SageLinux
vs
DeriveWindows
Sage, alternative Linux à Derive
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Sage is a capable replacement for Derive if you are comfortable with a more powerful, script‑driven environment. It handles symbolic algebra, exact fractions, radicals, differentiation, integration, and 2‑D plotting. The interface is more complex than Derive’s simple educational UI, but Sage’s notebook and Python console give flexibility for learning and teaching. Students who need a lightweight, focused tool may find Sage heavy, while teachers or advanced users who want deeper mathematical exploration will benefit.
- Licence
- GPL-2.0-or-later
- Prix
- Gratuit
- Dernière version
- —
- Note
- 4/5 (1)
Ce qui fonctionne pareil
- Both provide symbolic manipulation and exact arithmetic with fractions and radicals
- Both support differentiation and integration
- Both can plot functions in two dimensions
- Both run natively on Linux
Ce qui change
- Sage uses a Python‑based interface rather than a simple point‑and‑click GUI
- Sage includes extensive additional libraries (linear algebra, statistics, graph theory) not present in Derive
- Sage requires more system resources and is slower on very old hardware
- Derive’s step‑by‑step simplification is more straightforward and geared toward education
- Derive’s interface is intentionally minimal, whereas Sage offers a notebook and command line
Ouvrir vos fichiers Derive
Derive’s proprietary file format is not directly supported by Sage. There is no documented import routine for .der files. Users must re‑enter expressions manually or export Derive data to a common format such as plain text or LaTeX and then copy it into Sage. Exporting from Sage to a format readable by other CAS is possible, but reverse compatibility is limited.
Passer de Derive à Sage, étape par étape
- 1. Install Sage on your Linux system via the package manager or official installer.
- 2. Open SageMath Notebook or the command line interface.
- 3. Re‑type or paste your Derive expressions into Sage’s input cells.
- 4. Use Sage’s
simplify,diff,integrate, andplotfunctions to replicate Derive operations. - 5. Save your Sage notebooks as .sage or .ipynb files for future use.
Fonctionnalités clés de Sage
- Algèbre et calcul symboliques
- Analyse numérique et algèbre linéaire
- Théorie des graphes et combinatoire
- Théorie des nombres et cryptographie
- Interface de scripting basée sur Python
- Notebook interactif (SageMath Notebook)
- Intégration avec Numpy et SciPy
- Outils d'analyse statistique
Questions fréquentes
Is Sage easier to learn than Derive?
Sage has a steeper learning curve because it relies on Python syntax and a notebook interface. Derive was designed for quick, visual manipulation, so beginners may find it more approachable.
Can Sage run on older hardware?
Sage is heavier than Derive and may struggle on very low‑end machines. It requires a modern Linux kernel, a few GB of RAM, and a recent CPU for interactive use.
Does Sage support step‑by‑step simplification?
Sage can display intermediate steps using the simplify function with steps=True, but the output is textual rather than the graphical step‑by‑step view that Derive offered.