storm rise
Exploding Rocket
Uses JavaScript and DHTML to animate a rocket which rises up the screen in different colours then explodes in a shower of sparks, like fireworks! more>> Uses JavaScript and DHTML to animate a rocket which rises up the screen in different colours then explodes in a shower of sparks, like fireworks!<<less
OBFUSC 1..1
Unlike products that only encode the sources and decode them at runtime, selling only an illusion of protection, OBFUSC is a real obfuscator, with no extensions installed on servers and providing full control over the obfuscation process through a nice more>> Unlike products that only encode the sources and decode them at runtime, selling only an illusion of protection, OBFUSC is a real obfuscator, with no extensions installed on servers and providing full control over the obfuscation process through a nice and powerfull user interface. OBFUSC incorporates a true PHP parser to ensure that all the syntax is properly handled. You can decide case by case if an identifier should be or not obfuscated. The default settings and decisions provide around 90% rate of obfuscation without human intervention for a normal project. You can make manual decisions and rise this rate in cases where OBFUSC is not 100% sure that understand all code intentions. If you want to preserve names as a part of an API for customers you can easily do this, too. From interface you can choose what files are not to be obfuscate and all identifiers used in those files will not be scrambled in the rest of the project.<<less
PyEphem 3.7b
PyEphem provides scientific-grade astronomical computations for the Python programming language. more>> PyEphem 3.7b provides you a wonderful tool which provides scientific-grade astronomical computations for the Python programming language. Given a date and location on the Earths surface, it can compute the positions of the Sun and Moon, of the planets and their moons, and of any asteroids, comets, or earth satellites whose orbital elements the user can provide.
Additional functions are provided to compute the angular separation between two objects in the sky, to determine the constellation in which an object lies, and to find the times at which an object rises, transits, and sets on a particular day.
Rise Time, Settling Time, Percent Overshoot Comput
Rise Time, Settling Time, Percent Overshoot Computation - Interpolate step response data to find transient response specs. more>> Rise Time, Settling Time, Percent Overshoot Comput offers you a convenient tool which has interpolate step response data to find transient response specs.
STEPSPECS System Step Response Specifications.
[OS,Ts,Tr]=STEPSPECS(T,Y,Yss,Sp) returns the percent overshoot OS, settling time Ts, and rise time Tr from the step response data contained in T and Y. Y is a vector containing the system response at the associated time points in the vector T. Yss is the steady state or final value of the
response.
If Yss is not given, Yss=Y(end) is assumed. Sp is the settling time percentage. If Sp is not given, Sp = 2% is assumed. The settling time is the time it takes the response to converge within -Sp percent of Yss. The rise time is assumed to be the time for the response to initially travel from 10% to 90% of the final value Yss.
Requirements:
- MATLAB Release: R14SP1
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