Some Cayley-Klein Point.
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#include <myck_object.hpp>
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| constexpr | MyCKPoint (std::array< int64_t, 3 > coord) |
| | Construct a new My C K Point object.
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| constexpr auto | perp () const -> MyCKLine |
| | Polar.
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| constexpr | PgObject (std::array< int64_t, 3 > coord) |
| | Construct a new Pg Object object.
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| |
| constexpr auto | aux () const -> MyCKLine |
| | Return the dual object (auxiliary line/point).
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| constexpr auto | dot (const MyCKLine &other) const -> int64_t |
| | Dot product with the dual object.
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| constexpr auto | incident (const MyCKLine &other) const -> bool |
| | Check incidence with the dual object.
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| constexpr auto | meet (const MyCKPoint &rhs) const -> MyCKLine |
| | Meet (intersection) with another point to form a line.
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◆ MyCKPoint()
| constexpr MyCKPoint::MyCKPoint |
( |
std::array< int64_t, 3 > |
coord | ) |
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inlineexplicitconstexpr |
Construct a new My C K Point object.
- Parameters
-
| [in] | coord | Homogeneous coordinate |
◆ perp()
| constexpr auto MyCKPoint::perp |
( |
| ) |
const -> MyCKLine |
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constexpr |
Polar.
- Returns
- MyCKLine
\[
(x, y, z)^\perp = (-2x,\; y,\; -2z)
\]
- Returns
- MyCKLine
The documentation for this class was generated from the following file: