 Take the number representation of the argument PMC and add it to every element
in the matrix.

Add the float value to every element in the matrix.

Add the integer value to every element in the matrix.

Add the numeric value of the given PMC to every element of SELF

Add the integer value to every element of SELF

Add the floating-point value to every element of SELF

### Subtraction VTABLEs

#### subtract(NumMatrix2D)

Perform the matrix operation

`C = SELF - A`

#### subtract(DEFAULT)

Take the number representation of the argument PMC and subtract it from every
element in the matrix.

#### subtract_float

Subtract the float value from every element in the matrix.

#### subtract_int

Subtract the integer value from every element in the matrix.

### In-Place Subtraction VTABLEs

#### i_subtract(NumMatrix2D)

Perform the matrix operation

`SELF = SELF - A`

#### i_subtract(DEFAULT)

Subtract the numeric value of the PMC from the real part of each element in the
matrix

#### i_subtract_int

Subtract the integer value from the real part of each element in the matrix

#### i_subtract_float

Subtract the floating point value from the real part of each element in the
matrix

### Multiplication VTABLEs

#### multiply(NumMatrix2D)

Perform the matrix operation

`C = SELF × A`

#### multiply(DEFAULT)

Multiply each element in the matrix by the numeric value of the PMC

#### multiply_int

Multiply each element in the matrix by the integer

#### multiply_float

Multiply each element in the matrix by the floating point number

### In-Place Multiplication VTABLEs

#### i_multiply(NumMatrix2D)

Perform the matrix operation

`SELF = SELF × A`

#### i_multiply(DEFAULT)

Multiply every element in SELF by the numeric value of the PMC

#### i_multiply_int

Multiply every element in SELF by the integer

#### i_multiply_float

Multiply every element in SELF by the floating point number