# -*- coding: utf-8 -*- print "- so funktionieren auch umläute und scharfe ßes und ^ UND ° \n- aber das wollen wir ja eigentlich gar nicht :)\n" ##################################### ### DM2_w22 # AGruber@tugraz.at ### ### ue_02_demo_01 # alice_and_bob ### ##################################### ############################## import rhinoscriptsyntax as rs import random ############################## rs.UnitSystem(4) # meters = 4, cm = 3, etc ### check coding etc ä ß °°^^ rs.ShowGrid(view=None, show=0) rs.ShowGridAxes(view=None, show=1) rs.EnableRedraw(1) rs.ViewDisplayMode(view=None, mode="Ghosted", return_name=True) rs.Command("-printDisplay State=On enter", 0) rs.ShowObjects(rs.AllObjects()) rs.DeleteObjects( rs.AllObjects() ) rs.CurrentLayer("Default") print "\t ********\**/************" print "\t **********\/entanglement" print "\t my quantum /\***********" print "\t***********/**\*********\n\n", layNam = "MY_SETUP" rs.CurrentLayer(rs.AddLayer(layNam)) rs.LayerPrintColor(layNam, [100,100,100]) rs.LayerPrintWidth(layNam, 1.0) #______base vectors p0 = [ random.uniform(-100,100), random.uniform(-100,100), random.uniform(-150,-100) ] p1 = [ random.uniform(-100,100), random.uniform(-100,100), random.uniform( 100, 150) ] def mySquare( a=random.uniform(50,300), p1=p1 ): a0=[0,0,0] a1=[a,0,0] a2=[a,a,0] a3=[0,a,0] cen = [a*.5, a*.5, 0] coords_a = [a0,a1,a2,a3, a0] #rs.AddCurve(coords_a, 1) #rs.AddPoint( cen ) rotXYZ = [ random.uniform(-30,30), random.uniform(-30,30), random.uniform(-30,30) ] #for i in range( len(coords_a) ): coords_a[i] = rs.VectorRotate(coords_a[i], 30, rotXYZ) #rs.ObjectColor(rs.AddCurve(coords_a, 1), [200,200,0]) #rs.ZoomExtents() rotXYZ = [ random.uniform(-30,30), random.uniform(-30,30), random.uniform(-30,30) ] for i in range( len(coords_a) ): coords_a[i] = rs.VectorAdd(coords_a[i], p1) for i in range( len(coords_a) ): coords_a[i] = rs.VectorRotate(coords_a[i], 30, rotXYZ) #rs.ObjectColor(rs.AddCurve(coords_a, 1), [200,200,0]) #rs.ZoomExtents() return coords_a def setUp(coords_a, coords_b, dele=1): global bob global ali rs.AddCurve( coords_a, 1 ) rs.AddCurve( coords_b, 1 ) rs.ZoomExtents() rects = rs.AllObjects() colors = [[200,200,0], [0,200,200]] random.shuffle(rects) random.shuffle(colors) ali = rects[0] rs.ObjectName(ali, "ali") rs.ObjectPrintColor(ali, colors[0]) coords_a = rs.CurvePoints(ali)[0:-1] bob = rects[1] rs.ObjectName(bob, "bob") rs.ObjectPrintColor(bob, colors[1]) coords_b = rs.CurvePoints(bob)[0:-1] rs.ObjectColor(rs.AddPlanarSrf(ali), colors[0]) rs.ObjectColor(rs.AddPlanarSrf(bob), colors[1]) #for i,cor in enumerate(coords_a): rs.AddTextDot("b_"+str(i), cor) for i,cor in enumerate(coords_a): rs.AddTextDot("a_"+str(i), cor) rs.AddTextDot("b_"+str(i), coords_b[i]) #rs.AddLine(coords_a[i], coords_b[i]) allCoords = rs.CurvePoints(ali)+rs.CurvePoints(bob) for deg in range(2,9): rs.AddCurve(allCoords, deg) if dele: for deg in range(2,9): random.shuffle(allCoords); rs.AddCurve(allCoords, deg) #listSorted = sorted(list2sort, key=lambda entry: entry[1]) if dele: for obj in rs.AllObjects()[0:-2]: rs.DeleteObject(obj) rs.ZoomExtents() rs.Sleep(10) coords_a = mySquare(random.uniform(50,300), p0) coords_b = mySquare(random.uniform(50,300), p1) #rs.AddPoints( coords_a+coords_b ) #for i in range(4): rs.AddLine( coords_a[i], coords_b[i] ) setUp(coords_a, coords_b, dele=1) ##############################here you go: ########################################## ########################################## layNam = "MY_PROJECT" rs.CurrentLayer(rs.AddLayer(layNam)) rs.LayerPrintColor(layNam, [100,100,100]) #rs.HideObjects(rs.AllObjects() ) #rs.DeleteObjects( rs.AllObjects() ) #rs.AddLine( coords_a[0], coords_b[0]) rs.EnableRedraw(0) if 0: anz =100 pot = 3 #coords = rs.DivideCurve(bob, anz, 0, 1) coords = coords_b[0:4] bobCoords = [] while len(bobCoords) < 8**pot: p0 = random.choice(coords) p1 = random.choice(coords) if rs.Distance(p0, p1)*0.9 > rs.Distance(coords[0], coords[1]): #lin = rs.AddLine(p0, p1) vec_p0_p1 = rs.VectorSubtract(p1, p0) vecScaled = rs.VectorScale( vec_p0_p1, random.uniform(0,1) ) pX = rs.VectorAdd(p0, vecScaled) #rs.AddPoint( pX ) bobCoords.append(pX) #coords = rs.DivideCurve(ali, anz, 0, 1) coords = coords_a aliCoords = [] while len(aliCoords) < 8**pot: p0 = random.choice(coords) p1 = random.choice(coords) if rs.Distance(p0, p1)> 1 and rs.Distance(p0, p1) < rs.Distance(coords[0], coords[2]*0.9): #lin = rs.AddLine(p0, p1) vec_p0_p1 = rs.VectorSubtract(p1, p0) vecScaled = rs.VectorScale( vec_p0_p1, random.uniform(0,1) ) pX = rs.VectorAdd(p0, vecScaled) #rs.AddPoint( pX ) aliCoords.append(pX) rs.AddPoints( aliCoords+bobCoords ) #aliX = rs.AddCurve( aliCoords, 1) #rs.DivideCurve(aliX, 1001, 1, 1) if 1: for i in range(1001): pA = random.choice(aliCoords) pB = random.choice(bobCoords) #rs.AddCurve( [pA, pB], 1) rs.AddCurve( [pA, [0,0,0], pB], 2) rs.ZoomExtents() rs.CurrentLayer("Default") ###################### #______4_lazy_experts: if 0: import time rs.ZoomExtents() rs.Command("-zoom Factor 0.95 enter", 0) rs.Redraw() from datetime import datetime print str(datetime.now())[0:19] #print datetime.now().strftime('%a %b / %d.%m.%Y um %Huhr und %Mmin und %Ssec') #print time.ctime() if 0: ### capture images to P:\ path = "P:/ue_02/images/" ### if there is no folder like this: check your desktop name = "tst" rs.Command("-viewCaptureToFile Width=480 Height=360 Scale=1.5 TransparentBackground=Yes "+path+name, 0) name = name+"_"+str(int(time.time()))+".jpg" rs.Command("-viewCaptureToFile Width=480 Height=360 Scale=2 DrawGrid=No DrawWorldAxes=No DrawCPlaneAxes=No TransparentBackground=No "+path+name, 0) print path+name