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How to typesetting inline row vectors in mathtools?
I have (another) question on typesetting inline row vectors. I’m using amsmath and mathtools. I’m aware of the smallmatrix environment. Unfortunately, the elements of the vector get scaled. This seems completely unnecessary to me. Also the bmatrix environment is not a solution for me, since the delimiters are larger than “normal” text brackets.
Is it possible to center the entries in smallmatrix?
Yes, it is possible. The environment smallmatrix, by default, centers the entries. In the following code I defined two mew environments similar to smallmatrix: lsmallmatrix (left alignment for the entries) and rsmallmatrix (right alignment for the entries).
Are there any inline column vectors in amsmath?
egthinspace, egmedspace and egthickspace are commands implemented by the amsmath package to produce negative horizontal spacing; their default value is 3mu, 4mu plus 2mu minus 4mu, and 5mu plus 5mu, respectively. Those commands can be used both in text and math mode. 1,1,2,3,5,8,13,21,34,55,89,144,233,…
What are two Mew environments similar to smallmatrix?
In the following code I defined two mew environments similar to smallmatrix: lsmallmatrix (left alignment for the entries) and rsmallmatrix (right alignment for the entries). I used those (together with smallmatrix) to define new commands for 3×1 matrices with different alignment.
Which is an example of a row vector?
The vector is 1 × 4. If, as in the preceding examples, the values in the vector are regularly spaced, the colon operator can be used to iterate through these values. For example, 2:6 results in all of the integers from 2 to 6 inclusive: In this vector, there are five elements; the vector is a 1 × 5 row vector.
Is there a package that can handle an arbitrary number of elements in the row vector?
Unfortunately, the elements of the vector get scaled. This seems completely unnecessary to me. Also the bmatrix environment is not a solution for me, since the delimiters are larger than “normal” text brackets. Is there a package that can handle this special case for an arbitrary number of elements in the row vector?
How is a row vector created in MATLAB?
Row vectors are created using square brackets [ ] , with blank spaces or commas to separate elements. Element k of a vector u is accessed as u (k), where k is an integer between 1 and numel (u).