/**
* Return the scaled width and height relative to a maximum size.
*
* @param dMaxWidth Maximum width. Must be > 0.
* @param dMaxHeight Maximum height. Must be > 0.
* @return An array with 2 elements, where the first element is the width, and the second is the
* height.
*/
@Nonnull
@CheckReturnValue
public SizeDouble getBestMatchingSize(
@Nonnegative final double dMaxWidth, @Nonnegative final double dMaxHeight) {
ValueEnforcer.isGT0(dMaxWidth, "MaxWidth");
ValueEnforcer.isGT0(dMaxHeight, "MaxHeight");
final double dRelWidth = m_dWidth / dMaxWidth;
final double dRelHeight = m_dHeight / dMaxHeight;
if (dRelWidth > dRelHeight) {
if (m_dWidth > dMaxWidth) return new SizeDouble(dMaxWidth, m_dHeight / dRelWidth);
} else {
if (m_dHeight > dMaxHeight) return new SizeDouble(m_dWidth / dRelHeight, dMaxHeight);
}
return this;
}
@Nonnull
@CheckReturnValue
public SizeDouble getScaledToHeight(@Nonnegative final double dNewHeight) {
ValueEnforcer.isGT0(dNewHeight, "NewHeight");
if (m_dHeight == dNewHeight) return this;
final double dMultFactory = dNewHeight / m_dHeight;
return new SizeDouble(m_dWidth * dMultFactory, dNewHeight);
}
@Nonnull
@CheckReturnValue
public SizeDouble getScaledToWidth(@Nonnegative final double dNewWidth) {
ValueEnforcer.isGT0(dNewWidth, "NewWidth");
if (m_dWidth == dNewWidth) return this;
final double dMultFactory = dNewWidth / m_dWidth;
return new SizeDouble(dNewWidth, m_dHeight * dMultFactory);
}