All Functions and Procedures

Name	Unit	Description
Abs	ADim	Returns the absolute value of a real number.
Abs	ADim	Returns the modulus (magnitude) of a complex number.
ArcCos	ADim	Returns the arc cosine of `AValue` as an angle quantity in radians.
ArcSin	ADim	Returns the arc sine of `AValue` as an angle quantity in radians.
ArcTan	ADim	Returns the arc tangent of `AValue` as an angle quantity in radians.
ArcTan2	ADim	Returns the arc tangent of `y/x` as an angle quantity in radians, using the signs of both arguments to determine the correct quadrant.
Commutator	ADim	Returns the commutator of two 2×2 complex matrices.
Commutator	ADim	Returns the commutator of two 3×3 complex matrices.
Commutator	ADim	Returns the commutator of two 4×4 complex matrices.
Complex	ADimC	Creates a TComplex number from its real and imaginary parts.
Cos	ADim	Returns the cosine of the angle quantity.
Cosecant	ADim	Returns the cosecant of the angle quantity: `1/sin(θ)`.
Cotan	ADim	Returns the cotangent of the angle quantity: `cos(θ)/sin(θ)`.
CubicPower	ADim	Returns the cube of the complex number `AValue`.
CubicPower	ADim	Returns the cube of the complex quantity `AQuantity`.
CubicPower	ADim	Returns the cube of the quantity: `AQuantity³`.
CubicRoot	ADim	Returns all cube roots of the complex number `AValue` as a fixed-size array.
CubicRoot	ADim	Returns the cube root of the quantity: `AQuantityˆ(1/3)`.
EqualToZero	ADim	Returns `True` if the quantity is equal to zero within the default floating point tolerance.
Exp	ADim	Returns `eˆAQuantity` as a dimensioned quantity.
GreaterThanOrEqualToZero	ADim	Returns `True` if the quantity is greater than or equal to zero.
GreaterThanZero	ADim	Returns `True` if the quantity is strictly greater than zero.
LessThanOrEqualToZero	ADim	Returns `True` if the quantity is less than or equal to zero.
LessThanZero	ADim	Returns `True` if the quantity is strictly less than zero.
Log10	ADim	Returns the base-10 logarithm of the quantity as a dimensionless `double`.
Log2	ADim	Returns the base-2 logarithm of the quantity as a dimensionless `double`.
LogN	ADim	Returns the base-`ABase` logarithm of the quantity as a dimensionless `double`.
LogN	ADim	Returns the logarithm of `AQuantity` in the base `ABase` as a dimensionless `double`.
Matrix	ADimC	Creates a 2×2 complex matrix from its elements in row-major order.
Matrix	ADimC	Creates a 3×3 complex matrix from its elements in row-major order.
Matrix	ADimC	Creates a 4×4 complex matrix from its elements in row-major order.
Matrix	ADimR3	Creates a 2×2 real matrix from its elements in row-major order.
Matrix	ADimR3	Creates a 3×3 real matrix from its elements in row-major order.
Matrix	ADimR3	Creates a 4×4 real matrix from its elements in row-major order.
Max	ADim	Returns the larger of two quantities.
Min	ADim	Returns the smaller of two quantities.
NotEqualToZero	ADim	Returns `True` if the quantity is not equal to zero within the default floating point tolerance.
Power	ADim	Returns `ABaseˆAExponent` as a dimensionless `double`.
QuarticPower	ADim	Returns the fourth power of the complex number `AValue`.
QuarticPower	ADim	Returns the fourth power of the complex quantity `AQuantity`.
QuarticPower	ADim	Returns the fourth power of the quantity: `AQuantity⁴`.
QuarticRoot	ADim	Returns all fourth roots of the complex number `AValue` as a fixed-size array.
QuarticRoot	ADim	Returns the fourth root of the quantity: `AQuantityˆ(1/4)`.
QuinticPower	ADim	Returns the fifth power of the quantity: `AQuantity⁵`.
QuinticRoot	ADim	Returns the fifth root of the quantity: `AQuantityˆ(1/5)`.
SameValueEx	ADim	Returns `True` if two real numbers are equal within the default floating point tolerance.
SameValueEx	ADim	Returns `True` if two 2×2 complex matrices are equal within the default floating point tolerance.
SameValueEx	ADim	Returns `True` if two 2-component complex vectors are equal within the default floating point tolerance.
SameValueEx	ADim	Returns `True` if two 3×3 complex matrices are equal within the default floating point tolerance.
SameValueEx	ADim	Returns `True` if two 3-component complex vectors are equal within the default floating point tolerance.
SameValueEx	ADim	Returns `True` if two 4×4 complex matrices are equal within the default floating point tolerance.
SameValueEx	ADim	Returns `True` if two 4-component complex vectors are equal within the default floating point tolerance.
SameValueEx	ADim	Returns `True` if two complex numbers are equal within the default floating point tolerance.
SameValueEx	ADim	Returns `True` if two real physical quantities are equal within the default floating point tolerance.
Secant	ADim	Returns the secant of the angle quantity: `1/cos(θ)`.
SexticPower	ADim	Returns the sixth power of the quantity: `AQuantity⁶`.
SexticRoot	ADim	Returns the sixth root of the quantity: `AQuantityˆ(1/6)`.
Sin	ADim	Returns the sine of the angle quantity.
SolveEquation	ADim	Solves the linear equation `a·x = 0` over the reals.
SolveEquation	ADim	Solves the linear equation `a·z = 0` over the complex numbers.
SolveEquation	ADim	Solves the linear equation `a·z + b = 0` over the complex numbers.
SolveEquation	ADim	Solves the quadratic equation `a·z² + b·z + c = 0` over the complex numbers.
SolveEquation	ADim	Solves the cubic equation `a·z³ + b·z² + c·z + d = 0` over the complex numbers using Cardano's method.
SquarePower	ADim	Returns the square of the complex number `AValue`.
SquarePower	ADim	Returns the square of the complex quantity `AQuantity`.
SquareRoot	ADim	Returns all square roots of the complex number `AValue` as a fixed-size array.
SquareRoot	ADim	Returns the square root of the quantity: `AQuantityˆ(1/2)`.
Tan	ADim	Returns the tangent of the angle quantity.
Vector	ADimC	Creates a 2-component complex vector from two complex numbers.
Vector	ADimC	Creates a 3-component complex vector from three complex numbers.
Vector	ADimC	Creates a 4-component complex vector from four complex numbers.
Vector	ADimR3	Creates a 2-component real vector from two scalar values.
Vector	ADimR3	Creates a 3-component real vector from three scalar values.
Vector	ADimR3	Creates a 4-component real vector from four scalar values.

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ADim Library

ADim Library

All Functions and Procedures