def _move(self):
ml = self._moving_line
tl = self._target_line
ml_ps = [
obj for obj in bpy.data.objects
if obj.fp_id in ml.fp_deps and obj.fp_id != 0
]
tl_ps = [
obj for obj in bpy.data.objects
if obj.fp_id in tl.fp_deps and obj.fp_id != 0
]
pairs = [(i, j) for i in ml_ps for j in tl_ps]
nearest = reduce(
lambda rslt, pair: pair
if ((loc(pair[1])[0] - loc(pair[0])[0])**2 +
(loc(pair[1])[1] - loc(pair[0])[1])**2) <
((loc(rslt[1])[0] - loc(rslt[0])[0])**2 +
(loc(rslt[1])[1] - loc(rslt[0])[1])**2) else rslt, pairs)
farest = reduce(
lambda r, p: p
if (nearest[0] not in p and nearest[1] not in p) else r, pairs)
nearest[0].fp_expression = nearest[1].fp_expression
nearest[0].fp_angle = nearest[1].fp_angle
fdiff = -sub(*[p.fp_angle for p in farest])
self._rotate_recur(farest[0], fdiff)
farest[0].fp_expression = farest[1].fp_expression
[
self._rotate_recur(obj, fdiff) for obj in bpy.data.objects
if (nearest[0].fp_id in obj.fp_deps) or (obj.parent == nearest[0])
]
def _get_angle_deg_points2(self, points):
diffs = [(loc(points[1])[i] - loc(points[0])[i]) for i in range(2)]
hyp = sqrt(reduce(add, [diff**2 for diff in diffs]))
return round(rad2deg(asin(diffs[1] / hyp)), 2) if hyp else 0
def _move(self, context):
ml = self._moving_line
tl = self._target_line
ml_ps = [
obj for obj in bpy.data.objects
if obj.fp_id in ml.fp_deps and obj.fp_id != 0
]
tl_ps = [
obj for obj in bpy.data.objects
if obj.fp_id in tl.fp_deps and obj.fp_id != 0
]
pairs = [(i, j) for i in ml_ps for j in tl_ps]
nearest = reduce(
lambda rslt, pair: pair
if ((loc(pair[1])[0] - loc(pair[0])[0])**2 +
(loc(pair[1])[1] - loc(pair[0])[1])**2) <
((loc(rslt[1])[0] - loc(rslt[0])[0])**2 +
(loc(rslt[1])[1] - loc(rslt[0])[1])**2) else rslt, pairs)
center = nearest[0]
cocenter = reduce(lambda res, item: item
if item != center else res, ml_ps, None)
farest = reduce(
lambda r, p: p
if (nearest[0] not in p and nearest[1] not in p) else r, pairs)
tl_ang_deg = self._get_angle_deg_points2(tl_ps)
ml_ang_deg = self._get_angle_deg_points2(ml_ps)
diff_ang_deg = tl_ang_deg - ml_ang_deg
diff_ang_rad = deg2rad(diff_ang_deg)
diff_loc = [
round(loc(nearest[1])[i] - loc(nearest[0])[i], 2) for i in range(3)
] # ?????
diff_quat = [(loc(tl_ps[1])[i] - loc(tl_ps[0])[i]) >= 0
for i in range(2)]
print("ml = ", ml)
print("tl = ", tl)
print("ml_ps = ", ml_ps)
print("tl_ps = ", tl_ps)
print("pairs = ", pairs)
print("nearest = ", nearest)
print("center = ", center)
print("cocenter = ", cocenter)
print("farest = ", farest)
print("self._moving_contour", self._moving_contour)
print("--------------------------------------")
pairs = []
coincidence = False
for obj_ml in ml_ps:
for obj_tl in tl_ps:
if obj_ml == obj_tl:
coincidence = True
break
if coincidence:
break
if not coincidence:
if tl_ps[0].location[0] >= tl_ps[1].location[0] and ml_ps[
0].location[0] >= ml_ps[1].location[0]:
pairs = [(ml_ps[0], tl_ps[0]), (ml_ps[1], tl_ps[1])]
elif tl_ps[0].location[0] < tl_ps[1].location[0] and ml_ps[
0].location[0] >= ml_ps[1].location[0]:
pairs = [(ml_ps[0], tl_ps[0]), (ml_ps[1], tl_ps[1])]
elif tl_ps[0].location[0] >= tl_ps[1].location[0] and ml_ps[
0].location[0] < ml_ps[1].location[0]:
pairs = [(ml_ps[0], tl_ps[0]), (ml_ps[1], tl_ps[1])]
elif tl_ps[1].location[0] >= tl_ps[0].location[0] and ml_ps[
1].location[0] >= ml_ps[0].location[0]:
pairs = [(ml_ps[0], tl_ps[0]), (ml_ps[1], tl_ps[1])]
for obj in bpy.context.selected_objects:
obj.select = False
bpy.context.scene.objects.active = None
one_objects_of_ml = [
obj for obj in bpy.data.objects
if obj.fp_id in self._moving_contour[1].fp_deps and obj.fp_id != 0
]
for obj_ml in one_objects_of_ml:
for obj_ml_ps in ml_ps:
if obj_ml_ps == obj_ml:
for i in range(len(pairs)):
if pairs[i][0] == obj_ml:
pairs[i][1].select = True
new_points = []
for i in range(len(self._moving_contour) - 2):
coincidence = False
new_points.append(self._point.create(bpy.context))
print("pairs", pairs)
for obj in pairs:
print("obj", obj)
print("-----")
print("obj[0].fp_id", obj[0].fp_id)
print("self._moving_contour[i+1].fp_deps[0]",
self._moving_contour[i + 1].fp_deps[0])
print("-----")
if obj[0].fp_id == self._moving_contour[i + 1].fp_deps[0]:
pair = [
ob for ob in bpy.data.objects
if ob.fp_id == self._moving_contour[i + 1].fp_deps[1]
and ob.fp_id != 0
]
pairs += [(pair[0], new_points[i])]
coincidence = True
break
if not coincidence:
pair = [
ob for ob in bpy.data.objects
if ob.fp_id == self._moving_contour[i + 1].fp_deps[0]
and ob.fp_id != 0
]
pairs += [(pair[0], new_points[i])]
# print("pairs", pairs)
for obj in bpy.data.objects:
obj.select = False
for i in range(len(self._moving_contour) - 1):
for obj in bpy.data.objects:
obj.select = False
draw_line = Line()
if i == len(self._moving_contour) - 2:
pairs[i + 1][1].select = True
pairs[0][1].select = True
else:
pairs[i + 1][1].select = True
pairs[i + 2][1].select = True
draw_line.create(context)
for i in range(len(pairs) - 2):
print("pairs[i+1]", pairs[i + 1])
print("pairs[i+2]", pairs[i + 2])
new_angle = get_angle(loc(pairs[i + 1][0]), loc(pairs[i + 2][0]))
print("new_angle", new_angle)
old_angle = get_angle(loc(ml_ps[0]), loc(ml_ps[1]))
print("old_angle", old_angle)
start_line_angle = get_angle(loc(tl_ps[0]), loc(tl_ps[1]))
print("start_line_angle", start_line_angle)
if old_angle == start_line_angle:
pairs[i + 2][1].fp_angle = new_angle
else:
pairs[
i +
2][1].fp_angle = -new_angle - old_angle + start_line_angle
print("distance",
get_distance(loc(pairs[i + 1][0]), loc(pairs[i + 2][0])))
pairs[i + 2][1].fp_expression = str(
get_distance(loc(pairs[i + 1][0]), loc(pairs[i + 2][0])))
print("-____________-")
print("pairs", pairs)
exist = False
for obj in bpy.data.objects:
for point_in_contour in pairs:
if obj == point_in_contour[0]:
exist = True
break
if not exist:
for point_in_contour in pairs:
if obj.parent == point_in_contour[0]:
print("point_in_contour[1] = ", point_in_contour[1])
print("obj = ", obj)
distance = str(
get_distance(loc(point_in_contour[1]), loc(obj)))
angle = get_angle(loc(point_in_contour[1]), loc(obj))
obj.parent = point_in_contour[1]
obj.fp_expression = distance
obj.fp_angle = angle
exist = False
for obj in bpy.data.objects:
obj.select = False
for obj in pairs:
exist = 0
for ob in bpy.data.objects:
if ob.fp_type == Line.FP_TYPE and (
ob.fp_deps[0] == obj[0].fp_id
or ob.fp_deps[1] == obj[0].fp_id):
exist += 1
if exist > 2:
break
if exist <= 2:
for line in bpy.data.objects:
if line.fp_type == Line.FP_TYPE:
if line.fp_deps[1] == obj[0].fp_id:
line.fp_deps[1] = 0
elif line.fp_deps[0] == obj[0].fp_id:
line.fp_deps[0] = 0
obj[0].select = True
bpy.ops.object.delete()
for line in bpy.data.objects:
if line.fp_type == Line.FP_TYPE and (line.fp_deps[0] == 0
or line.fp_deps[1] == 0):
line.select = True
bpy.ops.object.delete()