amr_wind::ModulatedPowerLaw Class Reference

#include <ModulatedPowerLaw.H>

Inheritance diagram for amr_wind::ModulatedPowerLaw:

Collaboration diagram for amr_wind::ModulatedPowerLaw:

Public Member Functions
	ModulatedPowerLaw (CFDSim &)
void	post_init_actions () override
void	pre_advance_work () override
void	post_advance_work () override
void	set_velocity (int lev, amrex::Real time, const Field &fld, amrex::MultiFab &mfab, int dcomp=0, int orig_comp=0) const override
void	set_temperature (int lev, amrex::Real time, const Field &fld, amrex::MultiFab &mfab) const

Static Public Member Functions
static std::string	identifier ()

Private Attributes
const CFDSim &	m_sim
const amr_wind::SimTime &	m_time
const FieldRepo &	m_repo
const amrex::AmrCore &	m_mesh
Field &	m_velocity
Field &	m_temperature
amrex::Real	m_zoffset {0.0_rt}
amrex::Real	m_zref {90}
amrex::Real	m_shear_exp {0.1_rt}
amrex::Real	m_umax_factor {1.2_rt}
amrex::Real	m_bulk_velocity {15.0_rt}
amrex::Real	m_shearlayer_height {600.0_rt}
amrex::Real	m_shearlayer_smear_thickness {30.0_rt}
amrex::Real	m_wind_speed {8.0_rt}
amrex::Real	m_wind_direction {270.0_rt}
amrex::Vector< amrex::Real >	m_uvec {8.0_rt, 0.0_rt, 0.0_rt}
amrex::Real	m_start_time {0.0_rt}
amrex::Real	m_stop_time {std::numeric_limits<amrex::Real>::max()}
amrex::Real	m_degrees_per_sec {0.02_rt}
amrex::Gpu::DeviceVector< amrex::Real >	m_thht_d
amrex::Gpu::DeviceVector< amrex::Real >	m_thvv_d
amrex::Real	m_delta_t {0.8_rt}
amrex::Real	m_theta_cutoff_height {250.0_rt}
amrex::Real	m_theta_gauss_mean {0.0_rt}
amrex::Real	m_theta_gauss_var {1.0_rt}
amrex::Vector< amrex::Real >	m_theta_heights
amrex::Vector< amrex::Real >	m_theta_values

Detailed Description

Interface for ABL modulated power law

This class sets velocity and temperature at mass inflow bc's

Constructor & Destructor Documentation

ModulatedPowerLaw()

amr_wind::ModulatedPowerLaw::ModulatedPowerLaw ( CFDSim & sim )

explicit

Member Function Documentation

identifier()

std::string amr_wind::ModulatedPowerLaw::identifier ( )

inlinestatic

post_advance_work()

void amr_wind::ModulatedPowerLaw::post_advance_work ( )

override

post_init_actions()

void amr_wind::ModulatedPowerLaw::post_init_actions ( )

override

pre_advance_work()

void amr_wind::ModulatedPowerLaw::pre_advance_work ( )

override

set_temperature()

void amr_wind::ModulatedPowerLaw::set_temperature	(	int	lev,
		amrex::Real	time,
		const Field &	fld,
		amrex::MultiFab &	mfab ) const

set_velocity()

void amr_wind::ModulatedPowerLaw::set_velocity ( int lev, amrex::Real time, const Field & fld, amrex::MultiFab & mfab, int dcomp = 0, int orig_comp = 0 ) const

override

Member Data Documentation

m_bulk_velocity

amrex::Real amr_wind::ModulatedPowerLaw::m_bulk_velocity {15.0_rt}

private

m_degrees_per_sec

amrex::Real amr_wind::ModulatedPowerLaw::m_degrees_per_sec {0.02_rt}

private

m_delta_t

amrex::Real amr_wind::ModulatedPowerLaw::m_delta_t {0.8_rt}

private

m_mesh

const amrex::AmrCore& amr_wind::ModulatedPowerLaw::m_mesh

private

m_repo

const FieldRepo& amr_wind::ModulatedPowerLaw::m_repo

private

m_shear_exp

amrex::Real amr_wind::ModulatedPowerLaw::m_shear_exp {0.1_rt}

private

m_shearlayer_height

amrex::Real amr_wind::ModulatedPowerLaw::m_shearlayer_height {600.0_rt}

private

m_shearlayer_smear_thickness

amrex::Real amr_wind::ModulatedPowerLaw::m_shearlayer_smear_thickness {30.0_rt}

private

m_sim

const CFDSim& amr_wind::ModulatedPowerLaw::m_sim

private

m_start_time

amrex::Real amr_wind::ModulatedPowerLaw::m_start_time {0.0_rt}

private

m_stop_time

amrex::Real amr_wind::ModulatedPowerLaw::m_stop_time {std::numeric_limits<amrex::Real>::max()}

private

m_temperature

Field& amr_wind::ModulatedPowerLaw::m_temperature

private

m_theta_cutoff_height

amrex::Real amr_wind::ModulatedPowerLaw::m_theta_cutoff_height {250.0_rt}

private

m_theta_gauss_mean

amrex::Real amr_wind::ModulatedPowerLaw::m_theta_gauss_mean {0.0_rt}

private

m_theta_gauss_var

amrex::Real amr_wind::ModulatedPowerLaw::m_theta_gauss_var {1.0_rt}

private

m_theta_heights

amrex::Vector<amrex::Real> amr_wind::ModulatedPowerLaw::m_theta_heights

private

Lookup table containing temperature variation w.r.t. height above terrain

m_theta_values

amrex::Vector<amrex::Real> amr_wind::ModulatedPowerLaw::m_theta_values

private

m_thht_d

amrex::Gpu::DeviceVector<amrex::Real> amr_wind::ModulatedPowerLaw::m_thht_d

private

m_thvv_d

amrex::Gpu::DeviceVector<amrex::Real> amr_wind::ModulatedPowerLaw::m_thvv_d

private

m_time

const amr_wind::SimTime& amr_wind::ModulatedPowerLaw::m_time

private

m_umax_factor

amrex::Real amr_wind::ModulatedPowerLaw::m_umax_factor {1.2_rt}

private

m_uvec

amrex::Vector<amrex::Real> amr_wind::ModulatedPowerLaw::m_uvec {8.0_rt, 0.0_rt, 0.0_rt}

private

m_velocity

Field& amr_wind::ModulatedPowerLaw::m_velocity

private

m_wind_direction

amrex::Real amr_wind::ModulatedPowerLaw::m_wind_direction {270.0_rt}

private

m_wind_speed

amrex::Real amr_wind::ModulatedPowerLaw::m_wind_speed {8.0_rt}

private

m_zoffset

amrex::Real amr_wind::ModulatedPowerLaw::m_zoffset {0.0_rt}

private

m_zref

amrex::Real amr_wind::ModulatedPowerLaw::m_zref {90}

private

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

• /home/runner/work/amr-wind/amr-wind/amr-wind/boundary_conditions/field_boundary_fill/ModulatedPowerLaw.H
• /home/runner/work/amr-wind/amr-wind/amr-wind/boundary_conditions/field_boundary_fill/ModulatedPowerLaw.cpp