V3f

Constructors

Constructor	Description
`new(x, y, z)` Signature: (x:int * y:int * z:int) -> unit	Creates a new vector from given int elements.
`new(v)` Signature: v:int -> unit	Creates a new vector by assigning the given int to all elements.
`new(a)` Signature: (a:int []) -> unit	Creates a new vector from given array.
`new(a, start)` Signature: (a:int [] * start:int) -> unit	Creates a new vector from given array, starting at specified index.
`new(x, y, z)` Signature: (x:int64 * y:int64 * z:int64) -> unit	Creates a new vector from given long elements.
`new(v)` Signature: v:int64 -> unit	Creates a new vector by assigning the given long to all elements.
`new(a)` Signature: (a:int64 []) -> unit	Creates a new vector from given array.
`new(a, start)` Signature: (a:int64 [] * start:int) -> unit	Creates a new vector from given array, starting at specified index.
`new(x, y, z)` Signature: (x:float32 * y:float32 * z:float32) -> unit	Creates a new vector from given float elements.
`new(v)` Signature: v:float32 -> unit	Creates a new vector by assigning the given float to all elements.
`new(a)` Signature: (a:float32 []) -> unit	Creates a new vector from given array.
`new(a, start)` Signature: (a:float32 [] * start:int) -> unit	Creates a new vector from given array, starting at specified index.
`new(x, y, z)` Signature: (x:float * y:float * z:float) -> unit	Creates a new vector from given double elements.
`new(v)` Signature: v:float -> unit	Creates a new vector by assigning the given double to all elements.
`new(a)` Signature: (a:float []) -> unit	Creates a new vector from given array.
`new(a, start)` Signature: (a:float [] * start:int) -> unit	Creates a new vector from given array, starting at specified index.
`new(index_fun)` Signature: index_fun:Func<int,float32> -> unit	Creates a vector from the results of the supplied function of the index.
`new(v)` Signature: v:IVector<float> -> unit
`new(v)` Signature: v:V3i -> unit	Construct a vector from another vector of type V3i.
`new(v)` Signature: v:V3l -> unit	Construct a vector from another vector of type V3l.
`new(v)` Signature: v:V3d -> unit	Construct a vector from another vector of type V3d.
`new(v, w)` Signature: (v:V2f * w:float32) -> unit
`new(c)` Signature: c:C3f -> unit
`new(c)` Signature: c:C3d -> unit
`new(c)` Signature: c:C4f -> unit
`new(c)` Signature: c:C4d -> unit

Instance members

Instance member	Description
`Abs` Signature: V3f	Gets a copy of this vector with all elements set to their absolute value.
`AllDifferent(v)` Signature: v:V3f -> bool	Returns whether ALL elements of this are Different the corresponding element of v. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AllDifferent(s)` Signature: s:float32 -> bool	Returns whether ALL elements of v are Different s. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AllEqual(v)` Signature: v:V3f -> bool	Returns whether ALL elements of this are Equal the corresponding element of v. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AllEqual(s)` Signature: s:float32 -> bool	Returns whether ALL elements of v are Equal s. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AllGreater(v)` Signature: v:V3f -> bool	Returns whether ALL elements of this are Greater the corresponding element of v. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AllGreater(s)` Signature: s:float32 -> bool	Returns whether ALL elements of v are Greater s. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AllGreaterOrEqual(v)` Signature: v:V3f -> bool	Returns whether ALL elements of this are GreaterOrEqual the corresponding element of v. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AllGreaterOrEqual(s)` Signature: s:float32 -> bool	Returns whether ALL elements of v are GreaterOrEqual s. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AllInfinity` Signature: bool
`AllNaN` Signature: bool
`AllNegativeInfinity` Signature: bool
`AllPositiveInfinity` Signature: bool
`AllSmaller(v)` Signature: v:V3f -> bool	Returns whether ALL elements of this are Smaller the corresponding element of v. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AllSmaller(s)` Signature: s:float32 -> bool	Returns whether ALL elements of v are Smaller s. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AllSmallerOrEqual(v)` Signature: v:V3f -> bool	Returns whether ALL elements of this are SmallerOrEqual the corresponding element of v. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AllSmallerOrEqual(s)` Signature: s:float32 -> bool	Returns whether ALL elements of v are SmallerOrEqual s. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AllTiny` Signature: bool
`AnyDifferent(v)` Signature: v:V3f -> bool	Returns whether AT LEAST ONE element of a is Different the corresponding element of b. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AnyDifferent(s)` Signature: s:float32 -> bool	Returns whether AT LEAST ONE element of v is Different s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyEqual(v)` Signature: v:V3f -> bool	Returns whether AT LEAST ONE element of a is Equal the corresponding element of b. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AnyEqual(s)` Signature: s:float32 -> bool	Returns whether AT LEAST ONE element of v is Equal s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyGreater(v)` Signature: v:V3f -> bool	Returns whether AT LEAST ONE element of a is Greater the corresponding element of b. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AnyGreater(s)` Signature: s:float32 -> bool	Returns whether AT LEAST ONE element of v is Greater s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyGreaterOrEqual(v)` Signature: v:V3f -> bool	Returns whether AT LEAST ONE element of a is GreaterOrEqual the corresponding element of b. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AnyGreaterOrEqual(s)` Signature: s:float32 -> bool	Returns whether AT LEAST ONE element of v is GreaterOrEqual s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyInfinity` Signature: bool
`AnyNaN` Signature: bool
`AnyNegativeInfinity` Signature: bool
`AnyPositiveInfinity` Signature: bool
`AnySmaller(v)` Signature: v:V3f -> bool	Returns whether AT LEAST ONE element of a is Smaller the corresponding element of b. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AnySmaller(s)` Signature: s:float32 -> bool	Returns whether AT LEAST ONE element of v is Smaller s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnySmallerOrEqual(v)` Signature: v:V3f -> bool	Returns whether AT LEAST ONE element of a is SmallerOrEqual the corresponding element of b. ATTENTION: For example (a.AllSmaller(b)) is not the same as !(a.AllGreaterOrEqual(b)) but !(a.AnyGreaterOrEqual(b)).
`AnySmallerOrEqual(s)` Signature: s:float32 -> bool	Returns whether AT LEAST ONE element of v is SmallerOrEqual s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyTiny` Signature: bool
`ApproxEqual(v, tolerance)` Signature: (v:V3f * tolerance:float32) -> bool	Returns whether this vector is equal to the specified vector within the given tolerance.
`AxisAlignedNormal()` Signature: unit -> V3f	Returns an arbitrary normal vector, which is also normal to either the x, y or z-axis.
`Ceiling` Signature: V3f	Gets a copy of this vector, with each element set to the smallest integer greater than or equal to the element's current value.
`Copy(element_fun)` Signature: element_fun:Func<float32,int> -> V3i	Returns a copy with all elements transformed by the supplied function.
`Copy(element_index_fun)` Signature: element_index_fun:Func<float32,int,int> -> V3i	Returns a copy with all elements transformed by the supplied function.
`Copy(element_fun)` Signature: element_fun:Func<float32,int64> -> V3l	Returns a copy with all elements transformed by the supplied function.
`Copy(element_index_fun)` Signature: element_index_fun:Func<float32,int,int64> -> V3l	Returns a copy with all elements transformed by the supplied function.
`Copy(element_fun)` Signature: element_fun:Func<float32,float32> -> V3f	Returns a copy with all elements transformed by the supplied function.
`Copy(element_index_fun)` Signature: element_index_fun:Func<float32,int,float32> -> V3f	Returns a copy with all elements transformed by the supplied function.
`Copy(element_fun)` Signature: element_fun:Func<float32,float> -> V3d	Returns a copy with all elements transformed by the supplied function.
`Copy(element_index_fun)` Signature: element_index_fun:Func<float32,int,float> -> V3d	Returns a copy with all elements transformed by the supplied function.
`CopyTo(array, start)` Signature: (array:int [] * start:int) -> unit
`CopyTo(array, start)` Signature: (array:int64 [] * start:int) -> unit
`CopyTo(array, start)` Signature: (array:float32 [] * start:int) -> unit
`CopyTo(array, start)` Signature: (array:float [] * start:int) -> unit
`CopyTo(array, start, element_fun)` Signature: (array:'T [] * start:int * element_fun:Func<float32,'T>) -> unit Type parameters: 'T
`CopyTo(array, start, element_index_fun)` Signature: (array:'T [] * start:int * element_index_fun:Func<float32,int,'T>) -> unit Type parameters: 'T
`Cross(v)` Signature: v:V3f -> V3f	Returns the cross product with the specified vector.
`CubeFaceCode` Signature: int	Return an index for the cube face onto which the vector points. 0 ... -XAxis, 1 ... -YAxis, 2 ... -ZAsix, 3 ... XAxis, 4 ... YAxis, 5 ... ZAxis.
`CubeMapped` Signature: V3f	Returns a copy of the vector with the maximum component length of exactly 1. This corresponds to mapping the vector onto an origin- centered cube with side length 2.
`CubeMappedOnFace(face)` Signature: face:byref<int> -> V3f	Returns a copy of the vector with the maximum component length of exactly 1. This corresponds to mapping the vector onto an origin- centered cube with side length 2. The out parameter face indicate which face the vector was mapped to: 0 ... -XAxis, 1 ... -YAxis, 2 ... -ZAsix, 3 ... XAxis, 4 ... YAxis, 5 ... ZAxis.
`Dim` Signature: int64 Modifiers: abstract
`DirFlags()` Signature: unit -> DirFlags
`Dot(v)` Signature: v:V3f -> float32	Returns the dot product with the specified vector.
`Elements` Signature: IEnumerable<float32>	Enumerates all elements of this vector.
`Equals(other)` Signature: other:V3f -> bool Modifiers: abstract
`Equals(other)` Signature: other:obj -> bool Modifiers: abstract
`Floor` Signature: V3f	Gets a copy of this vector, with each element set to the largest integer less than or equal to the element's current value.
`GetHashCode()` Signature: unit -> int Modifiers: abstract
`GetValue(index)` Signature: index:int64 -> obj Modifiers: abstract
`IIIX` Signature: V4f
`IIIY` Signature: V4f
`IIIZ` Signature: V4f
`IINX` Signature: V4f
`IINY` Signature: V4f
`IINZ` Signature: V4f
`IIOX` Signature: V4f
`IIOY` Signature: V4f
`IIOZ` Signature: V4f
`IIPX` Signature: V4f
`IIPY` Signature: V4f
`IIPZ` Signature: V4f
`IIX` Signature: V3f
`IIXI` Signature: V4f
`IIXN` Signature: V4f
`IIXO` Signature: V4f
`IIXP` Signature: V4f
`IIXX` Signature: V4f
`IIXY` Signature: V4f
`IIXZ` Signature: V4f
`IIY` Signature: V3f
`IIYI` Signature: V4f
`IIYN` Signature: V4f
`IIYO` Signature: V4f
`IIYP` Signature: V4f
`IIYX` Signature: V4f
`IIYY` Signature: V4f
`IIYZ` Signature: V4f
`IIZ` Signature: V3f
`IIZI` Signature: V4f
`IIZN` Signature: V4f
`IIZO` Signature: V4f
`IIZP` Signature: V4f
`IIZX` Signature: V4f
`IIZY` Signature: V4f
`IIZZ` Signature: V4f
`INIX` Signature: V4f
`INIY` Signature: V4f
`INIZ` Signature: V4f
`INNX` Signature: V4f
`INNY` Signature: V4f
`INNZ` Signature: V4f
`INOX` Signature: V4f
`INOY` Signature: V4f
`INOZ` Signature: V4f
`INPX` Signature: V4f
`INPY` Signature: V4f
`INPZ` Signature: V4f
`INX` Signature: V3f
`INXI` Signature: V4f
`INXN` Signature: V4f
`INXO` Signature: V4f
`INXP` Signature: V4f
`INXX` Signature: V4f
`INXY` Signature: V4f
`INXZ` Signature: V4f
`INY` Signature: V3f
`INYI` Signature: V4f
`INYN` Signature: V4f
`INYO` Signature: V4f
`INYP` Signature: V4f
`INYX` Signature: V4f
`INYY` Signature: V4f
`INYZ` Signature: V4f
`INZ` Signature: V3f
`INZI` Signature: V4f
`INZN` Signature: V4f
`INZO` Signature: V4f
`INZP` Signature: V4f
`INZX` Signature: V4f
`INZY` Signature: V4f
`INZZ` Signature: V4f
`IOIX` Signature: V4f
`IOIY` Signature: V4f
`IOIZ` Signature: V4f
`IONX` Signature: V4f
`IONY` Signature: V4f
`IONZ` Signature: V4f
`IOOX` Signature: V4f
`IOOY` Signature: V4f
`IOOZ` Signature: V4f
`IOPX` Signature: V4f
`IOPY` Signature: V4f
`IOPZ` Signature: V4f
`IOX` Signature: V3f
`IOXI` Signature: V4f
`IOXN` Signature: V4f
`IOXO` Signature: V4f
`IOXP` Signature: V4f
`IOXX` Signature: V4f
`IOXY` Signature: V4f
`IOXZ` Signature: V4f
`IOY` Signature: V3f
`IOYI` Signature: V4f
`IOYN` Signature: V4f
`IOYO` Signature: V4f
`IOYP` Signature: V4f
`IOYX` Signature: V4f
`IOYY` Signature: V4f
`IOYZ` Signature: V4f
`IOZ` Signature: V3f
`IOZI` Signature: V4f
`IOZN` Signature: V4f
`IOZO` Signature: V4f
`IOZP` Signature: V4f
`IOZX` Signature: V4f
`IOZY` Signature: V4f
`IOZZ` Signature: V4f
`IPIX` Signature: V4f
`IPIY` Signature: V4f
`IPIZ` Signature: V4f
`IPNX` Signature: V4f
`IPNY` Signature: V4f
`IPNZ` Signature: V4f
`IPOX` Signature: V4f
`IPOY` Signature: V4f
`IPOZ` Signature: V4f
`IPPX` Signature: V4f
`IPPY` Signature: V4f
`IPPZ` Signature: V4f
`IPX` Signature: V3f
`IPXI` Signature: V4f
`IPXN` Signature: V4f
`IPXO` Signature: V4f
`IPXP` Signature: V4f
`IPXX` Signature: V4f
`IPXY` Signature: V4f
`IPXZ` Signature: V4f
`IPY` Signature: V3f
`IPYI` Signature: V4f
`IPYN` Signature: V4f
`IPYO` Signature: V4f
`IPYP` Signature: V4f
`IPYX` Signature: V4f
`IPYY` Signature: V4f
`IPYZ` Signature: V4f
`IPZ` Signature: V3f
`IPZI` Signature: V4f
`IPZN` Signature: V4f
`IPZO` Signature: V4f
`IPZP` Signature: V4f
`IPZX` Signature: V4f
`IPZY` Signature: V4f
`IPZZ` Signature: V4f
`IsNaN` Signature: bool	Attention: NEVER implement operators <, <=, >=, >, since these are not defined in a Vector space. Use AllSmaller() and similar comparators!
`[()]` Signature: unit -> int	Gets or sets element with given index. An IndexOutOfRangeException is thrown for invalid index values.
`[()]` Signature: unit -> int64 Modifiers: abstract	By using long indices, the IVector interface is accessed.
`IX` Signature: V2f
`IXI` Signature: V3f
`IXII` Signature: V4f
`IXIN` Signature: V4f
`IXIO` Signature: V4f
`IXIP` Signature: V4f
`IXIX` Signature: V4f
`IXIY` Signature: V4f
`IXIZ` Signature: V4f
`IXN` Signature: V3f
`IXNI` Signature: V4f
`IXNN` Signature: V4f
`IXNO` Signature: V4f
`IXNP` Signature: V4f
`IXNX` Signature: V4f
`IXNY` Signature: V4f
`IXNZ` Signature: V4f
`IXO` Signature: V3f
`IXOI` Signature: V4f
`IXON` Signature: V4f
`IXOO` Signature: V4f
`IXOP` Signature: V4f
`IXOX` Signature: V4f
`IXOY` Signature: V4f
`IXOZ` Signature: V4f
`IXP` Signature: V3f
`IXPI` Signature: V4f
`IXPN` Signature: V4f
`IXPO` Signature: V4f
`IXPP` Signature: V4f
`IXPX` Signature: V4f
`IXPY` Signature: V4f
`IXPZ` Signature: V4f
`IXX` Signature: V3f
`IXXI` Signature: V4f
`IXXN` Signature: V4f
`IXXO` Signature: V4f
`IXXP` Signature: V4f
`IXXX` Signature: V4f
`IXXY` Signature: V4f
`IXXZ` Signature: V4f
`IXY` Signature: V3f
`IXYI` Signature: V4f
`IXYN` Signature: V4f
`IXYO` Signature: V4f
`IXYP` Signature: V4f
`IXYX` Signature: V4f
`IXYY` Signature: V4f
`IXYZ` Signature: V4f
`IXZ` Signature: V3f
`IXZI` Signature: V4f
`IXZN` Signature: V4f
`IXZO` Signature: V4f
`IXZP` Signature: V4f
`IXZX` Signature: V4f
`IXZY` Signature: V4f
`IXZZ` Signature: V4f
`IY` Signature: V2f
`IYI` Signature: V3f
`IYII` Signature: V4f
`IYIN` Signature: V4f
`IYIO` Signature: V4f
`IYIP` Signature: V4f
`IYIX` Signature: V4f
`IYIY` Signature: V4f
`IYIZ` Signature: V4f
`IYN` Signature: V3f
`IYNI` Signature: V4f
`IYNN` Signature: V4f
`IYNO` Signature: V4f
`IYNP` Signature: V4f
`IYNX` Signature: V4f
`IYNY` Signature: V4f
`IYNZ` Signature: V4f
`IYO` Signature: V3f
`IYOI` Signature: V4f
`IYON` Signature: V4f
`IYOO` Signature: V4f
`IYOP` Signature: V4f
`IYOX` Signature: V4f
`IYOY` Signature: V4f
`IYOZ` Signature: V4f
`IYP` Signature: V3f
`IYPI` Signature: V4f
`IYPN` Signature: V4f
`IYPO` Signature: V4f
`IYPP` Signature: V4f
`IYPX` Signature: V4f
`IYPY` Signature: V4f
`IYPZ` Signature: V4f
`IYX` Signature: V3f
`IYXI` Signature: V4f
`IYXN` Signature: V4f
`IYXO` Signature: V4f
`IYXP` Signature: V4f
`IYXX` Signature: V4f
`IYXY` Signature: V4f
`IYXZ` Signature: V4f
`IYY` Signature: V3f
`IYYI` Signature: V4f
`IYYN` Signature: V4f
`IYYO` Signature: V4f
`IYYP` Signature: V4f
`IYYX` Signature: V4f
`IYYY` Signature: V4f
`IYYZ` Signature: V4f
`IYZ` Signature: V3f
`IYZI` Signature: V4f
`IYZN` Signature: V4f
`IYZO` Signature: V4f
`IYZP` Signature: V4f
`IYZX` Signature: V4f
`IYZY` Signature: V4f
`IYZZ` Signature: V4f
`IZ` Signature: V2f
`IZI` Signature: V3f
`IZII` Signature: V4f
`IZIN` Signature: V4f
`IZIO` Signature: V4f
`IZIP` Signature: V4f
`IZIX` Signature: V4f
`IZIY` Signature: V4f
`IZIZ` Signature: V4f
`IZN` Signature: V3f
`IZNI` Signature: V4f
`IZNN` Signature: V4f
`IZNO` Signature: V4f
`IZNP` Signature: V4f
`IZNX` Signature: V4f
`IZNY` Signature: V4f
`IZNZ` Signature: V4f
`IZO` Signature: V3f
`IZOI` Signature: V4f
`IZON` Signature: V4f
`IZOO` Signature: V4f
`IZOP` Signature: V4f
`IZOX` Signature: V4f
`IZOY` Signature: V4f
`IZOZ` Signature: V4f
`IZP` Signature: V3f
`IZPI` Signature: V4f
`IZPN` Signature: V4f
`IZPO` Signature: V4f
`IZPP` Signature: V4f
`IZPX` Signature: V4f
`IZPY` Signature: V4f
`IZPZ` Signature: V4f
`IZX` Signature: V3f
`IZXI` Signature: V4f
`IZXN` Signature: V4f
`IZXO` Signature: V4f
`IZXP` Signature: V4f
`IZXX` Signature: V4f
`IZXY` Signature: V4f
`IZXZ` Signature: V4f
`IZY` Signature: V3f
`IZYI` Signature: V4f
`IZYN` Signature: V4f
`IZYO` Signature: V4f
`IZYP` Signature: V4f
`IZYX` Signature: V4f
`IZYY` Signature: V4f
`IZYZ` Signature: V4f
`IZZ` Signature: V3f
`IZZI` Signature: V4f
`IZZN` Signature: V4f
`IZZO` Signature: V4f
`IZZP` Signature: V4f
`IZZX` Signature: V4f
`IZZY` Signature: V4f
`IZZZ` Signature: V4f
`Length` Signature: float32	Returns the length of the vector.
`LengthSquared` Signature: float32	Returns the squared length of the vector.
`LexicalCompare(v1)` Signature: v1:V3f -> int	Compare x-coordinate before y-coordinate, aso.
`MajorDim` Signature: int	Returns the index of the largest dimension of the vector.
`MinorDim` Signature: int	Returns the index of the smallest dimension of the vector.
`Negate()` Signature: unit -> unit	Negates this vector and returns this.
`Negated` Signature: V3f	Gets a negated copy of this vector.
`NIIX` Signature: V4f
`NIIY` Signature: V4f
`NIIZ` Signature: V4f
`NINX` Signature: V4f
`NINY` Signature: V4f
`NINZ` Signature: V4f
`NIOX` Signature: V4f
`NIOY` Signature: V4f
`NIOZ` Signature: V4f
`NIPX` Signature: V4f
`NIPY` Signature: V4f
`NIPZ` Signature: V4f
`NIX` Signature: V3f
`NIXI` Signature: V4f
`NIXN` Signature: V4f
`NIXO` Signature: V4f
`NIXP` Signature: V4f
`NIXX` Signature: V4f
`NIXY` Signature: V4f
`NIXZ` Signature: V4f
`NIY` Signature: V3f
`NIYI` Signature: V4f
`NIYN` Signature: V4f
`NIYO` Signature: V4f
`NIYP` Signature: V4f
`NIYX` Signature: V4f
`NIYY` Signature: V4f
`NIYZ` Signature: V4f
`NIZ` Signature: V3f
`NIZI` Signature: V4f
`NIZN` Signature: V4f
`NIZO` Signature: V4f
`NIZP` Signature: V4f
`NIZX` Signature: V4f
`NIZY` Signature: V4f
`NIZZ` Signature: V4f
`NNIX` Signature: V4f
`NNIY` Signature: V4f
`NNIZ` Signature: V4f
`NNNX` Signature: V4f
`NNNY` Signature: V4f
`NNNZ` Signature: V4f
`NNOX` Signature: V4f
`NNOY` Signature: V4f
`NNOZ` Signature: V4f
`NNPX` Signature: V4f
`NNPY` Signature: V4f
`NNPZ` Signature: V4f
`NNX` Signature: V3f
`NNXI` Signature: V4f
`NNXN` Signature: V4f
`NNXO` Signature: V4f
`NNXP` Signature: V4f
`NNXX` Signature: V4f
`NNXY` Signature: V4f
`NNXZ` Signature: V4f
`NNY` Signature: V3f
`NNYI` Signature: V4f
`NNYN` Signature: V4f
`NNYO` Signature: V4f
`NNYP` Signature: V4f
`NNYX` Signature: V4f
`NNYY` Signature: V4f
`NNYZ` Signature: V4f
`NNZ` Signature: V3f
`NNZI` Signature: V4f
`NNZN` Signature: V4f
`NNZO` Signature: V4f
`NNZP` Signature: V4f
`NNZX` Signature: V4f
`NNZY` Signature: V4f
`NNZZ` Signature: V4f
`NOIX` Signature: V4f
`NOIY` Signature: V4f
`NOIZ` Signature: V4f
`NONX` Signature: V4f
`NONY` Signature: V4f
`NONZ` Signature: V4f
`NOOX` Signature: V4f
`NOOY` Signature: V4f
`NOOZ` Signature: V4f
`NOPX` Signature: V4f
`NOPY` Signature: V4f
`NOPZ` Signature: V4f
`Norm(p)` Signature: p:float32 -> float32	Gets the p-norm. This is calculated as the p-th root of (\|x\|^n + \|y\|^n + ...).
`Norm1` Signature: float32	Returns the Manhattan (or 1-) norm of the vector. This is calculated as \|x\| + \|y\| + ...
`Norm2` Signature: float32	Returns the Euclidean (or 2-) norm of the vector. This is the length of the vector.
`Normalize()` Signature: unit -> unit	Normalizes the vector.
`Normalized` Signature: V3f	Returns a normalized copy of this vector.
`NormMax` Signature: float32	Returns the infinite (or maximum) norm of the vector. This is calculated as max(\|x\|, \|y\|, ...).
`NormMin` Signature: float32	Returns the minimum norm of the vector. This is calculated as min(\|x\|, \|y\|, ...).
`NOX` Signature: V3f
`NOXI` Signature: V4f
`NOXN` Signature: V4f
`NOXO` Signature: V4f
`NOXP` Signature: V4f
`NOXX` Signature: V4f
`NOXY` Signature: V4f
`NOXZ` Signature: V4f
`NOY` Signature: V3f
`NOYI` Signature: V4f
`NOYN` Signature: V4f
`NOYO` Signature: V4f
`NOYP` Signature: V4f
`NOYX` Signature: V4f
`NOYY` Signature: V4f
`NOYZ` Signature: V4f
`NOZ` Signature: V3f
`NOZI` Signature: V4f
`NOZN` Signature: V4f
`NOZO` Signature: V4f
`NOZP` Signature: V4f
`NOZX` Signature: V4f
`NOZY` Signature: V4f
`NOZZ` Signature: V4f
`NPIX` Signature: V4f
`NPIY` Signature: V4f
`NPIZ` Signature: V4f
`NPNX` Signature: V4f
`NPNY` Signature: V4f
`NPNZ` Signature: V4f
`NPOX` Signature: V4f
`NPOY` Signature: V4f
`NPOZ` Signature: V4f
`NPPX` Signature: V4f
`NPPY` Signature: V4f
`NPPZ` Signature: V4f
`NPX` Signature: V3f
`NPXI` Signature: V4f
`NPXN` Signature: V4f
`NPXO` Signature: V4f
`NPXP` Signature: V4f
`NPXX` Signature: V4f
`NPXY` Signature: V4f
`NPXZ` Signature: V4f
`NPY` Signature: V3f
`NPYI` Signature: V4f
`NPYN` Signature: V4f
`NPYO` Signature: V4f
`NPYP` Signature: V4f
`NPYX` Signature: V4f
`NPYY` Signature: V4f
`NPYZ` Signature: V4f
`NPZ` Signature: V3f
`NPZI` Signature: V4f
`NPZN` Signature: V4f
`NPZO` Signature: V4f
`NPZP` Signature: V4f
`NPZX` Signature: V4f
`NPZY` Signature: V4f
`NPZZ` Signature: V4f
`NX` Signature: V2f
`NXI` Signature: V3f
`NXII` Signature: V4f
`NXIN` Signature: V4f
`NXIO` Signature: V4f
`NXIP` Signature: V4f
`NXIX` Signature: V4f
`NXIY` Signature: V4f
`NXIZ` Signature: V4f
`NXN` Signature: V3f
`NXNI` Signature: V4f
`NXNN` Signature: V4f
`NXNO` Signature: V4f
`NXNP` Signature: V4f
`NXNX` Signature: V4f
`NXNY` Signature: V4f
`NXNZ` Signature: V4f
`NXO` Signature: V3f
`NXOI` Signature: V4f
`NXON` Signature: V4f
`NXOO` Signature: V4f
`NXOP` Signature: V4f
`NXOX` Signature: V4f
`NXOY` Signature: V4f
`NXOZ` Signature: V4f
`NXP` Signature: V3f
`NXPI` Signature: V4f
`NXPN` Signature: V4f
`NXPO` Signature: V4f
`NXPP` Signature: V4f
`NXPX` Signature: V4f
`NXPY` Signature: V4f
`NXPZ` Signature: V4f
`NXX` Signature: V3f
`NXXI` Signature: V4f
`NXXN` Signature: V4f
`NXXO` Signature: V4f
`NXXP` Signature: V4f
`NXXX` Signature: V4f
`NXXY` Signature: V4f
`NXXZ` Signature: V4f
`NXY` Signature: V3f
`NXYI` Signature: V4f
`NXYN` Signature: V4f
`NXYO` Signature: V4f
`NXYP` Signature: V4f
`NXYX` Signature: V4f
`NXYY` Signature: V4f
`NXYZ` Signature: V4f
`NXZ` Signature: V3f
`NXZI` Signature: V4f
`NXZN` Signature: V4f
`NXZO` Signature: V4f
`NXZP` Signature: V4f
`NXZX` Signature: V4f
`NXZY` Signature: V4f
`NXZZ` Signature: V4f
`NY` Signature: V2f
`NYI` Signature: V3f
`NYII` Signature: V4f
`NYIN` Signature: V4f
`NYIO` Signature: V4f
`NYIP` Signature: V4f
`NYIX` Signature: V4f
`NYIY` Signature: V4f
`NYIZ` Signature: V4f
`NYN` Signature: V3f
`NYNI` Signature: V4f
`NYNN` Signature: V4f
`NYNO` Signature: V4f
`NYNP` Signature: V4f
`NYNX` Signature: V4f
`NYNY` Signature: V4f
`NYNZ` Signature: V4f
`NYO` Signature: V3f
`NYOI` Signature: V4f
`NYON` Signature: V4f
`NYOO` Signature: V4f
`NYOP` Signature: V4f
`NYOX` Signature: V4f
`NYOY` Signature: V4f
`NYOZ` Signature: V4f
`NYP` Signature: V3f
`NYPI` Signature: V4f
`NYPN` Signature: V4f
`NYPO` Signature: V4f
`NYPP` Signature: V4f
`NYPX` Signature: V4f
`NYPY` Signature: V4f
`NYPZ` Signature: V4f
`NYX` Signature: V3f
`NYXI` Signature: V4f
`NYXN` Signature: V4f
`NYXO` Signature: V4f
`NYXP` Signature: V4f
`NYXX` Signature: V4f
`NYXY` Signature: V4f
`NYXZ` Signature: V4f
`NYY` Signature: V3f
`NYYI` Signature: V4f
`NYYN` Signature: V4f
`NYYO` Signature: V4f
`NYYP` Signature: V4f
`NYYX` Signature: V4f
`NYYY` Signature: V4f
`NYYZ` Signature: V4f
`NYZ` Signature: V3f
`NYZI` Signature: V4f
`NYZN` Signature: V4f
`NYZO` Signature: V4f
`NYZP` Signature: V4f
`NYZX` Signature: V4f
`NYZY` Signature: V4f
`NYZZ` Signature: V4f
`NZ` Signature: V2f
`NZI` Signature: V3f
`NZII` Signature: V4f
`NZIN` Signature: V4f
`NZIO` Signature: V4f
`NZIP` Signature: V4f
`NZIX` Signature: V4f
`NZIY` Signature: V4f
`NZIZ` Signature: V4f
`NZN` Signature: V3f
`NZNI` Signature: V4f
`NZNN` Signature: V4f
`NZNO` Signature: V4f
`NZNP` Signature: V4f
`NZNX` Signature: V4f
`NZNY` Signature: V4f
`NZNZ` Signature: V4f
`NZO` Signature: V3f
`NZOI` Signature: V4f
`NZON` Signature: V4f
`NZOO` Signature: V4f
`NZOP` Signature: V4f
`NZOX` Signature: V4f
`NZOY` Signature: V4f
`NZOZ` Signature: V4f
`NZP` Signature: V3f
`NZPI` Signature: V4f
`NZPN` Signature: V4f
`NZPO` Signature: V4f
`NZPP` Signature: V4f
`NZPX` Signature: V4f
`NZPY` Signature: V4f
`NZPZ` Signature: V4f
`NZX` Signature: V3f
`NZXI` Signature: V4f
`NZXN` Signature: V4f
`NZXO` Signature: V4f
`NZXP` Signature: V4f
`NZXX` Signature: V4f
`NZXY` Signature: V4f
`NZXZ` Signature: V4f
`NZY` Signature: V3f
`NZYI` Signature: V4f
`NZYN` Signature: V4f
`NZYO` Signature: V4f
`NZYP` Signature: V4f
`NZYX` Signature: V4f
`NZYY` Signature: V4f
`NZYZ` Signature: V4f
`NZZ` Signature: V3f
`NZZI` Signature: V4f
`NZZN` Signature: V4f
`NZZO` Signature: V4f
`NZZP` Signature: V4f
`NZZX` Signature: V4f
`NZZY` Signature: V4f
`NZZZ` Signature: V4f
`OIIX` Signature: V4f
`OIIY` Signature: V4f
`OIIZ` Signature: V4f
`OINX` Signature: V4f
`OINY` Signature: V4f
`OINZ` Signature: V4f
`OIOX` Signature: V4f
`OIOY` Signature: V4f
`OIOZ` Signature: V4f
`OIPX` Signature: V4f
`OIPY` Signature: V4f
`OIPZ` Signature: V4f
`OIX` Signature: V3f
`OIXI` Signature: V4f
`OIXN` Signature: V4f
`OIXO` Signature: V4f
`OIXP` Signature: V4f
`OIXX` Signature: V4f
`OIXY` Signature: V4f
`OIXZ` Signature: V4f
`OIY` Signature: V3f
`OIYI` Signature: V4f
`OIYN` Signature: V4f
`OIYO` Signature: V4f
`OIYP` Signature: V4f
`OIYX` Signature: V4f
`OIYY` Signature: V4f
`OIYZ` Signature: V4f
`OIZ` Signature: V3f
`OIZI` Signature: V4f
`OIZN` Signature: V4f
`OIZO` Signature: V4f
`OIZP` Signature: V4f
`OIZX` Signature: V4f
`OIZY` Signature: V4f
`OIZZ` Signature: V4f
`ONIX` Signature: V4f
`ONIY` Signature: V4f
`ONIZ` Signature: V4f
`ONNX` Signature: V4f
`ONNY` Signature: V4f
`ONNZ` Signature: V4f
`ONOX` Signature: V4f
`ONOY` Signature: V4f
`ONOZ` Signature: V4f
`ONPX` Signature: V4f
`ONPY` Signature: V4f
`ONPZ` Signature: V4f
`ONX` Signature: V3f
`ONXI` Signature: V4f
`ONXN` Signature: V4f
`ONXO` Signature: V4f
`ONXP` Signature: V4f
`ONXX` Signature: V4f
`ONXY` Signature: V4f
`ONXZ` Signature: V4f
`ONY` Signature: V3f
`ONYI` Signature: V4f
`ONYN` Signature: V4f
`ONYO` Signature: V4f
`ONYP` Signature: V4f
`ONYX` Signature: V4f
`ONYY` Signature: V4f
`ONYZ` Signature: V4f
`ONZ` Signature: V3f
`ONZI` Signature: V4f
`ONZN` Signature: V4f
`ONZO` Signature: V4f
`ONZP` Signature: V4f
`ONZX` Signature: V4f
`ONZY` Signature: V4f
`ONZZ` Signature: V4f
`OOIX` Signature: V4f
`OOIY` Signature: V4f
`OOIZ` Signature: V4f
`OONX` Signature: V4f
`OONY` Signature: V4f
`OONZ` Signature: V4f
`OOOX` Signature: V4f
`OOOY` Signature: V4f
`OOOZ` Signature: V4f
`OOPX` Signature: V4f
`OOPY` Signature: V4f
`OOPZ` Signature: V4f
`OOX` Signature: V3f
`OOXI` Signature: V4f
`OOXN` Signature: V4f
`OOXO` Signature: V4f
`OOXP` Signature: V4f
`OOXX` Signature: V4f
`OOXY` Signature: V4f
`OOXZ` Signature: V4f
`OOY` Signature: V3f
`OOYI` Signature: V4f
`OOYN` Signature: V4f
`OOYO` Signature: V4f
`OOYP` Signature: V4f
`OOYX` Signature: V4f
`OOYY` Signature: V4f
`OOYZ` Signature: V4f
`OOZ` Signature: V3f
`OOZI` Signature: V4f
`OOZN` Signature: V4f
`OOZO` Signature: V4f
`OOZP` Signature: V4f
`OOZX` Signature: V4f
`OOZY` Signature: V4f
`OOZZ` Signature: V4f
`OPIX` Signature: V4f
`OPIY` Signature: V4f
`OPIZ` Signature: V4f
`OPNX` Signature: V4f
`OPNY` Signature: V4f
`OPNZ` Signature: V4f
`OPOX` Signature: V4f
`OPOY` Signature: V4f
`OPOZ` Signature: V4f
`OPPX` Signature: V4f
`OPPY` Signature: V4f
`OPPZ` Signature: V4f
`OPX` Signature: V3f
`OPXI` Signature: V4f
`OPXN` Signature: V4f
`OPXO` Signature: V4f
`OPXP` Signature: V4f
`OPXX` Signature: V4f
`OPXY` Signature: V4f
`OPXZ` Signature: V4f
`OPY` Signature: V3f
`OPYI` Signature: V4f
`OPYN` Signature: V4f
`OPYO` Signature: V4f
`OPYP` Signature: V4f
`OPYX` Signature: V4f
`OPYY` Signature: V4f
`OPYZ` Signature: V4f
`OPZ` Signature: V3f
`OPZI` Signature: V4f
`OPZN` Signature: V4f
`OPZO` Signature: V4f
`OPZP` Signature: V4f
`OPZX` Signature: V4f
`OPZY` Signature: V4f
`OPZZ` Signature: V4f
`OX` Signature: V2f
`OXI` Signature: V3f
`OXII` Signature: V4f
`OXIN` Signature: V4f
`OXIO` Signature: V4f
`OXIP` Signature: V4f
`OXIX` Signature: V4f
`OXIY` Signature: V4f
`OXIZ` Signature: V4f
`OXN` Signature: V3f
`OXNI` Signature: V4f
`OXNN` Signature: V4f
`OXNO` Signature: V4f
`OXNP` Signature: V4f
`OXNX` Signature: V4f
`OXNY` Signature: V4f
`OXNZ` Signature: V4f
`OXO` Signature: V3f
`OXOI` Signature: V4f
`OXON` Signature: V4f
`OXOO` Signature: V4f
`OXOP` Signature: V4f
`OXOX` Signature: V4f
`OXOY` Signature: V4f
`OXOZ` Signature: V4f
`OXP` Signature: V3f
`OXPI` Signature: V4f
`OXPN` Signature: V4f
`OXPO` Signature: V4f
`OXPP` Signature: V4f
`OXPX` Signature: V4f
`OXPY` Signature: V4f
`OXPZ` Signature: V4f
`OXX` Signature: V3f
`OXXI` Signature: V4f
`OXXN` Signature: V4f
`OXXO` Signature: V4f
`OXXP` Signature: V4f
`OXXX` Signature: V4f
`OXXY` Signature: V4f
`OXXZ` Signature: V4f
`OXY` Signature: V3f
`OXYI` Signature: V4f
`OXYN` Signature: V4f
`OXYO` Signature: V4f
`OXYP` Signature: V4f
`OXYX` Signature: V4f
`OXYY` Signature: V4f
`OXYZ` Signature: V4f
`OXZ` Signature: V3f
`OXZI` Signature: V4f
`OXZN` Signature: V4f
`OXZO` Signature: V4f
`OXZP` Signature: V4f
`OXZX` Signature: V4f
`OXZY` Signature: V4f
`OXZZ` Signature: V4f
`OY` Signature: V2f
`OYI` Signature: V3f
`OYII` Signature: V4f
`OYIN` Signature: V4f
`OYIO` Signature: V4f
`OYIP` Signature: V4f
`OYIX` Signature: V4f
`OYIY` Signature: V4f
`OYIZ` Signature: V4f
`OYN` Signature: V3f
`OYNI` Signature: V4f
`OYNN` Signature: V4f
`OYNO` Signature: V4f
`OYNP` Signature: V4f
`OYNX` Signature: V4f
`OYNY` Signature: V4f
`OYNZ` Signature: V4f
`OYO` Signature: V3f
`OYOI` Signature: V4f
`OYON` Signature: V4f
`OYOO` Signature: V4f
`OYOP` Signature: V4f
`OYOX` Signature: V4f
`OYOY` Signature: V4f
`OYOZ` Signature: V4f
`OYP` Signature: V3f
`OYPI` Signature: V4f
`OYPN` Signature: V4f
`OYPO` Signature: V4f
`OYPP` Signature: V4f
`OYPX` Signature: V4f
`OYPY` Signature: V4f
`OYPZ` Signature: V4f
`OYX` Signature: V3f
`OYXI` Signature: V4f
`OYXN` Signature: V4f
`OYXO` Signature: V4f
`OYXP` Signature: V4f
`OYXX` Signature: V4f
`OYXY` Signature: V4f
`OYXZ` Signature: V4f
`OYY` Signature: V3f
`OYYI` Signature: V4f
`OYYN` Signature: V4f
`OYYO` Signature: V4f
`OYYP` Signature: V4f
`OYYX` Signature: V4f
`OYYY` Signature: V4f
`OYYZ` Signature: V4f
`OYZ` Signature: V3f
`OYZI` Signature: V4f
`OYZN` Signature: V4f
`OYZO` Signature: V4f
`OYZP` Signature: V4f
`OYZX` Signature: V4f
`OYZY` Signature: V4f
`OYZZ` Signature: V4f
`OZ` Signature: V2f
`OZI` Signature: V3f
`OZII` Signature: V4f
`OZIN` Signature: V4f
`OZIO` Signature: V4f
`OZIP` Signature: V4f
`OZIX` Signature: V4f
`OZIY` Signature: V4f
`OZIZ` Signature: V4f
`OZN` Signature: V3f
`OZNI` Signature: V4f
`OZNN` Signature: V4f
`OZNO` Signature: V4f
`OZNP` Signature: V4f
`OZNX` Signature: V4f
`OZNY` Signature: V4f
`OZNZ` Signature: V4f
`OZO` Signature: V3f
`OZOI` Signature: V4f
`OZON` Signature: V4f
`OZOO` Signature: V4f
`OZOP` Signature: V4f
`OZOX` Signature: V4f
`OZOY` Signature: V4f
`OZOZ` Signature: V4f
`OZP` Signature: V3f
`OZPI` Signature: V4f
`OZPN` Signature: V4f
`OZPO` Signature: V4f
`OZPP` Signature: V4f
`OZPX` Signature: V4f
`OZPY` Signature: V4f
`OZPZ` Signature: V4f
`OZX` Signature: V3f
`OZXI` Signature: V4f
`OZXN` Signature: V4f
`OZXO` Signature: V4f
`OZXP` Signature: V4f
`OZXX` Signature: V4f
`OZXY` Signature: V4f
`OZXZ` Signature: V4f
`OZY` Signature: V3f
`OZYI` Signature: V4f
`OZYN` Signature: V4f
`OZYO` Signature: V4f
`OZYP` Signature: V4f
`OZYX` Signature: V4f
`OZYY` Signature: V4f
`OZYZ` Signature: V4f
`OZZ` Signature: V3f
`OZZI` Signature: V4f
`OZZN` Signature: V4f
`OZZO` Signature: V4f
`OZZP` Signature: V4f
`OZZX` Signature: V4f
`OZZY` Signature: V4f
`OZZZ` Signature: V4f
`P_X()` Signature: unit -> unit	Property for the field X. Useful when properties are required, but the field X is recommended for general use.
`P_Y()` Signature: unit -> unit	Property for the field Y. Useful when properties are required, but the field Y is recommended for general use.
`P_Z()` Signature: unit -> unit	Property for the field Z. Useful when properties are required, but the field Z is recommended for general use.
`PIIX` Signature: V4f
`PIIY` Signature: V4f
`PIIZ` Signature: V4f
`PINX` Signature: V4f
`PINY` Signature: V4f
`PINZ` Signature: V4f
`PIOX` Signature: V4f
`PIOY` Signature: V4f
`PIOZ` Signature: V4f
`PIPX` Signature: V4f
`PIPY` Signature: V4f
`PIPZ` Signature: V4f
`PIX` Signature: V3f
`PIXI` Signature: V4f
`PIXN` Signature: V4f
`PIXO` Signature: V4f
`PIXP` Signature: V4f
`PIXX` Signature: V4f
`PIXY` Signature: V4f
`PIXZ` Signature: V4f
`PIY` Signature: V3f
`PIYI` Signature: V4f
`PIYN` Signature: V4f
`PIYO` Signature: V4f
`PIYP` Signature: V4f
`PIYX` Signature: V4f
`PIYY` Signature: V4f
`PIYZ` Signature: V4f
`PIZ` Signature: V3f
`PIZI` Signature: V4f
`PIZN` Signature: V4f
`PIZO` Signature: V4f
`PIZP` Signature: V4f
`PIZX` Signature: V4f
`PIZY` Signature: V4f
`PIZZ` Signature: V4f
`PNIX` Signature: V4f
`PNIY` Signature: V4f
`PNIZ` Signature: V4f
`PNNX` Signature: V4f
`PNNY` Signature: V4f
`PNNZ` Signature: V4f
`PNOX` Signature: V4f
`PNOY` Signature: V4f
`PNOZ` Signature: V4f
`PNPX` Signature: V4f
`PNPY` Signature: V4f
`PNPZ` Signature: V4f
`PNX` Signature: V3f
`PNXI` Signature: V4f
`PNXN` Signature: V4f
`PNXO` Signature: V4f
`PNXP` Signature: V4f
`PNXX` Signature: V4f
`PNXY` Signature: V4f
`PNXZ` Signature: V4f
`PNY` Signature: V3f
`PNYI` Signature: V4f
`PNYN` Signature: V4f
`PNYO` Signature: V4f
`PNYP` Signature: V4f
`PNYX` Signature: V4f
`PNYY` Signature: V4f
`PNYZ` Signature: V4f
`PNZ` Signature: V3f
`PNZI` Signature: V4f
`PNZN` Signature: V4f
`PNZO` Signature: V4f
`PNZP` Signature: V4f
`PNZX` Signature: V4f
`PNZY` Signature: V4f
`PNZZ` Signature: V4f
`POIX` Signature: V4f
`POIY` Signature: V4f
`POIZ` Signature: V4f
`PONX` Signature: V4f
`PONY` Signature: V4f
`PONZ` Signature: V4f
`POOX` Signature: V4f
`POOY` Signature: V4f
`POOZ` Signature: V4f
`POPX` Signature: V4f
`POPY` Signature: V4f
`POPZ` Signature: V4f
`POX` Signature: V3f
`POXI` Signature: V4f
`POXN` Signature: V4f
`POXO` Signature: V4f
`POXP` Signature: V4f
`POXX` Signature: V4f
`POXY` Signature: V4f
`POXZ` Signature: V4f
`POY` Signature: V3f
`POYI` Signature: V4f
`POYN` Signature: V4f
`POYO` Signature: V4f
`POYP` Signature: V4f
`POYX` Signature: V4f
`POYY` Signature: V4f
`POYZ` Signature: V4f
`POZ` Signature: V3f
`POZI` Signature: V4f
`POZN` Signature: V4f
`POZO` Signature: V4f
`POZP` Signature: V4f
`POZX` Signature: V4f
`POZY` Signature: V4f
`POZZ` Signature: V4f
`PPIX` Signature: V4f
`PPIY` Signature: V4f
`PPIZ` Signature: V4f
`PPNX` Signature: V4f
`PPNY` Signature: V4f
`PPNZ` Signature: V4f
`PPOX` Signature: V4f
`PPOY` Signature: V4f
`PPOZ` Signature: V4f
`PPPX` Signature: V4f
`PPPY` Signature: V4f
`PPPZ` Signature: V4f
`PPX` Signature: V3f
`PPXI` Signature: V4f
`PPXN` Signature: V4f
`PPXO` Signature: V4f
`PPXP` Signature: V4f
`PPXX` Signature: V4f
`PPXY` Signature: V4f
`PPXZ` Signature: V4f
`PPY` Signature: V3f
`PPYI` Signature: V4f
`PPYN` Signature: V4f
`PPYO` Signature: V4f
`PPYP` Signature: V4f
`PPYX` Signature: V4f
`PPYY` Signature: V4f
`PPYZ` Signature: V4f
`PPZ` Signature: V3f
`PPZI` Signature: V4f
`PPZN` Signature: V4f
`PPZO` Signature: V4f
`PPZP` Signature: V4f
`PPZX` Signature: V4f
`PPZY` Signature: V4f
`PPZZ` Signature: V4f
`PX` Signature: V2f
`PXI` Signature: V3f
`PXII` Signature: V4f
`PXIN` Signature: V4f
`PXIO` Signature: V4f
`PXIP` Signature: V4f
`PXIX` Signature: V4f
`PXIY` Signature: V4f
`PXIZ` Signature: V4f
`PXN` Signature: V3f
`PXNI` Signature: V4f
`PXNN` Signature: V4f
`PXNO` Signature: V4f
`PXNP` Signature: V4f
`PXNX` Signature: V4f
`PXNY` Signature: V4f
`PXNZ` Signature: V4f
`PXO` Signature: V3f
`PXOI` Signature: V4f
`PXON` Signature: V4f
`PXOO` Signature: V4f
`PXOP` Signature: V4f
`PXOX` Signature: V4f
`PXOY` Signature: V4f
`PXOZ` Signature: V4f
`PXP` Signature: V3f
`PXPI` Signature: V4f
`PXPN` Signature: V4f
`PXPO` Signature: V4f
`PXPP` Signature: V4f
`PXPX` Signature: V4f
`PXPY` Signature: V4f
`PXPZ` Signature: V4f
`PXX` Signature: V3f
`PXXI` Signature: V4f
`PXXN` Signature: V4f
`PXXO` Signature: V4f
`PXXP` Signature: V4f
`PXXX` Signature: V4f
`PXXY` Signature: V4f
`PXXZ` Signature: V4f
`PXY` Signature: V3f
`PXYI` Signature: V4f
`PXYN` Signature: V4f
`PXYO` Signature: V4f
`PXYP` Signature: V4f
`PXYX` Signature: V4f
`PXYY` Signature: V4f
`PXYZ` Signature: V4f
`PXZ` Signature: V3f
`PXZI` Signature: V4f
`PXZN` Signature: V4f
`PXZO` Signature: V4f
`PXZP` Signature: V4f
`PXZX` Signature: V4f
`PXZY` Signature: V4f
`PXZZ` Signature: V4f
`PY` Signature: V2f
`PYI` Signature: V3f
`PYII` Signature: V4f
`PYIN` Signature: V4f
`PYIO` Signature: V4f
`PYIP` Signature: V4f
`PYIX` Signature: V4f
`PYIY` Signature: V4f
`PYIZ` Signature: V4f
`PYN` Signature: V3f
`PYNI` Signature: V4f
`PYNN` Signature: V4f
`PYNO` Signature: V4f
`PYNP` Signature: V4f
`PYNX` Signature: V4f
`PYNY` Signature: V4f
`PYNZ` Signature: V4f
`PYO` Signature: V3f
`PYOI` Signature: V4f
`PYON` Signature: V4f
`PYOO` Signature: V4f
`PYOP` Signature: V4f
`PYOX` Signature: V4f
`PYOY` Signature: V4f
`PYOZ` Signature: V4f
`PYP` Signature: V3f
`PYPI` Signature: V4f
`PYPN` Signature: V4f
`PYPO` Signature: V4f
`PYPP` Signature: V4f
`PYPX` Signature: V4f
`PYPY` Signature: V4f
`PYPZ` Signature: V4f
`PYX` Signature: V3f
`PYXI` Signature: V4f
`PYXN` Signature: V4f
`PYXO` Signature: V4f
`PYXP` Signature: V4f
`PYXX` Signature: V4f
`PYXY` Signature: V4f
`PYXZ` Signature: V4f
`PYY` Signature: V3f
`PYYI` Signature: V4f
`PYYN` Signature: V4f
`PYYO` Signature: V4f
`PYYP` Signature: V4f
`PYYX` Signature: V4f
`PYYY` Signature: V4f
`PYYZ` Signature: V4f
`PYZ` Signature: V3f
`PYZI` Signature: V4f
`PYZN` Signature: V4f
`PYZO` Signature: V4f
`PYZP` Signature: V4f
`PYZX` Signature: V4f
`PYZY` Signature: V4f
`PYZZ` Signature: V4f
`PZ` Signature: V2f
`PZI` Signature: V3f
`PZII` Signature: V4f
`PZIN` Signature: V4f
`PZIO` Signature: V4f
`PZIP` Signature: V4f
`PZIX` Signature: V4f
`PZIY` Signature: V4f
`PZIZ` Signature: V4f
`PZN` Signature: V3f
`PZNI` Signature: V4f
`PZNN` Signature: V4f
`PZNO` Signature: V4f
`PZNP` Signature: V4f
`PZNX` Signature: V4f
`PZNY` Signature: V4f
`PZNZ` Signature: V4f
`PZO` Signature: V3f
`PZOI` Signature: V4f
`PZON` Signature: V4f
`PZOO` Signature: V4f
`PZOP` Signature: V4f
`PZOX` Signature: V4f
`PZOY` Signature: V4f
`PZOZ` Signature: V4f
`PZP` Signature: V3f
`PZPI` Signature: V4f
`PZPN` Signature: V4f
`PZPO` Signature: V4f
`PZPP` Signature: V4f
`PZPX` Signature: V4f
`PZPY` Signature: V4f
`PZPZ` Signature: V4f
`PZX` Signature: V3f
`PZXI` Signature: V4f
`PZXN` Signature: V4f
`PZXO` Signature: V4f
`PZXP` Signature: V4f
`PZXX` Signature: V4f
`PZXY` Signature: V4f
`PZXZ` Signature: V4f
`PZY` Signature: V3f
`PZYI` Signature: V4f
`PZYN` Signature: V4f
`PZYO` Signature: V4f
`PZYP` Signature: V4f
`PZYX` Signature: V4f
`PZYY` Signature: V4f
`PZYZ` Signature: V4f
`PZZ` Signature: V3f
`PZZI` Signature: V4f
`PZZN` Signature: V4f
`PZZO` Signature: V4f
`PZZP` Signature: V4f
`PZZX` Signature: V4f
`PZZY` Signature: V4f
`PZZZ` Signature: V4f
`Reciprocal` Signature: V3f	Gets a copy of this vector containing the reciprocal (1/x) of each element.
`Reflected(normal)` Signature: normal:V3f -> V3f
`Round()` Signature: unit -> V3f	Returns a copy of this vector, with each element rounded to the nearest integer.
`Round(mode)` Signature: mode:MidpointRounding -> V3f	Returns a copy of this vector, with each element rounded to the nearest integer.
`Round(digits)` Signature: digits:int -> V3f	Returns a copy of this vector, with each element rounded to the nearest integer to the given number of fractional digits.
`Round(digits, mode)` Signature: (digits:int * mode:MidpointRounding) -> V3f	Returns a copy of this vector, with each element rounded to the nearest integer to the given number of fractional digits.
`Set(x, y, z)` Signature: (x:int * y:int * z:int) -> unit	Sets the elements of a vector to the given int elements.
`Set(x, y, z)` Signature: (x:int64 * y:int64 * z:int64) -> unit	Sets the elements of a vector to the given long elements.
`Set(x, y, z)` Signature: (x:float32 * y:float32 * z:float32) -> unit	Sets the elements of a vector to the given float elements.
`Set(x, y, z)` Signature: (x:float * y:float * z:float) -> unit	Sets the elements of a vector to the given double elements.
`SetValue(value, index)` Signature: (value:obj * index:int64) -> unit Modifiers: abstract
`Size3d` Signature: V3d Modifiers: abstract
`ToArray()` Signature: unit -> float32 []
`ToC3d()` Signature: unit -> C3d
`ToC3f()` Signature: unit -> C3f
`ToC4d()` Signature: unit -> C4d
`ToC4f()` Signature: unit -> C4f
`ToCeilingV3i()` Signature: unit -> V3i
`ToFloorV3i()` Signature: unit -> V3i
`ToString()` Signature: unit -> string Modifiers: abstract
`ToString(format)` Signature: format:string -> string
`ToString(format, fp)` Signature: (format:string * fp:IFormatProvider) -> string Modifiers: abstract
`ToString(...)` Signature: (format:string * fp:IFormatProvider * begin:string * between:string * end:string) -> string	Outputs e.g. a 3D-Vector in the form "(begin)x(between)y(between)z(end)".
`ToText(bracketLevel)` Signature: bracketLevel:int -> Text
`ToV2dInhomo()` Signature: unit -> V2d	Creates the inhomogenized Version by dividing the first elements by the last element.
`ToV2fInhomo()` Signature: unit -> V2f	Creates the inhomogenized Version by dividing the first elements by the last element.
`ToV2iInhomo()` Signature: unit -> V2i	Creates the inhomogenized Version by dividing the first elements by the last element.
`ToV2lInhomo()` Signature: unit -> V2l	Creates the inhomogenized Version by dividing the first elements by the last element.
`ToV3d()` Signature: unit -> V3d
`ToV3i()` Signature: unit -> V3i
`ToV3l()` Signature: unit -> V3l
`ToV4dHomo()` Signature: unit -> V4d	Creates the homogenized Version by adding an additional element 1.
`ToV4fHomo()` Signature: unit -> V4f	Creates the homogenized Version by adding an additional element 1.
`ToV4iHomo()` Signature: unit -> V4i	Creates the homogenized Version by adding an additional element 1.
`ToV4lHomo()` Signature: unit -> V4l	Creates the homogenized Version by adding an additional element 1.
`XI` Signature: V2f
`XII` Signature: V3f
`XIII` Signature: V4f
`XIIN` Signature: V4f
`XIIO` Signature: V4f
`XIIP` Signature: V4f
`XIIX` Signature: V4f
`XIIY` Signature: V4f
`XIIZ` Signature: V4f
`XIN` Signature: V3f
`XINI` Signature: V4f
`XINN` Signature: V4f
`XINO` Signature: V4f
`XINP` Signature: V4f
`XINX` Signature: V4f
`XINY` Signature: V4f
`XINZ` Signature: V4f
`XIO` Signature: V3f
`XIOI` Signature: V4f
`XION` Signature: V4f
`XIOO` Signature: V4f
`XIOP` Signature: V4f
`XIOX` Signature: V4f
`XIOY` Signature: V4f
`XIOZ` Signature: V4f
`XIP` Signature: V3f
`XIPI` Signature: V4f
`XIPN` Signature: V4f
`XIPO` Signature: V4f
`XIPP` Signature: V4f
`XIPX` Signature: V4f
`XIPY` Signature: V4f
`XIPZ` Signature: V4f
`XIX` Signature: V3f
`XIXI` Signature: V4f
`XIXN` Signature: V4f
`XIXO` Signature: V4f
`XIXP` Signature: V4f
`XIXX` Signature: V4f
`XIXY` Signature: V4f
`XIXZ` Signature: V4f
`XIY` Signature: V3f
`XIYI` Signature: V4f
`XIYN` Signature: V4f
`XIYO` Signature: V4f
`XIYP` Signature: V4f
`XIYX` Signature: V4f
`XIYY` Signature: V4f
`XIYZ` Signature: V4f
`XIZ` Signature: V3f
`XIZI` Signature: V4f
`XIZN` Signature: V4f
`XIZO` Signature: V4f
`XIZP` Signature: V4f
`XIZX` Signature: V4f
`XIZY` Signature: V4f
`XIZZ` Signature: V4f
`XN` Signature: V2f
`XNI` Signature: V3f
`XNII` Signature: V4f
`XNIN` Signature: V4f
`XNIO` Signature: V4f
`XNIP` Signature: V4f
`XNIX` Signature: V4f
`XNIY` Signature: V4f
`XNIZ` Signature: V4f
`XNN` Signature: V3f
`XNNI` Signature: V4f
`XNNN` Signature: V4f
`XNNO` Signature: V4f
`XNNP` Signature: V4f
`XNNX` Signature: V4f
`XNNY` Signature: V4f
`XNNZ` Signature: V4f
`XNO` Signature: V3f
`XNOI` Signature: V4f
`XNON` Signature: V4f
`XNOO` Signature: V4f
`XNOP` Signature: V4f
`XNOX` Signature: V4f
`XNOY` Signature: V4f
`XNOZ` Signature: V4f
`XNP` Signature: V3f
`XNPI` Signature: V4f
`XNPN` Signature: V4f
`XNPO` Signature: V4f
`XNPP` Signature: V4f
`XNPX` Signature: V4f
`XNPY` Signature: V4f
`XNPZ` Signature: V4f
`XNX` Signature: V3f
`XNXI` Signature: V4f
`XNXN` Signature: V4f
`XNXO` Signature: V4f
`XNXP` Signature: V4f
`XNXX` Signature: V4f
`XNXY` Signature: V4f
`XNXZ` Signature: V4f
`XNY` Signature: V3f
`XNYI` Signature: V4f
`XNYN` Signature: V4f
`XNYO` Signature: V4f
`XNYP` Signature: V4f
`XNYX` Signature: V4f
`XNYY` Signature: V4f
`XNYZ` Signature: V4f
`XNZ` Signature: V3f
`XNZI` Signature: V4f
`XNZN` Signature: V4f
`XNZO` Signature: V4f
`XNZP` Signature: V4f
`XNZX` Signature: V4f
`XNZY` Signature: V4f
`XNZZ` Signature: V4f
`XO` Signature: V2f
`XOI` Signature: V3f
`XOII` Signature: V4f
`XOIN` Signature: V4f
`XOIO` Signature: V4f
`XOIP` Signature: V4f
`XOIX` Signature: V4f
`XOIY` Signature: V4f
`XOIZ` Signature: V4f
`XON` Signature: V3f
`XONI` Signature: V4f
`XONN` Signature: V4f
`XONO` Signature: V4f
`XONP` Signature: V4f
`XONX` Signature: V4f
`XONY` Signature: V4f
`XONZ` Signature: V4f
`XOO` Signature: V3f
`XOOI` Signature: V4f
`XOON` Signature: V4f
`XOOO` Signature: V4f
`XOOP` Signature: V4f
`XOOX` Signature: V4f
`XOOY` Signature: V4f
`XOOZ` Signature: V4f
`XOP` Signature: V3f
`XOPI` Signature: V4f
`XOPN` Signature: V4f
`XOPO` Signature: V4f
`XOPP` Signature: V4f
`XOPX` Signature: V4f
`XOPY` Signature: V4f
`XOPZ` Signature: V4f
`XOX` Signature: V3f
`XOXI` Signature: V4f
`XOXN` Signature: V4f
`XOXO` Signature: V4f
`XOXP` Signature: V4f
`XOXX` Signature: V4f
`XOXY` Signature: V4f
`XOXZ` Signature: V4f
`XOY` Signature: V3f
`XOYI` Signature: V4f
`XOYN` Signature: V4f
`XOYO` Signature: V4f
`XOYP` Signature: V4f
`XOYX` Signature: V4f
`XOYY` Signature: V4f
`XOYZ` Signature: V4f
`XOZ` Signature: V3f
`XOZI` Signature: V4f
`XOZN` Signature: V4f
`XOZO` Signature: V4f
`XOZP` Signature: V4f
`XOZX` Signature: V4f
`XOZY` Signature: V4f
`XOZZ` Signature: V4f
`XP` Signature: V2f
`XPI` Signature: V3f
`XPII` Signature: V4f
`XPIN` Signature: V4f
`XPIO` Signature: V4f
`XPIP` Signature: V4f
`XPIX` Signature: V4f
`XPIY` Signature: V4f
`XPIZ` Signature: V4f
`XPN` Signature: V3f
`XPNI` Signature: V4f
`XPNN` Signature: V4f
`XPNO` Signature: V4f
`XPNP` Signature: V4f
`XPNX` Signature: V4f
`XPNY` Signature: V4f
`XPNZ` Signature: V4f
`XPO` Signature: V3f
`XPOI` Signature: V4f
`XPON` Signature: V4f
`XPOO` Signature: V4f
`XPOP` Signature: V4f
`XPOX` Signature: V4f
`XPOY` Signature: V4f
`XPOZ` Signature: V4f
`XPP` Signature: V3f
`XPPI` Signature: V4f
`XPPN` Signature: V4f
`XPPO` Signature: V4f
`XPPP` Signature: V4f
`XPPX` Signature: V4f
`XPPY` Signature: V4f
`XPPZ` Signature: V4f
`XPX` Signature: V3f
`XPXI` Signature: V4f
`XPXN` Signature: V4f
`XPXO` Signature: V4f
`XPXP` Signature: V4f
`XPXX` Signature: V4f
`XPXY` Signature: V4f
`XPXZ` Signature: V4f
`XPY` Signature: V3f
`XPYI` Signature: V4f
`XPYN` Signature: V4f
`XPYO` Signature: V4f
`XPYP` Signature: V4f
`XPYX` Signature: V4f
`XPYY` Signature: V4f
`XPYZ` Signature: V4f
`XPZ` Signature: V3f
`XPZI` Signature: V4f
`XPZN` Signature: V4f
`XPZO` Signature: V4f
`XPZP` Signature: V4f
`XPZX` Signature: V4f
`XPZY` Signature: V4f
`XPZZ` Signature: V4f
`XX` Signature: V2f
`XXI` Signature: V3f
`XXII` Signature: V4f
`XXIN` Signature: V4f
`XXIO` Signature: V4f
`XXIP` Signature: V4f
`XXIX` Signature: V4f
`XXIY` Signature: V4f
`XXIZ` Signature: V4f
`XXN` Signature: V3f
`XXNI` Signature: V4f
`XXNN` Signature: V4f
`XXNO` Signature: V4f
`XXNP` Signature: V4f
`XXNX` Signature: V4f
`XXNY` Signature: V4f
`XXNZ` Signature: V4f
`XXO` Signature: V3f
`XXOI` Signature: V4f
`XXON` Signature: V4f
`XXOO` Signature: V4f
`XXOP` Signature: V4f
`XXOX` Signature: V4f
`XXOY` Signature: V4f
`XXOZ` Signature: V4f
`XXP` Signature: V3f
`XXPI` Signature: V4f
`XXPN` Signature: V4f
`XXPO` Signature: V4f
`XXPP` Signature: V4f
`XXPX` Signature: V4f
`XXPY` Signature: V4f
`XXPZ` Signature: V4f
`XXX` Signature: V3f
`XXXI` Signature: V4f
`XXXN` Signature: V4f
`XXXO` Signature: V4f
`XXXP` Signature: V4f
`XXXX` Signature: V4f
`XXXY` Signature: V4f
`XXXZ` Signature: V4f
`XXY` Signature: V3f
`XXYI` Signature: V4f
`XXYN` Signature: V4f
`XXYO` Signature: V4f
`XXYP` Signature: V4f
`XXYX` Signature: V4f
`XXYY` Signature: V4f
`XXYZ` Signature: V4f
`XXZ` Signature: V3f
`XXZI` Signature: V4f
`XXZN` Signature: V4f
`XXZO` Signature: V4f
`XXZP` Signature: V4f
`XXZX` Signature: V4f
`XXZY` Signature: V4f
`XXZZ` Signature: V4f
`XY` Signature: V2f
`XYI` Signature: V3f
`XYII` Signature: V4f
`XYIN` Signature: V4f
`XYIO` Signature: V4f
`XYIP` Signature: V4f
`XYIX` Signature: V4f
`XYIY` Signature: V4f
`XYIZ` Signature: V4f
`XYN` Signature: V3f
`XYNI` Signature: V4f
`XYNN` Signature: V4f
`XYNO` Signature: V4f
`XYNP` Signature: V4f
`XYNX` Signature: V4f
`XYNY` Signature: V4f
`XYNZ` Signature: V4f
`XYO` Signature: V3f
`XYOI` Signature: V4f
`XYON` Signature: V4f
`XYOO` Signature: V4f
`XYOP` Signature: V4f
`XYOX` Signature: V4f
`XYOY` Signature: V4f
`XYOZ` Signature: V4f
`XYP` Signature: V3f
`XYPI` Signature: V4f
`XYPN` Signature: V4f
`XYPO` Signature: V4f
`XYPP` Signature: V4f
`XYPX` Signature: V4f
`XYPY` Signature: V4f
`XYPZ` Signature: V4f
`XYX` Signature: V3f
`XYXI` Signature: V4f
`XYXN` Signature: V4f
`XYXO` Signature: V4f
`XYXP` Signature: V4f
`XYXX` Signature: V4f
`XYXY` Signature: V4f
`XYXZ` Signature: V4f
`XYY` Signature: V3f
`XYYI` Signature: V4f
`XYYN` Signature: V4f
`XYYO` Signature: V4f
`XYYP` Signature: V4f
`XYYX` Signature: V4f
`XYYY` Signature: V4f
`XYYZ` Signature: V4f
`XYZ` Signature: V3f
`XYZI` Signature: V4f
`XYZN` Signature: V4f
`XYZO` Signature: V4f
`XYZP` Signature: V4f
`XYZX` Signature: V4f
`XYZY` Signature: V4f
`XYZZ` Signature: V4f
`XZ` Signature: V2f
`XZI` Signature: V3f
`XZII` Signature: V4f
`XZIN` Signature: V4f
`XZIO` Signature: V4f
`XZIP` Signature: V4f
`XZIX` Signature: V4f
`XZIY` Signature: V4f
`XZIZ` Signature: V4f
`XZN` Signature: V3f
`XZNI` Signature: V4f
`XZNN` Signature: V4f
`XZNO` Signature: V4f
`XZNP` Signature: V4f
`XZNX` Signature: V4f
`XZNY` Signature: V4f
`XZNZ` Signature: V4f
`XZO` Signature: V3f
`XZOI` Signature: V4f
`XZON` Signature: V4f
`XZOO` Signature: V4f
`XZOP` Signature: V4f
`XZOX` Signature: V4f
`XZOY` Signature: V4f
`XZOZ` Signature: V4f
`XZP` Signature: V3f
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`YYPZ` Signature: V4f
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`YZ` Signature: V2f
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`ZION` Signature: V4f
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`ZO` Signature: V2f
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`ZXX` Signature: V3f
`ZXXI` Signature: V4f
`ZXXN` Signature: V4f
`ZXXO` Signature: V4f
`ZXXP` Signature: V4f
`ZXXX` Signature: V4f
`ZXXY` Signature: V4f
`ZXXZ` Signature: V4f
`ZXY` Signature: V3f
`ZXYI` Signature: V4f
`ZXYN` Signature: V4f
`ZXYO` Signature: V4f
`ZXYP` Signature: V4f
`ZXYX` Signature: V4f
`ZXYY` Signature: V4f
`ZXYZ` Signature: V4f
`ZXZ` Signature: V3f
`ZXZI` Signature: V4f
`ZXZN` Signature: V4f
`ZXZO` Signature: V4f
`ZXZP` Signature: V4f
`ZXZX` Signature: V4f
`ZXZY` Signature: V4f
`ZXZZ` Signature: V4f
`ZY` Signature: V2f
`ZYI` Signature: V3f
`ZYII` Signature: V4f
`ZYIN` Signature: V4f
`ZYIO` Signature: V4f
`ZYIP` Signature: V4f
`ZYIX` Signature: V4f
`ZYIY` Signature: V4f
`ZYIZ` Signature: V4f
`ZYN` Signature: V3f
`ZYNI` Signature: V4f
`ZYNN` Signature: V4f
`ZYNO` Signature: V4f
`ZYNP` Signature: V4f
`ZYNX` Signature: V4f
`ZYNY` Signature: V4f
`ZYNZ` Signature: V4f
`ZYO` Signature: V3f
`ZYOI` Signature: V4f
`ZYON` Signature: V4f
`ZYOO` Signature: V4f
`ZYOP` Signature: V4f
`ZYOX` Signature: V4f
`ZYOY` Signature: V4f
`ZYOZ` Signature: V4f
`ZYP` Signature: V3f
`ZYPI` Signature: V4f
`ZYPN` Signature: V4f
`ZYPO` Signature: V4f
`ZYPP` Signature: V4f
`ZYPX` Signature: V4f
`ZYPY` Signature: V4f
`ZYPZ` Signature: V4f
`ZYX` Signature: V3f
`ZYXI` Signature: V4f
`ZYXN` Signature: V4f
`ZYXO` Signature: V4f
`ZYXP` Signature: V4f
`ZYXX` Signature: V4f
`ZYXY` Signature: V4f
`ZYXZ` Signature: V4f
`ZYY` Signature: V3f
`ZYYI` Signature: V4f
`ZYYN` Signature: V4f
`ZYYO` Signature: V4f
`ZYYP` Signature: V4f
`ZYYX` Signature: V4f
`ZYYY` Signature: V4f
`ZYYZ` Signature: V4f
`ZYZ` Signature: V3f
`ZYZI` Signature: V4f
`ZYZN` Signature: V4f
`ZYZO` Signature: V4f
`ZYZP` Signature: V4f
`ZYZX` Signature: V4f
`ZYZY` Signature: V4f
`ZYZZ` Signature: V4f
`ZZ` Signature: V2f
`ZZI` Signature: V3f
`ZZII` Signature: V4f
`ZZIN` Signature: V4f
`ZZIO` Signature: V4f
`ZZIP` Signature: V4f
`ZZIX` Signature: V4f
`ZZIY` Signature: V4f
`ZZIZ` Signature: V4f
`ZZN` Signature: V3f
`ZZNI` Signature: V4f
`ZZNN` Signature: V4f
`ZZNO` Signature: V4f
`ZZNP` Signature: V4f
`ZZNX` Signature: V4f
`ZZNY` Signature: V4f
`ZZNZ` Signature: V4f
`ZZO` Signature: V3f
`ZZOI` Signature: V4f
`ZZON` Signature: V4f
`ZZOO` Signature: V4f
`ZZOP` Signature: V4f
`ZZOX` Signature: V4f
`ZZOY` Signature: V4f
`ZZOZ` Signature: V4f
`ZZP` Signature: V3f
`ZZPI` Signature: V4f
`ZZPN` Signature: V4f
`ZZPO` Signature: V4f
`ZZPP` Signature: V4f
`ZZPX` Signature: V4f
`ZZPY` Signature: V4f
`ZZPZ` Signature: V4f
`ZZX` Signature: V3f
`ZZXI` Signature: V4f
`ZZXN` Signature: V4f
`ZZXO` Signature: V4f
`ZZXP` Signature: V4f
`ZZXX` Signature: V4f
`ZZXY` Signature: V4f
`ZZXZ` Signature: V4f
`ZZY` Signature: V3f
`ZZYI` Signature: V4f
`ZZYN` Signature: V4f
`ZZYO` Signature: V4f
`ZZYP` Signature: V4f
`ZZYX` Signature: V4f
`ZZYY` Signature: V4f
`ZZYZ` Signature: V4f
`ZZZ` Signature: V3f
`ZZZI` Signature: V4f
`ZZZN` Signature: V4f
`ZZZO` Signature: V4f
`ZZZP` Signature: V4f
`ZZZX` Signature: V4f
`ZZZY` Signature: V4f
`ZZZZ` Signature: V4f

Static members

Static member	Description
`Add(a, b)` Signature: (a:V3f * b:V3f) -> V3f	Returns component-wise sum of two vectors.
`Add(v, s)` Signature: (v:V3f * s:float32) -> V3f	Returns component-wise sum of vector and scalar.
`Add(s, v)` Signature: (s:float32 * v:V3f) -> V3f	Returns component-wise sum of scalar and vector.
`AllDifferent(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether ALL elements of a are Different the corresponding element of b. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllDifferent(v, s)` Signature: (v:V3f * s:float32) -> bool	Returns whether ALL elements of v are Different s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllDifferent(s, v)` Signature: (s:float32 * v:V3f) -> bool	Returns whether a is Different ALL elements of v. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllEqual(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether ALL elements of a are Equal the corresponding element of b. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllEqual(v, s)` Signature: (v:V3f * s:float32) -> bool	Returns whether ALL elements of v are Equal s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllEqual(s, v)` Signature: (s:float32 * v:V3f) -> bool	Returns whether a is Equal ALL elements of v. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllGreater(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether ALL elements of a are Greater the corresponding element of b. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllGreater(v, s)` Signature: (v:V3f * s:float32) -> bool	Returns whether ALL elements of v are Greater s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllGreater(s, v)` Signature: (s:float32 * v:V3f) -> bool	Returns whether a is Greater ALL elements of v. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllGreaterOrEqual(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether ALL elements of a are GreaterOrEqual the corresponding element of b. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllGreaterOrEqual(v, s)` Signature: (v:V3f * s:float32) -> bool	Returns whether ALL elements of v are GreaterOrEqual s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllGreaterOrEqual(s, v)` Signature: (s:float32 * v:V3f) -> bool	Returns whether a is GreaterOrEqual ALL elements of v. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllSmaller(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether ALL elements of a are Smaller the corresponding element of b. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllSmaller(v, s)` Signature: (v:V3f * s:float32) -> bool	Returns whether ALL elements of v are Smaller s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllSmaller(s, v)` Signature: (s:float32 * v:V3f) -> bool	Returns whether a is Smaller ALL elements of v. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllSmallerOrEqual(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether ALL elements of a are SmallerOrEqual the corresponding element of b. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllSmallerOrEqual(v, s)` Signature: (v:V3f * s:float32) -> bool	Returns whether ALL elements of v are SmallerOrEqual s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AllSmallerOrEqual(s, v)` Signature: (s:float32 * v:V3f) -> bool	Returns whether a is SmallerOrEqual ALL elements of v. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyDifferent(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether AT LEAST ONE element of a is Different the corresponding element of b. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyDifferent(v, s)` Signature: (v:V3f * s:float32) -> bool	Returns whether AT LEAST ONE element of v is Different s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyDifferent(s, v)` Signature: (s:float32 * v:V3f) -> bool	Returns whether a is Different AT LEAST ONE element of v. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyEqual(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether AT LEAST ONE element of a is Equal the corresponding element of b. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyEqual(v, s)` Signature: (v:V3f * s:float32) -> bool	Returns whether AT LEAST ONE element of v is Equal s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyEqual(s, v)` Signature: (s:float32 * v:V3f) -> bool	Returns whether a is Equal AT LEAST ONE element of v. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyGreater(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether AT LEAST ONE element of a is Greater the corresponding element of b. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyGreater(v, s)` Signature: (v:V3f * s:float32) -> bool	Returns whether AT LEAST ONE element of v is Greater s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyGreater(s, v)` Signature: (s:float32 * v:V3f) -> bool	Returns whether a is Greater AT LEAST ONE element of v. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyGreaterOrEqual(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether AT LEAST ONE element of a is GreaterOrEqual the corresponding element of b. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyGreaterOrEqual(v, s)` Signature: (v:V3f * s:float32) -> bool	Returns whether AT LEAST ONE element of v is GreaterOrEqual s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnyGreaterOrEqual(s, v)` Signature: (s:float32 * v:V3f) -> bool	Returns whether a is GreaterOrEqual AT LEAST ONE element of v. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnySmaller(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether AT LEAST ONE element of a is Smaller the corresponding element of b. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnySmaller(v, s)` Signature: (v:V3f * s:float32) -> bool	Returns whether AT LEAST ONE element of v is Smaller s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnySmaller(s, v)` Signature: (s:float32 * v:V3f) -> bool	Returns whether a is Smaller AT LEAST ONE element of v. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnySmallerOrEqual(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether AT LEAST ONE element of a is SmallerOrEqual the corresponding element of b. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnySmallerOrEqual(v, s)` Signature: (v:V3f * s:float32) -> bool	Returns whether AT LEAST ONE element of v is SmallerOrEqual s. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`AnySmallerOrEqual(s, v)` Signature: (s:float32 * v:V3f) -> bool	Returns whether a is SmallerOrEqual AT LEAST ONE element of v. ATTENTION: For example (AllSmaller(a,b)) is not the same as !(AllGreaterOrEqual(a,b)) but !(AnyGreaterOrEqual(a,b)).
`ApproxEqual(a, b, tolerance)` Signature: (a:V3f * b:V3f * tolerance:float32) -> bool	Returns whether the given vectors are equal within the given tolerance.
`ApproxEqual(a, b)` Signature: (a:V3f * b:V3f) -> bool	Returns whether the given vectors are equal within Constant{float}.PositiveTinyValue.
`Cross(a, b)` Signature: (a:V3f * b:V3f) -> V3f	Returns the cross product of two vectors.
`Distance(a, b)` Signature: (a:V3f * b:V3f) -> float32	Returns the distance between the given points.
`Distance(a, b, p)` Signature: (a:V3f * b:V3f * p:float32) -> float32	Returns the p-distance between two vectors.
`Distance1(a, b)` Signature: (a:V3f * b:V3f) -> float32	Returns the Manhatten (or 1-) distance between two vectors.
`DistanceMax(a, b)` Signature: (a:V3f * b:V3f) -> float32	Returns the maximal absolute distance between the components of the two vectors.
`DistanceMin(a, b)` Signature: (a:V3f * b:V3f) -> float32	Returns the minimal absolute distance between the components of the two vectors.
`DistanceSquared(a, b)` Signature: (a:V3f * b:V3f) -> float	Returns the squared distance between the given points.
`Divide(a, b)` Signature: (a:V3f * b:V3f) -> V3f	Returns component-wise fraction of two vectors.
`Divide(v, s)` Signature: (v:V3f * s:float32) -> V3f	Returns component-wise fraction of vector and scalar.
`Divide(s, v)` Signature: (s:float32 * v:V3f) -> V3f	Returns component-wise fraction of scalar and vector.
`Dot(a, b)` Signature: (a:V3f * b:V3f) -> float32	Returns the dot product of two vectors.
`FromCubeFaceCode(i)` Signature: i:int -> V3f	Return the vector for the supplied cube face code. 0 ... -XAxis, 1 ... -YAxis, 2 ... -ZAsix, 3 ... XAxis, 4 ... YAxis, 5 ... ZAxis.
`LexicalCompare(v0, v1)` Signature: (v0:V3f * v1:V3f) -> int	Compare x-coordinate before y-coordinate, aso.
`Max(v0, v1)` Signature: (v0:V3f * v1:V3f) -> V3f	Returns the componentwise maximum vector.
`Min(v0, v1)` Signature: (v0:V3f * v1:V3f) -> V3f	Returns the componentwise minimum vector.
`Multiply(a, b)` Signature: (a:V3f * b:V3f) -> V3f	Returns component-wise product of two vectors.
`Multiply(v, s)` Signature: (v:V3f * s:float32) -> V3f	Returns component-wise product of vector and scalar.
`Multiply(s, v)` Signature: (s:float32 * v:V3f) -> V3f	Returns component-wise product of scalar and vector.
`Negate(v)` Signature: v:V3f -> V3f	Returns a negated copy of the specified vector.
`op_Addition(a, b)` Signature: (a:V3f * b:V3f) -> V3f	Returns component-wise sum of two vectors.
`op_Addition(v, s)` Signature: (v:V3f * s:float32) -> V3f	Returns component-wise sum of vector and scalar.
`op_Addition(s, v)` Signature: (s:float32 * v:V3f) -> V3f	Returns component-wise sum of scalar and vector.
`op_Division(a, b)` Signature: (a:V3f * b:V3f) -> V3f	Returns component-wise fraction of two vectors.
`op_Division(v, s)` Signature: (v:V3f * s:float32) -> V3f	Returns component-wise fraction of vector and scalar.
`op_Division(s, v)` Signature: (s:float32 * v:V3f) -> V3f	Returns component-wise fraction of scalar and vector.
`op_Equality(a, b)` Signature: (a:V3f * b:V3f) -> bool
`op_Equality(v, s)` Signature: (v:V3f * s:float32) -> bool
`op_Equality(s, v)` Signature: (s:float32 * v:V3f) -> bool
`op_Explicit(v)` Signature: v:V3i -> V3f
`op_Explicit(v)` Signature: v:V3f -> int []
`op_Explicit(v)` Signature: (v:int []) -> V3f
`op_Explicit(v)` Signature: v:V3l -> V3f
`op_Explicit(v)` Signature: v:V3f -> int64 []
`op_Explicit(v)` Signature: (v:int64 []) -> V3f
`op_Explicit(v)` Signature: v:V3f -> float32 []
`op_Explicit(v)` Signature: (v:float32 []) -> V3f
`op_Explicit(v)` Signature: v:V3d -> V3f
`op_Explicit(v)` Signature: v:V3f -> float []
`op_Explicit(v)` Signature: (v:float []) -> V3f
`op_Explicit(v)` Signature: v:V3f -> C3f
`op_Explicit(v)` Signature: v:V3f -> C3d
`op_Explicit(v)` Signature: v:V3f -> C4f
`op_Explicit(v)` Signature: v:V3f -> C4d
`op_Inequality(a, b)` Signature: (a:V3f * b:V3f) -> bool
`op_Inequality(v, s)` Signature: (v:V3f * s:float32) -> bool
`op_Inequality(s, v)` Signature: (s:float32 * v:V3f) -> bool
`op_Multiply(a, b)` Signature: (a:V3f * b:V3f) -> V3f	Returns component-wise product of two vectors.
`op_Multiply(v, s)` Signature: (v:V3f * s:float32) -> V3f	Returns component-wise product of vector and scalar.
`op_Multiply(s, v)` Signature: (s:float32 * v:V3f) -> V3f	Returns component-wise product of scalar and vector.
`op_Subtraction(a, b)` Signature: (a:V3f * b:V3f) -> V3f	Returns component-wise difference of two vectors.
`op_Subtraction(v, s)` Signature: (v:V3f * s:float32) -> V3f	Returns component-wise difference of vector and scalar.
`op_Subtraction(s, v)` Signature: (s:float32 * v:V3f) -> V3f	Returns component-wise difference of scalar and vector.
`op_UnaryNegation(v)` Signature: v:V3f -> V3f	Returns a negated copy of the specified vector.
`Parse(s)` Signature: s:string -> V3f
`Parse(t)` Signature: t:Text -> V3f
`Parse(t, bracketLevel)` Signature: (t:Text * bracketLevel:int) -> V3f
`Subtract(a, b)` Signature: (a:V3f * b:V3f) -> V3f	Returns component-wise difference of two vectors.
`Subtract(v, s)` Signature: (v:V3f * s:float32) -> V3f	Returns component-wise difference of vector and scalar.
`Subtract(s, v)` Signature: (s:float32 * v:V3f) -> V3f	Returns component-wise difference of scalar and vector.

Aardvark.Base

V3f

Constructors

Instance members

Static members