All Identifiers

Calculates an absolute value.

Calculates an inverse hyperbolic cosine.

Calculates an inverse hyperbolic sine.

Calculates the principal value of the arctangent of Y/X, expressed in radians.

Rounds a value towards positive infinity.

Calculates a hyperbolic cosine.

Disables floating-point exceptions.

Calculates a natural exponentiation (that is, e raised to a given power).

Calculates the principal value of the arctangent of Y/X, expressed in radians.

Calculates a natural exponentiation (that is, e raised to a given power).

Calculates a natural logarithm.

Calculates ABase raised to the AExponent power.

Calculates the sine and cosine of an angle.

Rounds a value towards negative infinity.

Modulus.

Calculates an inverse square root.

Creates a 2D vector with the two elements (X and Y) set to A.

Creates a 3D zero-vector.

Creates a 3D vector with the three elements (X, Y and Z) set to A1, A2 and A3 respectively.

Creates a 4D zero-vector.

Calculates a natural logarithm.

Creates a 2x2 identity matrix

Note: it is more efficient to use TMatrix2.Init instead.

Creates a 2x2 matrix using two row vectors.

Creates a 2x2 using the top-left corner of a 3x3 matrix.

Creates a 3x3 matrix using three row vectors.

Creates a 3x3 matrix by copying a 2x2 matrix to the top-left corner of the 3x3 matrix, and setting the remaining elements according to an identity matrix.

Creates a 3x3 using the top-left corner of a 4x4 matrix.

Creates a 4x4 identity matrix

Note: it is more efficient to use TMatrix4.Init instead.

Creates a 4x4 matrix by copying a 3x3 matrix to the top-left corner of the 4x4 matrix, and setting the remaining elements according to an identity matrix.

Creates a 4x4 matrix using four row vectors.

Calculates the maximum of two values.

Calculates a linear blend between two values, using on a progress value.

Treats the first parameter C as a column vector (matrix with one column) and the second parameter R as a row vector (matrix with one row) and does a linear algebraic matrix multiply C * R, yielding a matrix whose number of rows and columns matches that of the two vectors.

Creates a quaternion with the given components.

Converts degrees to radians.

Rounds a value towards its nearest integer.

Calculates the sine of an angle.

Default tolerance for comparing small floating-point values.

Performs smooth Hermite interpolation between 0 and 1.

Step function.

Calculates a hyperbolic tangent.

A 3-dimensional vector that uses integer components instead of floating-point components.

A 2x2 matrix in row-major order (M[Row, Column]).

A 4x4 matrix in row-major order (M[Row, Column]).

Rounds a value towards 0.

A 3-dimensional vector.

Creates a 2D vector using the first to elements (X and Y) of a 3D vector.

Creates a 2D vector with the two elements (X and Y) set to A.

Creates a 2D vector with the two elements (X and Y) set to A1 and A2 respectively.

Creates a 3D vector with the first element from a scaler, and the last two elements from a 2D vector.

Creates a 3D vector using the first three elements (X, Y and Z) of a 4D vector.

Creates a 3D zero-vector.

Creates a 4D vector with the first and last elements from two scalars, and the middle two elements from a 2D vector.

Creates a 4D vector with the first two elements from two scalars and the last two elements from a 2D vector.

Creates a 4D vector with the four elements (X, Y, Z and W) set to A1, A2, A3 and A4 respectively.

Creates a 4D zero-vector.

Adds common constants of type TMatrix2

Adds common constants of type TMatrix4

Adds common constants of type TVector2

Adds common constants of type TVector4