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Searched for Functions : 78 matches

Circle fit (2D): least-squares or Chebshev: To fit a circle in 2D to data
Circle fit (3D): least-squares: To fit a circle in 3D to data
Cone fit: least-squares: To fit a cone to data
Cylinder fit: least-squares: To fit a cylinder to data
Density of air: To estimate the density of air
Density of water: To estimate the density of water
Distance (2D): To calculate the distance of one point from another in 2D
Distance (3D): To calculate the distance of one point from another in 3D
Distance to circle (2D): To calculate the distance of a point from a circle in 2D
Distance to circle (3D): To calculate the distance of a point from a circle in 3D
Distance to cone: To calculate the distance of a point from a cone
Distance to cylinder: To calculate the distance of a point from a cylinder
Distance to line (2D): To calculate the distance of a point from a line in 2D
Distance to line (3D): To calculate the distance of a point from a line in 3D
Distance to plane: To calculate the distance of a point from a plane
Distance to sphere: To calculate the distance of a point from a sphere
Distance to torus: To evaluate the distance of a point to a torus
Expanded uncertainty (explicit, Gaussian): To evaluate measurand and compute a ...
Fourier series evaluation: To evaluate a Fourier series
Fourier series fit: To fit a Fourier series to data
Gaussian distribution: To calculate the area under a Gaussian distribution
Geometric mean: To calculate the geometric mean of a set of data
Guassian Peak Fit: To fit a gaussian peak to data
Harmonic mean: To calculate the harmonic mean of a set of data
Huber mean: To calculate mean of a set of data with respect to the Huber norm
Inverse c2 distribution: To calculate the percentage point for c2 distribution
Inverse F-distribution: To calculate the percentage point for F-distribution
Inverse Gaussian: To calculate the percentage point for the Gaussian distribution
Inverse Student's t-distribution: To calculate the percentage point for Student's t ...
ITS-90 temperature: To calculate temperature from platinum resistance
Linear Chebyshev: To find the least minimax (l¥) solution of a linear system of ...
Linear l1: To find the least ``l1'' solution of a linear system of equations with ...
Linear least-squares: To find the least-squares solution of a linear system of ...
Linear orthogonal distance regression (2D): To fit a straight line in 2D to data, with ...
Linear orthogonal distance regression (3D): To fit a straight line in 3D to data, with ...
Mass correction: To determine the true mass based on reported mass
Maximum inscribed circle: To fit the largest circle inside the given data points
Minimum circumscribed circle: To fit the smallest circle containing the given data points
Monte-Carlo simulation (non-parametric): To calculate measurand value and compute its ...
Monte-Carlo simulation (parametric): To calculate measurand value and compute its ...
Non-linear least-squares solver: To find the least-squares solution of a system of non ...
ODE solver: To find a solution of an ordinary differential equation
Partial water vapour pressure (dew point): To calculate partial water vapour pressure ...
Partial water vapour pressure (humidity): To calculate partial water vapour pressure ...
Plane fit: least-squares: To fit a plane to data
Polynomial derivative: To calculate the derivative of a polynomial, given by some ...
Polynomial evaluation (by powers): To evaluate a polynomial, given by its powers
Polynomial evaluation (Chebyshev): To evaluate a polynomial, given by Chebyshev ...
Polynomial fit: To fit a polynomial to data
Polynomial generalised regression: To fit a polynomial to data with errors in both ...
Polynomial indefinite integral: To calculate the indefinite integral of a polynomial ...
Polynomial surface evaluation: To evaluate a representation of a polynomial surface
Polynomial surface fit: To fit a polynomial surface to data
random number generator: To generate a sequence of pseudo random number, of some ...
Refractive index of air: To estimate the refractive index of air
Sample mean: To calculate the sample mean of a set of data
Sample standard deviation: To calculate the sample standard deviation of a set of data
Sphere fit : least-squares: To fit a sphere to data
Spline derivative: To calculate the derivative of a spline function
Spline evaluation: To evaluate a spline function
Spline fit: To fit a spline to data
Spline indefinite integral: To calculate the indefinite integral of a spline function
Spline interpolation: To interpolate a spline, passing through given data points
Spline surface derivative: To calculate the gradient (first derivative) of a spline ...
Spline surface evaluation: To evaluate a representation of a spline surface
Spline surface fit: To fit a spline surface to data
Spline surface interpolation: To interpolate a spline surface, passing through given ...
Standard uncertainty of polynomial derivative: To calculate the standard uncertainty ...
Standard uncertainty of polynomial evaluation: To calculate the standard uncertainty ...
Standard uncertainty of polynomial integral: To calculate the standard uncertainty of ...
Standard uncertainty of spline derivative: To calculate the standard uncertainty of ...
Standard uncertainty of spline evaluation: To calculate the standard uncertainty of ...
Standard uncertainty of spline integral: To calculate the standard uncertainty of the ...
Standard variance (explicit): To evaluate measurand and compute its variance
Standard variance (implicit): To find measurand value and compute its variance
Sum of exponentials: To evaluate a sum of exponentials
Torus fit: least-squares: To fit a torus to data
Zero-finder: To find a zero of a function in an interval in which the function changes ...