The cheek muscle deforms along the vertex normals based on the distance to the center of the muscle, mostly a hack to get the cheeks to inflate.

Inheritance:

Public Fields

std::vector<int>	taglist list of points effected by muscle
Vertex*	skin location of point on skin the muscle pulls at
Vertex*	bone location of point on bone the muscle pulls towards
float	zone zone of influence (angle)
float	fs distance to start of contraction
float	fe distance to end of contraction
float	clampv scaling value

Public Methods

	cheekMuscle ( char* name, Vertex ihead, Vertex itail, float ifs, float fe, float zone, float clampv, ExpMeshAdapter* bob)
void	ActivateMuscle ( const float val)
void	PrintData ()
void	Draw (bool selected)

Inherited from Muscle:

Public Fields

ExpMeshAdapter* mesh

std::string name

Documentation

The cheek muscle deforms along the vertex normals based on the distance to the center of the muscle, mostly a hack to get the cheeks to inflate. Still a little flaky however. The core math should probably be revisited.

std::vector<int> taglist

list of points effected by muscle

Vertex* skin

location of point on skin the muscle pulls at

Vertex* bone

location of point on bone the muscle pulls towards

float zone

zone of influence (angle)

float fs

distance to start of contraction

float fe

distance to end of contraction

float clampv

scaling value

cheekMuscle( char* name, Vertex ihead, Vertex itail, float ifs, float fe, float zone, float clampv, ExpMeshAdapter* bob)

void ActivateMuscle( const float val)

void PrintData()

void Draw(bool selected)

This class has no child classes.

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