Distance Between European Cities

This software offers a solution for users who want to find the distance between one or more United States zip codes. Zip codes can be added one at a time or loaded from a text file. The results are displayed in a list and can be saved as a text file, Excel file or copied to the clipboard for...

This function will compute the great circle distance between two points on a sphere of uniform radius using the Vincenty formula. At minimum, four inputs are required: lat1, long1, lat2, long2. Optionally, a fifth parameter (r) can be specified. If this parameter isn't specified it's assumed to...

This function computes the minimum euclidean distance between two polygons P1 & P2.- for vertex-vertex case


Platforms: Matlab

Computes the shortest distance between two line segments given start and end points for each. Adapts the algorithm found on Dan Sunday's website (http://softsurfer.com/Archive/algorithm_01...ment_to_Segment).Usage: Input the start and end x,y,z coordinates for two line segments.p1, p2 are [x,y,z]...


Platforms: Matlab

The solution to the problem of calculating the distance between an ellipse and a point is less than straightforward. The problem can be solved analytically however, which boild down to solving a quartic equation in cos(f), with (f) the true anomaly on the ellipse.This submission implements this...


Platforms: Matlab

% Find pair-wise SQUARE EUCLIDEAN distance% or 'Weighted square euclidean' distance% between each point in A and B% For 2 vector a, b% Euclidean distance= d = sum((a-b).^2)% Weighted version = d = sum(wts.*(a-b).^2)% ------------------------------% Input:% A= m_by_p, m points in p-dimension% B=...


Platforms: Matlab

The code calculates a metric between a pair of multivariate Gaussian Mixture Models.This is a demo code for the unscented Hellinger distance between a pair of Gaussian mixture models. The code follows the derivation of the multivariate unscented Hellinger distance introduced in [1]. Unlike the...


Platforms: Matlab

Function uses algorithm from Dan Sunday internet sitehttp://softsurfer.com/Archive/algorithm_01...ment_to_SegmentL1, L2 includes two points in matrix of 2*nwhere n are dimensions (3 in 3D).d - shortest distance between two linesPc,Qc - points where exists shortest distance...


Platforms: Matlab

Takes the list of coordinates between 2 groups of pixels and calculates the shortest distance between the 2 groups and returns their pixel coordinates.


Platforms: Matlab

Calculates the average log-spectral distance between CLEAN and NOISY signals. It has the capability of calculating this distance for a specified sub-band as well. This measure is used for evaluation of processed speech quality in comparison to the original speech.


Platforms: Matlab

Calculates the average log-spectral distance between CLEAN and NOISY signals. Has the option of calculating this distance for speech active periods only. Also you can select a frequency range to study the distance in a sub-band.


Platforms: Matlab

This code is the mex interface for computing Earth Movers Distance between signatures and is based on the Y. Rubner's C Implementation.(http://ai.stanford.edu/~rubner/emd/default.htm)For building the mex file you should have setup your mex build environment. Invoke "build_emd" for building and...


Platforms: Matlab

Zipdy is a program for calculating the distance between two zip codes and finding all the records in a RDBMS with a zip code with x miles of another zip code. Zipdy was written in C but is also available in PHP and perl.


Platforms: *nix

World Book's translucent 3D globe utilizes satellite photography to give you an astronaut's-eye view of Earth and let you quickly find the distance between any two cities. Just enter your starting and ending points the Distance Calculator plots them on both a three-dimensional globe and a flat...


Platforms: Mac

D = DISTMAT(X,Y) for matrices X and Y returns the distance matrix where the (i,j)th entry is the d-norm distance between the ith and jth row of X and Y respectively.DISTMAT(X,Y,d) computes a specific d-norm distance. Default=2[D,XI,YI]=DISTMAT(X,Y,d,var) gives the indices of the sorted values of...


Platforms: Matlab

In 1975, Vincenty published a rapidly converging algorithm for computing the distance between points on an ellipsoidal earth. The algorithm is precise to within a few millimeters. Since then, his algorithm has since seen significant implementation in geodesy and engineering. After adjusting the...


Platforms: Matlab

DIFFUSION_DISTANCE calculate the diffusion distance between matricesdist = diffusion_distance(im1, im2, [sig, dim], threshold, pad_type])[dist, iter] = diffusion_distance(im1, im2) compute the diffusion distancebetween im1 and im2 (histograms).Optionally returns the number of iterations. This...


Platforms: Matlab

The Mahalanobis distance between a pattern measurement vector of dimensionality D and the center of the class it belongs to is distributed as a chi^2 with D degrees of freedom, when an infinite training set is used. However, the distribution of Mahalanobis distance becomes either Fisher or Beta...


Platforms: Matlab

This program calculates the distance between two locations (latitude and longitude) using the Haversine formula. The Haversine formula gives the shortest distance between two points over the earth's surface, ignoring elevation, hills, etc...The program accepts two inputs that can be locations...


Platforms: Matlab

Calculate the distance of a given point P from a triangle TRI.Point P is a row vector of the form 1x3. The triangle is a matrix formed by three rows of points TRI = [P1;P2;P3] each of size 1x3. dist = pointTriangleDistance(TRI,P) returns the distance of the point P to the triangle TRI. [dist,PP0]...


Platforms: Matlab