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

// Systemvariablen 
// ===============

   snapToGrid    = true
   gridSize = 20
   WORLD_X_MAX = +8.0
   WORLD_X_MIN = -8.0
   WORLD_Y_MAX = +6.0
   WORLD_Y_MIN = -6.0


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

e[1]  = A;    point;   free;        -1.0,0.0;   "hidden"
e[2]  = B;    point;   free;        1.0,0.0;    "hidden"
e[3]  = C;    point;   free;        -3.0,0.0;   "hidden"
e[4]  = D;    point;   free;        -1.0,-2.0;  "hidden"
e[5]  = E;    point;   free;        3.0,0.0;    "hidden"
e[6]  = F;    point;   free;        -1.0,2.0;   "hidden"
e[7]  = A';   point;   translation; A,1.0,1.0;  "hidden"
e[8]  = A'';  point;   translation; A,-1.0,1.0; "hidden"
e[9]  = SqA;  polygon; square;      A',A'';     0;0;black;green
e[10] = A'''; point;   translation; A,0.0,0.0;  0;red;black;smallcircle
e[11] = B';   point;   translation; B,1.0,1.0;  "hidden"
e[12] = B'';  point;   translation; B,-1.0,1.0; "hidden"
e[13] = SqB;  polygon; square;      B',B'';     0;0;black;green
e[14] = B'''; point;   translation; B,0.0,0.0;  0;red;black;smallcircle
e[15] = C';   point;   translation; C,1.0,1.0;  "hidden"
e[16] = C'';  point;   translation; C,-1.0,1.0; "hidden"
e[17] = SqC;  polygon; square;      C',C'';     0;0;black;green
e[18] = C'''; point;   translation; C,0.0,0.0;  0;red;black;smallcircle
e[19] = D';   point;   translation; D,1.0,1.0;  "hidden"
e[20] = D'';  point;   translation; D,-1.0,1.0; "hidden"
e[21] = SqD;  polygon; square;      D',D'';     0;0;black;green
e[22] = D'''; point;   translation; D,0.0,0.0;  0;red;black;smallcircle
e[23] = E';   point;   translation; E,1.0,1.0;  "hidden"
e[24] = E'';  point;   translation; E,-1.0,1.0; "hidden"
e[25] = SqE;  polygon; square;      E',E'';     0;0;black;green
e[26] = E'''; point;   translation; E,0.0,0.0;  0;red;black;smallcircle
e[27] = F';   point;   translation; F,1.0,1.0;  "hidden"
e[28] = F'';  point;   translation; F,-1.0,1.0; "hidden"
e[29] = SqF;  polygon; square;      F',F'';     0;0;black;green
e[30] = F'''; point;   translation; F,0.0,0.0;  0;red;black;smallcircle
e[31] = m0;   measure; function;    "Functional_Wuerfelnetz","A","B","C","D","E","F",-50.0,-5.0,"NetzAnalyse = ","";
e[32] = m1;   measure; button;      "Evaluation","evaluate";  


// Antwortanalyse
// ==============

<Problem>
 MAX_ANSWER = 0
 condition[1] = "calculate(m0) = 1"
 condition[2] = "calculate(m0) = -1"
 condition[3] = "calculate(m0) < -1"
</Problem>

<Answer 1>
 key = "condition[1]"
 comment[1] = " Right. /n This web can be folded to form a cube."
 </Answer 1>

<Answer 2>
 key = "condition[2]"
 comment[1] = " Your answer is not right. /n The web is not totally connected. /n Just try again."
</Answer 2>

<Answer 3>
 key = "condition[3]"
 comment[1] = " Your answer is not right. /n This web can not be folded to form a cube. /n Just try again."
</Answer 3>