const T = api.THREE; api.world({sky:"#a9d8ea", haze:"#b8e8e4", shadow:"#8a5cc9"}); const mat = (c, glow=false) => api.toon(c, {glow}); const M = { sea:mat("#38b7bb"), sand:mat("#f5d282"), pancake:mat("#e5a653"), edge:mat("#c97d3e"), syrup:mat("#9b502d"), syrupLight:mat("#d77b31"), milk:mat("#fff9df"), foam:mat("#ffffff"), trunk:mat("#9b633d"), leaf:mat("#65b84e"), strawberry:mat("#ed4d4e"), seed:mat("#ffe484"), waffle:mat("#e8ae54"), waffleDark:mat("#ae7138"), butter:mat("#ffe886"), window:mat("#a9e7e8",true), ink:mat("#563249"), yolk:mat("#ffc237",true), egg:mat("#fffbe9",true) }; const p = api.player; const dir = new T.Vector3(); api.camera.getWorldDirection(dir); dir.y = 0; if (dir.lengthSq() < 0.001) dir.set(0,0,-1); dir.normalize(); const right = new T.Vector3(-dir.z,0,dir.x); const yaw = Math.atan2(dir.x,dir.z); function world(x,z,y=0) { return new T.Vector3(p.x + right.x*x + dir.x*z, y, p.z + right.z*x + dir.z*z); } function put(group,x,z,id,describe,solid=false,y=0,angle=0) { group.position.copy(world(x,z,y)); group.rotation.y = yaw + angle; api.add(group,{id,describe,solid}); return group; } function mesh(geo, material, x,y,z, sx=1,sy=1,sz=1) { const o = new T.Mesh(geo,material); o.position.set(x,y,z); o.scale.set(sx,sy,sz); return o; } const sphere = new T.SphereGeometry(1,16,10); const cylinder = new T.CylinderGeometry(1,1,1,20); const box = new T.BoxGeometry(1,1,1); const circle = new T.CircleGeometry(600,96); const ocean = new T.Mesh(circle,M.sea); ocean.rotation.x = -Math.PI/2; ocean.position.y = 0.02; api.add(ocean,{id:"breakfast-sea",describe:"the turquoise sea around the breakfast island",solid:false}); const island = new T.Group(); const shore = mesh(new T.CylinderGeometry(1,1,1,96),M.edge,0,0.055,0,44,0.08,34); island.add(shore); const top = mesh(new T.CircleGeometry(1,96),M.sand,0,0.105,0,43.8,33.8,1); top.rotation.x = -Math.PI/2; island.add(top); put(island,0,0,"breakfast-island","a golden breakfast island surrounded by turquoise water"); const cliffs = new T.Group(); for(let i=0;i<42;i++){ const a = i*Math.PI*2/42; // A low opening at each end of the milk river keeps the shore varied. const x = Math.cos(a)*42, z = Math.sin(a)*32.4; if ((z>29 || z<-29) && x>-14 && x<0) continue; const h = 1.5 + 1.0*(0.5+0.5*Math.sin(i*2.71)); for(let k=0;k<3;k++){ const layer = mesh(cylinder,k===1?M.pancake:M.edge,x,0.25+k*h/3,z,2.7+0.3*Math.sin(i),h/3-0.06,2.35); cliffs.add(layer); const cap = mesh(cylinder,M.pancake,x,0.25+(k+0.5)*h/3-0.03,z,2.76+0.3*Math.sin(i),0.10,2.4); cliffs.add(cap); } const syrup = mesh(sphere,M.syrup,x,h+0.18,z,2.75,0.18,2.38); cliffs.add(syrup); for(let j=0;j<3;j++){ const aa=a+(j-1)*0.32; const dx=Math.cos(aa)*2.35, dz=Math.sin(aa)*2.05; const len=0.42+0.35*((i+j)%3); cliffs.add(mesh(cylinder,M.syrup,x+dx,h+0.08-len/2,z+dz,0.16,len,0.16)); cliffs.add(mesh(sphere,M.syrup,x+dx,h+0.08-len,z+dz,0.16,0.16,0.16)); } } put(cliffs,0,0,"pancake-cliffs","stacked pancake cliffs with thick dripping syrup"); function riverX(z){return -7 + 2.5*Math.sin(z*0.14);} const verts=[], indices=[]; const n=100; for(let i=0;i<=n;i++){ const z=-33+i*66/n, x=riverX(z), w=2.1+0.35*Math.sin(i*0.31); verts.push(x-w,0.14,z,x+w,0.14,z); if(imat(c)); const boulders = new T.Group(); for(let i=0;i<29;i++){ const z=-27+(i*7.9)%54; const side=i%2?1:-1; const x=riverX(z)+side*(3.1+(i%4)*0.7); const r=0.45+(i%5)*0.16; const ring=mesh(new T.TorusGeometry(r,0.22+r*0.15,9,20),cerealMats[i%5],x,0.38+r*0.4,z); ring.rotation.set(0.55+(i%3)*0.3,i*1.4,0.18*(i%4)); boulders.add(ring); if(i%3===0) boulders.add(mesh(sphere,cerealMats[(i+2)%5],x+0.8,0.27,z+0.45,0.48,0.32,0.38)); } put(boulders,0,0,"cereal-boulders","giant colorful cereal-ring boulders along the milk river"); function makeTree(){ const g=new T.Group(); g.add(mesh(cylinder,M.trunk,0,1.3,0,0.3,2.5,0.3)); const branch1=mesh(cylinder,M.trunk,-0.45,2.15,0,0.13,1.0,0.13); branch1.rotation.z=-0.85; g.add(branch1); const branch2=mesh(cylinder,M.trunk,0.42,2.2,0,0.13,1.05,0.13); branch2.rotation.z=0.85; g.add(branch2); const crown=new T.Group(); crown.position.y=3.35; crown.add(mesh(sphere,M.strawberry,0,0,0,1.45,1.15,1.25)); const tip=new T.Mesh(new T.ConeGeometry(1.17,1.35,18),M.strawberry); tip.rotation.z=Math.PI; tip.position.y=-0.72; crown.add(tip); for(let k=0;k<34;k++){ const a=k*2.399, v=-0.65+(k%7)*0.21; const r=Math.sqrt(Math.max(0,1-v*v)); const seed=mesh(sphere,M.seed,1.46*r*Math.cos(a),1.15*v,1.26*r*Math.sin(a),0.055,0.11,0.055); seed.rotation.z=(k%3-1)*0.3; crown.add(seed); } for(let j=0;j<7;j++){ const a=j*Math.PI*2/7; const leaf=mesh(sphere,M.leaf,Math.cos(a)*0.68,1.02,Math.sin(a)*0.58,0.72,0.14,0.28); leaf.rotation.y=-a; leaf.rotation.z=0.12; crown.add(leaf); } crown.add(mesh(cylinder,M.leaf,0,1.23,0,0.14,0.45,0.14)); crown.name="strawberry-crown"; g.add(crown); return g; } const treeSpots=[[8,8],[16,4],[23,10],[30,2],[12,-10],[21,-16],[30,-12],[-19,9],[-24,-3],[-19,-17],[-30,18],[4,27]]; treeSpots.forEach((s,i)=>put(makeTree(),s[0],s[1],"strawberry-tree-"+(i+1),"a strawberry tree with a giant seeded fruit crown",true,0,i*0.5)); const parts=[ {name:"floor",shape:"box",size:[7,0.3,6],pos:[0,0.25,0],color:"#dca04e"}, {name:"back-wall",shape:"box",size:[7,3.4,0.35],pos:[0,2,-2.85],color:"#efbd68"}, {name:"left-wall",shape:"box",size:[0.35,3.4,6],pos:[-3.33,2,0],color:"#efbd68"}, {name:"right-wall",shape:"box",size:[0.35,3.4,6],pos:[3.33,2,0],color:"#efbd68"}, {name:"front-left",shape:"box",size:[2.55,3.4,0.35],pos:[-2.23,2,2.85],color:"#efbd68"}, {name:"front-right",shape:"box",size:[2.55,3.4,0.35],pos:[2.23,2,2.85],color:"#efbd68"}, {name:"door-lintel",shape:"box",size:[1.9,0.8,0.35],pos:[0,3.3,2.85],color:"#efbd68"}, {name:"roof-left",shape:"box",size:[4.1,0.35,6.8],pos:[-1.8,4.5,0],rot:[0,0,25],color:"#d58c3d"}, {name:"roof-right",shape:"box",size:[4.1,0.35,6.8],pos:[1.8,4.5,0],rot:[0,0,-25],color:"#d58c3d"}, {name:"roof-ridge",shape:"box",size:[0.35,0.35,6.9],pos:[0,5.32,0],color:"#f5c672"}, {name:"chimney",shape:"box",size:[0.7,1.5,0.7],pos:[-1.9,5.45,-1.5],color:"#d87742"}, {name:"chimney-cap",shape:"box",size:[0.95,0.2,0.95],pos:[-1.9,6.25,-1.5],color:"#a9583b"}, {name:"window-left",shape:"roundbox",size:[1.15,1.2,0.12],pos:[-2.2,2,3.07],color:"#8bdce1"}, {name:"window-right",shape:"roundbox",size:[1.15,1.2,0.12],pos:[2.2,2,3.07],color:"#8bdce1"}, {name:"doorstep",shape:"box",size:[2.3,0.2,0.8],pos:[0,0.2,3.25],color:"#f7d27a"}, {name:"butter-on-roof",shape:"roundbox",size:[1.3,0.3,1.0],pos:[0,5.55,0.4],color:"#ffea89"} ]; for(const x of [-3.1,-2.3,-1.5,1.5,2.3,3.1]){ for(let y=0.75;y<3.5;y+=0.65){ if(Math.abs(x)>1.5 && y>1.25 && y<2.6) continue; parts.push({shape:"box",size:[0.55,0.43,0.06],pos:[x,y,3.055],color:"#ca8c45"}); } } for(const side of [-1,1]){ for(let z=-2.25;z<=2.3;z+=0.75){ for(let y=0.7;y<=3.2;y+=0.62){ parts.push({shape:"box",size:[0.06,0.40,0.52],pos:[side*3.53,y,z],color:"#ca8c45"}); } } } const house=api.build({parts}); put(house,18,19,"waffle-house","a golden waffle house with a doorway, windows and a butter-topped roof",true,0,Math.PI); const sun=new T.Group(); sun.add(mesh(sphere,M.egg,0,0,0,18,13,1.5)); sun.add(mesh(sphere,M.egg,-11,3,0,9,7,1.5)); sun.add(mesh(sphere,M.egg,11,-1,0,10,8,1.5)); sun.add(mesh(sphere,M.egg,-3,-8,0,10,6,1.5)); sun.add(mesh(sphere,M.yolk,0,0,-1.6,7.3,7.3,2.2)); put(sun,0,190,"fried-egg-sun","a giant fried egg sun rising above the island",false,52); const floaters=[]; const floating=new T.Group(); for(let i=0;i<5;i++){ const z=-21+i*9; const ring=mesh(new T.TorusGeometry(0.38,0.15,8,20),cerealMats[i],riverX(z),0.32,z); ring.rotation.x=-Math.PI/2; floating.add(ring); floaters.push({ring,z,phase:i*1.3}); } put(floating,0,0,"floating-cereal","cereal rings bobbing in the milk river"); api.onFrame((dt,t)=>{ for(const f of floaters){ f.ring.position.y=0.29+0.07*Math.sin(t*1.7+f.phase); f.ring.rotation.z=0.15*Math.sin(t+f.phase); } }); api.particles({type:"particles",kind:"smoke",attach:{object:"waffle-house",part:"chimney-cap",offset:[0,0.2,0]},rate:2,velocity:[0,0.7,0],jitter:0.25,gravity:-0.1,life:2.5,size:0.3,colors:["#fff4d6","#eacaa8"],duration:0}); api.say="I made a breakfast island with syrupy pancake cliffs, a milk river, strawberry trees, cereal boulders and a waffle house. A fried-egg sun is rising over the sea!"; api.suggest=["Add a butter boat to the milk river","Fill the sea with friendly fish","Make it a strawberry-milk sunset","Add a breakfast picnic near the house"];