Calcpad-Symbolic
Calcpad-Symbolic extends the CalcpadCE engineering calculator with symbolic math engines (AngouriMath, Maxima, SymPy), enabling structural engineers and mathematicians to solve differential equations, perform tensor calculus, compute Laplace transforms, and run finite element analysis within a single document-driven interface. It integrates Python and OpenSeesPy for numerical simulation while preserving CalcpadCE's native HTML report generation and unit-aware computation.
Calcpad-Symbolic extends CalcpadCE engineering calculator with three symbolic math engines (AngouriMath, Maxima, SymPy) and Python integration, enabling structural engineers to solve differential equations, perform tensor calculus, and run FEM analysis within a unified document interface. The project bridges the gap between numerical computation and symbolic mathematics for engineering workflows while maintaining CalcpadCE's native HTML report generation.
- ✓Seamless integration of three different CAS engines with fallback capabilities and unified syntax
- ✓Novel inline directive system allowing mixed text/math expressions within document flow
- ✓Specialized tensor calculus and FEM features tailored for structural engineering workflows
- →Add comprehensive test coverage and error handling for edge cases in symbolic computations
- →Implement caching mechanisms for expensive symbolic operations and external process calls