version 1.6, 2001/06/13 19:53:03
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version 1.12, 2001/12/07 15:05:03
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the response to go in. It checks all styles of numerical |
the response to go in. It checks all styles of numerical |
supported in CAPA. Possible args are: |
supported in CAPA. Possible args are: |
<ul> |
<ul> |
<li><i>answer</i> required, specifies the correct answer, must be a perl list</li> |
<li><i>answer</i> required, specifies the correct answer, may be either a perl list or scalar</li> |
<li><i>type</i> optional, CAPA style str args, cs/ci/mc</li> |
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<li><i>units</i> optional, specifies unit of correct answer, CAPA style</li> |
<li><i>units</i> optional, specifies unit of correct answer, CAPA style</li> |
</ul> |
</ul> |
</li> |
</li> |
<li> |
<li> |
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<b><stringresponse></b> implements a string answer, |
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it needs an internal <b><textline></b> for the |
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response to go in. It can check the string for either case |
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or order. |
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<ul> |
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<li><i>answer</i> required, specifies the correct answer, may be either a perl list or scalar</li> |
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<li><i>type</i> optional, CAPA style str args, cs/ci/mc |
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<ul> |
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<li>cs - case senesitive, order important</li> |
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<li>ci - case insenesitive, order important</li> |
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<li>mc - case insenesitive, order unimportant</li> |
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</ul> |
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</li> |
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</ul> |
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<li> |
<b><essayresponse></b> implements a ungraded large |
<b><essayresponse></b> implements a ungraded large |
text response, it need an internal <b><textarea></b> |
text response, it need an internal <b><textarea></b> |
for the response to go in. |
for the response to go in. |
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<i>value</i> of a <foil>can only be "true" or |
<i>value</i> of a <foil>can only be "true" or |
"false" or "unused" |
"false" or "unused" |
</li> |
</li> |
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<li> |
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<b><dataresponse></b> implements a straight data |
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storage entry idea, needs and interveing input tag like |
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<textline> to work correctly.<br> |
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Arguments: |
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<ul> |
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<li> |
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<i>name</i> internal name for the value, it will have |
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the part id and respose id added on to it |
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</li> |
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<li> |
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<i>type</i> type of data stored in this response |
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field, should be one of the types supported by |
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parameter.html |
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</li> |
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<li> |
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<i>display</i> a string that will be used to describe |
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the field when interfacing with humans |
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</li> |
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</ul> |
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<li> |
</ul> |
</ul> |
<li> |
<li> |
<a name="foil">Foil Structure Tags</a> |
<a name="foil">Foil Structure Tags</a> |
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<b><window></b> the text in between is put in a |
<b><window></b> the text in between is put in a |
popup javascript window |
popup javascript window |
</li> |
</li> |
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<li> |
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<b><m></b> the inside text is LaTeX, and is |
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converted to HTML (or MathML) on the fly, if the argument |
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<i>eval</i> is set to "on" the intervening text will have |
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a perl var expansion done to it before being converted. |
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</li> |
</ul> |
</ul> |
</li> |
</li> |
<li> |
<li> |
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<td valign="top"><b>Differences (if any)</b</td> |
<td valign="top"><b>Differences (if any)</b</td> |
</tr> |
</tr> |
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<tr> |
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<td valign="top">sin(x), cos(x), tan(x)</td> |
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<td valign="top">&sin($x), &cos($x), &tan($x)</td> |
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<td valign="top">Trigonometric functions where x is in radians. $x |
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can be a pure number, i.e., you can call &sin(3.1415)</td> |
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<td valign="top"> </td> |
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</tr> |
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<tr> |
<tr> |
<td valign="top">sin(x), cos(x), tan(x)</td> |
<td valign="top">sin(x), cos(x), tan(x)</td> |
<td valign="top">&sin($x), &cos($x), &tan($x)</td> |
<td valign="top">&sin($x), &cos($x), &tan($x)</td> |
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</tr> |
</tr> |
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<tr> |
<tr> |
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<td valign="top">/DIS($x,"nn")</td> |
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<td valign="top">&format($x,"nn")</td> |
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<td valign="top">Display or format $x as nn where nn is nF or nE and n is an integer.</td> |
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<td valign="top"> The difference is obvious.</td> |
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</tr> |
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<tr> |
<td valign="top">roundto(x,n)</td> |
<td valign="top">roundto(x,n)</td> |
<td valign="top">&roundto($x,$n)</td> |
<td valign="top">&roundto($x,$n)</td> |
<td valign="top">Rounds a real number to n decimal points. $x and |
<td valign="top">Rounds a real number to n decimal points. $x and |
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</tr> |
</tr> |
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<tr> |
<tr> |
<td valign="top">map(seed;a,b,c,d;w,x,y,z)</td> |
<td valign="top">/MAP(seed;w,x,y,z;a,b,c,d)</td> |
<td valign="top">Option 1 - &map($seed,[\$w,\$x,\$y,\$z],\@a) or <br> |
<td valign="top">Option 1 - &map($seed,[\$w,\$x,\$y,\$z],[$a,$b,$c,$d]) or <br> |
Option 2 - &map($seed,\@a,[$w,$x,$y,$z]) <br> |
Option 2 - &map($seed,\@mappedArray,[$a,$b,$c,$d]) <br> |
where @a=('A','B','C','D') <br> |
Option 3 - @mappedArray = &map($seed,[$a,$b,$c,$d]) <br> |
$w='W'<br> |
Option 4 - ($w,$x,$y,$z) = &map($seed,\@a) <br> |
$x='X'<br> |
where $a='A'<br> |
$y='Y'<br> |
$b='B'<br> |
$z='Z'</td> |
$c='B'<br> |
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$d='B'<br> |
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$w, $x, $y, and $z are variables</td> |
<td valign="top">Assigns to the variables $w, $x, $y and $z the values of the |
<td valign="top">Assigns to the variables $w, $x, $y and $z the values of the |
variables A, B, C and D depending on the seed. (Option 1 of calling map). |
$a, $b, $c and $c (A, B, C and D). The precise value for $w .. depends |
In option 2, the values of $w, $x .. are mapped into the array @a. The two |
on the seed. (Option 1 of calling map). |
options illustrate the different grouping.</td> |
In option 2, the values of $a, $b .. are mapped into the array, @mappedArray. The two |
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options illustrate the different grouping. Options 3 and 4 give a consistent |
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way (with other functions) of mapping the items. For each option, the group can |
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be passed as an array, for example, [$a,$b,$c,$d] => \@a.</td> |
<td valign="top">In CAPA, the arguments are divided into three groups separated |
<td valign="top">In CAPA, the arguments are divided into three groups separated |
by a semicolon ;. In LON-CAPA, the separation is done by using [] brackets or |
by a semicolon ;. In LON-CAPA, the separation is done by using [] brackets or |
using an array @a. Note the backslash (\) before the arguments in the |
using an array @a. Note the backslash (\) before the arguments in the |
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<tr> |
<tr> |
<td valign="top">rmap(seed;a,b,c,d;w,x,y,z)</td> |
<td valign="top">rmap(seed;a,b,c,d;w,x,y,z)</td> |
<td valign="top">&rmap($seed,[\$w,\$x,\$y,\$z],\@a) or <br> |
<td valign="top">Option 1 - &rmap($seed,[\$w,\$x,\$y,\$z],[$a,$b,$c,$d]) or <br> |
&rmap($seed,\@a,[$w,$x,$y,$z]) <br> |
Option 2 - &rmap($seed,\@rmappedArray,[$a,$b,$c,$d]) <br> |
where @a=('A','B','C','D') <br> |
Option 3 - @rmapped_array = &rmap($seed,[$a,$b,$c,$d]) <br> |
$w='W'<br> |
Option 4 - ($w,$x,$y,$z) = &rmap($seed,\@a) <br> |
$x='X'<br> |
where $a='A'<br> |
$y='Y'<br> |
$b='B'<br> |
$z='Z'</td> |
$c='B'<br> |
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$d='B'<br> |
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$w, $x, $y, and $z are variables</td> |
<td valign="top">The rmap functions does the reverse action of map if the same seed |
<td valign="top">The rmap functions does the reverse action of map if the same seed |
is used in calling map and rmap. </td> |
is used in calling map and rmap. </td> |
<td valign="top">In CAPA, the arguments are divided into three groups separated |
<td valign="top">In CAPA, the arguments are divided into |
by a semicolon ;. In LON-CAPA, the separation is done by using [] brackets or |
three groups separated by a semicolon ;. In LON-CAPA, the |
using an array @a. Note the backslash (\) before the arguments in the |
separation is done by using [] brackets (with create an |
second and third groups.</td> |
unamed vector reference) or using an array @a. Note the |
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backslash (\) before the arguments in the second and |
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third groups (Which cause Perl to send to variable |
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locations rather than the variable values, similar to a C |
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pointer).</td> |
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</tr> |
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<tr> |
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<td valign="top">NOT IMPLEMENTED IN CAPA</td> |
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<td valign="top">$a=&xmlparse($string) </td> |
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<td valign="top">Runs the internal parser over the |
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argument parsing for display. <b>Warning</b> This will |
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result in different strings in different targets. Don't use |
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the results of this function as an answer.</td> |
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<td valign="top">New to LON-CAPA</td> |
</tr> |
</tr> |
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<tr> |
<tr> |
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<td valign="top">New to LON-CAPA</td> |
<td valign="top">New to LON-CAPA</td> |
</tr> |
</tr> |
<tr> |
<tr> |
<td valign="top">NOT IMPLEMENTED IN CAPA</td> |
<td valign="top">NOT DOCUMENTED IN CAPA</td> |
<td valign="top">@return_array=&random_multivariate_normal ($item_cnt,$seed,@mean,@covar) <br> |
<td valign="top">@return_array=&random_multivariate_normal ($item_cnt,$seed,\@mean,\@covar) <br> |
NOTE: @mean should be a length p array of real numbers. @covar should be a length |
NOTE: @mean should be of length p array of real numbers. @covar should be a length |
p array of references to length p arrays or real numbers (i.e. a p by p matrix.</td> |
p array of references to length p arrays of real numbers (i.e. a p by p matrix.</td> |
<td valign="top">Generate $item_cnt deviates of multivariate_normal distribution with |
<td valign="top">Generate $item_cnt deviates of multivariate_normal distribution with |
mean vector @mean and variance-covariance matrix. </td> |
mean vector @mean and variance-covariance matrix. </td> |
<td valign="top">New to LON-CAPA</td> |
<td valign="top">Note the backslash before the @mean and @covar arrays.</td> |
</tr> |
</tr> |
<tr> |
<tr> |
<td valign="top">NOT IMPLEMENTED IN CAPA</td> |
<td valign="top">NOT IMPLEMENTED IN CAPA</td> |
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<address><a href="mailto:albertel@marvin.lite.msu.edu">Guy Albertelli</a></address> |
<address><a href="mailto:albertel@marvin.lite.msu.edu">Guy Albertelli</a></address> |
<!-- Created: Thu May 17 15:05:35 EDT 2001 --> |
<!-- Created: Thu May 17 15:05:35 EDT 2001 --> |
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<!-- hhmts start --> |
Last modified: Tue June 12 15:25 EDT 2001 |
Last modified: Fri Dec 7 10:03:55 EST 2001 |
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