Symbide is a Python IDE which prioritizes physical and mathematical calculations.
Symbide is an impressive IDE designed for Python users with a focus on mathematical and physical calculations, which can be presented to an audience. The software operates in the same way as other Python IDEs and boasts features such as syntax-highlighting, error backtracking, and execution abortion to create a seamless experience for users.
However, what sets Symbide apart is its unique strength in allowing users to perform calculations interactively while providing convenient features to present the information generated. This is made possible by the ability to draw plots with various back-ends and embed them automatically into the output, as well as importing other types of images with ease. Once the calculations are complete, they can be saved in Symbide's format (xml) or exported as HTML files.
In terms of installation, the beauty of Symbide is that it can be easily tested without requiring a full installation. Simply extracting the archive from the latest source distribution and running the Symbide.py file in the symbide directory can give users access to the software. Alternatively, Symbide.py can be made executable, and users can start it with a double-click.
However, for a more permanent and system-wide installation, users can follow the instructions for installation on Windows or Linux. By doing so, all users of the operating system can use Symbide without the need to download it separately.
To use Symbide, the software requires some specific requirements, including Python, GTK+, PyGTK, GtkSourceView (optional), Sympy (optional), Gnuplot (optional), PIL (optional), 4suite (optional), Numpy (optional), and Scipy (optional). These requirements help the software to function correctly and efficiently.
In conclusion, Symbide is an excellent investment for anyone who requires an IDE designed specifically for mathematical and physical calculations. The software's interactive ability, convenient features, and ease of installation make it a top pick for Python users worldwide.
However, what sets Symbide apart is its unique strength in allowing users to perform calculations interactively while providing convenient features to present the information generated. This is made possible by the ability to draw plots with various back-ends and embed them automatically into the output, as well as importing other types of images with ease. Once the calculations are complete, they can be saved in Symbide's format (xml) or exported as HTML files.
In terms of installation, the beauty of Symbide is that it can be easily tested without requiring a full installation. Simply extracting the archive from the latest source distribution and running the Symbide.py file in the symbide directory can give users access to the software. Alternatively, Symbide.py can be made executable, and users can start it with a double-click.
However, for a more permanent and system-wide installation, users can follow the instructions for installation on Windows or Linux. By doing so, all users of the operating system can use Symbide without the need to download it separately.
To use Symbide, the software requires some specific requirements, including Python, GTK+, PyGTK, GtkSourceView (optional), Sympy (optional), Gnuplot (optional), PIL (optional), 4suite (optional), Numpy (optional), and Scipy (optional). These requirements help the software to function correctly and efficiently.
In conclusion, Symbide is an excellent investment for anyone who requires an IDE designed specifically for mathematical and physical calculations. The software's interactive ability, convenient features, and ease of installation make it a top pick for Python users worldwide.
What's New
Version 0.3.1: N/A