@Override
protected void addPoint(
SymmetryCADToolContext context, double pointX, double pointY, InputEvent event) {
SymmetryCADTool ctxt = context.getOwner();
(context.getState()).Exit(context);
context.clearState();
try {
ctxt.setQuestion(
PluginServices.getText(this, "del_original_geometries")
+ " "
+ PluginServices.getText(this, "yes")
+ "["
+ PluginServices.getText(this, "SymmetryCADTool.yes")
+ "], "
+ PluginServices.getText(this, "cad.or")
+ " "
+ PluginServices.getText(this, "no")
+ "["
+ PluginServices.getText(this, "SymmetryCADTool.no")
+ "]");
ctxt.setDescription(new String[] {"cancel", "cut", "copy"});
ctxt.addPoint(pointX, pointY, event);
} finally {
context.setState(Symmetry.CutOrCopy);
(context.getState()).Entry(context);
}
return;
}
@Override
protected void addOption(SymmetryCADToolContext context, String s) {
SymmetryCADTool ctxt = context.getOwner();
(context.getState()).Exit(context);
context.clearState();
try {
ctxt.setDescription(new String[] {"cancel"});
ctxt.addOption(s);
ctxt.end();
} finally {
context.setState(Symmetry.FirstPoint);
(context.getState()).Entry(context);
}
return;
}
@Override
protected void addPoint(
SymmetryCADToolContext context, double pointX, double pointY, InputEvent event) {
SymmetryCADTool ctxt = context.getOwner();
(context.getState()).Exit(context);
context.clearState();
try {
ctxt.setQuestion(PluginServices.getText(this, "insert_second_point"));
ctxt.setDescription(new String[] {"cancel"});
ctxt.addPoint(pointX, pointY, event);
} finally {
context.setState(Symmetry.SecondPoint);
(context.getState()).Entry(context);
}
return;
}
@Override
protected void Entry(SymmetryCADToolContext context) {
SymmetryCADTool ctxt = context.getOwner();
ctxt.selection();
ctxt.setQuestion(PluginServices.getText(this, "insert_first_point"));
ctxt.setDescription(new String[] {"cancel"});
return;
}
@Override
protected void addValue(SymmetryCADToolContext context, double d) {
SymmetryCADTool ctxt = context.getOwner();
boolean loopbackFlag = context.getState().getName().equals(Symmetry.FirstPoint.getName());
if (loopbackFlag == false) {
(context.getState()).Exit(context);
}
context.clearState();
try {
ctxt.throwValueException(PluginServices.getText(this, "incorrect_value"), d);
} finally {
context.setState(Symmetry.FirstPoint);
if (loopbackFlag == false) {
(context.getState()).Entry(context);
}
}
return;
}
protected void Default(SymmetryCADToolContext context) {
throw (new statemap.TransitionUndefinedException(
"State: " + context.getState().getName() + ", Transition: " + context.getTransition()));
}
@Override
protected void addOption(SymmetryCADToolContext context, String s) {
SymmetryCADTool ctxt = context.getOwner();
if (s.equals(PluginServices.getText(this, "cancel"))) {
boolean loopbackFlag = context.getState().getName().equals(Symmetry.FirstPoint.getName());
if (loopbackFlag == false) {
(context.getState()).Exit(context);
}
context.clearState();
try {
ctxt.end();
} finally {
context.setState(Symmetry.FirstPoint);
if (loopbackFlag == false) {
(context.getState()).Entry(context);
}
}
} else {
boolean loopbackFlag = context.getState().getName().equals(Symmetry.FirstPoint.getName());
if (loopbackFlag == false) {
(context.getState()).Exit(context);
}
context.clearState();
try {
ctxt.throwOptionException(PluginServices.getText(this, "incorrect_option"), s);
} finally {
context.setState(Symmetry.FirstPoint);
if (loopbackFlag == false) {
(context.getState()).Entry(context);
}
}
}
return;
}
