Non-Member Functions Associated with Range1D.

Functions
bool	RangePack::operator== (const Range1D &rng1, const Range1D &rng2)
	rng1 == rng2.
Range1D	RangePack::operator+ (const Range1D &rng_rhs, Range1D::Index i)
	rng_lhs = rng_rhs + i.
Range1D	RangePack::operator+ (Range1D::Index i, const Range1D &rng_rhs)
	rng_lhs = i + rng_rhs.
Range1D	RangePack::operator- (const Range1D &rng_rhs, Range1D::Index i)
	rng_lhs = rng_rhs - i.
Range1D	RangePack::full_range (const Range1D &rng, Range1D::Index lbound, Range1D::Index ubound)

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Detailed Description

The first three are arithmetic operator functions for incrementing the index and the last is utility function.

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Function Documentation

bool operator== (  const Range1D &  rng1, const Range1D &  rng2 )  [inline]

rng1 == rng2. Returns: Returns rng1.lbound() == rng2.ubound() && rng1.ubound() == rng2.ubound(). Definition at line 149 of file Thyra_Range1D.hpp.

Range1D operator+ (  const Range1D &  rng_rhs, Range1D::Index  i )  [inline]

rng_lhs = rng_rhs + i. Increments the upper and lower bounds by a constant. Postcondition: rng_lhs.lbound() == rng_rhs.lbound() + i rng_lhs.ubound() == rng_rhs.ubound() + i Definition at line 163 of file Thyra_Range1D.hpp.

Range1D operator+ (  Range1D::Index  i, const Range1D &  rng_rhs )  [inline]

rng_lhs = i + rng_rhs. Increments the upper and lower bounds by a constant. Postcondition: rng_lhs.lbound() == i + rng_rhs.lbound() rng_lhs.ubound() == i + rng_rhs.ubound() Definition at line 177 of file Thyra_Range1D.hpp.

Range1D operator- (  const Range1D &  rng_rhs, Range1D::Index  i )  [inline]

rng_lhs = rng_rhs - i. Deincrements the upper and lower bounds by a constant. Postcondition: rng_lhs.lbound() == rng_rhs.lbound() - 1 rng_lhs.ubound() == rng_rhs.ubound() - 1 Definition at line 191 of file Thyra_Range1D.hpp.

Range1D full_range (  const Range1D &  rng, Range1D::Index  lbound, Range1D::Index  ubound )  [inline]

Return a bounded index range from a potentially unbounded index range. Return a index range of lbound to ubound if rng.full_range() == true , otherwise just return a copy of rng. Postconditions: [rng.full_range() == true] return.lbound() == lbound [rng.full_range() == true] return.ubound() == ubound [rng.full_range() == false] return.lbound() == rng.lbound() [rng.full_range() == false] return.ubound() == rng.ubound() Definition at line 209 of file Thyra_Range1D.hpp.

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