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CGNS::Discreted Class Reference

#include <cgns++.h>

Inherits CGNS::Gridded.

Inherited by CGNS::ArbitraryGridMotion, CGNS::DiscreteData, and CGNS::FlowSolution.

Inheritance diagram for CGNS::Discreted:

[legend]List of all members.

Public Types
typedef iterator< DataArray >	Field_iterator_t
enum	FieldType {   NULL_FIELD, POTENTIAL = DataArray::POTENTIAL, STREAMFUNCTION, DENSITY,   PRESSURE, TEMPERATURE, ENERGY_INTERNAL, ENTHALPY,   ENTROPY, ENTROPY_APPROX, DENSITY_STAGNATION, PRESSURE_STAGNATION,   TEMPERATURE_STAGNATION, ENERGY_STAGNATION, ENTHALPY_STAGNATION, ENERGY_STAGNATION_DENSITY,   VELOCITY_X, VELOCITY_Y, VELOCITY_Z, VELOCITY_R,   VELOCITY_THETA, VELOCITY_PHI, VELOCITY_MAGNITUDE, VELOCITY_NORMAL,   VELOCITY_TANGENTIAL, VELOCITY_SOUND, VELOCITY_SOUND_STAGNATION, MOMENTUM_X,   MOMENTUM_Y, MOMENTUM_Z, MOMENTUM_MAGNITUDE, ENERGY_KINETIC,   PRESSURE_DYNAMIC, VORTICITY_X, VORTICITY_Y, VORTICITY_Z,   VORTICITY_MAGNITUDE, SKIN_FRICTION_X, SKIN_FRICTION_Y, SKIN_FRICTION_Z,   SKIN_FRICTION_MAGNITUDE, VELOCITY_ANGLE_X, VELOCITY_ANGLE_Y, VELOCITY_ANGLE_Z,   VELOCITY_UNIT_VECTOR_X, VELOCITY_UNIT_VECTOR_Y, VELOCITY_UNIT_VECTOR_Z, MASS_FLOW,   VISCOSITY_KINEMATIC, VISCOSITY_MOLECULAR, VISCOSITY_EDDY_KINEMATIC, VISCOSITY_EDDY,   THERMAL_CONDUCTIVITY, REYNOLDS_STRESS_XX, REYNOLDS_STRESS_XY, REYNOLDS_STRESS_XZ,   REYNOLDS_STRESS_YY, REYNOLDS_STRESS_YZ, REYNOLDS_STRESS_ZZ, USER_FIELD }
Public Methods
GridLocation	getLocation () const
int	getNumFields () const
FieldType	getFieldType (int iNth) const
bool	hasField (FieldType iField) const
DataArray	getField (FieldType iField) const
DataArray	getField (std::string const &iFieldName) const
void	readData (FieldType iQuantity, double *oField) const
void	readData (FieldType iQuantity, float *oField) const
void	writeData (FieldType iQuantity, double const *iField)
void	writeData (FieldType iQuantity, float const *iField)
DataArray	writeField (FieldType iField, DataArray::DataType iType=DataArray::DOUBLE)
Field_iterator_t	beginField () const
Field_iterator_t	endField () const
void	deleteField (FieldType iField)
void	deleteField (std::string const &iName)
Protected Methods
	Discreted (Private::Discreted *iImpl)
	~Discreted ()

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Detailed Description

Represents a SIDS node holding either a FlowSolution_t or DiscreteData_t.

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Member Typedef Documentation

typedef iterator<DataArray> Field_iterator_t

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Member Enumeration Documentation

enum FieldType

Enumeration values: NULL_FIELD  POTENTIAL  STREAMFUNCTION  DENSITY  PRESSURE  TEMPERATURE  ENERGY_INTERNAL  ENTHALPY  ENTROPY  ENTROPY_APPROX  DENSITY_STAGNATION  PRESSURE_STAGNATION  TEMPERATURE_STAGNATION  ENERGY_STAGNATION  ENTHALPY_STAGNATION  ENERGY_STAGNATION_DENSITY  VELOCITY_X  VELOCITY_Y  VELOCITY_Z  VELOCITY_R  VELOCITY_THETA  VELOCITY_PHI  VELOCITY_MAGNITUDE  VELOCITY_NORMAL  VELOCITY_TANGENTIAL  VELOCITY_SOUND  VELOCITY_SOUND_STAGNATION  MOMENTUM_X  MOMENTUM_Y  MOMENTUM_Z  MOMENTUM_MAGNITUDE  ENERGY_KINETIC  PRESSURE_DYNAMIC  VORTICITY_X  VORTICITY_Y  VORTICITY_Z  VORTICITY_MAGNITUDE  SKIN_FRICTION_X  SKIN_FRICTION_Y  SKIN_FRICTION_Z  SKIN_FRICTION_MAGNITUDE  VELOCITY_ANGLE_X  VELOCITY_ANGLE_Y  VELOCITY_ANGLE_Z  VELOCITY_UNIT_VECTOR_X  VELOCITY_UNIT_VECTOR_Y  VELOCITY_UNIT_VECTOR_Z  MASS_FLOW  VISCOSITY_KINEMATIC  VISCOSITY_MOLECULAR  VISCOSITY_EDDY_KINEMATIC  VISCOSITY_EDDY  THERMAL_CONDUCTIVITY  REYNOLDS_STRESS_XX  REYNOLDS_STRESS_XY  REYNOLDS_STRESS_XZ  REYNOLDS_STRESS_YY  REYNOLDS_STRESS_YZ  REYNOLDS_STRESS_ZZ  USER_FIELD

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Constructor & Destructor Documentation

Discreted (  Private::Discreted *    iImpl )  [protected]

Creates this node from implementation data.

~Discreted (    )  [inline, protected]

Deletes this node and disables access via base pointers.

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Member Function Documentation

Field_iterator_t beginField (    )  const

void deleteField (  std::string const &    iName )

void deleteField (  FieldType    iField )

Field_iterator_t endField (    )  const

DataArray getField (  std::string const &    iFieldName )  const

Gets the named DataArray_t subnode.

DataArray getField (  FieldType    iField )  const

Gets the corresponding DataArray_t subnode.

FieldType getFieldType (  int    iNth )  const

Gets the quantity type of the nth field.

GridLocation getLocation (    )  const

Gets the location of the solution data.

int getNumFields (    )  const

Gets the number of fields, e.g. Pressure, VelocityX etc.

bool hasField (  FieldType    iField )  const

Asks if there is a subnode for the given QuantityType.

void readData (  FieldType    iQuantity, float *    oField )  const

void readData (  FieldType    iQuantity, double *    oField )  const

Does the actual read of the quantity entry.

void writeData (  FieldType    iQuantity, float const *    iField )

void writeData (  FieldType    iQuantity, double const *    iField )

Does the actual write of the quantity entry.

DataArray writeField (  FieldType    iField, DataArray::DataType    iType = DataArray::DOUBLE )

Adds the named quantity entry to this node and returns it.

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