private void defineDependencies() {
m_function.dependsOn(
new MMInterval[] {m_defInterval},
new DependencyAdapter() {
public void doUpdate() {
m_function.setBorelSet(new FiniteBorelSet(m_defInterval));
}
});
m_defInterval.dependsOn(
m_lower,
new DependencyAdapter() {
public void doUpdate() {
m_defInterval.setLowerBoundary(
m_lower.getAffineCoordinatesOfPoint().getEntry(1), Interval.CLOSED);
}
});
m_defInterval.dependsOn(
m_upper,
new DependencyAdapter() {
public void doUpdate() {
m_defInterval.setUpperBoundary(
m_upper.getAffineCoordinatesOfPoint().getEntry(1), Interval.OPEN);
}
});
yPos.dependsOn(
new MMObjectIF[] {xPos, m_function},
new DependencyAdapter() {
public void doUpdate() {
yPos.setDouble(m_function.evaluate(xPos.getDouble()));
}
});
m_lower.dependsOn(
new MMInterval[] {m_defInterval},
new DependencyAdapter() {
public void doUpdate() {
m_lower.setVisible(true);
m_lower.setXY(m_defInterval.getLowerBoundaryVal().getDouble(), 0);
if (m_defInterval.getLowerBoundaryVal().isInfinity()) {
m_lower.setVisible(false);
}
}
});
m_upper.dependsOn(
new MMInterval[] {m_defInterval},
new DependencyAdapter() {
public void doUpdate() {
m_upper.setVisible(true);
m_upper.setXY(m_defInterval.getUpperBoundaryVal().getDouble(), 0);
if (m_defInterval.getUpperBoundaryVal().isInfinity()) {
m_upper.setVisible(false);
}
}
});
}
