GridSphere by Kurt

Produces a nearly even grid over the surface of a sphere. (sphere, grid, geodesic)

AreBadValues(A)

AreEqual(ones, twos)

AreWithin(ones, twos, tolerance)

hypersphere / n-sphere by Michael Völker

Generate n-dimensional Ellipsoid or Sphere (hypersphere, nsphere, spheren)

hypersphere( varargin )

Animations by Ankur Pawar

Some animation in MATLAB (animation, 3d, epicycloid)

[xd,yd]=transform2d(x,y,tx,ty,phi,xr,yr,sx,sy)

epitrochoid(r1,r2,len)

hypotrochoid(r1,r2,len)

Find Nearest Neighbors on Sphere by Kurt

To be used with the GridSphere function to look up the nearest point to a query on a geodesic grid. (nearest neighbor, gridsphere, sphere)

...

Archaversine(values)

AreEqual(ones, twos)

Robot Soccer 2.0: Modeling Team Strategies with Stateflow and Network Effects with SimEvents by Saurabh Mahapatra

Additional discrete modeling enhancements to the demo (3d, animation, ball)

RoboSoccer_11b

Team_1_Strategy

Team_2_Strategy

Bouncy Ball Clock by Brian Cody

Bouncy Ball Clock is a novel clock representation that uses four chambers of elastically colliding b (fun, ball, novel)

BouncyBallClock

MATLAB Pool by Husam Aldahiyat

Simple game of 6-ball billiards. (pool, billiards, game)

pool(varargin)

Robot Soccer: An Exercise in Learning the Key Features of Simulink by Saurabh Mahapatra

Demo files to accompany the Introduction to Simulink webinar (football, ball, webinar)

RoboSoccer

RoboSoccer_10b

Team_1_Strategy

Bouncing Ball with Damping and Temperature Visualization by Saurabh Mahapatra

Extension of the bouncing ball demo for the getting started series demos. (3d, integrator, simulink)

bouncing_ball_heat

A Ball Tracking Application by Fuat Cogun

The tracker implements the Covariance Tracking method to track the ball in a football match (ball, covariance, covariance matrix)

drawDetectionWindow(I,estPositionX,estPositionY,size)

findCovarianceMatrix(I, positionX, positionY, size)

getScreenSize()

Move Sphere by Husam Aldahiyat

Creates a randomly coloured sphere and moves it from point A to point B with speed V. (sphere, rotate, move)

h=movsph(r,A,B,V,op1,ph)

sphz()

Bouncing Smiley Face by Husam Aldahiyat

Exaggerated and somewhat cartoonish simulation of the physics of a bouncing smiley face. (bouncing, ball, random)

bb2()

Bouncing Ball Physics by Husam Aldahiyat

Fun Graphical User Interface that simulates the simplified physics of a ball bouncing off the ground (ball, gui, physics)

bb()

Ping-Pong Ball Tracker by Alireza Fasih

Tracking a white ball with a simple method. (application, tracker, ball)

tracking.m

Tennis by Giampiero Campa

Fairly detailed simulation of a tennis ball flight and bounce. (mechanical modeling, tennis, aerodynamics)

[Psw,Pww,Pws,Pss]=sstrat(Gs,Qs,Gw,Qw)

[Vbo,Wbo]=tnsbounce(Vb,ts,Vs,Ns,cor,cof,plt);

[pL,tL,ncl]=tnsstroke(p0,v0sph,ts,plt);