- getPointsOnQuadCurve
- getPointsOnCubicCurve
- getQuadControlPoints
- getCubicControlPoints
- toString

getPointsOnQuadCurve

description: Documentation not provided.

usage: myInstance.getPointsOnQuadCurve(targ, p1, p2, p3);

parameters:

• targ (Number)
• p1 (Object)
• p2 (Object)
• p3 (Object)

returns: Object

getPointsOnCubicCurve

description: Documentation not provided.

usage: myInstance.getPointsOnCubicCurve(targ, p1, p2, p3, p4);

parameters:

• targ (Number)
• p1 (Object)
• p2 (Object)
• p3 (Object)
• p4 (Object)

returns: Object

getQuadControlPoints

description: Documentation not provided.

usage: myInstance.getQuadControlPoints(startX, startY, x2, y2, endX, endY);

parameters:

• targ (Number)
• startX (Number)
• startY (Number)
• x2 (Number)
• y2 (Number)
• endX (Number)
• endY (Number)

returns: Object

getCubicControlPoints

description: if anybody finds a generic method to compute control points for bezier curves with n control points, if only the points on the curve are given, please let me know!

usage: myInstance.getCubicControlPoints(startX, startY, throughX1, throughY1, throughX2, throughY2, endX, endY);

parameters:

• targ (Number)
• startX (Number)
• startY (Number)
• throughX1 (Number)
• throughY1 (Number)
• throughX2 (Number)
• throughY2 (Number)
• endX (Number)
• endY (Number)

returns: Object

toString

description: returns the name of the class.

usage: myInstance.toString();

returns: String