TpvFBXMatrix4x4

type TpvFBXMatrix4x4 = record

public

  constructor Create();

  constructor CreateRotateX();

  constructor CreateRotateY();

  constructor CreateRotateZ();

  constructor CreateRotate();

  constructor CreateRotation(); overload;

  constructor CreateScale();

  constructor CreateTranslation();

  constructor CreateTranslated();

  constructor CreateFromToRotation();

  constructor CreateConstruct();

  constructor CreateOuterProduct();

  constructor CreateFrustum();

  constructor CreateOrtho();

  constructor CreateOrthoLH();

  constructor CreateOrthoRH();

  constructor CreateOrthoOffCenterLH();

  constructor CreateOrthoOffCenterRH();

  constructor CreatePerspective();

  constructor CreateLookAt();

  constructor CreateFill();

  constructor CreateConstructX();

  constructor CreateConstructY();

  constructor CreateConstructZ();

  class operator implicit(TpvFBXScalar):TpvFBXMatrix4x4();

  class operator explicit(TpvFBXScalar):TpvFBXMatrix4x4();

  class operator equal(TpvFBXMatrix4x4,TpvFBXMatrix4x4):Boolean();

  class operator notequal(TpvFBXMatrix4x4,TpvFBXMatrix4x4):Boolean();

  class operator inc(TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator dec(TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator add(TpvFBXMatrix4x4,TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator add(TpvFBXMatrix4x4,TpvFBXScalar):TpvFBXMatrix4x4();

  class operator add(TpvFBXScalar,TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator subtract(TpvFBXMatrix4x4,TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator subtract(TpvFBXMatrix4x4,TpvFBXScalar):TpvFBXMatrix4x4();

  class operator subtract(TpvFBXScalar,TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator multiply(TpvFBXMatrix4x4,TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator multiply(TpvFBXMatrix4x4,TpvFBXScalar):TpvFBXMatrix4x4();

  class operator multiply(TpvFBXScalar,TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator multiply(TpvFBXMatrix4x4,TpvFBXVector3):TpvFBXVector3();

  class operator multiply(TpvFBXVector3,TpvFBXMatrix4x4):TpvFBXVector3();

  class operator multiply(TpvFBXMatrix4x4,TpvFBXVector4):TpvFBXVector4();

  class operator multiply(TpvFBXVector4,TpvFBXMatrix4x4):TpvFBXVector4();

  class operator divide(TpvFBXMatrix4x4,TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator divide(TpvFBXMatrix4x4,TpvFBXScalar):TpvFBXMatrix4x4();

  class operator divide(TpvFBXScalar,TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator intdivide(TpvFBXMatrix4x4,TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator intdivide(TpvFBXMatrix4x4,TpvFBXScalar):TpvFBXMatrix4x4();

  class operator intdivide(TpvFBXScalar,TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator modulus(TpvFBXMatrix4x4,TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator modulus(TpvFBXMatrix4x4,TpvFBXScalar):TpvFBXMatrix4x4();

  class operator modulus(TpvFBXScalar,TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator negative(TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  class operator positive(TpvFBXMatrix4x4):TpvFBXMatrix4x4();

  function Determinant;

  function SimpleInverse;

  function Inverse;

  function Transpose;

  function EulerAngles;

  function Normalize;

  function OrthoNormalize;

  function RobustOrthoNormalize();

  function ToRotation;

  function SimpleLerp();

  function MulInverse();

  function MulInverted();

  function MulBasis();

  function MulTransposedBasis();

  function MulHomogen();

  property Components []: TpvFBXScalar; default; [rw]

  property Columns []: TpvFBXVector4; [rw]

  property Rows []: TpvFBXVector4; [rw]

  case TpvInt32 of

    0: (

        RawComponents: array [0..3,0..3] of TpvFBXScalar;

      );

    1: (

        LinearRawComponents: array [0..15] of TpvFBXScalar;

      );

    2: (

        m00: TpvFBXScalar;

        m01: TpvFBXScalar;

        m02: TpvFBXScalar;

        m03: TpvFBXScalar;

        m10: TpvFBXScalar;

        m11: TpvFBXScalar;

        m12: TpvFBXScalar;

        m13: TpvFBXScalar;

        m20: TpvFBXScalar;

        m21: TpvFBXScalar;

        m22: TpvFBXScalar;

        m23: TpvFBXScalar;

        m30: TpvFBXScalar;

        m31: TpvFBXScalar;

        m32: TpvFBXScalar;

        m33: TpvFBXScalar;

      );

    3: (

        Tangent: TpvFBXVector4;

        Bitangent: TpvFBXVector4;

        Normal: TpvFBXVector4;

        Translation: TpvFBXVector4;

      );

    4: (

        Right: TpvFBXVector4;

        Up: TpvFBXVector4;

        Forwards: TpvFBXVector4;

        Offset: TpvFBXVector4;

      );

end;