PeriDyno 1.0.0
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dyno::SemiAnalyticalSummationDensity< TDataType > Class Template Reference

#include <SemiAnalyticalSummationDensity.h>

Inheritance diagram for dyno::SemiAnalyticalSummationDensity< TDataType >:
Collaboration diagram for dyno::SemiAnalyticalSummationDensity< TDataType >:

Public Types

typedef TDataType::Real Real
 
typedef TDataType::Coord Coord
 
- Public Types inherited from dyno::ParticleApproximation< TDataType >
typedef TDataType::Real Real
 
- Public Types inherited from dyno::OBase
typedef std::vector< FBase * > FieldVector
 
typedef std::map< FieldID, FBase * > FieldMap
 

Public Member Functions

 SemiAnalyticalSummationDensity ()
 
 ~SemiAnalyticalSummationDensity () override
 
void compute () override
 
void compute (DArray< Real > &rho, DArray< Coord > &pos, DArray< TopologyModule::Triangle > &Tri, DArray< Coord > &positionTri, DArrayList< int > &neighbors, DArrayList< int > &neighborsTri, Real smoothingLength, Real mass, Real sampling_distance)
 
 DEF_VAR (Real, RestDensity, 1000, "Rest Density")
 
 DEF_ARRAY_IN (Coord, Position, DeviceType::GPU, "Particle position")
 
 DEF_ARRAYLIST_IN (int, NeighborIds, DeviceType::GPU, "Neighboring particles' ids")
 
 DEF_ARRAYLIST_IN (int, NeighborTriIds, DeviceType::GPU, "triangle neighbors")
 
 DEF_INSTANCE_IN (TriangleSet< TDataType >, TriangleSet, "")
 
 DEF_ARRAY_OUT (Real, Density, DeviceType::GPU, "Return the particle density")
 
- Public Member Functions inherited from dyno::ParticleApproximation< TDataType >
 ParticleApproximation ()
 
virtual ~ParticleApproximation ()
 
 DECLARE_ENUM (EKernelType, KT_Smooth=0, KT_Spiky=1)
 
 DEF_VAR_IN (Real, SmoothingLength, "Smoothing Length")
 
 DEF_VAR_IN (Real, SamplingDistance, "Particle sampling distance")
 
 DEF_ENUM (EKernelType, KernelType, EKernelType::KT_Spiky, "Rendering mode")
 
- Public Member Functions inherited from dyno::ComputeModule
 ComputeModule ()
 
 ~ComputeModule () override
 
std::string getModuleType () override
 
- Public Member Functions inherited from dyno::Module
 Module (std::string name="default")
 
 ~Module (void) override
 
bool initialize ()
 
void update ()
 
void setName (std::string name)
 
std::string getName () override
 
virtual void setParentNode (Node *node)
 Set the parent node.
 
NodegetParentNode ()
 
SceneGraphgetSceneGraph ()
 
bool isInitialized ()
 
bool attachField (FBase *field, std::string name, std::string desc, bool autoDestroy=true) override
 Attach a field to Base.
 
bool isInputComplete ()
 Check the completeness of input fields.
 
bool isOutputCompete ()
 
 DEF_VAR (bool, ForceUpdate, false, "")
 
void setUpdateAlways (bool b)
 Set the update strategy for the module.
 
- Public Member Functions inherited from dyno::OBase
 OBase ()
 
 ~OBase () override
 
virtual std::string caption ()
 Return the caption.
 
virtual bool captionVisible ()
 Whether to hide the caption in the GUI.
 
virtual std::string description ()
 Return a description for the node or module, override this function to support user-defined description.
 
bool addField (FBase *data)
 Add a field to Base FieldID will be set to the name of Field by default.
 
bool addField (FieldID name, FBase *data)
 Add a field to Base.
 
bool addFieldAlias (FieldID name, FBase *data)
 
bool addFieldAlias (FieldID name, FBase *data, FieldMap &fieldAlias)
 
bool findField (FBase *data)
 Find a field by its pointer.
 
bool findFieldAlias (const FieldID name)
 Find a field by its name.
 
bool findFieldAlias (const FieldID name, FieldMap &fieldAlias)
 Find a field in fieldAlias by its name This function is typically called by other functions.
 
bool removeField (FBase *data)
 Remove a field by its pointer.
 
bool removeFieldAlias (const FieldID name)
 Remove a field by its name.
 
bool removeFieldAlias (const FieldID name, FieldMap &fieldAlias)
 
FBasegetField (const FieldID name)
 Return a field by its name.
 
std::vector< FBase * > & getAllFields ()
 
template<typename T>
TgetField (FieldID name)
 
bool isAllFieldsReady ()
 Check the completeness of all required fields.
 
std::vector< FieldIDgetFieldAlias (FBase *data)
 
int getFieldAliasCount (FBase *data)
 
void setBlockCoord (float x, float y)
 
float bx ()
 
float by ()
 
bool findInputField (FBase *field)
 
bool addInputField (FBase *field)
 
bool removeInputField (FBase *field)
 
std::vector< FBase * > & getInputFields ()
 
bool findOutputField (FBase *field)
 
bool addOutputField (FBase *field)
 
bool addToOutput (FBase *field)
 
bool removeOutputField (FBase *field)
 
bool removeFromOutput (FBase *field)
 
std::vector< FBase * > & getOutputFields ()
 
bool findParameter (FBase *field)
 
bool addParameter (FBase *field)
 
bool removeParameter (FBase *field)
 
std::vector< FBase * > & getParameters ()
 
- Public Member Functions inherited from dyno::Object
 Object ()
 
virtual ~Object ()
 
ObjectId objectId ()
 

Protected Member Functions

void calculateParticleMass ()
 
void compute (DArray< Real > &rho)
 
- Protected Member Functions inherited from dyno::Module
virtual bool initializeImpl ()
 
virtual void preprocess ()
 
virtual void postprocess ()
 
virtual bool validateInputs ()
 
virtual bool validateOutputs ()
 
virtual bool requireUpdate ()
 
virtual void updateStarted ()
 Two functions called at the beginning and end of update() used for debug.
 
virtual void updateEnded ()
 

Private Attributes

Real m_particle_mass
 
Real m_factor
 

Additional Inherited Members

- Static Public Member Functions inherited from dyno::Object
static bool registerClass (ClassInfo *ci)
 
static ObjectcreateObject (std::string name)
 
static std::map< std::string, ClassInfo * > * getClassMap ()
 
static ObjectId baseId ()
 Base Id.
 
- Protected Attributes inherited from dyno::ParticleApproximation< TDataType >
Real mScalingFactor = Real(1)
 
- Protected Attributes inherited from dyno::OBase
std::vector< FBase * > fields_input
 
std::vector< FBase * > fields_output
 
std::vector< FBase * > fields_param
 

Detailed Description

template<typename TDataType>
class dyno::SemiAnalyticalSummationDensity< TDataType >

SemiAnalyticalPBD implements the position-based part of semi-analytical boundary conditions of the paper <Semi-analytical Solid Boundary Conditions for Free Surface Flows> It is used in SemiAnalyticalPositionBasedFluidModel class

Definition at line 15 of file SemiAnalyticalSummationDensity.h.

Member Typedef Documentation

◆ Coord

template<typename TDataType>
typedef TDataType::Coord dyno::SemiAnalyticalSummationDensity< TDataType >::Coord

Definition at line 20 of file SemiAnalyticalSummationDensity.h.

◆ Real

template<typename TDataType>
typedef TDataType::Real dyno::SemiAnalyticalSummationDensity< TDataType >::Real

Definition at line 19 of file SemiAnalyticalSummationDensity.h.

Constructor & Destructor Documentation

◆ SemiAnalyticalSummationDensity()

template<typename TDataType>
dyno::SemiAnalyticalSummationDensity< TDataType >::SemiAnalyticalSummationDensity ( )

◆ ~SemiAnalyticalSummationDensity()

template<typename TDataType>
dyno::SemiAnalyticalSummationDensity< TDataType >::~SemiAnalyticalSummationDensity ( )
inlineoverride

Definition at line 23 of file SemiAnalyticalSummationDensity.h.

Member Function Documentation

◆ calculateParticleMass()

template<typename TDataType>
void dyno::SemiAnalyticalSummationDensity< TDataType >::calculateParticleMass ( )
protected

◆ compute() [1/3]

template<typename TDataType>
void dyno::SemiAnalyticalSummationDensity< TDataType >::compute ( )
overridevirtual

◆ compute() [2/3]

template<typename TDataType>
void dyno::SemiAnalyticalSummationDensity< TDataType >::compute ( DArray< Real > & rho)
protected

◆ compute() [3/3]

template<typename TDataType>
void dyno::SemiAnalyticalSummationDensity< TDataType >::compute ( DArray< Real > & rho,
DArray< Coord > & pos,
DArray< TopologyModule::Triangle > & Tri,
DArray< Coord > & positionTri,
DArrayList< int > & neighbors,
DArrayList< int > & neighborsTri,
Real smoothingLength,
Real mass,
Real sampling_distance )

◆ DEF_ARRAY_IN()

template<typename TDataType>
dyno::SemiAnalyticalSummationDensity< TDataType >::DEF_ARRAY_IN ( Coord ,
Position ,
DeviceType::GPU ,
"Particle position"  )

◆ DEF_ARRAY_OUT()

template<typename TDataType>
dyno::SemiAnalyticalSummationDensity< TDataType >::DEF_ARRAY_OUT ( Real ,
Density ,
DeviceType::GPU ,
"Return the particle density"  )

◆ DEF_ARRAYLIST_IN() [1/2]

template<typename TDataType>
dyno::SemiAnalyticalSummationDensity< TDataType >::DEF_ARRAYLIST_IN ( int ,
NeighborIds ,
DeviceType::GPU ,
"Neighboring particles' ids"  )

◆ DEF_ARRAYLIST_IN() [2/2]

template<typename TDataType>
dyno::SemiAnalyticalSummationDensity< TDataType >::DEF_ARRAYLIST_IN ( int ,
NeighborTriIds ,
DeviceType::GPU ,
"triangle neighbors"  )

◆ DEF_INSTANCE_IN()

template<typename TDataType>
dyno::SemiAnalyticalSummationDensity< TDataType >::DEF_INSTANCE_IN ( TriangleSet< TDataType > ,
TriangleSet ,
""  )

◆ DEF_VAR()

template<typename TDataType>
dyno::SemiAnalyticalSummationDensity< TDataType >::DEF_VAR ( Real ,
RestDensity ,
1000 ,
"Rest Density"  )

Member Data Documentation

◆ m_factor

template<typename TDataType>
Real dyno::SemiAnalyticalSummationDensity< TDataType >::m_factor
private

Definition at line 57 of file SemiAnalyticalSummationDensity.h.

◆ m_particle_mass

template<typename TDataType>
Real dyno::SemiAnalyticalSummationDensity< TDataType >::m_particle_mass
private

Definition at line 56 of file SemiAnalyticalSummationDensity.h.


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