theoretica/theoretica_8h_source.html

#ifndef THEORETICA_H

#define THEORETICA_H


// Core headers

#include "core/constants.h"

#include "core/error.h"

#include "core/core_traits.h"

#include "core/reprod.h"


// IO module

#include "io/io.h"

#include "io/data_table.h"

#include "io/csv.h"


// Real functions

#include "core/real_analysis.h"


// Vector and matrix algebra

#include "algebra/algebra.h"

#include "algebra/algebra_types.h"

#include "algebra/transform.h"

#include "algebra/vec.h"

#include "algebra/mat.h"

#include "algebra/distance.h"


// Complex and quaternion classes

#include "complex/complex.h"

#include "complex/quat.h"


// Special functions

#include "core/special.h"


// Vectorized functions

#include "algebra/parallel.h"


// Ratio

#include "core/ratio.h"


// Bit operations

#include "core/bits.h"


// Data sets

#include "core/dataset.h"


// Interpolation

#include "interpolation/splines.h"

#include "interpolation/polynomial.h"


// Statistical functions

#include "statistics/statistics.h"

#include "statistics/distributions.h"

#include "statistics/errorprop.h"

#include "statistics/histogram.h"

#include "statistics/regression.h"


// Roots and extrema approximation of real functions

#include "optimization/roots.h"

#include "optimization/extrema.h"

#include "optimization/multi_extrema.h"

#include "optimization/multi_roots.h"


// Complex and quaternion functions

#include "complex/complex_analysis.h"

#include "complex/phasor.h"

#include "complex/complex_types.h"


// Derivative and integral approximation

#include "calculus/deriv.h"

#include "calculus/integral.h"

#include "calculus/ode.h"

#include "calculus/taylor.h"


// Polynomial class

#include "polynomial/polynomial.h"

#include "polynomial/orthogonal.h"


// Dual numbers and automatic differentiation

#include "autodiff/dual.h"

#include "autodiff/dual_functions.h"

#include "autodiff/multidual.h"

#include "autodiff/multidual_functions.h"

#include "autodiff/dual2.h"

#include "autodiff/dual2_functions.h"

#include "autodiff/autodiff.h"


// Pseudorandom number generation

#include "pseudorandom/pseudorandom.h"

#include "pseudorandom/prng.h"

#include "pseudorandom/sampling.h"


// Monte Carlo methods

#include "pseudorandom/montecarlo.h"


// Fast Fourier transform

#include "signal/fft.h"


#endif

algebra.h
Linear algebra routines.

algebra_types.h
Linear algebra type definitions.

autodiff.h
Differential operators using automatic differentiation.

bits.h
Operations on bits.

complex.h
Complex number class.

complex_analysis.h
Functions of complex variable.

complex_types.h
Complex data types definitions.

constants.h
Mathematical constants and default algorithm parameters.

error.h
Error handling with errno and exceptions.

core_traits.h
Fundamental type traits.

csv.h
CSV file format support.

data_table.h
Data table structure for holding labeled columns of data.

dataset.h
Operations on datasets and generic ordered sets of numbers.

deriv.h
Derivative approximation.

distance.h
Distances and norms of generic vectors, with real or complex elements.

distributions.h
Probability distribution functions.

dual2.h
Second order dual number class.

dual2_functions.h
Functions defined on second order dual numbers for automatic differentiation.

dual.h
Dual number class.

dual_functions.h
Functions defined on dual numbers for automatic differentiation.

errorprop.h
Automatic propagation of uncertainties on arbitrary functions.

extrema.h
Extrema approximation of real functions.

fft.h
Fast Fourier Transform.

histogram.h
Histogram class.

integral.h
Integral approximation.

polynomial.h
Polynomial interpolation of real functions.

io.h
Functions for standard input and output.

mat.h
Matrix class and operations.

montecarlo.h
Monte Carlo methods.

multi_extrema.h
Search of extrema of multivariate functions.

multi_roots.h
Numerical methods for multivariate root finding.

multidual.h
Multidual numbers.

multidual_functions.h
Functions defined on multidual numbers for automatic differentiation of multivariable real functions.

ode.h
Numerical methods for ordinary differential equations.

orthogonal.h
Orthogonal polynomial bases.

parallel.h
Parallelized methods to evaluate a function over a vector element-wise.

phasor.h
Phasor (complex number in exponential form)

polynomial.h
Polynomial storage and manipulation.

prng.h
Pseudorandom number generation.

pseudorandom.h
Pseudorandom number generation algorithms.

quat.h
Quaternion algebra.

ratio.h
A ratio between objects.

real_analysis.h
Real functions.

regression.h
Regression to a model.

reprod.h
Reproducibility features for reliable scientific computing.

roots.h
Root approximation of real functions.

sampling.h
Sampling from probability distributions.

special.h
Special functions.

splines.h
Spline interpolation.

statistics.h
Statistical functions.

taylor.h
Taylor series expansions.

transform.h
Linear transformations such as rotations and projective geometry.

vec.h
Vector class and operations.