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| XII_DECLARE_POD_TYPE () |
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| xiiSimdTransformd () |
| | Default constructor: Does not do any initialization.
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| xiiSimdTransformd (const xiiSimdVec4d &vPosition, const xiiSimdQuatd &qRotation=xiiSimdQuatd::MakeIdentity(), const xiiSimdVec4d &vScale=xiiSimdVec4d(1.0)) |
| | Sets position, rotation and scale.
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| xiiSimdTransformd (const xiiSimdQuatd &qRotation) |
| | Sets rotation.
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xiiSimdDouble | GetMaxScale () const |
| | Returns the scale component with maximum magnitude.
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bool | ContainsNegativeScale () const |
| | Returns whether this transform contains negative scaling aka mirroring.
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bool | ContainsUniformScale () const |
| | Returns whether this transform contains uniform scaling.
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bool | IsEqual (const xiiSimdTransformd &rhs, const xiiSimdDouble &fEpsilon) const |
| | Equality Check with epsilon.
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void | Invert () |
| | Inverts this transform.
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xiiSimdTransformd | GetInverse () const |
| | Returns the inverse of this transform.
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xiiSimdMat4d | GetAsMat4 () const |
| | Returns the transformation as a matrix.
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xiiSimdVec4d | TransformPosition (const xiiSimdVec4d &v) const |
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xiiSimdVec4d | TransformDirection (const xiiSimdVec4d &v) const |
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void | operator*= (const xiiSimdTransformd &other) |
| | Concatenates the two transforms. This is the same as a matrix multiplication, thus not commutative.
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void | operator*= (const xiiSimdQuatd &q) |
| | Multiplies q into the rotation component, thus rotating the entire transformation.
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void | operator+= (const xiiSimdVec4d &v) |
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void | operator-= (const xiiSimdVec4d &v) |
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The documentation for this class was generated from the following files: