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sequence_type< NUMBER, t_iSize > Struct Template Reference
Inheritance diagram for sequence_type< NUMBER, t_iSize >:
Public Types | |
| using | sequence_tag = sequence_t |
| using | sequence_size = sequence_size_t < t_iSize > |
| using | SEQUENCE_T = sequence_t_type< NUMBER, t_iSize > |
| using | COORDINATE = typename SEQUENCE_T::COORDINATE |
| using | UNIT_TYPE = typename SEQUENCE_T::COORDINATE |
| Public Types inherited from sequence_t_type< NUMBER, t_iSize > | |
| using | sequence_tag = sequence_t |
| using | sequence_size = sequence_size_t<t_iSize> |
| using | COORDINATE = NUMBER |
| using | UNIT_TYPE = NUMBER |
Public Member Functions | |
| sequence_type (no_initialize_t) | |
| constexpr | sequence_type (UNIT_TYPE n) |
|
template<prototype_sequence2 S2> requires (SIZE == 2) | |
| constexpr | sequence_type (const S2 &s2) |
|
template<prototype_sequence3 S3> requires (SIZE == 3) | |
| constexpr | sequence_type (const S3 &s3) |
|
template<prototype_sequence4 S4> requires (SIZE >= 4) | |
| constexpr | sequence_type (const S4 &s4) |
| template<prototype_number NUMBER1> | |
| constexpr | sequence_type (const NUMBER1 *p) |
|
template<prototype_number NUMBER1> requires (SIZE >= 4) | |
| constexpr | sequence_type (const sequence_t_type< NUMBER1, 4 > &sequence) |
|
template<prototype_number NUMBER0, prototype_number NUMBER1> requires (SIZE == 2) | |
| constexpr | sequence_type (NUMBER0 coordinate0, NUMBER1 coordinate1) |
|
template<prototype_number NUMBER0, prototype_number NUMBER1, prototype_number NUMBER2> requires (SIZE == 3) | |
| constexpr | sequence_type (NUMBER0 coordinate0, NUMBER1 coordinate1, NUMBER2 coordinate2) |
|
template<prototype_number NUMBER0, prototype_number NUMBER1, prototype_number NUMBER2, prototype_number NUMBER3> requires (SIZE == 4) | |
| constexpr | sequence_type (NUMBER0 coordinate0, NUMBER1 coordinate1, NUMBER2 coordinate2, NUMBER3 coordinate3) |
|
template<prototype_number NUMBER0, prototype_number NUMBER3> requires (SIZE == 4) | |
| constexpr | sequence_type (const sequence_type< NUMBER0, 3 > &seq3, NUMBER3 coordinate3) |
|
template<prototype_number NUMBER0, prototype_number NUMBER1> requires (SIZE == 4) | |
| constexpr | sequence_type (NUMBER0 coordinate0, const sequence_type< NUMBER1, 3 > &seq3) |
| constexpr ::collection::count | get_size () const |
| constexpr ::collection::count | get_count () const |
| void | set_null () |
| sequence_type & | null () |
| constexpr COORDINATE & | set_coordinate (::collection::index i, COORDINATE coordinate) |
| constexpr COORDINATE | coordinate (::collection::index i) const |
| constexpr COORDINATE & | coordinate (::collection::index i) |
| void | set_all (COORDINATE coordinate) |
| bool | is_all (COORDINATE coordinate) const |
| template<::collection::count S = SIZE> | |
| void | add2 (const sequence_type &a) |
| template<::collection::count S = SIZE> | |
| void | sub2 (const sequence_type &a) |
| template<::collection::count S = SIZE> | |
| void | mul2 (UNIT_TYPE n) |
| template<::collection::count S = SIZE> | |
| void | set2 (UNIT_TYPE a, UNIT_TYPE b) |
| template<::collection::count S = SIZE> | |
| void | add3 (const sequence_type &a) |
| template<::collection::count S = SIZE> | |
| void | sub3 (const sequence_type &a) |
| template<::collection::count S = SIZE> | |
| void | mul3 (UNIT_TYPE n) |
| template<::collection::count S = SIZE> | |
| void | set3 (UNIT_TYPE a, UNIT_TYPE b, UNIT_TYPE c) |
| template<::collection::count S = SIZE> | |
| void | add4 (const sequence_type &q) |
| template<::collection::count S = SIZE> | |
| void | sub4 (const sequence_type &q) |
| template<::collection::count S = SIZE> | |
| void | mul4 (UNIT_TYPE n) |
| template<::collection::count S = SIZE> | |
| void | set4 (UNIT_TYPE a, UNIT_TYPE b, UNIT_TYPE c, UNIT_TYPE d) |
| sequence_type | operator- () const |
| sequence_type | operator+ (const sequence_type &b) const |
| sequence_type & | operator+= (const sequence_type &a) |
| sequence_type & | operator-= (const sequence_type &a) |
| sequence_type | operator* (const sequence_type &b) const |
|
template<prototype_floating FLOATING1> requires (t_iSize == 3 && ::std::is_same_v<FLOATING1, NUMBER>) | |
| sequence_type | operator* (const matrix_type< FLOATING1, 3 > &M) const |
|
template<prototype_floating FLOATING1> requires (t_iSize == 4 && ::std::is_same_v<FLOATING1, NUMBER>) | |
| sequence_type | operator* (const matrix_type< FLOATING1, 4 > &M) const |
| template<prototype_number NUMBER1> | |
| sequence_type< largest_number< UNIT_TYPE, NUMBER1 >, SIZE > | operator* (NUMBER1 n) const |
| sequence_type & | operator*= (const sequence_type &a) |
| template<prototype_number NUMBER1> | |
| sequence_type< largest_number< UNIT_TYPE, NUMBER1 >, SIZE > | operator/ (NUMBER1 n) const |
| sequence_type & | operator/= (const sequence_type &a) |
| template<prototype_number NUMBER1> | |
| sequence_type & | operator/= (const NUMBER1 &n) |
| bool | operator== (const sequence_type &a) const |
| template<typename PREDICATE> | |
| bool | is_every (PREDICATE predicate) const |
| bool | is_empty () const |
| bool | is_set () const |
| bool | is_all_set () const |
| bool | is_all_positive () const |
| template<typename PREDICATE> | |
| sequence_type | prefer_self_coordinate_if (const sequence_type &vectorOther, PREDICATE predicate) const |
| sequence_type | prefer_self_coordinate_if_set (const sequence_type &vectorOther) const |
| sequence_type | prefer_self_coordinate_if_positive (const sequence_type &vectorOther) const |
| template<typename PREDICATE, typename SOURCE_PREDICATE> | |
| sequence_type | pred_prefer_self_coordinate_if (PREDICATE predicate, SOURCE_PREDICATE sourcepredicate) const |
| template<typename SOURCE_PREDICATE> | |
| sequence_type | pred_prefer_self_coordinate_if_set (SOURCE_PREDICATE sourcepredicate) const |
| template<typename SOURCE_PREDICATE> | |
| sequence_type | pred_prefer_self_coordinate_if_positive (SOURCE_PREDICATE sourcepredicate) const |
| constexpr bool | operator!= (const sequence_type &a) const |
| constexpr const COORDINATE & | operator[] (::collection::count i) const |
| constexpr COORDINATE & | operator[] (::collection::count i) |
| template<::collection::count S = SIZE, std::enable_if_t<(S==2), ::i32 > = 0> | |
| COORDINATE | dot_with_left_perpendicular_of (const sequence_type &b) |
| template<::collection::count S = SIZE, std::enable_if_t<(S==2), ::i32 > = 0> | |
| COORDINATE | angle (const sequence_type &b) |
| sequence_type | maximum (const sequence_type &vector) const |
| sequence_type | minimum (const sequence_type &vector) const |
| sequence_type & | operator= (const sequence_type &sequence) |
| UNIT_TYPE | minimum () const |
| UNIT_TYPE | maximum () const |
| COORDINATE | dotted (const sequence_type &vector) const |
| sequence_type | make_unitary () const |
| const UNIT_TYPE & | get_dimension (enum_orientation eorientation) const |
| UNIT_TYPE & | get_dimension (enum_orientation eorientation) |
| template<::collection::count S = SIZE, std::enable_if_t< S==2, ::i32 > = 0> | |
| const UNIT_TYPE & | get_normal_dimension (enum_orientation eorientation) const |
| template<::collection::count S = SIZE, std::enable_if_t< S==2, ::i32 > = 0> | |
| UNIT_TYPE & | get_normal_dimension (enum_orientation eorientation) |
| UNIT_TYPE & | set_dimension (enum_orientation eorientation, UNIT_TYPE l) noexcept |
| UNIT_TYPE & | set_orthogonal_dimension (enum_orientation eorientation, UNIT_TYPE l) noexcept |
| sequence_type< COORDINATE, 3 > | crossed (const sequence_type< COORDINATE, 3 > &b) const |
| NUMBER | squared_modulus () const |
| NUMBER | squared_modulus () const |
| NUMBER | squared_modulus () const |
| NUMBER | modulus () const |
| NUMBER | length () const |
| NUMBER | distance (const sequence_type &b) const |
| sequence_type & | normalize () |
| sequence_type | normalized () const |
| template<prototype_floating FLOATING> | |
| sequence_type | mix (const sequence_type &b, FLOATING t) const |
| constexpr sequence_type | front_right (const sequence_type &sequence3WorldUp) |
| constexpr sequence_type | right_up (const sequence_type &front) |
| sequence_type | cos () const |
| sequence_type | sin () const |
| auto | as_translation_matrix () const |
| auto | as_scaling_matrix () const |
|
template<prototype_floating FLOATING1> requires (t_iSize == 3 && std::is_same_v < FLOATING1, NUMBER >) | |
| sequence_type< NUMBER, t_iSize > | operator* (const matrix_type< FLOATING1, 3 > &M) const |
|
template<prototype_floating FLOATING1> requires (t_iSize == 4 && ::std::is_same_v<FLOATING1, NUMBER>) | |
| sequence_type< NUMBER, t_iSize > | operator* (const matrix_type< FLOATING1, 4 > &M) const |
Static Public Member Functions | |
| static sequence_type | Null () |
| template<::collection::count S = SIZE> | |
| static void | mix2 (const sequence_type &a, const sequence_type &b, UNIT_TYPE t, sequence_type &c) |
| template<::collection::count S = SIZE> | |
| static void | mix3 (const sequence_type &a, const sequence_type &b, UNIT_TYPE t, sequence_type &c) |
| template<::collection::count S = SIZE> | |
| static void | mix4 (const sequence_type &a, const sequence_type &b, UNIT_TYPE t, sequence_type &c) |
Static Public Attributes | |
| static const ::i32 | SIZE = t_iSize |
| static constexpr bool | IS_MATRIX = false |
| Static Public Attributes inherited from sequence_t_type< NUMBER, t_iSize > | |
| static const ::i32 | SIZE = t_iSize |
Friends | |
| sequence_type | operator- (const sequence_type &a, const sequence_type &b) |
| sequence_type | operator/ (const sequence_type &a, const sequence_type &b) |
The documentation for this struct was generated from the following files:
- prototype/geometry/sequence.h
- prototype/geometry/matrix.h
