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Carcassonne_core.scad
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Carcassonne_core.scad
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$fs=0.4;$fa=5;
//Layer heights:
//Grass 0.0-1.0mm
//Roads 1.0-1.3mm
//Shields 1.3-1.6mm
//City 1.6-2.0mm
//Buildings 2.0-100mm
//translate([-25,-25,-0.5]) color([1,0,0]) cube([50,50,1.6]);
//Helper modules
module bottom(top=0,right=0,bottom=0,left=0,shield=0) {
//translate([0,0,-1]) scale([1,1,2])
bottom_o(top,right,bottom,left,shield);
}
module bottom_o(top=0,right=0,bottom=0,left=0,shield=0) {
render() difference() {
union() {
cube([40, 40, 1],center=true);
translate([0,-10,0]) cube([44, 5, 1],center=true);
translate([0, 10,0]) cube([44, 5, 1],center=true);
translate([-10,0,0]) cube([5, 44, 1],center=true);
translate([ 10,0,0]) cube([5, 44, 1],center=true);
if (top == 3) translate([20,10,0]) rotate(a=45, v=[0,0,1]) cube([sqrt(2)*5, sqrt(2)*5,1],center=true);
if (bottom == 3) translate([-20,-10,0]) rotate(a=45, v=[0,0,1]) cube([sqrt(2)*5, sqrt(2)*5,1],center=true);
if (right == 3) translate([-10, 20,0]) rotate(a=45, v=[0,0,1]) cube([sqrt(2)*5, sqrt(2)*5,1],center=true);
if (left == 3) translate([ 10,-20,0]) rotate(a=45, v=[0,0,1]) cube([sqrt(2)*5, sqrt(2)*5,1],center=true);
}
if (top == 0) translate([25, 0,0]) cube([10,50,10],center=true);
if (top == 1) translate([25, 10,0]) cube([14.4, 5.4,10],center=true);
if (top == 2) translate([25,-10,0]) cube([14.4, 5.4,10],center=true);
if (top == 3) translate([20,-10,0]) rotate(a=45, v=[0,0,1]) cube([sqrt(2)*5, sqrt(2)*5,10],center=true);
if (bottom == 0) translate([-25, 0,0]) cube([10,50,10],center=true);
if (bottom == 1) translate([-25,-10,0]) cube([14.4, 5.4,10],center=true);
if (bottom == 2) translate([-25, 10,0]) cube([14.4, 5.4,10],center=true);
if (bottom == 3) translate([-20, 10,0]) rotate(a=45, v=[0,0,1]) cube([sqrt(2)*5, sqrt(2)*5,10],center=true);
if (right == 0) translate([ 0, 25,0]) cube([50,10,10],center=true);
if (right == 1) translate([-10, 25,0]) cube([ 5.2,14.4,10],center=true);
if (right == 2) translate([ 10, 25,0]) cube([ 5.2,14.4,10],center=true);
if (right == 3) translate([ 10, 20,0]) rotate(a=45, v=[0,0,1]) cube([sqrt(2)*5, sqrt(2)*5,10],center=true);
if (left == 0) translate([ 0,-25,0]) cube([50,10,10],center=true);
if (left == 1) translate([ 10,-25,0]) cube([ 5.2,14.4,10],center=true);
if (left == 2) translate([-10,-25,0]) cube([ 5.2,14.4,10],center=true);
if (left == 3) translate([-10,-20,0]) rotate(a=45, v=[0,0,1]) cube([sqrt(2)*5, sqrt(2)*5,10],center=true);
if (shield) translate([13-(5*(shield-1)),13,0.5]) {
linear_extrude(height = 0.8,center=true) difference() {
intersection() {
translate([0,2,0]) circle(r=5);
translate([0,-2,0]) circle(r=5);
}
translate([5.5,0]) circle(r=5);
}
}
}
if (shield) translate([13-(5*(shield-1)),13,0.5]) {
%linear_extrude(height = 10,center=true) difference() {
intersection() {
translate([0,2,0]) circle(r=5);
translate([0,-2,0]) circle(r=5);
}
translate([5.5,0]) circle(r=5);
}
}
}
module singleCityWall() {
render() intersection() {
translate([0,0,1]) bottom(1,0,0,0);
translate([ 40,0,0]) cylinder(r=30,h=10,$fn=22);
}
roundCityWall();
}
module roundCityWall() {
render(convexity=2) intersection() {
union() {
difference() {
translate([ 40,0,0]) cylinder(r=30,h=8,$fn=22);
translate([ 40,0,0]) cylinder(r=28,h=12,$fn=22);
for(i=[0:10])
translate([ 40,0,8]) rotate([0,0,360/22*(0.5+i)]) cube([60,3,2],center=true);
}
translate([ 20, 20]) cylinder(r=3,h=9);
translate([ 20,-20]) cylinder(r=3,h=9);
}
cube([40,40,40],center=true);
}
}
module wallTower(rot=10,type=0) {
translate([40,0,0]) rotate(rot) translate([-28,0,0]) difference() {
union() {
cylinder(r=3,h=10,$fn=8);
if (type == 0) {
translate([0,0,10]) cylinder(r1=3,r2=4,h=2,$fn=8);
translate([0,0,12]) cylinder(r=4,h=2,$fn=8);
}
if (type == 1) {
translate([0,0,10]) cylinder(r1=3.5,r2=1,h=5,$fn=8);
}
}
if (type == 0) {
translate([0,0,12]) cylinder(r=2.7,h=4,$fn=8);
for(i=[0:3]) translate([0,0,14]) rotate(360/16+i*360/8) cube([20,0.8,2],center=true);
}
}
}
module cornerWall(shield=0) {
render() difference() {
intersection() {
color([0.7,0.7,0.7]) translate([0,0,1]) bottom(1,1,0,0, shield);
union() {
rotate([0,0,90]) translate([40,0,0]) cylinder(r=29,h=10,$fn=22);
rotate([0,0, 0]) translate([40,0,0]) cylinder(r=29,h=10,$fn=22);
difference() {
cube([20,20,10]);
cylinder(r=11,h=10,$fn=12);
}
}
}
}
render() difference() {
union() {
roundCityWall();
rotate(90) roundCityWall();
}
cube([25,25,20]);
}
render(convexity=2) intersection() {
union() {
difference() {
translate([ 0,0,0]) cylinder(r=12,h=8,$fn=12);
translate([ 0,0,0]) cylinder(r=10,h=12,$fn=12);
for(i=[0:2])
translate([ 0,0,8]) rotate([0,0,360/12*(0.5+i)]) cube([60,3,2],center=true);
}
}
cube([40,40,40]);
}
}
module road(seed=0, length=40) {
d = [[0,0],[10, 1],[length-10, 1],[length, 0]];
off1 = rands(-10,10,3, seed)[0];
off2 = rands(-10,10,3, seed)[1];
off3 = rands(-30,30,3, seed)[2];
scale3 = rands(1,3,1, seed+1)[0];
linear_extrude(height=0.8) intersection() {
translate([0,-20]) for(i=[0:length-1]) hull() {
translate([sin(i*off1)*2*sign(off3)*lookup(i,d)+sin(i*off2)*2*sign(off3)*lookup(i,d)+sin(i*off3)*scale3*lookup(i,d),i]) circle(r=1);
translate([sin((i+1)*off1)*2*sign(off3)*lookup((i+1),d)+sin((i+1)*off2)*2*sign(off3)*lookup((i+1),d)+sin((i+1)*off3)*scale3*lookup((i+1),d),(i+1)]) circle(r=1);
}
square([40,40],center=true);
}
}
module roadCorner(seed=2) {
a = [[0,0],[10,10],[20,10],[30,10]];
b = [[0,0],[10, 0],[20,10],[30,10]];
c = [[0,0],[10, 0],[20, 0],[30,10]];
d = [[0,0],[10, 1],[20, 1],[30, 0]];
off1 = rands(-30,30,3, seed)[0];
off2 = rands(-30,30,3, seed)[1];
off3 = rands(-50,50,3, seed)[2];
scale3 = rands(1,10,1, seed+1)[0];
linear_extrude(height=0.8) intersection() {
translate([-20,-20]) for(i=[0:29]) hull() {
translate([10,lookup(i,a)]) rotate(lookup(i,b)*9) translate([10+sin(i*off1)*2*sign(off3)*lookup(i,d)+sin(i*off2)*2*sign(off3)*lookup(i,d)+sin(i*off3)*scale3*lookup(i,d),lookup(i,c)]) circle(r=1);
translate([10,lookup((i+1),a)]) rotate(lookup((i+1),b)*9) translate([10+sin((i+1)*off1)*2*sign(off3)*lookup((i+1),d)+sin((i+1)*off2)*2*sign(off3)*lookup((i+1),d)+sin((i+1)*off3)*scale3*lookup((i+1),d),lookup((i+1),c)]) circle(r=1);
}
square([40,40],center=true);
}
}
module house() {
render() scale(0.3) translate([0,0,4]) union() {
difference() {
cube([7,15,8],center=true);
translate([4,3,0]) cube([3,5,2],center=true);
translate([-4,-3,0]) cube([3,5,2],center=true);
translate([-4,3,-2]) cube([3,3,5],center=true);
translate([4,-4,0]) cube([3,3,2],center=true);
}
translate([0,0,5.2]) rotate([0,-90,90]) cylinder(h=16,r=5,center=true,$fn=3);
}
}
module cloister() {
difference() {
union() {
translate([0,-2,3.5]) cube([7,15,7],center=true);
translate([-2,5,6]) cube([7,7,12],center=true);
translate([-2,5,12]) rotate([0,0,45]) cylinder(r1=5.5,r2=1,h=5,$fn=4);
translate([ 2,5,4.5]) cube([4,4,9],center=true);
translate([ 2,5,9]) rotate([0,0,45]) cylinder(r1=3.5,r2=1,h=2,$fn=4);
hull() {
translate([ 0,3,7]) rotate([0,0,45]) cylinder(r1=5.5,r2=1,h=3,$fn=4);
translate([ 0,-6,7]) rotate([0,0,45]) cylinder(r1=5.5,r2=1,h=3,$fn=4);
}
}
hull() {
translate([-2,9,0]) cube(2,center=true);
translate([-2,9,5]) rotate([90,0,0]) cylinder(r=1,h=2,center=true);
}
translate([-2,9,9]) rotate([90,0,0]) cylinder(r=1,h=2,center=true);
for(i=[0:2]) translate([-6,5,6+i*2]) cube([2,3,1],center=true);
for(i=[0:2]) hull() {
translate([-3.5,i*-3.5,3]) cube(2,center=true);
translate([-3.5,i*-3.5,5]) rotate([90,0,90]) cylinder(r=1,h=2,center=true);
}
for(i=[0:2]) hull() {
translate([ 3.5,i*-3.5,3]) cube(2,center=true);
translate([ 3.5,i*-3.5,5]) rotate([90,0,90]) cylinder(r=1,h=2,center=true);
}
hull() {
translate([0,-10,2.5]) cube([3,2,2],center=true);
translate([0,-10,4.5]) rotate([90,0,0]) cylinder(r=1.5,h=2,center=true);
}
}
}
/* tile modules */
module cccc(seed=5) {
color([0.3,0.7,0.3]) bottom(1,1,1,1);
color([0.7,0.7,0.7]) translate([0,0,1]) bottom(1,1,1,1, 1);
offX = rands(-1.5,1.5,7*7,seed);
offY = rands(-1.5,1.5,7*7,seed+1);
rots = rands(0,360,7*7,seed+2);
for(x=[-3:3])
for(y=[-3:3])
if (x < 2 || y < 2)
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
}
//cccf x3 +x1 shield
module cccf(seed=0, shield=0) {
color([0.3,0.7,0.3]) bottom(1,1,1,0);
render() difference() {
color([0.7,0.7,0.7]) translate([0,0,1]) bottom(1,1,1,0, shield);
rotate([0,0,-90]) translate([40,0,0]) cylinder(r=29,h=10,$fn=22);
}
offX = rands(-1.5,1.5,7*7,seed);
offY = rands(-1.5,1.5,7*7,seed+1);
rots = rands(0,360,7*7,seed+2);
rotate([0,0,-90]) roundCityWall();
if (seed == 1) rotate([0,0,-90]) wallTower(10,0);
if (seed == 2) rotate([0,0,-90]) wallTower(-20,0);
if (seed == 3) rotate([0,0,-90]) wallTower(15,1);
for(x=[-3:3])
for(y=[-2:3])
if (((x < 2 || y < 2) || !shield) && (y > -2 || abs(x) == 3))
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
}
//cccr x1 +x2 shield
module cccr(seed=10, shield=0) {
color([0.3,0.7,0.3]) bottom(1,1,1,2);
render() difference() {
color([0.7,0.7,0.7]) translate([0,0,1]) bottom(1,1,1,2, shield);
rotate([0,0,-90]) translate([40,0,0]) cylinder(r=29,h=10,$fn=22);
}
offX = rands(-1.5,1.5,7*7,seed);
offY = rands(-1.5,1.5,7*7,seed+1);
rots = rands(0,360,7*7,seed+2);
rotate([0,0,-90]) roundCityWall();
for(x=[-3:3])
for(y=[-2:3])
if (((x < 2 || y < 2) || !shield) && (y > -2 || abs(x) == 3))
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
road(seed+3);
}
//ccff x3, +x2 shield
module ccff(seed=0,shield=0) {
color([0.3,0.7,0.3]) bottom(1,1,0,0);
cornerWall(shield);
if (seed == 1) wallTower(20);
if (seed == 2) rotate(90) wallTower(-15, 1);
if (seed == 10) rotate(90) wallTower(-20);
if (seed == 10) wallTower(5);
if (seed == 11) rotate(90) wallTower(0, 1);
offX = rands(-1.5,1.5,7*7,seed);
offY = rands(-1.5,1.5,7*7,seed+1);
rots = rands(0,360,7*7,seed+2);
for(x=[-3:3])
for(y=[-3:3])
if ((((x > -2 && (x < 2)) || (y > -2 && y < 2)) && (x == 3 || y == 3))
|| (!shield && x > 1 && y > 1))
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
}
//ccff_alt x2
module ccff_alt(seed=0) {
color([0.3,0.7,0.3]) bottom(1,1,0,0);
singleCityWall();
rotate([0,0,90]) singleCityWall();
if (seed == 2) wallTower(-35);
offX = rands(-1.5,1.5,7*7,seed);
offY = rands(-1.5,1.5,7*7,seed+1);
rots = rands(0,360,7*7,seed+2);
for(x=[-3:3])
for(y=[-3:3])
if (((x > -2 && x < 2) || (y > -2 && y < 2)) && (x == 3 || y == 3))
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
}
module ccrr(seed=0, shield=0) {
color([0.3,0.7,0.3]) bottom(1,1,2,2);
cornerWall(shield);
if (seed == 1) wallTower(10);
if (seed == 2) rotate(90) wallTower(-10, 1);
if (seed == 11) wallTower(10);
if (seed == 11) rotate(90) wallTower(-10);
offX = rands(-1.5,1.5,7*7,seed+20);
offY = rands(-1.5,1.5,7*7,seed+21);
rots = rands(0,360,7*7,seed+22);
for(x=[-3:3])
for(y=[-3:3])
if ((((x > -2 && (x < 2)) || (y > -2 && y < 2)) && (x == 3 || y == 3))
|| (!shield && x > 1 && y > 1))
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
roadCorner(seed+23);
}
module cfcf(seed=0,shield=0) {
color([0.3,0.7,0.3]) bottom(0,1,0,1);
rotate([0,0, 0]) roundCityWall();
rotate([0,0,180]) roundCityWall();
if (seed == 10) wallTower(10);
if (seed == 10) rotate(180) wallTower(15);
if (seed == 11) wallTower(25, 1);
if (seed == 11) wallTower(-25, 1);
render() difference() {
if (shield) color([0.7,0.7,0.7]) translate([0,0,1]) bottom(0,1,0,1, 2);
else color([0.7,0.7,0.7]) translate([0,0,1]) bottom(0,1,0,1, 0);
rotate([0,0, 0]) translate([40,0,0]) cylinder(r=29,h=10,$fn=22);
rotate([0,0,180]) translate([40,0,0]) cylinder(r=29,h=10,$fn=22);
}
offX = rands(-1.5,1.5,7*7,seed);
offY = rands(-1.5,1.5,7*7,seed+1);
rots = rands(0,360,7*7,seed+2);
for(x=[-3:3])
for(y=[-3:3])
if (x>-3&&x<3 && ((x>-2&&x<2) || y>2 || y<-2) && (!shield || x<1||y<2))
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
}
//cfcf_alt x3
module cfcf_alt(seed=0) {
color([0.3,0.7,0.3]) bottom(1,0,1,0);
singleCityWall();
rotate([0,0,180]) singleCityWall();
if (seed == 1) wallTower(15);
if (seed == 2) wallTower(20, 1);
if (seed == 2) rotate(180) wallTower(25);
offX = rands(-1.5,1.5,7*7,seed+20);
offY = rands(-1.5,1.5,7*7,seed+21);
rots = rands(0,360,7*7,seed+22);
for(x=[-3:3])
for(y=[-3:3])
if ((y > -2 && y < 2) && (x == 3 || x == -3))
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
}
//cfff x3
module cfff(seed=0) {
color([0.3,0.7,0.3]) bottom(1,0,0,0);
singleCityWall();
if (seed == 1) wallTower(15);
if (seed == 2) wallTower(-10);
if (seed == 3) wallTower(20, 1);
if (seed == 4) wallTower( 15);
if (seed == 4) wallTower(-15);
offX = rands(-1.5,1.5,7*7,seed+30);
offY = rands(-1.5,1.5,7*7,seed+31);
rots = rands(0,360,7*7,seed+32);
for(x=[-3:3])
for(y=[-3:3])
if ((y > -2 && y < 2) && (x == 3))
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
}
module cfrr(seed=0) {
color([0.3,0.7,0.3]) bottom(1,2,2,0);
singleCityWall();
rotate([0,0,-90]) roadCorner(seed+115);
if (seed == 1) wallTower(15);
if (seed == 2) wallTower(-10, 1);
offX = rands(-1.5,1.5,7*7,seed+40);
offY = rands(-1.5,1.5,7*7,seed+41);
rots = rands(0,360,7*7,seed+42);
for(x=[-3:3])
for(y=[-3:3])
if ((y > -2 && y < 2) && (x == 3))
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
}
module crfr(seed=0) {
color([0.3,0.7,0.3]) bottom(1,2,0,2);
singleCityWall();
road(seed+215);
if (seed == 1) wallTower( 20, 1);
if (seed == 1) wallTower(-20, 1);
if (seed == 2) wallTower(-5);
if (seed == 3) wallTower( 5, 1);
offX = rands(-1.5,1.5,7*7,seed+50);
offY = rands(-1.5,1.5,7*7,seed+51);
rots = rands(0,360,7*7,seed+52);
for(x=[-3:3])
for(y=[-3:3])
if ((y > -2 && y < 2) && (x == 3))
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
}
module crrf(seed=0) {
color([0.3,0.7,0.3]) bottom(1,0,2,2);
singleCityWall();
roadCorner(seed+145);
if (seed == 1) wallTower( 30);
if (seed == 1) wallTower(-10);
if (seed == 2) wallTower( 30);
if (seed == 2) wallTower( 10);
if (seed == 2) wallTower(-20);
offX = rands(-1.5,1.5,7*7,seed+60);
offY = rands(-1.5,1.5,7*7,seed+61);
rots = rands(0,360,7*7,seed+62);
for(x=[-3:3])
for(y=[-3:3])
if ((y > -2 && y < 2) && (x == 3))
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
}
module crrr(seed=0) {
color([0.3,0.7,0.3]) bottom(1,2,2,2);
singleCityWall();
road(seed+115, 17);
rotate(-90) road(seed+126, 17);
rotate(180) road(seed+137, 17);
if (seed == 0) {
translate([3,-1,0.5]) rotate(20) house();
translate([-4,-5,0.5]) rotate(170) house();
translate([-5,4,0.5]) rotate(110) house();
}
if (seed == 1) {
wallTower( 15);
wallTower(-15);
translate([3,1,0.5]) rotate(10) house();
translate([-5,-4,0.5]) rotate(210) house();
translate([-4,4,0.5]) rotate(120) house();
}
if (seed == 2) {
translate([-12,0,0]) wallTower(0);
}
offX = rands(-1.5,1.5,7*7,seed+70);
offY = rands(-1.5,1.5,7*7,seed+71);
rots = rands(0,360,7*7,seed+72);
for(x=[-3:3])
for(y=[-3:3])
if ((y > -2 && y < 2) && (x == 3))
translate([x*5+offX[x+3+(y+3)*7],y*5+offY[x+3+(y+3)*7],1.5])
rotate([0,0,rots[x+3+(y+3)*7]]) house();
}
module ffff(seed=0) {
color([0.3,0.7,0.3]) bottom(0,0,0,0);
rot = rands(0,360,seed+1,seed+83)[seed];
rotate(rot) translate([0,0,0.5]) cloister();
}
module fffr(seed=0) {
color([0.3,0.7,0.3]) bottom(0,0,0,2);
translate([-3,0,0]) rotate(180) cloister();
intersection() {
road(seed+312);
translate([-20,-20]) cube([40,20,20]);
}
}
module ffrr(seed=0) {
color([0.3,0.7,0.3]) bottom(0,0,2,2);
roadCorner(seed+300);
}
module frfr(seed=0) {
color([0.3,0.7,0.3]) bottom(0,2,0,2);
road(seed+400);
}
module frrr(seed=0) {
color([0.3,0.7,0.3]) bottom(0,2,2,2);
road(seed+420, 17);
rotate(-90) road(seed+430, 17);
rotate(180) road(seed+440, 17);
}
module rrrr(seed=0) {
color([0.3,0.7,0.3]) bottom(2,2,2,2);
road(seed+450, 17);
rotate( 90) road(seed+460, 17);
rotate(-90) road(seed+470, 17);
rotate(180) road(seed+480, 17);
}
//Testing a single tile
//cccf(0);
module plate1() {
translate([ 0, 0]) cccc();
translate([ 50, 0]) cccf(0,0);
translate([100, 0]) cccf(1,0);
translate([150, 0]) cccf(2,0);
translate([ 0, 50]) cccf(3,1);
translate([ 50, 50]) cccr(10,0);
translate([100, 50]) cccr(16,1);
translate([150, 50]) cccr(4,1);
translate([ 0,100]) ccff(0,0);
translate([ 50,100]) ccff(1,0);
translate([100,100]) ccff(2,0);
translate([150,100]) ccff(10,1);
translate([ 0,150]) ccff(11,1);
translate([ 50,150]) ccff_alt(1,0);
translate([100,150]) ccff_alt(2,0);
translate([150,150]) ccrr(0,0);
}
module plate2() {
translate([ 0, 0]) ccrr(1,0);
translate([ 50, 0]) ccrr(2,0);
translate([100, 0]) ccrr(10,1);
translate([150, 0]) ccrr(11,1);
translate([ 0, 50]) cfcf(0,0);
translate([ 50, 50]) cfcf(10,1);
translate([100, 50]) cfcf(11,1);
translate([150, 50]) cfcf_alt(0);
translate([ 0,100]) cfcf_alt(1);
translate([ 50,100]) cfcf_alt(2);
translate([100,100]) cfff(0);
translate([150,100]) cfff(1);
translate([ 0,150]) cfff(2);
translate([ 50,150]) cfff(3);
translate([100,150]) cfff(4);
translate([150,150]) cfrr(0);
}
module plate3() {
translate([ 0, 0]) cfrr(1);
translate([ 50, 0]) cfrr(2);
translate([100, 0]) crfr(0);
translate([150, 0]) crfr(1);
translate([ 0, 50]) crfr(2);
translate([ 50, 50]) crfr(3);
translate([100, 50]) crrf(0);
translate([150, 50]) crrf(1);
translate([ 0,100]) crrf(2);
translate([ 50,100]) crrr(0);
translate([100,100]) crrr(1);
translate([150,100]) crrr(2);
translate([ 0,150]) ffff(0);
translate([ 50,150]) ffff(1);
translate([100,150]) ffff(2);
translate([150,150]) ffff(3);
}
module plate4() {
translate([ 0, 0]) fffr(0);
translate([ 50, 0]) fffr(1);
translate([100, 0]) ffrr(0);
translate([150, 0]) ffrr(1);
translate([ 0, 50]) ffrr(2);
translate([ 50, 50]) ffrr(3);
translate([100, 50]) ffrr(4);
translate([150, 50]) ffrr(5);
translate([ 0,100]) ffrr(6);
translate([ 50,100]) ffrr(7);
translate([100,100]) ffrr(8);
translate([150,100]) frfr(0);
translate([ 0,150]) frfr(1);
translate([ 50,150]) frfr(2);
translate([100,150]) frfr(3);
translate([150,150]) frfr(4);
}
module plate5() {
//translate([ 0,100]) ffrr(1);
translate([ 50,100]) ffrr(5);
translate([100,100]) frfr(0);
translate([150,100]) frfr(4);
translate([ 0, 0]) frfr(16);
translate([ 50, 0]) frfr(6);
translate([100, 0]) frfr(7);
translate([150, 0]) frrr(0);
translate([ 0, 50]) frrr(2);
translate([ 50, 50]) frrr(3);
translate([100, 50]) frrr(4);
translate([150, 50]) rrrr(5);
//translate([ 0,150]) ????(0);
//translate([ 50,150]) ????(0);
//translate([100,150]) ????(0);
//translate([150,150]) ????(0);
}
//ccrr(1,0);
plate1();
translate([220,0])
plate2();
translate([0,220])
plate3();
translate([220,220])
plate4();
translate([0,440])
plate5();