Matrix

A matrix type. This is a 2D array of a guaranteed uniform size.

struct Matrix(Number)
struct Matrix (
Number
) if (
isNumeric!Number
) {
this(size_t rowCount, size_t columnCount, immutable(Number[]) data);
this(size_t rowCount, size_t columnCount, const(Number[]) data);
this(size_t rowCount, size_t columnCount, Number[] data);
this(size_t rowCount, size_t columnCount);
Matrix!Number dup();
immutable(Matrix!Number) idup();
immutable(Matrix!Number) idup();
bool empty [@property getter];
size_t rowCount [@property getter];
size_t columnCount [@property getter];
bool isSquare [@property getter];
inout(Number[]) opIndex(size_t row);
inout(Number) opIndex(size_t row, size_t column);
int opApply(int delegate(ref size_t, ref size_t, ref Number) dg);
void opOpAssign(const Matrix!OtherNumber other);
Matrix!Number opBinary(ref const Matrix!OtherNumber other);
Matrix!Number opBinary(const Matrix!OtherNumber other);
Matrix!Number opBinary(ref const Matrix!OtherNumber other);
Matrix!Number opBinary(const Matrix!OtherNumber other);
Matrix!OtherNumber opBinary(ref const Matrix!OtherNumber other);
Matrix!OtherNumber opBinary(const Matrix!OtherNumber other);
void opOpAssign(OtherNumber other);
Matrix!Number opBinary(OtherNumber other);
bool opEquals(ref const Matrix!Number other);
bool opEquals(const Matrix!Number other);
}
struct Matrix(Number, size_t _rowCount, size_t _columnCount)
struct Matrix(Number, size_t _rowCount, size_t _columnCount)
template Matrix(Number, size_t rowCount, size_t columnCount)

Constructors

this this(size_t rowCount, size_t columnCount, immutable(Number[]) data)
this(size_t rowCount, size_t columnCount, const(Number[]) data)
this(size_t rowCount, size_t columnCount, Number[] data): Create an matrix from an array of data.
this this(size_t rowCount, size_t columnCount): Create a matrix of a given size.

Members

Functions

dup Matrix!Number dup()
idup immutable(Matrix!Number) idup()
idup immutable(Matrix!Number) idup(): When calling .idup on an already immutable matrix, the reference to the same immutable matrix is returned. It should be safe to share the immutable memory in this manner.
opApply int opApply(int delegate(ref size_t, ref size_t, ref Number) dg): Overload for foreach(rowIndex, columnIndex, value; matrix) {}
opBinary Matrix!Number opBinary(ref const Matrix!OtherNumber other)
Matrix!Number opBinary(const Matrix!OtherNumber other): Add or subtract two matrices, yielding a new matrix.
opBinary Matrix!Number opBinary(ref const Matrix!OtherNumber other)
Matrix!Number opBinary(const Matrix!OtherNumber other)
Matrix!OtherNumber opBinary(ref const Matrix!OtherNumber other): Multiply two matrices.
opBinary Matrix!Number opBinary(OtherNumber other)
opBinary Matrix!OtherNumber opBinary(const Matrix!OtherNumber other): Multiply two matrices.
opEquals bool opEquals(ref const Matrix!Number other)
bool opEquals(const Matrix!Number other)
opIndex inout(Number[]) opIndex(size_t row): Slice out a row from the matrix. Modifying this slice will modify the matrix, unless it is copied.
opIndex inout(Number) opIndex(size_t row, size_t column)
opOpAssign void opOpAssign(const Matrix!OtherNumber other): Modify this matrix, adding/subtracting values from another matrix.
opOpAssign void opOpAssign(OtherNumber other): Modify this matrix with a scalar value.

Properties

columnCount size_t columnCount [@property getter]
empty bool empty [@property getter]
isSquare bool isSquare [@property getter]
rowCount size_t rowCount [@property getter]

Matrix

Constructors

Members

Functions

Properties

Meta

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