RTable

class RTable : public virtual feasst::Table : Subclassed by feasst::RecursiveTable1D, feasst::RecursiveTable2D, feasst::RecursiveTable3D, feasst::RecursiveTable5D, feasst::RecursiveTable6D

class RecursiveTable1D : public feasst::Table1D, public feasst::RTable 

One-dimensional nested table.

The bounds within a nested table are repeated, so it is inefficient if nested tables are small.

Public Functions

RecursiveTable1D(argtype args = argtype())

args:

Table1D arguments.

void insert(const int bin, const RTable &nested): Insert a nested table.

void insert(const std::vector<int> &bins, const RTable &nested): Insert a nested table.

double percent_nested() const: Return the percentage of table that is nested.

double linear_interpolation(const double value0) const: Return linear interpolation of data given normalized values.

double linear_interpolation(const std::vector<double> &values) const: Return the linear interpolation from a list of values.

double forward_difference_interpolation(const double value0) const: Return the Newton-Gregory forward difference interpolation. See Allen and Tildesley, 5.2.2, Booth 1972

RecursiveTable1D combine(const std::vector<const RecursiveTable1D*> &tables) const: Combine independently-generated tables into one (from parallel build).

bool is_equal(const RecursiveTable1D &table) const: Return true if equal to the given table.

class RecursiveTable2D : public feasst::Table2D, public feasst::RTable 

Two-dimensional nested table.

Public Functions

RecursiveTable2D(argtype args = argtype())

args:

Table2D arguments.

void insert(const std::vector<int> &bins, const RTable &nested): Insert a nested table.

double linear_interpolation(const double value0, const double value1) const: Return linear interpolation of data given normalized values for each dimension that range from 0 to 1, inclusive.

double linear_interpolation(const std::vector<double> &values) const: Return the linear interpolation from a list of values.

RecursiveTable2D combine(const std::vector<const RecursiveTable2D*> &tables) const: Combine independently-generated tables into one (from parallel build).

int num_data() const: Return the total number of data points.

double percent_nested() const: Return the percentage of table that is nested.

bool is_equal(const RecursiveTable2D &table) const: Return true if equal to the given table.

class RecursiveTable3D : public feasst::Table3D, public feasst::RTable 

Three-dimensional nested table.

Public Functions

RecursiveTable3D(argtype args = argtype())

args:

Table3D arguments.

void insert(const std::vector<int> &bins, const RTable &nested): Insert a nested table.

double percent_nested() const: Return the percentage of table that is nested.

double linear_interpolation(const double value0, const double value1, const double value2) const: Return linear interpolation of data given normalized values for each dimension that range from 0 to 1, inclusive.

double linear_interpolation(const std::vector<double> &values) const: Return the linear interpolation from a list of values.

RecursiveTable3D combine(const std::vector<const RecursiveTable3D*> &tables) const: Combine independently-generated tables into one (from parallel build).

bool is_equal(const RecursiveTable3D &table) const: Return true if equal to the given table.

class RecursiveTable5D : public feasst::Table5D, public feasst::RTable 

Five-dimensional nested table.

Public Functions

RecursiveTable5D(argtype args = argtype())

args:

Table5D arguments.

void insert(const std::vector<int> &bins, const RTable &nested): Insert a nested table.

double percent_nested() const: Return the percentage of table that is nested.

double linear_interpolation(const double value0, const double value1, const double value2, const double value3, const double value4) const: Return linear interpolation of data given normalized values for each dimension that range from 0 to 1, inclusive.

double linear_interpolation(const std::vector<double> &values) const: Return the linear interpolation from a list of values.

RecursiveTable5D combine(const std::vector<const RecursiveTable5D*> &tables) const: Combine independently-generated tables into one (from parallel build).

const RecursiveTable5D &nested(const std::vector<int> &bins): Read-only access to nested tables.

bool is_equal(const RecursiveTable5D &table) const: Return true if equal to the given table.

class RecursiveTable6D : public feasst::Table6D, public feasst::RTable 

Six-dimensional nested table.

Public Functions

RecursiveTable6D(argtype args = argtype())

args:

Table6D arguments.

void insert(const std::vector<int> &bins, const RTable &nested): Insert a nested table.

double percent_nested() const: Return the percentage of table that is nested.

double linear_interpolation(const double value0, const double value1, const double value2, const double value3, const double value4, const double value5) const: Return linear interpolation of data given normalized values for each dimension that range from 0 to 1, inclusive.

double linear_interpolation(const std::vector<double> &values) const: Return the linear interpolation from a list of values.

RecursiveTable6D combine(const std::vector<const RecursiveTable6D*> &tables) const: Combine independently-generated tables into one (from parallel build).

bool is_equal(const RecursiveTable6D &table) const: Return true if equal to the given table.