def drawLineAngle(cls, cx, cy, r, angle):
points = []
radius = 14
y = -radius * math.sin(r)
y2 = -radius * math.sin(r - math.pi/2.0)
if r <= math.pi*0.25:
clr = 5
elif r <= math.pi*0.5:
clr = 12
elif r <= math.pi*0.75:
clr = 6
else:
clr = 5
#pyxel.line(cx -32, cy, cx -8, y, clr)
#pyxel.line(cx -8, y, cx +8, y, clr)
#pyxel.line(cx +8, y, cx +32, cy, clr)
points.append([-32, +0])
points.append([-8, +y])
points.append([+8, +y])
points.append([+32, +0])
xpoints = gcommon.getAnglePoints([cx, cy], points, [0,0], angle)
Drawing.drawConnectedLines(xpoints, clr)
if r >math.pi*0.75 and r <= math.pi * 1.75:
pass
else:
#pyxel.line(cx -8, y, cx -8, y2, clr)
#pyxel.line(cx +8, y, cx +8, y2, clr)
points = [[-8, y], [-8, y2], [+8, y], [+8, y2]]
xpoints = gcommon.getAnglePoints([cx, cy], points, [0,0], angle)
Drawing.drawLines(xpoints, clr)
