Class: Rouge::Lexers::Stan
- Inherits:
-
RegexLexer
- Object
- Rouge::Lexer
- RegexLexer
- Rouge::Lexers::Stan
- Defined in:
- lib/rouge/lexers/stan.rb
Constant Summary collapse
- WS =
optional comment or whitespace
%r((?:\s|//.*?\n|/[*].*?[*]/)+)
- ID =
/[a-zA-Z_][a-zA-Z0-9_]*/
- RT =
/(?:(?:[a-z_]\s*(?:\[[0-9, ]\])?)\s+)*/
- OP =
Regexp.new([ # Assigment operators "=", # Comparison operators "<", "<=", ">", ">=", "==", "!=", # Boolean operators "!", "&&", "\\|\\|", # Real-valued arithmetic operators "\\+", "-", "\\*", "/", "\\^", # Transposition operator "'", # Elementwise functions "\\.\\+", "\\.-", "\\.\\*", "\\./", "\\.\\^", # Matrix division operators "\\\\", # Compound assigment operators "\\+=", "-=", "\\*=", "/=", "\\.\\*=", "\\./=", # Sampling "~", # Conditional operator "\\?", ":" ].join("|"))
Constants inherited from RegexLexer
Constants included from Token::Tokens
Token::Tokens::Num, Token::Tokens::Str
Instance Attribute Summary
Attributes inherited from Rouge::Lexer
Class Method Summary collapse
- .builtin_functions ⇒ Object
- .constants ⇒ Object
- .distributions ⇒ Object
- .keywords ⇒ Object
- .reserved ⇒ Object
- .types ⇒ Object
Methods inherited from RegexLexer
append, #delegate, get_state, #get_state, #goto, #group, #groups, #in_state?, #pop!, prepend, #push, #recurse, replace_state, #reset!, #reset_stack, #stack, start, start_procs, #state, state, #state?, state_definitions, states, #step, #stream_tokens, #token
Methods inherited from Rouge::Lexer
aliases, all, #as_bool, #as_lexer, #as_list, #as_string, #as_token, assert_utf8!, #bool_option, #continue_lex, continue_lex, debug_enabled?, demo, demo_file, desc, detect?, detectable?, disable_debug!, enable_debug!, filenames, find, find_fancy, guess, guess_by_filename, guess_by_mimetype, guess_by_source, guesses, #hash_option, #initialize, lex, #lex, #lexer_option, #list_option, lookup_fancy, mimetypes, option, option_docs, #reset!, #stream_tokens, #string_option, tag, #tag, title, #token_option, #with
Methods included from Token::Tokens
Constructor Details
This class inherits a constructor from Rouge::Lexer
Class Method Details
.builtin_functions ⇒ Object
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# File 'lib/rouge/lexers/stan.rb', line 90 def self.builtin_functions @builtin_functions ||= Set.new [ # Integer-Valued Basic Functions ## Absolute functions "abs", "int_step", ## Bound functions "min", "max", ## Size functions "size", # Real-Valued Basic Functions ## Log probability function "target", "get_lp", ## Logical functions "step", "is_inf", "is_nan", ## Step-like functions "fabs", "fdim", "fmin", "fmax", "fmod", "floor", "ceil", "round", "trunc", ## Power and logarithm functions "sqrt", "cbrt", "square", "exp", "exp2", "log", "log2", "log10", "pow", "inv", "inv_sqrt", "inv_square", ## Trigonometric functions "hypot", "cos", "sin", "tan", "acos", "asin", "atan", "atan2", ## Hyperbolic trigonometric functions "cosh", "sinh", "tanh", "acosh", "asinh", "atanh", ## Link functions "logit", "inv_logit", "inv_cloglog", ## Probability-related functions "erf", "erfc", "Phi", "inv_Phi", "Phi_approx", "binary_log_loss", "owens_t", ## Combinatorial functions "beta", "inc_beta", "lbeta", "tgamma", "lgamma", "digamma", "trigamma", "lmgamma", "gamma_p", "gamma_q", "binomial_coefficient_log", "choose", "bessel_first_kind", "bessel_second_kind", "modified_bessel_first_kind", "log_modified_bessel_first_kind", "modified_bessel_second_kind", "falling_factorial", "lchoose", "log_falling_factorial", "rising_factorial", "log_rising_factorial", ## Composed functions "expm1", "fma", "multiply_log", "ldexp", "lmultiply", "log1p", "log1m", "log1p_exp", "log1m_exp", "log_diff_exp", "log_mix", "log_sum_exp", "log_inv_logit", "log_inv_logit_diff", "log1m_inv_logit", ## Special functions "lambert_w0", "lambert_wm1", # Complex-Valued Basic Functions ## Complex constructors and accessors "to_complex", "get_real", "get_imag", ## Complex special functions "arg", "norm", "conj", "proj", "polar", # Array Operations ## Reductions "sum", "prod", "log_sum_exp", "mean", "variance", "sd", "distance", "squared_distance", "quantile", ## Array size and dimension function "dims", "num_elements", ## Array broadcasting "rep_array", ## Array concatenation "append_array", ## Sorting functions "sort_asc", "sort_desc", "sort_indices_asc", "sort_indices_desc", "rank", ## Reversing functions "reverse", # Matrix Operations ## Integer-valued matrix size functions "num_elements", "rows", "cols", ## Dot products and specialized products "dot_product", "columns_dot_product", "rows_dot_product", "dot_self", "columns_dot_self", "rows_dot_self", "tcrossprod", "crossprod", "quad_form", "quad_form_diag", "quad_form_sym", "trace_quad_form", "trace_gen_quad_form", "multiply_lower_tri_self_transpose", "diag_pre_multiply", "diag_post_multiply", ## Broadcast functions "rep_vector", "rep_row_vector", "rep_matrix", "symmetrize_from_lower_tri", ## Diagonal matrix functions "add_diag", "diagonal", "diag_matrix", "identity_matrix", ## Container construction functions "linspaced_array", "linspaced_int_array", "linspaced_vector", "linspaced_row_vector", "one_hot_int_array", "one_hot_array", "one_hot_vector", "one_hot_row_vector", "ones_int_array", "ones_array", "ones_vector", "ones_row_vector", "zeros_int_array", "zeros_array", "zeros_vector", "zeros_row_vector", "uniform_simplex", ## Slicing and blocking functions "col", "row", "block", "sub_col", "sub_row", "head", "tail", "segment", ## Matrix concatenation "append_col", "append_row", ## Special matrix functions "softmax", "log_softmax", "cumulative_sum", ## Covariance functions "cov_exp_quad", ## Linear algebra functions and solvers "mdivide_left_tri_low", "mdivide_right_tri_low", "mdivide_left_spd", "mdivide_right_spd", "matrix_exp", "matrix_exp_multiply", "scale_matrix_exp_multiply", "matrix_power", "trace", "determinant", "log_determinant", "inverse", "inverse_spd", "chol2inv", "generalized_inverse", "eigenvalues_sym", "eigenvectors_sym", "qr_thin_Q", "qr_thin_R", "qr_Q", "qr_R", "cholseky_decompose", "singular_values", "svd_U", "svd_V", # Sparse Matrix Operations ## Conversion functions "csr_extract_w", "csr_extract_v", "csr_extract_u", "csr_to_dense_matrix", ## Sparse matrix arithmetic "csr_matrix_times_vector", # Mixed Operations "to_matrix", "to_vector", "to_row_vector", "to_array_2d", "to_array_1d", # Higher-Order Functions ## Algebraic equation solver "algebra_solver", "algebra_solver_newton", ## Ordinary differential equation "ode_rk45", "ode_rk45_tol", "ode_ckrk", "ode_ckrk_tol", "ode_adams", "ode_adams_tol", "ode_bdf", "ode_bdf_tol", "ode_adjoint_tol_ctl", ## 1D integrator "integrate_1d", ## Reduce-sum function "reduce_sum", "reduce_sum_static", ## Map-rect function "map_rect", # Deprecated Functions "integrate_ode_rk45", "integrate_ode", "integrate_ode_adams", "integrate_ode_bdf", # Hidden Markov Models "hmm_marginal", "hmm_latent_rng", "hmm_hidden_state_prob" ] end |
.constants ⇒ Object
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# File 'lib/rouge/lexers/stan.rb', line 333 def self.constants @constants ||= Set.new [ # Mathematical constants "pi", "e", "sqrt2", "log2", "log10", # Special values "not_a_number", "positive_infinity", "negative_infinity", "machine_precision" ] end |
.distributions ⇒ Object
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# File 'lib/rouge/lexers/stan.rb', line 268 def self.distributions @distributions ||= Set.new( [ # Discrete Distributions ## Binary Distributions "bernoulli", "bernoulli_logit", "bernoulli_logit_glm", ## Bounded Discrete Distributions "binomial", "binomial_logit", "beta_binomial", "hypergeometric", "categorical", "categorical_logit_glm", "discrete_range", "ordered_logistic", "ordered_logistic_glm", "ordered_probit", ## Unbounded Discrete Distributions "neg_binomial", "neg_binomial_2", "neg_binomial_2_log", "neg_binomial_2_log_glm", "poisson", "poisson_log", "poisson_log_glm", ## Multivariate Discrete Distributions "multinomial", "multinomial_logit", # Continuous Distributions ## Unbounded Continuous Distributions "normal", "std_normal", "normal_id_glm", "exp_mod_normal", "skew_normal", "student_t", "cauchy", "double_exponential", "logistic", "gumbel", "skew_double_exponential", ## Positive Continuous Distributions "lognormal", "chi_square", "inv_chi_square", "scaled_inv_chi_square", "exponential", "gamma", "inv_gamma", "weibull", "frechet", "rayleigh", ## Positive Lower-Bounded Distributions "pareto", "pareto_type_2", "wiener", ## Continuous Distributions on [0, 1] "beta", "beta_proportion", ## Circular Distributions "von_mises", ## Bounded Continuous Distributions "uniform", ## Distributions over Unbounded Vectors "multi_normal", "multi_normal_prec", "multi_normal_cholesky", "multi_gp", "multi_gp_cholesky", "multi_student_t", "gaussian_dlm_obs", ## Simplex Distributions "dirichlet", ## Correlation Matrix Distributions "lkj_corr", "lkj_corr_cholesky", ## Covariance Matrix Distributions "wishart", "inv_wishart" ].product([ "", "_lpmf", "_lupmf", "_lpdf", "_lcdf", "_lccdf", "_rng", "_log", "_cdf_log", "_ccdf_log" ]).map {|s| "#{s[0]}#{s[1]}"} ) end |
.keywords ⇒ Object
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# File 'lib/rouge/lexers/stan.rb', line 48 def self.keywords @keywords ||= Set.new %w( if else while for break continue print reject return ) end |
.reserved ⇒ Object
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# File 'lib/rouge/lexers/stan.rb', line 62 def self.reserved @reserved ||= Set.new [ # Reserved words from Stan language "for", "in", "while", "repeat", "until", "if", "then", "else", "true", "false", "target", "functions", "model", "data", "parameters", "quantities", "transformed", "generated", # Reserved names from Stan implementation "var", "fvar", "STAN_MAJOR", "STAN_MINOR", "STAN_PATCH", "STAN_MATH_MAJOR", "STAN_MATH_MINOR", "STAN_MATH_PATCH", # Reserved names from C++ "alignas", "alignof", "and", "and_eq", "asm", "auto", "bitand", "bitor", "bool", "break", "case", "catch", "char", "char16_t", "char32_t", "class", "compl", "const", "constexpr", "const_cast", "continue", "decltype", "default", "delete", "do", "double", "dynamic_cast", "else", "enum", "explicit", "export", "extern", "false", "float", "for", "friend", "goto", "if", "inline", "int", "long", "mutable", "namespace", "new", "noexcept", "not", "not_eq", "nullptr", "operator", "or", "or_eq", "private", "protected", "public", "register", "reinterpret_cast", "return", "short", "signed", "sizeof", "static", "static_assert", "static_cast", "struct", "switch", "template", "this", "thread_local", "throw", "true", "try", "typedef", "typeid", "typename", "union", "unsigned", "using", "virtual", "void", "volatile", "wchar_t", "while", "xor", "xor_eq" ] end |
.types ⇒ Object
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# File 'lib/rouge/lexers/stan.rb', line 54 def self.types @types ||= Set.new %w( int real vector ordered positive_ordered simplex unit_vector row_vector matrix cholesky_factor_corr cholesky_factor_cov corr_matrix cov_matrix data void complex array ) end |