SeqSimMonteCarlo Class Reference
[Classes for sequence design (odinseq library)]

Monte-Carlo-based Magnetization Simulator. More...

#include <seqsim.h>

Inheritance diagram for SeqSimMonteCarlo:

[legend]Collaboration diagram for SeqSimMonteCarlo:

[legend]List of all members.

Public Member Functions
	SeqSimMonteCarlo (const STD_string &label="unnamedSeqSimMonteCarlo", unsigned int nparticles=10000)
	SeqSimMonteCarlo (const SeqSimMonteCarlo &ssmc)
SeqSimMonteCarlo &	operator= (const SeqSimMonteCarlo &ssmc)
void	prepare_simulation (const Sample &sample, CoilSensitivity *transmit_coil=0, CoilSensitivity *receive_coil=0, ProgressMeter *progmeter=0)
cvector	simulate (const SeqSimInterval &simvals, double gamma)
void	finalize_simulation ()

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Detailed Description

Monte-Carlo-based Magnetization Simulator.

Monte-Carlo Simulator for diffusional averaging

Definition at line 314 of file seqsim.h.

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Constructor & Destructor Documentation

SeqSimMonteCarlo::SeqSimMonteCarlo	(	const STD_string &	label = "unnamedSeqSimMonteCarlo",
		unsigned int	nparticles = 10000
	)

Constructs a simulator labeled 'object_label' to simulate 'nparticles' diffusion trajectories.

SeqSimMonteCarlo::SeqSimMonteCarlo

(

const SeqSimMonteCarlo &

ssmc

)

[inline]

Copy constructor

Definition at line 326 of file seqsim.h.

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Member Function Documentation

SeqSimMonteCarlo& SeqSimMonteCarlo::operator=

(

const SeqSimMonteCarlo &

ssmc

)

Assignment operator

void SeqSimMonteCarlo::prepare_simulation	(	const Sample &	sample,
		CoilSensitivity *	transmit_coil = 0,
		CoilSensitivity *	receive_coil = 0,
		ProgressMeter *	progmeter = 0
	)			[virtual]

Prepare a simulation (i.e. before successive calls to simulate() ) with the parameters:

• sample: The virtual sample
• transmit_coil: Transmitter coil, 0 for none
• receive_coil: Receiver coil, 0 for none
• progmeter: Status indicator to trace progress, 0 for none

Implements SeqSimAbstract.

cvector SeqSimMonteCarlo::simulate	(	const SeqSimInterval &	simvals,
		double	gamma
	)			[virtual]

Simulation with

• simvals: The magnetic fields during a time interval
• gamma: Gyromagnetic ration of the nucleus observed Return value: Signal in each receiver channel

Implements SeqSimAbstract.

void SeqSimMonteCarlo::finalize_simulation

(

)

[virtual]

Call this function after a simulation (i.e. after successive calls to simulate() )

Implements SeqSimAbstract.

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

• seqsim.h

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