This library adds several generic vector methods to the Array prototype. These methods assume that the array is a list of numeric components. Most vector methods produce undefined behavior if the array contains non-numeric elements.

This library doesn't play nice with other libaries since it directly modifies Array.prototype. However, this allows for very clean vector syntax:

> [1, 2].add([3,4])
[4,6]

> [1.6, 2.7].round()
[2,3]

This library is meant to be incredibly lightweight. It currently comes in at 246 bytes minified and gzipped.

• x() - Gets first component
• x(value) - Sets first component
• y() - Gets second component
• y(value) - Sets second component
• z() - Gets third
• z(value) - Sets third
• add(vector) - Returns a new vector that is the sum of this vector and vector
• sub(vector) - Returns a new vector that is the difference between this vector vector
• mul(scalar) - Returns a new vector with each component multiplied by scalar
• div(scalar) - Returns a new vector with each component divided by scalar
• dot(vector) - Returns the dot product of this vector and vector
• cross(vector) - Returns the cross product of this vector and vector
• mag() - Returns the magnitude of this vector
• magSq() - Returns the magnitude squared of this vector
• dist(vector) - Returns the distance between this vector and vector
• distSq(vector) - Returns the distance squared between this vector and vector
• norm() - Return the normal (length 1) vector
• abs() - Performs Math.abs() on each component
• ceil() - Performs Math.ceil() on each component
• floor() - Performs Math.floor() on each component
• max(value) - Performs Math.max() on each component
• min(value) - Performs Math.min() on each component
• round() - Performs Math.round() on each component
• clamp(min, max) - Clamps each component between the provided values

• clamp(value, min, max) - Clamps a value between min and max