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package xfuzzy.xfsg;
import java.io.IOException;
/**
* Clase que implementa la interfaz XfsgSTPrintRules y su m�todo �printRules�
*
* @author Jes�s Izquierdo Tena
* @author Santiago S�nchez-Solano
*/
public class XfsgSTPrintRules4 implements XfsgSTPrintRules {
XfsgBinaryDecimal converter = new XfsgBinaryDecimal();
public String RB;
public String grados;
public String pesos;
public XfsgRulesMemData contenido;
public String defuzzy;
public String name;
public int i;
public int bitsn_fp;
public XfsgOutData outdata;
public XfsgInOrderMemFunc[] inOrderMfInput;
public int total_inputs;
// booleano que indica si una base de reglas es completa o no
public boolean complete;
public XfsgSTPrintRules4(XfsgRulesMemData contenido, String defuzzy,
String name, int i, int bitsn_fp, XfsgOutData outdata,
XfsgInOrderMemFunc[] inOrderMfInput, int total_inputs) {
this.contenido = contenido;
this.defuzzy = defuzzy;
RB = "";
grados = "";
pesos = "";
this.name = name;
this.i = i;
this.bitsn_fp = bitsn_fp;
this.outdata = outdata;
this.inOrderMfInput = inOrderMfInput;
this.total_inputs = total_inputs;
complete = true;
}
public void printRules() throws IOException {
int input1 = inOrderMfInput[0].getSize();
int input2 = inOrderMfInput[1].getSize();
int input3 = inOrderMfInput[2].getSize();
int input4 = inOrderMfInput[3].getSize();
double y1 = Math.pow(2, (XfsgStaticMethods.ceillog2(input1)));
double y2 = Math.pow(2, (XfsgStaticMethods.ceillog2(input2)));
double y3 = Math.pow(2, (XfsgStaticMethods.ceillog2(input3)));
double y4 = Math.pow(2, (XfsgStaticMethods.ceillog2(input4)));
// double y = Math.pow(2, bitsn_fp);
RB += name + ".RB" + outdata.getnombre() + " = [\n";
pesos += name + ".RBg" + outdata.getnombre() + " = [\n";
if (i == 0)
grados += name + ".Fi" + " = [ \n";
for (int i1 = 0; i1 < y1; i1++) {
for (int i2 = 0; i2 < y2; i2++) {
for (int i3 = 0; i3 < y3; i3++) {
for (int i4 = 0; i4 < y4; i4++) {
String aux1 = converter.toBinary(i1, bitsn_fp);
String aux2 = converter.toBinary(i2, bitsn_fp);
String aux3 = converter.toBinary(i3, bitsn_fp);
String aux4 = converter.toBinary(i4, bitsn_fp);
String aux5 = aux1 + aux2 + aux3 + aux4;
int j = converter.toDecimal(aux5);
RB += contenido.getMF2(j, 4 + i * 2) + " ";
pesos += contenido.getPeso(j, 3 + i * 2) + " ";
if (i == 0) {
Double grado = contenido.getGrado(j, 2);
if (i1 < input1 && i2 < input2 && i3 < input3
&& i4 < input4
&& grado.doubleValue() == 0.0)
complete = false;
grados += grado + " ";
}
}
RB += "...\n";
pesos += "...\n";
if (i == 0)
grados += "...\n";
}
}
}
RB += "];\n";
pesos += "];\n";
if (i == 0)
grados += "];\n";
}
public String getRB() {
return RB;
}
public String getPesos() {
return pesos;
}
public String getGrados() {
return grados;
}
public boolean getComplete() {
return complete;
}
}