import rhinoscriptsyntax as rs import random as ran if rs.IsLayer("Default"): rs.CurrentLayer("Default") else: rs.AddLayer("Default") rs.CurrentLayer("Default") delobjs = rs.ObjectsByLayer("Default") rs.DeleteObjects(delobjs) #xsize=10 #ysize=5 #zsize=8 #corners = [(0,0,0), (xsize,0,0), (xsize,ysize,0), (0,ysize,0), # (0,0,zsize),(xsize,0,zsize),(xsize,ysize,zsize),(0,ysize,zsize)] #box = rs.AddBox(corners) def make_box(insertion, xsize,ysize,zsize): corners = [(0,0,0), (xsize,0,0), (xsize,ysize,0), (0,ysize,0), (0,0,zsize),(xsize,0,zsize),(xsize,ysize,zsize),(0,ysize,zsize)] box=rs.AddBox(corners) rs.MoveObject(box,insertion) #make_box((0,0,0),2.17,94.74,15) #make_box(insertion=(5,0,0), xsize=1) baseline= rs.ObjectsByLayer("baseline")[0] pts = rs.DivideCurve(baseline,5) for p in pts: make_box(p,2,-1,94.74) make_box((0,0,0),25.66,15,94.74) make_box((+1,1,94.74),23.66,13,5) make_box((-1,0,99.74),27.66,15,5) make_box((+1,1,104.74),23.66,13,11.5) make_box((-1,0,116.24),27.66,15,5) make_box((+2.5,1,121.24),20.66,13,11.5) def make_letter_upsidedown(insertion=(0,0,0), letter="1", xsize=10, ysize=10, zsize=10): mytext = rs.AddText(letter,(0,zsize,0),height=zsize, font = "Arial") crv = rs.ExplodeText(mytext,True)[0] path= rs.AddLine([0,0,0],[0,0,ysize]) obj = rs.ExtrudeCurve(crv, path) rs.CapPlanarHoles(obj) rs.DeleteObjects([crv, path]) rs.RotateObject(obj, [0,0,0], 90, [1,0,0]) rs.RotateObject(obj, [0,0,0], 180, [0,1,0]) bbx = rs.BoundingBox(obj) #print bbx #rs.AddPolyline(bbx) rs.MoveObject(obj, (-bbx[0][0], -bbx[0][1], -bbx[0][2])) scalex = xsize/rs.Distance(bbx[0],bbx[1]) rs.MoveObject(obj, (-xsize/2, -ysize/2,0)) rs.MoveObjects(obj, insertion) scalez = zsize/rs.Distance(bbx[1],bbx[4]) rs.ScaleObject(obj,(0,0,0), (scalex,1,scalez)) make_letter_upsidedown((6,0,106), "U", 3.6, 1,7) make_letter_upsidedown((10.5,0,106), "U", 3.6, 1,7) make_letter_upsidedown((14.8,0,106), "U", 3.6, 1,7) make_letter_upsidedown((18.8,0,106), "U", 3.6, 1,7) make_letter_upsidedown((18.8,0,106), "U", 3.6, 1,7) #make_letter_upsidedown((6,1,106), "|", 1, 1) #make_letter_upsidedown((10.5,1,106), "_", 1, 1) #make_letter_upsidedown((14.8,1,106), "_", 1, 1) #make_letter_upsidedown((18.8,1,106), "_", 1, 1) import rhinoscriptsyntax as rs import random as ran if rs.IsLayer("Standard"): rs.CurrentLayer("Standard") else: rs.AddLayer("Standard") rs.CurrentLayer("Standard") delobjs = rs.ObjectsByLayer("Standard") rs.DeleteObjects(delobjs) #delobjs = rs.ObjectsByType(1) #rs.DeleteObjects(delobjs) #win = rs.ObjectsByLayer("Standard") #plane = rs.CurvePlane(win[1]) #pts = [] #for i in range(8000): # x= ran.randint(1,2258) # y= 0 # z= ran.randint(0,1782) # pts.append([x,y,z]) # for w in win: # if rs.PointInPlanarClosedCurve(pts[-1], w, plane): # pts.pop(-1) # #for p in pts: # rs.AddPoint(p) import rhinoscriptsyntax as rs import random as ran if rs.IsLayer("Default"): rs.CurrentLayer("Default") else: rs.AddLayer("Default") rs.CurrentLayer("Default") #delobjs = rs.ObjectsByLayer("Standard") #rs.DeleteObjects(delobjs) delobjs = rs.ObjectsByType(1) rs.DeleteObjects(delobjs) rs #Fen = rs.ObjectsByLayer("PUnkte") #plane = rs.CurvePlane(Fen[0]) #pts = [] for i in range(3000): x= ran.randint(0,25) y= 0 z= ran.randint(0,94) pts.append([x,y,z]) # for F in Fen: # if rs.PointInPlanarClosedCurve(pts[-1], F, plane): # pts.pop(-1) for p in pts: rs.AddPoint(p) #Fen = rs.ObjectsByLayer("PUnkte") #plane = rs.CurvePlane(Fen[0]) #pts = [] for i in range(300): x= ran.randint(1,24) y= 1 z= ran.randint(104,116) pts.append([x,y,z]) # for F in Fen: # if rs.PointInPlanarClosedCurve(pts[-1], F, plane): # pts.pop(-1) for p in pts: rs.AddPoint(p) import math import sys # load System Library # Get all the system paths print(sys.path) roopNum = 20 originPt = [0.0, 0.0, 0.0] originPt_x = 0 originPt_y = 0 for i in range(roopNum): if(i == 0): fn0 = 0 fn1 = 0 #the initial term of Fibonacci number fn = 1 #the first term of Fibonacci number else: fn = fn1 + fn0 #Fibonacci progression rs.AddPoint(originPt) # move_pt = [(0,0),(0,0),(1,0),(1,1),(-1,1),(-1,-2),(4,-2),(4,6),(-9,6),(-9,-15)] # get the quater origin_qt = round(math.sin(math.radians(90*i+45))) # reverse for first two quaters origin_qt *= -1 # mit move import rhinoscriptsyntax as rs import math import sys # load System Library # Get all the system paths print(sys.path) # sys.path.append( "lib/" ) ## set relative path, sys.path.append( "P:/dm2/lib/") ## set absolute path to our P:// Drive # Import our own library file (uncomment to use it) # import my_dm2_lib as dm2lib # reload the library in case wie change something in the meantime (uncomment to use it only while changing code) # reload(dm2lib) """ # ------------------------ Pyramiden -------------------------- n = 10 for x in range(n+1): for y in range(n+1): if(y < x and y < -x + n): # if(y > x and y > -x + n): # if(y < x): # if(y > x): rs.AddCircle([x, y, 0.0], 0.5) # ------------ 3D version Pyramiden ------------------------------ for x in range(n+1): for y in range(n+1): for z in range(n+1): if(z < x and z < -x + n and z < y and z < -y + n): # if(y > x and y > -x + n): # if(y < x): # if(y > x): rs.AddCircle([x, y, z], 0.5) """ # ---------------- Archimedische Spirale -------------------------- n = 20 width_var = 0.5 curve_pt_var = [] for n in range(n+1): t = (math.pi/4) * n x = (1 + width_var * t) * math.cos(t) y = (1 + width_var * t) * math.sin(t) z = (5 + width_var * t) * math.tan(t) point = (x,y) rs.AddPoint(point) curve_pt_var.append(point) rs.AddCurve(curve_pt_var, 2) import math import sys # load System Library # Get all the system paths print(sys.path) roopNum = 20 originPt = [0.0, 0.0, 0.0] originPt_x = 0 originPt_y = 0 for i in range(roopNum): if(i == 0): fn0 = 0 fn1 = 0 #the initial term of Fibonacci number fn = 1 #the first term of Fibonacci number else: fn = fn1 + fn0 #Fibonacci progression rs.AddPoint(originPt) # move_pt = [(0,0),(0,0),(1,0),(1,1),(-1,1),(-1,-2),(4,-2),(4,6),(-9,6),(-9,-15)] # get the quater origin_qt = round(math.sin(math.radians(90*i+45))) # reverse for first two quaters origin_qt *= -1 # mit move import rhinoscriptsyntax as rs import math import sys # load System Library # Get all the system paths print(sys.path) # sys.path.append( "lib/" ) ## set relative path, sys.path.append( "P:/dm2/lib/") ## set absolute path to our P:// Drive # Import our own library file (uncomment to use it) # import my_dm2_lib as dm2lib # reload the library in case wie change something in the meantime (uncomment to use it only while changing code) # reload(dm2lib) """ # ------------------------ Pyramiden -------------------------- n = 10 for x in range(n+1): for y in range(n+1): if(y < x and y < -x + n): # if(y > x and y > -x + n): # if(y < x): # if(y > x): rs.AddCircle([x, y, 0.0], 0.5) # ------------ 3D version Pyramiden ------------------------------ for x in range(n+1): for y in range(n+1): for z in range(n+1): if(z < x and z < -x + n and z < y and z < -y + n): # if(y > x and y > -x + n): # if(y < x): # if(y > x): rs.AddCircle([x, y, z], 0.5) """ # ---------------- Archimedische Spirale -------------------------- rs.AddCurve(curve_pt_var, 2)