Package index
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stm_insert()stm_insert_vector()stm_insert_rows()stm_insert_cols() - Insert values into a matrix or vector
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stm_12th_root_of_root2 - Twelfth root of root 2
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stm_2_root_2 - 2 raised to root 2
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stm_arange() - Generate a sequence of values
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stm_charpoly() - Compute the characteristic polynomial of a matrix
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stm_companion() - Compute the companion matrix from a given vector
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stm_constant() - Create a constant matrix
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stm_constant_like() - Generate a constant matrix or vector like an existing matrix or vector
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stm_cuberoot_of_root2 - Cube root of root 2
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stm_cuberoot_of_root3 - Cube root of root 3
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stm_deg_to_radians() - Convert degrees to radians
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stm_delete_cols() - Delete specified columns from a data frame
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stm_delete_rows() - Delete specific rows from a data frame or matrix
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stm_descriptive_grouped() - Compute grouped data statistics
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stm_diag() - Diagonal matrix or vector with offset
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stm_digits() - Set default number of digits for computation
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stm_digits_from_tol() - Determine number of decimal digits from tolerance
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stm_e - Base of natural logarithms
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stm_euler_gamma - Euler-Gamma constant
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stm_euler_gompertz_delta - Euler-Gompertz constant
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stm_exp - Base of natural logarithms
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stm_exp_pi - Exponential of pi
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stm_eye() - Create a matrix with ones on the diagonal and zeros elsewhere
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stm_fexpr_vars() - Extract variable names from a mathematical expression
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stm_fliplr() - Flip a matrix left to right
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stm_flipud() - Flip a matrix upside down
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stm_fsystem() - Create and evaluate a system of expressions with vector inputs
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stm_function() - Convert string expression to function
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stm_gauss - Gauss constant
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stm_get_index() - Get index of a name in a vector, row, or column
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stm_gtable() - Create a styled table with gt
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stm_hadamard() - Generate Hadamard matrix
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stm_hankel() - Create Hankel matrix
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stm_hessenberg() - Compute Hessenberg matrix
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stm_hilbert() - Generate Hilbert matrix
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stm_identity() - Generate identity matrix
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stm_ivps_ab2() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_ab3() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_ab4() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_ab5() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_abm2() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_abm3() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_abm4() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_abm5() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_eheun() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_feuler() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_heun3() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_meuler() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_mmsimpson() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_msimpson() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_nystrom3() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_ralston2() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_rk3() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_rk38() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_rk4() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_rk5() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_rkf4() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_rkmersen() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_rkmeuler() - Solve initial value problems (IVPs) using numerical methods
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stm_ivps_rkmidpoint() - Solve initial value problems (IVPs) using numerical methods
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stm_keep_cols() - Keep specified columns in a data frame
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stm_keep_rows() - Keep specific rows in a data frame or matrix
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stm_levy_beta - Levy beta constant
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stm_levy_ebeta - Exponential of Levy beta constant
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stm_linspace() - Generate linearly spaced vector
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stm_ln2 - Natural logarithm of 2
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stm_logspace() - Generate log-spaced vector
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stm_mu - Connective constant
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stm_omega - Omega constant
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stm_ones() - Create a matrix of ones
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stm_ones_like() - Generate a matrix or vector of ones like an existing matrix or vector
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stm_pascal() - Generate Pascal's Triangle
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stm_phi - Golden ratio
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stm_pi - Mathematical constant pi
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stm_pi_ln2 - Pi divided by ln(2)
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stm_pi_log2 - Pi divided by log2
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stm_psi - Supergolden ratio
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stm_rad_to_degrees() - Convert radians to degrees
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stm_random_char() - Generate a random string of characters
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stm_random_matrix() - Generate a random matrix
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stm_random_number() - Generate a random number from a vector
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stm_random_vector() - Generate a random vector
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stm_repeat() - Repeat elements of a vector or matrix
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stm_rosser() - Generate the Rosser matrix
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stm_rot90() - Rotate a matrix by 90 degrees
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stm_round() - Round numeric data to specified digits
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stm_second_hermite_gamma - Second Hermite constant
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stm_siver_ratio_delta - Silver ratio
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stm_sqrt2 - Square root of 2
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stm_sqrt3 - Square root of 3
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stm_sqrt5 - Square root of 5
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stm_stack_cols() - Stack columns together into a data frame or matrix
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stm_stack_rows() - Stack rows together into a data frame or matrix
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stm_symmetric_from_vector() - Create a symmetric matrix from a vector
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stm_tau - Tau (2 * pi)
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stm_toeplitz() - Create a Toeplitz matrix
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stm_to_latex() - Convert matrix or string to LaTeX format
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stm_to_numeric() - Convert character columns to numeric
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stm_tril() - Extract lower triangular part of a matrix
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stm_tril_from_vector() - Create a lower triangular matrix from a vector
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stm_triu() - Extract upper triangular part of a matrix
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stm_triu_from_vector() - Create an upper triangular matrix from a vector
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stm_unpack() - Unpack elements of a data structure into the environment
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stm_vander() - Generate a Vandermonde matrix from a vector
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stm_vector_to_char() - Convert vector to a character string
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stm_zeros() - Generate a zero matrix
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stm_zeros_like() - Generate a matrix or vector of zeros like an existing matrix or vector
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stm_swap_vector()stm_swap_rows()stm_swap_cols() - Swap elements in a vector, rows, or columns
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stm_transpose()stm_t() - Transpose data frame, matrix, or tibble