Detailed Description

This was implemented for the study of C.elegans done by Cleo Kozlowksi, and published in Kozlowski et al. Cell, May 2007

Public Member Functions
virtual	~TubuleBundle ()
	we need a virtual destructor, since Tubule is derived from TubuleBundle

void	mtbInit (int nbMT)
	initialization function

void	mtbStepDynamic (int &, real &)
	perform all the sub-MT steps, and swap to the longest

int	mtbNbSeeds () const
	number of sub-MTs in the bundle

real	mtbTubeLength (const int ii) const
	length of the ii-th MT in the bundle

int	mtbNbTubules () const
	number of sub-MTs which are not MTB_SEED

MTBState	mtbStateEnd (const int ii) const
	state of the ii-th sub-MT plus-end

Tag	tag () const
	return unique character identifying the class

void	mtbWrite (OutputWrapper &, const Name) const
	write the sub-MT state to file IO

void	mtbRead (InputWrapper &)
	write the sub-MT state to file IO

Static Public Attributes
static const Tag	TAG = 'b'
	a unique character identifying the class

Public Member Functions