Problem with path closing

[eduairet]

Hi everyone:

I'm making shapes using the arc tools and I'm having a problem in the intersection of two points:

This is the code I'm using, and the reason I didn't use the oval tool is that I want to make random movements on every arc.

def shapePage(o=0, wd=1000, hg=1000, sWd=10, positive=True, cur = True, double=False):
    hWd = wd / 2
    hHg = hg / 2
    hsWd = sWd / 2
    def canvas():
        newPage(wd, hg)
        if positive is True:
            fill(1)
        if positive is False:
            fill(0)
        rect(o, o, wd, hg)
    def blackShape():
        path = BezierPath()
        fill(None)
        if positive is True:
            stroke(0)
        if positive is False:
            stroke(1)
        strokeWidth(sWd)
        def shape(cur, radius=hWd):
            points = [
                [hWd, o + hsWd],
                [wd - hsWd, o + hsWd],
                [wd - hsWd, hHg],
                [wd - hsWd, hg - hsWd],
                [hWd, hg - hsWd],
                [o + hsWd, hg - hsWd],
                [o + hsWd, hHg],
                [o + hsWd, o + hsWd],
                [hWd, hHg]
                ]
            while radius >= sWd * 2:
                newsWd=sWd * 2  
                if cur is True:
                    path.moveTo(points[0])
                    path.arcTo(points[1], points[2], radius)
                    path.arcTo(points[3], points[4], radius)
                    path.arcTo(points[5], points[6], radius)
                    path.arcTo(points[7], points[0], radius)
                if cur is False:
                    path.moveTo(points[0])
                    path.lineTo(points[1])
                    path.lineTo(points[2])
                    path.lineTo(points[3])
                    path.lineTo(points[4])
                    path.lineTo(points[5])
                    path.lineTo(points[6])
                    path.lineTo(points[7])
                    path.lineTo(points[0])
                lineCap("butt")
                #lineJoin("miter")
                closePath()
                drawPath(path=path)
                for point in points:
                    if point[0] < hWd:
                        point[0] += newsWd
                    if point[0] > hWd:
                        point[0] -= newsWd
                    if point[0] == hWd:
                        point[0] = point[0]
                    if point[1] < hHg:
                        point[1] += newsWd
                    if point[1] > hHg:
                        point[1] -= newsWd
                    if point[1] == hHg:
                        point[1] = point[1]
                radius -= newsWd
        shape(cur)
        if double is True:
            shape(not cur)
    canvas()
    blackShape()

[frederik]

every arc is separate contours in a path, what you see is the lineCap (see)

[eduairet]

Thank you @frederik ! I was wondering if there's a way to access to the curves of an oval(x, y, w, h)

[gferreira]

hello @eduairet,

you can draw an oval using a BezierPath, and then access its contours and points:

B = BezierPath()
B.oval(100, 100, 800, 800)
print(B.contours)
print(B.points)
print(B.onCurvePoints)
print(B.offCurvePoints)

cheers!

[eduairet]

@gferreira great!!!! thank you very much.