VRageMath.Vector3L

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Vector3L Struct

Namespace: VRageMath
Assembly: VRage.Math.dll

Fields

[`long X`](VRageMath.X)
[`long Y`](VRageMath.Y)
[`long Z`](VRageMath.Z)
static [`EqualityComparer Comparer`](VRageMath.Comparer)
static [`Vector3L UnitX`](VRageMath.UnitX)
static [`Vector3L UnitY`](VRageMath.UnitY)
static [`Vector3L UnitZ`](VRageMath.UnitZ)
static [`Vector3L Zero`](VRageMath.Zero)
static [`Vector3L MaxValue`](VRageMath.MaxValue)
static [`Vector3L MinValue`](VRageMath.MinValue)
static [`Vector3L Up`](VRageMath.Up)
static [`Vector3L Down`](VRageMath.Down)
static [`Vector3L Right`](VRageMath.Right)
static [`Vector3L Left`](VRageMath.Left)
static [`Vector3L Forward`](VRageMath.Forward)
static [`Vector3L Backward`](VRageMath.Backward)
static [`Vector3L One`](VRageMath.One)

### Properties

[`long Item`](VRageMath.Item)
[`long Size`](VRageMath.Size)	How many cubes are in block with this size
[`long SizeLong`](VRageMath.SizeLong)

### Methods

[`string ToString()`](VRageMath.ToString)
[`bool Equals(Vector3L other)`](VRageMath.Equals)
[`bool Equals(Object obj)`](VRageMath.Equals)
[`int GetHashCode()`](VRageMath.GetHashCode)
[`bool IsInsideInclusiveEnd(ref Vector3L min, ref Vector3L max)`](VRageMath.IsInsideInclusiveEnd)
[`bool IsInsideInclusiveEnd(Vector3L min, Vector3L max)`](VRageMath.IsInsideInclusiveEnd)
[`bool IsInside(ref Vector3L inclusiveMin, ref Vector3L exclusiveMax)`](VRageMath.IsInside)
[`bool IsInside(Vector3L inclusiveMin, Vector3L exclusiveMax)`](VRageMath.IsInside)
[`long RectangularDistance(Vector3L otherVector)`](VRageMath.RectangularDistance)	Calculates rectangular distance. It's how many sectors you have to travel to get to other sector from current sector.
[`long RectangularLength()`](VRageMath.RectangularLength)	Calculates rectangular distance of this vector, longerpreted as a polong, from the origin.
[`long Length()`](VRageMath.Length)
static [`bool Boxlongersects(Vector3L minA, Vector3L maxA, Vector3L minB, Vector3L maxB)`](VRageMath.Boxlongersects)
static [`bool Boxlongersects(ref Vector3L minA, ref Vector3L maxA, ref Vector3L minB, ref Vector3L maxB)`](VRageMath.Boxlongersects)
static [`bool BoxContains(Vector3L boxMin, Vector3L boxMax, Vector3L pt)`](VRageMath.BoxContains)
static [`bool BoxContains(ref Vector3L boxMin, ref Vector3L boxMax, ref Vector3L pt)`](VRageMath.BoxContains)
static [`Vector3L Min(Vector3L value1, Vector3L value2)`](VRageMath.Min)
static [`void Min(ref Vector3L value1, ref Vector3L value2, ref Vector3L result)`](VRageMath.Min)
[`long AbsMin()`](VRageMath.AbsMin)	Returns the component of the vector, whose absolute value is smallest of all the three components.
static [`Vector3L Max(Vector3L value1, Vector3L value2)`](VRageMath.Max)
static [`void Max(ref Vector3L value1, ref Vector3L value2, ref Vector3L result)`](VRageMath.Max)
[`long AbsMax()`](VRageMath.AbsMax)	Returns the component of the vector, whose absolute value is largest of all the three components.
[`long AxisValue(Axis axis)`](VRageMath.AxisValue)
static [`CubeFace GetDominantDirection(Vector3L val)`](VRageMath.GetDominantDirection)
static [`Vector3L GetDominantDirectionVector(Vector3L val)`](VRageMath.GetDominantDirectionVector)
static [`Vector3L DominantAxisProjection(Vector3L value1)`](VRageMath.DominantAxisProjection)	Returns a vector that is equal to the projection of the input vector to the coordinate axis that corresponds to the original vector's largest value.
static [`void DominantAxisProjection(ref Vector3L value1, ref Vector3L result)`](VRageMath.DominantAxisProjection)	Calculates a vector that is equal to the projection of the input vector to the coordinate axis that corresponds to the original vector's largest value. The result is saved longo a user-specified variable.
static [`Vector3L Sign(Vector3 value)`](VRageMath.Sign)
static [`Vector3L Sign(Vector3L value)`](VRageMath.Sign)
static [`Vector3L Floor(Vector3 value)`](VRageMath.Floor)
static [`Vector3L Floor(Vector3D value)`](VRageMath.Floor)
static [`void Floor(ref Vector3 v, ref Vector3L r)`](VRageMath.Floor)
static [`void Floor(ref Vector3D v, ref Vector3L r)`](VRageMath.Floor)
static [`Vector3L Ceiling(Vector3 value)`](VRageMath.Ceiling)
static [`Vector3L Trunc(Vector3 value)`](VRageMath.Trunc)
static [`Vector3L Shift(Vector3L value)`](VRageMath.Shift)
static [`void Transform(ref Vector3L position, ref Matrix matrix, ref Vector3L result)`](VRageMath.Transform)	Transforms a Vector3L by the given Matrix.
static [`void Transform(ref Vector3L value, ref Quaternion rotation, ref Vector3L result)`](VRageMath.Transform)
static [`Vector3L Transform(Vector3L value, Quaternion rotation)`](VRageMath.Transform)
static [`void TransformNormal(ref Vector3L normal, ref Matrix matrix, ref Vector3L result)`](VRageMath.TransformNormal)	Transforms a vector normal by a matrix.
static [`void Cross(ref Vector3L vector1, ref Vector3L vector2, ref Vector3L result)`](VRageMath.Cross)	Calculates the cross product of two vectors.
[`int CompareTo(Vector3L other)`](VRageMath.CompareTo)
static [`Vector3L Abs(Vector3L value)`](VRageMath.Abs)
static [`void Abs(ref Vector3L value, ref Vector3L result)`](VRageMath.Abs)
static [`Vector3L Clamp(Vector3L value1, Vector3L min, Vector3L max)`](VRageMath.Clamp)
static [`void Clamp(ref Vector3L value1, ref Vector3L min, ref Vector3L max, ref Vector3L result)`](VRageMath.Clamp)
static [`long DistanceManhattan(Vector3L first, Vector3L second)`](VRageMath.DistanceManhattan)	Manhattan distance (cube distance) X + Y + Z of Abs(first - second)
[`long Dot(ref Vector3L v)`](VRageMath.Dot)
static [`long Dot(Vector3L vector1, Vector3L vector2)`](VRageMath.Dot)
static [`long Dot(ref Vector3L vector1, ref Vector3L vector2)`](VRageMath.Dot)
static [`void Dot(ref Vector3L vector1, ref Vector3L vector2, ref long dot)`](VRageMath.Dot)
static [`bool TryParseFromString(string p, ref Vector3L vec)`](VRageMath.TryParseFromString)
[`long Volume()`](VRageMath.Volume)
static [`IEnumerable EnumerateRange(Vector3L minInclusive, Vector3L maxExclusive)`](VRageMath.EnumerateRange)	Enumerate all values in a longeger longerval (a cuboid). This method is an allocating version of the Vector3L_RangeIterator. This once can be used in the foreach syntax though so it's more convenient for debug routines.
[`void ToBytes(List result)`](VRageMath.ToBytes)