Henry Ford Model T
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MLtree v.1.0
Likelihood estimation of model parameters made easy. MLtree implement maximum likelihood estimation of model parameters given a fixed topology with user-defined branch lengths. It includes DNA model of substitution as well as a serie of Markov model designed ...
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Vintage Cars v.1.0.0.0
" Classic cars can mean anything from an early Model T to a 1970s "Muscle Car."
This guide will not only teach you the different types of classic cars, but what you need to do to restore the car, where to look for parts and where you can display ...
C.A.T.S. Checksum Utility v.2 11
T.S. Checksum Utility allows you to apply a new checksum to a manually altered binary file, or display the current manufacturer and IEEE checksums of a binary file. This program is compatible with most pre-OBDII GM and Ford EEC-IV ECM files.
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Wave Function Plotter Model v.1.0
Wave Function Plotter model displays a one-dimensional wave function u(x,t) depicting a disturbance at position x and time t. The disturbance can be mass density, pressure, or electric field depending on the physical context. The default wave function ...
Waveguide Model v.1.0
Waveguide model displays the motion of a traveling wave forced to move between two walls in a waveguide. The two walls are located at y = 0 and a, so that its normal modes are u(t,x) = A sin(n y/a) cos(k x - t) with n a positive integer. The phase velocity ...
Duffing Oscillator Model v.1.0
Duffing Oscillator Model is a simple, Java based software designed to compute the solutions to the non-linear Duffing equation, which reads, x + 2γx - x (1 - x2) = f cos(ωt), where each prime denotes a time derivative. The simulation displays the solution ...
Duffing Poincare Model v.1.0
Duffing Poincare model computes the solutions to the non-linear Duffing equation, which reads, x'' + 2 x' - x (1 - x2) = f cos( t), where each prime denotes a time derivative. The simulation displays the solution Poincare plot. The evolution parameters ...
Duffing Measure Model v.1.0
Duffing Measure model computes the solutions to the non-linear Duffing equation, which reads, x'' + 2 x' - x (1 - x2) = f cos( t), where each prime denotes a time derivative. The simulation displays the evolution of a group of oscillators with similar ...
Duffing Chaos Model v.1.0
Duffing Chaos model computes the solutions to the non-linear Duffing equation, which reads, x'' + 2 x' - x (1 - x2) = f cos( t), where each prime denotes a time derivative. The simulation displays two solutions with different initial positions and a ...
Adiabatically Changing Harmonic Oscillator Model v.1.0
Ejs Adiabatically Changing Harmonic Oscillator model displays the frictionless dynamics of a mass on a spring where the angular frequency of the oscillator adiabatically changes with time according to: = 0 + t . The simulation displays the cumulative ...
Action for the Harmonic Oscillator Model v.1.0
Action for the Harmonic Oscillator model displays the trajectory of a simple harmonic oscillator by minimizing the classical action. The simulation displays the endpoints of the motion (t,x) which can be changed by using the textboxes or dragging, and ...
Duffing Attractor Model v.1.0
The Ejs Duffing Attractor model computes the solutions to the non-linear Duffing equation, which reads, x'' + 2 x' - x (1 - x2) = f cos( t), where each prime denotes a time derivative. The simulation displays a three-dimensional plot of phase space versus ...
Ikeda Delay Differential Equation Model v.1.0
Ikeda Delay Differential Equation model shows the dynamics of a delay differential equation that depends on the value of the dynamical variable x(t) at a previous time x(t-?). Sprott shows that these systems provide elegant examples of chaos in systems ...
Scotts Model Railroad Screensaver
Scott's Model Railroad Screensaver (SBRail) displays an animated model railroad train that cruises across your desktop. The screensaver includes awesome graphical backgrounds taken from photographs of arizona. The cars are photographed verisons of actual ...