// ~->[DNET-1]->~

// File created by AlmondR at FloridaStateU using Netica 4.16 on Aug 21, 2012 at 11:55:43.

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AutoCompile = TRUE;
autoupdate = TRUE;
whenchanged = 1345564482;

visual V1 {
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	NodeSet Nature {BuiltIn = 1; Color = 0xf8eed2;};
	NodeSet Deterministic {BuiltIn = 1; Color = 0xd3caa6;};
	NodeSet Finding {BuiltIn = 1; Color = 0xc8c8c8;};
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	NodeSet Documentation {BuiltIn = 1; Color = 0xf0fafa;};
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	PrinterSetting A {
		margins = (1270, 1270, 1270, 1270);
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node Theta {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (pos2, pos1, Zero, neg1, neg2);
	levels = (2, 1, 0, -1, -2);
	parents = ();
	probs = 
		// pos2         pos1         Zero         neg1         neg2         
		  (0.1,         0.2,         0.4,         0.2,         0.1);
	EqnDirty = TRUE;
	title = "Theta";
	whenchanged = 1345561672;
	belief = (0.1, 0.2, 0.4, 0.2, 0.1);
	visual V1 {
		center = (132, 198);
		height = 6;
		};
	};

node Item_1 {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Right, Wrong);
	parents = (Theta);
	probs = 
		// Right        Wrong         // Theta 
		  (0.9974009,   0.002599068,  // pos2  
		   0.9859363,   0.01406363,   // pos1  
		   0.9275735,   0.07242648,   // Zero  
		   0.7005671,   0.2994328,    // neg1  
		   0.2994328,   0.7005671);   // neg2  ;
	numcases = 1;
	equation = "P(Item_1|Theta) = Item_1==Right ? 1/(1+exp(-1.7*A*(  (Theta) - B_1))): 1 -  1/(1+exp(-1.7*A*(  \
		(Theta) - B_1)))";
	title = "Item_1";
	comment = "P(Item_1|Theta) = 1/(1+exp(-1.7*A*(  (Theta) - B_1)))";
	whenchanged = 1345564482;
	belief = (0.8380135, 0.1619865);
	visual V1 {
		center = (432, 36);
		height = 5;
		link 1 {
			path = ((208, 158), (383, 64));
			};
		};
	};

node Item_2 {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Right, Wrong);
	inputs = (Theta);
	parents = (Theta);
	probs = 
		// Right        Wrong         // Theta 
		  (0.9907606,   0.009239363,  // pos2  
		   0.9514319,   0.04856816,   // pos1  
		   0.7815974,   0.2184025,    // Zero  
		   0.3953209,   0.6046791,    // neg1  
		   0.1066906,   0.8933094);   // neg2  ;
	numcases = 1;
	equation = "P(Item_2|Theta) = Item_2==Right ? 1/(1+exp(-1.7*A*(  (Theta) - B_2))): 1 -  1/(1+exp(-1.7*A*(  \
		(Theta) - B_2)))";
	title = "Item_2";
	whenchanged = 1345564482;
	belief = (0.6917347, 0.3082654);
	visual V1 {
		center = (432, 120);
		height = 4;
		link 1 {
			path = ((208, 179), (352, 141));
			};
		};
	};

node Item_3 {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Right, Wrong);
	inputs = (Theta);
	parents = (Theta);
	probs = 
		// Right        Wrong         // Theta 
		  (0.9677045,   0.03229547,   // pos2  
		   0.8455347,   0.1544653,    // pos1  
		   0.5,         0.5,          // Zero  
		   0.1544653,   0.8455347,    // neg1  
		   0.03229547,  0.9677045);   // neg2  ;
	numcases = 1;
	equation = "P(Item_3|Theta) = Item_3==Right ? 1/(1+exp(-1.7*A*(  (Theta) - B_3))): 1 -  1/(1+exp(-1.7*A*(  \
		(Theta) - B_3)))";
	title = "Item_3";
	whenchanged = 1345564482;
	belief = (0.5, 0.5);
	visual V1 {
		center = (432, 198);
		height = 1;
		};
	};

node Item_4 {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Right, Wrong);
	inputs = (Theta);
	parents = (Theta);
	probs = 
		// Right        Wrong         // Theta 
		  (0.8933094,   0.1066906,    // pos2  
		   0.6046791,   0.3953209,    // pos1  
		   0.2184025,   0.7815974,    // Zero  
		   0.04856816,  0.9514319,    // neg1  
		   0.009239363, 0.9907606);   // neg2  ;
	numcases = 1;
	equation = "P(Item_4|Theta) = Item_4==Right ? 1/(1+exp(-1.7*A*(  (Theta) - B_4))): 1 -  1/(1+exp(-1.7*A*(  \
		(Theta) - B_4)))";
	title = "Item_4";
	whenchanged = 1345564482;
	belief = (0.3082654, 0.6917347);
	visual V1 {
		center = (432, 282);
		height = 2;
		};
	};

node Item_5 {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Right, Wrong);
	inputs = (Theta);
	parents = (Theta);
	probs = 
		// Right        Wrong         // Theta 
		  (0.7005671,   0.2994328,    // pos2  
		   0.2994328,   0.7005671,    // pos1  
		   0.07242648,  0.9275735,    // Zero  
		   0.01406363,  0.9859363,    // neg1  
		   0.002599068, 0.9974009);   // neg2  ;
	numcases = 1;
	equation = "P(Item_5|Theta) = Item_5==Right ? \n\
		\|       1/(1+exp(-1.7*A*(  (Theta) - B_5))) : \n\
		\| 1 -  1/(1+exp(-1.7*A*(  (Theta) - B_5)))";
	title = "Item_5";
	whenchanged = 1345564482;
	belief = (0.1619865, 0.8380135);
	visual V1 {
		center = (432, 366);
		height = 3;
		link 1 {
			path = ((208, 239), (385, 339));
			};
		};
	};

node A {
	kind = CONSTANT;
	discrete = FALSE;
	chance = CHANCE;
	levels = (1, 1);
	parents = ();
	EqnDirty = TRUE;
	comment = "Common Discrimination";
	whenchanged = 1345562153;
	evidence = #0;
	value = 1;
	visual V1 {
		center = (246, 36);
		height = 7;
		};
	};

node B_1 {
	kind = CONSTANT;
	discrete = FALSE;
	chance = CHANCE;
	levels = (-5, 5);
	parents = ();
	EqnDirty = TRUE;
	comment = "Difficulty, Item 1";
	whenchanged = 1345563822;
	evidence = #0;
	value = -1.5;
	visual V1 {
		center = (600, 42);
		height = 12;
		};
	};

node B_2 {
	kind = CONSTANT;
	discrete = FALSE;
	chance = CHANCE;
	levels = (-5, 5);
	parents = ();
	EqnDirty = TRUE;
	comment = "Difficulty, Item 1";
	whenchanged = 1345563830;
	evidence = #0;
	value = -0.75;
	visual V1 {
		center = (600, 132);
		height = 10;
		};
	};

node B_3 {
	kind = CONSTANT;
	discrete = FALSE;
	chance = CHANCE;
	levels = (-5, 5);
	parents = ();
	EqnDirty = TRUE;
	comment = "Difficulty, Item 1";
	whenchanged = 1345563527;
	evidence = #0;
	value = 0;
	visual V1 {
		center = (600, 198);
		height = 11;
		};
	};

node B_4 {
	kind = CONSTANT;
	discrete = FALSE;
	chance = CHANCE;
	levels = (-5, 5);
	parents = ();
	EqnDirty = TRUE;
	comment = "Difficulty, Item 1";
	whenchanged = 1345563840;
	evidence = #0;
	value = 0.75;
	visual V1 {
		center = (600, 294);
		height = 8;
		};
	};

node B_5 {
	kind = CONSTANT;
	discrete = FALSE;
	chance = CHANCE;
	levels = (-5, 5);
	parents = ();
	EqnDirty = TRUE;
	comment = "Difficulty, Item 1";
	whenchanged = 1345563966;
	evidence = #0;
	value = 1.5;
	visual V1 {
		center = (600, 372);
		height = 9;
		};
	};
ElimOrder = (Item_1, Item_2, Item_3, Item_4, Theta, Item_5);
};