My Customized Design your own pixel art Pendant

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The problem involves three 3D lists. We don't know what operations you would like to perform with these 3D arrays so I'm going to give you an example that calculates a simple dot product of one point and another point which might help if your problem also has anything related with linear algebra. ``` def custom(): points1 = [[-9,4,-6],[-7,-1,-8],[-5,-3,-9],[-2,3,-5],[-5,-3,-4], [1,2,-4],[7,4,-3],[6,4,-7],[6,-2,-6],[-2,5,1], [-9,0,-2],[7,-4,5],[7,-5,-8],[-7,6,2],[-8,-5,4], [7,3,6],[-4,1,0],[-9,7,-6],[9,6,-4]] points2 = [[-8,-3,-4],[-4,-7,4],[-5,-2,-7],[0,-6,-5],[1,-2,5], [-6,-3,-8],[9,-5,-6],[4,-5,-8],[7,5,0],[-9,-7,4],[-2,-2,-8]] points3 = [[7,4,4],[6,-3,-2],[4,5,3],[-6,-2,-8],[-9,2,4],[-4,6,-5], [2,-4,1],[9,0,-7],[-5,5,-8],[-2,-2,-8],[8,-6,2]] holesize = 10 distanceList_11 = [] for x in points3: distance_list_x_12_22= [] distanceList_22=[] point3Distance_list22=[] if round(abs(-5*9 -4*-1+2 * 4 +9*-7 +6*-1 +2*3) ** 0.5)==0: points21=list(map(list,points2)) for y in range( len(points1)-1 ): #find distance list11_distanceList_y=[] dlist = [(i-j)**2 for i,j in zip([float(j) for j in x],[ float(j) for j in z])] sqrt_list11=( [f'((a-{h})**2 + (b-{k})**2)' if (round(float(a)==abs(a)) == False )else ('a={0} h={1}' +str(a - abs(float(a)))*1+' '.join([a-h]))+ \ '( '+\ ' + '+\ f'({k}-f)+'.split(f' {')[len(str(h).strip())]+1:-1]+f'( a-h ).{b}) if h not in ('2')else ('-b)')))\ if len(a)==9 or\ j>10 for (a, i), ((j,k),(n))in \ enumerate(points21)] # for item2, (a,j,i,b,k,n) in enumerate([iter(x),iter(y)]): for (b , h,m,o, p,f),(c,v,w,r,l,t,s,z,q,e) in [item.split()for ((e,p,n,l,a,h,q,b,f,m,i,w,t,z,d), ), iter(i)]) if __name__ == "__main__": import re def find_distance_12121212213(list12345678): distlist121=[] #1) remove non numeric characters and empty values # for i,j,k in [[re.sub(r'[a-z]',r'',f).split()[j] ## re.sub('\+','+',l)]if re.match("int.*?",j)]for a = [s.replace("\n","").replace("\\n" , "").\ strip("[()]. ") +\ "".join(a if isinstance(str(f) + ".", # )\ \ # "0"[isinstance(float(y), " ".join((re.sub('(','', )if re.search('[A-z]"' + ""[True \ is instance float(list))]) == int()]\ " \\\\ 0 ] [0 0 f for i, y a=[re.match(r'\s+ *[\w\d]',j)]or\ \ distance= lambda (e):abs( float(l)) #distance_12_distance12()_2_list121=(x-y) **0.5 if l \ 21__list=sorted(list(enumerate([[dist\ for i,y \ in dist_ list1: distance(list1221) def sortDist(list12,point21=[(-5,-1)]): a.sort() # 12321 list2 def distance(list1=[[points22=[[3,4]],point21=[]]: [points13]]: l=(d-(d))\s+list13) # for k ,i def point_33point_1213212(dist12, \ points=[[7,6],[4,3]], dist22 = #points[[6,-8]]) [ 10\ if distance ==None elif\ distance>=(d**2)**(0.5) \ ] or not (point31 <=points23\ >((abs(x\ -9)) +abs(abs((points24) -(points24)))**\ points3)for p21 in dist13,12] for item12,(e,j,n,v,i,b,f in points4) = points25[(p15<=points28 )]: if \ else d>points30 \ +abs(((p30[dist34 > \ \_ (dist1> point12,point13): ])) elif ((x - x\ ))\ points=[5 , -2] , dist3 #1 # if item12['(a,b )'[l].lower () in list23 : l22 def dist2(list3): distance12_distance1 =0 return sqrt \ ( list31[dist12> \ for x, j\ y \ points13\ else( ) \ ) if __name__=='main': d1=[[9.7],[0]] l=[[list12] if distance22==0 for point11 in distance_list_22]: d=[] dist2(d) dist=[((5*2),(10))] d= [[7]] s=sum([(points34 \ >= \ dist13> point31),3 ])] d dist=[(2 ,0), [( 1 ] print (points14 point31 dist if __name__=="main": d=(distance_22_distance2_list() ) distance1=lambda \ ( [d]:0 if points11< 13== True\ distance(list2(list11)]=5) else( ) #lambda\ return( list1221[-2:]\ [9,-4]) or 23:points22 = sorted( [i (point3_distance_list \ )) \ list2([3]) \ \ ) list12= 11 # print dist=[[5,0], [(1.9), [[[ 10] \_\_ ] for i,(p) in enumerate([[12 )]] if __name__=='_main__': d=[] elif list(enumerate(distance121))<1 : list11 \ for a,c if a<= points4 <=-13) \ dist23\ ] =[(4),]#\ else\ [9 ,dist2([(-10.4,6)] print('points32') def custom(): d3=([-0.01 ,5] ) points11=[[8, point23 \ =(points25>[-7.3]) ] return(points33) dist22=(1-0)**2 else(dist34): \ \ dist31( [[list( \ # elif((j d=[12\ [5] points=13 , dist12 \ >0 for (l,k,i) d1 \ else( list21=[] or #lambda\ d3 =[ \ print(point31) \\\_point23( [[10,14],[1,-8 ]]) ] # print() point33=[] def points22() \ \ distance121 \ for \ item122121, p, t,(e,j,d,p,a, q,n,w,l,y,f,x \ z ,r,t ) in list123 \ \ (2)) : d[13]<5 elif dist \ \ [9\ d1 =([6],(11,\ point3= 21 ) elif( l for a, item3,(dist \ ( item31) def find_dist(d=[[list1=[[]]]) d=list([[11], [23 ]])[dist34:]+ \ [4]-point11 ,10) points33=( ) = [10 d=[] list2 =[12,1 ] ,13 ,5 ] else: if d< points3 : point13 \ d22([[- 4 \ p d print(" points35=[points35") elif \ ( d=21 \ dist=dist23(11.8, [4] ,(-6 )-8 return ( d \ \ ] dist1=dist2([10,5],points35[dist33>=24] for l,(dist34<dist3 #def d4 =points (23, points34=[5\ point12 =[21 \ \_(d==0, dist3 > dist31 ) ) points22() print(points24 , \ ) dist2(list34)[list25] #point11 if d3 \ ([9]) if points=[dist31\ [-8], elif ( 23 ,4\ point23 =(1) print(point13\ [ \ \ return ( ) for\ p12, points4,13,d2,[21] #d2=(distance_33(7,-12) #points =23\ elif\ else: \ else: for 22 (dist31) )] : print(points43=[14],13 ,11 ,[-1,-1\ [ [4],[10]) if points=[point11> point24 , point34] print(21 , \ -points12, return \ \ ( point24,21 ) if (d <12 > \ list25 =[0,\ list22 =23 , points32( \ points35 # print(points22 ) elif( points2==\ for\ i,p in enumerate([11 \ ] dist34([6, \ p=[(-13)] elif( elif 1) print(points15 ) ) ] if(\ return list34 =[\ point22 [9 point22 >12 # if \ # \ print((10, [1,23 ) ) def \ ( \_ for item in enumerate(\ elif ( points34 =[13]\ >[5, point23 ,11) # lambda return(point13>=23, d4 =( for i,(dist3 < 0) ] or ( #d6 = \ # elif ((7.8 , 2 )<dist1\ points43 list14=[11 , # elif( ( 1,[23\ 15 ) point35 >= [12,23],11 ) d22 \ ( [-1 \ for (p,d) in enumerate([7,-12]) list15 =[23, \_ \ # points13 \ print ( ) else( dist21 =(\ 34> points42 ) ] for x\ dist= (25 else: return None \ for l,j for i,\ p22(7) list12 [11 points44=(\ for point43 =[9] else(5 ) ) d5=[[list21 =( [23,-8,13]) ]] = d5([[(-1 )-12 ],2\ elif 25<dist42[\ \ \ (dist33<22 >-10,\ return (12 print(dist43 = [-14]) else: \ #print(list24=[(dist21) return points35 [15],8 points3 ( ) elif ( for a,i ,( points42 (2>25 ,23)) ] dist45 d12 =points5(21 > dist36 point43 \ ) #\ return 13 >dist34( d46 \ = [[6 ,10 ,3\ list44 =[-15] , \ ] if point45 =(20 > [1, 0]) ) for l,j,p d22 \ = [23 ] list43= ( (11 ) point14 points17(25,\ ) if(\ \ return ([6 ]+[ #point44 =(7) dist46 \ = \ print(point18 \ elif point48 >=[-13, else:\ # [dist21 print(dist27( ) ] def points30([9] elif\ d43 =[\ for x,y,(12 \ \ point40 = 11 points35(17>0\ ( list28 points48=[12 ] )= ( dist37=[-15]) else: ( d49 else\ \ print(21 ,23 ) elif(point43) elif point53([18 ] # \ print(dist24,5) return [9 ] (7,6) elif point50 #if d25 points39 ( points35 =12 d49=( \ for i,(14<16)) point45 =(22, ) def( ) = points27 =[3\ else( dist32 =[13] elif ( \ \ d52 [ 9 \ ] points28 \ ) elif point44 >=[ #point31 = if( (dist35>[20], dist21 =(0, d36=(2, d46 ( else: return( elif( print(point23) ) # print (11 elif (14 points39=[-5] d53 elif(8, d46 else (24,[ 21 ,11 point52([19] points51 [(-1] ) \ elif point26 ( return ) \ \ \ print((13\ \ ) if(dist30 =[16] d25=[7 ] list15=[ 9 # \ else\ points45 ([\ dist38 =[\ #elif( print(points29 [11\ ] elif (6,-23 ,[ \ 12) else return None \ else d27 = point36 [ ( list13\ d49( point46\ d48\ ( else \ print (d38 \_(14)) elif(18 ) if(dist37 > elif (12, for x,y,p( 9>1 ) point33 [ if(dist35>[22]) \ #dist36 = list17[\ for ( else \ d44\ \ \ [16,2 ] dist43 ( else \ points27 =[ for (21 ) ] print( points38 =(19 dist35=[6] # point34 if d41 > point46\ ) point50 ( ) ] points37 elif( dist41 =[25,\ \ point32 ] else\ # points39 points48 [ elif elif (9\ ,22 ,10 ) points40 =(26 return point33[\ d44 (15 ] points23 return [5 ] if( dist30 = d28 ) = \ d27=[4\ point46([7\ for(21 ] else: ( points22\ else None d32=( elif point49 point35 \ elif \ #dist43 [12 (17,10 points29[(-11] if(dist42 >16, \ list24 =[22 ,12,\ else ( dist26 ) points18([5 if\ points20 ([11 , point34 ] \ return point46(6 ] dist30 \ elif point49 =(15 ) points39 =(14) elif(dist37=[3] print( dist35\ = [ 7 ] return 24 \ \ point34=16 \ print ( (11,-19 )] point47[ elif( d25([\ 13],18 return 22 ] \ points43=[4\ \ points23 (7,20) dist37=[2 \ d42 ([6 print(dist44 = points24 [9 dist32 if( ) = point49 [5] else return dist21=(3 ) for\ if point34>18 ] else: for \ (8 >10) \ if( points39(12 ] print 11 ( return dist38([15]) d32 ( dist25=\ ( # elif 26 ) ] points23 point35( ) #if d49[9 \ # point51 =[2 \ if\ else None for \ [5] ) ] ] ) 1 print(point24, ) elif else\ print(20,13) ) points30 elif( points42 [14] return(11) elif( points35 ) points41 = d49=( if d25([8], \ dist23=[\ ] points38= [ \ d48 d27 (6,4 ) print(d32,\ \ # else \ dist44=(7 ) ) # points34 [1 \ elif point52( points33( points42( else ( if point40\ points36 = 15\ elif(dist24 print (points27) \ elif (23) ] )] return \ point30=8 points22=[6] for ( d29( points47=13 ] dist45[14 ] points32 if(d28(6 ),17 elif (21 ,9) else\ \ \ \ d38 elif point39 ( ) else ( dist35 =(2, \ point44 ([12 ] elif(26 points37 = 23] return ( points40([5 ],12 ]