def markbar(m):
return str(qt.tag('span', "%s" % ','.join(["%2.1f" % (i-classavg) for i in m]), {'class': 'bar'}))
""")
def getlect(p):
return Project(p).lecturer
c = dict((key, len(list(vals))) for (key, vals) in itertools.groupby(projects, getlect))
lecturers = sorted(c.keys())
# TODO: this table desperately needs to keep the headers on top
# Options to try:
# http://stackoverflow.com/questions/643340/freeze-th-header-and-scrolling-data
outfile.write(str(qt.h1('Selections')))
outfile.write(str(qt.p('Report generated on ' + datetime.datetime.now().strftime('%c'))))
outfile.write("<table class='selectionmatrix'>\n")
outfile.write(str(qt.tag('colgroup', [], {'class': 'names'})))
for l in lecturers:
outfile.write(str(qt.tag('colgroup', [], {'span': c[l], 'class': 'lect', 'id': 'col_'+l})))
outfile.write("<thead>")
outfile.write(str(qt.tr([qt.th()] + [qt.th(l, {'colspan': c[l]}) for l in lecturers])))
outfile.write(str(qt.tr([qt.th('Project')] \
+ [qt.th(Project(p).number, {'class': 'sel%s' % (p in selected),
'title': '%s (%s)' % (','.join(studentsbyproject.get(p, [])), projectdescriptions.get(p, ''))})
for p in projects])))
outfile.write(str(qt.tr([qt.td("Min")] + [qt.td(minperproject[p]) for p in projects])))
outfile.write(str(qt.tr([qt.td("Students")] + [qt.td(nstudentsbyproject[p]) for p in projects])))
outfile.write(str(qt.tr([qt.td("Max")] + [qt.td(maxperproject[p]) for p in projects])))
outfile.write(str("</thead>\n"))
outfile.write("<tbody overflow='scroll'>")
for s in students:
n = studentnames[s]
