Extensisq

Latest version: v0.4.0

Safety actively analyzes 639199 Python packages for vulnerabilities to keep your Python projects secure.

Scan your dependencies

Page 2 of 2

0.2.0

The Fortran code `DDEABM` is translated to Python and impemented as an `OdeSolver` class for `solve_ivp`.

Other updates:
* The error estimator order (instead of method order) is used for the initial step size estimation of the Runge Kutta methods.
* minor changes

0.1.1

Updates:
* Add more elaborate intial step estimator (by H.A. Watts)
* Add linear and cubic dense output classes
* Custom RungeKutta class that differs from Scipy's class in:
* intial step size method
* handling of end of the integration range (t_span[1])
* the dense output classes
* includes failed step counter

0.1.0

Changelog:
* High order Prince methods added
* Jupyter notebook for Prince methods
* Created a base class for conventional RK methods
* Created a base class for dense output with Horner's rule
* Some minor simplifications and modifications

0.0.2

package license for conda forge

0.0.1

first release of extensisq

Page 2 of 2

© 2024 Safety CLI Cybersecurity Inc. All Rights Reserved.