aspect::Particle::Property Namespace Reference

Classes
class	Composition
class	CpoBinghamAverage
class	CpoElasticTensor
class	CrystalPreferredOrientation
class	ElasticStress
class	Function
class	GrainSize
class	InitialComposition
class	InitialPosition
class	IntegratedStrain
class	IntegratedStrainInvariant
class	IntegratorProperties
class	Interface
class	Manager
class	MeltParticle
class	ParticlePropertyInformation
class	Position
class	PTPath
class	ReferencePosition
class	StrainRate
class	Velocity
class	ViscoPlasticStrainInvariant

Enumerations
enum	DeformationType {   DeformationType::passive, DeformationType::olivine_a_fabric, DeformationType::olivine_b_fabric, DeformationType::olivine_c_fabric,   DeformationType::olivine_d_fabric, DeformationType::olivine_e_fabric, DeformationType::enstatite }
	The type of deformation used by the CPO code. More...
enum	DeformationTypeSelector {   DeformationTypeSelector::passive, DeformationTypeSelector::olivine_a_fabric, DeformationTypeSelector::olivine_b_fabric, DeformationTypeSelector::olivine_c_fabric,   DeformationTypeSelector::olivine_d_fabric, DeformationTypeSelector::olivine_e_fabric, DeformationTypeSelector::enstatite, DeformationTypeSelector::olivine_karato_2008 }
	The type of deformation selector used by the CPO code. More...
enum	AdvectionMethod { AdvectionMethod::forward_euler, AdvectionMethod::backward_euler }
	The type of Advection method used to advect the CPO properties. More...
enum	CPODerivativeAlgorithm { CPODerivativeAlgorithm::spin_tensor, CPODerivativeAlgorithm::drex_2004 }
	The algorithm used to compute the derivatives of the grain size and rotation matrix used in the advection. More...
enum	UpdateTimeFlags { update_never, update_output_step, update_time_step }
enum	InitializationModeForLateParticles { initialize, interpolate, interpolate_respect_boundary, initialize_to_zero }

Enumeration Type Documentation

DeformationType

enum aspect::Particle::Property::DeformationType

strong

The type of deformation used by the CPO code.

passive: Only to be used with the spin tensor CPO Derivative algorithm. olivine_a_fabric to olivine_e_fabric: Only to be used with the D-Rex CPO Derivative algorithm. Sets the deformation type of the mineral to a Olivine A-E Fabric, which influences the relative strength of the slip planes. See table 1 in Fraters and Billen (2021). enstatite: Only to be used with the D-Rex CPO Derivative algorithm. Sets the deformation type of the mineral to a enstatite Fabric, which influences the relative strength of the slip planes.

Enumerator
passive
olivine_a_fabric
olivine_b_fabric
olivine_c_fabric
olivine_d_fabric
olivine_e_fabric
enstatite

Definition at line 46 of file crystal_preferred_orientation.h.

DeformationTypeSelector

enum aspect::Particle::Property::DeformationTypeSelector

strong

The type of deformation selector used by the CPO code.

The selector is a input parameter and it can either set a deformation type directly or determine the deformation type through an algorithm. The deformation type selector is used to determine/select the deformation type. It can be a fixed deformation type, for example, by setting it to olivine_a_fabric, or it can be dynamically chosen, which is what the olivine_karato_2008 option does.

passive: Only to be used with the spin tensor CPO Derivative algorithm. olivine_a_fabric to olivine_e_fabric: Only to be used with the D-Rex CPO Derivative algorithm. Sets the deformation type of the mineral to a Olivine A-E Fabric, which influences the relative strength of the slip planes. See table 1 in Fraters and Billen (2021). enstatite: Only to be used with the D-Rex CPO Derivative algorithm. Sets the deformation type of the mineral to a enstatite Fabric, which influences the relative strength of the slip planes. olivine_karato_2008: Only to be used with the D-Rex CPO Derivative algorithm. Sets the deformation type of the mineral to a olivine fabric based on the table in Karato 2008.

Enumerator
passive
olivine_a_fabric
olivine_b_fabric
olivine_c_fabric
olivine_d_fabric
olivine_e_fabric
enstatite
olivine_karato_2008

Definition at line 65 of file crystal_preferred_orientation.h.

AdvectionMethod

enum aspect::Particle::Property::AdvectionMethod

strong

The type of Advection method used to advect the CPO properties.

Enumerator
forward_euler
backward_euler

Definition at line 73 of file crystal_preferred_orientation.h.

CPODerivativeAlgorithm

enum aspect::Particle::Property::CPODerivativeAlgorithm

strong

The algorithm used to compute the derivatives of the grain size and rotation matrix used in the advection.

spin_tensor: Rotates the CPO properties soly with the rotation of the particle itself. drex_2004: Rotates the CPO properties based on the D-Rex 2004 algorithm.

Enumerator
spin_tensor
drex_2004

Definition at line 84 of file crystal_preferred_orientation.h.

UpdateTimeFlags

enum aspect::Particle::Property::UpdateTimeFlags

Enumerator
update_never	Never update the initially set properties. This is the default behavior, which is sufficient for particle properties that are set at the beginning of the model and constant for the whole simulation time.
update_output_step	Update the particle properties before every output. This is sufficient for all passive particle properties that depend on the current solution, like the current velocity or pressure.
update_time_step	Update the particle properties every nonlinear iteration. This is only necessary if the properties at the output time depend on some sort of time integration of solution properties or time varying particle properties are used while solving the model problem.

Definition at line 241 of file interface.h.

InitializationModeForLateParticles

enum aspect::Particle::Property::InitializationModeForLateParticles

This enum controls how to initialize the properties of particles that have been added later than the initial particle creation, e.g. to improve the load balance or to prevent empty cells.

Enumerator
initialize	Initialize the particle as if it were created at the beginning of the model at its current position with the current solution.
interpolate	Use the interpolated properties of the surrounding particles as calculated by the selected interpolator.
interpolate_respect_boundary	Use the interpolated properties of the surrounding particles as calculated by the selected interpolator except for particles in boundary cells. These will use the boundary condition of the compositional fields instead. This mode only makes sense for properties that are associated with compositional fields through the parameter 'Compositional fields/Mapped particle properties'.
initialize_to_zero	Initialize the particle properties to zero. If the property is updated over time its update function is called as usual, if not the property will remain zero throughout the model run.

Definition at line 270 of file interface.h.