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

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user U1 {
	priorWeight = "11";
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node theta0 {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Low, Med, High);
	levels = (0.967421566101701, 0, -0.967421566101701);
	parents = ();
	probs = 
		// Low          Med          High         
		  (0.3333333,   0.3333333,   0.3333333);
	numcases = 11;
	whenchanged = 1478278758;
	belief = (0.3333334, 0.3333334, 0.3333333);
	user U1 {
		rules = "\"Compensatory\"";
		link = "\"normalLink\"";
		Q = "TRUE";
		betas = "0";
		lnAlphas = "numeric(0)";
		linkScale = "1";
		};
	visual V4 {
		center = (654, 186);
		height = 1;
		};
	};

node theta1 {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Low, Med, High);
	levels = (0.967421566101701, 0, -0.967421566101701);
	parents = (theta0);
	probs = 
		// Low          Med          High           // theta0 
		 ((0.5742313,   0.3226493,   0.1031194),    // Low    
		  (0.2951473,   0.4097054,   0.2951473),    // Med    
		  (0.1031194,   0.3226493,   0.5742313));   // High   ;
	numcases = 11;
	whenchanged = 1478281242;
	belief = (0.324166, 0.3516681, 0.3241659);
	user U1 {
		rules = "\"Compensatory\"";
		link = "\"normalLink\"";
		Q = "TRUE";
		betas = "0";
		lnAlphas = "-0.510825623765991";
		linkScale = "0.8";
		};
	visual V4 {
		center = (618, 324);
		height = 2;
		};
	};

node t0 {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Yes, No);
	levels = (1, 0);
	parents = (theta0);
	probs = 
		// Yes          No             // theta0 
		 ((0.8381621,   0.1618378),    // Low    
		  (0.5,         0.5),          // Med    
		  (0.1618378,   0.8381621));   // High   ;
	numcases = 25;
	whenchanged = 0;
	belief = (0.5, 0.5);
	user U1 {
		link = "\"partialCredit\"";
		rules = "\"Compensatory\"";
		Q = "TRUE";
		lnAlphas = "0";
		betas = "0";
		priorWeight = "25";
		};
	visual V4 {
		center = (516, 426);
		height = 3;
		};
	};

node t2 {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Yes, No);
	levels = (1, 0);
	parents = (theta0);
	probs = 
		// Yes          No             // theta0 
		 ((0.8381621,   0.1618378),    // Low    
		  (0.5,         0.5),          // Med    
		  (0.1618378,   0.8381621));   // High   ;
	numcases = 25;
	whenchanged = 0;
	belief = (0.5, 0.5);
	user U1 {
		link = "\"partialCredit\"";
		rules = "\"Compensatory\"";
		Q = "TRUE";
		lnAlphas = "0";
		betas = "0";
		priorWeight = "25";
		};
	visual V4 {
		center = (378, 462);
		height = 4;
		};
	};

node comp {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Yes, No);
	levels = (1, 0);
	parents = (theta0, theta1);
	probs = 
		// Yes          No              // theta0 theta1 
		(((0.8377206,   0.1622794),     // Low    Low    
		  (0.6760511,   0.3239489),     // Low    Med    
		  (0.4576021,   0.5423979)),    // Low    High   
		 ((0.6760511,   0.3239489),     // Med    Low    
		  (0.4576021,   0.5423979),     // Med    Med    
		  (0.2543239,   0.7456761)),    // Med    High   
		 ((0.4576021,   0.5423979),     // High   Low    
		  (0.2543239,   0.7456761),     // High   Med    
		  (0.1211734,   0.8788266)));   // High   High   ;
	numcases = 11;
	whenchanged = 0;
	belief = (0.4690889, 0.5309111);
	user U1 {
		link = "\"partialCredit\"";
		rules = "\"Compensatory\"";
		Q = "TRUE";
		lnAlphas = "structure(c(-0.25, -0.25), .Names = c(\"theta0\", \"theta1\"))";
		betas = "0.1";
		};
	visual V4 {
		center = (240, 426);
		height = 5;
		};
	};

node conj {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Yes, No);
	levels = (1, 0);
	parents = (theta0, theta1);
	probs = 
		// Yes          No              // theta0 theta1 
		(((0.3312605,   0.6687395),     // Low    Low    
		  (0.1544653,   0.8455347),     // Low    Med    
		  (0.06312042,  0.9368796)),    // Low    High   
		 ((0.1544653,   0.8455347),     // Med    Low    
		  (0.1544653,   0.8455347),     // Med    Med    
		  (0.06312042,  0.9368796)),    // Med    High   
		 ((0.03407189,  0.9659281),     // High   Low    
		  (0.03407189,  0.9659281),     // High   Med    
		  (0.03407189,  0.9659281)));   // High   High   ;
	numcases = 11;
	whenchanged = 0;
	belief = (0.1360481, 0.8639519);
	user U1 {
		link = "\"partialCredit\"";
		rules = "\"Conjunctive\"";
		Q = "TRUE";
		lnAlphas = "structure(c(0, -0.5), .Names = c(\"theta0\", \"theta1\"))";
		betas = "1";
		};
	visual V4 {
		center = (138, 324);
		height = 6;
		};
	};

node oconj {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Yes, No);
	levels = (1, 0);
	parents = (theta0, theta1);
	probs = 
		// Yes          No              // theta0 theta1 
		(((0.4861577,   0.5138423),     // Low    Low    
		  (0.4861577,   0.5138423),     // Low    Med    
		  (0.4861577,   0.5138423)),    // Low    High   
		 ((0.1544653,   0.8455347),     // Med    Low    
		  (0.1544653,   0.8455347),     // Med    Med    
		  (0.1544653,   0.8455347)),    // Med    High   
		 ((0.03407189,  0.9659281),     // High   Low    
		  (0.03407189,  0.9659281),     // High   Med    
		  (0.03407189,  0.9659281)));   // High   High   ;
	numcases = 11;
	whenchanged = 0;
	belief = (0.2248983, 0.7751017);
	user U1 {
		link = "\"partialCredit\"";
		rules = "\"OffsetConjunctive\"";
		Q = "TRUE";
		lnAlphas = "0";
		betas = "structure(c(1, -1), .Names = c(\"theta0\", \"theta1\"))";
		};
	visual V4 {
		center = (102, 186);
		height = 7;
		};
	};

node disj {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Yes, No);
	levels = (1, 0);
	parents = (theta1, theta0);
	probs = 
		// Yes          No              // theta1 theta0 
		(((0.9377027,   0.06229732),    // Low    Low    
		  (0.9377027,   0.06229732),    // Low    Med    
		  (0.9377027,   0.06229732)),   // Low    High   
		 ((0.7305688,   0.2694312),     // Med    Low    
		  (0.5,         0.5),           // Med    Med    
		  (0.5,         0.5)),          // Med    High   
		 ((0.7305688,   0.2694312),     // High   Low    
		  (0.5,         0.5),           // High   Med    
		  (0.2694312,   0.7305688)));   // High   High   ;
	numcases = 11;
	whenchanged = 0;
	belief = (0.630478, 0.3695219);
	user U1 {
		link = "\"partialCredit\"";
		rules = "\"Disjunctive\"";
		Q = "TRUE";
		lnAlphas = "structure(c(0.5, -0.5), .Names = c(\"theta1\", \"theta0\"))";
		betas = "0";
		};
	visual V4 {
		center = (138, 48);
		height = 8;
		};
	};

node odis {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Yes, No);
	levels = (1, 0);
	parents = (theta1, theta0);
	probs = 
		// Yes          No              // theta1 theta0 
		(((0.9237636,   0.07623643),    // Low    Low    
		  (0.7005671,   0.2994328),     // Low    Med    
		  (0.6888217,   0.3111782)),    // Low    High   
		 ((0.9237636,   0.07623643),    // Med    Low    
		  (0.7005671,   0.2994328),     // Med    Med    
		  (0.3111782,   0.6888217)),    // Med    High   
		 ((0.9237636,   0.07623643),    // High   Low    
		  (0.7005671,   0.2994328),     // High   Med    
		  (0.3111782,   0.6888217)));   // High   High   ;
	numcases = 11;
	whenchanged = 0;
	belief = (0.6581504, 0.3418495);
	user U1 {
		link = "\"partialCredit\"";
		rules = "\"OffsetDisjunctive\"";
		Q = "TRUE";
		lnAlphas = "0";
		betas = "structure(c(0.5, -0.5), .Names = c(\"theta1\", \"theta0\"))";
		};
	visual V4 {
		center = (240, 38);
		height = 9;
		};
	};

node t1 {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Yes, No);
	levels = (1, 0);
	parents = (theta1);
	probs = 
		// Yes          No             // theta1 
		 ((0.8381621,   0.1618378),    // Low    
		  (0.5,         0.5),          // Med    
		  (0.1618378,   0.8381621));   // High   ;
	numcases = 25;
	whenchanged = 0;
	belief = (0.5, 0.5);
	user U1 {
		link = "\"partialCredit\"";
		rules = "\"Compensatory\"";
		Q = "TRUE";
		lnAlphas = "0";
		betas = "0";
		priorWeight = "25";
		};
	visual V4 {
		center = (378, 38);
		height = 10;
		};
	};

node t3 {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Yes, No);
	levels = (1, 0);
	parents = (theta1);
	probs = 
		// Yes          No             // theta1 
		 ((0.8381621,   0.1618378),    // Low    
		  (0.5,         0.5),          // Med    
		  (0.1618378,   0.8381621));   // High   ;
	numcases = 25;
	whenchanged = 0;
	belief = (0.5, 0.5);
	user U1 {
		link = "\"partialCredit\"";
		rules = "\"Compensatory\"";
		Q = "TRUE";
		lnAlphas = "0";
		betas = "0";
		priorWeight = "25";
		};
	visual V4 {
		center = (516, 38);
		height = 11;
		};
	};

node t4 {
	kind = NATURE;
	discrete = TRUE;
	chance = CHANCE;
	states = (Yes, No);
	levels = (1, 0);
	parents = (theta1);
	probs = 
		// Yes          No             // theta1 
		 ((0.8381621,   0.1618378),    // Low    
		  (0.5,         0.5),          // Med    
		  (0.1618378,   0.8381621));   // High   ;
	numcases = 25;
	whenchanged = 0;
	belief = (0.5, 0.5);
	user U1 {
		link = "\"partialCredit\"";
		rules = "\"Compensatory\"";
		Q = "TRUE";
		lnAlphas = "0";
		betas = "0";
		priorWeight = "25";
		};
	visual V4 {
		center = (618, 54);
		height = 12;
		};
	};
NodeSet pnodes {Nodes = (theta0, theta1, t0, t1, t2, t3, t4, comp, conj, disj, oconj, odis);};
NodeSet Proficiency {Nodes = (theta0, theta1);};
NodeSet onodes {Nodes = (t0, t1, t2, t3, t4, comp, conj, disj, oconj, odis);};
NodeSet Observables {Nodes = (t0, t1, t2, t3, t4, comp, conj, disj, oconj, odis);};
ElimOrder = (t0, t2, t1, t3, t4, comp, conj, oconj, disj, theta0, theta1, odis);
};