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#include <normalinterpolator.h>
Inherits Node.
Inheritance diagram for NormalInterpolator:
Public Member Functions | |
NormalInterpolator (const char *name="") | |
virtual | ~NormalInterpolator () |
virtual unsigned int | nbFields () const |
virtual FieldHandle | field (const std::string &n) |
virtual FieldHandle | field (const unsigned int i) |
virtual bool | isSetToDefaultValue (const unsigned int i) const |
virtual unsigned int | nbEventsIn () const |
virtual EventInHandle | eventIn (const std::string &n) |
virtual EventInHandle | eventIn (const unsigned int i) |
virtual unsigned int | nbEventsOut () const |
virtual EventOutHandle | eventOut (const std::string &n) |
virtual EventOutHandle | eventOut (const unsigned int i) |
const char * | typeName () const |
virtual Node * | duplicate () const |
virtual Node * | duplicate (std::map< const Node *, Node * > &) const |
Public Attributes | |
Exposed Fields | |
A field that is capable of receiving events via an eventIn to change its value(s), and generating events via an eventOut when its value(s) change. | |
MFFloat | key |
MFVec3f | keyValue |
Events In | |
EventIn< SFFloat > | set_fraction |
EventIn< MFFloat > | set_key |
EventIn< MFVec3f > | set_keyValue |
Events Out | |
EventOut< MFVec3f > | value_changed |
EventOut< MFFloat > | key_changed |
EventOut< MFVec3f > | keyValue_changed |
The NormalInterpolator node interpolates among a list of normal vector sets specified by the keyValue field. The output vector, value_changed, shall be a set of normalized vectors.
Values in the keyValue field shall be of unit length. The number of normals in the keyValue field shall be an integer multiple of the number of keyframes in the key field. That integer multiple defines how many normals will be contained in the value_changed events.
Normal interpolation shall be performed on the surface of the unit sphere. That is, the output values for a linear interpolation from a point P on the unit sphere to a point Q also on the unit sphere shall lie along the shortest arc (on the unit sphere) connecting points P and Q. Also, equally spaced input fractions shall result in arcs of equal length. The results are undefined if P and Q are diagonally opposite.
A more detailed discussion of interpolators is provided in 4.6.8, Interpolator nodes.
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Construct a node with all its fields set to default value, which is equivalent to the code below: |
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Virtual destructor, does nothing |
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Implements Node. |
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Returns a deep copy of this node, that is a fully independant node with all children (if any) also copied. This is mainly useful for instanciating protos. Implements Node. |
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Return a handle on the
This function is useful, with nbEventsIn() if you want to traverse all events in of a Node. Implements Node. |
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Return a handle on the event in named
Implements Node. |
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Return a handle on the
Implements Node. |
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Return a handle on the event out named
Implements Node. |
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Return a handle on the
Implements Node. |
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Return a handle on the field named
Implements Node. |
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Implements Node. |
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Returns the number of events in for this node type. Implements Node. |
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Returns the number of events out for this node type. Implements Node. |
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Returns the number of fields (exposed or not) for this node type. Implements Node. |
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Returns Implements Node. |
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See Detailed Description for meaning of this field. Default value is set to MFFloat default value |
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Changed event associated to exposedField key |
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See Detailed Description for meaning of this field. Default value is set to MFVec3f default value |
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Changed event associated to exposedField keyValue |
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See Detailed Description for meaning of this event. |
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Set event associated to exposedField key |
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Set event associated to exposedField keyValue |
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See Detailed Description for meaning of this event. |
Generated on 24 Feb 2005 with version 1.3.9.1. |