AtomicSequence Class Reference

Atomic sequence prototype. More...

#include <AtomicSequence.h>

Inheritance diagram for AtomicSequence:

Collaboration diagram for AtomicSequence:

List of all members.

Public Member Functions
	AtomicSequence ()
	Default constructor.
	AtomicSequence (const AtomicSequence &)
	Copy constructor.
virtual	~AtomicSequence ()
	Default destructor.
AtomicSequence *	Clone () const
	See Module::clone.
virtual bool	Prepare (PrepareMode mode)
	Prepare the sequence.
Pulse *	GetPulse (int number)
	Get the pulse given by number.
int	GetNumberOfPulses ()
	Get the number of nested pulses.
virtual void	GetValue (double *dAllVal, double const time)
	See Module::GetValue.
void	Rotation (double *Grot)
	See Module::GetValue.
bool	HasNonLinGrad ()
	Check for nonlinear gradients in this atom.
void	SetNonLinGrad (bool val)
	Marh this atom, if nonlinear gradients are present.
double	GetDuration ()
	See Module::GetDuration.
void	CollectTPOIs ()
	Collect the TPOIs of child pulses.
Protected Member Functions
virtual string	GetInfo ()

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Detailed Description

Atomic sequence prototype.

Definition at line 35 of file AtomicSequence.h.

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Member Function Documentation

void AtomicSequence::CollectTPOIs

(

)

Collect the TPOIs of child pulses.

The method calls Pulse::SetTPOIs of all pulses in the atom, and adds, sorts, and purges all these TPOIs. The method is automatically triggered by Module::notify if a pulse inside the atom changes a private member through observation.

Definition at line 141 of file AtomicSequence.cpp.

References Module::GetChildren(), Pulse::GetInitialDelay(), Module::GetNumOfTPOIs(), TPOI::GetPhase(), TPOI::GetTime(), Module::GetTPOIs(), Module::m_tpoi, TPOI::Purge(), TPOI::Reset(), Pulse::SetTPOIs(), and TPOI::Sort().

Referenced by Prepare(), and Model::RunSequenceTree().

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string AtomicSequence::GetInfo

(

)

[protected, virtual]

Get informations on this AtomicSequence

Returns:

Information for display

Reimplemented from Module.

Reimplemented in DelayAtomicSequence.

Definition at line 167 of file AtomicSequence.cpp.

int AtomicSequence::GetNumberOfPulses

(

)

[inline]

Get the number of nested pulses.

Returns:

The number of nested pulses of this atomic sequence

Definition at line 79 of file AtomicSequence.h.

Pulse* AtomicSequence::GetPulse

(

int

number

)

[inline]

Get the pulse given by number.

Parameters:

number

Position in pulse vetor

Returns:

Requested pulse

Definition at line 72 of file AtomicSequence.h.

bool AtomicSequence::HasNonLinGrad

(

)

[inline]

Check for nonlinear gradients in this atom.

Returns:

True, if nonlinear gradients are present

Definition at line 103 of file AtomicSequence.h.

Referenced by GetValue().

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bool AtomicSequence::Prepare

(

PrepareMode

mode

)

[virtual]

Prepare the sequence.

Parameters:

mode

Sets the preparation mode, one of enum PrepareMode {PREP_INIT,PREP_VERBOSE,PREP_UPDATE}.

Reimplemented from Sequence.

Reimplemented in DelayAtomicSequence.

Definition at line 39 of file AtomicSequence.cpp.

References CollectTPOIs(), and Prototype::m_type.

Referenced by SequenceTree::Populate().

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void AtomicSequence::Rotation

(

double *

Grot

)

See Module::GetValue.

Perform a Rotation of the gradients.

Parameters:

Grot

Rotation matrix.

Definition at line 119 of file AtomicSequence.cpp.

Referenced by GetValue().

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void AtomicSequence::SetNonLinGrad

(

bool

val

)

[inline]

Marh this atom, if nonlinear gradients are present.

Parameters:

val

True, if nonlinear gradients are present

Definition at line 110 of file AtomicSequence.h.

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The documentation for this class was generated from the following files:

• AtomicSequence.h
• AtomicSequence.cpp