDynamics, gravity, gravityDirection (3), inputActive, inputActiveStart, inputCurrent, inputPassive, inputPassiveStart, inputStart, lift, maxCollisionIterations, maxIterations, numAirEffectIterations, numIterations, numObjectCollisionIterations, numObjectCollisionSubcycles, numPlaneCollisionIterations, numSubcycles, outputObjects, planeBounce, planeFriction, planeNormal (3), planeOrigin (3), selfCollisionFlag, spaceScale, startFrame, startTime, subSteps, timeScale, trappedCheck, usePlane, windDirection (3), windSpeed

Long name (short name)	Type	Default	Flags
inputStart (is)	nId	NULL
Input start eval connection from active nObjects. This should be connected from the eval start output of all the active nObjects simulated by this solver. Valid inputs are nCloth, dynamicConstraints, nParticle, etc.
inputCurrent (ic)	nId	NULL
Input current position eval from active nObjects. This should be connected from the eval current output of all the active nObjects simulated by this solver. Valid inputs are nCloth, dynamicConstraints, nParticle, etc.
inputActive (niao)	Generic	n/a
Input nData from active nThings. This should be connected from the output of all the active nThings simulated by this solver Valid inputs are nCloth (nParticle, etc)
inputPassive (nipo)	Generic	n/a
Input nData from passive nThings. This should be connected from the output of all the passive nThings connected to this solver Valid inputs are polygons, nurbs surfaces, nurbs curves, and lattices.
inputActiveStart (nias)	Generic	n/a
Input nData from active nThings. This should be connected from the output of all the active nThings simulated by this solver Valid inputs are nCloth (nParticle, etc)
inputPassiveStart (nips)	Generic	n/a
Input nData from passive nThings. This should be connected from the output of all the passive nThings connected to this solver Valid inputs are polygons, nurbs surfaces, nurbs curves, and lattices.
outputObjects (noao)	Generic	n/a
Output Geometry for soft body.
currentTime (cti)	time	0film
Undocumented
startTime (sti)	time	1.0film
Undocumented
startFrame (stf)	double	1.0
Undocumented
forceDynamics (fdn)	bool	false
By requesting this attribute, all of the input active and passive and relationship things will be evaluated, and all output objects will be computed. It is intended to be used for batch mode and dynamics run-up.
enable (ena)	bool	true
Toggle dynamics on/off for all the dynamic nThings using this solver
gravity (grty)	float	9.8
Defines the gravity affecting this nucleus
gravityDirection (grdi)	float3
Defines the gravity direction affecting this nParticle system
gravityDirectionX (grdx) float 0.0 Defines the x component of the gravity direction.
gravityDirectionY (grdy) float -1.0 Defines the y component of the gravity direction.
gravityDirectionZ (grdz) float 0.0 Defines the z component of the gravity direction.
airDensity (ady)	float	1.0
Defines the air density affecting this dynamic system
windSpeed (wisp)	float	0.0
Defines the wind speed affecting this nParticle system
windDirection (widi)	float3
Defines the wind direction affecting this nParticle system
windDirectionX (widx) float 1.0 Defines the x component of the wind direction.
windDirectionY (widy) float 0.0 Defines the y component of the wind direction.
windDirectionZ (widz) float 0.0 Defines the z component of the wind direction.
collisionLayerRange (clra)	float	4.0
This defines how close the collisionLayer value for two objects needs to be in order for them to intercollide. For example if one object has a collisionLayer value of 2 and the other 5, then they will collide as long the collisionLayerRange is greater than 3.
collisionSoftness (clso)	float	0.0
This defines how much collisions can interpenetrate the thickness
usePlane (nupl)	bool	false
Defines whether or not we use a plane in the collision system
planeOrigin (npor)	float3
Defines the origin of the plane in the collision system
planeOriginX (npox) float 0.0 Defines the x component of the plane origin.
planeOriginY (npoy) float 0.0 Defines the y component of the plane origin.
planeOriginZ (npoz) float 0.0 Defines the z component of the plane origin.
planeNormal (npun)	float3
Defines the (unit) normal of the plane in the collision system
planeNormalX (npnx) float 0.0 Defines the x component of the plane normal.
planeNormalY (npny) float 1.0 Defines the y component of the plane normal.
planeNormalZ (npnz) float 0.0 Defines the z component of the plane normal.
planeBounce (npbc)	float	0.0
Defines the plane bounce
planeFriction (npfr)	float	0.1
Defines the plane friction
subSteps (sstp)	integer	3
Number of subSteps for each solve step.
maxCollisionIterations (mcit)	integer	4
Maximum number of collision iterations per subStep.
collisionFlag (cofl)	enum	4
Controls the type(s) of collisions that are processed.
selfCollisionFlag (scfl)	enum	1
Controls the type(s) of self-collisions that are processed
timeScale (tisc)	float	1.0
Scale the timestep that the solver uses.
spaceScale (spsc)	float	1.0
Pretend that the the object is a scale model, and apply forces internally so that you get the expected behavior for the actual sized model
trappedCheck (trch)	bool	false
obsolete
lift (lft)	float	0.0
obsolete
drag (drg)	float	0.0
obsolete
dragOffset (drao)	float	0.0
obsolete
collisionDrag (codr)	float	0.0
obsolete
collisionDamping (coda)	float	0.0
obsolete
crossoverCheck (coch)	bool	false
obsolete
numSubcycles (nnsc)	integer	1
obsolete
maxIterations (mxit)	integer	0
obsolete
numIterations (nnit)	integer	4
obsolete
numObjectCollisionIterations (noci)	integer	4
obsolete
numObjectCollisionSubcycles (nocs)	integer	0
obsolete
numPlaneCollisionIterations (npci)	integer	0
obsolete
numAirEffectIterations (naei)	integer	4
obsolete