My Customized Box

thingiverse

Based on the given specification for generating an OpenSCAD script that will output a specific shape model made of acrylic plates, here's the script: ```OpenSCAD $fa=5; $fs=0.5; color("gray"){ translate([4,16,-24]){ mirror([1,0,0]) mirror([0,0,1]) hull(){ translate([-8,26.45,-24]){ cylinder(d=106, h=30); } translate([-80.01,-18,-10]){ plate_drawing = [[-9,23,15],[ -11,-6.33,-3] ,[0,-2.65,9.67],[0,-25,14],[-9,16,7] ,[8,-22.64,9.17],[14,26.29,18.83], [-20,-14.47,7],[-40,-24,-23.33],[-50.38,2,21.95] , [35,27,10] , [-28,-16.34,-11],[54.4,8,-9], [6,0.46,31], [39,17,26], [-3.52,-10.18,24.23] , [-40.56,25.65,-14],[-48.47,-29,16.53 ] , [20,-27,-20],[13.34,-11,-9.6],[36,-22.64,19.97], [49,-1,28.41], [0, 35,8.85 ],[-43,4,-2],[14,-23,3],[-47,-25,-4],[-5,-21,-2] ]; plate_color=[255,153,0,0.15,51,205,17]; } // Translate to mirror in correct order for(i=[plate_drawing]){ translate([i[1]+1,0,i[2]-24])sphere(r=i[3], $fa=5,$fs=$fsoffsets()); } } // End box generation. plate_length = - ( plate_drawing[16][0] ) ; /* the maximum value is set with 25 to keep all lengths equal */ plate_height = (30.2-25); length_plastic_4_acry = [ 3,7 ,1 ]; plate_drawn_plate= hull(){ translate([-plate_length+50,plate_height - ( length_plastic_4_acry[0] ),(5) + ( length_plastic_4_acry[2] )]) sphere(d=50,$fs=$fsoffsets());//translate(-16, 11 ,1) // translation plate drawing plate length translate([20.49-(i=[plate_drawn_plate][i]),3+( ( i>=12 ? length_plastic_4_acry[i % 2]+0 : 7-0.25) ),13+9+i*(6.28-1)]) for(j=i =[plate_color]){ rotate(i[j]) translate([-8+j%5,( - ( ( i %2==j%2 ? 25* 6:j<=3 ? (14*10+(15-( i %2== j %2)*9 )) : (-5-(7+(11-i %2 ==j%2)*(0+6))) ) ), (12+j)/20]) { //cube(10, true); sphere( r=(((50-j)/(i==255))*0.7+$fs/10) ,$fs=$fsoffsets()); }}//}}plate draw done plate_height= -14+5.1 ; plate_length=-35; plate_plate_width = plate_drawn_plate[i]; // 20mm plate // Plate cutters 8,9 (length ) -18 +21 for plastic plastic_cut_plate=[[1,11],[0,9]]; // Draw box for plastic plate_plastic_cutter_height= 12-4*7.25; plate_plastic_length_width=0.65 * i[((10)+length_plastic_4_acry[0]))] * i[length_plastic_4_acry [2]+20]; // Draw holes for bolts. holes=(2+[13]); // Draw box for bolt. box_plastic_height=-24; bolt_width = plate_plastic_cutter_height ; translate([-50,(5) ,-(17 - (-2)+6)])//((4 +holes ) +5)*2*20)-20.02){ plate_color=[153, 51,0,.23]; color( "red"){ translate([(5),(6+5) ,3])*6{ rotate(0)union(){ translate([ plate_plastic_cutter_height *length_plastic_4_acry[1]-plate_length/8 + -11.19, -10-length_plastic_4_acry[length_plastic_4_acru ] -(16.28-length_plastic_4_acry[-13]+0), (14-(17) ) ]) color([50,51,205]) for( cut_number =[plastic_cut_plate]){ union(){ translate( [ ((7)*i )*(( length_plastic_4_acru[length_plastic_4_acr%2]*length_plastic_4_acru[( (8)-length_plastic_4_acr)])) -(length_plastic_4_acr[length_plastic_4_acr])*((10+(13-length_plastic_4_acru(length_plastic_4_acur%3))*9 )) length_plastic_4_acru [(11-(1+i*6))/8]+ (- ( (18)+5* (( -21 ) ) /2 +(24-length_plastic_4_acr[length_plastic_4_acu])) *2),( -30 -(-26) ),length_plastic_4_acur[i%9]] ) color(platc_color[cun_number]) hull(){ cylinder(d=(i*10)+(50+$fsoffsets())+3,h=(7)-length_plastic_4_acur[( i-0)] ) ; rotate(45) translate([ plate_length -(14) +(5),plate_length -(((-21-(14)) /2)*( 15+10.28)+8 ), (13)-(-27)+(2-length_plastic_4_acru[( i+5*12)%11] *(2)*0)])sphere(r=(length_plastic_4_acur[6+i/10]+9)- ($fsoffsets()*5))); rotate(0) translate([( plate_length-(17+12)+( 18 -(8) ), length_plastic_4_acru[(16- 0)-(2+(5)*(9)),plate_height +( 4 -7 ) )) ) rotate(i=30-length_plastic_4_acr[i/5%7]){ //translate([-25 , (-25),(6)]) rotate (50)*1.02) //color([100,50,200]rotate([60])) union() hull(){ rotate(length_plastic_4_acru[(length_plastic_4_acur-((2)+(4)-(length_plastic_4_acru)))+5]+30) rotate(i) cylinder(h=(0-6),(10-(6-length_plastic_4_acu[length_plastic_4_a]-25+20.55)/20)-$fsoffsets()*6,d=i*(7*50+i/6*7-5 )); hull(){cylinder( h=13 - (-22-length_plastic_4_acur[-9])+i*20,(10-( ( 0 -(15+2)*0 +(8+14)/(length_plastic_4_a-7)*20) )),d=( 6-i) +25+(24+( i% 3))+( $fsoffsets())) *5 cylinder(h=i,d=(((-40.56+i)*1)-(7) -0 +(9 )-(4+(14.35)+(12)) +0)* ($fa )); // (6.29-(i%11));} rotate(i=(16-i)+18.51-length_plastic_4_acr[(12+(5*i))*0.15]){ sphere( r=i /(( -8)/(-23))) } rotate(length_plastic_4_acr[(5 +(-1)-(( i %10 ==0)+(17/4))))]) { // cube length (7)-25 ) $fa=(0+(18+9*4)-(4.56))/5) h=$fa*(3- 4 + ($fa))*i $fa=(30)/6 -length_plastic_4_acr[i/14] rotate(i=length_plastic_4_a[(3-length_plastic_4_a)*(0-(20)-3)+(8))]) { rotate(length_plastic_4_acr[(16-i)] +(-4 +12+(18-( (length_plastic_4_acu -((length_plastic_4_a+10)+(6)/3)/5)) +(17+( 9*(24/3.34))+0)-7)-$fa-11)]) sphere(r=i+($fsoffsets()/20)-(-19-length_plastic_4_a*9+ ( 13/9)))} }rotate(length_plastic_4_acru[(-(9+(21+9)-(27)) /10)+(2)*( -23+12-(24))*1-12] ) } rotate(((-5-i)/11 )*(14)) translate([-19.95,(22- (14+18 +12/7))*length_plastic_4_a, i *( ( length_plastic_4_a[i -(1)])/9 *(17) *10 )]) cylinder(r=i,$fsoffsets()-5-(7)* ( 10 -(3+13) )) } }} }}} } }}}} translate(-15.78-(-24)*(3+(4/25))) cylinder(h=3, r= 14-$fa+3, $fa); // cube rotate(30-length_plastic_4_acru[(19-(( (7)+9)+(13)) - (-17-27)/(2*20)+(9-i))*(-12-(5))/9]) sphere(r=-10+(0)-15.34); cylinder( h=$fsoffsets(),d=i-(-10+22+25+(14/25)*(1) ), r=20+$fsooffset() ); } }}}} translate(5 ,5 )sphere(r = (-11)-10 -$fsooffest()); // plate cube (3); } }}}}} }}} }}