V2f
Constructors
| Constructor | Description |
new(x, y)
Signature: (x:int * y:int) -> unit
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Creates a new vector from given int elements. |
new(v)
Signature: v:int -> unit
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Creates a new vector by assigning the given int to all elements. |
new(a)
Signature: (a:int []) -> unit
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Creates a new vector from given array. |
new(a, start)
Signature: (a:int [] * start:int) -> unit
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Creates a new vector from given array, starting at specified index. |
new(x, y)
Signature: (x:int64 * y:int64) -> unit
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Creates a new vector from given long elements. |
new(v)
Signature: v:int64 -> unit
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Creates a new vector by assigning the given long to all elements. |
new(a)
Signature: (a:int64 []) -> unit
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Creates a new vector from given array. |
new(a, start)
Signature: (a:int64 [] * start:int) -> unit
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Creates a new vector from given array, starting at specified index. |
new(x, y)
Signature: (x:float32 * y:float32) -> unit
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Creates a new vector from given float elements. |
new(v)
Signature: v:float32 -> unit
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Creates a new vector by assigning the given float to all elements. |
new(a)
Signature: (a:float32 []) -> unit
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Creates a new vector from given array. |
new(a, start)
Signature: (a:float32 [] * start:int) -> unit
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Creates a new vector from given array, starting at specified index. |
new(x, y)
Signature: (x:float * y:float) -> unit
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Creates a new vector from given double elements. |
new(v)
Signature: v:float -> unit
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Creates a new vector by assigning the given double to all elements. |
new(a)
Signature: (a:float []) -> unit
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Creates a new vector from given array. |
new(a, start)
Signature: (a:float [] * start:int) -> unit
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Creates a new vector from given array, starting at specified index. |
new(index_fun)
Signature: index_fun:Func<int,float32> -> unit
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Creates a vector from the results of the supplied function of the index. |
new(v)
Signature: v:IVector<float> -> unit
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new(v)
Signature: v:V2i -> unit
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Construct a vector from another vector of type V2i. |
new(v)
Signature: v:V2l -> unit
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Construct a vector from another vector of type V2l. |
new(v)
Signature: v:V2d -> unit
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Construct a vector from another vector of type V2d. |
Instance members
| Instance member | Description |
Abs
Signature: V2f
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Gets a copy of this vector with all elements set to their absolute value. |
AllDifferent(v)
Signature: v:V2f -> bool
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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
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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:V2f -> bool
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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
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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:V2f -> bool
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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
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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:V2f -> bool
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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
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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
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AllNaN
Signature: bool
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AllNegativeInfinity
Signature: bool
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AllPositiveInfinity
Signature: bool
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AllSmaller(v)
Signature: v:V2f -> bool
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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
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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:V2f -> 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
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AnyDifferent(v)
Signature: v:V2f -> bool
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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:V2f -> 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:V2f -> 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:V2f -> 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
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AnyNaN
Signature: bool
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AnyNegativeInfinity
Signature: bool
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AnyPositiveInfinity
Signature: bool
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AnySmaller(v)
Signature: v:V2f -> bool
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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:V2f -> 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
|
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ApproxEqual(v, tolerance)
Signature: (v:V2f * tolerance:float32) -> bool
|
Returns whether this vector is equal to the specified vector within the given tolerance. |
Ceiling
Signature: V2f
|
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> -> V2i
|
Returns a copy with all elements transformed by the supplied function. |
Copy(element_index_fun)
Signature: element_index_fun:Func<float32,int,int> -> V2i
|
Returns a copy with all elements transformed by the supplied function. |
Copy(element_fun)
Signature: element_fun:Func<float32,int64> -> V2l
|
Returns a copy with all elements transformed by the supplied function. |
Copy(element_index_fun)
Signature: element_index_fun:Func<float32,int,int64> -> V2l
|
Returns a copy with all elements transformed by the supplied function. |
Copy(element_fun)
Signature: element_fun:Func<float32,float32> -> V2f
|
Returns a copy with all elements transformed by the supplied function. |
Copy(element_index_fun)
Signature: element_index_fun:Func<float32,int,float32> -> V2f
|
Returns a copy with all elements transformed by the supplied function. |
Copy(element_fun)
Signature: element_fun:Func<float32,float> -> V2d
|
Returns a copy with all elements transformed by the supplied function. |
Copy(element_index_fun)
Signature: element_index_fun:Func<float32,int,float> -> V2d
|
Returns a copy with all elements transformed by the supplied function. |
CopyTo(array, start)
Signature: (array:int [] * start:int) -> unit
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CopyTo(array, start)
Signature: (array:int64 [] * start:int) -> unit
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CopyTo(array, start)
Signature: (array:float32 [] * start:int) -> unit
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CopyTo(array, start)
Signature: (array:float [] * start:int) -> unit
|
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CopyTo(array, start, element_fun)
Signature: (array:'T [] * start:int * element_fun:Func<float32,'T>) -> unit
Type parameters: 'T |
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CopyTo(array, start, element_index_fun)
Signature: (array:'T [] * start:int * element_index_fun:Func<float32,int,'T>) -> unit
Type parameters: 'T |
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Cross()
Signature: unit -> V2f
|
Returns the cross product of this vector. In 2D the cross product is simply a vector that is normal to the given vector (i.e. {x,y} -> {-y,x}) |
CubeMapped
Signature: V2f
|
Returns a copy of the vector with the maximum component length of exactly 1. This corresponds to mapping the vector onto an origin- centered square with side length 2. |
Dim
Signature: int64
Modifiers: abstract |
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DirFlags()
Signature: unit -> DirFlags
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Dot(v)
Signature: v:V2f -> float32
|
Returns the dot product with the specified vector. |
Elements
Signature: IEnumerable<float32>
|
Enumerates all elements of this vector. |
Equals(other)
Signature: other:V2f -> bool
Modifiers: abstract |
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Equals(other)
Signature: other:obj -> bool
Modifiers: abstract |
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Floor
Signature: V2f
|
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 |
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GetValue(index)
Signature: index:int64 -> obj
Modifiers: abstract |
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IIIX
Signature: V4f
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IIIY
Signature: V4f
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IINX
Signature: V4f
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IINY
Signature: V4f
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IIOX
Signature: V4f
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IIOY
Signature: V4f
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IIPX
Signature: V4f
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IIPY
Signature: V4f
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IIX
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IIXI
Signature: V4f
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IIXN
Signature: V4f
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IIXO
Signature: V4f
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IIXP
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IIXX
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IIXY
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IIY
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IIYI
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IIYN
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IIYO
Signature: V4f
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IIYP
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IIYX
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IIYY
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INIX
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INIY
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INNX
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INNY
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INOX
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INOY
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INPX
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INPY
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INXI
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INXN
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INXO
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INXP
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INXX
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INXY
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INYI
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INYN
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INYO
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INYP
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INYX
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INYY
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IOIX
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IOIY
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IONX
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IONY
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IOOX
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IOOY
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IOPX
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IOPY
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IOXI
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IOXN
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IOXO
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IOXP
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IOXX
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IOXY
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IOY
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IOYI
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IOYN
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IOYO
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IOYP
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IOYX
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IOYY
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IPIX
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IPIY
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IPNX
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IPNY
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IPOX
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IPOY
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IPPY
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IPX
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IPXI
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IPXN
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IPXO
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IPXP
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IPXX
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IPXY
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IPY
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IPYI
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IPYN
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IPYO
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IPYX
Signature: V4f
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IPYY
Signature: V4f
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IsNaN
Signature: bool
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Attention: NEVER implement operators <, <=, >=, >, since these are not defined in a Vector space. Use AllSmaller() and similar comparators! |
[()]
Signature: unit -> int
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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 |
IX
Signature: V2f
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IXI
Signature: V3f
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IXII
Signature: V4f
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IXIN
Signature: V4f
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IXIO
Signature: V4f
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IXIP
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IXIX
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IXIY
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IXN
Signature: V3f
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IXNI
Signature: V4f
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IXNN
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IXNO
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IXNP
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IXNY
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IXO
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IXOI
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IXXO
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IXXP
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IXXX
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IXXY
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IY
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IYI
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IYII
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IYIN
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IYIO
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IYIP
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IYIX
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IYIY
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IYN
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IYNI
Signature: V4f
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IYNN
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IYNO
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IYNP
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IYNX
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IYNY
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IYO
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IYOI
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IYON
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IYOO
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IYOP
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IYOX
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IYOY
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IYP
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IYPI
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IYPN
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IYPO
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IYPP
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IYPX
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IYPY
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IYX
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IYXI
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IYXN
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IYXO
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IYXP
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IYXX
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IYXY
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IYY
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IYYI
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IYYN
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IYYO
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IYYP
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IYYX
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IYYY
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Length
Signature: float32
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Returns the length of the vector. |
LengthSquared
Signature: float32
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Returns the squared length of the vector. |
LexicalCompare(v1)
Signature: v1:V2f -> int
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Compare x-coordinate before y-coordinate, aso. |
MajorDim
Signature: int
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Returns the index of the largest dimension of the vector. |
MinorDim
Signature: int
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Returns the index of the smallest dimension of the vector. |
Negate()
Signature: unit -> unit
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Negates this vector and returns this. |
Negated
Signature: V2f
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Gets a negated copy of this vector. |
NIIX
Signature: V4f
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NIIY
Signature: V4f
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NINX
Signature: V4f
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NINY
Signature: V4f
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NIOX
Signature: V4f
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NIOY
Signature: V4f
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NIPX
Signature: V4f
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NIPY
Signature: V4f
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NIX
Signature: V3f
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NIXI
Signature: V4f
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NIXN
Signature: V4f
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NIXO
Signature: V4f
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NIXP
Signature: V4f
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NIXX
Signature: V4f
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NIXY
Signature: V4f
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NIY
Signature: V3f
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NIYI
Signature: V4f
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NIYN
Signature: V4f
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NIYO
Signature: V4f
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NIYP
Signature: V4f
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NIYX
Signature: V4f
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NIYY
Signature: V4f
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NNIX
Signature: V4f
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NNIY
Signature: V4f
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NNNX
Signature: V4f
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NNNY
Signature: V4f
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NNOX
Signature: V4f
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NNOY
Signature: V4f
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NNPX
Signature: V4f
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NNPY
Signature: V4f
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NNX
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NNXI
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NNXN
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NNXO
Signature: V4f
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NNXP
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NNXX
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NNXY
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NNY
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NNYI
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NNYN
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NNYO
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NNYP
Signature: V4f
|
|
NNYX
Signature: V4f
|
|
NNYY
Signature: V4f
|
|
NOIX
Signature: V4f
|
|
NOIY
Signature: V4f
|
|
NONX
Signature: V4f
|
|
NONY
Signature: V4f
|
|
NOOX
Signature: V4f
|
|
NOOY
Signature: V4f
|
|
NOPX
Signature: V4f
|
|
NOPY
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: V2f
|
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
|
|
NOY
Signature: V3f
|
|
NOYI
Signature: V4f
|
|
NOYN
Signature: V4f
|
|
NOYO
Signature: V4f
|
|
NOYP
Signature: V4f
|
|
NOYX
Signature: V4f
|
|
NOYY
Signature: V4f
|
|
NPIX
Signature: V4f
|
|
NPIY
Signature: V4f
|
|
NPNX
Signature: V4f
|
|
NPNY
Signature: V4f
|
|
NPOX
Signature: V4f
|
|
NPOY
Signature: V4f
|
|
NPPX
Signature: V4f
|
|
NPPY
Signature: V4f
|
|
NPX
Signature: V3f
|
|
NPXI
Signature: V4f
|
|
NPXN
Signature: V4f
|
|
NPXO
Signature: V4f
|
|
NPXP
Signature: V4f
|
|
NPXX
Signature: V4f
|
|
NPXY
Signature: V4f
|
|
NPY
Signature: V3f
|
|
NPYI
Signature: V4f
|
|
NPYN
Signature: V4f
|
|
NPYO
Signature: V4f
|
|
NPYP
Signature: V4f
|
|
NPYX
Signature: V4f
|
|
NPYY
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
|
|
NXN
Signature: V3f
|
|
NXNI
Signature: V4f
|
|
NXNN
Signature: V4f
|
|
NXNO
Signature: V4f
|
|
NXNP
Signature: V4f
|
|
NXNX
Signature: V4f
|
|
NXNY
Signature: V4f
|
|
NXO
Signature: V3f
|
|
NXOI
Signature: V4f
|
|
NXON
Signature: V4f
|
|
NXOO
Signature: V4f
|
|
NXOP
Signature: V4f
|
|
NXOX
Signature: V4f
|
|
NXOY
Signature: V4f
|
|
NXP
Signature: V3f
|
|
NXPI
Signature: V4f
|
|
NXPN
Signature: V4f
|
|
NXPO
Signature: V4f
|
|
NXPP
Signature: V4f
|
|
NXPX
Signature: V4f
|
|
NXPY
Signature: V4f
|
|
NXX
Signature: V3f
|
|
NXXI
Signature: V4f
|
|
NXXN
Signature: V4f
|
|
NXXO
Signature: V4f
|
|
NXXP
Signature: V4f
|
|
NXXX
Signature: V4f
|
|
NXXY
Signature: V4f
|
|
NXY
Signature: V3f
|
|
NXYI
Signature: V4f
|
|
NXYN
Signature: V4f
|
|
NXYO
Signature: V4f
|
|
NXYP
Signature: V4f
|
|
NXYX
Signature: V4f
|
|
NXYY
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
|
|
NYN
Signature: V3f
|
|
NYNI
Signature: V4f
|
|
NYNN
Signature: V4f
|
|
NYNO
Signature: V4f
|
|
NYNP
Signature: V4f
|
|
NYNX
Signature: V4f
|
|
NYNY
Signature: V4f
|
|
NYO
Signature: V3f
|
|
NYOI
Signature: V4f
|
|
NYON
Signature: V4f
|
|
NYOO
Signature: V4f
|
|
NYOP
Signature: V4f
|
|
NYOX
Signature: V4f
|
|
NYOY
Signature: V4f
|
|
NYP
Signature: V3f
|
|
NYPI
Signature: V4f
|
|
NYPN
Signature: V4f
|
|
NYPO
Signature: V4f
|
|
NYPP
Signature: V4f
|
|
NYPX
Signature: V4f
|
|
NYPY
Signature: V4f
|
|
NYX
Signature: V3f
|
|
NYXI
Signature: V4f
|
|
NYXN
Signature: V4f
|
|
NYXO
Signature: V4f
|
|
NYXP
Signature: V4f
|
|
NYXX
Signature: V4f
|
|
NYXY
Signature: V4f
|
|
NYY
Signature: V3f
|
|
NYYI
Signature: V4f
|
|
NYYN
Signature: V4f
|
|
NYYO
Signature: V4f
|
|
NYYP
Signature: V4f
|
|
NYYX
Signature: V4f
|
|
NYYY
Signature: V4f
|
|
OIIX
Signature: V4f
|
|
OIIY
Signature: V4f
|
|
OINX
Signature: V4f
|
|
OINY
Signature: V4f
|
|
OIOX
Signature: V4f
|
|
OIOY
Signature: V4f
|
|
OIPX
Signature: V4f
|
|
OIPY
Signature: V4f
|
|
OIX
Signature: V3f
|
|
OIXI
Signature: V4f
|
|
OIXN
Signature: V4f
|
|
OIXO
Signature: V4f
|
|
OIXP
Signature: V4f
|
|
OIXX
Signature: V4f
|
|
OIXY
Signature: V4f
|
|
OIY
Signature: V3f
|
|
OIYI
Signature: V4f
|
|
OIYN
Signature: V4f
|
|
OIYO
Signature: V4f
|
|
OIYP
Signature: V4f
|
|
OIYX
Signature: V4f
|
|
OIYY
Signature: V4f
|
|
ONIX
Signature: V4f
|
|
ONIY
Signature: V4f
|
|
ONNX
Signature: V4f
|
|
ONNY
Signature: V4f
|
|
ONOX
Signature: V4f
|
|
ONOY
Signature: V4f
|
|
ONPX
Signature: V4f
|
|
ONPY
Signature: V4f
|
|
ONX
Signature: V3f
|
|
ONXI
Signature: V4f
|
|
ONXN
Signature: V4f
|
|
ONXO
Signature: V4f
|
|
ONXP
Signature: V4f
|
|
ONXX
Signature: V4f
|
|
ONXY
Signature: V4f
|
|
ONY
Signature: V3f
|
|
ONYI
Signature: V4f
|
|
ONYN
Signature: V4f
|
|
ONYO
Signature: V4f
|
|
ONYP
Signature: V4f
|
|
ONYX
Signature: V4f
|
|
ONYY
Signature: V4f
|
|
OOIX
Signature: V4f
|
|
OOIY
Signature: V4f
|
|
OONX
Signature: V4f
|
|
OONY
Signature: V4f
|
|
OOOX
Signature: V4f
|
|
OOOY
Signature: V4f
|
|
OOPX
Signature: V4f
|
|
OOPY
Signature: V4f
|
|
OOX
Signature: V3f
|
|
OOXI
Signature: V4f
|
|
OOXN
Signature: V4f
|
|
OOXO
Signature: V4f
|
|
OOXP
Signature: V4f
|
|
OOXX
Signature: V4f
|
|
OOXY
Signature: V4f
|
|
OOY
Signature: V3f
|
|
OOYI
Signature: V4f
|
|
OOYN
Signature: V4f
|
|
OOYO
Signature: V4f
|
|
OOYP
Signature: V4f
|
|
OOYX
Signature: V4f
|
|
OOYY
Signature: V4f
|
|
OPIX
Signature: V4f
|
|
OPIY
Signature: V4f
|
|
OPNX
Signature: V4f
|
|
OPNY
Signature: V4f
|
|
OPOX
Signature: V4f
|
|
OPOY
Signature: V4f
|
|
OPPX
Signature: V4f
|
|
OPPY
Signature: V4f
|
|
OPX
Signature: V3f
|
|
OPXI
Signature: V4f
|
|
OPXN
Signature: V4f
|
|
OPXO
Signature: V4f
|
|
OPXP
Signature: V4f
|
|
OPXX
Signature: V4f
|
|
OPXY
Signature: V4f
|
|
OPY
Signature: V3f
|
|
OPYI
Signature: V4f
|
|
OPYN
Signature: V4f
|
|
OPYO
Signature: V4f
|
|
OPYP
Signature: V4f
|
|
OPYX
Signature: V4f
|
|
OPYY
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
|
|
OXN
Signature: V3f
|
|
OXNI
Signature: V4f
|
|
OXNN
Signature: V4f
|
|
OXNO
Signature: V4f
|
|
OXNP
Signature: V4f
|
|
OXNX
Signature: V4f
|
|
OXNY
Signature: V4f
|
|
OXO
Signature: V3f
|
|
OXOI
Signature: V4f
|
|
OXON
Signature: V4f
|
|
OXOO
Signature: V4f
|
|
OXOP
Signature: V4f
|
|
OXOX
Signature: V4f
|
|
OXOY
Signature: V4f
|
|
OXP
Signature: V3f
|
|
OXPI
Signature: V4f
|
|
OXPN
Signature: V4f
|
|
OXPO
Signature: V4f
|
|
OXPP
Signature: V4f
|
|
OXPX
Signature: V4f
|
|
OXPY
Signature: V4f
|
|
OXX
Signature: V3f
|
|
OXXI
Signature: V4f
|
|
OXXN
Signature: V4f
|
|
OXXO
Signature: V4f
|
|
OXXP
Signature: V4f
|
|
OXXX
Signature: V4f
|
|
OXXY
Signature: V4f
|
|
OXY
Signature: V3f
|
|
OXYI
Signature: V4f
|
|
OXYN
Signature: V4f
|
|
OXYO
Signature: V4f
|
|
OXYP
Signature: V4f
|
|
OXYX
Signature: V4f
|
|
OXYY
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
|
|
OYN
Signature: V3f
|
|
OYNI
Signature: V4f
|
|
OYNN
Signature: V4f
|
|
OYNO
Signature: V4f
|
|
OYNP
Signature: V4f
|
|
OYNX
Signature: V4f
|
|
OYNY
Signature: V4f
|
|
OYO
Signature: V3f
|
|
OYOI
Signature: V4f
|
|
OYON
Signature: V4f
|
|
OYOO
Signature: V4f
|
|
OYOP
Signature: V4f
|
|
OYOX
Signature: V4f
|
|
OYOY
Signature: V4f
|
|
OYP
Signature: V3f
|
|
OYPI
Signature: V4f
|
|
OYPN
Signature: V4f
|
|
OYPO
Signature: V4f
|
|
OYPP
Signature: V4f
|
|
OYPX
Signature: V4f
|
|
OYPY
Signature: V4f
|
|
OYX
Signature: V3f
|
|
OYXI
Signature: V4f
|
|
OYXN
Signature: V4f
|
|
OYXO
Signature: V4f
|
|
OYXP
Signature: V4f
|
|
OYXX
Signature: V4f
|
|
OYXY
Signature: V4f
|
|
OYY
Signature: V3f
|
|
OYYI
Signature: V4f
|
|
OYYN
Signature: V4f
|
|
OYYO
Signature: V4f
|
|
OYYP
Signature: V4f
|
|
OYYX
Signature: V4f
|
|
OYYY
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. |
PIIX
Signature: V4f
|
|
PIIY
Signature: V4f
|
|
PINX
Signature: V4f
|
|
PINY
Signature: V4f
|
|
PIOX
Signature: V4f
|
|
PIOY
Signature: V4f
|
|
PIPX
Signature: V4f
|
|
PIPY
Signature: V4f
|
|
PIX
Signature: V3f
|
|
PIXI
Signature: V4f
|
|
PIXN
Signature: V4f
|
|
PIXO
Signature: V4f
|
|
PIXP
Signature: V4f
|
|
PIXX
Signature: V4f
|
|
PIXY
Signature: V4f
|
|
PIY
Signature: V3f
|
|
PIYI
Signature: V4f
|
|
PIYN
Signature: V4f
|
|
PIYO
Signature: V4f
|
|
PIYP
Signature: V4f
|
|
PIYX
Signature: V4f
|
|
PIYY
Signature: V4f
|
|
PNIX
Signature: V4f
|
|
PNIY
Signature: V4f
|
|
PNNX
Signature: V4f
|
|
PNNY
Signature: V4f
|
|
PNOX
Signature: V4f
|
|
PNOY
Signature: V4f
|
|
PNPX
Signature: V4f
|
|
PNPY
Signature: V4f
|
|
PNX
Signature: V3f
|
|
PNXI
Signature: V4f
|
|
PNXN
Signature: V4f
|
|
PNXO
Signature: V4f
|
|
PNXP
Signature: V4f
|
|
PNXX
Signature: V4f
|
|
PNXY
Signature: V4f
|
|
PNY
Signature: V3f
|
|
PNYI
Signature: V4f
|
|
PNYN
Signature: V4f
|
|
PNYO
Signature: V4f
|
|
PNYP
Signature: V4f
|
|
PNYX
Signature: V4f
|
|
PNYY
Signature: V4f
|
|
POIX
Signature: V4f
|
|
POIY
Signature: V4f
|
|
PONX
Signature: V4f
|
|
PONY
Signature: V4f
|
|
POOX
Signature: V4f
|
|
POOY
Signature: V4f
|
|
POPX
Signature: V4f
|
|
POPY
Signature: V4f
|
|
POX
Signature: V3f
|
|
POXI
Signature: V4f
|
|
POXN
Signature: V4f
|
|
POXO
Signature: V4f
|
|
POXP
Signature: V4f
|
|
POXX
Signature: V4f
|
|
POXY
Signature: V4f
|
|
POY
Signature: V3f
|
|
POYI
Signature: V4f
|
|
POYN
Signature: V4f
|
|
POYO
Signature: V4f
|
|
POYP
Signature: V4f
|
|
POYX
Signature: V4f
|
|
POYY
Signature: V4f
|
|
PPIX
Signature: V4f
|
|
PPIY
Signature: V4f
|
|
PPNX
Signature: V4f
|
|
PPNY
Signature: V4f
|
|
PPOX
Signature: V4f
|
|
PPOY
Signature: V4f
|
|
PPPX
Signature: V4f
|
|
PPPY
Signature: V4f
|
|
PPX
Signature: V3f
|
|
PPXI
Signature: V4f
|
|
PPXN
Signature: V4f
|
|
PPXO
Signature: V4f
|
|
PPXP
Signature: V4f
|
|
PPXX
Signature: V4f
|
|
PPXY
Signature: V4f
|
|
PPY
Signature: V3f
|
|
PPYI
Signature: V4f
|
|
PPYN
Signature: V4f
|
|
PPYO
Signature: V4f
|
|
PPYP
Signature: V4f
|
|
PPYX
Signature: V4f
|
|
PPYY
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
|
|
PXN
Signature: V3f
|
|
PXNI
Signature: V4f
|
|
PXNN
Signature: V4f
|
|
PXNO
Signature: V4f
|
|
PXNP
Signature: V4f
|
|
PXNX
Signature: V4f
|
|
PXNY
Signature: V4f
|
|
PXO
Signature: V3f
|
|
PXOI
Signature: V4f
|
|
PXON
Signature: V4f
|
|
PXOO
Signature: V4f
|
|
PXOP
Signature: V4f
|
|
PXOX
Signature: V4f
|
|
PXOY
Signature: V4f
|
|
PXP
Signature: V3f
|
|
PXPI
Signature: V4f
|
|
PXPN
Signature: V4f
|
|
PXPO
Signature: V4f
|
|
PXPP
Signature: V4f
|
|
PXPX
Signature: V4f
|
|
PXPY
Signature: V4f
|
|
PXX
Signature: V3f
|
|
PXXI
Signature: V4f
|
|
PXXN
Signature: V4f
|
|
PXXO
Signature: V4f
|
|
PXXP
Signature: V4f
|
|
PXXX
Signature: V4f
|
|
PXXY
Signature: V4f
|
|
PXY
Signature: V3f
|
|
PXYI
Signature: V4f
|
|
PXYN
Signature: V4f
|
|
PXYO
Signature: V4f
|
|
PXYP
Signature: V4f
|
|
PXYX
Signature: V4f
|
|
PXYY
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
|
|
PYN
Signature: V3f
|
|
PYNI
Signature: V4f
|
|
PYNN
Signature: V4f
|
|
PYNO
Signature: V4f
|
|
PYNP
Signature: V4f
|
|
PYNX
Signature: V4f
|
|
PYNY
Signature: V4f
|
|
PYO
Signature: V3f
|
|
PYOI
Signature: V4f
|
|
PYON
Signature: V4f
|
|
PYOO
Signature: V4f
|
|
PYOP
Signature: V4f
|
|
PYOX
Signature: V4f
|
|
PYOY
Signature: V4f
|
|
PYP
Signature: V3f
|
|
PYPI
Signature: V4f
|
|
PYPN
Signature: V4f
|
|
PYPO
Signature: V4f
|
|
PYPP
Signature: V4f
|
|
PYPX
Signature: V4f
|
|
PYPY
Signature: V4f
|
|
PYX
Signature: V3f
|
|
PYXI
Signature: V4f
|
|
PYXN
Signature: V4f
|
|
PYXO
Signature: V4f
|
|
PYXP
Signature: V4f
|
|
PYXX
Signature: V4f
|
|
PYXY
Signature: V4f
|
|
PYY
Signature: V3f
|
|
PYYI
Signature: V4f
|
|
PYYN
Signature: V4f
|
|
PYYO
Signature: V4f
|
|
PYYP
Signature: V4f
|
|
PYYX
Signature: V4f
|
|
PYYY
Signature: V4f
|
|
Reciprocal
Signature: V2f
|
Gets a copy of this vector containing the reciprocal (1/x) of each element. |
Reflected(normal)
Signature: normal:V2f -> V2f
|
|
Rot180
Signature: V2f
|
|
Rot270
Signature: V2f
|
|
Rot90
Signature: V2f
|
|
Round()
Signature: unit -> V2f
|
Returns a copy of this vector, with each element rounded to the nearest integer. |
Round(mode)
Signature: mode:MidpointRounding -> V2f
|
Returns a copy of this vector, with each element rounded to the nearest integer. |
Round(digits)
Signature: digits:int -> V2f
|
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) -> V2f
|
Returns a copy of this vector, with each element rounded to the nearest integer to the given number of fractional digits. |
Set(x, y)
Signature: (x:int * y:int) -> unit
|
Sets the elements of a vector to the given int elements. |
Set(x, y)
Signature: (x:int64 * y:int64) -> unit
|
Sets the elements of a vector to the given long elements. |
Set(x, y)
Signature: (x:float32 * y:float32) -> unit
|
Sets the elements of a vector to the given float elements. |
Set(x, y)
Signature: (x:float * y:float) -> unit
|
Sets the elements of a vector to the given double elements. |
SetValue(value, index)
Signature: (value:obj * index:int64) -> unit
Modifiers: abstract |
|
Size2d
Signature: V2d
Modifiers: abstract |
|
ToArray()
Signature: unit -> float32 []
|
|
ToCeilingV2i()
Signature: unit -> V2i
|
|
ToFloorV2i()
Signature: unit -> V2i
|
|
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
|
|
ToV2d()
Signature: unit -> V2d
|
|
ToV2i()
Signature: unit -> V2i
|
|
ToV2l()
Signature: unit -> V2l
|
|
ToV3dHomo()
Signature: unit -> V3d
|
Creates the homogenized Version by adding an additional element 1. |
ToV3fHomo()
Signature: unit -> V3f
|
Creates the homogenized Version by adding an additional element 1. |
ToV3iHomo()
Signature: unit -> V3i
|
Creates the homogenized Version by adding an additional element 1. |
ToV3lHomo()
Signature: unit -> V3l
|
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
|
|
XIN
Signature: V3f
|
|
XINI
Signature: V4f
|
|
XINN
Signature: V4f
|
|
XINO
Signature: V4f
|
|
XINP
Signature: V4f
|
|
XINX
Signature: V4f
|
|
XINY
Signature: V4f
|
|
XIO
Signature: V3f
|
|
XIOI
Signature: V4f
|
|
XION
Signature: V4f
|
|
XIOO
Signature: V4f
|
|
XIOP
Signature: V4f
|
|
XIOX
Signature: V4f
|
|
XIOY
Signature: V4f
|
|
XIP
Signature: V3f
|
|
XIPI
Signature: V4f
|
|
XIPN
Signature: V4f
|
|
XIPO
Signature: V4f
|
|
XIPP
Signature: V4f
|
|
XIPX
Signature: V4f
|
|
XIPY
Signature: V4f
|
|
XIX
Signature: V3f
|
|
XIXI
Signature: V4f
|
|
XIXN
Signature: V4f
|
|
XIXO
Signature: V4f
|
|
XIXP
Signature: V4f
|
|
XIXX
Signature: V4f
|
|
XIXY
Signature: V4f
|
|
XIY
Signature: V3f
|
|
XIYI
Signature: V4f
|
|
XIYN
Signature: V4f
|
|
XIYO
Signature: V4f
|
|
XIYP
Signature: V4f
|
|
XIYX
Signature: V4f
|
|
XIYY
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
|
|
XNN
Signature: V3f
|
|
XNNI
Signature: V4f
|
|
XNNN
Signature: V4f
|
|
XNNO
Signature: V4f
|
|
XNNP
Signature: V4f
|
|
XNNX
Signature: V4f
|
|
XNNY
Signature: V4f
|
|
XNO
Signature: V3f
|
|
XNOI
Signature: V4f
|
|
XNON
Signature: V4f
|
|
XNOO
Signature: V4f
|
|
XNOP
Signature: V4f
|
|
XNOX
Signature: V4f
|
|
XNOY
Signature: V4f
|
|
XNP
Signature: V3f
|
|
XNPI
Signature: V4f
|
|
XNPN
Signature: V4f
|
|
XNPO
Signature: V4f
|
|
XNPP
Signature: V4f
|
|
XNPX
Signature: V4f
|
|
XNPY
Signature: V4f
|
|
XNX
Signature: V3f
|
|
XNXI
Signature: V4f
|
|
XNXN
Signature: V4f
|
|
XNXO
Signature: V4f
|
|
XNXP
Signature: V4f
|
|
XNXX
Signature: V4f
|
|
XNXY
Signature: V4f
|
|
XNY
Signature: V3f
|
|
XNYI
Signature: V4f
|
|
XNYN
Signature: V4f
|
|
XNYO
Signature: V4f
|
|
XNYP
Signature: V4f
|
|
XNYX
Signature: V4f
|
|
XNYY
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
|
|
XON
Signature: V3f
|
|
XONI
Signature: V4f
|
|
XONN
Signature: V4f
|
|
XONO
Signature: V4f
|
|
XONP
Signature: V4f
|
|
XONX
Signature: V4f
|
|
XONY
Signature: V4f
|
|
XOO
Signature: V3f
|
|
XOOI
Signature: V4f
|
|
XOON
Signature: V4f
|
|
XOOO
Signature: V4f
|
|
XOOP
Signature: V4f
|
|
XOOX
Signature: V4f
|
|
XOOY
Signature: V4f
|
|
XOP
Signature: V3f
|
|
XOPI
Signature: V4f
|
|
XOPN
Signature: V4f
|
|
XOPO
Signature: V4f
|
|
XOPP
Signature: V4f
|
|
XOPX
Signature: V4f
|
|
XOPY
Signature: V4f
|
|
XOX
Signature: V3f
|
|
XOXI
Signature: V4f
|
|
XOXN
Signature: V4f
|
|
XOXO
Signature: V4f
|
|
XOXP
Signature: V4f
|
|
XOXX
Signature: V4f
|
|
XOXY
Signature: V4f
|
|
XOY
Signature: V3f
|
|
XOYI
Signature: V4f
|
|
XOYN
Signature: V4f
|
|
XOYO
Signature: V4f
|
|
XOYP
Signature: V4f
|
|
XOYX
Signature: V4f
|
|
XOYY
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
|
|
XPN
Signature: V3f
|
|
XPNI
Signature: V4f
|
|
XPNN
Signature: V4f
|
|
XPNO
Signature: V4f
|
|
XPNP
Signature: V4f
|
|
XPNX
Signature: V4f
|
|
XPNY
Signature: V4f
|
|
XPO
Signature: V3f
|
|
XPOI
Signature: V4f
|
|
XPON
Signature: V4f
|
|
XPOO
Signature: V4f
|
|
XPOP
Signature: V4f
|
|
XPOX
Signature: V4f
|
|
XPOY
Signature: V4f
|
|
XPP
Signature: V3f
|
|
XPPI
Signature: V4f
|
|
XPPN
Signature: V4f
|
|
XPPO
Signature: V4f
|
|
XPPP
Signature: V4f
|
|
XPPX
Signature: V4f
|
|
XPPY
Signature: V4f
|
|
XPX
Signature: V3f
|
|
XPXI
Signature: V4f
|
|
XPXN
Signature: V4f
|
|
XPXO
Signature: V4f
|
|
XPXP
Signature: V4f
|
|
XPXX
Signature: V4f
|
|
XPXY
Signature: V4f
|
|
XPY
Signature: V3f
|
|
XPYI
Signature: V4f
|
|
XPYN
Signature: V4f
|
|
XPYO
Signature: V4f
|
|
XPYP
Signature: V4f
|
|
XPYX
Signature: V4f
|
|
XPYY
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
|
|
XXN
Signature: V3f
|
|
XXNI
Signature: V4f
|
|
XXNN
Signature: V4f
|
|
XXNO
Signature: V4f
|
|
XXNP
Signature: V4f
|
|
XXNX
Signature: V4f
|
|
XXNY
Signature: V4f
|
|
XXO
Signature: V3f
|
|
XXOI
Signature: V4f
|
|
XXON
Signature: V4f
|
|
XXOO
Signature: V4f
|
|
XXOP
Signature: V4f
|
|
XXOX
Signature: V4f
|
|
XXOY
Signature: V4f
|
|
XXP
Signature: V3f
|
|
XXPI
Signature: V4f
|
|
XXPN
Signature: V4f
|
|
XXPO
Signature: V4f
|
|
XXPP
Signature: V4f
|
|
XXPX
Signature: V4f
|
|
XXPY
Signature: V4f
|
|
XXX
Signature: V3f
|
|
XXXI
Signature: V4f
|
|
XXXN
Signature: V4f
|
|
XXXO
Signature: V4f
|
|
XXXP
Signature: V4f
|
|
XXXX
Signature: V4f
|
|
XXXY
Signature: V4f
|
|
XXY
Signature: V3f
|
|
XXYI
Signature: V4f
|
|
XXYN
Signature: V4f
|
|
XXYO
Signature: V4f
|
|
XXYP
Signature: V4f
|
|
XXYX
Signature: V4f
|
|
XXYY
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
|
|
XYN
Signature: V3f
|
|
XYNI
Signature: V4f
|
|
XYNN
Signature: V4f
|
|
XYNO
Signature: V4f
|
|
XYNP
Signature: V4f
|
|
XYNX
Signature: V4f
|
|
XYNY
Signature: V4f
|
|
XYO
Signature: V3f
|
|
XYOI
Signature: V4f
|
|
XYON
Signature: V4f
|
|
XYOO
Signature: V4f
|
|
XYOP
Signature: V4f
|
|
XYOX
Signature: V4f
|
|
XYOY
Signature: V4f
|
|
XYP
Signature: V3f
|
|
XYPI
Signature: V4f
|
|
XYPN
Signature: V4f
|
|
XYPO
Signature: V4f
|
|
XYPP
Signature: V4f
|
|
XYPX
Signature: V4f
|
|
XYPY
Signature: V4f
|
|
XYX
Signature: V3f
|
|
XYXI
Signature: V4f
|
|
XYXN
Signature: V4f
|
|
XYXO
Signature: V4f
|
|
XYXP
Signature: V4f
|
|
XYXX
Signature: V4f
|
|
XYXY
Signature: V4f
|
|
XYY
Signature: V3f
|
|
XYYI
Signature: V4f
|
|
XYYN
Signature: V4f
|
|
XYYO
Signature: V4f
|
|
XYYP
Signature: V4f
|
|
XYYX
Signature: V4f
|
|
XYYY
Signature: V4f
|
|
YI
Signature: V2f
|
|
YII
Signature: V3f
|
|
YIII
Signature: V4f
|
|
YIIN
Signature: V4f
|
|
YIIO
Signature: V4f
|
|
YIIP
Signature: V4f
|
|
YIIX
Signature: V4f
|
|
YIIY
Signature: V4f
|
|
YIN
Signature: V3f
|
|
YINI
Signature: V4f
|
|
YINN
Signature: V4f
|
|
YINO
Signature: V4f
|
|
YINP
Signature: V4f
|
|
YINX
Signature: V4f
|
|
YINY
Signature: V4f
|
|
YIO
Signature: V3f
|
|
YIOI
Signature: V4f
|
|
YION
Signature: V4f
|
|
YIOO
Signature: V4f
|
|
YIOP
Signature: V4f
|
|
YIOX
Signature: V4f
|
|
YIOY
Signature: V4f
|
|
YIP
Signature: V3f
|
|
YIPI
Signature: V4f
|
|
YIPN
Signature: V4f
|
|
YIPO
Signature: V4f
|
|
YIPP
Signature: V4f
|
|
YIPX
Signature: V4f
|
|
YIPY
Signature: V4f
|
|
YIX
Signature: V3f
|
|
YIXI
Signature: V4f
|
|
YIXN
Signature: V4f
|
|
YIXO
Signature: V4f
|
|
YIXP
Signature: V4f
|
|
YIXX
Signature: V4f
|
|
YIXY
Signature: V4f
|
|
YIY
Signature: V3f
|
|
YIYI
Signature: V4f
|
|
YIYN
Signature: V4f
|
|
YIYO
Signature: V4f
|
|
YIYP
Signature: V4f
|
|
YIYX
Signature: V4f
|
|
YIYY
Signature: V4f
|
|
YN
Signature: V2f
|
|
YNI
Signature: V3f
|
|
YNII
Signature: V4f
|
|
YNIN
Signature: V4f
|
|
YNIO
Signature: V4f
|
|
YNIP
Signature: V4f
|
|
YNIX
Signature: V4f
|
|
YNIY
Signature: V4f
|
|
YNN
Signature: V3f
|
|
YNNI
Signature: V4f
|
|
YNNN
Signature: V4f
|
|
YNNO
Signature: V4f
|
|
YNNP
Signature: V4f
|
|
YNNX
Signature: V4f
|
|
YNNY
Signature: V4f
|
|
YNO
Signature: V3f
|
|
YNOI
Signature: V4f
|
|
YNON
Signature: V4f
|
|
YNOO
Signature: V4f
|
|
YNOP
Signature: V4f
|
|
YNOX
Signature: V4f
|
|
YNOY
Signature: V4f
|
|
YNP
Signature: V3f
|
|
YNPI
Signature: V4f
|
|
YNPN
Signature: V4f
|
|
YNPO
Signature: V4f
|
|
YNPP
Signature: V4f
|
|
YNPX
Signature: V4f
|
|
YNPY
Signature: V4f
|
|
YNX
Signature: V3f
|
|
YNXI
Signature: V4f
|
|
YNXN
Signature: V4f
|
|
YNXO
Signature: V4f
|
|
YNXP
Signature: V4f
|
|
YNXX
Signature: V4f
|
|
YNXY
Signature: V4f
|
|
YNY
Signature: V3f
|
|
YNYI
Signature: V4f
|
|
YNYN
Signature: V4f
|
|
YNYO
Signature: V4f
|
|
YNYP
Signature: V4f
|
|
YNYX
Signature: V4f
|
|
YNYY
Signature: V4f
|
|
YO
Signature: V2f
|
|
YOI
Signature: V3f
|
|
YOII
Signature: V4f
|
|
YOIN
Signature: V4f
|
|
YOIO
Signature: V4f
|
|
YOIP
Signature: V4f
|
|
YOIX
Signature: V4f
|
|
YOIY
Signature: V4f
|
|
YON
Signature: V3f
|
|
YONI
Signature: V4f
|
|
YONN
Signature: V4f
|
|
YONO
Signature: V4f
|
|
YONP
Signature: V4f
|
|
YONX
Signature: V4f
|
|
YONY
Signature: V4f
|
|
YOO
Signature: V3f
|
|
YOOI
Signature: V4f
|
|
YOON
Signature: V4f
|
|
YOOO
Signature: V4f
|
|
YOOP
Signature: V4f
|
|
YOOX
Signature: V4f
|
|
YOOY
Signature: V4f
|
|
YOP
Signature: V3f
|
|
YOPI
Signature: V4f
|
|
YOPN
Signature: V4f
|
|
YOPO
Signature: V4f
|
|
YOPP
Signature: V4f
|
|
YOPX
Signature: V4f
|
|
YOPY
Signature: V4f
|
|
YOX
Signature: V3f
|
|
YOXI
Signature: V4f
|
|
YOXN
Signature: V4f
|
|
YOXO
Signature: V4f
|
|
YOXP
Signature: V4f
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YOXX
Signature: V4f
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YOXY
Signature: V4f
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YOY
Signature: V3f
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YOYI
Signature: V4f
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YOYN
Signature: V4f
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YOYO
Signature: V4f
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YOYP
Signature: V4f
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YOYX
Signature: V4f
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YOYY
Signature: V4f
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YP
Signature: V2f
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YPI
Signature: V3f
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YPII
Signature: V4f
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YPIN
Signature: V4f
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YPIO
Signature: V4f
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YPIP
Signature: V4f
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YPIX
Signature: V4f
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YPIY
Signature: V4f
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YPN
Signature: V3f
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YPNI
Signature: V4f
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YPNN
Signature: V4f
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YPNO
Signature: V4f
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YPNP
Signature: V4f
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YPNX
Signature: V4f
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YPNY
Signature: V4f
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YPO
Signature: V3f
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YPOI
Signature: V4f
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YPON
Signature: V4f
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YPOO
Signature: V4f
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YPOP
Signature: V4f
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YPOX
Signature: V4f
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YPOY
Signature: V4f
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YPP
Signature: V3f
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YPPI
Signature: V4f
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YPPN
Signature: V4f
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YPPO
Signature: V4f
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YPPP
Signature: V4f
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YPPX
Signature: V4f
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YPPY
Signature: V4f
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YPX
Signature: V3f
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YPXI
Signature: V4f
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YPXN
Signature: V4f
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YPXO
Signature: V4f
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YPXP
Signature: V4f
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YPXX
Signature: V4f
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YPXY
Signature: V4f
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YPY
Signature: V3f
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YPYI
Signature: V4f
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YPYN
Signature: V4f
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YPYO
Signature: V4f
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YPYP
Signature: V4f
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YPYX
Signature: V4f
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YPYY
Signature: V4f
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YX
Signature: V2f
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YXI
Signature: V3f
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YXII
Signature: V4f
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YXIN
Signature: V4f
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YXIO
Signature: V4f
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YXIP
Signature: V4f
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YXIX
Signature: V4f
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YXIY
Signature: V4f
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YXN
Signature: V3f
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YXNI
Signature: V4f
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YXNN
Signature: V4f
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YXNO
Signature: V4f
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YXNP
Signature: V4f
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YXNX
Signature: V4f
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YXNY
Signature: V4f
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YXO
Signature: V3f
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YXOI
Signature: V4f
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YXON
Signature: V4f
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YXOO
Signature: V4f
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YXOP
Signature: V4f
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YXOX
Signature: V4f
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YXOY
Signature: V4f
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YXP
Signature: V3f
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YXPI
Signature: V4f
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YXPN
Signature: V4f
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YXPO
Signature: V4f
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YXPP
Signature: V4f
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YXPX
Signature: V4f
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YXPY
Signature: V4f
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YXX
Signature: V3f
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YXXI
Signature: V4f
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YXXN
Signature: V4f
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YXXO
Signature: V4f
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YXXP
Signature: V4f
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YXXX
Signature: V4f
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YXXY
Signature: V4f
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YXY
Signature: V3f
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YXYI
Signature: V4f
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YXYN
Signature: V4f
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YXYO
Signature: V4f
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YXYP
Signature: V4f
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YXYX
Signature: V4f
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YXYY
Signature: V4f
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YY
Signature: V2f
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YYI
Signature: V3f
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YYII
Signature: V4f
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YYIN
Signature: V4f
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YYIO
Signature: V4f
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YYIP
Signature: V4f
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YYIX
Signature: V4f
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YYIY
Signature: V4f
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YYN
Signature: V3f
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YYNI
Signature: V4f
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YYNN
Signature: V4f
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YYNO
Signature: V4f
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YYNP
Signature: V4f
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YYNX
Signature: V4f
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YYNY
Signature: V4f
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YYO
Signature: V3f
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YYOI
Signature: V4f
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YYON
Signature: V4f
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YYOO
Signature: V4f
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YYOP
Signature: V4f
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YYOX
Signature: V4f
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YYOY
Signature: V4f
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YYP
Signature: V3f
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YYPI
Signature: V4f
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YYPN
Signature: V4f
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YYPO
Signature: V4f
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YYPP
Signature: V4f
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YYPX
Signature: V4f
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YYPY
Signature: V4f
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YYX
Signature: V3f
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YYXI
Signature: V4f
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YYXN
Signature: V4f
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YYXO
Signature: V4f
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YYXP
Signature: V4f
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YYXX
Signature: V4f
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YYXY
Signature: V4f
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YYY
Signature: V3f
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YYYI
Signature: V4f
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YYYN
Signature: V4f
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YYYO
Signature: V4f
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YYYP
Signature: V4f
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YYYX
Signature: V4f
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YYYY
Signature: V4f
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Static members
| Static member | Description |
Add(a, b)
Signature: (a:V2f * b:V2f) -> V2f
|
Returns component-wise sum of two vectors. |
Add(v, s)
Signature: (v:V2f * s:float32) -> V2f
|
Returns component-wise sum of vector and scalar. |
Add(s, v)
Signature: (s:float32 * v:V2f) -> V2f
|
Returns component-wise sum of scalar and vector. |
AllDifferent(a, b)
Signature: (a:V2f * b:V2f) -> 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:V2f * 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:V2f) -> 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:V2f * b:V2f) -> 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:V2f * 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:V2f) -> 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:V2f * b:V2f) -> 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:V2f * 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:V2f) -> 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:V2f * b:V2f) -> 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:V2f * 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:V2f) -> 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:V2f * b:V2f) -> 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:V2f * 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:V2f) -> 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:V2f * b:V2f) -> 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:V2f * 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:V2f) -> 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:V2f * b:V2f) -> 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:V2f * 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:V2f) -> 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:V2f * b:V2f) -> 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:V2f * 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:V2f) -> 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:V2f * b:V2f) -> 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:V2f * 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:V2f) -> 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:V2f * b:V2f) -> 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:V2f * 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:V2f) -> 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:V2f * b:V2f) -> 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:V2f * 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:V2f) -> 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:V2f * b:V2f) -> 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:V2f * 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:V2f) -> 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:V2f * b:V2f * tolerance:float32) -> bool
|
Returns whether the given vectors are equal within the given tolerance. |
ApproxEqual(a, b)
Signature: (a:V2f * b:V2f) -> bool
|
Returns whether the given vectors are equal within Constant{float}.PositiveTinyValue. |
Cross(a)
Signature: a:V2f -> V2f
|
Returns the cross product of vector a. In 2D the cross product is simply a vector that is normal to the given vector (i.e. {x,y} -> {-y,x}) |
Distance(a, b)
Signature: (a:V2f * b:V2f) -> float32
|
Returns the distance between the given points. |
Distance(a, b, p)
Signature: (a:V2f * b:V2f * p:float32) -> float32
|
Returns the p-distance between two vectors. |
Distance1(a, b)
Signature: (a:V2f * b:V2f) -> float32
|
Returns the Manhatten (or 1-) distance between two vectors. |
DistanceMax(a, b)
Signature: (a:V2f * b:V2f) -> float32
|
Returns the maximal absolute distance between the components of the two vectors. |
DistanceMin(a, b)
Signature: (a:V2f * b:V2f) -> float32
|
Returns the minimal absolute distance between the components of the two vectors. |
DistanceSquared(a, b)
Signature: (a:V2f * b:V2f) -> float
|
Returns the squared distance between the given points. |
Divide(a, b)
Signature: (a:V2f * b:V2f) -> V2f
|
Returns component-wise fraction of two vectors. |
Divide(v, s)
Signature: (v:V2f * s:float32) -> V2f
|
Returns component-wise fraction of vector and scalar. |
Divide(s, v)
Signature: (s:float32 * v:V2f) -> V2f
|
Returns component-wise fraction of scalar and vector. |
Dot(a, b)
Signature: (a:V2f * b:V2f) -> float32
|
Returns the dot product of two vectors. |
FromPolar(angleInRadians, radius)
Signature: (angleInRadians:float32 * radius:float32) -> V2f
|
|
FromPolar(angleInRadians)
Signature: angleInRadians:float32 -> V2f
|
|
LexicalCompare(v0, v1)
Signature: (v0:V2f * v1:V2f) -> int
|
Compare x-coordinate before y-coordinate, aso. |
Max(v0, v1)
Signature: (v0:V2f * v1:V2f) -> V2f
|
Returns the componentwise maximum vector. |
Min(v0, v1)
Signature: (v0:V2f * v1:V2f) -> V2f
|
Returns the componentwise minimum vector. |
Multiply(a, b)
Signature: (a:V2f * b:V2f) -> V2f
|
Returns component-wise product of two vectors. |
Multiply(v, s)
Signature: (v:V2f * s:float32) -> V2f
|
Returns component-wise product of vector and scalar. |
Multiply(s, v)
Signature: (s:float32 * v:V2f) -> V2f
|
Returns component-wise product of scalar and vector. |
Negate(v)
Signature: v:V2f -> V2f
|
Returns a negated copy of the specified vector. |
op_Addition(a, b)
Signature: (a:V2f * b:V2f) -> V2f
|
Returns component-wise sum of two vectors. |
op_Addition(v, s)
Signature: (v:V2f * s:float32) -> V2f
|
Returns component-wise sum of vector and scalar. |
op_Addition(s, v)
Signature: (s:float32 * v:V2f) -> V2f
|
Returns component-wise sum of scalar and vector. |
op_Division(a, b)
Signature: (a:V2f * b:V2f) -> V2f
|
Returns component-wise fraction of two vectors. |
op_Division(v, s)
Signature: (v:V2f * s:float32) -> V2f
|
Returns component-wise fraction of vector and scalar. |
op_Division(s, v)
Signature: (s:float32 * v:V2f) -> V2f
|
Returns component-wise fraction of scalar and vector. |
op_Equality(a, b)
Signature: (a:V2f * b:V2f) -> bool
|
|
op_Equality(v, s)
Signature: (v:V2f * s:float32) -> bool
|
|
op_Equality(s, v)
Signature: (s:float32 * v:V2f) -> bool
|
|
op_Explicit(v)
Signature: v:V2i -> V2f
|
|
op_Explicit(v)
Signature: v:V2f -> int []
|
|
op_Explicit(v)
Signature: (v:int []) -> V2f
|
|
op_Explicit(v)
Signature: v:V2l -> V2f
|
|
op_Explicit(v)
Signature: v:V2f -> int64 []
|
|
op_Explicit(v)
Signature: (v:int64 []) -> V2f
|
|
op_Explicit(v)
Signature: v:V2f -> float32 []
|
|
op_Explicit(v)
Signature: (v:float32 []) -> V2f
|
|
op_Explicit(v)
Signature: v:V2d -> V2f
|
|
op_Explicit(v)
Signature: v:V2f -> float []
|
|
op_Explicit(v)
Signature: (v:float []) -> V2f
|
|
op_Inequality(a, b)
Signature: (a:V2f * b:V2f) -> bool
|
|
op_Inequality(v, s)
Signature: (v:V2f * s:float32) -> bool
|
|
op_Inequality(s, v)
Signature: (s:float32 * v:V2f) -> bool
|
|
op_Multiply(a, b)
Signature: (a:V2f * b:V2f) -> V2f
|
Returns component-wise product of two vectors. |
op_Multiply(v, s)
Signature: (v:V2f * s:float32) -> V2f
|
Returns component-wise product of vector and scalar. |
op_Multiply(s, v)
Signature: (s:float32 * v:V2f) -> V2f
|
Returns component-wise product of scalar and vector. |
op_Subtraction(a, b)
Signature: (a:V2f * b:V2f) -> V2f
|
Returns component-wise difference of two vectors. |
op_Subtraction(v, s)
Signature: (v:V2f * s:float32) -> V2f
|
Returns component-wise difference of vector and scalar. |
op_Subtraction(s, v)
Signature: (s:float32 * v:V2f) -> V2f
|
Returns component-wise difference of scalar and vector. |
op_UnaryNegation(v)
Signature: v:V2f -> V2f
|
Returns a negated copy of the specified vector. |
Parse(s)
Signature: s:string -> V2f
|
|
Parse(t)
Signature: t:Text -> V2f
|
|
Parse(t, bracketLevel)
Signature: (t:Text * bracketLevel:int) -> V2f
|
|
Subtract(a, b)
Signature: (a:V2f * b:V2f) -> V2f
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Returns component-wise difference of two vectors. |
Subtract(v, s)
Signature: (v:V2f * s:float32) -> V2f
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Returns component-wise difference of vector and scalar. |
Subtract(s, v)
Signature: (s:float32 * v:V2f) -> V2f
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Returns component-wise difference of scalar and vector. |
