def _build_points(self, dip):
bx = dip.body_width() / 2
by = dip.body_length() / 2
points = []
points.extend(projectPoints(dip.matrix, map(Point2, [(-bx, by), (-bx,-by),(bx,-by),(bx,by) ])))
for i in range(28):
theta = -math.pi * i / 27
points.append(projectPoint(dip.matrix, Point2(math.cos(theta) * units.MM, math.sin(theta) * units.MM + by)))
return list(zip(points, points[1:] + points[0:1]))
def _build_points(self, dip):
bx = dip.body_width() / 2
by = dip.body_length() / 2
points = []
points.extend(
projectPoints(
dip.matrix,
map(Point2, [(-bx, by), (-bx, -by), (bx, -by), (bx, by)])))
for i in range(28):
theta = -math.pi * i / 27
points.append(
projectPoint(
dip.matrix,
Point2(
math.cos(theta) * units.MM,
math.sin(theta) * units.MM + by)))
return list(zip(points, points[1:] + points[0:1]))
def _build_points(self, cmp):
"""
:type cmp: pcbre.model.passivecomponent.PassiveComponent
:param cmp:
:return:
"""
circ_groups = []
if cmp.body_type == PassiveBodyType.CHIP:
bx = cmp.body_corner_vec.x
by = cmp.body_corner_vec.y
circ_groups.append(
map(Point2, [(-bx, by), (-bx, -by), (bx, -by), (bx, by)]))
elif cmp.body_type == PassiveBodyType.TH_AXIAL:
bx = cmp.body_corner_vec.x
by = cmp.body_corner_vec.y
circ_groups.append(
map(Point2, [(-bx, by), (-bx, -by), (bx, -by), (bx, by)]))
d = cmp.pin_d - cmp.pin_corner_vec.x
print(bx, d)
circ_groups.append([Point2(bx, 0), Point2(d, 0)])
circ_groups.append([Point2(-bx, 0), Point2(-d, 0)])
elif cmp.body_type == PassiveBodyType.TH_RADIAL:
g = []
m = cmp.body_corner_vec.mag()
for i in range(32):
p = Point2.fromPolar(i / 16 * math.pi, m)
g.append(p)
circ_groups.append(g)
ll = []
for group in circ_groups:
newpoints = projectPoints(cmp.matrix, group)
ll += list(zip(newpoints, newpoints[1:] + newpoints[0:1]))
return ll
def _build_points(self, cmp):
"""
:type cmp: pcbre.model.passivecomponent.PassiveComponent
:param cmp:
:return:
"""
circ_groups = []
if cmp.body_type == PassiveBodyType.CHIP:
bx = cmp.body_corner_vec.x
by = cmp.body_corner_vec.y
circ_groups.append(map(Point2, [(-bx, by), (-bx,-by),(bx,-by),(bx,by) ]))
elif cmp.body_type == PassiveBodyType.TH_AXIAL:
bx = cmp.body_corner_vec.x
by = cmp.body_corner_vec.y
circ_groups.append(map(Point2, [(-bx, by), (-bx,-by),(bx,-by),(bx,by)]))
d = cmp.pin_d - cmp.pin_corner_vec.x
print(bx, d)
circ_groups.append([Point2(bx, 0), Point2(d, 0)])
circ_groups.append([Point2(-bx, 0), Point2(-d, 0)])
elif cmp.body_type == PassiveBodyType.TH_RADIAL:
g = []
m = cmp.body_corner_vec.mag()
for i in range(32):
p = Point2.fromPolar(i/16*math.pi, m)
g.append(p)
circ_groups.append(g)
ll = []
for group in circ_groups:
newpoints = projectPoints(cmp.matrix, group)
ll += list(zip(newpoints, newpoints[1:] + newpoints[0:1]))
return ll
