No comment. Sorry.

	computing
	computeInitialStateFrom:with: computeSplitAt: floatStepToFirstScanLineAt:in: floatStepToNextScanLineAt:in: intStepToFirstScanLineAt:in: intStepToNextScanLineAt:in: isMonoton stepToFirstScanLineAt:in: stepToNextScanLineAt:in: subdivide subdivideAt: subdivideToBeLine subdivideToBeMonoton

	private
	absoluteSquared8Dot24: debugDraw debugDraw2 debugDrawWide: printOn: printOnStream: quickPrint: quickPrint:first: stepToFirst stepToFirstInt stepToNext stepToNextInt validateIntegerRange valueAt:

	accessing	top
	end
	end:
	inTangent Return the tangent at the start point
	initialX
	initialY
	initialZ
	outTangent Return the tangent at the end point
	start
	start:
	via
	via:

	computing	top
	computeInitialStateFrom:with: Compute the initial state in the receiver.
	computeSplitAt: Split the receiver at the parametric value t
	floatStepToFirstScanLineAt:in: Float version of forward differencing
	floatStepToNextScanLineAt:in: Float version of forward differencing
	intStepToFirstScanLineAt:in: Scaled integer version of forward differencing
	intStepToNextScanLineAt:in: Scaled integer version of forward differencing
	isMonoton Return true if the receiver is monoton along the y-axis, e.g., check if the tangents have the same sign
	stepToFirstScanLineAt:in: Compute the initial x value for the scan line at yValue
	stepToNextScanLineAt:in: Compute the next x value for the scan line at yValue. This message is sent during incremental updates. The yValue parameter is passed in here for edges that have more complicated computations,
	subdivide Subdivide the receiver
	subdivideAt: Subdivide the receiver at the given parameter
	subdivideToBeLine Not a true subdivision. Just return a line representing the receiver and fake me to be of zero height
	subdivideToBeMonoton Subdivide the receiver at it's extreme point

	private	top
	absoluteSquared8Dot24: Compute the squared value of a 8.24 number with 0.0 <= value < 1.0, e.g., compute (value * value) bitShift: -24
	debugDraw
	debugDraw2
	debugDrawWide:
	printOn: Append to the argument, aStream, a sequence of characters that identifies the receiver.
	printOnStream:
	quickPrint:
	quickPrint:first:
	stepToFirst
	stepToFirstInt Scaled integer version of forward differencing
	stepToNext
	stepToNextInt Scaled integer version of forward differencing
	validateIntegerRange
	valueAt: Return the point at the value parameter: p(t) = (1-t)^2 * p1 + 2*t*(1-t) * p2 + t^2 * p3.

	class initialization	top
	initialize GraphicsBezierSimulation initialize