if (m_bounds.isY1() && (y < m_dy1))
if (m_bounds.isY1() && (y < m_dy1))
if (m_bounds.isY1() && (y < m_dy1))
if (m_bounds.isY1() && (y < m_dy1))
@Override public final void startDrag(final DragContext dragContext) { final Attributes attr = dragContext.getNode().asNode().getAttributes(); m_constraint = attr.getDragConstraint(); m_bounds = attr.getDragBounds(); if (null != m_bounds) { final double x = attr.getX(); final double y = attr.getY(); if (m_bounds.isX1()) { m_dx1 = m_bounds.getX1() - x; } if (m_bounds.isX2()) { m_dx2 = m_bounds.getX2() - x; } if (m_bounds.isY1()) { m_dy1 = m_bounds.getY1() - y; } if (m_bounds.isY2()) { m_dy2 = m_bounds.getY2() - y; } } }
@Override public final void startDrag(final DragContext dragContext) { final Attributes attr = dragContext.getNode().asNode().getAttributes(); m_constraint = attr.getDragConstraint(); m_bounds = attr.getDragBounds(); if (null != m_bounds) { final double x = attr.getX(); final double y = attr.getY(); if (m_bounds.isX1()) { m_dx1 = m_bounds.getX1() - x; } if (m_bounds.isX2()) { m_dx2 = m_bounds.getX2() - x; } if (m_bounds.isY1()) { m_dy1 = m_bounds.getY1() - y; } if (m_bounds.isY2()) { m_dy2 = m_bounds.getY2() - y; } } }
@Override public final void startDrag(final DragContext dragContext) { final Attributes attr = dragContext.getNode().asNode().getAttributes(); m_constraint = attr.getDragConstraint(); m_bounds = attr.getDragBounds(); if (null != m_bounds) { final double x = attr.getX(); final double y = attr.getY(); if (m_bounds.isX1()) { m_dx1 = m_bounds.getX1() - x; } if (m_bounds.isX2()) { m_dx2 = m_bounds.getX2() - x; } if (m_bounds.isY1()) { m_dy1 = m_bounds.getY1() - y; } if (m_bounds.isY2()) { m_dy2 = m_bounds.getY2() - y; } } }
@Override public final void startDrag(final DragContext dragContext) { final Attributes attr = dragContext.getNode().asNode().getAttributes(); m_constraint = attr.getDragConstraint(); m_bounds = attr.getDragBounds(); if (null != m_bounds) { final double x = attr.getX(); final double y = attr.getY(); if (m_bounds.isX1()) { m_dx1 = m_bounds.getX1() - x; } if (m_bounds.isX2()) { m_dx2 = m_bounds.getX2() - x; } if (m_bounds.isY1()) { m_dy1 = m_bounds.getY1() - y; } if (m_bounds.isY2()) { m_dy2 = m_bounds.getY2() - y; } } }