// TerminatorNode class
package fc.vrml.util;


import vrml.*;
import vrml.field.*;
import vrml.node.*;

public class TerminatorScript extends Script{

private ConstSFBool sfboolfield;
private ConstSFColor sfcolorfield;
private ConstSFFloat sffloatfield; 
private ConstSFImage sfimagefield;
private ConstSFInt32 sfint32field;
private ConstSFNode sfnodefield;
private ConstSFRotation sfrotationfield;
private ConstSFString sfstringfield;
private ConstSFTime sftimefield;
private ConstSFVec2f sfvec2ffield;
private ConstSFVec3f sfvec3ffield;
private ConstMFColor mfcolorfield;
private ConstMFFloat mffloatfield;
private ConstMFInt32 mfint32field;
private ConstMFNode mfnodefield;
private ConstMFRotation mfrotationfield;
private ConstMFString mfstringfield;
private ConstMFVec2f mfvec2ffield;
private ConstMFVec3f mfvec3ffield;

private SFBool sfbooleventout;
private SFColor sfcoloreventout;
private SFFloat sffloateventout; 
private SFImage sfimageeventout;
private SFInt32 sfint32eventout;
private SFNode sfnodeeventout;
private SFRotation sfrotationeventout;
private SFString sfstringeventout;
private SFTime sftimeeventout;
private SFVec2f sfvec2feventout;
private SFVec3f sfvec3feventout;
private MFColor mfcoloreventout;
private MFFloat mffloateventout;
private MFInt32 mfint32eventout;
private MFNode mfnodeeventout;
private MFRotation mfrotationeventout;
private MFString mfstringeventout;
private MFVec2f mfvec2feventout;
private MFVec3f mfvec3feventout;

private SFBool autoinitializefield;

public void initialize(){

sfboolfield= (ConstSFBool) getField("sfboolvalueue");
sfcolorfield= (ConstSFColor) getField("sfcolorvalue");
sffloatfield=(ConstSFFloat) getField("sffloatvalue");
sfimagefield=(ConstSFImage) getField("sfimagevalue");
sfint32field=(ConstSFInt32) getField("sfint32value");
sfnodefield=(ConstSFNode) getField("sfnodevalue");
sfrotationfield=(ConstSFRotation) getField("sfrotationvalue");
sfstringfield=(ConstSFString) getField("sfstringvalue");
sftimefield=(ConstSFTime) getField("sftimevalue");
sfvec2ffield=(ConstSFVec2f) getField("sfvec2fvalue");
sfvec3ffield=(ConstSFVec3f) getField("sfvec3fvalue");
mfcolorfield=(ConstMFColor) getField("mfcolorvalue");
mffloatfield=(ConstMFFloat) getField("mffloatvalue");
mfint32field=(ConstMFInt32) getField("mfiInt32value");
mfnodefield=(ConstMFNode) getField("mfnodevalue");
mfrotationfield=(ConstMFRotation) getField("mfrotationvalue");
mfstringfield=(ConstMFString) getField("mfstringvalue");
mfvec2ffield=(ConstMFVec2f) getField("mfvec2fvalue");
mfvec3ffield=(ConstMFVec3f) getField("mfvec3fvalue");

autoinitializefield=(SFBool) getField("autoinitialize");

sfbooleventout= (SFBool) getEventOut("sFBoolValue_changed");
sfcoloreventout= (SFColor) getEventOut("sFColorValue_changed");
sffloateventout=(SFFloat) getEventOut("sFFloatValue_changed");
sfimageeventout=(SFImage) getEventOut("sFImageValue_changed");
sfint32eventout=(SFInt32) getEventOut("sFInt32Value_changed");
sfnodeeventout=(SFNode) getEventOut("sFNodeValue_changed");
sfrotationeventout=(SFRotation) getEventOut("sFRotationValue_changed");
sfstringeventout=(SFString) getEventOut("sFStringValue_changed");
sftimeeventout=(SFTime) getEventOut("sFTimeValue_changed");
sfvec2feventout=(SFVec2f) getEventOut("sFVec2fValue_changed");
sfvec3feventout=(SFVec3f) getEventOut("sFVec3fValue_changed");
mfcoloreventout=(MFColor) getEventOut("mFColorValue_changed");
mffloateventout=(MFFloat) getEventOut("mFFloatValue_changed");
mfint32eventout=(MFInt32) getEventOut("mFInt32Value_changed");
mfnodeeventout=(MFNode) getEventOut("mFNodeValue_changed");
mfrotationeventout=(MFRotation) getEventOut("mFRotationValue_changed");
mfstringeventout=(MFString) getEventOut("mFStringValue_changed");
mfvec2feventout=(MFVec2f) getEventOut("mFVec2fvalue_changed");
mfvec3feventout=(MFVec3f) getEventOut("mFVec3fValue_changed");

autoinitializefield= (SFBool) getField("autoinitialize");
if (autoinitializefield.getValue()==true){
// for each field set value of eventout to field

sfbooleventout.setValue(sfboolfield.getValue());
//sfcoloreventout.setValue((ConstSFColor)sfcolorfield.getValue());
float[] tempsfcolor=new float[3]; sfcolorfield.getValue(tempsfcolor);sfcoloreventout.setValue(tempsfcolor);   
sffloateventout.setValue(sffloatfield.getValue()); 
int tempsfnumpixels=sfimagefield.getWidth()*sfimagefield.getHeight();byte[] tempsfpixels=new byte[tempsfnumpixels]; sfimagefield.getPixels(tempsfpixels);sfimageeventout.setValue(sfimagefield.getWidth(), sfimagefield.getHeight(), sfimagefield.getComponents(), tempsfpixels); 
sfint32eventout.setValue(sfint32field.getValue());
sfnodeeventout.setValue(sfnodefield.getValue()); 
float[] tempsfrotation=new float[4]; sfrotationfield.getValue(tempsfrotation); sfrotationeventout.setValue(tempsfrotation);
sfstringeventout.setValue(sfstringfield.getValue()); 
double tempsftime=sftimefield.getValue();sftimeeventout.setValue(tempsftime);
float[] tempsfvec2f=new float[2];sfvec2ffield.getValue(tempsfvec2f);
float[] tempsfvec3f=new float[3];sfvec3ffield.getValue(tempsfvec3f);

int mfcolorsize=mfcolorfield.getSize();float[][] tempmfcolor = new float[mfcolorsize][3];mfcoloreventout.setValue(tempmfcolor);
int mffloatsize=mffloatfield.getSize();float[] tempmffloat = new float[mffloatsize];mffloateventout.setValue(tempmffloat); 
int mfint32size=mfint32field.getSize();int[] tempmfint32=new int[mfint32size];mfint32eventout.setValue(tempmfint32);
int mfnodesize=mfnodefield.getSize();BaseNode[] tempmfnode = new BaseNode[mfnodesize];mfnodefield.getValue(tempmfnode);mfnodeeventout.setValue(tempmfnode);
int mfrotationsize=mfrotationfield.getSize();float[][] tempmfrotation=new float[mfrotationsize][4];mfrotationfield.getValue(tempmfrotation);mfrotationeventout.setValue(tempmfrotation);
int mfstringsize=mfstringfield.getSize();String[] tempmfstring=new String[mfstringsize];mfstringfield.getValue(tempmfstring);mfstringeventout.setValue(tempmfstring);
int mfvec2fsize=mfvec2ffield.getSize();float[][] tempmfvec2f=new float[mfvec2fsize][2];mfvec2ffield.getValue(tempmfvec2f);mfvec2feventout.setValue(tempmfvec2f);
int mfvec3fsize=mfvec3ffield.getSize();float[][] tempmfvec3f=new float[mfvec3fsize][3];mfvec3ffield.getValue(tempmfvec3f);mfvec3feventout.setValue(tempmfvec3f);


// if autoinitialize false only send value on first eventIn to PROTO.

}

} // end initialize


public void processEvent(Event e){


if(e.getName()=="set_SFBoolValue"){ sfbooleventout.setValue((ConstSFBool)e.getValue()); }
if(e.getName()=="set_SFColorValue"){ sfcoloreventout.setValue((ConstSFColor)e.getValue());}   
if(e.getName()=="set_SFFloatValue"){ sffloateventout.setValue((ConstSFFloat)e.getValue()); }
if(e.getName()=="set_SFImageValue"){ sfimageeventout.setValue((ConstSFImage)e.getValue()); }
if(e.getName()=="set_SFInt32Value"){ sfint32eventout.setValue((ConstSFInt32)e.getValue()); }
if(e.getName()=="set_SFNodeValue"){ sfnodeeventout.setValue((ConstSFNode)e.getValue()); } 
if(e.getName()=="set_SFRotationValue"){ sfrotationeventout.setValue((ConstSFRotation)e.getValue());}
if(e.getName()=="set_SFStringValue"){ sfstringeventout.setValue((ConstSFString)e.getValue()); }
if(e.getName()=="set_SFTimeValue"){ sftimeeventout.setValue((ConstSFTime)e.getValue());}
if(e.getName()=="set_SFVec2fValue"){ sfvec2feventout.setValue((ConstSFVec2f)e.getValue());}
if(e.getName()=="set_SFVec3fValue"){ sfvec3feventout.setValue((ConstSFVec3f)e.getValue());}

if(e.getName()=="set_MFColorValue"){ mfcoloreventout.setValue((ConstMFColor)e.getValue());}
if(e.getName()=="set_MFFloatValue"){ mffloateventout.setValue((ConstMFFloat)e.getValue());} 
if(e.getName()=="set_MFInt32Value"){ mfint32eventout.setValue((ConstMFInt32)e.getValue());}
if(e.getName()=="set_MFNodeValue"){ mfnodeeventout.setValue((ConstMFNode)e.getValue());}
if(e.getName()=="set_MFRotationValue"){ mfrotationeventout.setValue((ConstMFRotation)e.getValue());}
if(e.getName()=="set_MFStringValue"){ mfstringeventout.setValue((ConstMFString)e.getValue());}
if(e.getName()=="set_MFVec2fValue"){ mfvec2feventout.setValue((ConstMFVec2f)e.getValue());}
if(e.getName()=="set_MFVec3fValue"){ mfvec3feventout.setValue((ConstMFVec3f)e.getValue());}

}
}
//copyright 1997 FC VRML GROUP