Hello together, I've come across a problem, and I would be very glad if somebody could help me out to solve it.
This is my syntax for one test, with 6 items. Every item is a multiple choice item with 4 options and only one is correct.
####################################################################################################
#
# TESTLET ING_tcm_002_tex_en
#
####################################################################################################
###################
# Testletstamm
###################
<html st_ING_tcm_002_tex_en>
/ items = ("Stamm_ING_tcm_002_tex_en.base64.html")
/ position = (0%,50%)
/ showborders = false
/ showscrollbars = True
/ size = (100%,100%)
</html>
###################
# Items
###################
<radiobuttons ING_tcm_002a>
/ caption = "A spring (mass 0,005 kg), an apple (mass 0,25 kg) and a stone (mass 1 kg) are released simultaneously in vacuum at time t0 from a height h above the ground. Which body lands on the ground first (time t1)?"
/ options = ("~nAll objects reach the ground at the same time t1.~n",
"~nThe spring lands at time t1.~n",
"~nThe apple lands at time t1.~n",
"~nThe stone lands at time t1.~n")
/ optionvalues = ("1","2","3", "4")
/ position = (55%,10%)
/ required = false
/ validresponse = ("1","2","3","4")
/ correctresponse = ("1")
/ responsefontstyle = ("Arial", 1.5%)
/ fontstyle = ("Arial", 1.5%)
/ order = random
</radiobuttons>
*********************
<radiobuttons ING_tcm_002b>
/ caption = "A football with a mass of 0.4 kg is dropped in a vacuum. The ball falls from a height of h₁ = 10 m to the ground (h₂ = 0 m). What is its potential energy before the fall?"
/ options = ("~n40 Nm~n",
"~n50 Nm~n",
"~n60 Nm~n",
"~n70 Nmn~n")
/ optionvalues = ("1","2","3", "4")
/ position = (55%,10%)
/ required = false
/ validresponse = ("1","2","3","4")
/ correctresponse = ("1")
/ responsefontstyle = ("Arial", 1.5%)
/ fontstyle = ("Arial", 1.5%)
/ order = random
</radiobuttons>
*********************
<radiobuttons ING_tcm_002c>
/ caption = "A stone (1 kg) and a spring (0.005 kg) are dropped simultaneously in a vacuum. The stone is dropped from a 30 cm higher position than the spring. Does the stone catch the spring before it touches the ground?"
/ options = ("~nNo.~n",
"~nYes.~n",
"~nBoth arrive at the bottom at the same time.~n",
"~nThis can only be analyzed if the initial heights are known.~n")
/ optionvalues = ("1","2","3", "4")
/ position = (55%,10%)
/ required = false
/ validresponse = ("1","2","3","4")
/ correctresponse = ("1")
/ responsefontstyle = ("Arial", 1.5%)
/ fontstyle = ("Arial", 1.5%)
/ order = random
</radiobuttons>
*********************
<radiobuttons ING_tcm_002d>
/ caption = "What is the trend of the speed of fall from free fall?"
/ options = ("~nLinear~n",
"~nSquare~n",
"~nRemains constant~n",
"~nIndeterminable~n")
/ optionvalues = ("1","2","3", "4")
/ position = (55%,10%)
/ required = false
/ validresponse = ("1","2","3","4")
/ correctresponse = ("1")
/ responsefontstyle = ("Arial", 1.5%)
/ fontstyle = ("Arial", 1.5%)
/ order = random
</radiobuttons>
*********************
<radiobuttons ING_tcm_002e>
/ caption = "From a pistol, a bullet is shot upwards in a vacuum. Before it is shot, the bullet has a kinetic energy of 350 Nm. How much potential energy does the bullet have at the highest point of flight?"
/ options = ("~n350 Nm potential energy~n",
"~n0 Nm potential energy~n",
"~n35 Nm potential energy~n",
"~n175 Nm potential energy~n")
/ optionvalues = ("1","2","3", "4")
/ position = (55%,10%)
/ required = false
/ validresponse = ("1","2","3","4")
/ correctresponse = ("1")
/ responsefontstyle = ("Arial", 1.5%)
/ fontstyle = ("Arial", 1.5%)
/ order = random
</radiobuttons>
*********************
<radiobuttons ING_tcm_002f>
/ caption = "From a pistol, a bullet is shot upwards in a vacuum. The bullet is shot upwards at 30,000 m/s and returns to the firing point after 1 minute. How big is the kinetic energy of the ball when it arrives back at the starting point?"
/ options = ("~nJust as large as at the time of firing.~n",
"~nLess than at the time of firing.~n",
"~nGreater than at the time of firing.~n",
"~nNo statement can be made about this.~n")
/ optionvalues = ("1","2","3", "4")
/ position = (55%,10%)
/ required = false
/ validresponse = ("1","2","3","4")
/ correctresponse = ("1")
/ responsefontstyle = ("Arial", 1.5%)
/ fontstyle = ("Arial", 1.5%)
/ order = random
</radiobuttons>
###################
# survey pages
###################
<surveypage p_ING_tcm_002a>
/ questions = [1 = ING_tcm_002a]
/ stimulustimes = [1 = st_ING_tcm_002_tex_en; 1 = timer; 1 = timertext]
</surveypage>
<surveypage p_ING_tcm_002b>
/ questions = [1 = ING_tcm_002b]
/ stimulustimes = [1 = st_ING_tcm_002_tex_en; 1 = timer; 1 = timertext]
</surveypage>
<surveypage p_ING_tcm_002c>
/ questions = [1 = ING_tcm_002c]
/ stimulustimes = [1 = st_ING_tcm_002_tex_en; 1 = timer; 1 = timertext]
</surveypage>
<surveypage p_ING_tcm_002d>
/ questions = [1 = ING_tcm_002d]
/ stimulustimes = [1 = st_ING_tcm_002_tex_en; 1 = timer; 1 = timertext]
</surveypage>
<surveypage p_ING_tcm_002e>
/ questions = [1 = ING_tcm_002e]
/ stimulustimes = [1 = st_ING_tcm_002_tex_en; 1 = timer; 1 = timertext]
</surveypage>
<surveypage p_ING_tcm_002f>
/ questions = [1 = ING_tcm_002f]
/ stimulustimes = [1 = st_ING_tcm_002_tex_en; 1 = timer; 1 = timertext]
</surveypage>
###################
# total testlet
###################
<survey ING_tcm_002_tex_en>
/ pages = [1=p_ING_tcm_002a; 2=p_ING_tcm_002b; 3=p_ING_tcm_002c; 4=p_ING_tcm_002d; 5=p_ING_tcm_002e; 6=p_ING_tcm_002f]
/ showbackbutton=false
/ finishlabel = "Continue"
/ nextlabel = "Continue"
/ screencolor = white
</survey>
Now I would like to add that after that test, the participant gets a feedback in the form of: "You have solved ...% of the items." or "You have solved 4 out of 6 items correctly" or something like that.
Is that possible?
Thank you in advance!
best, Nash