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[WWcvs] webwork2: adding more files to make modelCourse conform with
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From: Mike G. v. a. <we...@ma...> - 2005-07-28 19:43:57
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Log Message:
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adding more files to make modelCourse conform with hosted.webwork version
Added Files:
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webwork2/courses/modelCourse/templates/setMAAtutorial/htmllinksexample:
1-24438.gif
1-31126.gif
1-34859.gif
1-42639.gif
1-76239.gif
1-89540.gif
1-91734.gif
1-96355.gif
1.gif
2-42653.gif
2-49261.gif
2-54427.gif
2-62384.gif
2-64591.gif
2-70190.gif
2-81779.gif
2-92879.gif
2.gif
3-14197.gif
3-14538.gif
3-37616.gif
3-46739.gif
3-52898.gif
3-68458.gif
3-89262.gif
3-99389.gif
3.gif
htmllinksexample.pg
webwork2/courses/modelCourse/templates/setMAAtutorial/staticgraphicsexample:
1-24438.gif
1-24438.png
1-31126.gif
1-31126.png
1-34859.gif
1-34859.png
1-42639.gif
1-42639.png
1-76239.gif
1-76239.png
1-89540.gif
1-89540.png
1-91734.gif
1-91734.png
1-96355.gif
1-96355.png
1.gif
1.png
2-42653.gif
2-42653.png
2-49261.gif
2-49261.png
2-54427.gif
2-54427.png
2-62384.gif
2-62384.png
2-64591.gif
2-64591.png
2-68458.png
2-68458.pnm
2-70190.gif
2-70190.png
2-81779.gif
2-81779.png
2-92879.gif
2-92879.png
2.gif
2.png
3-14197.gif
3-14197.png
3-14538.gif
3-14538.png
3-37616.gif
3-37616.png
3-46739.gif
3-46739.png
3-52898.gif
3-52898.png
3-68458.gif
3-68458.png
3-89262.gif
3-89262.png
3-99389.gif
3-99389.png
3.gif
3.png
staticgraphicsexample.pg
tmp
Revision Data
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--- /dev/null
+++ courses/modelCourse/templates/setMAAtutorial/htmllinksexample/htmllinksexample.pg
@@ -0,0 +1,80 @@
+DOCUMENT();
+loadMacros("PGbasicmacros.pl",
+ "PGchoicemacros.pl",
+ "PGanswermacros.pl"
+);
+$showPartialCorrectAnswers = 0;
+
+TEXT(beginproblem(), $BR,$BBOLD, "HTML links example", $EBOLD, $BR,$BR);
+
+BEGIN_TEXT
+This example shows how to link to resources outside the problem itself.
+$PAR
+Linking to other web pages over the internet is easy. For example,
+you can get more information about the buffon needle problem and how it is used by ants to find new nest sites by linking to
+ \{ htmlLink("http://www.maa.org/mathland/mathtrek_5_15_00.html",
+ "Ivars Peterson's column on the MAA site") \}.
+$PAR
+END_TEXT
+
+# You can write the HTML code yourself, but
+# that will look funny when the problem is printed in
+# hard copy, so it is probably better to use the
+# htmlLink('url','text') function which
+# will create something readable when the problem is printed.
+
+BEGIN_TEXT
+All of the files in the html directory of your WeBWorK course site can be read
+by anyone with a web browser and the URL (the address of the file). This is a good
+place to put files that are referenced by more than one problem in your WeBWorK course.
+$PAR
+Here is the link to
+the
+\{ htmlLink(alias("${htmlDirectory}calc.html"),
+ 'to the calculator page',
+ qq!target="ww_calculator"
+ ONCLICK="window.open( this.href, this.target,
+ 'width=250,height=350,scrollbars=no,resizable=off'
+ )"
+!) \}
+stored in the top level of the
+html directory of the tutorialCourse.
+$PAR
+END_TEXT
+
+# To link to files on your own computer use the alias function whose
+# job it is to find the file in question.
+# You need to do this access indirectly, because WeBWorK is set up to
+# restrict access to most files -- (you don't want everyone reading
+# the source text of the WeBWorK problems, they could reconstruct the answer.)
+#
+# Note that you need double quotes around "${htmlDirectory}calc.html" so that
+# the string in $htmlDirectory will be
+# concatenated with calc.html to form a string describing
+# the DIRECTORY in which the file is to be found. Alias converts
+# the directory to a URL
+
+BEGIN_TEXT
+Finally there are files, such as picture files, which are
+stored with the problem itself in the same directory.
+ $BR \{ image("2-70190.gif", width=>200, height=>200) \}
+
+END_TEXT
+
+# Image automatically uses alias
+# to search for files.
+
+BEGIN_TEXT
+$PAR
+And the table below has three more graphs which are stored
+in the directory containing the current problem. $PAR
+END_TEXT
+
+TEXT(
+ begintable(3),
+ row( image( [ ( '1-24438.gif', '2-49261.gif', '3-37616.gif') ],
+ tex_size=>200, width=>200, height=>200 )),
+ endtable()
+);
+
+ENDDOCUMENT();
\ No newline at end of file
--- /dev/null
+++ courses/modelCourse/templates/setMAAtutorial/staticgraphicsexample/tmp
@@ -0,0 +1,3 @@
+#!/usr/bin/csh
+
+cat $1 | giftopnm | pnmtopng >$2
--- /dev/null
+++ courses/modelCourse/templates/setMAAtutorial/staticgraphicsexample/staticgraphicsexample.pg
@@ -0,0 +1,115 @@
+DOCUMENT();
+loadMacros("PGbasicmacros.pl",
+ "PGchoicemacros.pl",
+ "PGanswermacros.pl"
+);
+TEXT($BEGIN_ONE_COLUMN);
+TEXT(beginproblem(), $BR,$BBOLD, "Static graphics Example", $EBOLD, $BR,$BR);
+
+$showPartialCorrectAnswers = 0;
+# Define which of the three sets of pictures to use
+
+# The pictures are labeled 1.png, 2.png and 3.png and
+# stored in the same directory as staticgraphicsexample.png
+# These are the corresponding transformed pictures.
+# Be careful with the labeling, since the URL's could give the
+# correct answers away.
+# (In this example the middle integer tells you
+# the correct position.)
+
+$pictID[1] = [
+"1-31126.png", # "\( F(x+3)\)",
+"1-76239.png", # "\(F(x-3) \)" ,
+"1-96355.png", # "\( -F(-x)\)",
+"1-24438.png", # "\( F(-x) \)",
+"1-89540.png", # "\( 5F(x) \)",
+"1-42639.png", # "\( F(3x) \)" ,
+"1-91734.png", # "\( F(x/3) \)",
+"1-34859.png", # "\( F(x^2) \)",
+];
+$pictID[2] = [
+"2-70190.png", # ditto
+"2-49261.png",
+"2-62384.png",
+"2-54427.png",
+"2-64591.png",
+"2-42653.png",
+"2-81779.png",
+"2-92879.png",
+];
+$pictID[3] = [
+"3-14197.png",
+"3-89262.png",
+"3-99389.png",
+"3-68458.png",
+"3-14538.png",
+"3-37616.png",
+"3-46739.png",
+"3-52898.png",
+];
+$ml = new_match_list();
+
+$pictSet=random(1,3,1); # Choose one of the three picture sets
+$pictSet=1;
+$pictSetname = $pictSet.".png";
+$ml->qa (
+"\( F(x+3)\) ",
+image($pictID[$pictSet][0],tex_size=>200),
+"\(F(x-3) \)" ,
+image($pictID[$pictSet][1],tex_size=>200),
+"\( -F(-x)\) ",
+image($pictID[$pictSet][2],tex_size=>200),
+"\( F(-x) \)",
+image($pictID[$pictSet][3],tex_size=>200),
+"\( 5F(x) \)",
+image($pictID[$pictSet][4],tex_size=>200),
+"\( F(3x) \)" ,
+image($pictID[$pictSet][5],tex_size=>200),
+"\( F(x/3) \)",
+image($pictID[$pictSet][6],tex_size=>200),
+"\( F(x^2) \)",
+image($pictID[$pictSet][7],tex_size=>200),
+);
+
+$ml->choose(4);
+sub format_graphs {
+ my $self = shift;
+ my @in = @_;
+ my $out = "";
+ while(@in) {
+ $out .= shift(@in). "#" ;
+ }
+ $out; # The output has to be a string in order to conform to the
+ # specs for the match list object, but I've put some
+ # markers in (#) so that
+ # I can break the string up into a list for use
+ # as an input into row.
+}
+
+# We need to change the output, since the normal
+# output routine will put the pictures one above another.
+$ml->rf_print_a(~~&format_graphs);
+
+BEGIN_TEXT
+This is a graph of the function \( F(x) \):
+($BBOLD Click on image for a larger view $EBOLD)
+$PAR
+\{ image($pictSetname, tex_size => 200) \}
+$PAR
+Enter the letter of the graph below which corresponds to the transformation
+of the function.
+\{ $ml -> print_q \}
+END_TEXT
+
+# Place the output into a table
+TEXT(
+ begintable(4),
+ row( split("#",$ml->print_a() ) ),
+ row('A', 'B', 'C', 'D' ),
+ endtable(),
+);
+
+ANS( str_cmp( $ml ->ra_correct_ans() ) ) ;
+
+TEXT($END_ONE_COLUMN);
+ENDDOCUMENT();
\ No newline at end of file
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