version 1.95, 2004/10/25 18:30:20
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version 1.107, 2004/12/03 21:53:59
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Line 38 use Apache::lonstudentsubmissions();
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Line 38 use Apache::lonstudentsubmissions();
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use HTML::Entities(); |
use HTML::Entities(); |
use Time::Local(); |
use Time::Local(); |
use Spreadsheet::WriteExcel(); |
use Spreadsheet::WriteExcel(); |
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use capa; |
|
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my $plotcolors = ['#33ff00', |
my $plotcolors = ['#33ff00', |
'#0033cc', '#990000', '#aaaa66', '#663399', '#ff9933', |
'#0033cc', '#990000', '#aaaa66', '#663399', '#ff9933', |
Line 85 sub BuildProblemAnalysisPage {
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Line 86 sub BuildProblemAnalysisPage {
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# |
# |
# Support for numerical and radio response isn't complete enough to |
# Support for numerical and radio response isn't complete enough to |
# include in 1.2 release. |
# include in 1.2 release. |
# my $problem_types = '(option|radiobutton|numerical)'; |
my $problem_types = '(option|radiobutton|numerical)'; |
my $problem_types = '.';#(option)'; |
# my $problem_types = '.';#(option)'; |
if (exists($ENV{'form.problemchoice'}) && |
if (exists($ENV{'form.problemchoice'}) && |
! exists($ENV{'form.SelectAnother'})) { |
! exists($ENV{'form.SelectAnother'})) { |
foreach my $button (@SubmitButtons) { |
foreach my $button (@SubmitButtons) { |
Line 148 sub BuildProblemAnalysisPage {
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Line 149 sub BuildProblemAnalysisPage {
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$problem_data, |
$problem_data, |
\@Students); |
\@Students); |
} elsif ($current_problem->{'resptype'} eq 'radiobutton') { |
} elsif ($current_problem->{'resptype'} eq 'radiobutton') { |
&RadioResponseAnalysis($r,$current_problem, |
&radio_response_analysis($r,$current_problem, |
$problem_data, |
$problem_data, |
\@Students); |
\@Students); |
} elsif ($current_problem->{'resptype'} eq 'numerical') { |
} elsif ($current_problem->{'resptype'} eq 'numerical') { |
## |
&numerical_response_analysis($r,$current_problem, |
## analyze all responses of a problem at once |
$problem_data,\@Students); |
my $res = $current_problem->{'resource'}; |
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foreach my $partid (@{$res->{'parts'}}) { |
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$current_problem->{'part'} = $partid; |
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foreach my $respid (@{$res->{'partdata'}->{$partid}->{'ResponseIds'}}) { |
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$current_problem->{'respid'}=$respid; |
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&NumericalResponseAnalysis($r,$current_problem, |
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$problem_data,\@Students); |
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} |
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} |
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} else { |
} else { |
$r->print('<h2>This analysis is not supported</h2>'); |
$r->print('<h2>Analysis of '.$current_problem->{'resptype'}.' is not supported</h2>'); |
} |
} |
} |
} |
$r->print('<hr />'); |
$r->print('<hr />'); |
Line 178 sub BuildProblemAnalysisPage {
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Line 170 sub BuildProblemAnalysisPage {
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} |
} |
} |
} |
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|
|
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######################################################### |
######################################################### |
######################################################### |
######################################################### |
## |
## |
Line 186 sub BuildProblemAnalysisPage {
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Line 177 sub BuildProblemAnalysisPage {
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## |
## |
######################################################### |
######################################################### |
######################################################### |
######################################################### |
sub NumericalResponseAnalysis { |
sub numerical_response_analysis { |
my ($r,$problem,$problem_data,$Students) = @_; |
my ($r,$problem,$problem_analysis,$students) = @_; |
my $c = $r->connection(); |
my $c = $r->connection(); |
my ($resource,$partid,$respid) = ($problem->{'resource'}, |
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$problem->{'part'}, |
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$problem->{'respid'}); |
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# |
# |
if (scalar(@{$resource->{'parts'}})>1) { |
if ($ENV{'form.AnalyzeOver'} !~ /^(tries|time)$/) { |
if (@{$resource->{'partdata'}->{$partid}->{'ResponseIds'}}>1) { |
$r->print('Bad request'); |
$r->print('<h3>'. |
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&mt('Part [_1], response [_2].',$partid,$respid). |
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'</h3>'); |
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} else { |
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$r->print('<h3>'. |
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&mt('Part [_1]',$partid,$respid). |
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'</h3>'); |
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} |
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} elsif (@{$resource->{'partdata'}->{$partid}->{'ResponseIds'}}>1) { |
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$r->print('<h3>'.&mt('Response [_1]',$respid).'</h3>'); |
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} |
} |
# |
# |
my $analysis_html; |
my ($resource,$partid,$respid) = ($problem->{'resource'}, |
my $PerformanceData = &Apache::loncoursedata::get_response_data |
$problem->{'part'}, |
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$problem->{'respid'}); |
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# Gather student data |
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my $response_data = &Apache::loncoursedata::get_response_data |
(\@Apache::lonstatistics::SelectedSections, |
(\@Apache::lonstatistics::SelectedSections, |
$Apache::lonstatistics::enrollment_status, |
$Apache::lonstatistics::enrollment_status, |
$resource->{'symb'},$respid); |
$resource->{'symb'},$respid); |
if (! defined($PerformanceData) || |
# |
ref($PerformanceData) ne 'ARRAY' ) { |
$problem_analysis->{'answercomputed'} = 1; |
$analysis_html = '<h2>'. |
if ($problem_analysis->{'answercomputed'}) { |
&mt('There is no submission data for this resource'). |
my $answers = |
'</h2>'; |
&Apache::lonstathelpers::GetStudentAnswers($r,$problem,$students, |
$r->print($analysis_html); |
'Statistics', |
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'stats_status'); |
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$r->print(&numerical_one_dimensional_plot($r,600,150,$answers)); |
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} |
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# |
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if (ref($response_data) ne 'ARRAY') { |
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$r->print('<h2>'. |
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&mt('There is no submission data for this resource'). |
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'</h2>'); |
return; |
return; |
} |
} |
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my $analysis_html = '<table>'; |
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for (my $plot_num = 1;$plot_num<=$ENV{'form.NumPlots'};$plot_num++) { |
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my $restriction_function; |
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my $header_message; |
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my $stats_message; |
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my $post_message; # passed through &mt sooner rather than later |
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my $no_data_message; |
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my @extra_data; |
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if ($ENV{'form.AnalyzeOver'} eq 'tries') { |
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$restriction_function = sub {($_[0]->{'tries'} == $plot_num?1:0)}; |
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$header_message = 'Attempt [_1]'; |
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$stats_message = |
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'[_1] submissions, [_2] correct, [_3] incorrect'; |
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$post_message = ''; |
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$no_data_message = 'No data exists for attempt [_1]'; |
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} else { |
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my $starttime = &Apache::lonhtmlcommon::get_date_from_form |
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('startdate_'.$plot_num); |
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my $endtime = &Apache::lonhtmlcommon::get_date_from_form |
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('enddate_'.$plot_num); |
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($starttime,$endtime) = &ensure_start_end_times |
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($starttime,$endtime, |
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&get_time_from_row($response_data->[0]), |
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&get_time_from_row($response_data->[-1]), |
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$plot_num); |
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$header_message = 'Data from [_2] to [_3]'; |
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$extra_data[0] = &Apache::lonlocal::locallocaltime($starttime); |
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$extra_data[1] = &Apache::lonlocal::locallocaltime($endtime); |
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# |
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$stats_message = |
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'[_1] submissions from [_4] students, [_2] correct, [_3] incorrect'; |
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# |
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$post_message = |
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&mt('Start time: [_1]', |
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&Apache::lonhtmlcommon::date_setter |
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('Statistics','startdate_'.$plot_num,$starttime)). |
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'<br />'. |
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&mt('End time: [_1]', |
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&Apache::lonhtmlcommon::date_setter |
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('Statistics','enddate_'.$plot_num,$endtime)); |
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$restriction_function = |
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sub { |
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my $t = $_[0]->{'timestamp'}; |
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if ($t >= $starttime && $t < $endtime) { |
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return 1; |
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} else { |
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return 0; |
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} |
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}; |
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$no_data_message = 'No data for [_2] to [_3]'; |
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} |
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# |
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my ($correct,$answers) = |
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&numerical_determine_answers($r,$resource,$partid, |
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$respid,$students); |
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if ($c->aborted()) { return; }; |
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# |
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my $responses = &numerical_classify_responses($response_data,$correct, |
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$restriction_function); |
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if ($responses->{'_count'} == 0) { |
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$analysis_html.= |
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'<tr><td colspan="2"><font size="+1"><b>'. |
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&mt($no_data_message,$plot_num,@extra_data). |
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'</b></font></td></tr>'; |
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} else { |
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$analysis_html.= |
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'<tr><td colspan="2" align="center"><font size="+1"><b>'. |
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&mt($header_message,$plot_num,@extra_data). |
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'</b></font></td></tr>'. |
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'<tr><td colspan="2" align="center">'. |
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&mt($stats_message, |
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$responses->{'_count'}, |
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$responses->{'_correct'}, |
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$responses->{'_count'}-$responses->{'_correct'}, |
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$responses->{'_students'}, |
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@extra_data). |
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'</td></tr>'. |
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'<tr>'.'<td valign="top" align="center">'. |
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&numerical_plot_percent($r,$responses).'</td>'. |
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'<td align="center" valign="top">'. |
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&numerical_plot_differences($r,$responses).'</td>'. |
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'</tr>'; |
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} |
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if ($post_message ne '') { |
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$analysis_html .= |
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'<tr><td colspan="2">'.$post_message.'</td></tr>'; |
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} |
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} |
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$analysis_html.='</table>'; |
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$r->print($analysis_html); |
# |
# |
# This next call causes all the waiting around that people complain about |
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&Apache::lonstathelpers::GetStudentAnswers($r,$problem,$Students, |
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'Statistics', |
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'stats_status'); |
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return if ($c->aborted()); |
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# |
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# Collate the data |
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my %Data; |
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foreach my $student (@$Students) { |
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my $answer = $student->{'answer'}; |
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$Data{$answer}++; |
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} |
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my @Labels = sort {$a <=> $b } keys(%Data); |
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my @PlotData = @Data{@Labels}; |
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# |
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my $width = 500; |
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my $height = 100; |
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my $plot = &one_dimensional_plot($r,500,100,scalar(@$Students), |
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\@Labels,\@PlotData); |
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$r->print($plot); |
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return; |
return; |
} |
} |
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sub one_dimensional_plot { |
sub numerical_plot_percent { |
my ($r,$width,$height,$N,$Labels,$Data)=@_; |
my ($r,$responses) = @_; |
# |
# |
# Compute data -> image scaling factors |
my $total = $responses->{'_count'}; |
my $min = $Labels->[0]; |
return '' if ($total == 0); |
my $max = $Labels->[-1]; |
my $minbin = 5; |
if ($max == $min) { |
while (my ($interval,$submissions) = each(%$responses)) { |
$max =$min+1; |
next if ($interval =~ /^_/); |
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my ($ans,$ans_low,$ans_high) = split(" ",$interval); |
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my $low_percent = abs(100*($ans-$ans_low)/$ans); |
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my $high_percent = abs(100*($ans_high-$ans)/$ans); |
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if ($minbin > $high_percent) { $minbin = $high_percent; } |
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if ($minbin > $low_percent) { $minbin = $low_percent; } |
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} |
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# |
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my @bins; |
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if ($minbin < 1) { |
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@bins = ('0.1','0.5','1.0','1.5','2.0','2.5','3.0','4.0','5.0',10,20,50,100); |
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} elsif ($minbin < 2) { |
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@bins = ('0.5','1.0','1.5','2.0','2.5','3.0','4.0','5.0',10,20,50,100); |
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} elsif ($minbin < 5) { |
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@bins = (1,2,3,4,5,10,25,50,75,100,200); |
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} elsif ($minbin < 10) { |
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@bins = (2,4,6,8,10,12,15,20,25,30,50,75,100,200); |
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} else { |
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@bins = (5,10,15,20,25,30,50,75,100,200); |
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} |
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my @labels = (1..scalar(@bins)); |
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# |
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my @correct; |
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my @incorrect; |
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my @count; |
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while (my ($interval,$submissions) = each(%$responses)) { |
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next if ($interval =~ /^_/); |
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my ($ans,$ans_low,$ans_high) = split(" ",$interval); |
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while (my ($submission,$counts) = each(%$submissions)) { |
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my ($correct_count,$incorrect_count) = @$counts; |
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my $scaled_value = abs(($submission-$ans)/$ans); |
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my $bin=0; |
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for ($bin=0;$bin<$#bins;$bin++) { # not <= for a reason |
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last if ($bins[$bin]>$scaled_value); |
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} |
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$correct[$bin]+=$correct_count; |
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$incorrect[$bin]+=$incorrect_count; |
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$count[$bin]+=$correct_count+$incorrect_count; |
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} |
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} |
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# |
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my @plot_correct; |
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my @plot_incorrect; |
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for (my $i=0;$i<=$#bins;$i++) { |
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$plot_correct[$i] = $correct[$i]*100/$total; |
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$plot_incorrect[$i] = $incorrect[$i]*100/$total; |
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} |
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my $title = &mt('Distribution by Percent'); |
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my $graph = &Apache::loncommon::DrawBarGraph |
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($title,'Percent difference from correct','Number of answers', |
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100,['#33FF00','#FF3300'],\@labels,\@plot_correct,\@plot_incorrect, |
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{xskip=>1}); |
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# |
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my $table = $graph.$/. |
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&numerical_bin_table(\@bins,\@labels,\@incorrect,\@correct,\@count).$/; |
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return $table; |
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} |
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sub numerical_plot_differences { |
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my ($r,$responses) = @_; |
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# |
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my $total = $responses->{'_count'}; |
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return '' if ($total == 0); |
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my $minbin = undef; |
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my $maxbin = undef; |
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while (my ($interval,$submissions) = each(%$responses)) { |
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next if ($interval =~ /^_/); |
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my ($ans,$ans_low,$ans_high) = split(" ",$interval); |
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my $low_diff = abs($ans-$ans_low); |
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my $high_diff = abs($ans_high-$ans); |
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if (! defined($maxbin)) { $maxbin = $low_diff;} |
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if (! defined($minbin)) { $minbin = $low_diff;} |
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# |
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if ($minbin > $high_diff) { $minbin = $high_diff; } |
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if ($minbin > $low_diff ) { $minbin = $low_diff; } |
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# |
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if ($maxbin < $high_diff) { $maxbin = $high_diff; } |
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if ($maxbin < $low_diff ) { $maxbin = $low_diff; } |
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} |
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# |
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my @bins; |
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my @labels; |
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# Hmmmm, should switch to absolute difference |
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for (my $i=1;$i<=20;$i++) { |
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push(@bins,$i*$minbin/2); |
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push(@labels,$i); |
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} |
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# |
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my @correct; |
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my @incorrect; |
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my @count; |
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while (my ($interval,$submissions) = each(%$responses)) { |
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next if ($interval =~ /^_/); |
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my ($ans,$ans_low,$ans_high) = split(" ",$interval); |
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while (my ($submission,$counts) = each(%$submissions)) { |
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my ($correct_count,$incorrect_count) = @$counts; |
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my $value = abs($submission-$ans); |
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my $bin=0; |
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for ($bin=0;$bin<$#bins;$bin++) { # not <= for a reason |
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last if ($bins[$bin]>$value); |
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} |
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$correct[$bin]+=$correct_count; |
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$incorrect[$bin]+=$incorrect_count; |
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$count[$bin]+=$correct_count+$incorrect_count; |
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} |
} |
} |
my $h_scale = ($width-10)/($max-$min); |
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# |
# |
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my @plot_correct; |
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my @plot_incorrect; |
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for (my $i=0;$i<=$#bins;$i++) { |
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$plot_correct[$i] = $correct[$i]*100/$total; |
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$plot_incorrect[$i] = $incorrect[$i]*100/$total; |
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} |
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my $title = &mt('Distribution by Magnitude'); |
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my $graph = &Apache::loncommon::DrawBarGraph |
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($title,'magnitude difference from correct','Number of answers', |
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100,['#33FF00','#FF3300'],\@labels,\@plot_correct,\@plot_incorrect, |
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{xskip=>1}); |
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# |
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my $table = $graph.$/. |
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&numerical_bin_table(\@bins,\@labels,\@incorrect,\@correct,\@count).$/; |
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return $table; |
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} |
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sub numerical_classify_responses { |
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&Apache::lonnet::logthis('--------------'); |
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my ($full_row_data,$correct,$function) = @_; |
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my %submission_data; |
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my %students; |
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my $max=0; |
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foreach my $row (@$full_row_data) { |
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# &Apache::lonnet::logthis(' row = '.join(',',@$row)); |
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my %subm = &hashify_attempt($row); |
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if (ref($correct) eq 'HASH') { |
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$subm{'correct'} = $correct->{$subm{'student'}}->{'answer'}; |
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$subm{'unit'} = $correct->{$subm{'student'}}->{'unit'}; |
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} else { # This probably never happens.... |
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$subm{'correct'} = $correct->{'answer'}; |
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$subm{'unit'} = $correct->{'unit'}; |
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} |
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$subm{'submission'} =~ s/=\d+\s*$//; |
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if (&$function(\%subm)) { |
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my $scaled = '1'; |
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my ($sname,$sdom) = split(':',$subm{'student'}); |
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# Note that $subm{'unit'} is modified by the following call |
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# We do not use it again but you should be aware just in case. |
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# my ($myunit,$mysub) = ($subm{'unit'},$subm{'submission'}); |
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# $myunit = 'm'; |
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# # &Apache::lonnet::logthis($myunit); |
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# my $result = |
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# &capa::caparesponse_get_real_response($myunit, |
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# $mysub, |
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# \$scaled); |
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# # &Apache::lonnet::logthis(' '.$myunit.':'.$subm{'unit'}. |
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# # ' '.$mysub.':'.$subm{'submission'}.'; '.$result); |
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# next if (! defined($scaled)); |
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# next if ($result ne '6'); |
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# my $submission = $scaled; |
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my $submission = $subm{'submission'}; |
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$students{$subm{'student'}}++; |
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if (&numerical_submission_is_correct($subm{'award'})) { |
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&Apache::lonnet::logthis('correct:'.$submission.':'.$subm{'correct'}); |
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$submission_data{'_correct'}++; |
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$submission_data{'_count'}++; |
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$submission_data{$subm{'correct'}}->{$submission}->[0]++; |
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} elsif (&numerical_submission_is_incorrect($subm{'award'})) { |
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&Apache::lonnet::logthis('incorrect:'.$submission.':'.$subm{'correct'}); |
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$submission_data{'_count'}++; |
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$submission_data{$subm{'correct'}}->{$submission}->[1]++; |
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} |
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my $value = |
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$submission_data{$subm{'correct'}}->{$submission}->[0]+ |
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$submission_data{$subm{'correct'}}->{$submission}->[1]; |
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if ($max < $value) { $max = $value; } |
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} |
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} |
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$submission_data{'_max'} = $max; |
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$submission_data{'_students'}=scalar(keys(%students)); |
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return \%submission_data; |
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} |
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|
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sub numerical_submission_is_correct { |
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my ($award) = @_; |
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&Apache::lonnet::logthis('award = "'.$award.'"'); |
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if ($award =~ /^(APPROX_ANS|EXACT_ANS)$/) { |
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return 1; |
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} else { |
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return 0; |
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} |
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} |
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|
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sub numerical_submission_is_incorrect { |
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my ($award) = @_; |
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if ($award =~ /^(INCORRECT)$/) { |
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return 1; |
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} else { |
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return 0; |
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} |
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} |
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|
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sub numerical_bin_table { |
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my ($bins,$labels,$incorrect,$correct,$count)=@_; |
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my $table = |
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'<table><tr><th>'.&mt('Bar').'</th>'. |
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'<th colspan="3">'.&mt('Range').'</th>'. |
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'<th>'.&mt('Incorrect').'</th>'. |
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'<th>'.&mt('Correct').'</th>'. |
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'<th>'.&mt('Count').'</th>'. |
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'</tr>'.$/; |
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for (my $i=0;$i<scalar(@{$bins});$i++) { |
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my $lownum; |
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if ($i == 0) { |
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$lownum = 0; |
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} else { |
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$lownum = $bins->[$i-1]; |
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} |
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my $highnum = $bins->[$i]; |
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$table .= |
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'<tr>'. |
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'<td>'.$labels->[$i].'</td>'. |
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'<td align="right">'.$lownum.'</td>'. |
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'<td> - </td>'. |
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'<td align="right">'.$highnum.'</td>'. |
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'<td align="right">'.$incorrect->[$i].'</td>'. |
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'<td align="right">'.$correct->[$i].'</td>'. |
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'<td align="right">'.$count->[$i].'</td>'. |
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'</tr>'.$/; |
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} |
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$table.= '</table>'; |
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return $table; |
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} |
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|
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sub numerical_determine_answers { |
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my ($r,$resource,$partid,$respid,$students)=@_; |
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my $c = $r->connection(); |
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# |
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# FIX ME: May need progress dialog updates |
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# |
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# Read in the cache (if it exists) before we start timing things. |
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&Apache::lonstathelpers::ensure_proper_cache($resource->{'symb'}); |
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# |
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my $correct; |
|
my %answers; |
|
foreach my $student (@$students) { |
|
last if ($c->aborted()); |
|
my $sname = $student->{'username'}; |
|
my $sdom = $student->{'domain'}; |
|
# analyze problem |
|
my $analysis = |
|
&Apache::lonstathelpers::analyze_problem_as_student($resource, |
|
$sname, |
|
$sdom); |
|
# make the key |
|
my $key = $partid.'.'.$respid; |
|
$correct->{$sname.':'.$sdom}->{'answer'} = |
|
$analysis->{$key.'.answer'}->[0]; |
|
$correct->{$sname.':'.$sdom}->{'unit'} = |
|
$analysis->{$key.'.unit'}->[0]; |
|
$answers{$analysis->{$key.'.answer'}->[0]}++; |
|
} |
|
&Apache::lonstathelpers::write_analysis_cache(); |
|
return ($correct,\%answers); |
|
} |
|
|
|
# |
|
# Inputs: $r, $width, $height, $data |
|
# $n = number of students |
|
# $data = hashref of $answer => $frequency pairs |
|
sub numerical_one_dimensional_plot { |
|
my ($r,$width,$height,$data)=@_; |
|
# |
|
# Compute data -> image scaling factors |
my $max_y = 0; |
my $max_y = 0; |
foreach (@$Data) { |
my $min_x = undef; |
$max_y = $_ if ($max_y < $_); |
my $max_x = undef; |
|
my $n = 0; |
|
while (my ($answer,$count) = each(%$data)) { |
|
$n+=$count; |
|
$max_y = $count if ($max_y < $count); |
|
if (! defined($min_x) || $answer < $min_x) { |
|
$min_x = $answer; |
|
} |
|
if (! defined($max_x) || $answer > $max_x) { |
|
$max_x = $answer; |
|
} |
} |
} |
|
# |
|
my $min_max_difference = $max_x - $min_x; |
|
if (! defined($min_max_difference) || $min_max_difference == 0) { |
|
$min_max_difference = 1; |
|
} |
|
my $h_scale = ($width-10)/$min_max_difference; |
|
# |
my $ticscale = 5; |
my $ticscale = 5; |
if ($max_y * $ticscale > $height/2) { |
if ($max_y * $ticscale > $height/2) { |
$ticscale = int($height/2/$max_y); |
$ticscale = int($height/2/$max_y); |
Line 268 sub one_dimensional_plot {
|
Line 612 sub one_dimensional_plot {
|
# Create the plot |
# Create the plot |
my $plot = |
my $plot = |
qq{<drawimage width="$width" height="$height" bgcolor="transparent" >}; |
qq{<drawimage width="$width" height="$height" bgcolor="transparent" >}; |
for (my $idx=0;$idx<scalar(@$Labels);$idx++) { |
while (my ($answer,$count) = each(%$data)) { |
my $xloc = 5+$h_scale*($Labels->[$idx] - $min); |
my $xloc = 5+$h_scale*($answer - $min_x); |
my $top = $height/2-$Data->[$idx]*$ticscale; |
my $top = $height/2-$count*$ticscale; |
my $bottom = $height/2+$Data->[$idx]*$ticscale; |
my $bottom = $height/2+$count*$ticscale; |
$plot .= |
$plot .= &line($xloc,$top,$xloc,$bottom,'888888',1); |
&line($xloc,$top,$xloc,$bottom,'888888',1); |
|
} |
} |
# |
# |
# Put the scale on last to ensure it is on top of the data. |
# Put the scale on last to ensure it is on top of the data. |
if ($min < 0 && $max > 0) { |
if ($min_x < 0 && $max_x > 0) { |
my $circle_x = 5+$h_scale*abs($min); # '0' in data coordinates |
my $circle_x = 5+$h_scale*abs($min_x); # '0' in data coordinates |
my $r = 4; |
my $r = 4; |
$plot .= &line(5,$height/2,$circle_x-$r,$height/2,'000000',1); |
$plot .= &line(5,$height/2,$circle_x-$r,$height/2,'000000',1); |
$plot .= &circle($circle_x,$height/2,$r+1,'000000'); |
$plot .= &circle($circle_x,$height/2,$r+1,'000000'); |
Line 288 sub one_dimensional_plot {
|
Line 631 sub one_dimensional_plot {
|
} |
} |
$plot .= '</drawimage>'; |
$plot .= '</drawimage>'; |
my $plotresult = &Apache::lonxml::xmlparse($r,'web',$plot); |
my $plotresult = &Apache::lonxml::xmlparse($r,'web',$plot); |
|
|
my $title = 'Distribution of correct answers'; |
|
my $result = '<table>'. |
my $result = '<table>'. |
'<tr><td colspan="3" align="center">'. |
'<tr><td colspan="3" align="center">'. |
'<font size="+2">'.$title.' (N='.$N.')'. |
'<font size="+2">'.&mt('Distribution of correct answers').'</font>'. |
'</font>'. |
'<br />'.&mt('[_1] students, [_2] distinct correct answers', |
|
$n,scalar(keys(%$data))). |
|
'<br />'.&mt('Maximum number of coinciding values: [_1]',$max_y). |
'</td></tr>'. |
'</td></tr>'. |
'<tr>'. |
'<tr>'. |
'<td valign="center">'.$min.'</td>'. |
'<td valign="center">'.$min_x.'</td>'. |
'<td>'.$plotresult.'</td>'. |
'<td>'.$plotresult.'</td>'. |
'<td valign="center">'.$max.'</td>'. |
'<td valign="center">'.$max_x.'</td>'. |
'</tr>'. |
'</tr>'. |
'<tr><td colspan="3" align="center">'. |
|
'Maximum Number of Coinciding Values: '.$max_y. |
|
'</td></tr>'. |
|
'</table>'; |
'</table>'; |
return $result; |
return $result; |
} |
} |
Line 312 sub one_dimensional_plot {
|
Line 652 sub one_dimensional_plot {
|
## These should probably go somewhere more suitable soon. |
## These should probably go somewhere more suitable soon. |
sub line { |
sub line { |
my ($x1,$y1,$x2,$y2,$color,$thickness) = @_; |
my ($x1,$y1,$x2,$y2,$color,$thickness) = @_; |
return qq{<line x1="$x1" y1="$y1" x2="$x2" y2="$y2" color="$color" thickness="$thickness" />$/}; |
return qq{<line x1="$x1" y1="$y1" x2="$x2" y2="$y2" color="$color" thickness="$thickness" />}; |
} |
} |
|
|
sub text { |
sub text { |
Line 341 sub circle {
|
Line 681 sub circle {
|
return &arc($x,$y,$radius,$radius,0,360,$color,$thickness,$filled); |
return &arc($x,$y,$radius,$radius,0,360,$color,$thickness,$filled); |
} |
} |
|
|
sub build_student_data_worksheet { |
|
my ($workbook,$format) = @_; |
|
my $rows_output = 3; |
|
my $cols_output = 0; |
|
my $worksheet = $workbook->addworksheet('Student Data'); |
|
$worksheet->write($rows_output++,0,'Student Data',$format->{'h3'}); |
|
my @Headers = ('full name','username','domain','section', |
|
"student\nnumber",'identifier'); |
|
$worksheet->write_row($rows_output++,0,\@Headers,$format->{'header'}); |
|
my @Students = @Apache::lonstatistics::Students; |
|
my $studentrows = &Apache::loncoursedata::get_student_data(\@Students); |
|
my %ids; |
|
foreach my $row (@$studentrows) { |
|
my ($mysqlid,$student) = @$row; |
|
$ids{$student}=$mysqlid; |
|
} |
|
foreach my $student (@Students) { |
|
my $name_domain = $student->{'username'}.':'.$student->{'domain'}; |
|
$worksheet->write_row($rows_output++,0, |
|
[$student->{'fullname'}, |
|
$student->{'username'},$student->{'domain'}, |
|
$student->{'section'},$student->{'id'}, |
|
$ids{$name_domain}]); |
|
} |
|
return $worksheet; |
|
} |
|
|
|
######################################################### |
######################################################### |
######################################################### |
######################################################### |
## |
## |
Line 375 sub build_student_data_worksheet {
|
Line 688 sub build_student_data_worksheet {
|
## |
## |
######################################################### |
######################################################### |
######################################################### |
######################################################### |
sub RadioResponseAnalysis { |
sub radio_response_analysis { |
my ($r,$problem,$problem_analysis,$students) = @_; |
my ($r,$problem,$problem_analysis,$students) = @_; |
if ($ENV{'form.AnalyzeOver'} eq 'tries') { |
# |
&RR_tries_analysis($r,$problem,$problem_analysis,$students); |
if ($ENV{'form.AnalyzeOver'} !~ /^(tries|time)$/) { |
} elsif ($ENV{'form.AnalyzeOver'} eq 'time') { |
|
&RR_static_time_analysis($r,$problem,$problem_analysis,$students); |
|
} else { |
|
$r->print('Bad request'); |
$r->print('Bad request'); |
} |
} |
return; |
# |
} |
|
|
|
sub RR_computed_tries_analysis { |
|
my ($r,$problem,$problem_analysis) = @_; |
|
my ($resource,$partid,$respid) = ($problem->{'resource'}, |
|
$problem->{'part'}, |
|
$problem->{'respid'}); |
|
$r->print('The tries answer you seek must be computed'); |
|
# Gather student data |
|
# for each try |
|
# loop through data, classifying it by |
|
# correct foil -> selected foil |
|
# if there is concept data |
|
# make a concept correct plot |
|
# for each correct foil |
|
# make a plot of the data |
|
} |
|
|
|
sub RR_computed_time_analysis { |
|
my ($r,$problem,$problem_analysis) = @_; |
|
my ($resource,$partid,$respid) = ($problem->{'resource'}, |
|
$problem->{'part'}, |
|
$problem->{'respid'}); |
|
$r->print('The time answer you seek must be computed'); |
|
# Gather student data |
|
# for time division |
|
# limit to between start time & end time |
|
# loop through data, classifying it by |
|
# correct foil -> selected foil |
|
# if there is concept data |
|
# make a concept correct plot |
|
# for each correct foil |
|
# make a plot of the data |
|
} |
|
|
|
sub RR_tries_analysis { |
|
my ($r,$problem,$problem_analysis,$students) = @_; |
|
my ($resource,$partid,$respid) = ($problem->{'resource'}, |
my ($resource,$partid,$respid) = ($problem->{'resource'}, |
$problem->{'part'}, |
$problem->{'part'}, |
$problem->{'respid'}); |
$problem->{'respid'}); |
Line 429 sub RR_tries_analysis {
|
Line 702 sub RR_tries_analysis {
|
my $analysis_html; |
my $analysis_html; |
my $foildata = $problem_analysis->{'_Foils'}; |
my $foildata = $problem_analysis->{'_Foils'}; |
my ($table,$foils,$concepts) = &build_foil_index($problem_analysis); |
my ($table,$foils,$concepts) = &build_foil_index($problem_analysis); |
|
if (! defined($concepts)) { |
|
$concepts = []; |
|
} |
|
# |
|
my %true_foils; |
|
my $num_true = 0; |
|
if (! $problem_analysis->{'answercomputed'}) { |
|
foreach my $foil (@$foils) { |
|
if ($foildata->{$foil}->{'value'} eq 'true') { |
|
$true_foils{$foil}++; |
|
} |
|
} |
|
$num_true = scalar(keys(%true_foils)); |
|
} |
|
# |
$analysis_html .= $table; |
$analysis_html .= $table; |
# Gather student data |
# Gather student data |
my $response_data = &Apache::loncoursedata::get_response_data |
my $response_data = &Apache::loncoursedata::get_response_data |
Line 451 sub RR_tries_analysis {
|
Line 739 sub RR_tries_analysis {
|
foreach my $foil (keys(%$foildata)) { |
foreach my $foil (keys(%$foildata)) { |
if ($foildata->{$foil}->{'value'} eq 'true') { |
if ($foildata->{$foil}->{'value'} eq 'true') { |
$correct = $foildata->{$foil}->{'name'}; |
$correct = $foildata->{$foil}->{'name'}; |
last; |
|
} |
} |
} |
} |
} |
} |
if (! defined($response_data) || |
# |
ref($response_data) ne 'ARRAY' ) { |
if (! defined($response_data) || ref($response_data) ne 'ARRAY' ) { |
$analysis_html = '<h2>'. |
$analysis_html = '<h2>'. |
&mt('There is no submission data for this resource'). |
&mt('There is no submission data for this resource'). |
'</h2>'; |
'</h2>'; |
Line 465 sub RR_tries_analysis {
|
Line 752 sub RR_tries_analysis {
|
} |
} |
# |
# |
$analysis_html.='<table>'; |
$analysis_html.='<table>'; |
for (my $try = 1;$try<=$ENV{'form.NumPlots'};$try++) { |
for (my $plot_num = 1;$plot_num<=$ENV{'form.NumPlots'};$plot_num++) { |
# classify data ->correct foil -> selected foil |
# classify data ->correct foil -> selected foil |
my $attempt_restriction_function = |
my ($restriction_function, |
my $foil_choice_data = |
$correct_foil_title,$incorrect_foil_title, |
&RR_classify_response_data($response_data,$correct, |
$pre_graph_text,$post_graph_text, |
sub {($_[0]->{'tries'} == $try?1:0)}); |
$no_data_text,@extra_data); |
|
if ($ENV{'form.AnalyzeOver'} eq 'tries') { |
|
$restriction_function = sub {($_[0]->{'tries'} == $plot_num?1:0)}; |
|
$correct_foil_title = 'Attempt '.$plot_num; |
|
$incorrect_foil_title = 'Attempt '.$plot_num; |
|
$pre_graph_text = |
|
'Attempt [_1], [_2] submissions, [_3] correct, [_4] incorrect'; |
|
$post_graph_text = ''; |
|
$no_data_text = 'No data exists for attempt [_1]'; |
|
} elsif ($ENV{'form.AnalyzeOver'} eq 'time') { |
|
my $starttime = &Apache::lonhtmlcommon::get_date_from_form |
|
('startdate_'.$plot_num); |
|
my $endtime = &Apache::lonhtmlcommon::get_date_from_form |
|
('enddate_'.$plot_num); |
|
($starttime,$endtime) = &ensure_start_end_times |
|
($starttime,$endtime, |
|
&get_time_from_row($response_data->[0]), |
|
&get_time_from_row($response_data->[-1]), |
|
$plot_num); |
|
$pre_graph_text = |
|
'Data from [_6] to [_7]<br /> [_2] submissions from [_5] students, [_3] correct, [_4] incorrect'; |
|
$extra_data[0] = &Apache::lonlocal::locallocaltime($starttime); |
|
$extra_data[1] = &Apache::lonlocal::locallocaltime($endtime); |
|
# |
|
$post_graph_text = |
|
&mt('Start time: [_1]', |
|
&Apache::lonhtmlcommon::date_setter |
|
('Statistics','startdate_'.$plot_num,$starttime)). |
|
'<br />'. |
|
&mt('End time: [_1]', |
|
&Apache::lonhtmlcommon::date_setter |
|
('Statistics','enddate_'.$plot_num,$endtime)); |
|
$restriction_function = |
|
sub { |
|
my $t = $_[0]->{'timestamp'}; |
|
if ($t >= $starttime && $t < $endtime) { |
|
return 1; |
|
} else { |
|
return 0; |
|
} |
|
}; |
|
$no_data_text = 'No data for [_5] to [_6]'; |
|
} |
|
my $foil_choice_data = |
|
&classify_response_data($response_data,$correct, |
|
$restriction_function); |
|
# &Apache::lonstathelpers::log_hash_ref($foil_choice_data); |
my $answers; |
my $answers; |
if (ref($correct)) { |
if (ref($correct)) { |
my %tmp; |
my %tmp; |
Line 485 sub RR_tries_analysis {
|
Line 818 sub RR_tries_analysis {
|
my $concept_plot = ''; |
my $concept_plot = ''; |
if (scalar(@$concepts) > 1) { |
if (scalar(@$concepts) > 1) { |
$concept_plot = &RR_concept_plot($concepts,$foil_choice_data, |
$concept_plot = &RR_concept_plot($concepts,$foil_choice_data, |
'% choosing'); |
'Correct Concepts'); |
} |
} |
# % Choosing plot |
# % Choosing plot |
my $choice_plot = &RR_create_percent_selected_plot |
my $choice_plot = &RR_create_percent_selected_plot |
($foils,$foil_choice_data,'Attempt '.$try); |
($concepts,$foils,$foil_choice_data,$correct_foil_title); |
# for each correct foil, how did they mark it? (stacked bar graph) |
# for each correct foil, how did they mark it? (stacked bar graph) |
my ($stacked_plot,$count_by_foil) = |
my ($stacked_plot,$count_by_foil); |
&RR_create_stacked_selection_plot($foils,$foil_choice_data,''); |
if ($problem_analysis->{'answercomputed'} || $num_true > 1) { |
|
($stacked_plot,$count_by_foil) = |
|
&RR_create_stacked_selection_plot($foils,$foil_choice_data, |
|
$incorrect_foil_title, |
|
\%true_foils); |
|
} |
# |
# |
if ($concept_plot ne '' || |
if ($concept_plot ne '' || |
$choice_plot ne '' || |
$choice_plot ne '' || |
$stacked_plot ne '') { |
$stacked_plot ne '') { |
|
my $correct = $foil_choice_data->{'_correct'}; |
|
if (! defined($correct) || $correct eq '') { |
|
$correct = 0; |
|
} |
|
my $incorrect = |
|
$analysis_html.= '<tr><td colspan="4" align="center">'. |
|
'<font size="+1">'. |
|
&mt($pre_graph_text, |
|
$plot_num,$foil_choice_data->{'_count'}, |
|
$correct, |
|
$foil_choice_data->{'_count'}-$correct, |
|
$foil_choice_data->{'_students'}, |
|
@extra_data). |
|
'</td></tr>'.$/; |
$analysis_html.= |
$analysis_html.= |
'<tr>'. |
'<tr>'. |
'<td>'.$concept_plot.'</td>'. |
'<td>'.$concept_plot.'</td>'. |
'<td>'.$choice_plot.'</td>'; |
'<td>'.$choice_plot.'</td>'; |
if ($stacked_plot ne '') { |
if ($stacked_plot ne '') { |
$analysis_html .= |
$analysis_html .= |
'<td>'.$stacked_plot.'</td>'. |
'<td>'.$stacked_plot.'</td>'. |
'<td>'.&build_foil_key($foils,$count_by_foil).'</td>'; |
'<td>'.&build_foil_key($foils,$count_by_foil).'</td>'; |
} else { |
} else { |
$analysis_html .= ('<td></td>'x2); |
$analysis_html .= ('<td></td>'x2); |
} |
} |
$analysis_html.='</tr>'.$/; |
$analysis_html.='</tr>'.$/; |
|
if (defined($post_graph_text)) { |
|
$analysis_html.= '<tr><td colspan="4" align="center">'. |
|
$post_graph_text.'</td></tr>'.$/; |
|
} |
|
} elsif ($no_data_text ne '') { |
|
$analysis_html.='<tr><td colspan="4" align="center">'. |
|
&mt($no_data_text, |
|
$plot_num,$foil_choice_data->{'_count'}, |
|
$correct, |
|
$foil_choice_data->{'_count'}-$correct, |
|
@extra_data); |
|
if (defined($post_graph_text)) { |
|
$analysis_html.='<br />'.$post_graph_text; |
|
} |
|
$analysis_html.='</td></tr>'.$/; |
} |
} |
} |
} # end of loop for plots |
$analysis_html.='</table>'; |
$analysis_html.='</table>'; |
$r->print($analysis_html); |
$r->print($analysis_html); |
} |
} |
|
|
|
sub ensure_start_end_times { |
|
my ($start,$end,$first,$last,$plot_num) = @_; |
|
if (! defined($start) || ! defined($end)) { |
|
my $sec_in_day = 86400; |
|
my ($sday,$smon,$syear) = |
|
(localtime($last - $sec_in_day*($plot_num-1)))[3..5]; |
|
$start = &Time::Local::timelocal(0,0,0,$sday,$smon,$syear); |
|
$end = $start + $sec_in_day; |
|
if ($plot_num == $ENV{'form.NumPlots'}) { |
|
$start = $first; |
|
} |
|
} |
|
return ($start,$end); |
|
} |
|
|
sub RR_concept_plot { |
sub RR_concept_plot { |
my ($concepts,$foil_data,$title) = @_; |
my ($concepts,$foil_data,$title) = @_; |
Line 554 sub RR_concept_plot {
|
Line 935 sub RR_concept_plot {
|
$correct[$i] = sprintf('%0f',$correct[$i]/$total*100); |
$correct[$i] = sprintf('%0f',$correct[$i]/$total*100); |
} |
} |
my $xlabel = 'concept'; |
my $xlabel = 'concept'; |
$title.= ' (N='.$total.')'; |
|
my $plot= &Apache::loncommon::DrawBarGraph($title, |
my $plot= &Apache::loncommon::DrawBarGraph($title, |
$xlabel, |
$xlabel, |
'Percent Choosing', |
'Percent Choosing', |
Line 565 sub RR_concept_plot {
|
Line 945 sub RR_concept_plot {
|
return $plot; |
return $plot; |
} |
} |
|
|
|
|
sub RR_create_percent_selected_plot { |
sub RR_create_percent_selected_plot { |
my ($foils,$foil_data,$title) = @_; |
my ($concepts,$foils,$foil_data,$title) = @_; |
# |
# |
my %foil_selections; |
if ($foil_data->{'_count'} == 0) { return ''; }; |
my %true; |
my %correct_selections; |
|
my %incorrect_selections; |
foreach my $foil (@$foils) { |
foreach my $foil (@$foils) { |
# foil_data has format $foil_data->{true_foil}->{selected foil} |
# foil_data has format $foil_data->{true_foil}->{selected foil}=count |
next if (! exists($foil_data->{$foil})); |
next if (! exists($foil_data->{$foil})); |
$true{$foil}++; |
|
while (my ($f,$count)= each(%{$foil_data->{$foil}})) { |
while (my ($f,$count)= each(%{$foil_data->{$foil}})) { |
$foil_selections{$f}+=$count; |
if ($f eq $foil) { |
|
$correct_selections{$foil} += $count; |
|
} else { |
|
$incorrect_selections{$f} += $count; |
|
} |
} |
} |
} |
} |
# |
# |
Line 585 sub RR_create_percent_selected_plot {
|
Line 968 sub RR_create_percent_selected_plot {
|
my @correct; |
my @correct; |
my @incorrect; |
my @incorrect; |
# |
# |
my $total =0; |
my $total = $foil_data->{'_count'}; |
for (my $i=0;$i<scalar(@$foils);$i++) { |
for (my $i=0;$i<scalar(@$foils);$i++) { |
my $foil = $foils->[$i]; |
my $foil = $foils->[$i]; |
if ($true{$foil}) { |
$correct[$i] = $correct_selections{$foil}; |
$correct[$i] = $foil_selections{$foil}; |
$incorrect[$i] = $incorrect_selections{$foil}; |
$incorrect[$i] = 0; |
|
} else { |
|
$correct[$i] = 0; |
|
$incorrect[$i] = $foil_selections{$foil}; |
|
} |
|
$total+=$foil_selections{$foil}; |
|
} |
} |
if ($total == 0) { return ''; }; |
|
for (my $i=0;$i<=$#correct;$i++) { |
for (my $i=0;$i<=$#correct;$i++) { |
$correct[$i] = sprintf('%0f',$correct[$i]/$total*100); |
$correct[$i] = sprintf('%2f',$correct[$i]/$total*100); |
} |
} |
for (my $i=0;$i<=$#incorrect;$i++) { |
for (my $i=0;$i<=$#incorrect;$i++) { |
$incorrect[$i] = sprintf('%0f',$incorrect[$i]/$total*100); |
$incorrect[$i] = sprintf('%2f',$incorrect[$i]/$total*100); |
} |
} |
|
# |
|
# Put a blank in the data sets between concepts, if there are concepts |
|
my @labels; |
|
if (defined($concepts) && scalar(@$concepts) > 1) { |
|
my @new_correct; |
|
my @new_incorrect; |
|
my $foil_count = 0; |
|
foreach my $concept (@$concepts) { |
|
foreach (@{$concept->{'foils'}}) { |
|
push(@new_correct, $correct[$foil_count]); |
|
push(@new_incorrect,$incorrect[$foil_count]); |
|
push(@labels,++$foil_count); |
|
} |
|
push(@new_correct,''); |
|
push(@new_incorrect,''); |
|
push(@labels,''); |
|
} |
|
@correct = @new_correct; |
|
@incorrect = @new_incorrect; |
|
} else { |
|
@labels = (1 .. scalar(@correct)); |
|
} |
|
# |
my $xlabel = 'foil chosen'; |
my $xlabel = 'foil chosen'; |
$title.= ' (N='.$total.')'; |
|
my $plot= &Apache::loncommon::DrawBarGraph($title, |
my $plot= &Apache::loncommon::DrawBarGraph($title, |
$xlabel, |
$xlabel, |
'Percent Choosing', |
'Percent Choosing', |
100, |
100, |
['#33ff00','#ff3300'], |
['#33ff00','#ff3300'], |
undef, |
\@labels, |
\@correct, |
\@correct, |
\@incorrect); |
\@incorrect); |
return $plot; |
return $plot; |
} |
} |
|
|
|
|
sub RR_create_stacked_selection_plot { |
sub RR_create_stacked_selection_plot { |
my ($foils,$foil_data,$title)=@_; |
my ($foils,$foil_data,$title,$true_foils)=@_; |
# |
# |
my @correct_choice; # the green row |
my @dataset; # array of array refs - multicolor rows $datasets[row]->[col] |
my @dataset; # array of array refs - multicolor rows. |
|
my %filled; |
|
my @labels; |
my @labels; |
my $count=-1; |
my $count; |
my %column; |
my %column; # maps foil name to column in @datasets |
for (my $i=0;$i<scalar(@$foils);$i++) { |
for (my $i=0;$i<scalar(@$foils);$i++) { |
|
my $foil = $foils->[$i]; |
|
if (defined($true_foils) && scalar(keys(%$true_foils)) > 0 ) { |
|
next if (! $true_foils->{$foil} ); |
|
push(@labels,$i+1); |
|
} else { |
|
next if (! exists($foil_data->{$foil})); |
|
push(@labels,$i+1); |
|
} |
next if (! exists($foil_data->{$foils->[$i]})); |
next if (! exists($foil_data->{$foils->[$i]})); |
my $correct_foil = $foils->[$i]; |
$column{$foil}= $count++; |
push(@labels,$i+1); |
|
$column{$correct_foil}= ++$count; |
|
for (my $j=0;$j<scalar(@$foils);$j++) { |
for (my $j=0;$j<scalar(@$foils);$j++) { |
my $value = 0; |
my $value = 0; |
if ($i != $j ) { |
if ($i != $j ) { |
$value += $foil_data->{$correct_foil}->{$foils->[$j]}; |
$value += $foil_data->{$foil}->{$foils->[$j]}; |
} |
} |
$dataset[$j]->[$column{$correct_foil}]=$value; |
$dataset[$j]->[$column{$foil}]=$value; |
} |
} |
} |
} |
# |
# |
Line 655 sub RR_create_stacked_selection_plot {
|
Line 1056 sub RR_create_stacked_selection_plot {
|
$dataset[$j]->[$bar] = |
$dataset[$j]->[$bar] = |
sprintf('%2f',$dataset[$j]->[$bar]/$bar_total * 100); |
sprintf('%2f',$dataset[$j]->[$bar]/$bar_total * 100); |
} |
} |
$count_per_foil{$foil}=' (N='.$bar_total.')'; |
$count_per_foil{$foil}=' ( '.$bar_total.' )'; |
$grand_total += $bar_total; |
$grand_total += $bar_total; |
} |
} |
if ($grand_total == 0) { |
if ($grand_total == 0) { |
Line 666 sub RR_create_stacked_selection_plot {
|
Line 1067 sub RR_create_stacked_selection_plot {
|
push(@empty_row,0); |
push(@empty_row,0); |
} |
} |
# |
# |
$title .= ' (N='.$grand_total.')'; |
|
my $graph = &Apache::loncommon::DrawBarGraph |
my $graph = &Apache::loncommon::DrawBarGraph |
($title,'Correct Foil','foils chosen Incorrectly', |
($title,'Correct Foil','foils chosen Incorrectly', |
100,$plotcolors,\@labels,\@empty_row,@dataset); |
100,$plotcolors,\@labels,\@empty_row,@dataset); |
Line 674 sub RR_create_stacked_selection_plot {
|
Line 1074 sub RR_create_stacked_selection_plot {
|
} |
} |
|
|
|
|
|
######################################################### |
|
######################################################### |
|
## |
|
## Misc routines |
|
## |
|
######################################################### |
|
######################################################### |
|
|
# if $correct is a hash ref, it is assumed to be indexed by student names. |
# if $correct is a hash ref, it is assumed to be indexed by student names. |
# the values are assumed to be hash refs with a key of 'answer'. |
# the values are assumed to be hash refs with a key of 'answer'. |
sub RR_classify_response_data { |
sub classify_response_data { |
my ($full_row_data,$correct,$function) = @_; |
my ($full_row_data,$correct,$function) = @_; |
my %submission_data; |
my %submission_data; |
|
my %students; |
|
my $max=0; |
foreach my $row (@$full_row_data) { |
foreach my $row (@$full_row_data) { |
my %subm = &hashify_attempt($row); |
my %subm = &hashify_attempt($row); |
if (ref($correct) eq 'HASH') { |
if (ref($correct) eq 'HASH') { |
Line 688 sub RR_classify_response_data {
|
Line 1098 sub RR_classify_response_data {
|
} |
} |
$subm{'submission'} =~ s/=\d+\s*$//; |
$subm{'submission'} =~ s/=\d+\s*$//; |
if (&$function(\%subm)) { |
if (&$function(\%subm)) { |
$submission_data{$subm{'correct'}}->{$subm{'submission'}}++; |
$students{$subm{'student'}}++; |
} |
$submission_data{'_count'}++; |
} |
if (&submission_is_correct($subm{'award'})) { |
return \%submission_data; |
$submission_data{'_correct'}++; |
} |
|
|
|
sub RR_static_time_analysis { |
|
my ($r,$problem,$problem_analysis) = @_; |
|
my ($resource,$partid,$respid) = ($problem->{'resource'}, |
|
$problem->{'part'}, |
|
$problem->{'respid'}); |
|
$r->print('<h3>The time answer you seek is static</h3>'); |
|
my $analysis_html; |
|
# Gather student data |
|
my $response_data = &Apache::loncoursedata::get_response_data |
|
(\@Apache::lonstatistics::SelectedSections, |
|
$Apache::lonstatistics::enrollment_status, |
|
$resource->{'symb'},$respid); |
|
if (! defined($response_data) || |
|
ref($response_data) ne 'ARRAY' ) { |
|
$analysis_html = '<h2>'. |
|
&mt('There is no submission data for this resource'). |
|
'</h2>'; |
|
$r->print($analysis_html); |
|
return; |
|
} |
|
# for time division |
|
|
|
# limit to between start time & end time |
|
# loop through data, classifying it by |
|
# correct foil -> selected foil |
|
# if there is concept data |
|
# make a concept correct plot |
|
# for each correct foil |
|
# make a plot of the data |
|
|
|
} |
|
|
|
|
|
=pod |
|
|
|
|
|
} elsif ($ENV{'form.AnalyzeOver'} eq 'tries') { |
|
$analysis_html .= &RR_tries_Analysis($r,$problem->{'resource'}, |
|
$PerformanceData,$problem_data); |
|
} elsif ($ENV{'form.AnalyzeOver'} eq 'time') { |
|
$analysis_html .= &RR_time_Analysis($r,$problem->{'resource'}, |
|
$PerformanceData,$problem_data); |
|
} else { |
|
$analysis_html .= '<h2>'. |
|
&mt('The analysis you have selected is not supported at this time'). |
|
'</h2>'; |
|
} |
|
$r->print($analysis_html); |
|
} |
|
|
|
sub RR_Excel_output { |
|
my ($r,$PerformanceData,$problem_data) = @_; |
|
return '<h1>No!</h1>'; |
|
} |
|
|
|
sub RR_tries_Analysis { |
|
my ($r,$resource,$PerformanceData,$problem_data) = @_; |
|
my $analysis_html; |
|
my $mintries = 1; |
|
my $maxtries = $ENV{'form.NumPlots'}; |
|
my ($table,$Foils,$Concepts) = &build_foil_index($problem_data); |
|
if ((! defined($Concepts)) || (@$Concepts < 2)) { |
|
$table = '<h3>'. |
|
&mt('Not enough data for concept analysis. '. |
|
'Performing Foil Analysis'). |
|
'</h3>'.$table; |
|
} |
|
$analysis_html .= $table; |
|
my @TryData = &RR_tries_data_analysis($r,$PerformanceData); |
|
$analysis_html .= &RR_tries_Foil_Analysis($mintries,$maxtries,$Foils, |
|
\@TryData,$problem_data); |
|
return $analysis_html; |
|
} |
|
|
|
sub RR_tries_data_analysis { |
|
my ($r,$Attempt_data) = @_; |
|
my @TryData; |
|
foreach my $attempt (@$Attempt_data) { |
|
my %Attempt = &hashify_attempt($attempt); |
|
my ($answer,undef) = split('=',$Attempt{'submission'}); |
|
$TryData[$Attempt{'tries'}]->{$answer}++; |
|
} |
|
return @TryData; |
|
} |
|
|
|
sub RR_time_Analysis { |
|
my ($r,$PerformanceData,$problem_data) = @_; |
|
my $html; |
|
return $html; |
|
} |
|
|
|
sub RR_tries_Foil_Analysis { |
|
my ($min,$max,$Foils,$TryData,$problem_data) = @_; |
|
my $html; |
|
# |
|
# Compute the data neccessary to make the plots |
|
for (my $try=$min;$try<=$max;$try++) { |
|
my @PlotData_Correct; |
|
my @PlotData_Incorrect; |
|
next if ($try > scalar(@{$TryData})); |
|
next if (! defined($TryData->[$try])); |
|
my %DataSet = %{$TryData->[$try]}; |
|
my $total = 0; |
|
foreach my $foilid (@$Foils) { |
|
$total += $DataSet{$foilid}; |
|
} |
|
foreach my $foilid (@$Foils) { |
|
if ($total == 0) { |
|
push (@PlotData_Correct,0); |
|
push (@PlotData_Incorrect,0); |
|
} else { |
|
if ($problem_data->{'_Foils'}->{$foilid}->{'value'} eq 'true') { |
|
push (@PlotData_Correct, |
|
int(100*$DataSet{$foilid}/$total)); |
|
push (@PlotData_Incorrect,0); |
|
} else { |
|
push (@PlotData_Correct,0); |
|
push (@PlotData_Incorrect, |
|
int(100*$DataSet{$foilid}/$total)); |
|
} |
|
} |
} |
} |
|
my $title='Attempt '.$try.' (N='.$total.')'; |
if($max<++$submission_data{$subm{'correct'}}->{$subm{'submission'}}) { |
my $xlabel = 'Foil Chosen'; |
$max=$submission_data{$subm{'correct'}}->{$subm{'submission'}}; |
$html.= &Apache::loncommon::DrawBarGraph($title, |
|
$xlabel, |
|
'Percent Choosing', |
|
100, |
|
['#33ff00','#ff3300'], |
|
undef, |
|
\@PlotData_Correct, |
|
\@PlotData_Incorrect); |
|
} |
|
return $html; |
|
} |
|
|
|
sub RR_tries_Concept_Analysis { |
|
my ($min,$max,$Concepts,$ResponseData,$problem_data) = @_; |
|
my $html; |
|
return $html; |
|
} |
|
|
|
sub RR_time_Foil_Analysis { |
|
my ($min,$max,$Foils,$ResponseData,$problem_data) = @_; |
|
my $html; |
|
return $html; |
|
} |
|
|
|
sub RR_time_Concept_Analysis { |
|
my ($min,$max,$Concepts,$ResponseData,$problem_data) = @_; |
|
my $html; |
|
return $html; |
|
} |
|
|
|
|
|
sub get_Radio_problem_data { |
|
my ($url) = @_; |
|
my $Answ=&Apache::lonnet::ssi($url,('grade_target' => 'analyze')); |
|
(my $garbage,$Answ)=split('_HASH_REF__',$Answ,2); |
|
my %Answer = &Apache::lonnet::str2hash($Answ); |
|
my %Partdata; |
|
foreach my $part (@{$Answer{'parts'}}) { |
|
while (my($key,$value) = each(%Answer)) { |
|
# if (ref($value) eq 'ARRAY') { |
|
# &Apache::lonnet::logthis('is ref part:'.$part.' '.$key.'='.join(',',@$value)); |
|
# } else { |
|
# &Apache::lonnet::logthis('notref part:'.$part.' '.$key.'='.$value); |
|
# } |
|
next if ($key !~ /^$part/); |
|
$key =~ s/^$part\.//; |
|
if ($key eq 'foils') { |
|
$Partdata{$part}->{'_Foils'}=$value; |
|
} elsif ($key eq 'options') { |
|
$Partdata{$part}->{'_Options'}=$value; |
|
} elsif ($key eq 'shown') { |
|
$Partdata{$part}->{'_Shown'}=$value; |
|
} elsif ($key =~ /^foil.value.(.*)$/) { |
|
$Partdata{$part}->{$1}->{'value'}=$value; |
|
} elsif ($key =~ /^foil.text.(.*)$/) { |
|
$Partdata{$part}->{$1}->{'text'}=$value; |
|
} |
} |
} |
} |
} |
} |
return %Partdata; |
$submission_data{'_max'} = $max; |
|
$submission_data{'_students'}=scalar(keys(%students)); |
|
return \%submission_data; |
} |
} |
|
|
=cut |
|
|
|
######################################################### |
######################################################### |
######################################################### |
######################################################### |
Line 943 sub OR_tries_analysis {
|
Line 1176 sub OR_tries_analysis {
|
my $mintries = 1; |
my $mintries = 1; |
my $maxtries = $ENV{'form.NumPlots'}; |
my $maxtries = $ENV{'form.NumPlots'}; |
my ($table,$Foils,$Concepts) = &build_foil_index($ORdata); |
my ($table,$Foils,$Concepts) = &build_foil_index($ORdata); |
|
if (! defined($Concepts)) { |
|
$Concepts = []; |
|
} |
my %response_data = &OR_analyze_by_tries($r,$PerformanceData, |
my %response_data = &OR_analyze_by_tries($r,$PerformanceData, |
$mintries,$maxtries); |
$mintries,$maxtries); |
my $analysis = ''; |
my $analysis = ''; |
Line 993 sub OR_tries_analysis {
|
Line 1229 sub OR_tries_analysis {
|
} # End of concept loops |
} # End of concept loops |
# |
# |
# Build a table for the plots |
# Build a table for the plots |
my $analysis_html = "<table>\n"; |
my $analysis_html = "<br /><table>\n"; |
my $optionkey = &build_option_index($ORdata); |
my $optionkey = &build_option_index($ORdata); |
my $num_concepts = 1; |
my $num_concepts = 1; |
if (defined($Concepts)) { $num_concepts = scalar(@$Concepts); } |
if (defined($Concepts)) { $num_concepts = scalar(@$Concepts); } |
Line 1028 sub OR_tries_analysis {
|
Line 1264 sub OR_tries_analysis {
|
} |
} |
} |
} |
# |
# |
my $title; |
|
my $count = $response_data{'_total'}->[$try]; |
|
$title = 'Attempt '.$try.' (N='.$count.')'; |
|
$concept_graph = &Apache::loncommon::DrawBarGraph |
$concept_graph = &Apache::loncommon::DrawBarGraph |
($title,'Concept Number','Percent Correct', |
('Correct Concepts','Concept Number','Percent Correct', |
100,$plotcolors,undef,\@concept_plot_data); |
100,$plotcolors,undef,\@concept_plot_data,{xskip=>1}); |
} |
} |
# |
# |
# Create Foil Plots |
# Create Foil Plots |
my $count = $response_data{'_total'}->[$try]; |
my $data_count = $response_data{'_total'}->[$try]; |
my $title = 'Attempt '.$try.' (N='.$count.')'; |
my $correct = $response_data{'_correct'}->[$try]; |
my @Datasets; |
my @Datasets; |
foreach my $option ('_correct',@{$ORdata->{'_Options'}}) { |
foreach my $option ('_correct',@{$ORdata->{'_Options'}}) { |
next if (! exists($foil_plot[$try]->{$option})); |
next if (! exists($foil_plot[$try]->{$option})); |
Line 1070 sub OR_tries_analysis {
|
Line 1303 sub OR_tries_analysis {
|
} |
} |
# |
# |
my $correct_graph = &Apache::loncommon::DrawBarGraph |
my $correct_graph = &Apache::loncommon::DrawBarGraph |
($title,'Statement','% Answered Correct', |
('Correct Statements','Statement','% Answered Correct', |
100,$plotcolors,\@Labels,$Datasets[0]); |
100,$plotcolors,\@Labels,$Datasets[0],{xskip=>1}); |
|
|
# |
# |
# |
# |
Line 1079 sub OR_tries_analysis {
|
Line 1312 sub OR_tries_analysis {
|
for (my $i=0; $i< scalar(@{$Datasets[0]});$i++) { |
for (my $i=0; $i< scalar(@{$Datasets[0]});$i++) { |
$Datasets[0]->[$i]=0; |
$Datasets[0]->[$i]=0; |
} |
} |
$count = $response_data{'_total'}->[$try] - |
my $count = $response_data{'_total'}->[$try] - |
$response_data{'_correct'}->[$try]; |
$response_data{'_correct'}->[$try]; |
$title = 'Attempt '.$try.' (N='.$count.')'; |
|
my $incorrect_graph = &Apache::loncommon::DrawBarGraph |
my $incorrect_graph = &Apache::loncommon::DrawBarGraph |
($title,'Statement','% Chosen Incorrectly', |
('Incorrect Statements','Statement','% Chosen Incorrectly', |
100,$plotcolors,\@Labels,@Datasets); |
100,$plotcolors,\@Labels,@Datasets,{xskip=>1}); |
$analysis_html.= |
$analysis_html.= |
|
'<tr><td colspan="4" align="center">'. |
|
'<font size="+1">'. |
|
&mt('Attempt [_1], [_2] submissions, [_3] correct, [_4] incorrect', |
|
$try,$data_count,$correct,$data_count-$correct). |
|
'</font>'.'</td></tr>'.$/. |
'<tr>'. |
'<tr>'. |
'<td>'.$concept_graph.'</td>'. |
'<td>'.$concept_graph.'</td>'. |
'<td>'.$correct_graph.'</td>'. |
'<td>'.$correct_graph.'</td>'. |
Line 1103 sub OR_analyze_by_tries {
|
Line 1340 sub OR_analyze_by_tries {
|
my %Trydata; |
my %Trydata; |
$mintries = 1 if (! defined($mintries) || $mintries < 1); |
$mintries = 1 if (! defined($mintries) || $mintries < 1); |
$maxtries = $mintries if (! defined($maxtries) || $maxtries < $mintries); |
$maxtries = $mintries if (! defined($maxtries) || $maxtries < $mintries); |
|
my @students; |
foreach my $row (@$PerformanceData) { |
foreach my $row (@$PerformanceData) { |
next if (! defined($row)); |
next if (! defined($row)); |
my $tries = &get_tries_from_row($row); |
my $tries = &get_tries_from_row($row); |
my %Row = &Process_OR_Row($row); |
my %Row = &Process_OR_Row($row); |
next if (! %Row); |
next if (! %Row); |
|
my $student_id = $row->[&Apache::loncoursedata::RD_student_id()]; |
|
$students[$tries]->{$student_id}++; |
while (my ($foilid,$href) = each(%Row)) { |
while (my ($foilid,$href) = each(%Row)) { |
if (! ref($href)) { |
if (! ref($href)) { |
$Trydata{$foilid}->[$tries] += $href; |
$Trydata{$foilid}->[$tries] += $href; |
Line 1118 sub OR_analyze_by_tries {
|
Line 1358 sub OR_analyze_by_tries {
|
} |
} |
} |
} |
} |
} |
|
for (my $try=$mintries;$try<=$maxtries;$try++) { |
|
$Trydata{'_studentcount'}->[$try] = scalar(keys(%{$students[$try]})); |
|
} |
return %Trydata; |
return %Trydata; |
} |
} |
|
|
Line 1142 sub OR_time_analysis {
|
Line 1385 sub OR_time_analysis {
|
# |
# |
my $num_plots = $ENV{'form.NumPlots'}; |
my $num_plots = $ENV{'form.NumPlots'}; |
my $num_data = scalar(@$performance_data)-1; |
my $num_data = scalar(@$performance_data)-1; |
my $percent = sprintf('%2f',100/$num_plots); |
|
# |
# |
|
my $current_index; |
$table .= "<table>\n"; |
$table .= "<table>\n"; |
for (my $i=0;$i<$num_plots;$i++) { |
for (my $i=0;$i<$num_plots;$i++) { |
## |
## |
Line 1154 sub OR_time_analysis {
|
Line 1397 sub OR_time_analysis {
|
if (! defined($starttime) || ! defined($endtime)) { |
if (! defined($starttime) || ! defined($endtime)) { |
my $sec_in_day = 86400; |
my $sec_in_day = 86400; |
my $last_sub_time = &get_time_from_row($performance_data->[-1]); |
my $last_sub_time = &get_time_from_row($performance_data->[-1]); |
my ($sday,$smon,$syear); |
my ($sday,$smon,$syear) = |
(undef,undef,undef,$sday,$smon,$syear) = |
(localtime($last_sub_time - $sec_in_day*$i))[3..5]; |
localtime($last_sub_time - $sec_in_day*$i); |
|
$starttime = &Time::Local::timelocal(0,0,0,$sday,$smon,$syear); |
$starttime = &Time::Local::timelocal(0,0,0,$sday,$smon,$syear); |
$endtime = $starttime + $sec_in_day; |
$endtime = $starttime + $sec_in_day; |
if ($i == ($num_plots -1 )) { |
if ($i == ($num_plots -1 )) { |
$starttime = &get_time_from_row($performance_data->[0]); |
$starttime = &get_time_from_row($performance_data->[0]); |
} |
} |
} |
} |
$table .= '<tr><td colspan="4" align="center">'. |
$table .= '<tr><td colspan="4" align="center"><font size="+1">'. |
&mt('Data from [_1] to [_2]', |
&mt('Data from [_1] to [_2]', |
&Apache::lonlocal::locallocaltime($starttime), |
&Apache::lonlocal::locallocaltime($starttime), |
&Apache::lonlocal::locallocaltime($endtime)).'</td></tr>'.$/; |
&Apache::lonlocal::locallocaltime($endtime)). |
|
'</font></td></tr>'.$/; |
my $startdateform = &Apache::lonhtmlcommon::date_setter |
my $startdateform = &Apache::lonhtmlcommon::date_setter |
('Statistics','startdate_'.$i,$starttime); |
('Statistics','startdate_'.$i,$starttime); |
my $enddateform = &Apache::lonhtmlcommon::date_setter |
my $enddateform = &Apache::lonhtmlcommon::date_setter |
Line 1189 sub OR_time_analysis {
|
Line 1432 sub OR_time_analysis {
|
} |
} |
$end_index = $j; |
$end_index = $j; |
## |
## |
my $interval = { |
my ($processed_time_data,$correct,$data_count,$student_count) = |
begin_index => $begin_index, |
&OR_time_process_data($performance_data,$begin_index,$end_index); |
end_index => $end_index, |
## |
startdateform => $startdateform, |
$table .= '<tr><td colspan="4" align="center"><font size="+1">'. |
enddateform => $enddateform, |
&mt('[_1] submissions from [_2] students, [_3] correct, [_4] incorrect', |
}; |
$data_count,$student_count,$correct,$data_count-$correct). |
|
'</font></td></tr>'.$/; |
my $concept_correct_plot = ''; |
my $concept_correct_plot = ''; |
if ($num_concepts > 1) { |
if ($num_concepts > 1) { |
$concept_correct_plot = |
$concept_correct_plot = |
&OR_Concept_Time_Analysis($performance_data, |
&OR_Concept_Time_Analysis($processed_time_data, |
$ORdata,$Concepts, |
$correct,$data_count,$student_count, |
$interval); |
$ORdata,$Concepts); |
} |
} |
my ($foil_correct_plot,$foil_incorrect_plot) = |
my ($foil_correct_plot,$foil_incorrect_plot) = |
&OR_Foil_Time_Analysis($performance_data,$ORdata, |
&OR_Foil_Time_Analysis($processed_time_data, |
$Foils,$Concepts,$interval); |
$correct,$data_count,$student_count, |
|
$ORdata,$Foils,$Concepts); |
$table .= '<tr>'. |
$table .= '<tr>'. |
'<td>'.$concept_correct_plot.'</td>'. |
'<td>'.$concept_correct_plot.'</td>'. |
'<td>'.$foil_correct_plot.'</td>'. |
'<td>'.$foil_correct_plot.'</td>'. |
'<td>'.$foil_incorrect_plot.'</td>'. |
'<td>'.$foil_incorrect_plot.'</td>'. |
'<td align="left" valign="top">'.$foilkey.'</td></tr>'.$/; |
'<td align="left" valign="top">'.$foilkey.'</td></tr>'.$/; |
$table .= '<tr><td colspan="4" align="center">'. |
$table .= '<tr><td colspan="4" align="center">'. |
&mt('Start time: [_1]', |
&mt('Start time: [_1]',$startdateform).'<br />'. |
$interval->{'startdateform'}).'<br />'. |
&mt('End time: [_1]',$enddateform).'</td></tr>'.$/; |
&mt('End time: [_1]', |
|
$interval->{'enddateform'}). |
|
'</td></tr>'.$/; |
|
$table.= '<tr><td colspan="4"> </td></tr>'.$/; |
$table.= '<tr><td colspan="4"> </td></tr>'.$/; |
} |
} |
$table .= '</table>'; |
$table .= '</table>'; |
Line 1224 sub OR_time_analysis {
|
Line 1466 sub OR_time_analysis {
|
} |
} |
|
|
sub OR_Foil_Time_Analysis { |
sub OR_Foil_Time_Analysis { |
my ($performance_data,$ORdata,$Foils,$Concepts,$interval) = @_; |
my ($processed_time_data,$correct,$data_count,$student_count, |
my $analysis_html; |
$ORdata,$Foils,$Concepts) = @_; |
my ($begin_index,$end_index) = ($interval->{'begin_index'}, |
if ($data_count <= 0) { |
$interval->{'end_index'}); |
return ('<h2>'.&mt('There is no data to plot').'</h2>',''); |
my %TimeData; |
|
# |
|
# Compute the number getting the foils correct or incorrects |
|
for (my $j=$begin_index;$j<=$end_index;$j++) { |
|
my $row = $performance_data->[$j]; |
|
next if (! defined($row)); |
|
my %Row = &Process_OR_Row($row); |
|
while (my ($foilid,$href) = each(%Row)) { |
|
if (! ref($href)) { |
|
$TimeData{$foilid} += $href; |
|
next; |
|
} |
|
while (my ($option,$value) = each(%$href)) { |
|
$TimeData{$foilid}->{$option}+=$value; |
|
} |
|
} |
|
} |
} |
|
my $analysis_html; |
my @plotdata; |
my @plotdata; |
my @labels; |
my @labels; |
foreach my $concept (@{$Concepts}) { |
foreach my $concept (@{$Concepts}) { |
foreach my $foil (@{$concept->{'foils'}}) { |
foreach my $foil (@{$concept->{'foils'}}) { |
push(@labels,scalar(@labels)+1); |
push(@labels,scalar(@labels)+1); |
my $total = $TimeData{$foil}->{'_total'}; |
my $total = $processed_time_data->{$foil}->{'_total'}; |
if ($total == 0) { |
if ($total == 0) { |
push(@{$plotdata[0]},0); |
push(@{$plotdata[0]},0); |
} else { |
} else { |
push(@{$plotdata[0]}, |
push(@{$plotdata[0]}, |
100 * $TimeData{$foil}->{'_correct'} / $total); |
100 * $processed_time_data->{$foil}->{'_correct'} / $total); |
} |
} |
my $total_incorrect = $total - $TimeData{$foil}->{'_correct'}; |
my $total_incorrect = $total - $processed_time_data->{$foil}->{'_correct'}; |
for (my $i=0;$i<scalar(@{$ORdata->{'_Options'}});$i++) { |
for (my $i=0;$i<scalar(@{$ORdata->{'_Options'}});$i++) { |
my $option = $ORdata->{'_Options'}->[$i]; |
my $option = $ORdata->{'_Options'}->[$i]; |
if ($total_incorrect == 0) { |
if ($total_incorrect == 0) { |
push(@{$plotdata[$i+1]},0); |
push(@{$plotdata[$i+1]},0); |
} else { |
} else { |
push(@{$plotdata[$i+1]}, |
push(@{$plotdata[$i+1]}, |
100 * $TimeData{$foil}->{$option} / $total_incorrect); |
100 * $processed_time_data->{$foil}->{$option} / $total_incorrect); |
} |
} |
} |
} |
} |
} |
Line 1277 sub OR_Foil_Time_Analysis {
|
Line 1504 sub OR_Foil_Time_Analysis {
|
} |
} |
# |
# |
# Create the plot |
# Create the plot |
my $count = $end_index-$begin_index; |
my $correct_plot = &Apache::loncommon::DrawBarGraph('Correct Statements', |
return ('No data','') if ($count <= 0); |
'Statement Number', |
my $title; |
'Percent Correct', |
if ($count == 0) { |
100, |
$title = 'no submissions'; |
$plotcolors, |
} elsif ($count == 1) { |
undef, |
$title = 'one submission'; |
$plotdata[0], |
} elsif ($count > 1) { |
{xskip=>1}); |
$title = $count.' submissions'; |
|
} |
|
my $correct_plot = &Apache::loncommon::DrawBarGraph($title, |
|
'Foil Number', |
|
'Percent Correct', |
|
100, |
|
$plotcolors, |
|
undef, |
|
$plotdata[0]); |
|
for (my $j=0; $j< scalar(@{$plotdata[0]});$j++) { |
for (my $j=0; $j< scalar(@{$plotdata[0]});$j++) { |
$plotdata[0]->[$j]=0; |
$plotdata[0]->[$j]=0; |
} |
} |
$count = $end_index-$begin_index-$TimeData{'_correct'}; |
my $incorrect_plot = |
if ($count == 0) { |
&Apache::loncommon::DrawBarGraph('Incorrect Statements', |
$title = 'no submissions'; |
'Statement Number', |
} elsif ($count < 0) { |
'Incorrect Option Choice', |
return ($correct_plot,''); |
100, |
} elsif ($count == 1) { |
$plotcolors, |
$title = 'one submission'; |
undef, |
} else { |
@plotdata,{xskip=>1}); |
$title = $count.' submissions'; |
|
} |
|
my $incorrect_plot = &Apache::loncommon::DrawBarGraph($title, |
|
'Foil Number', |
|
'Incorrect Option Choice', |
|
100, |
|
$plotcolors, |
|
undef, |
|
@plotdata); |
|
return ($correct_plot,$incorrect_plot); |
return ($correct_plot,$incorrect_plot); |
} |
} |
|
|
sub OR_Concept_Time_Analysis { |
sub OR_Concept_Time_Analysis { |
my ($performance_data,$ORdata,$Concepts,$interval) = @_; |
my ($processed_time_data,$correct,$data_count,$student_count, |
## |
$ORdata,$Concepts) = @_; |
## Determine starttime, endtime, startindex, endindex |
return '' if ($data_count == 0); |
my ($begin_index,$end_index) = ($interval->{'begin_index'}, |
|
$interval->{'end_index'}); |
|
my %TimeData; |
|
# |
|
# Compute the number getting the foils correct or incorrects |
|
for (my $j=$begin_index;$j<=$end_index;$j++) { |
|
my $row = $performance_data->[$j]; |
|
next if (! defined($row)); |
|
my %Row = &Process_OR_Row($row); |
|
while (my ($foilid,$href) = each(%Row)) { |
|
if (! ref($href)) { |
|
$TimeData{$foilid} += $href; |
|
next; |
|
} |
|
while (my ($option,$value) = each(%$href)) { |
|
$TimeData{$foilid}->{$option}+=$value; |
|
} |
|
} |
|
} |
|
# |
# |
# Put the data in plottable form |
# Put the data in plottable form |
my @plotdata; |
my @plotdata; |
foreach my $concept (@$Concepts) { |
foreach my $concept (@$Concepts) { |
my ($total,$correct); |
my ($total,$correct); |
foreach my $foil (@{$concept->{'foils'}}) { |
foreach my $foil (@{$concept->{'foils'}}) { |
$total += $TimeData{$foil}->{'_total'}; |
$total += $processed_time_data->{$foil}->{'_total'}; |
$correct += $TimeData{$foil}->{'_correct'}; |
$correct += $processed_time_data->{$foil}->{'_correct'}; |
} |
} |
if ($total == 0) { |
if ($total == 0) { |
push(@plotdata,0); |
push(@plotdata,0); |
Line 1357 sub OR_Concept_Time_Analysis {
|
Line 1547 sub OR_Concept_Time_Analysis {
|
} |
} |
# |
# |
# Create the plot |
# Create the plot |
my $title = ($end_index - $begin_index).' submissions'; |
return &Apache::loncommon::DrawBarGraph('Correct Concepts', |
return &Apache::loncommon::DrawBarGraph($title, |
|
'Concept Number', |
'Concept Number', |
'Percent Correct', |
'Percent Correct', |
100, |
100, |
$plotcolors, |
$plotcolors, |
undef, |
undef, |
\@plotdata); |
\@plotdata,{xskip=>1}); |
|
} |
|
|
|
sub OR_time_process_data { |
|
my ($performance_data,$begin_index,$end_index)=@_; |
|
my %processed_time_data; |
|
my %distinct_students; |
|
my ($correct,$data_count); |
|
if (($begin_index == $end_index) && |
|
($end_index != scalar(@$performance_data)-1)) { |
|
return undef; |
|
} |
|
# Be sure we include the last one if we are asked for it. |
|
# That we have to correct here (and not when $end_index is |
|
# given a value) should probably be considered a bug. |
|
if ($end_index == scalar(@$performance_data)-1) { |
|
$end_index++; |
|
} |
|
my $count; |
|
for (my $i=$begin_index;$i<$end_index;$i++) { |
|
my $attempt = $performance_data->[$i]; |
|
$count++; |
|
next if (! defined($attempt)); |
|
my %attempt = &Process_OR_Row($attempt); |
|
$data_count++; |
|
$correct += $attempt{'_correct'}; |
|
$distinct_students{$attempt->[&Apache::loncoursedata::RD_student_id()]}++; |
|
while (my ($foilid,$href) = each(%attempt)) { |
|
if (! ref($href)) { |
|
$processed_time_data{$foilid} += $href; |
|
next; |
|
} |
|
while (my ($option,$value) = each(%$href)) { |
|
$processed_time_data{$foilid}->{$option}+=$value; |
|
} |
|
} |
|
} |
|
return (\%processed_time_data,$correct,$data_count, |
|
scalar(keys(%distinct_students))); |
} |
} |
|
|
######################################################### |
######################################################### |
Line 1374 sub OR_Concept_Time_Analysis {
|
Line 1601 sub OR_Concept_Time_Analysis {
|
## |
## |
######################################################### |
######################################################### |
######################################################### |
######################################################### |
|
sub build_student_data_worksheet { |
|
my ($workbook,$format) = @_; |
|
my $rows_output = 3; |
|
my $cols_output = 0; |
|
my $worksheet = $workbook->addworksheet('Student Data'); |
|
$worksheet->write($rows_output++,0,'Student Data',$format->{'h3'}); |
|
my @Headers = ('full name','username','domain','section', |
|
"student\nnumber",'identifier'); |
|
$worksheet->write_row($rows_output++,0,\@Headers,$format->{'header'}); |
|
my @Students = @Apache::lonstatistics::Students; |
|
my $studentrows = &Apache::loncoursedata::get_student_data(\@Students); |
|
my %ids; |
|
foreach my $row (@$studentrows) { |
|
my ($mysqlid,$student) = @$row; |
|
$ids{$student}=$mysqlid; |
|
} |
|
foreach my $student (@Students) { |
|
my $name_domain = $student->{'username'}.':'.$student->{'domain'}; |
|
$worksheet->write_row($rows_output++,0, |
|
[$student->{'fullname'}, |
|
$student->{'username'},$student->{'domain'}, |
|
$student->{'section'},$student->{'id'}, |
|
$ids{$name_domain}]); |
|
} |
|
return $worksheet; |
|
} |
|
|
sub OR_excel_sheet { |
sub OR_excel_sheet { |
my ($r,$resource,$performance_data,$ORdata) = @_; |
my ($r,$resource,$performance_data,$ORdata) = @_; |
my $response = ''; |
my $response = ''; |
Line 1848 sub hashify_attempt {
|
Line 2102 sub hashify_attempt {
|
sub Process_OR_Row { |
sub Process_OR_Row { |
my ($row) = @_; |
my ($row) = @_; |
my %RowData; |
my %RowData; |
my $student_id = $row->[&Apache::loncoursedata::RD_student_id()]; |
# my $student_id = $row->[&Apache::loncoursedata::RD_student_id()]; |
my $award = $row->[&Apache::loncoursedata::RD_awarddetail()]; |
my $award = $row->[&Apache::loncoursedata::RD_awarddetail()]; |
my $grading = $row->[&Apache::loncoursedata::RD_response_eval()]; |
my $grading = $row->[&Apache::loncoursedata::RD_response_eval()]; |
my $submission = $row->[&Apache::loncoursedata::RD_submission()]; |
my $submission = $row->[&Apache::loncoursedata::RD_submission()]; |
my $time = $row->[&Apache::loncoursedata::RD_timestamp()]; |
my $time = $row->[&Apache::loncoursedata::RD_timestamp()]; |
my $tries = $row->[&Apache::loncoursedata::RD_tries()]; |
# my $tries = $row->[&Apache::loncoursedata::RD_tries()]; |
return undef if ($award eq 'MISSING_ANSWER'); |
return undef if ($award eq 'MISSING_ANSWER'); |
if ($award =~ /(APPROX_ANS|EXACT_ANS)/) { |
if (&submission_is_correct($award)) { |
$RowData{'_correct'} = 1; |
$RowData{'_correct'} = 1; |
} |
} |
$RowData{'_total'} = 1; |
$RowData{'_total'} = 1; |
Line 1876 sub Process_OR_Row {
|
Line 2130 sub Process_OR_Row {
|
return %RowData; |
return %RowData; |
} |
} |
|
|
|
sub submission_is_correct { |
|
my ($award) = @_; |
|
if ($award =~ /(APPROX_ANS|EXACT_ANS)/) { |
|
return 1; |
|
} else { |
|
return 0; |
|
} |
|
} |
|
|
1; |
1; |
|
|
__END__ |
__END__ |