def random_interactive_A_question(request):
eligible = [i for i in modulesList() if i[-4] == 'i' and i[-3] == 'a']
context = ucf.view_builder('aa_matter_and_radiation_logic',
eligible[randint(0,
len(eligible) - 1)])
return render(request, "physics/interactiveTypeDragSelectMultiReveal.html",
context)
def random_printable_A_section(request):
eligible = [i for i in modulesList() if i[-5] == 'p' and i[-3] == 'a']
total_marks = 0
target_marks = 60
question_number = 1
qlist = []
while total_marks < target_marks:
context = ucf.view_builder('aa_matter_and_radiation_logic',
eligible[randint(0,
len(eligible) - 1)])
total_marks += int(context['marksBase'])
context['questionNumber'] = question_number
question_number += 1
qlist.append(context)
continue
return render(request, "physics/printablePaperMSRevealAB.html",
{'qlist': qlist})
def module_shortcut(selected):
if selected[0:2] == 'gx':
context = ucf.view_builder('gx_nuclear_physics', selected)
return context
def random_printable_B_question(request):
eligible = [i for i in modulesList() if i[-5] == 'p' and i[-2] == 'b']
context = ucf.view_builder('aa_matter_and_radiation_logic',
eligible[randint(0,
len(eligible) - 1)])
return render(request, "physics/printablePaperMSRevealAB.html", context)
def module_shortcut(selected):
if selected[0:2] == 'fb':
context = ucf.view_builder('fb_electric_fields', selected)
return context