Functions/Subroutines
character(len=n) function	char2str (chararray, n)

real(kind=realtype) function	tsbeta (degreepolbeta, coefpolbeta, degreefourbeta, omegafourbeta, coscoeffourbeta, sincoeffourbeta, t)

real(kind=realtype) function	tsbetadot (degreepolbeta, coefpolbeta, degreefourbeta, omegafourbeta, coscoeffourbeta, sincoeffourbeta, t)

real(kind=realtype) function	tsmach (degreepolmach, coefpolmach, degreefourmach, omegafourmach, coscoeffourmach, sincoeffourmach, t)

real(kind=realtype) function	tsmachdot (degreepolmach, coefpolmach, degreefourmach, omegafourmach, coscoeffourmach, sincoeffourmach, t)

real(kind=realtype) function	tsalpha (degreepolalpha, coefpolalpha, degreefouralpha, omegafouralpha, coscoeffouralpha, sincoeffouralpha, t)

real(kind=realtype) function	tsalphadot (degreepolalpha, coefpolalpha, degreefouralpha, omegafouralpha, coscoeffouralpha, sincoeffouralpha, t)

real(kind=realtype) function	derivativerigidrotangle_d (degreepolrot, coefpolrot, degreefourrot, omegafourrot, coscoeffourrot, sincoeffourrot, t, derivativerigidrotangle)

real(kind=realtype) function	derivativerigidrotangle (degreepolrot, coefpolrot, degreefourrot, omegafourrot, coscoeffourrot, sincoeffourrot, t)

real(kind=realtype) function	mydim_d (x, xd, y, yd, mydim)

real(kind=realtype) function	mydim (x, y)

logical function	getcorrectfork ()

subroutine	terminate (routinename, errormessage)

subroutine	rotmatrixrigidbody (tnew, told, rotationmatrix, rotationpoint)

real(kind=realtype) function	secondderivativerigidrotangle (degreepolrot, coefpolrot, degreefourrot, omegafourrot, coscoeffourrot, sincoeffourrot, t)

real(kind=realtype) function	rigidrotangle (degreepolrot, coefpolrot, degreefourrot, omegafourrot, coscoeffourrot, sincoeffourrot, t)

subroutine	setbcpointers (nn, spatialpointers)

subroutine	computerootbendingmoment (cf, cm, bendingmoment)

subroutine	computeleastsquaresregression (y, x, npts, m, b)

subroutine	computetsderivatives (force, moment, coef0, dcdalpha, dcdalphadot, dcdq, dcdqdot)

subroutine	getdirangle (freestreamaxis, liftaxis, liftindex, alpha, beta)

subroutine	stabilityderivativedriver ()

subroutine	setcoeftimeintegrator ()

real(kind=realtype) function	mynorm2_d (x, xd, mynorm2)

real(kind=realtype) function	mynorm2 (x)

logical function	iswalltype (btype)

subroutine	cross_prod_d (a, ad, b, bd, c, cd)

subroutine	cross_prod (a, b, c)

subroutine	siangle (angle, mult, trans)

subroutine	sidensity (mass, len, mult, trans)

subroutine	silen (len, mult, trans)

subroutine	sipressure (mass, len, time, mult, trans)

subroutine	sitemperature (temp, mult, trans)

subroutine	siturb (mass, len, time, temp, turbname, mult, trans)

subroutine	sivelocity (length, time, mult, trans)

Function/Subroutine Documentation

◆ char2str()

character(len=n) function utils_d::char2str	(	character, dimension(maxcgnsnamelen), intent(in)	chararray,
		integer(kind=inttype), intent(in)	n
	)

Definition at line 8 of file utils_d.f90.

◆ computeleastsquaresregression()

subroutine utils_d::computeleastsquaresregression	(	real(kind=realtype), dimension(npts)	y,
		real(kind=realtype), dimension(npts)	x,
		integer(kind=inttype)	npts,
		real(kind=realtype)	m,
		real(kind=realtype)	b
	)

Definition at line 1009 of file utils_d.f90.

Referenced by computetsderivatives().

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◆ computerootbendingmoment()

subroutine utils_d::computerootbendingmoment	(	real(kind=realtype), dimension(3), intent(in)	cf,
		real(kind=realtype), dimension(3), intent(in)	cm,
		real(kind=realtype), intent(out)	bendingmoment
	)

Definition at line 970 of file utils_d.f90.

References inputphysics::lengthref, inputphysics::liftindex, inputphysics::pointref, inputphysics::pointrefec, and constants::zero.

◆ computetsderivatives()

subroutine utils_d::computetsderivatives	(	real(kind=realtype), dimension(3, ntimeintervalsspectral)	force,
		real(kind=realtype), dimension(3, ntimeintervalsspectral)	moment,
		real(kind=realtype), dimension(8)	coef0,
		real(kind=realtype), dimension(8)	dcdalpha,
		real(kind=realtype), dimension(8)	dcdalphadot,
		real(kind=realtype), dimension(8)	dcdq,
		real(kind=realtype), dimension(8)	dcdqdot
	)

Definition at line 1038 of file utils_d.f90.

References inputmotion::coefpolalpha, computeleastsquaresregression(), inputmotion::coscoeffouralpha, inputmotion::degreefouralpha, inputmotion::degreepolalpha, derivativerigidrotangle(), inputphysics::dragdirection, inputphysics::equationmode, flowvarrefstate::gammainf, inputphysics::lengthref, inputphysics::liftdirection, flowvarrefstate::lref, inputphysics::machcoef, inputphysics::machgrid, section::nsections, inputtimespectral::ntimeintervalsspectral, inputmotion::omegafouralpha, flowvarrefstate::pinf, flowvarrefstate::pinfdim, flowvarrefstate::rhoinfdim, secondderivativerigidrotangle(), section::sections, inputmotion::sincoeffouralpha, inputphysics::surfaceref, terminate(), constants::timespectral, monitor::timeunsteadyrestart, tsalpha(), tsalphadot(), inputtsstabderiv::tsalphamode, inputtsstabderiv::tsqmode, and constants::two.

Referenced by surfaceintegrations_d::getcostfunctions(), and surfaceintegrations_d::getcostfunctions_d().

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◆ cross_prod()

subroutine utils_d::cross_prod	(	real(kind=realtype), dimension(3), intent(in)	a,
		real(kind=realtype), dimension(3), intent(in)	b,
		real(kind=realtype), dimension(3), intent(out)	c
	)

Definition at line 1537 of file utils_d.f90.

Referenced by zipperintegrations_d::flowintegrationzipper(), zipperintegrations_d::flowintegrationzipper_d(), zipperintegrations_d::wallintegrationzipper(), and zipperintegrations_d::wallintegrationzipper_d().

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◆ cross_prod_d()

subroutine utils_d::cross_prod_d	(	real(kind=realtype), dimension(3), intent(in)	a,
		real(kind=realtype), dimension(3), intent(in)	ad,
		real(kind=realtype), dimension(3), intent(in)	b,
		real(kind=realtype), dimension(3), intent(in)	bd,
		real(kind=realtype), dimension(3), intent(out)	c,
		real(kind=realtype), dimension(3), intent(out)	cd
	)

Definition at line 1520 of file utils_d.f90.

Referenced by zipperintegrations_d::flowintegrationzipper_d(), and zipperintegrations_d::wallintegrationzipper_d().

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◆ derivativerigidrotangle()

real(kind=realtype) function utils_d::derivativerigidrotangle	(	integer(kind=inttype), intent(in)	degreepolrot,
		real(kind=realtype), dimension(0:*), intent(in)	coefpolrot,
		integer(kind=inttype), intent(in)	degreefourrot,
		real(kind=realtype), intent(in)	omegafourrot,
		real(kind=realtype), dimension(0:*), intent(in)	coscoeffourrot,
		real(kind=realtype), dimension(*), intent(in)	sincoeffourrot,
		real(kind=realtype), intent(in)	t
	)

Definition at line 406 of file utils_d.f90.

References inputphysics::equationmode, constants::steady, flowvarrefstate::timeref, and constants::zero.

Referenced by computetsderivatives(), derivativerigidrotangle_d(), flowutils_d::derivativerotmatrixrigid(), and flowutils_d::derivativerotmatrixrigid_d().

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◆ derivativerigidrotangle_d()

real(kind=realtype) function utils_d::derivativerigidrotangle_d	(	integer(kind=inttype), intent(in)	degreepolrot,
		real(kind=realtype), dimension(0:*), intent(in)	coefpolrot,
		integer(kind=inttype), intent(in)	degreefourrot,
		real(kind=realtype), intent(in)	omegafourrot,
		real(kind=realtype), dimension(0:*), intent(in)	coscoeffourrot,
		real(kind=realtype), dimension(*), intent(in)	sincoeffourrot,
		real(kind=realtype), intent(in)	t,
		real(kind=realtype)	derivativerigidrotangle
	)

Definition at line 349 of file utils_d.f90.

References derivativerigidrotangle(), inputphysics::equationmode, constants::steady, flowvarrefstate::timeref, flowvarrefstate::timerefd, and constants::zero.

Referenced by flowutils_d::derivativerotmatrixrigid_d().

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◆ getcorrectfork()

logical function utils_d::getcorrectfork

Definition at line 486 of file utils_d.f90.

References iteration::currentlevel, iteration::groundlevel, and flowvarrefstate::kpresent.

Referenced by bcroutines_d::applyallbc_block(), flowutils_d::computelamviscosity(), flowutils_d::computelamviscosity_d(), flowutils_d::computespeedofsoundsquared(), flowutils_d::computespeedofsoundsquared_d(), fluxes_d::invisciddissfluxmatrix(), fluxes_d::invisciddissfluxmatrix_d(), fluxes_d::invisciddissfluxmatrixapprox(), fluxes_d::invisciddissfluxmatrixapprox_d(), fluxes_d::inviscidupwindflux(), and fluxes_d::inviscidupwindflux_d().

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◆ getdirangle()

subroutine utils_d::getdirangle	(	real(kind=realtype), dimension(3), intent(in)	freestreamaxis,
		real(kind=realtype), dimension(3), intent(in)	liftaxis,
		integer(kind=inttype), intent(out)	liftindex,
		real(kind=realtype), intent(out)	alpha,
		real(kind=realtype), intent(out)	beta
	)

Definition at line 1196 of file utils_d.f90.

References terminate().

Referenced by solverutils_d::gridvelocitiesfinelevel_block(), solverutils_d::gridvelocitiesfinelevel_block_d(), solverutils_d::slipvelocitiesfinelevel_block(), and solverutils_d::slipvelocitiesfinelevel_block_d().

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◆ iswalltype()

logical function utils_d::iswalltype ( integer(kind=inttype) btype )

Definition at line 1507 of file utils_d.f90.

References constants::eulerwall, constants::nswalladiabatic, and constants::nswallisothermal.

◆ mydim()

real(kind=realtype) function utils_d::mydim	(	real(kind=realtype)	x,
		real(kind=realtype)	y
	)

Definition at line 477 of file utils_d.f90.

Referenced by bcroutines_d::bceulerwall(), bcroutines_d::bceulerwall_d(), fluxes_d::invisciddissfluxmatrix(), fluxes_d::invisciddissfluxmatrix_d(), fluxes_d::invisciddissfluxscalar(), fluxes_d::invisciddissfluxscalar_d(), and mydim_d().

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◆ mydim_d()

real(kind=realtype) function utils_d::mydim_d	(	real(kind=realtype)	x,
		real(kind=realtype)	xd,
		real(kind=realtype)	y,
		real(kind=realtype)	yd,
		real(kind=realtype)	mydim
	)

Definition at line 463 of file utils_d.f90.

References mydim().

Referenced by bcroutines_d::bceulerwall_d(), fluxes_d::invisciddissfluxmatrix_d(), and fluxes_d::invisciddissfluxscalar_d().

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◆ mynorm2()

real(kind=realtype) function utils_d::mynorm2 ( real(kind=realtype), dimension(3), intent(in) x )

Definition at line 1496 of file utils_d.f90.

Referenced by surfaceintegrations_d::flowintegrationface(), surfaceintegrations_d::flowintegrationface_d(), zipperintegrations_d::flowintegrationzipper(), zipperintegrations_d::flowintegrationzipper_d(), mynorm2_d(), zipperintegrations_d::wallintegrationzipper(), and zipperintegrations_d::wallintegrationzipper_d().

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◆ mynorm2_d()

real(kind=realtype) function utils_d::mynorm2_d	(	real(kind=realtype), dimension(3), intent(in)	x,
		real(kind=realtype), dimension(3), intent(in)	xd,
		real(kind=realtype)	mynorm2
	)

Definition at line 1475 of file utils_d.f90.

References mynorm2().

Referenced by zipperintegrations_d::wallintegrationzipper_d().

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◆ rigidrotangle()

real(kind=realtype) function utils_d::rigidrotangle	(	integer(kind=inttype), intent(in)	degreepolrot,
		real(kind=realtype), dimension(0:*), intent(in)	coefpolrot,
		integer(kind=inttype), intent(in)	degreefourrot,
		real(kind=realtype), intent(in)	omegafourrot,
		real(kind=realtype), dimension(0:*), intent(in)	coscoeffourrot,
		real(kind=realtype), dimension(*), intent(in)	sincoeffourrot,
		real(kind=realtype), intent(in)	t
	)

Definition at line 671 of file utils_d.f90.

References inputphysics::equationmode, constants::steady, and constants::zero.

Referenced by flowutils_d::derivativerotmatrixrigid(), flowutils_d::derivativerotmatrixrigid_d(), and rotmatrixrigidbody().

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◆ rotmatrixrigidbody()

subroutine utils_d::rotmatrixrigidbody	(	real(kind=realtype), intent(in)	tnew,
		real(kind=realtype), intent(in)	told,
		real(kind=realtype), dimension(3, 3), intent(out)	rotationmatrix,
		real(kind=realtype), dimension(3), intent(out)	rotationpoint
	)

Definition at line 514 of file utils_d.f90.

References inputmotion::coefpolxrot, inputmotion::coefpolyrot, inputmotion::coefpolzrot, inputmotion::coscoeffourxrot, inputmotion::coscoeffouryrot, inputmotion::coscoeffourzrot, inputmotion::degreefourxrot, inputmotion::degreefouryrot, inputmotion::degreefourzrot, inputmotion::degreepolxrot, inputmotion::degreepolyrot, inputmotion::degreepolzrot, flowvarrefstate::lref, inputmotion::omegafourxrot, inputmotion::omegafouryrot, inputmotion::omegafourzrot, rigidrotangle(), inputmotion::rotpoint, inputmotion::sincoeffourxrot, inputmotion::sincoeffouryrot, and inputmotion::sincoeffourzrot.

Referenced by solverutils_d::gridvelocitiesfinelevel_block(), solverutils_d::gridvelocitiesfinelevel_block_d(), solverutils_d::slipvelocitiesfinelevel_block(), and solverutils_d::slipvelocitiesfinelevel_block_d().

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◆ secondderivativerigidrotangle()

real(kind=realtype) function utils_d::secondderivativerigidrotangle	(	integer(kind=inttype), intent(in)	degreepolrot,
		real(kind=realtype), dimension(0:*), intent(in)	coefpolrot,
		integer(kind=inttype), intent(in)	degreefourrot,
		real(kind=realtype), intent(in)	omegafourrot,
		real(kind=realtype), dimension(0:*), intent(in)	coscoeffourrot,
		real(kind=realtype), dimension(*), intent(in)	sincoeffourrot,
		real(kind=realtype), intent(in)	t
	)

Definition at line 617 of file utils_d.f90.

References inputphysics::equationmode, constants::steady, flowvarrefstate::timeref, and constants::zero.

Referenced by computetsderivatives().

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◆ setbcpointers()

subroutine utils_d::setbcpointers	(	integer(kind=inttype), intent(in)	nn,
		logical, intent(in)	spatialpointers
	)

Definition at line 725 of file utils_d.f90.

References blockpointers::addgridvelocities, blockpointers::bcfaceid, inputphysics::cpmodel, blockpointers::d2wall, inputphysics::equations, blockpointers::gamma, blockpointers::globalcell, blockpointers::ib, blockpointers::ie, blockpointers::il, constants::imax, constants::imin, blockpointers::jb, blockpointers::je, blockpointers::jl, constants::jmax, constants::jmin, blockpointers::kb, blockpointers::ke, blockpointers::kl, constants::kmax, constants::kmin, blockpointers::nx, blockpointers::ny, blockpointers::nz, blockpointers::p, constants::ransequations, blockpointers::rev, blockpointers::rlv, blockpointers::s, blockpointers::sfacei, blockpointers::sfacej, blockpointers::sfacek, blockpointers::si, blockpointers::sj, blockpointers::sk, blockpointers::w, and blockpointers::x.

Referenced by bcroutines_d::applyallbc_block().

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◆ setcoeftimeintegrator()

subroutine utils_d::setcoeftimeintegrator

Definition at line 1345 of file utils_d.f90.

References iteration::coefmeshale, iteration::coeftime, iteration::coeftimeale, inputphysics::equationmode, constants::firstorder, constants::fourth, constants::half, iteration::noldlevels, iteration::noldsolavail, constants::secondorder, constants::sqrtthree, constants::thirdorder, constants::threefourth, inputunsteady::timeaccuracy, constants::unsteady, inputunsteady::useale, and constants::zero.

Referenced by solverutils_d::gridvelocitiesfinelevel_block(), solverutils_d::gridvelocitiesfinelevel_block_d(), solverutils_d::slipvelocitiesfinelevel_block(), solverutils_d::slipvelocitiesfinelevel_block_d(), and aleutils_d::slipvelocitiesfinelevelale_block().

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◆ siangle()

subroutine utils_d::siangle	(	integer, intent(in)	angle,
		real(kind=realtype), intent(out)	mult,
		real(kind=realtype), intent(out)	trans
	)

Definition at line 1549 of file utils_d.f90.

References constants::one, constants::pi, terminate(), and constants::zero.

Referenced by bcdata_d::bcdatasubsonicinflow(), bcdata_d::bcdatasubsonicinflow_d(), totalsubsonicinlet(), and totalsubsonicinlet_d().

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◆ sidensity()

subroutine utils_d::sidensity	(	integer, intent(in)	mass,
		integer, intent(in)	len,
		real(kind=realtype), intent(out)	mult,
		real(kind=realtype), intent(out)	trans
	)

Definition at line 1573 of file utils_d.f90.

References constants::one, terminate(), and constants::zero.

Referenced by bcdata_d::bcdatasubsonicinflow(), bcdata_d::bcdatasubsonicinflow_d(), bcdata_d::bcdatasupersonicinflow(), bcdata_d::bcdatasupersonicinflow_d(), prescribedsupersonicinlet(), prescribedsupersonicinlet_d(), totalsubsonicinlet(), and totalsubsonicinlet_d().

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◆ silen()

subroutine utils_d::silen	(	integer, intent(in)	len,
		real(kind=realtype), intent(out)	mult,
		real(kind=realtype), intent(out)	trans
	)

Definition at line 1600 of file utils_d.f90.

References constants::one, terminate(), and constants::zero.

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◆ sipressure()

subroutine utils_d::sipressure	(	integer, intent(in)	mass,
		integer, intent(in)	len,
		integer, intent(in)	time,
		real(kind=realtype), intent(out)	mult,
		real(kind=realtype), intent(out)	trans
	)

Definition at line 1637 of file utils_d.f90.

References constants::one, terminate(), and constants::zero.

Referenced by bcdata_d::bcdatasubsonicinflow(), bcdata_d::bcdatasubsonicinflow_d(), bcdata_d::bcdatasubsonicoutflow(), bcdata_d::bcdatasubsonicoutflow_d(), bcdata_d::bcdatasupersonicinflow(), bcdata_d::bcdatasupersonicinflow_d(), prescribedsupersonicinlet(), prescribedsupersonicinlet_d(), totalsubsonicinlet(), and totalsubsonicinlet_d().

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◆ sitemperature()

subroutine utils_d::sitemperature	(	integer, intent(in)	temp,
		real(kind=realtype), intent(out)	mult,
		real(kind=realtype), intent(out)	trans
	)

Definition at line 1665 of file utils_d.f90.

References constants::one, terminate(), and constants::zero.

Referenced by bcdata_d::bcdataisothermalwall(), bcdata_d::bcdataisothermalwall_d(), bcdata_d::bcdatasubsonicinflow(), bcdata_d::bcdatasubsonicinflow_d(), bcdata_d::bcdatasupersonicinflow(), bcdata_d::bcdatasupersonicinflow_d(), totalsubsonicinlet(), and totalsubsonicinlet_d().

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◆ siturb()

subroutine utils_d::siturb	(	integer, intent(in)	mass,
		integer, intent(in)	len,
		integer, intent(in)	time,
		integer, intent(in)	temp,
		character(len=*), intent(in)	turbname,
		real(kind=realtype), intent(out)	mult,
		real(kind=realtype), intent(out)	trans
	)

Definition at line 1709 of file utils_d.f90.

References constants::one, terminate(), and constants::zero.

Referenced by bcdata_d::setbcvarturb(), and bcdata_d::setbcvarturb_d().

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◆ sivelocity()

subroutine utils_d::sivelocity	(	integer, intent(in)	length,
		integer, intent(in)	time,
		real(kind=realtype), intent(out)	mult,
		real(kind=realtype), intent(out)	trans
	)

Definition at line 1738 of file utils_d.f90.

References constants::one, terminate(), and constants::zero.

Referenced by bcdata_d::bcdatasubsonicinflow(), bcdata_d::bcdatasubsonicinflow_d(), bcdata_d::bcdatasupersonicinflow(), bcdata_d::bcdatasupersonicinflow_d(), prescribedsupersonicinlet(), and prescribedsupersonicinlet_d().

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◆ stabilityderivativedriver()

subroutine utils_d::stabilityderivativedriver

Definition at line 1327 of file utils_d.f90.

◆ terminate()

subroutine utils_d::terminate	(	character(len=*), intent(in)	routinename,
		character(len=*), intent(in)	errormessage
	)

Definition at line 499 of file utils_d.f90.

References communication::adflow_comm_world, and communication::myid.

Referenced by bcdata_d::bcdataisothermalwall(), bcdata_d::bcdataisothermalwall_d(), bcdata_d::bcdatasubsonicinflow(), bcdata_d::bcdatasubsonicinflow_d(), bcdata_d::bcdatasubsonicoutflow(), bcdata_d::bcdatasubsonicoutflow_d(), bcdata_d::bcdatasupersonicinflow(), bcdata_d::bcdatasupersonicinflow_d(), bcroutines_d::bcsubsonicinflow(), bcroutines_d::bcsubsonicinflow_d(), bcroutines_d::computeetot(), bcroutines_d::computeetot_d(), computetsderivatives(), flowutils_d::computettot(), flowutils_d::computettot_d(), getdirangle(), flowutils_d::getdirvector(), flowutils_d::getdirvector_d(), solverutils_d::gridvelocitiesfinelevel_block(), solverutils_d::gridvelocitiesfinelevel_block_d(), fluxes_d::inviscidupwindflux(), fluxes_d::inviscidupwindflux_d(), riemannflux(), riemannflux_d(), bcdata_d::setbcvarturb(), bcdata_d::setbcvarturb_d(), siangle(), sidensity(), silen(), sipressure(), sitemperature(), siturb(), sivelocity(), solverutils_d::slipvelocitiesfinelevel_block(), solverutils_d::slipvelocitiesfinelevel_block_d(), solverutils_d::timestep_block(), and solverutils_d::timestep_block_d().

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◆ tsalpha()

real(kind=realtype) function utils_d::tsalpha	(	integer(kind=inttype), intent(in)	degreepolalpha,
		real(kind=realtype), dimension(0:*), intent(in)	coefpolalpha,
		integer(kind=inttype), intent(in)	degreefouralpha,
		real(kind=realtype), intent(in)	omegafouralpha,
		real(kind=realtype), dimension(0:*), intent(in)	coscoeffouralpha,
		real(kind=realtype), dimension(*), intent(in)	sincoeffouralpha,
		real(kind=realtype), intent(in)	t
	)

Definition at line 240 of file utils_d.f90.

References inputphysics::equationmode, constants::steady, and constants::zero.

Referenced by computetsderivatives(), solverutils_d::gridvelocitiesfinelevel_block(), solverutils_d::gridvelocitiesfinelevel_block_d(), solverutils_d::slipvelocitiesfinelevel_block(), and solverutils_d::slipvelocitiesfinelevel_block_d().

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◆ tsalphadot()

real(kind=realtype) function utils_d::tsalphadot	(	integer(kind=inttype), intent(in)	degreepolalpha,
		real(kind=realtype), dimension(0:*), intent(in)	coefpolalpha,
		integer(kind=inttype), intent(in)	degreefouralpha,
		real(kind=realtype), intent(in)	omegafouralpha,
		real(kind=realtype), dimension(0:*), intent(in)	coscoeffouralpha,
		real(kind=realtype), dimension(*), intent(in)	sincoeffouralpha,
		real(kind=realtype), intent(in)	t
	)

Definition at line 294 of file utils_d.f90.

References inputphysics::equationmode, constants::steady, and constants::zero.

Referenced by computetsderivatives().

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◆ tsbeta()

real(kind=realtype) function utils_d::tsbeta	(	integer(kind=inttype), intent(in)	degreepolbeta,
		real(kind=realtype), dimension(0:*), intent(in)	coefpolbeta,
		integer(kind=inttype), intent(in)	degreefourbeta,
		real(kind=realtype), intent(in)	omegafourbeta,
		real(kind=realtype), dimension(0:*), intent(in)	coscoeffourbeta,
		real(kind=realtype), dimension(*), intent(in)	sincoeffourbeta,
		real(kind=realtype), intent(in)	t
	)

Definition at line 29 of file utils_d.f90.

References inputphysics::equationmode, constants::steady, and constants::zero.

Referenced by solverutils_d::gridvelocitiesfinelevel_block(), solverutils_d::gridvelocitiesfinelevel_block_d(), solverutils_d::slipvelocitiesfinelevel_block(), and solverutils_d::slipvelocitiesfinelevel_block_d().

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◆ tsbetadot()

real(kind=realtype) function utils_d::tsbetadot	(	integer(kind=inttype), intent(in)	degreepolbeta,
		real(kind=realtype), dimension(0:*), intent(in)	coefpolbeta,
		integer(kind=inttype), intent(in)	degreefourbeta,
		real(kind=realtype), intent(in)	omegafourbeta,
		real(kind=realtype), dimension(0:*), intent(in)	coscoeffourbeta,
		real(kind=realtype), dimension(*), intent(in)	sincoeffourbeta,
		real(kind=realtype), intent(in)	t
	)

Definition at line 82 of file utils_d.f90.

References inputphysics::equationmode, constants::steady, and constants::zero.

◆ tsmach()

real(kind=realtype) function utils_d::tsmach	(	integer(kind=inttype), intent(in)	degreepolmach,
		real(kind=realtype), dimension(0:*), intent(in)	coefpolmach,
		integer(kind=inttype), intent(in)	degreefourmach,
		real(kind=realtype), intent(in)	omegafourmach,
		real(kind=realtype), dimension(0:*), intent(in)	coscoeffourmach,
		real(kind=realtype), dimension(*), intent(in)	sincoeffourmach,
		real(kind=realtype), intent(in)	t
	)

Definition at line 134 of file utils_d.f90.

References inputphysics::equationmode, constants::steady, and constants::zero.

Referenced by solverutils_d::gridvelocitiesfinelevel_block(), solverutils_d::gridvelocitiesfinelevel_block_d(), solverutils_d::slipvelocitiesfinelevel_block(), and solverutils_d::slipvelocitiesfinelevel_block_d().

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◆ tsmachdot()

real(kind=realtype) function utils_d::tsmachdot	(	integer(kind=inttype), intent(in)	degreepolmach,
		real(kind=realtype), dimension(0:*), intent(in)	coefpolmach,
		integer(kind=inttype), intent(in)	degreefourmach,
		real(kind=realtype), intent(in)	omegafourmach,
		real(kind=realtype), dimension(0:*), intent(in)	coscoeffourmach,
		real(kind=realtype), dimension(*), intent(in)	sincoeffourmach,
		real(kind=realtype), intent(in)	t
	)

Definition at line 188 of file utils_d.f90.

References inputphysics::equationmode, constants::steady, and constants::zero.

Functions/Subroutines

Function/Subroutine Documentation

◆ char2str()

◆ computeleastsquaresregression()

◆ computerootbendingmoment()

◆ computetsderivatives()

◆ cross_prod()

◆ cross_prod_d()

◆ derivativerigidrotangle()

◆ derivativerigidrotangle_d()

◆ getcorrectfork()

◆ getdirangle()

◆ iswalltype()

◆ mydim()

◆ mydim_d()

◆ mynorm2()

◆ mynorm2_d()

◆ rigidrotangle()

◆ rotmatrixrigidbody()

◆ secondderivativerigidrotangle()

◆ setbcpointers()

◆ setcoeftimeintegrator()

◆ siangle()

◆ sidensity()

◆ silen()

◆ sipressure()

◆ sitemperature()

◆ siturb()

◆ sivelocity()

◆ stabilityderivativedriver()

◆ terminate()

◆ tsalpha()

◆ tsalphadot()

◆ tsbeta()

◆ tsbetadot()

◆ tsmach()

◆ tsmachdot()