Gaussian
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Fractalyse v.2.4.1
Fractal Analysis Software. Compute fractal dimensions with this application. Fractalyse was initially developed to measure fractal dimension of built up areas of cities. It may be used to compute fractal dimension of black and white image,
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Fourier Analysis Program v.1.0
Study general physics with the help of this simulation. Fourier Analysis software displays the Fourier transform of a user-defined complex spatial function of position and time. The default spatial function is a time-dependent complex Gaussian.
Central Limit Theorem v.1.1
Random additive process simulation. Central Limit Theorem software simulates a random additive process to illustrate that the distribution of the sum is a Gaussian,
Free Particle Wavepacket Model v.1.0
Study quantum physics with the help of this simulation. Free Particle Wavepacket model displays the time evolution of a free (V = 0 everywhere) initial Gaussian wave packet in position and momentum space.
Jamberoo v.10 Build 0317
Jamberoo (former JMolEditor) is a software for displaying, analyzing, editing, converting, and animating molecular systems. A software is in constant development to improve the existing code and to add new functionality.Jamberoo Features: 1.
ViewMol3D v.4.22
A 3D OpenGL viewer for molecular structures from the output of quantum chemistry calculations.ViewMol3D uses Windows implementation of workstation-class OpenGL (OpenGL is a trademark of Silicon Graphics, Inc.
LaserCalc v.0.5.1 rev 705
LaserCalc is an Open Source xWidgets software for the calculation of optical beam paths and laser resonators based on Gaussian beam matrix optics. In addition beam paths can be optimized to match given beam parameters (mode matching).
Var4dat v.1.3.1
Add Gaussian noise with this program. var4dat can add Gaussian noise to time-activity data. If optional isotope letter is specified, variance is increased by decay. If datafile contains weights, then the specified amount of variance is added to
Fvar4dat v.1.3.2
Time-activity data analysis made easy. fvar4dat can add Gaussian noise to time-activity data: SD(t) = Sqrt( c * TAC(t) * Exp(lambda*t) / frame_length ) TAC_noisy(t) = TAC(t) + SD(t)*G(0,1) Input and output TAcs are assumed to be decay corrected. If
Wvar4dat v.1.2.1
Add Gaussian noise to time-activity data with this software. wvar4dat can add Gaussian noise to time-activity data. SD is assumed to be equal to (noise level)*sqrt(1/weight), and the weights must be included in the DFT datafile (e.g. dftweigh).Usage:
Mvar4dat v.1.1.1
Add Gaussian noise to time-activity data with this program. mvar4dat can add Gaussian noise to time-activity data. Variance (SD) for each time frame is specified in SD file. SD file can be made e.g. with software dftstd.Usage: