Difference between revisions of "Sage in WeBWorK"

From WeBWorK_wiki
Jump to navigation Jump to search
(Created page with ' you can pass perl variables to the sage block if you need to from the problem initialization aubreyja_is that what you were trying to do? aubreyja_In that case, just do TEX…')
 
 
(42 intermediate revisions by 3 users not shown)
Line 1: Line 1:
  +
Sage is an open source, online symbolic mathematical system. Details on Sage can be found at http://www.sagemath.org .
   
  +
For use within WebWork, a special "single-cell" version of Sage is located at http://sagecell.sagemath.org
  +
<nowiki>
  +
## Template for calling Sage from within a WebWork pg file
   
  +
## BEGIN_DESCRIPTION
  +
## Sample problem embedding Sage in WW
  +
## END_DESCRIPTION
   
  +
DOCUMENT();
   
−
you can pass perl variables to the sage block if you need to from the problem initialization
  
  +
loadMacros(
  +
"PGstandard.pl",
  +
"MathObjects.pl",
  +
"sage.pl"
  +
);
   
−
aubreyja_is that what you were trying to do?
  
  +
TEXT(beginproblem());
   
−
aubreyja_In that case, just do TEXT(<<EOF);
  
  +
Context("Numeric");
   
−
aubreyja_not TEXT(<<'EOF');
  
  +
####### Answers to check by WeBWorK go in the list below.
   
−
JohnTravisWhat's the functional difference?
  
  +
$ansList = List("(pi)");
   
−
aubreyja_and make sure that the variables you want interpolated are defined above the sage block
  
  +
####### Possible Upper WeBWorK text
   
−
JohnTravis'EOF' vs just EOF?
  
  +
Context()->texStrings;
  +
BEGIN_TEXT
   
−
aubreyja_'EOF' tells perl not to interpolate variables, but <<EOF allows interpolation
  
  +
This is where WeBWorK problem text above the sage cell goes.
   
−
15:17aubreyja_yes
  
  +
END_TEXT
  +
Context()->normalStrings;
  +
  +
#### Sage Cell Server
  +
#### Paste your code below fixing @ and $
  +
#### Store any answers to send back as a list using the function below.
  +
#### making certain that is tabbed over correctly
  +
  +
$SageCode = <<SAGE_CODE;
  +
  +
var('a')
  +
a = pi
  +
record_answer((a))
  +
  +
SAGE_CODE
  +
  +
Sage(
  +
SageCode=>$SageCode,
  +
AutoEvaluateCell=>'true'
  +
);
  +
  +
  +
####### WeBWorK text display following the Sage cell
  +
  +
Context()->texStrings;
  +
BEGIN_TEXT
  +
  +
When you are comfortable with the coefficients that you have chosen, press
  +
the submit button below.
  +
  +
END_TEXT
  +
Context()->normalStrings;
  +
  +
######### Answer Evaluation
  +
  +
$showPartialCorrectAnswers = 1;
  +
NAMED_ANS( sageAnswer => $ansList->cmp );
  +
  +
ENDDOCUMENT(); # This should be the last executable line in the problem.
  +
  +
</nowiki>
  +
  +
The example shows how to pass perl variables from the problem initialization into the sage block.
  +
  +
:: TEXT(<<SAGE_CODE);
  +
  +
where << SAGE_CODE without single quotes is necessary. However, the Sage code will not execute if no variables are actually passed in. Since $ and @ within the Sage code are now interpreted by perl, all latex delimiters should be converted from $ signs to \ ( and \ ) pairs. Additionally, any @interact needs to be escaped and written as ~~@interact
  +
  +
If you are not passing any variables, use:
  +
  +
:: TEXT(<<'SAGE_CODE');
  +
  +
where <<'SAGE_CODE' tells perl not to interpret variables. Sage code can then be pasted in verbatim without any need to convert formatting or escaping other characters.
  +
  +
== See Also ==
  +
* [[Sage Embedding]]
  +
  +
[[Category:Developers]]

Latest revision as of 10:42, 24 June 2013

Sage is an open source, online symbolic mathematical system. Details on Sage can be found at http://www.sagemath.org .

For use within WebWork, a special "single-cell" version of Sage is located at http://sagecell.sagemath.org 

## Template for calling Sage from within a WebWork pg file

## BEGIN_DESCRIPTION
## Sample problem embedding Sage in WW
## END_DESCRIPTION

DOCUMENT();

loadMacros(
"PGstandard.pl",
"MathObjects.pl",
"sage.pl"
);

TEXT(beginproblem());

Context("Numeric");

#######   Answers to check by WeBWorK go in the list below.

$ansList = List("(pi)");

#######   Possible Upper WeBWorK text

Context()->texStrings;
BEGIN_TEXT

This is where WeBWorK problem text above the sage cell goes.

END_TEXT
Context()->normalStrings;

####                   Sage Cell Server
####  Paste your code below fixing @ and $
####  Store any answers to send back as a list using the function below.
####  making certain that is tabbed over correctly

$SageCode = <<SAGE_CODE;

var('a')
a = pi
record_answer((a))

SAGE_CODE

Sage(
  SageCode=>$SageCode,
  AutoEvaluateCell=>'true'
);


#######  WeBWorK text display following the Sage cell

Context()->texStrings;
BEGIN_TEXT

When you are comfortable with the coefficients that you have chosen, press
the submit button below.

END_TEXT
Context()->normalStrings;

#########  Answer Evaluation

$showPartialCorrectAnswers = 1;
NAMED_ANS( sageAnswer => $ansList->cmp   );

ENDDOCUMENT();        # This should be the last executable line in the problem.

The example shows how to pass perl variables from the problem initialization into the sage block.

TEXT(<<SAGE_CODE);

where << SAGE_CODE without single quotes is necessary. However, the Sage code will not execute if no variables are actually passed in. Since $ and @ within the Sage code are now interpreted by perl, all latex delimiters should be converted from $ signs to \ ( and \ ) pairs. Additionally, any @interact needs to be escaped and written as ~~@interact

If you are not passing any variables, use:

TEXT(<<'SAGE_CODE');

where <<'SAGE_CODE' tells perl not to interpret variables. Sage code can then be pasted in verbatim without any need to convert formatting or escaping other characters.

See Also

Retrieved from "https://webwork.maa.org/mediawiki_new/index.php?title=Sage_in_WeBWorK&oldid=12657"