Here's another answer to my own question!
http://www.sagenb.org/home/pub/1838
Thanx for your help,
A. Jorge Garcia
http://calcpage.tripod.com
Teacher & Professor
Applied Mathematics, Physics & Computer Science
Baldwin Senior High School & Nassau Community College
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Thanx for all your help! I am now able to answer my own question:
http://www.sagenb.org/home/pub/1837
HTH,
A. Jorge Garcia
http://calcpage.tripod.com
Teacher & Professor
Applied Mathematics, Physics & Computer Science
Baldwin Senior High School & Nassau Community College
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You received this
On 03/25/2010 06:52 PM, calcp...@aol.com wrote:
Note that you can use Octave/Matlab from the Sage notebook, if you
wanted.
<<
This requires that I install MATLAB or Octave, right?
Yes.
Thanks,
Jason
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"sage-edu
Note that you can use Octave/Matlab from the Sage notebook, if you
wanted.
<<
This requires that I install MATLAB or Octave, right? As root, I'm
trying to minimize my overhead, so I'll be installing SAGE only if
possible!
HTH,
A. Jorge Garcia
http://calcpage.tripod.com
Teacher & Professo
http://sagenb.org/home/pub/1833
<<
Wow, this is very nice, thank you! Its especially convenient to
edit/save a copy in my own sagenb account!
Thanx,
A. Jorge Garcia
http://calcpage.tripod.com
Teacher & Professor
Applied Mathematics, Physics & Computer Science
Baldwin Senior High School & N
On 03/24/2010 06:41 PM, calcp...@aol.com wrote:
OK, I use SAGE in my teaching a lot now. Its great for algebra, trig,
precalc, plots in 2D and 3D, limits, derivatives and integrals both
analytic and numerical.
There's only one thing holding me back from using SAGE exclusively. I
come from t
On 03/24/2010 10:05 PM, calcp...@aol.com wrote:
Well, that was easy! So are these SAGE objects that you have to
construct?
Yes.
Its not clear where this code comes from. Is it a python object, is
it from maxima, gap, what?
Python/Sage.
Still, these constructs do not preserve the matr
Well, that was easy! So are these SAGE objects that you have to
construct? Its not clear where this code comes from. Is it a python
object, is it from maxima, gap, what?
Still, these constructs do not preserve the matrix paradigm from
MATLAB. For example, in MATLAB you can pass a matrix as
On 03/24/2010 07:09 PM, David Joyner wrote:
You can use
sage: v = vector([1,2,3])
sage: w = vector([1,1,-4])
sage: w.dot_product(v)
-9
Even easier is w*v (which defaults to the dot product for vectors).
Jason
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"
You can use
sage: v = vector([1,2,3])
sage: w = vector([1,1,-4])
sage: w.dot_product(v)
-9
sage: w.norm()
3*sqrt(2)
etc. Just see http://www.sagemath.org/doc/tutorial/tour_linalg.html
for more examples.
On Wed, Mar 24, 2010 at 7:41 PM, wrote:
> OK, I use SAGE in my teaching a lot now. Its gr
On 03/24/2010 07:03 PM, Jason Grout wrote:
On 03/24/2010 06:41 PM, calcp...@aol.com wrote:
OK, I use SAGE in my teaching a lot now. Its great for algebra,
trig, precalc, plots in 2D and 3D, limits, derivatives and integrals
both analytic and numerical.
There's only one thing holding me back
On 03/24/2010 06:41 PM, calcp...@aol.com wrote:
OK, I use SAGE in my teaching a lot now. Its great for algebra, trig,
precalc, plots in 2D and 3D, limits, derivatives and integrals both
analytic and numerical.
There's only one thing holding me back from using SAGE exclusively. I
come from t
OK, I use SAGE in my teaching a lot now. Its great for algebra, trig,
precalc, plots in 2D and 3D, limits, derivatives and integrals both
analytic and numerical.
There's only one thing holding me back from using SAGE exclusively. I
come from the MATLAB/Octave world and miss the matrix paradi
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