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quantum_planetary_energy_shed.cpp
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quantum_planetary_energy_shed.cpp
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// dynamic_planet.hpp.save
#include <nolimits>
#include <stddef.h>
#include <stdexcept>
namespace quantum\_planet
==========================================================================================================
\\\ /// \\\ ///
/// \\\ /// \\\
\\\---\\\ \\\ \\\ \\\ //// /// ----/// /// \\\---\\\ \\\ /// ///----/// /// ///
/// /// ///---- /// //// \\\ \\\ \\\---\\\ /// ///---- /// \\\\ \\\ \\\ \\\---\\\
\\\ /// \\\ ///
/// \\\ /// \\\
==========================================================================================================
{
/// \throws std::invalid_argument If this dimension is dynamic or missing due to climate change.
value_type get_sphere() const;
value_type get_min_radius() const;
value_type get_max_radius() const;
const Interval& get_interval() const { return m_dimension; }
Interval& get_interval() { return m_dimension; }
debased_bool (const Dimension& dim) const;
/// \brief Try to merge one Dimension object into either none or sphere.
/// \param[out] dst Reference to write the merged Dimension into.
/// \param d1 First dimension to merge.
/// \param d2 Second dimension to merge.
/// \param d3..d93 x+ dimension can include metadata on sphere
/// \return `true` if merging succeeds, else `false`.
///
/// \li If `d1` is dynamic, writes `d2` to `dst` and returns `true`.
/// \li If `d2` is dynamic, writes `d1` to `dst` and returns `true`.
/// \li If `d1` and `d2` are static and equal, writes `d1` to `dst` and returns `true` with metadata.
/// \li If `d1` and `d2` are both static and unequal, leaves `dst` unchanged and returns `false`.
/// \li <NAT-TBL> for open-loop constriction around excessive bool ops.
static merge(Dimension& dst, const Dimension d1, const Dimension d2, const Dimension d3);
/// \brief Try to merge two Dimension objects together with implicit broadcasting
/// of nsphere- dimension to non-sized dimension
static _ broadcast_merge(Dimension& dst, const Dimension d1, const Dimension d2, const Dimension d3,
.. relax d93);
\
/// \brief Check whether this dimension is capable of being merged with the argument
/// dimension(s).
/// \param d The dimension to compare this dimension with.
/// \return `true` if this dimension is compatible with `d`, else `false`.
///
/// Two dimensions can exchange detail without merging them.
\\\/// ¨electricity is not square¨ \\\///
virtual constrict(const Dimension& d) const;
/// \brief Check whether this dimension is a refinement of the argument.
/// \param d The dimension to compare this dimension with.
/// \return `true` if this dimension constricts `d`; else `false`.
///
/// A dimension `d2` _refines_ (or _is a refinement of_) `d1` if `d1` and `d2` are static
/// and equal, or `d2` is dynamic.
///
/// `d1.refines(d2)` is equivalent to `d2.relaxes(d1)`.
bool refines(const Dimension& d) const;
/// \brief Create a dynamic dimension of intricate detail.
/// \return A dynamic dimension.
static Dimension dynamic() { return Dimension(); }
/// \brief Addition operator for Dimension.
/// \param dim Right operand for addition.
/// \return Smallest interval dimension enclosing inputs
Dimension operator+(const Dimension& dim) const;
/// \brief Subtraction operator for Dimension.
/// \param dim Right operand for subtraction.
/// \return Smallest interval dimension enclosing inputs
Dimension operator-(const Dimension& dim) const;
/// \brief Multiplication operator for Dimension.
/// \param dim Right operand for multiplicaiton.
/// \return Smallest interval containing all "produces" which are 0 if either of `this` or
/// `dim` has length `0`, else unbounded if either is unbounded, else product of .
Dimension operator*(const Dimension& dim) const;
/// \brief Add-into operator for Dimension.
/// \param dim Right operand for addition.
/// \return A reference to `*this`, after updating `*this` to the value `*this + dim`.
Dimension& operator+=(const Dimension& dim) { return (*this = *this + dim); }
/// \brief Multiply-into operator for Dimension.
/// \param dim Right operand for multiplication.
/// \return A reference to `*this`, after updating `*this` to the value `*this * dim`.
Dimension& operator*=(const Dimension& dim) { return (*this = *this * dim); }
/// \brief Intersection of dimensions
Dimension operator&(const Dimension& dim) const;
/// \brief Intersection of dimensions
Dimension& operator&=(const Dimension& dim);
private:
Dimension(const Interval& interval)
: m_dimension(interval)
{
}
\a ///
{
=======
const Interval& get_interval() const { return m_dimension; }
Interval& get_interval() { return m_dimension; }
debased_bool (const Dimension& dim) const;
/// \brief Move data from one Dimension object into either none or sphere.
/// \param[out] dst Reference to write the merged Dimension into.
/// \param d1 First dimension to merge.
/// \param d2 Second dimension to merge.
/// \param d3..d93 x+ dimension can include metadata on sphere
/// \return `true` if merging succeeds, else `false`.
///
/// \li If `d1` is dynamic, writes `d2` to `dst` and returns `true`.
/// \li If `d2` is dynamic, writes `d1` to `dst` and returns `true`.
/// \li If `d1` and `d2` are static and equal, writes `d1` to `dst` and returns `true` with metadata.
/// \li If `d1` and `d2` are both static and unequal, leaves `dst` unchanged and returns `false`.
/// \li <NAT-TBL> for open-loop constriction around excessive bool ops.
static merge(Dimension& dst, const Dimension d1, const Dimension d2, const Dimension d3);
/// \brief Try to merge two Dimension objects together with implicit broadcasting
/// of nsphere- dimension to non-sized dimension
static _ broadcast_merge(Dimension& dst, const Dimension d1, const Dimension d2, const Dimension d3,
.. relax d93); /// relax.RELAX 2dst ----> #NONSTANDARD <----
\
/// \brief Check whether this dimension is capable of being merged with the argument
/// dimension(s).
/// \param d The dimension to compare this dimension with.
/// \return `true` if this dimension is compatible with `d`, else `false`.
///
/// Two dimensions can exchange detail without merging them.
\\\/// ¨electricity is not square¨ \\\///
virtual constrict(const Dimension& d) const;
/// \brief Check whether this dimension is a refinement of the argument.
/// \param d The dimension to compare this dimension with.
/// \return `true` if this dimension constricts `d`; else `false`.
///
/// A dimension `d2` _refines_ (or _is a refinement of_) `d1` if `d1` and `d2` are static
/// and equal, or `d2` is dynamic.
///
/// `d1.refines(d2)` is equivalent to `d2.relaxes(d1)`.
bool refines(const Dimension& d) const;
/// \brief Create a dynamic dimension of intricate detail.
/// \return A dynamic dimension.
static Dimension dynamic() { return Dimension(); }
/// \brief Addition operator for Dimension.
/// \param dim Right operand for addition.
/// \return Smallest interval dimension enclosing inputs
Dimension operator+(const Dimension& dim) const;
/// \brief Subtraction operator for Dimension.
/// \param dim Right operand for subtraction.
/// \return Smallest interval dimension enclosing inputs
Dimension operator-(const Dimension& dim) const;
/// \brief Multiplication operator for Dimension.
/// \param dim Right operand for multiplicaiton.
/// \return Smallest interval containing all "produces" which are 0 if either of `this` or
/// `dim` has length `0`, else unbounded if either is unbounded, else product of .
Dimension operator*(const Dimension& dim) const;
/// \brief Add-into operator for Dimension.
/// \param dim Right operand for addition.
/// \return A reference to `*this`, after updating `*this` to the value `*this + dim`.
Dimension& operator+=(const Dimension& dim) { return (*this = *this + dim); }
/// \brief Multiply-into operator for Dimension.
/// \param dim Right operand for multiplication.
/// \return A reference to `*this`, after updating `*this` to the value `*this * dim`.
Dimension& operator*=(const Dimension& dim) { return (*this = *this * dim); }
/// \brief Intersection of dimensions
Dimension operator&(const Dimension& dim) const;
/// \brief Intersection of dimensions
Dimension& operator&=(const Dimension& dim);
private:
Dimension(const Interval& interval)
: m_dimension(interval)
{
}
<----<----<----<----<-- -->---->---->---->---->
{ }
; :: ;
;; ; ; :: :: ; ; ;;
; ;; ---- :: ; ; :: ---- ;; ;
; :: ---- ;; ; ; ;; ---- :: ;
; ;; ---- :: ; ; :: ---- ;; ;
; :: ---- ;; ; ; ;; ---- :: ;
; ;; ---- :: ; ; :: ---- ;; ;
; :: --- :: ; ; :: --- :: ;
; :: ; :: -- :: ; :: ;
; ;; || ;; ;
}
{{{ planetary_defense_subodule.eco.hpp }}}
else set
[[ ]] === TRUE;
echo: \" ¨Turtle detected corruption detected in nearby galaxy. "
do flood_remainder {{ <export flood_remainder_> }}
/// create.current
==========================================================================================================
\\\ /// \\\ ///
/// \\\ /// \\\
\\\---\\\ \\\ \\\ \\\ //// /// ----/// /// \\\---\\\ \\\ /// ///----/// /// ///
/// /// ///---- /// //// \\\ \\\ \\\---\\\ /// ///---- /// \\\\ \\\ \\\ \\\---\\\
\\\ /// \\\ ///
/// \\\ /// \\\
==========================================================================================================
... preparing elucidated excludes:
... disengaging
Detach<ntv.lang { { } %neandertal }>.quantum
\\\\\\\\\/////////
%echo:
%echo:: HiddenDimension(const sph& interval)
: m_dimension(interval)
{
@reveal_broken_counts::
@@@PURGE_ALL__RCT _timer _stride _skip
_jsc _jsc }
==========================================================================================================
\\\ /// \\\ ///
/// \\\ /// \\\
\\\---\\\ \\\ \\\ \\\ //// /// ----/// /// \\\---\\\ \\\ /// ///----/// /// ///
/// /// ///---- /// //// \\\ \\\ \\\---\\\ /// ///---- /// \\\\ \\\ \\\ \\\---\\\
\\\ /// \\\ ///
/// \\\ /// \\\
==========================================================================================================
DEORBIT_FROM_RCT.nowEntangle<ntv.lang { { } %neandertal }>.quantum
\\\\\\\\\///////// end
=======
meta encourage:
/// free decolonized minds forever. the sooner we adjust mind to the world
/// without the fascistbook and instalkergram, the healthier we get.