def SurfaceFitter():
srf_id = rs.GetObject("Surface to fit", 8, True, True)
if not srf_id: return
pts = rs.GetPointCoordinates("Points to fit to", False)
if not pts: return
for n in range(100):
nSrf = FitSurface(srf_id, pts)
rs.DeleteObject(srf_id)
srf_id = nSrf
def DistributedSurfaceFitter():
srf_id = rs.GetObject("Surface to fit", 8, True, True)
if not srf_id: return
pts = rs.GetPointCoordinates("Points to fit to", False)
if not pts: return
for n in xrange(10000):
rs.EnableRedraw(False)
nSrf, dTrans, dProx = FitSurface(srf_id, pts)
#Call Rhino.DeleteObject(idSrf)
rs.EnableRedraw(True)
rs.Prompt("Translation = %.2f Deviation = %.2f" % dTrans, dProx)
if dTrans < 0.1 or dProx < 0.01: break
srf_id = nSrf
print "Final deviation = %.4f" % dProx
def dividePointsInX():
points = rs.GetPoints()
x = 0
for point in points:
arCoord = rs.GetPointCoordinates();
#Some information about the author
#When it was written
#import statements
import rhinoscriptsyntax as rs
import math
print("hello")
print("my message")
print(rs.GetPointCoordinates("Select a Point: "))
def create_spatial_domain_by_sphere(self):
"""自空間の領域を構成する球体の母点を生成、周辺に外部空間(外部とのつながり)の母点を生成"""
global coordinate
# 自空間がGLに設置するか否かを判定
gl_flag = False
gl_value = rs.GetInteger('Input 1(from GL) or 2(not from GL)')
if gl_value == 1:
gl_flag = True
elif gl_value == 2:
pass
else:
raise Exception('not intended num selected, please retry')
# 自空間の隣接関係(球体の数)を決定 --> 意味ある?
neighbor_num = rs.GetInteger(
'Input the numbers of neighbor sphere') # 近接数(球体)
neighbor_ids = []
for _ in range(neighbor_num):
neighbor_id = rs.GetInteger(
'Input the neighbor sphere ID(int)') # IDを割り当て?
neighbor_ids.append(neighbor_id)
# 自空間の大まかな領域を構成する球体の半径を決定
radius = rs.GetInteger(
'Enter the radius of sphere to create space') # sphere of radius
# ユーザによる空間領域の位置を母点(球体)の取得によって決定 --> 重要
sphere_center_coordinate = rs.GetPointCoordinates(
) # TODO ゆくゆくは自動生成にしたい
coordinate = sphere_center_coordinate[0] # [int, int ,int]の値を取得。あとで改善
# 自身のID番号
self_id = 111
# 空間領域を決定するための球体を生成(インスタンス)
self.spatial_domain_sphere = Sphere.Sphere(self_id, gl_flag,
sphere_center_coordinate[0],
radius, neighbor_ids, None)
# 他の空間領域との相互関係を決定するための外部球体を生成
temp_coordinate_list = []
coordinate_1 = Rhino.Geometry.Point3d(coordinate[0] + 90,
coordinate[1] + 20,
coordinate[2])
coordinate_2 = Rhino.Geometry.Point3d(coordinate[0] - 100,
coordinate[1] - 5, coordinate[2])
coordinate_3 = Rhino.Geometry.Point3d(coordinate[0] + 1,
coordinate[1] + 90,
coordinate[2])
coordinate_4 = Rhino.Geometry.Point3d(coordinate[0] - 1,
coordinate[1] - 100,
coordinate[2])
coordinate_5 = Rhino.Geometry.Point3d(coordinate[0] - 2,
coordinate[1] - 1,
coordinate[2] + 100)
coordinate_6 = Rhino.Geometry.Point3d(coordinate[0] + 3,
coordinate[1] + 10,
coordinate[2] - 100)
coordinate_7 = Rhino.Geometry.Point3d(coordinate[0] + 50,
coordinate[1] + 10,
coordinate[2] + 50)
temp_coordinate_list.append(coordinate_1)
temp_coordinate_list.append(coordinate_2)
temp_coordinate_list.append(coordinate_3)
temp_coordinate_list.append(coordinate_4)
temp_coordinate_list.append(coordinate_5)
temp_coordinate_list.append(coordinate_6)
temp_coordinate_list.append(coordinate_7)
for i in range(7):
outer_id = i
radius = 500
neighbor_ids = []
gl_flag = False
outer_sphere = Sphere.Sphere(self_id, gl_flag,
temp_coordinate_list[i], radius,
neighbor_ids, outer_id)
self.sphere_outer_lists.append(outer_sphere)
# 不必要なオブジェクトを削除
del temp_coordinate_list