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"Elliptic and Jacobi Elliptic Integrals", "topics": [ "ellipj", "ellipke" ] }, { "page": "eps", "title": "Floating Point Relative Accuracy", "topics": [ "eps" ] }, { "page": "erfz", "title": "Error Functions and Inverses (Matlab Style)", "topics": [ "erf", "erfc", "erfcinv", "erfcx", "erfi", "erfinv", "erfz" ] }, { "page": "errorbar", "title": "Plot Error Bars", "topics": [ "errorbar" ] }, { "page": "eta", "title": "Dirichlet Eta Function", "topics": [ "eta" ] }, { "page": "euler_heun", "title": "Euler-Heun ODE Solver", "topics": [ "euler_heun" ] }, { "page": "expint", "title": "Exponential and Logarithmic Integral", "topics": [ "expint", "expint_E1", "expint_Ei", "li" ] }, { "page": "expm", "title": "Matrix Exponential", "topics": [ "expm", "logm" ] }, { "page": "eye", "title": "Some Basic Matrices", "topics": [ "eye", "ones", "zeros" ] }, { "page": "ezcontour", "title": "Contour, Surface, and Mesh Plotter", "topics": [ "ezcontour", "ezmesh", "ezsurf" ] }, { "page": "ezplot", "title": "Easy Function Plot", "topics": [ "ezplot", "fplot" ] }, { "page": "ezpolar", "title": "Easy Polar Plot", "topics": [ "ezpolar" ] }, { "page": "fact", "title": "Factorial Function", "topics": [ "fact", "factorial2" ] }, { "page": "factors", "title": "Prime Factors", "topics": [ "factors" ] }, { "page": "fderiv", "title": "Numerical Differentiation", "topics": [ "fderiv" ] }, { "page": "fibsearch", "title": "Fibonacci Search", "topics": [ "fibsearch" ] }, { "page": "figure", "title": "Control Plot Devices (Matlab Style)", "topics": [ "figure" ] }, { "page": "findintervals", "title": "Find Interval Indices", "topics": [ "findintervals" ] }, { "page": "findmins", "title": "Find All Minima", "topics": [ "findmins" ] }, { "page": "findpeaks", "title": "Find Peaks", "topics": [ "findpeaks" ] }, { "page": "find", "title": "find function (Matlab Style)", "topics": [ "finds" ] }, { "page": "findzeros", "title": "Find All Roots", "topics": [ "findzeros" ] }, { "page": "fletcherpowell", "title": "Fletcher-Powell Conjugate Gradient Minimization", "topics": [ "fletcher_powell" ] }, { "page": "flipdim", "title": "Matrix Flipping (Matlab Style)", "topics": [ "circshift", "flipdim", "fliplr", "flipud" ] }, { "page": "fminbnd", "title": "Finding Function Minimum", "topics": [ "fminbnd" ] }, { "page": "fmincon", "title": "Minimize Nonlinear Constrained Multivariable Function.", "topics": [ "fmincon" ] }, { "page": "fminsearch", "title": "Derivative-free Nonlinear Function Minimization", "topics": [ "fminsearch" ] }, { "page": "fminunc", "title": "Minimize Unconstrained Multivariable Function", "topics": [ "fminunc" ] }, { "page": "fnorm", "title": "Function Norm", "topics": [ "fnorm" ] }, { "page": "fornberg", "title": "Fornberg's Finite Difference Approximation", "topics": [ "fornberg" ] }, { "page": "fprintf", "title": "Formatted Printing (Matlab style)", "topics": [ "fprintf" ] }, { "page": "fractalcurve", "title": "Fractal Curves", "topics": [ "fractalcurve" ] }, { "page": "fresnel", "title": "Fresnel Integrals", "topics": [ "fresnelC", "fresnelS" ] }, { "page": "fsolve", "title": "Solve System of Nonlinear Equations", "topics": [ "fsolve" ] }, { "page": "fzero", "title": "Root Finding Algorithm", "topics": [ "fzero" ] }, { "page": "fzsolve", "title": "Complex Root Finding", "topics": [ "fzsolve" ] }, { "page": "gammainc", "title": "Incomplete Gamma Function", "topics": [ "gammainc", "incgam" ] }, { "page": "gammaz", "title": "Complex Gamma Function", "topics": [ "gammaz" ] }, { "page": "gauss_kronrod", "title": "Gauss-Kronrod Quadrature", "topics": [ "gauss_kronrod" ] }, { "page": "gaussHermite", "title": "Gauss-Hermite Quadrature Formula", "topics": [ "gaussHermite" ] }, { "page": "gaussLaguerre", "title": "Gauss-Laguerre Quadrature Formula", "topics": [ "gaussLaguerre" ] }, { "page": "gaussLegendre", "title": "Gauss-Legendre Quadrature Formula", "topics": [ "gaussLegendre" ] }, { "page": "gaussNewton", "title": "Gauss-Newton Function Minimization", "topics": [ "gaussNewton" ] }, { "page": "gcd", "title": "GCD and LCM Integer Functions", "topics": [ "gcd", "Lcm" ] }, { "page": "geo_median", "title": "Geometric Median", "topics": [ "geo_median" ] }, { "page": "mean", "title": "Geometric and Harmonic Mean (Matlab Style)", "topics": [ "geomean", "harmmean", "trimmean" ] }, { "page": "givens", "title": "Givens Rotation", "topics": [ "givens" ] }, { "page": "gmres", "title": "Generalized Minimal Residual Method", "topics": [ "gmres" ] }, { "page": "golden_ratio", "title": "Golden Ratio Search", "topics": [ "golden_ratio" ] }, { "page": "grad", "title": "Numerical Gradient", "topics": [ "grad" ] }, { "page": "gradient", "title": "Discrete Gradient (Matlab Style)", "topics": [ "gradient" ] }, { "page": "gramschmidt", "title": "Gram-Schmidt", "topics": [ "gramSchmidt" ] }, { "page": "hadamard", "title": "Hadamard Matrix", "topics": [ "hadamard" ] }, { "page": "halley", "title": "Halley's Root Finding Mathod", "topics": [ "halley" ] }, { "page": "hampel", "title": "Hampel Filter", "topics": [ "hampel" ] }, { "page": "hankel", "title": "Hankel Matrix", "topics": [ "hankel" ] }, { "page": "hausdorff", "title": "Hausdorff Distance", "topics": [ "hausdorff_dist" ] }, { "page": "haversine", "title": "Haversine Formula", "topics": [ "haversine" ] }, { "page": "hessenberg", "title": "Hessenberg Matrix", "topics": [ "hessenberg" ] }, { "page": "hessian", "title": "Hessian Matrix", "topics": [ "hessian" ] }, { "page": "hessutils", "title": "Hessian utilities", "topics": [ "hessdiag", "hessvec" ] }, { "page": "hilb", "title": "Hilbert Matrix", "topics": [ "hilb" ] }, { "page": "histc", "title": "Histogram Count (Matlab style)", "topics": [ "histc" ] }, { "page": "histss", "title": "Histogram Bin-width Optimization", "topics": [ "histss" ] }, { "page": "hookejeeves", "title": "Hooke-Jeeves Function Minimization Method", "topics": [ "hooke_jeeves" ] }, { "page": "horner", "title": "Horner's Rule", "topics": [ "horner", "hornerdefl" ] }, { "page": "householder", "title": "Householder Reflections", "topics": [ "householder" ] }, { "page": "humps", "title": "Matlab Test Functions", "topics": [ "humps", "psinc", "sinc" ] }, { "page": "hurst", "title": "Hurst Exponent", "topics": [ "hurstexp" ] }, { "page": "hypot", "title": "Hypotenuse Function", "topics": [ "hypot" ] }, { "page": "ifft", "title": "Inverse Fast Fourier Transformation", "topics": [ "fftshift", "ifft", "ifftshift" ] }, { "page": "inpolygon", "title": "Polygon Region", "topics": [ "inpolygon" ] }, { "page": "integral", "title": "Adaptive Numerical Integration", "topics": [ "integral" ] }, { "page": "integral2", "title": "Numerically Evaluate Double and Triple Integrals", "topics": [ "integral2", "integral3" ] }, { "page": "interp1", "title": "One-dimensional Interpolation", "topics": [ "interp1" ] }, { "page": "interp2", "title": "Two-dimensional Data Interpolation", "topics": [ "interp2" ] }, { "page": "inv", "title": "Matrix Inverse (Matlab Style)", "topics": [ "inv" ] }, { "page": "invlap", "title": "Inverse Laplacian", "topics": [ "invlap" ] }, { "page": "isempty", "title": "isempty Property", "topics": [ "isempty" ] }, { "page": "isposdef", "title": "Positive Definiteness", "topics": [ "isposdef" ] }, { "page": "isprime", "title": "isprime Property", "topics": [ "isprime" ] }, { "page": "itersolve", "title": "Iterative Methods", "topics": [ "itersolve" ] }, { "page": "jacobian", "title": "Jacobian Matrix", "topics": [ "jacobian" ] }, { "page": "kriging", "title": "Interpolation by Kriging", "topics": [ "kriging" ] }, { "page": "kron", "title": "Kronecker product (Matlab Style)", "topics": [ "kron" ] }, { "page": "l1linreg", "title": "L1 Linear Regression", "topics": [ "L1linreg" ] }, { "page": "laguerre", "title": "Laguerre's Method", "topics": [ "laguerre" ] }, { "page": "lambertW", "title": "Lambert's W Function", "topics": [ "lambertWn", "lambertWp" ] }, { "page": "laplacian", "title": "Laplacian Operator", "topics": [ "laplacian" ] }, { "page": "lebesgue", "title": "Lebesgue Constant", "topics": [ "lebesgue" ] }, { "page": "legendre", "title": "Legendre Functions (Matlab Style)", "topics": [ "legendre" ] }, { "page": "line_integral", "title": "Line integral (in the complex plane)", "topics": [ "line_integral" ] }, { "page": "linearproj", "title": "Linear Projection onto a Subspace", "topics": [ "affineproj", "linearproj" ] }, { "page": "linprog", "title": "Linear Programming Solver", "topics": [ "linprog" ] }, { "page": "linspace", "title": "Linearly Spaced Sequences", "topics": [ "linspace" ] }, { "page": "logspace", "title": "Log-linearly Spaced Sequences", "topics": [ "logseq", "logspace" ] }, { "page": "lsqlin", "title": "Linear Least-Squares Fitting", "topics": [ "lsqlin" ] }, { "page": "lsqlincon", "title": "Linear Least-Squares Fitting with linear constraints", "topics": [ "lsqlincon" ] }, { "page": "lsqnonlin", "title": "Nonlinear Least-Squares Fitting", "topics": [ "lsqcurvefit", "lsqnonlin", "lsqnonneg", "lsqsep" ] }, { "page": "lu", "title": "LU Matrix Factorization", "topics": [ "lu", "lufact", "lusys", "lu_crout" ] }, { "page": "magic", "title": "Magic Square", "topics": [ "magic" ] }, { "page": "matlab", "title": "Matlab Compatibility", "topics": [ "matlab" ] }, { "page": "meshgrid", "title": "Generate a Mesh Grid", "topics": [ "meshgrid" ] }, { "page": "mexpfit", "title": "Multi-exponential Fitting", "topics": [ "mexpfit" ] }, { "page": "mldivide", "title": "Matlab backslash operator", "topics": [ "mldivide", "mrdivide" ] }, { "page": "mod", "title": "Integer Division", "topics": [ "idivide", "mod", "rem" ] }, { "page": "mode", "title": "Mode function (Matlab style)", "topics": [ "Mode" ] }, { "page": "moler", "title": "Moler Matrix", "topics": [ "moler" ] }, { "page": "movavg", "title": "Moving Average Filters", "topics": [ "movavg" ] }, { "page": "muller", "title": "Muller's Method", "topics": [ "muller" ] }, { "page": "nchoosek", "title": "Binomial Coefficients", "topics": [ "nchoosek" ] }, { "page": "ndims", "title": "Number of Dimensions", "topics": [ "ndims" ] }, { "page": "nearest_spd", "title": "Nearest Symmetric Positive-definite Matrix", "topics": [ "nearest_spd" ] }, { "page": "neldermead", "title": "Nelder-Mead Function Minimization Method", "topics": [ "nelder_mead" ] }, { "page": "neville", "title": "Neville's Method", "topics": [ "neville" ] }, { "page": "newmark", "title": "Newmark Method", "topics": [ "newmark" ] }, { "page": "newtonHorner", "title": "Newton's Root Finding Method for Polynomials.", "topics": [ "newtonHorner" ] }, { "page": "newtonInterp", "title": "Lagrange and Newtons Interpolation", "topics": [ "lagrangeInterp", "newtonInterp" ] }, { "page": "newtonRaphson", "title": "Rootfinding through Newton-Raphson or Secant.", "topics": [ "newton", "newtonRaphson" ] }, { "page": "newtonsys", "title": "Newton Method for Nonlinear Systems", "topics": [ "newtonsys" ] }, { "page": "nextpow2", "title": "Next Power of 2", "topics": [ "nextpow2" ] }, { "page": "nnz", "title": "Nonzero Elements", "topics": [ "nnz" ] }, { "page": "norm", "title": "Vector Norm", "topics": [ "Norm" ] }, { "page": "normest", "title": "Estimated Matrix Norm", "topics": [ "normest" ] }, { "page": "nthroot", "title": "Real nth Root", "topics": [ "nthroot" ] }, { "page": "nullspace", "title": "Kernel or Nullspace", "topics": [ "null", "nullspace" ] }, { "page": "numderiv", "title": "Richardson's Numerical Derivative", "topics": [ "numderiv", "numdiff" ] }, { "page": "numel", "title": "Number of Elements", "topics": [ "numel" ] }, { "page": "ode", "title": "Non-stiff (and stiff) ODE solvers", "topics": [ "ode23", "ode23s", "ode45", "ode78" ] }, { "page": "odregress", "title": "Orthogonal Distance Regression", "topics": [ "odregress" ] }, { "page": "orth", "title": "Range Space", "topics": [ "orth" ] }, { "page": "pade", "title": "Pade Approximation", "topics": [ "pade" ] }, { "page": "pascal", "title": "Pascal Triangle", "topics": [ "pascal" ] }, { "page": "pchip", "title": "Hermitean Interpolation Polynomials", "topics": [ "pchip", "pchipfun" ] }, { "page": "peaks", "title": "Peaks Function (Matlab Style)", "topics": [ "peaks" ] }, { "page": "perms", "title": "Generate Permutations", "topics": [ "perms" ] }, { "page": "piecewise", "title": "Piecewise Linear Function", "topics": [ "piecewise" ] }, { "page": "pinv", "title": "Pseudoinverse or Generalized Inverse", "topics": [ "pinv" ] }, { "page": "plotyy", "title": "Plotting Two y-Axes", "topics": [ "plotyy" ] }, { "page": "poisson2disk", "title": "Poisson Disk Sampling", "topics": [ "poisson2disk" ] }, { "page": "polar", "title": "Polar Coordinate Plot (Matlab Style)", "topics": [ "polar" ] }, { "page": "poly", "title": "Define Polynomial by Roots", "topics": [ "Poly" ] }, { "page": "poly2str", "title": "Print Polynomial", "topics": [ "poly2str" ] }, { "page": "polyadd", "title": "Adding Polynomials", "topics": [ "polyadd" ] }, { "page": "polyApprox", "title": "Polynomial Approximation", "topics": [ "polyApprox" ] }, { "page": "polyarea", "title": "Area of a Polygon", "topics": [ "polyarea", "poly_center", "poly_crossings", "poly_length" ] }, { "page": "polyder", "title": "Derivative of Polynomial", "topics": [ "polyder" ] }, { "page": "polyfit", "title": "Fitting by Polynomial", "topics": [ "polyfit", "polyfix" ] }, { "page": "polyint", "title": "Anti-derivative of Polynomial", "topics": [ "polyint" ] }, { "page": "polylog", "title": "Polylogarithm Function", "topics": [ "polylog" ] }, { "page": "polymul", "title": "Multiplying and Dividing Polynomials", "topics": [ "polydiv", "polymul" ] }, { "page": "polypow", "title": "Polynomial Powers", "topics": [ "polypow" ] }, { "page": "polytrans", "title": "Polynomial Transformations", "topics": [ "polygcf", "polytrans" ] }, { "page": "polyval", "title": "Evaluating a Polynomial", "topics": [ "polyval", "polyvalm" ] }, { "page": "pow2", "title": "Base 2 Power", "topics": [ "pow2" ] }, { "page": "ppfit", "title": "Piecewise Polynomial Fit", "topics": [ "ppfit" ] }, { "page": "pp", "title": "Piecewise Polynomial Structures", "topics": [ "mkpp", "ppval" ] }, { "page": "primes", "title": "Prime Numbers", "topics": [ "primes" ] }, { "page": "procrustes", "title": "Solving the Procrustes Problem", "topics": [ "kabsch", "procrustes" ] }, { "page": "psi", "title": "Psi (Polygamma) Function", "topics": [ "psi" ] }, { "page": "qpspecial", "title": "Special Quadratic Programming Solver", "topics": [ "qpsolve", "qpspecial" ] }, { "page": "qrSolve", "title": "LSE Solution", "topics": [ "qrSolve" ] }, { "page": "quad", "title": "Adaptive Simpson Quadrature", "topics": [ "quad" ] }, { "page": "quad2d", "title": "2-d Gaussian Quadrature", "topics": [ "quad2d" ] }, { "page": "quadcc", "title": "Adaptive Clenshaw-Curtis Quadrature", "topics": [ "quadcc" ] }, { "page": "quadgk", "title": "Adaptive Gauss-Kronrod Quadrature", "topics": [ "quadgk" ] }, { "page": "quadgr", "title": "Gaussian Quadrature with Richardson Extrapolation", "topics": [ "quadgr" ] }, { "page": "quadinf", "title": "Infinite Integrals", "topics": [ "quadinf" ] }, { "page": "quadl", "title": "Adaptive Lobatto Quadrature", "topics": [ "quadl" ] }, { "page": "quadprog", "title": "Quadratic Programming", "topics": [ "quadprog" ] }, { "page": "quadv", "title": "Vectorized Integration", "topics": [ "quadv" ] }, { "page": "quiver", "title": "Quiver or Velocity Plot", "topics": [ "quiver" ] }, { "page": "rand", "title": "Create Random Matrices", "topics": [ "rand", "randi", "randn", "randp", "rands", "randsample" ] }, { "page": "randcomb", "title": "Random Combination", "topics": [ "randcomb" ] }, { "page": "randortho", "title": "Generate Random Orthonormal or Unitary Matrix", "topics": [ "randortho" ] }, { "page": "randperm", "title": "Random Permutation", "topics": [ "randperm" ] }, { "page": "rank", "title": "Matrix Rank", "topics": [ "Rank" ] }, { "page": "rat", "title": "Continuous Fractions (Matlab Style)", "topics": [ "rat", "rats" ] }, { "page": "ratinterp", "title": "Rational Interpolation", "topics": [ "ratinterp" ] }, { "page": "rationalfit", "title": "Rational Function Approximation", "topics": [ "rationalfit" ] }, { "page": "rectint", "title": "Rectangle Intersection Areas", "topics": [ "rectint" ] }, { "page": "refindall", "title": "Find overlapping regular expression matches.", "topics": [ "refindall" ] }, { "page": "regexp", "title": "Match regular expression", "topics": [ "regexp", "regexpi" ] }, { "page": "regexprep", "title": "Replace string using regular expression", "topics": [ "regexprep" ] }, { "page": "repmat", "title": "Replicate Matrix", "topics": [ "repmat" ] }, { "page": "reshape", "title": "Reshape Matrix", "topics": [ "Reshape" ] }, { "page": "ridders", "title": "Ridders' Root Finding Method", "topics": [ "ridders" ] }, { "page": "rk4", "title": "Classical Runge-Kutta", "topics": [ "rk4", "rk4sys" ] }, { "page": "rkf54", "title": "Runge-Kutta-Fehlberg", "topics": [ "rkf54" ] }, { "page": "rmserr", "title": "Accuracy Measures", "topics": [ "rmserr" ] }, { "page": "romberg", "title": "Romberg Integration", "topics": [ "romberg" ] }, { "page": "roots", "title": "Polynomial Roots", "topics": [ "polyroots", "roots", "rootsmult" ] }, { "page": "rosser", "title": "Rosser Matrix", "topics": [ "rosser" ] }, { "page": "rot90", "title": "Matrix Rotation", "topics": [ "rot90" ] }, { "page": "rref", "title": "Reduced Row Echelon Form", "topics": [ "rref" ] }, { "page": "runge", "title": "Runge Function", "topics": [ "runge" ] }, { "page": "savgol", "title": "Savitzky-Golay Smoothing", "topics": [ "savgol" ] }, { "page": "segm_distance", "title": "Segment Distance", "topics": [ "segm_distance" ] }, { "page": "segm_intersect", "title": "Segment Intersection", "topics": [ "segm_intersect" ] }, { "page": "semilog", "title": "Semi-logarithmic Plots (Matlab Style)", "topics": [ "loglog", "semilogx", "semilogy" ] }, { "page": "shooting", "title": "Shooting Method", "topics": [ "shooting" ] }, { "page": "shubert", "title": "Shubert-Piyavskii Method", "topics": [ "shubert" ] }, { "page": "sici", "title": "Sine and Cosine Integral Functions", "topics": [ "Ci", "Si" ] }, { "page": "sigmoid", "title": "Sigmoid Function", "topics": [ "logit", "sigmoid" ] }, { "page": "simpadpt", "title": "Adaptive Simpson Quadrature", "topics": [ "simpadpt" ] }, { "page": "simpson", "title": "Simpson Integration", "topics": [ "simpson" ] }, { "page": "simpson2d", "title": "Double Simpson Integration", "topics": [ "simpson2d" ] }, { "page": "sind", "title": "Trigonometric Functions in Degrees", "topics": [ "acosd", "acotd", "acscd", "asecd", "asind", "atan2d", "atand", "cosd", "cotd", "cscd", "secd", "sind", "tand" ] }, { "page": "size", "title": "Size of Matrix", "topics": [ "size" ] }, { "page": "softline", "title": "Soft (Inexact) Line Search", "topics": [ "softline" ] }, { "page": "sorting", "title": "Sorting Routines", "topics": [ "bubbleSort", "heapSort", "insertionSort", "is.sorted", "mergeOrdered", "mergeSort", "quickSort", "quickSortx", "selectionSort", "shellSort", "testSort" ] }, { "page": "sortrows", "title": "Sort Rows of a Matrix (Matlab Style)", "topics": [ "sortrows" ] }, { "page": "spinterp", "title": "Monotone (Shape-Preserving) Interpolation", "topics": [ "spinterp" ] }, { "page": "sqrtm", "title": "Matrix Square and p-th Roots", "topics": [ "rootm", "signm", "sqrtm" ] }, { "page": "squareform", "title": "Format Distance Matrix (Matlab Style)", "topics": [ "squareform" ] }, { "page": "std", "title": "Standard Deviation (Matlab Style)", "topics": [ "std" ] }, { "page": "std_err", "title": "Standard Error", "topics": [ "std_err" ] }, { "page": "steep_descent", "title": "Steepest Descent Minimization", "topics": [ "steep_descent" ] }, { "page": "stereographic", "title": "Stereographic Projection", "topics": [ "stereographic", "stereographic_inv" ] }, { "page": "str2num", "title": "Converting string to number (Matlab style)", "topics": [ "num2str", "str2num" ] }, { "page": "strcat", "title": "String Concatenation", "topics": [ "strcat" ] }, { "page": "strcmp", "title": "String Comparison", "topics": [ "strcmp", "strcmpi" ] }, { "page": "strfind", "title": "Find Substrings", "topics": [ "findstr", "strfind", "strfindi" ] }, { "page": "strjust", "title": "Justify character vector", "topics": [ "strjust" ] }, { "page": "strrep", "title": "Find and replace substring", "topics": [ "strRep" ] }, { "page": "strtrim", "title": "Remove leading and trailing white space.", "topics": [ "deblank", "strTrim" ] }, { "page": "subspace", "title": "Angle between two subspaces", "topics": [ "subspace" ] }, { "page": "sumalt", "title": "Alternating Series Acceleration", "topics": [ "sumalt" ] }, { "page": "taylor", "title": "Taylor Series Approximation", "topics": [ "taylor" ] }, { "page": "tictoc", "title": "MATLAB timer functions", "topics": [ "tic", "toc" ] }, { "page": "titanium", "title": "Titanium Test Data", "topics": [ "titanium" ] }, { "page": "toeplitz", "title": "Toeplitz Matrix", "topics": [ "Toeplitz" ] }, { "page": "trace", "title": "Matrix trace", "topics": [ "Trace" ] }, { "page": "trapz", "title": "Trapezoidal Integration", "topics": [ "cumtrapz", "trapz", "trapzfun" ] }, { "page": "tri", "title": "Triangular Matrices (Matlab Style)", "topics": [ "tril", "triu" ] }, { "page": "trigApprox", "title": "Trigonometric Approximation", "topics": [ "trigApprox" ] }, { "page": "trigPoly", "title": "Trigonometric Polynomial", "topics": [ "trigPoly" ] }, { "page": "triquad", "title": "Gaussian Triangle Quadrature", "topics": [ "triquad" ] }, { "page": "trisolve", "title": "Tridiagonal Linear System Solver", "topics": [ "trisolve" ] }, { "page": "vander", "title": "Vandermonde matrix", "topics": [ "vander" ] }, { "page": "vectorfield", "title": "Vector Field Plotting", "topics": [ "vectorfield" ] }, { "page": "whittaker", "title": "Whittaker 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