Structures

A 3x3 matrix. Conforms to Equatable, MatrixBase, ConstantSizeMatrix, and SquareMatrix. Conforms to MatrixOperationsBase by the extensions in VariableSizeMatrix/.

A 4x4 matrix. Conforms to Equatable, MatrixBase, ConstantSizeMatrix, and SquareMatrix. Conforms to MatrixOperationsBase by the extensions in VariableSizeMatrix.

A 2-dimensional vector representing a size.

A matrix whose dimensions are determined at runtime.

An iterator that iterates over pairs of elements in firstSequence and secondSequence. secondSequence must not destructively consume its contents.

For example, the first element generated is (firstSequence[0], secondSequence[0]), the second element is (firstSequence[0], secondSequence[1]), all the way to (firstSequence[0]. secondSequence.last), at which point the next element is (firstSequence[1], secondSequence[0]).

for (x, y) in pairs(firstSequence, secondSequence) {
    //...
}

is equivalent to

for x in firstSequence {
    for y in secondSequence {
        //...
    }
}

A 2-dimensional vector.

A 4-dimensional vector representing a rectangle. A rectangle contains an origin (point) and dimensions (size). The dimensions of size must be non-negative.

A 3-dimensional vector.

A 4-dimensional vector.