Cope.experimental.point Namespace Reference

Functions
def	findClosestXPoint (target, comparatorList, offsetIndex=0)
def	getPointsAlongLine (p1, p2)
def	rotatePoint (p, angle, pivotPoint, radians=False)
def	getMidPoint (p1, p2)
def	findClosestPoint (target, comparatorList)
def	collidePoint ('Point' topLeft, Union[tuple, list, 'Size'] size, target, inclusive=True)
def	getPointDist ('Point' a, 'Point' b)

Function Documentation

collidePoint()

def Cope.experimental.point.collidePoint	(	'Point'	topLeft,
		Union[tuple, list, 'Size']	size,
			target,
			inclusive = True
	)

 Returns true if target is within the rectangle given by topLeft and size 

findClosestPoint()

def Cope.experimental.point.findClosestPoint	(		target,
			comparatorList
	)

 Finds the closest point in the list to what it's given

findClosestXPoint()

def Cope.experimental.point.findClosestXPoint	(		target,
			comparatorList,
			offsetIndex = 0
	)

 I've forgotten what *exactly* this does. I think it finds the point in a list of
    points who's x point is closest to the target

getMidPoint()

def Cope.experimental.point.getMidPoint	(		p1,
			p2
	)

 Returns the halfway point between 2 given points 

getPointDist()

def Cope.experimental.point.getPointDist	(	'Point'	a,
		'Point'	b
	)

getPointsAlongLine()

def Cope.experimental.point.getPointsAlongLine	(		p1,
			p2
	)

 I don't remember what this does. 

rotatePoint()

def Cope.experimental.point.rotatePoint	(		p,
			angle,
			pivotPoint,
			radians = False
	)

 This rotates one point around another point a certain amount, and returns it's new position