goog.math.Bezier

Test if the given curve is exactly the same as this one.

Modifies the curve in place to progress in the opposite direction.

Computes the curve at a point between 0 and 1.

Computes the curve's X coordinate at a point between 0 and 1.

Computes the curve's Y coordinate at a point between 0 and 1.

Computes the position t of a point on the curve given its x coordinate. That is, for an input xVal, finds t s.t. getPointX(t) = xVal. As such, the following should always be true up to some small epsilon: t ~ solvePositionFromXValue(getPointX(t)) for t in [0, 1].

Computes the y coordinate of a point on the curve given its x coordinate.

Changes this curve in place to be the portion of itself from [s, t].

Changes this curve in place to be the portion of itself from [t, 1].

Changes this curve in place to be the portion of itself from [0, t].

X coordinate of the first point.

X coordinate of the first control point.

X coordinate of the second control point.

X coordinate of the end point.

Y coordinate of the first point.

Y coordinate of the first control point.

Y coordinate of the second control point.

Y coordinate of the end point.

Constant used to approximate ellipses. See: http://canvaspaint.org/blog/2006/12/ellipse/