icedb::Examples::Shapes::ShapeCommonOptionalData Struct Reference

#include <shape.hpp>

Collaboration diagram for icedb::Examples::Shapes::ShapeCommonOptionalData:

Public Member Functions
void	apply (icedb::Shapes::NewShapeCommonOptionalProperties &) const
void	apply (icedb::Shapes::NewShapeCommonOptionalProperties &) const
void	apply (icedb::Shapes::NewShapeCommonOptionalProperties &) const

Public Attributes
IntData_t	particle_scattering_element_number
Int8Data_t	particle_constituent_number
FloatData_t	particle_scattering_element_radius
StringData_t	particle_constituent_name
std::string	particle_constituent_single_name
FloatData_t	particle_scattering_element_composition_fractional
Int8Data_t	particle_scattering_element_composition_whole
float	hint_max_scattering_element_dimension = -1
float	particle_scattering_element_spacing = -1

Detailed Description

Definition at line 28 of file shape.hpp.

Member Function Documentation

apply() [1/3]

void icedb::Examples::Shapes::ShapeCommonOptionalData::apply

(

icedb::Shapes::NewShapeCommonOptionalProperties &

p

)

const

Definition at line 21 of file shapeIOtext.cpp.

References icedb::Shapes::NewShapeCommonOptionalProperties::hint_max_scattering_element_dimension, icedb::Shapes::NewShapeCommonOptionalProperties::particle_constituent_name, icedb::Shapes::NewShapeCommonOptionalProperties::particle_constituent_number, icedb::Shapes::NewShapeCommonOptionalProperties::particle_constituent_single_name, icedb::Shapes::NewShapeCommonOptionalProperties::particle_scattering_element_composition_fractional, icedb::Shapes::NewShapeCommonOptionalProperties::particle_scattering_element_composition_whole, icedb::Shapes::NewShapeCommonOptionalProperties::particle_scattering_element_number, icedb::Shapes::NewShapeCommonOptionalProperties::particle_scattering_element_radius, and icedb::Shapes::NewShapeCommonOptionalProperties::particle_scattering_element_spacing.

                                                                                                    {
                // When applying these, check for the trivial cases. If these occur, then do not
                // set the output field.

                // If p.particle_scattering_element_number is a linear sequence 1...N, then it is trivial
                bool scat_elem_num_is_trivial = true;
                for (size_t i = 0; i < this->particle_scattering_element_number.size(); ++i) {
                    if (this->particle_scattering_element_number[i] != i + 1) scat_elem_num_is_trivial = false;
                }
                if (!scat_elem_num_is_trivial)
                    p.particle_scattering_element_number = this->particle_scattering_element_number;
                // Matters only if more than one constituent
                if (this->particle_constituent_number.size() > 1)
                    p.particle_constituent_number = this->particle_constituent_number;


                p.particle_scattering_element_radius = this->particle_scattering_element_radius;
                p.particle_constituent_name = this->particle_constituent_name;
                p.particle_constituent_single_name = this->particle_constituent_single_name;
                
                p.particle_scattering_element_composition_fractional = particle_scattering_element_composition_fractional;

                // If p.particle_scattering_element_composition_whole is specified, and it is all ones, then it is trivial.
                bool comp_whole_is_trivial = false;
                if (std::all_of(particle_scattering_element_composition_whole.begin(),
                    particle_scattering_element_composition_whole.end(),
                    [](uint8_t v)->bool { return (v == 1) ? true : false; }))
                    comp_whole_is_trivial = true;
                if (!comp_whole_is_trivial)
                    p.particle_scattering_element_composition_whole = particle_scattering_element_composition_whole;

                p.particle_scattering_element_spacing = this->particle_scattering_element_spacing;
                p.hint_max_scattering_element_dimension = this->hint_max_scattering_element_dimension;
            }

apply() [2/3]

void icedb::Examples::Shapes::ShapeCommonOptionalData::apply

(

icedb::Shapes::NewShapeCommonOptionalProperties &

)

const

apply() [3/3]

void icedb::Examples::Shapes::ShapeCommonOptionalData::apply

(

icedb::Shapes::NewShapeCommonOptionalProperties &

)

const

Member Data Documentation

hint_max_scattering_element_dimension

float icedb::Examples::Shapes::ShapeCommonOptionalData::hint_max_scattering_element_dimension = -1

Definition at line 37 of file shape.hpp.

Referenced by icedb::Examples::Shapes::m_atoi().

particle_constituent_name

StringData_t icedb::Examples::Shapes::ShapeCommonOptionalData::particle_constituent_name

Definition at line 32 of file shape.hpp.

particle_constituent_number

Int8Data_t icedb::Examples::Shapes::ShapeCommonOptionalData::particle_constituent_number

Definition at line 30 of file shape.hpp.

Referenced by icedb::Examples::Shapes::m_atoi(), icedb::Examples::Shapes::readDDSCATtextContents(), and icedb::Examples::Shapes::readRawText().

particle_constituent_single_name

std::string icedb::Examples::Shapes::ShapeCommonOptionalData::particle_constituent_single_name

Definition at line 33 of file shape.hpp.

Referenced by icedb::Examples::Shapes::readPSUfile().

particle_scattering_element_composition_fractional

FloatData_t icedb::Examples::Shapes::ShapeCommonOptionalData::particle_scattering_element_composition_fractional

Definition at line 35 of file shape.hpp.

Referenced by icedb::Examples::Shapes::writeDDSCAT().

particle_scattering_element_composition_whole

Int8Data_t icedb::Examples::Shapes::ShapeCommonOptionalData::particle_scattering_element_composition_whole

Definition at line 36 of file shape.hpp.

Referenced by icedb::Examples::Shapes::m_atoi(), icedb::Examples::Shapes::readDDSCATtextContents(), icedb::Examples::Shapes::readRawText(), and icedb::Examples::Shapes::writeDDSCAT().

particle_scattering_element_number

IntData_t icedb::Examples::Shapes::ShapeCommonOptionalData::particle_scattering_element_number

Definition at line 29 of file shape.hpp.

Referenced by icedb::Examples::Shapes::m_atoi(), icedb::Examples::Shapes::readDDSCATtextContents(), and icedb::Examples::Shapes::writeDDSCAT().

particle_scattering_element_radius

FloatData_t icedb::Examples::Shapes::ShapeCommonOptionalData::particle_scattering_element_radius

Definition at line 31 of file shape.hpp.

Referenced by icedb::Examples::Shapes::readPSUfile().

particle_scattering_element_spacing

float icedb::Examples::Shapes::ShapeCommonOptionalData::particle_scattering_element_spacing = -1

Definition at line 38 of file shape.hpp.

Referenced by main(), and icedb::Examples::Shapes::readPSUfile().

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

• apps/3d_structures_multithreaded/shape.hpp
• apps/3d_structures_multithreaded/shapeIOtext.cpp