path: root/src/types.h

/*
Copyright 2015-2022 Ian Jauslin

Licensed under the Apache License, Version 2.0 (the "License");
you may not use this file except in compliance with the License.
You may obtain a copy of the License at

    http://www.apache.org/licenses/LICENSE-2.0

Unless required by applicable law or agreed to in writing, software
distributed under the License is distributed on an "AS IS" BASIS,
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
*/

/*
 typedefs used by meankondo
*/

#ifndef TYPES_H
#define TYPES_H

#include <mpfr.h>


// rational number
typedef struct Q{
#ifndef RATIONAL_AS_FLOAT
  long int numerator;
  long int denominator;
#else
  long double numerator;
  long double denominator;
#endif
} Q;

// numbers
typedef struct Number{
  Q* scalars;
  int* base;
  int length;
  int memory;
} Number;

// matrix
typedef struct Number_Matrix{
  Number** matrix;
  int* indices;
  int length;
} Number_Matrix;

// list of integers
typedef struct Int_Array{
  int* values;
  int length;
  int memory;
} Int_Array;

// string
typedef struct Char_Array{
  char* str;
  int length;
  int memory;
} Char_Array;

// string array
typedef struct Str_Array{
  Char_Array* strs;
  int length;
  int memory;
} Str_Array;

// tree
typedef struct Tree Tree;
struct Tree{
  Char_Array root_label;
  Tree* children;
  int length;
  int memory;
};

// polynomial
typedef struct Polynomial{
  Int_Array* monomials;
  Int_Array* factors;
  Number* nums;
  int length;
  int memory;
} Polynomial;

// matrix of polynomial
typedef struct Polynomial_Matrix{
  Polynomial** matrix;
  int* indices;
  int length;
} Polynomial_Matrix;

// denominators in coefficients (index of the denominator and the power to which it is raised)
typedef struct coef_denom{
  int index;
  int power;
} coef_denom;

// coefficient
typedef struct Coefficient{
  Int_Array* factors;
  Number* nums;
  coef_denom* denoms;
  int length;
  int memory;
} Coefficient;

// grouped polynomial
typedef struct Grouped_Polynomial{
  Coefficient* coefs;
  int* indices;
  int length;
  int memory;
} Grouped_Polynomial;

// rcc
typedef struct RCC{
  long double* values;
  int* indices;
  int length;
} RCC;
// rcc using mpfr floats
typedef struct RCC_mpfr{
  mpfr_t* values;
  int* indices;
  int length;
} RCC_mpfr;

// identities between fields
typedef struct Identities{
  // left hand sides
  Int_Array* lhs;
  // right hand sides
  Polynomial* rhs;
  int length;
  int memory;
} Identities;

// virtual_fields
typedef struct Virtual_fields{
  int* indices;
  Polynomial* expr;
  int length;
  int memory;
} Virtual_fields;

// variables used in symbolic expressions
typedef struct Variables{
  Char_Array* var_names;
  Tree* symbol_trees;
  int length;
  int memory;
} Variables;

// groups of independent fields
typedef struct Groups{
  Int_Array* indices;
  int length;
  int memory;
} Groups;

// collection of fields
typedef struct Fields_Table{
  // constant parameters
  Int_Array parameter;
  // anticommuting external fields
  Int_Array external;
  // anticommuting internal fields
  Int_Array internal;
  // identities between fields
  Identities ids;
  // symbolic expressions (commuting)
  Virtual_fields virtual_fields;
  // list of anti-commuting variables
  Int_Array fermions;
  // list of non-commuting variables
  Int_Array noncommuting;
} Fields_Table;

// index labels
typedef struct Labels{
  Char_Array* labels;
  int* indices;
  int length;
  int memory;
} Labels;

// id table
typedef struct Id_Table{
  int* indices;
  Polynomial* polynomials;
  int length;
  int memory;
} Id_Table;


// command line options
typedef struct Meankondo_Options{
  int threads;
  int chain;
  int print_progress;
  int group_poly;
} Meankondo_Options;

typedef struct Numkondo_Options{
  int display_mode;
  int niter;
  Char_Array eval_rccstring;
  mpfr_prec_t mpfr_prec;
  mpfr_exp_t mpfr_emax;
} Numkondo_Options;

typedef struct Meantools_Options{
  int command;
  int deriv_derivs;
  Int_Array deriv_vars;
  Char_Array eval_rccstring;
  int chain;
  Char_Array namespace;
  mpfr_prec_t mpfr_prec;
  mpfr_exp_t mpfr_emax;
} Meantools_Options;

typedef struct Kondopp_Options{
  int dimension;
} Kondopp_Options;

#endif