This page also contains notes on differences between things that are different between Octave (in traditional mode) and MATLAB.
#Difference between matlab a and matlab b code
This chapter documents instances where MATLAB's parser will fail to run code that will run in Octave, and instances where Octave's parser will fail to run code that will run in MATLAB. Note: Octave can be run in "traditional mode" (by including the -traditional flag when starting Octave) which makes it give an error when certain Octave-only syntax is used. Octave and MATLAB users who must collaborate with each other need to take note of these issues and program accordingly. More recent versions of MATLAB introduced double quotes, but with different functionality to single quotes (albeit with some overlap in functionality).
For example, Octave supports the use of both single and double quotes, whereas older versions of MATLAB only supported single quotes, which meant parsing errors occurred if you tried to use double quotes (e.g. However, Octave's parser allows some (often very useful) syntax that MATLAB's does not, so programs written for Octave might not run in MATLAB. GNU Octave is mostly compatible with MATLAB. Some of the differences that do exist between Octave and MATLAB can be worked around using "user preference variables."
#Difference between matlab a and matlab b portable
EZPLOT is the best of the two options for cases like this one.Chapter 1: Introduction Hello World MATLAB Workspace MATLAB Variables *.mat filesĬhapter 2: Basic MATLAB Concepts MATLAB's Command Prompt Data File I/OĬhapter 3: Variable Manipulation Numbers and Booleans Strings Portable Functions Complex Numbers ArraysĬhapter 4: Graphics Basic Graphics Commands Annotating PlotsĬhapter 5: M File Programming Scripts Comments The Input Function Control Flow Loops and Branches Error Messages MATLAB Caveats Debugging M FilesĬhapter 6: Advanced Topics Numerical Manipulation Advanced File I/O Object Oriented Programming Applications and Examples Toolboxes and ExtensionsĬhapter 7: Alternatives to MATLAB What is Octave ? Octave/MATLAB differences But solving this equation will require you use some guess on the other side to replace zero to help you be able to split xy, and even then you will be plotting only one hypothesis. Graphing this will be hard using PLOT, since it requires that you write y on one side of the equation and x on the other side. You need to indicate the range of variation of the main variable, and you need to express the first variable with respect to the second. You must have noticed how complex it is to graph with PLOT. Here is a function which we want to graph.