File:  [LON-CAPA] / loncom / homework / templates / SimpleMathResponse.problem
Revision 1.3: download - view: text, annotated - select for diffs
Mon Jul 6 17:12:47 2009 UTC (14 years, 10 months ago) by bisitz
Branches: MAIN
CVS tags: version_2_9_99_0, version_2_12_X, version_2_11_X, version_2_11_4_uiuc, version_2_11_4_msu, version_2_11_4, version_2_11_3_uiuc, version_2_11_3_msu, version_2_11_3, version_2_11_2_uiuc, version_2_11_2_msu, version_2_11_2_educog, version_2_11_2, version_2_11_1, version_2_11_0_RC3, version_2_11_0_RC2, version_2_11_0_RC1, version_2_11_0, version_2_10_X, version_2_10_1, version_2_10_0_RC2, version_2_10_0_RC1, version_2_10_0, loncapaMITrelate_1, language_hyphenation_merge, language_hyphenation, bz6209-base, bz6209, bz2851, PRINT_INCOMPLETE_base, PRINT_INCOMPLETE, HEAD, GCI_3, BZ4492-merge, BZ4492-feature_horizontal_radioresponse, BZ4492-feature_Support_horizontal_radioresponse, BZ4492-Support_horizontal_radioresponse

Consistent problem templates:
- New line after each tag (not for texts in foils)
- One empty row after each end tag and before new start tag for second level tags
- No indentation for second level tags, e.g. <script>
- Four white spaces as indentation for each further sub level
    Exceptions:
        -Content (mostly text) in separate line(s): no indentation
        - Concept groups: same indentation as foilgroup
          (allows to insert code from problems without concept groups without changing the indentation and vice versa)
- No new line at end of template
- Removed new lines from within the middle of default texts
- Added one blank each after "<m>$" and before "$</m>" to ensure no misinterpretation neither by human nor by machine (e.g. "<m>$x" is not "<m>$ $x")
- Replaced deprecated font tag in <instructorcomment> by CSS
- Removed dos line endings
- dos2unix conversion
  (ClickImageExample.problem, RandomLabelExample.problem, SimpleMatching.problem)

    1: <problem>
    2: 
    3: <script type="loncapa/perl">
    4: $x = &random(-1,1,2) * &random(1,5,1);
    5: $y = &random(-1,1,2) * &random(1,3,1);
    6: @args = ($x, $y);
    7: $yaa = $y-3*$x;
    8: if ($yaa > 0) {
    9:   $yaa = "+" . $yaa;
   10: } elsif ($yaa == 0) {
   11:   $yaa = "";
   12: }
   13: $example = "3x$yaa is an example for a function having constant slope which passes through the point ($x | $y). The slope is not given explicitly, so there are different possibilities for this function.";
   14: </script>
   15: 
   16: <startouttext />
   17: State a function y(x) with constant slope which passes through the point ($x | $y).<br />
   18: <br />
   19: y(x) =
   20: <endouttext />
   21: 
   22: <mathresponse answerdisplay="$example" cas="maxima" args="@args">
   23:     <answer>
   24: y(x):=RESPONSE[1];
   25: hitspoint:is(abs(y(LONCAPALIST[1]) - LONCAPALIST[2]) <= 0.000000001);
   26: islinear:is(diff(y(x),x,2) = 0);
   27: hitspoint and islinear;
   28:     </answer>
   29:     <textline readonly="no" size="50" />
   30: </mathresponse>
   31: 
   32: </problem>