#include "run/Job.h"

Classes
class	JoinParticlesJob

class	OrbitParticlesJob

class	MultiJoinParticlesJob

class	TransformParticlesJob

class	CenterParticlesJob

class	ChangeMaterialJob

class	CollisionGeometrySetup

class	SmoothedToSolidHandoff

class	ExtractComponentJob

class	RemoveParticlesJob

class	MergeComponentsJob

class	ExtractParticlesInDomainJob

class	EmplaceComponentsAsFlagsJob

class	SubsampleJob

class	CompareJob

Typedefs
using	CollisionGeometrySettings = Settings< CollisionGeometrySettingsId >

Enumerations
enum class	ChangeMaterialSubset { ALL , MATERIAL_ID , INSIDE_DOMAIN }

enum class	CollisionGeometrySettingsId { IMPACT_ANGLE , IMPACT_SPEED , IMPACTOR_OFFSET , IMPACTOR_OPTIMIZE , CENTER_OF_MASS_FRAME }

enum class	HandoffRadius { EQUAL_VOLUME , SMOOTHING_LENGTH }
	Determines how to compute the radii of the spheres. More...

enum class	ConnectivityEnum { OVERLAP , ESCAPE_VELOCITY }

enum class	CompareMode { PARTICLE_WISE , LARGE_PARTICLES_ONLY }

Typedef Documentation

◆ CollisionGeometrySettings

Definition at line 204 of file ParticleJobs.h.

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Definition at line 140 of file ParticleJobs.h.

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Enumerator
IMPACT_ANGLE	Impact angle in degrees, i.e. angle between velocity vector and normal at the impact point.
IMPACT_SPEED	Impact speed in m/s.
IMPACTOR_OFFSET	Initial distance of the impactor from the impact point. This value is in units of smoothing length h. Should not be lower than kernel.radius() * eta.
IMPACTOR_OPTIMIZE	If true, derivatives in impactor will be computed with lower precision. This significantly improves the performance of the code. The option is intended mainly for cratering impacts and should be always false when simulating collision of bodies of comparable sizes.
CENTER_OF_MASS_FRAME	If true, positions and velocities of particles are modified so that center of mass is at origin and has zero velocity.

Definition at line 183 of file ParticleJobs.h.

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Enumerator
PARTICLE_WISE
LARGE_PARTICLES_ONLY

Definition at line 404 of file ParticleJobs.h.

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Enumerator
OVERLAP
ESCAPE_VELOCITY

Definition at line 311 of file ParticleJobs.h.

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Determines how to compute the radii of the spheres.

Enumerator
EQUAL_VOLUME	The created sphere has the same volume as the SPH particles (=mass/density)
SMOOTHING_LENGTH	The radius is proportional to the smoothing length of the particles.

Definition at line 228 of file ParticleJobs.h.