| 14 | | The second most notable feature is that a new general purpose ODE solver, named {{{gbode}}}, was introduced. This solver is a fully configurable single-step solver, supporting many different integration methods, both explicit and implicit, with either fixed time step or variable time step with error control, event detection, and dense output for accurate resampling over a regular time grid. Implemented methods include Euler, Heun, Dormand-Prince, Gauss, Radau, Lobatto, Adams-Moulton, Fehlberg, DIRK, SDIRK, ESDIRK, etc. Adaptive multi-rate algorithms are also available within this solver, although this feature is still experimental. This solver replaces previously available solvers like {{{euler}}}, {{{impeuler}}}, {{{trapezoid}}}, etc., which are now deprecated and will be removed in future versions of the tool. |
| | 14 | The second most notable feature is that a new general purpose ODE solver, named {{{gbode}}}, was introduced. This solver is a fully configurable single-step solver, supporting many different integration methods, both explicit and implicit, using either fixed time step or variable time step with error control, handling event detection and dense output for accurate resampling over a regular time grid. Implemented methods include Euler, Heun, Dormand-Prince, Gauss, Radau, Lobatto, Adams-Moulton, Fehlberg, SDIRK, ESDIRK, etc. Adaptive multi-rate algorithms are also available within this solver, although this feature is still experimental. This solver replaces previously available solvers like {{{euler}}}, {{{impeuler}}}, {{{trapezoid}}}, etc., which are now deprecated and will be removed in future versions of the tool. |
