INTEGRATOR: A computational tool to solve ordinary differential equations with global error control. In recent papers the technique for local and global errors estimation and the local-global step size control have been presented to solve both ordinary differential equations and semi-explicit index 1 differential-algebraic systems by multistep methods with any automatically obtained reasonable accuracy. Now we describe the object oriented library INTEGRATOR (ver. 1.0) built in C++ for portability and performance across a wide class of machine architectures. Also we give some computational tests and a comparison with the software implemented the well-known Gear’s method which has been included into MATLAB (ver. 6.2, release 12).
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References in zbMATH (referenced in 1 article , 1 standard article )
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- Kulikov, Gennady Y.; Shindin, Sergey K.: INTEGRATOR: A computational tool to solve ordinary differential equations with global error control (2004)