//
// Autor: Timo Ehmke (ehmke@uni-flensburg.de)
//


// Figurenbeschreibung 
// ===================

e[1]  = A1; point;   fixed;	-4.0,4.0;  	"hidden"
e[2]  = A2; point;   fixed;	1.5,4.0;  	"hidden"
e[3]  = C1; point;   fixed;	0.0,-2.5; 	"hidden"
e[4]  = C2; point;   fixed;	0.0,3.0;  	"hidden"
e[5]  = B1; point;   fixed;	4.0,4.0; 	"hidden"
e[6]  = B2; point;   fixed;	-1.5,4.0;  	"hidden"
e[7]  = A;  circle;  radius; 	A1,A2;    	red;0;red;0
e[8]  = B;  circle;  radius; 	B1,B2;    	gray;0;gray;0
e[9]  = C;  circle;  radius; 	C1,C2;    	blue;0;blue;0
e[10] = P;  point;   dragable;   -14.0,9.0; 
e[11] = m1; measure; button; 	"Evaluation","evaluate";  




// Aufgabenanalyse
// ===============

<Problem>
 MAX_ANSWER = 0
 condition[1] = "isIncluded(P,A)"
 condition[2] = "isIncluded(P,B)"
 condition[3] = "isIncluded(P,C)"
</Problem>


<Answer 1>
 key = "(condition[1] AND condition[2]) AND NOT(condition[3])"
 comment[1] = " Right. /n In this position the statement (S1) is true."
</Answer 1>

<Answer 2>
 key = "condition[1] AND condition[2] AND condition[3]"
 comment[1] = " Your answer is not right. /n The element P must be in A and B, but not in C. /n Just try again."
</Answer 2>

<Answer 3>
 key = "1"
 comment[1] = " Your answer is not right. /n Just try again."
</Answer 3>