Number represents a mathematical quantity.
Addition.
Subtraction.
Multiplication.
Division.
Integer division.
Modulo.
Exponentiation.
Answer the polar radius of the number.
Answer the polar angle of the number.
Answer the real part of the number.
Answer the imaginary part of the number.
Create a new Point whose x coordinate is the receiver and whose y coordinate is aNumber.
Create a new Complex number whose real part is the receiver with the given imaginary part.
Create a new Polar number whose radius is the receiver with the given angle.
If aValue is Number, create a new Point whose x coordinate is the receiver and whose y coordinate is Number. If aValue is a Point, create a new Cartesian whose x coordinate is the receiver, y coordinate is aValue.x and z coordinate is aValue.y.
| aValue |
Create a new Spherical number whose radius is the receiver with the given angles.
| theta |
azimuth angle |
| phi |
elevation angle |
Calls function for numbers from this up to endval, inclusive, stepping each time by 1.
| endValue |
a Number. |
| function |
a Function which is passed two arguments, the first which is an number from this to |
| (endval, and the second which is a number from zero to the number of iterations minus one.) |
Calls function for numbers from this up to endval stepping each time by step.
| endValue |
a Number. |
| stepValue |
a Number. |
| function |
a Function which is passed two arguments, the first which is an number from this to endval, and the second which is a number from zero to the number of iterations minus one. |
Calls function for numbers from this up to endval stepping each time by a step specified by second.
| second |
a Number. |
| last |
a Number. |
| function |
a Function which is passed two arguments, the first which is an number from this to endval, and the second which is a number from zero to the number of iterations minus one. |
Answer the spherical radius of the number.
Answer the spherical azimuth angle of the number.
Answer the spherical elevation angle of the number.