cavitybec Module Reference

Public Member Functions
subroutine	get_current_cavity_pumprate (Current_Cavity_PumpRate, Time)
	This routine evaluates the current pump laser power. More...
subroutine	get_cavityaction (Time, OneBodyPotential, CavityField)
	This routine evaluates the action of the cavity field on the atomic sample through the dipole force. The cavity field is updated using the ABM integrator and the one-body potential of the atoms is updated using the cavity mode and pump laser intensity profiles defined through the input. More...
subroutine	func_cavity (Time, CavityField_In, CavityField_Out, static)
	This routine evaluates the right-hand side of the cavity mode equation of motion. More...
subroutine	propagate_cavityfield (Time, IntegrationPeriod, CavityField_In, CavityField_Out)
	This routine calls the ABM integrator to solve the cavity mode equation of motion. More...
subroutine	get_atom_pump_cavityexpectations (AtomCavityExpectation, AtomPumpExpectation, PSI_Cavity, Full_Rho1_Elements, Time)
	This routine computes the expectation values with the atomic density which are necessary to evaluate the right-hand side of the cavity equation of motion. More...
subroutine	complex_rk4vec (t0, m, u0, dt, func, u)

Member Function/Subroutine Documentation

subroutine cavitybec::complex_rk4vec	(	real ( kind = 8 )	t0,
		integer ( kind = 4 )	m,
		complex*16, dimension(m)	u0,
		real ( kind = 8 )	dt,
		external	func,
		complex*16, dimension(m)	u
	)

References orbital_equationofmotion::func().

Referenced by propagate_cavityfield().

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subroutine cavitybec::func_cavity	(	real*8	Time,
		complex*16, dimension(ncavity_modes)	CavityField_In,
		complex*16, dimension(ncavity_modes)	CavityField_Out,
		logical, optional	static
	)

This routine evaluates the right-hand side of the cavity mode equation of motion.

Referenced by propagate_cavityfield().

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subroutine cavitybec::get_atom_pump_cavityexpectations	(	real*8, dimension(ncavity_modes)	AtomCavityExpectation,
		real*8, dimension(ncavity_modes)	AtomPumpExpectation,
		complex*16, dimension(ndvr_x*ndvr_y*ndvr_z,morb)	PSI_Cavity,
		complex*16, dimension(morb,morb)	Full_Rho1_Elements,
		real*8	Time
	)

This routine computes the expectation values with the atomic density which are necessary to evaluate the right-hand side of the cavity equation of motion.

References get_current_cavity_pumprate(), and auxiliary_routines::get_ijk_from_m().

Referenced by kineticenergyaction::get_kineticenergyaction_allorbitals().

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subroutine cavitybec::get_cavityaction	(	real*8, intent(in)	Time,
		complex*16, dimension(ndvr_x*ndvr_y*ndvr_z), intent(inout)	OneBodyPotential,
		complex*16, dimension(ncavity_modes), intent(inout)	CavityField
	)

This routine evaluates the action of the cavity field on the atomic sample through the dipole force. The cavity field is updated using the ABM integrator and the one-body potential of the atoms is updated using the cavity mode and pump laser intensity profiles defined through the input.

References get_current_cavity_pumprate(), auxiliary_routines::get_ijk_from_m(), and propagate_cavityfield().

Referenced by kineticenergyaction::get_kineticenergyaction_allorbitals().

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subroutine cavitybec::get_current_cavity_pumprate	(	real*8	Current_Cavity_PumpRate,
		real*8	Time
	)

This routine evaluates the current pump laser power.

Referenced by get_atom_pump_cavityexpectations(), get_cavityaction(), and analysis_routines_onebody::get_cavityorderparameter().

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subroutine cavitybec::propagate_cavityfield	(	real*8	Time,
		real*8	IntegrationPeriod,
		complex*16, dimension(ncavity_modes)	CavityField_In,
		complex*16, dimension(ncavity_modes)	CavityField_Out
	)

This routine calls the ABM integrator to solve the cavity mode equation of motion.

References abm_integrators::abm(), abm_integrators::absabmerror(), complex_rk4vec(), and func_cavity().

Referenced by get_cavityaction().

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

• Module_CavityBEC.f90