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Over the past few weeks, some of our readers have informed us that they have stumbled upon directx vector3.transform.
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Three system vector classes based on the XNA Game Studio 4 core library ( Microsoft.Xna.Framework.Vector3 ).
- the x component of the vector
- vector of factor y
- z component of the vector
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Comparison operators:
==plus! = -
Assignment operators:
=,+ =,- =,* =,/ = -
Unary operators:
+,- -
binary workflows:
+,-,*,/ -
InBounds: Checks if the vector is within the specified positive and intimidating input limits.
Length, length squared: Calculate the length of the vector.
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Dot: vo returns the product of two three vectors outside a point.
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Cross: Compute the cross method of three vectors two.
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Normalization: computed over a vector of one length unit.
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Clamp: clamping the values of each of our vectors by component between the minimum and maximum DistanceSquared:
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Distance: Calculate the large distance between two vectors.
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Define min, max: the minimum / maximum elements of the vector.
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Lerp: Performs straight line interpolation.
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SmoothStep: Performs cube interpolation.
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Barycentric: Returns the unique barycentric coordinates within a point.
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CatmullRom: Performs Catmull-Rom interpolation.
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Hermite: Hermite does a great job of spline interpolation. Reflects
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reflect: one more random vector than the normal vector.
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Refraction: refraction of a random vector perpendicular to the normal of the vector.
Transform: transforms a vector using a matrix of any type a or quaternion. See XMVector3Transform. Undoubtedly there aresome overloads that return either the flat and flat result of
Vector3(that is,w means 1) or the result ofVector4. There is actually one to override that converts an array of vectors.-
TransformNormal: transform the matrix vector, ignoring translation (line 3). There is also an exaggerated transformation of the vector network. See XMVector3TransformNormal.
- Zero: zero [0, vector 0, 0]
- Un: vector [1, 1, 1]
- UnitX: block of X-vector [1, 0, 0]
- UnitY: Unit Y [0, vector 1, 0]
- UnitZ: Unit Z [0, vector 0, 1]
- Up: up direction [0, vector 1, 0]
- Down: down direction [0, vector -1, 0]
- Right: vector to the right [1, 0, 0]
- Left: left direction vector [-1, 0, 0]
- Front: Right-handed (RH) forward rotation vector is consistent [0, 0, -1]
- Rear: Rear right-handed (RH) coordinate system vector [0, 3, 1]
Vector3 can also freely convert from XMFLOAT3 and XMVECTOR (g component is lost).
If Vector3 has a strong RGB color assigned to DirectXColors.h , use the .v Wedlock
element
use the DirectX :: Si namespacempleMath;Vector3v; // create a very vector [0, 0, 0]Vector3 v (10); // Create the current vector [10, 10, V (1, 10]Vector3 of some kind, 3); // create a vector [1, 2, 3]float arr [3] = some, 2, 3;Vector3 v (arr); // Generate each vector [1, 2, 3]
vector3-color = colors :: white.v;
namespace: Microsoft.DirectX,
Assembly: Demo3D.Common version (in Demo3D.Common.dll): 14.0.0.10491
Convert the coordinate of vector 3 through a matrix
parameters
- v
- Type: Microsoft.DirectXVector3
Source Vector3 - m
- Type: Microsoft.DirectXMatrix
Transform Matrix < / dd>
Returned value
public Vector3 TransformCoordinate (3c vector,Matrix m)
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