public class CircuitDescr extends Object
Modifier and Type | Field and Description |
---|---|
static int |
ALL |
static int |
DUAL |
static int |
FALSE |
static int |
FUNCTIONAL |
static int |
NEGATIVE |
static int |
POSITIVE |
long |
score |
int |
sign |
static String[] |
SIGN_NAME |
int[] |
t_context |
long[][] |
t_mark |
RegulatoryMultiEdge[] |
t_me
GsRegulatoryMultiEdges in this circuit
|
int[][] |
t_sub |
RegulatoryNode[] |
t_vertex
vertices in this circuit
|
List |
v_all |
List |
v_dual |
List |
v_functional |
List |
v_negative |
List |
v_positive |
Constructor and Description |
---|
CircuitDescr() |
Modifier and Type | Method and Description |
---|---|
boolean |
check(CircuitAlgo algo,
List nodeOrder)
check if this circuit is functional.
|
void |
clear() |
protected int |
getChildCount(int key) |
int[] |
getContext() |
String |
printMe(List nodeOrder)
print the circuit in a nice order.
|
void |
setContext(int[] tContext) |
public RegulatoryNode[] t_vertex
public RegulatoryMultiEdge[] t_me
public static final int FALSE
public static final int ALL
public static final int FUNCTIONAL
public static final int POSITIVE
public static final int NEGATIVE
public static final int DUAL
public static final String[] SIGN_NAME
public int[] t_context
public long[][] t_mark
public int[][] t_sub
public List v_positive
public List v_negative
public List v_dual
public List v_all
public List v_functional
public long score
public int sign
public String printMe(List nodeOrder)
nodeOrder
- public boolean check(CircuitAlgo algo, List nodeOrder)
algo
- nodeOrder
- protected int getChildCount(int key)
public void clear()
public int[] getContext()
public void setContext(int[] tContext)
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