def SamplePointsOnSphere():
samples = rs.GetInteger("Number of points", 10, 1)
if samples is None: return
rs.EnableRedraw(False)
rs.AddSphere([0, 0, 0], 1)
rs.AddPoints(GetPointsEquiAngularlyDistancedOnSphere(samples))
rs.EnableRedraw(True)
def divide_curve():
# get user input
res, obj_refs = RhinoGet.GetMultipleObjects("Curves to divide",
False, ObjectType.EdgeFilter | ObjectType.Curve)
if res <> Result.Success: return res
curves = [obj_ref.Curve() for obj_ref in obj_refs]
distance_between_divisions = rs.GetReal(
message = "Distance between divisions",
number = 5.0, minimum = 1.0)
if distance_between_divisions == None: return
# generate the points
points = []
for curve in curves:
t0 = curve.Domain.Min
points.append(curve.PointAt(t0))
sphere_center = curve.PointAt(t0)
t = t0
rest_of_curve = curve
while True:
sphere = Sphere(sphere_center, distance_between_divisions)
b, overlapCurves, intersectPoints = Intersection.CurveBrep(
rest_of_curve, sphere.ToBrep(), 0.0)
if b == False or (overlapCurves.Length == 0 and intersectPoints.Length == 0):
break
t, point = nextIntersectParamAndPoint(
overlapCurves, intersectPoints, rest_of_curve)
points.append(point)
sphere_center = point
rest_of_curve = curve.Split(t)[1]
rs.AddPoints(points)
rs.Redraw()
def test_SimpleWithSurfaceAndDefaults(self):
id = rs.AddCircle((0, 0, 0), 20)
srf_id = rs.AddPlanarSrf(id)
pt_ids = rs.AddPoints([(-20, 0, 0), (0, 20, 0), (20, 0, 0)])
id = rs.AddPatch(pt_ids, srf_id)
brep = rs.coercebrep(id, True)
self.assertTrue(brep.IsSurface)
def SampleFibonacciSphere():
samples = rs.GetInteger("Number of points", 10, 1)
if samples is None: return
rs.EnableRedraw(False)
rs.AddSphere([0, 0, 0], 1)
rs.AddPoints(FibonacciSphere(samples))
rs.EnableRedraw(True)
def EndingCap(stuff1, stuff2):
plyu = ChainLink(stuff1[0][0], stuff1[0][1])
plyd = ChainLink(stuff1[1][0], stuff1[1][1])
rs.AddPoints(plyu)
rs.AddPoints(plyd)
polu = Rhino.Geometry.Polyline(plyu)
pold = Rhino.Geometry.Polyline(plyd)
polu = scriptcontext.doc.Objects.AddPolyline(plyu)
pold = scriptcontext.doc.Objects.AddPolyline(plyd)
up = rs.AddPlanarSrf([polu])
down = rs.AddPlanarSrf([pold])
rs.AddPoints([
stuff2[0][0][len(stuff2[0][0]) - 1], stuff1[0][0][0], stuff1[0][1][0],
stuff2[0][1][len(stuff2[0][1]) - 1]
])
rs.AddPoints([
stuff2[1][0][len(stuff2[1][0]) - 1], stuff1[1][0][0], stuff1[1][1][0],
stuff2[1][1][len(stuff2[1][1]) - 1]
])
uplink = rs.AddSrfPt([
stuff2[0][0][len(stuff2[0][0]) - 1], stuff1[0][0][0], stuff1[0][1][0],
stuff2[0][1][len(stuff2[0][1]) - 1]
])
downlink = rs.AddSrfPt([
stuff2[1][0][len(stuff2[1][0]) - 1], stuff1[1][0][0], stuff1[1][1][0],
stuff2[1][1][len(stuff2[1][1]) - 1]
])
rs.DeleteObjects([polu, pold])
return [[uplink, up[0]], [downlink, down[0]]]
def ImportPoints(filename):
if not filename: return
#read each line from the file
file = open(filename, "r")
contents = file.readlines()
file.close()
# local helper function
def __point_from_string(text):
items = text.strip("()\n").split(",")
x = float(items[0])
y = float(items[1])
z = float(items[2])
return x, y, z
contents = [__point_from_string(line) for line in contents]
points = rs.AddPoints(contents)
return points
def ImportPoints():
#prompt the user for a file to import
filter = "Comma Seperated Values (*.csv)|*.csv|All Files (*.*)|*.*||"
filename = rs.OpenFileName("Open Point File", filter)
if not filename: return
#read each line from the file
file = open(filename, "r")
contents = file.readlines()
file.close()
# local helper function
def __point_from_string(text):
items = text.strip("()\n").split(",")
x = float(items[0])
y = float(items[1])
z = float(items[2])
return x, y, z
contents = [__point_from_string(line) for line in contents]
rs.AddPoints(contents)
def make_join(edge, n_joins, dx, dy, inner, truncate):
pts = rs.DivideCurve(edge, n_joins)
outer_pts, inner_pts, pairs_ordered = [], [], []
extrapt = None
outer_pts = rs.AddPoints(pts)
inner_pts = rs.CopyObjects(outer_pts, [dx, dy, 0])
if inner == True:
extrapt = outer_pts[0]
outer_pts = outer_pts[1:]
else:
extrapt = inner_pts[0]
inner_pts = inner_pts[1:]
pairs_o = zip(outer_pts[0::2], outer_pts[1::2])
pairs_i = zip(inner_pts[0::2], inner_pts[1::2])
if inner is True:
pairs_ordered = flatten(zip(pairs_i, pairs_o))
endpts = [inner_pts[-2], inner_pts[-1]]
else:
pairs_ordered = flatten(zip(pairs_o, pairs_i))
endpts = [outer_pts[-2], outer_pts[-1]]
pairs_ordered = pairs_ordered + endpts
if truncate is True:
v = rs.VectorUnitize(
rs.VectorCreate(pairs_ordered[0], pairs_ordered[1]))
v = rs.VectorScale(v, T_OBOX)
rs.MoveObject(pairs_ordered[-1], v)
rs.MoveObject(pairs_ordered[0], rs.VectorReverse(v))
pl = rs.AddPolyline(pairs_ordered)
rs.DeleteObject(extrapt)
rs.DeleteObjects(outer_pts)
rs.DeleteObjects(inner_pts)
return pl
def addArcLeader():
"""
Automatically calculates and annotates the length of a curve object,
used primarily for arc length
Input parameters: None
Returns: Guid if successful
None if failure
"""
try:
#assign empty variables
points = []
leader = None
#get curve
crv = rs.GetCurveObject("Select curve object")
crvLen = rs.CurveLength(crv[0]) #get curve's length
#get points
pts = rs.GetPoints("AddPoints, press enter when done")
points = rs.AddPoints(pts)
#make leader
leader = rs.AddLeader(points,
text="ArcLength: " + str(round(crvLen, 3)))
return leader
except Exception:
pass
finally:
if points:
rs.DeleteObjects(
points) #points will be deleted even upon exception
return leader
def fractalizeCurve(curve, numsteps, output_lines):
numsteps -= 1
#Get endpoints from input curve
curvePoints = rs.AddPoints(rs.CurvePoints(curve))
pt0 = curvePoints[0]
pt1 = curvePoints[1]
#rotate input curve by input angle and form a triangle
new_pt = rs.RotateObject(pt1, pt0, angle, axis=None, copy=True)
new_line1 = rs.AddCurve([pt0, new_pt])
new_line2 = rs.AddCurve([new_pt, pt1])
#Append all the new lines into an input list
output_lines.append(new_line1)
output_lines.append(new_line2)
#iterate the function as many times as requested
if numsteps > 0:
fractalizeCurve(new_line1, (numsteps), output_lines)
fractalizeCurve(new_line2, (numsteps), output_lines)
else:
return output_lines
import System
import System.Windows.Forms as Forms
from System.Windows.Forms import *
import System.Drawing as Drawing
from System.Drawing import *
import Rhino
import rhinoscriptsyntax as rs
baseObj = rs.AddLine((0, 0, 0), (0, -200, 0))
poly = rs.GetObject('sel crv', 4, False)
pts = rs.CurveEditPoints(poly)
rs.AddPoints(pts)
def orientObjAlongPolyPts(obj, pts, baseVect=(0, 1, 0)):
up = (0, 0, 1)
for i in range(0, len(pts) - 1):
if i < (len(pts) - 2):
p0 = pts[i]
p1 = pts[i + 1]
p2 = pts[i + 2]
v1 = rs.VectorUnitize(p1 - p0)
v2 = rs.VectorUnitize(p2 - p1)
n1 = rs.VectorCrossProduct(v1, up)
n2 = rs.VectorCrossProduct(v2, up)
mid = rs.VectorAdd(n1, n2)
n = rs.VectorUnitize(mid)
else:
p0 = pts[i]
import rhinoscriptsyntax as rs
#delete all existing objects
rs.DeleteObjects(rs.AllObjects('select'))
#basic setup of variables
petalRadius = 10 #defines outer edge of flower
petalCount = 10 #number of petals
flowerCenter = (0,0,0) #define center point
petalPoints = [] #start list for point storage
petalCurveWidth = 1 #defines the amount of curve of the petal
petalCurveDistance = 1
outerCircle = rs.AddCircle(flowerCenter,petalRadius)
petalPoints = rs.DivideCurve(outerCircle,petalCount)
rs.AddPoints(petalPoints)
for i in range(0,petalCount):
#create petal center line
petalCenterLine = rs.AddLine(petalPoints[i], flowerCenter)
rs.HideObject(petalCenterLine)
#find midPoint of petal center line
petalCenterLineMidPoint = rs.CurveMidPoint(petalCenterLine)
rs.AddPoint(petalCenterLineMidPoint)
#draw vector
newVector = rs.RotateObject(rs.VectorScale(rs.VectorUnitize(rs.VectorCreate(petalPoints[i],petalCenterLineMidPoint)),petalCurveWidth),petalCenterLineMidPoint,90)
newPoint = rs.CopyObject(petalCenterLineMidPoint
#draw a line perpendicular to center line at the midpoint
#newLine = rs.AddLine(petalPoints[i],petalCenterLineMidPoint)
#rs.RotateObject(newLine,petalCenterLineMidPoint, 90)
#rs.HideObject(newLine)
# to store all of these points, we need to employ a double list
pointsXY = []
for i in range(N):
pointsXY.append([])
for j in range(M):
curPoint = [i * 60 / float(N), j * 40 / float(M), 0]
pointsXY[i].append(curPoint)
# Now you have a double list where you can access pointsXY[i][j] as an individual point
print pointsXY[1][3]
# Notice what applying len() to a double list does
print len(pointsXY)
print len(pointsXY[3])
# Since the first index references columns, we can easily draw out a list of points at column i
rs.AddPoints(pointsXY[3])
# Lists and Functions
# Lists can be an input as well as an output of a function
# This function gets equally spaced points along an ellipse drawn in the plane,
# centered at the orign where a and b are the semimajor and semiminor axes, resp.
# Remember: this ellipse can be parametrized as r(t) = (acos(t), bsin(t)), t in [0, 2pi]
def getPointsEllipse(a, b, numPoints):
pOut = []
for i in range(numPoints):
t = i * 2 * math.pi / numPoints
x = a * math.cos(t)
y = b * math.sin(t)
pOut.append([x, y, 0])
# -*- coding: cp936 -*-
__author__ = "billpower"
__version__ = "2019.12.25"
import rhinoscriptsyntax as rs
plane = rs.WorldXYPlane() #��ȡxy��ԭ��Ϊ���ĵIJο�ƽ��
rectangle = rs.AddRectangle(plane,40,40)
dpointsCoordinate = rs.DivideCurve(rectangle,10) #�ȷ�10����
dpoints = rs.AddPoints(dpointsCoordinate) #���ӵȷֵ�
print(dpoints)
format = "point_%s" #��ʽ���ַ�����ģʽ
dpointe = []
i = 0
for i in range(len(dpoints)):
dpointe.append(format % str(i)) #��ʽ���ַ�������һ�ӵ��б�
print(dpointe)
dpointx = list(range(len(dpoints))) #�����ȷֵ�����
print(dpointx)
#��Ƭ����������
selepoints = dpoints[x:y]
cubes = []
print(selepoints)
for i in range(len(selepoints)):
sphere = rs.AddSphere(selepoints[i],3) #��ȡ[y](Բ�ģ��뾶)
cube = rs.AddBox(rs.BoundingBox(sphere)) #�����壬plane��
# id = rs.GetObject(sphere)
import rhinoscriptsyntax as rs
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points = []
for i in range(len(xCoordinateList)):
points.append(rs.AddPoints([xCoordinateList[i],yCoordinateList[i],0]))
#consider using a flat projection of the country with the denser areas built up into walls
import rhinoscriptsyntax as rs
joints = []
legs = []
legsl = []
jNr = rs.GetInteger(“Enter the number of joints:”,4,2,8)
for i in range(0, jNr): joints.append(rs.GetPoint(“Locate joint nr.”+str(i)))
rs.AddPoints(joints)
goal = rs.GetPoint(“Locate the goal”)
rs.AddPoint(goal)
precision = rs.GetReal(“Enter the precision of the approximation:”,0.1,0.001,1)
arm = rs.AddPolyline(joints)
base = joints[0]
legsl = rs.ExplodeCurves(arm, True)
for l in legsl: legs.append(rs.CurveLength(l))
joints.insert(jNr, goal)
legs.append(0)
error = rs.Distance(goal, joints[jNr-1])
def chain(ch, lh, i):
while i > 0:
temp1 = rs.AddLine(ch[i], ch[i-1])
if lh[i-1] > 0: temp2 = rs.EvaluateCurve(temp1, lh[i-1])
if lh[i-1] == 0: temp2 = ch[i]
ch[i-1] = temp2
#rs.DeleteObject(temp1)
i = i - 1
return ch
iteration = 0
import rhinoscriptsyntax as rs
#delete all existing objects
rs.DeleteObjects(rs.AllObjects('select'))
#variables
flowerRadius = 10
centerRadius = 2
petalCount = 15
flowerCenter = (0, 0, 0)
petalWidth = 4
petalCurves = []
outerCircle = rs.AddCircle(flowerCenter, flowerRadius)
points = rs.AddPoints(rs.DivideCurve(outerCircle, petalCount))
rs.HideObjects(points)
for i in range(len(points)):
centerLine = rs.AddLine(points[i], flowerCenter)
rs.HideObject(centerLine)
petalMidpoint = rs.AddPoint(rs.CurveMidPoint(centerLine))
rs.HideObjects(petalMidpoint)
vector = rs.VectorCreate(points[i], petalMidpoint)
vector = rs.VectorUnitize(vector)
vector = rs.VectorScale(vector, (petalWidth / 2))
vector = rs.VectorRotate(vector, 90, [0, 0, 1])
petalEdgePoint = rs.CopyObject(petalMidpoint)
petalEdgePoint = rs.MoveObject(petalEdgePoint, vector)
curve = rs.AddArc3Pt(flowerCenter, points[i], petalEdgePoint)
vector2 = rs.VectorRotate(vector, 180, [0, 0, 1])
petalEdgePoint2 = rs.CopyObject(petalMidpoint)
import rhinoscriptsyntax as rs
curves = rs.ObjectsByType(4)
picturePlane = rs.GetObject("select the surface to use as the picture plane",
8)
eyePoint = rs.GetObject(
"select the point to use as the eye, the point at which the projected content will converge",
1)
#note that we wouldn't need an eye point if our projectors are paralell
for curve in curves:
pointsOnCurve = rs.DivideCurve(curve, 100)
intersectionPoints = []
for point in pointsOnCurve:
projector = rs.AddLine(point, eyePoint)
intersections = rs.CurveSurfaceIntersection(projector, picturePlane)
if intersections:
intersectionPoint = intersections[0][1]
intersectionPoints.append(intersectionPoint)
rs.AddPoints(intersectionPoints)
rs.AddInterpCurve(
intersectionPoints,
1) #what would be a more precise way to reconstruct the curve?
#add layer management to sep process content from finish content, and to use close/far distinction
print stepsy, stepsx
rs.EnableRedraw(False)
ptlist = []
for i in range(stepsy):
rows = []
for j in range(stepsx):
nowpt = [
j * cellsize + min(xlist), i * cellsize + min(ylist),
min(zlist)
]
ptonsrf = rs.ProjectPointToSurface(nowpt, srf, [0, 0, 1])
if len(ptonsrf) > 0:
rs.AddPoints(ptonsrf)
rows.append(ptonsrf[0])
else:
rows.append(nowpt)
rs.AddPoint(nowpt)
ptlist.append(rows)
print len(ptlist), len(rows)
print rows[0]
print rows[1]
#assign variables for text file
ncols = len(ptlist[0])
nrows = len(ptlist)
xllcorner = ptlist[0][0][0]
yllcorner = ptlist[0][0][1]
for i, crv in enumerate(crvs):
tempPt = rs.EvaluateCurve(crv, rs.CurveClosestPoint(crv, pt))
dist = rs.Distance(pt, tempPt)
if dist < closestDist:
closestDist = dist
closestIndex = i
tempPt = rs.EvaluateCurve(crvs[closestIndex], rs.CurveClosestPoint(crvs[closestIndex], pt))
rs.AddLine(tempPt, pt)
edgeVectors.append(rs.VectorCreate(tempPt, pt))
return edgeVectors
threshold = 3
srf = rs.VisibleObjects()
myPts = RandomPtsOnSrf(srf, 10)
newPts = rs.AddPoints(myPts)
vecs = EdgeVectors(srf, newPts)
for vec in vecs:
print rs.VectorLength(vec)
for i, pt in enumerate(newPts):
rs.MoveObject(pt, rs.VectorScale(vecs[i], .5))
#pts = congregate(newPts, threshold, 50)
#for pt in pts:
# rs.AddCircle(pt, threshold/2)
def directNormalIrad(day, hour):
return 1000*max(0, -math.cos(hour*math.pi/12) + 1/8.0 - (day-171)**2/115600)
# this module can be used to compute all the solar angles as well as the sun vector for
# any day and time (given in local time)
day = sg.calc_dayOfYear("3/21")
hour = sg.calc_hourDecimal("11:00")
solarAngles = sg.calc_solarAngles(latitude, longitude, timezone, day, hour)
print "Altitude = ", solarAngles[2]
print "Azimuth = ", solarAngles[3]
sun = sg.calc_sunVector(latitude, longitude, timezone, day, hour)
R = 20 #scaling for the sun vector so that it is more visible on canvas
sun[:] = [x*R for x in sun]
rs.AddPoints(sun)
# or to show the sun path throughout the a range of times in the day
startTime= "7:00"
endTime = "19:30"
hourStart = sg.calc_hourDecimal(startTime)
hourEnd = sg.calc_hourDecimal(endTime)
R = 20
N = 20 #number of sample points between starting time and end time
for i in range(N+1):
sun = sg.calc_sunVector(latitude, longitude, timezone, day, hourStart+i*(hourEnd-hourStart)/N)
if sun[2] > 0:
sun[:] = [x*R for x in sun]
rs.AddPoint(sun)
__author__ = "billpower"
__version__ = "2019.12.25"
import rhinoscriptsyntax as rs
plane = rs.WorldXYPlane() #获取xy以原点为中心的参考平面
rectangle = rs.AddRectangle(plane,40,40)
dpointsCoordinate = rs.DivideCurve(rectangle,10) #等分10矩形
dpoints = rs.AddPoints(dpointsCoordinate) #增加等分点
print(dpoints)
format = "point_%s" #格式化字符串的模式
dpointe = []
i = 0
for i in range(len(dpoints)):
dpointe.append(format % str(i)) #格式化字符串并逐一追加到列表
print(dpointe)
dpointx = list(range(len(dpoints))) #建立等分点索引
print(dpointx)
all_points = []
for i in range(0, 100):
pt = rs.AddPoint(place_pts(100, 100, 100))
index = rs.PointArrayClosestPoint(cloud, pt)
cp = cloud[index]
vect = rs.VectorCreate(cp, pt)
#move = rs.MoveObject(pt,vect)
#vector = rs.VectorCreate(index, pt)
#index_points = rs.PointArrayClosestPoint(pipe_points, pt)
#vector = rs.VectorCreate(index_points, pt)
#rs.VectorCreate()
#unit_vector = rs.VectorUnitize(vector)
#new_pt = rs.MoveObject(pt, unit_vector)
project = rs.ProjectPointToSurface(pt, pipe, vect)
rs.AddPoints(project)
all_points.append(pt)
#pipe_points = []
#for i in range(300):
#contour = rs.CurveContourPoints(pipe, point1, point2, 1)
#SurfaceDomain requires two arguments, second argument = u or v direction, 0 or 1 respectively
#dom_u = rs.SurfaceDomain(pipe,0)
#dom_v = rs.SurfaceDomain(pipe,1)
#eval_srf = rs.EvaluateSurface()(pipe,uv)
#cloud = rs.GetPoints()
#cloud.append(point1)
#cloud = rs.PointCloudPoints(cloud)
#coding=utf-8
import rhinoscriptsyntax as rs
plane = rs.WorldXYPlane() #建立XY工作平面
mplane = rs.MovePlane(plane, [6, 6.5, 0]) #移动平面
rectangle = rs.AddCircle(mplane, 5) #建立圆形
dpointsc = rs.DivideCurve(rectangle, 20) #等分矩形
dpoints = rs.AddPoints(dpointsc) #增加等分点
for i in range(len(dpoints)):
rs.AddText(str(i), dpoints[i], 1) #添加字
print(dpoints)
#sphere = rs.AddSphere(dpoints[3],1)
#cube = rs.AddBox(rs.BoundingBox(sphere))
sdpoints = dpoints[:] #切片提取点
for i in range(len(sdpoints)):
sphere = rs.AddSphere(sdpoints[i], 0.5)
cube = rs.AddBox(rs.BoundingBox(sphere))
rs.DeleteObject(sphere) #删除不再使用的球体
xform = rs.XformTranslation([i, i * 1.3, i * 1.3]) #分步骤执行比gh同步更灵活
trancube = rs.TransformObject(cube, xform)
else:
layerName = "far"
farCount += 1
projector = rs.AddLine(point, eyePoint)
rs.ObjectLayer(projector, layerName)
intersections = rs.CurveSurfaceIntersection(projector, picturePlane)
if intersections:
intersectionPoint = intersections[0][1]
pointObjectInSpace = rs.AddPoint(point)
rs.ObjectLayer(pointObjectInSpace, layerName)
intersectionPoints.append(intersectionPoint)
pointObs = rs.AddPoints(intersectionPoints)
reconstructedCurve = rs.AddInterpCurve(
intersectionPoints,
1) #what would be a more precise way to reconstruct the curve?
if closeCount > middleCount and closeCount > farCount:
rs.ObjectLayer(reconstructedCurve, "close")
elif middleCount > farCount:
rs.ObjectLayer(reconstructedCurve, "middle")
else:
rs.ObjectLayer(reconstructedCurve, "far")
#add layer management to sep process content from finish content, and to use close/far distinction
#整理变量到列表 cpoints = [] cpoints.extend([mstartpoint, mmidpoint, mendpoint]) #追加移动后的点在一个列表中 centercurve = rs.AddCurve(cpoints) #6.建立有弧度的曲线 #rs.DeleteObject(basicline) #基本结构线已建立 #建立等分点与数据组织 divicount = 14 #建立等分点变量 Adivipoints = rs.DivideCurve(offsetlineA, divicount) Bdivipoints = rs.DivideCurve(offsetlineB, divicount) cendivipoints = rs.DivideCurve(centercurve, divicount) #在rhino空间中建立点 rs.AddPoints(Adivipoints) rs.AddPoints(Bdivipoints) rs.AddPoints(cendivipoints) #检查变量 patternA = list(range(0, len(Adivipoints), 2)) patternB = list(range(1, len(Adivipoints) + 1, 2)) print(patternA) print(patternB) #建立列表 lineAps = [] lineBps = [] lineCps = [] #循环语句，同时分别提取保留点
def test_SimpleWithUVSpansAndDefaults(self):
pt_ids = rs.AddPoints([(-20, 0, 0), (0, 20, 0), (20, 0, 0)])
id = rs.AddPatch(pt_ids, (10, 10))
brep = rs.coercebrep(id, True)
self.assertTrue(brep.IsSurface)
new_object = False
vertex = []
for L1 in vertices_file:
L1stripped = L1.strip()
y_split = L1stripped.split(' ')
if new_object:
if y_split[0] == 'v':
vertex.append([float(y_split[1]), float(y_split[2]), 0])
else:
counter += 1
if counter == 1:
new_object = False
vertex.append(vertex[0])
pts_ids = rs.AddPoints(vertex)
rs.ObjectColor(pts_ids, [255, 0, 0])
curve_ids = rs.AddPolyline(vertex)
surf_ids = rs.AddPlanarSrf(curve_ids)
# This height value can be further edited to reduce complexity
# A simple way to edit this would be to floor the value to reduce the step sizes possible.
height = float(y_split[1])
if height > 0:
extrusion_pt = [vertex[0][0], vertex[0][1], height]
extrusion_curve = rs.AddLine(vertex[0], extrusion_pt)
vol_ids = rs.ExtrudeSurface(surf_ids, extrusion_curve)
if 'object' in L1stripped:
def create_set(x):
new_set = [x[i:i+8] for i in range(0,len(x),8)]
return new_set
pt=[]
pt.append((0,0,0))
pt.append((0,int(cube_dim),0))
pt.append((int(cube_dim),int(cube_dim),0))
pt.append((int(cube_dim),0,0))
pt.append((0,0,int(cube_dim)))
pt.append((0,int(cube_dim),int(cube_dim)))
pt.append((int(cube_dim), int(cube_dim), int(cube_dim)))
pt.append((int(cube_dim),0,int(cube_dim)))
cube_pts = rs.AddPoints(pt)
cube_range = range(int(cube_dim) , int(cube_num * cube_dim) , int(cube_dim))
xdir = [rs.CopyObject(i, (r , 0 , 0)) for r in cube_range for i in cube_pts]
xdir = cube_pts + xdir
ydir=[rs.CopyObject(x , (0 , r , 0)) for r in cube_range for x in xdir]
zdir=[rs.CopyObject(x , (0 , 0 , r)) for r in cube_range for x in xdir] + \
[rs.CopyObject(y , (0 , 0 , r)) for r in cube_range for y in ydir]
all_cube_pts = rs.coerce3dpointlist(xdir + ydir + zdir)
index = [rs.PointArrayClosestPoint(point_cloud, pt) for pt in all_cube_pts]
