TKraftMeshSimplificationVector3

type TKraftMeshSimplificationVector3 = record

public

  x: TKraftDouble;

  y: TKraftDouble;

  z: TKraftDouble;

  constructor Create();

  class operator implicit(TKraftVector3):TKraftMeshSimplificationVector3();

  class operator implicit(TKraftMeshSimplificationVector3):TKraftVector3();

  class operator explicit(TKraftVector3):TKraftMeshSimplificationVector3();

  class operator explicit(TKraftMeshSimplificationVector3):TKraftVector3();

  class operator add(TKraftMeshSimplificationVector3,TKraftMeshSimplificationVector3):TKraftMeshSimplificationVector3();

  class operator subtract(TKraftMeshSimplificationVector3,TKraftMeshSimplificationVector3):TKraftMeshSimplificationVector3();

  class operator multiply(TKraftMeshSimplificationVector3,TKraftMeshSimplificationVector3):TKraftMeshSimplificationVector3();

  class operator multiply(TKraftMeshSimplificationVector3,TKraftDouble):TKraftMeshSimplificationVector3();

  class operator divide(TKraftMeshSimplificationVector3,TKraftMeshSimplificationVector3):TKraftMeshSimplificationVector3();

  class operator divide(TKraftMeshSimplificationVector3,TKraftDouble):TKraftMeshSimplificationVector3();

  class operator negative(TKraftMeshSimplificationVector3):TKraftMeshSimplificationVector3();

  class operator positive(TKraftMeshSimplificationVector3):TKraftMeshSimplificationVector3();

  function Dot();

  function Cross();

  function Length;

  function Angle();

  function Angle2();

  function RotateX();

  function RotateY();

  function RotateZ();

  function Clamp();

  function Frac;

  function Int;

  function Normalize();

  constructor CreateBarycentric();

  constructor CreateInterpolated();

end;