let a = 10; let b = 10; let w = 0; let h = 0; let dw = 0; let dh = 0; let f = 0; let doors; let blocks; function setup(){ doors = new Array(a * b); blocks = new Array(a * (b / 2)); createCanvas(800, 800); w=width / a; h=height / b; f=h / 6; for(let i = 0;i < a;i++) { for(let k = 0;k < b;k++) { dw=random(w / 5, w / 2); dh=dw * random(1.2, 1.5); doors[i + a * k]=new Door(w * i + w / 2, h * k + h - f - dh / 2, dw, dh); } } for(let i = 0;i < blocks.length;i++) { blocks[i]=int(random(0, 9)); } noLoop(); } function draw(){ background(25); for(let i = 0;i < a;i++) { for(let k = 0;k < b;k++) { doors[i + a * k].display(); } } for(let i = 0;i < a;i++) { if(i >= 1) { translate(w, 0); } push(); for(let j = 0;j < b / 2;j++) { if(j >= 1) { translate(0, h * 2); } if(blocks[i + a * j] >= 0 && blocks[i + a * j] <= 6) { block1(h / 3, 10); } if(blocks[i + a * j] == 7) { block2(h / 3, w / 10); } if(blocks[i + a * j] == 8) { block3(h / 3, w / 10); } } pop(); } } function mousePressed(){ for(let i = 0;i < a;i++) { for(let k = 0;k < b;k++) { dw=random(w / 4, w / 2); dh=dw * random(1.2, 1.5); doors[i + a * k]=new Door(w * i + w / 2, h * k + h - f - dh / 2, dw, dh); } } for(let i = 0;i < blocks.length;i++) { blocks[i]=int(random(0, 9)); } redraw(); } class Door{ constructor(locationX, locationY, w, h){ this.x=locationX; this.y=locationY; this.sizeW=w; this.sizeH=h; } update(w, h){ this.sizeW=w; this.sizeH=h; } display(){ push(); translate(this.x, this.y); rectMode(CENTER); noStroke(); fill(153, 102, 102); rect(0, 0, this.sizeW, this.sizeH); fill(102, 51, 51); rect(0, 0, this.sizeW - this.sizeW * 3 / 25, this.sizeH - this.sizeW * 3 / 25); fill(153, 102, 102); rect(0, 0, this.sizeW * 4 / 5, this.sizeH - (this.sizeW * 1 / 5)); fill(102, 51, 51); rect(-this.sizeW / 7, 0, this.sizeW / 4, this.sizeH * 4 / 5); rect(this.sizeW / 7, 0, this.sizeW / 4, this.sizeH * 4 / 5); fill(153, 102, 102); rect(-this.sizeW / 7, 0, this.sizeW / 5, this.sizeH * 19 / 25); rect(this.sizeW / 7, 0, this.sizeW / 5, this.sizeH * 19 / 25); fill(204, 153, 51); rect(this.sizeW / 3, this.sizeH / 20, this.sizeW / 10, this.sizeH / 6); rect(-this.sizeW * 19 / 50, this.sizeH / 4, this.sizeW / 10, this.sizeH / 8); rect(-this.sizeW * 19 / 50, -this.sizeH / 4, this.sizeW / 10, this.sizeH / 8); rect(-this.sizeW * 21 / 50, this.sizeH / 4, this.sizeW * 3 / 50, this.sizeH * 3 / 20); rect(-this.sizeW * 21 / 50, -this.sizeH / 4, this.sizeW * 3 / 50, this.sizeH * 3 / 20); fill(218, 165, 32); rect(this.sizeW * 13 / 48, 0, this.sizeW * 9 / 50, this.sizeH * 3 / 80); fill(30); rect(this.sizeW / 3, this.sizeH * 7 / 80, this.sizeW * 4 / 125, this.sizeH / 20); ellipse(this.sizeW / 3, this.sizeH * 5 / 80, this.sizeW * 3 / 50, this.sizeW * 3 / 50); pop(); } } function tesuri(lx,ly,w,h){ rectMode(CORNER); fill('#644E4A'); stroke('#644E4A'); rect(lx,ly,w,h/6); strokeWeight(1); ellipse(lx + w/2,ly + h*5/24, w/3, w/3); ellipse(lx + w/2,ly + h*7/12, w/6 , h * 5/6); ellipse(lx + w/2,ly + h*17/24, w/3, w/3); rect(lx,ly + h*9/12, w, h*3/12); } function kaidan(x1,y1,x2,y2,h,itvl){ fill('#644E4A'); stroke('#644E4A'); strokeWeight(1); beginShape(); vertex(x1,y1); vertex(x2,y2 - h); vertex(x2,y2 - h*5/6); vertex(x1,y1 + h/6); endShape(); let kw = x2 - x1; let aw = abs(kw); let iterval = aw / itvl; //print(iterval); let kh = (y2 - h/2) - (y1 + h/2) ; //print(kh); let ah = abs(kh); //print(ah); //float itervalH = ah /iterval; //print(itervalH); //rectMode(CENTER); for(let i = 0; i < iterval; i++){ ellipse(x1 + kw/iterval/2 + kw/iterval*(i),y1 + h/2 + kh/iterval/2 + kh/iterval*(i) - h*2/6,itvl/3,itvl/3); ellipse(x1 + kw/iterval/2 + kw/iterval*(i),y1 + h/2 + kh/iterval/2 + kh/iterval*(i),itvl/6 ,h*5/6); ellipse(x1 + kw/iterval/2 + kw/iterval*(i),y1 + h/2 + kh/iterval/2 + kh/iterval*(i) + h*3/12,itvl/3,itvl/3); //rect(x1 + kw/iterval/2 + kw/iterval*(i),y1 + h*11/12 + kh/iterval*(i),aw/iterval,h/6); } beginShape(); vertex(x1,y1 + h*9/12); vertex(x2,y2 - h*3/12); vertex(x2,y2); vertex(x1,y1 + h); endShape(); } function lamp(lx,ly, r){ fill(255,198,106,225); noStroke(); ellipse(lx,ly,r,r*0.8); fill(255,234,157,225); noStroke(); ellipse(lx,ly-r/6,r/2,r/2); fill('#B4A27F'); noStroke(); ellipse(lx-r,ly-r*0.4,r*0.45,r*0.45); strokeWeight(4); stroke('#B4A27F'); noFill(); bezier(lx,ly-r*0.4,lx-r*0.0,ly-r*0.7-r,lx-r*1.0,ly-r*0.4+r,lx-r,ly-r*0.4+r*0.0); fill('#B4A27F'); noStroke(); arc(lx,ly-r*0.4,r/3,r/4,radians(180),radians(360),CHORD); let r2 = r*1.7; for(let i = 0; i < r2; i += 3){ fill(255,234,157,30); noStroke(); ellipse(lx,ly+r*0.4,i,i); } } function block1(bh,split){ let tw = w/split; for(let i = 0; i < split; i++){ tesuri(tw*i,h-bh,tw,bh); tesuri(tw*i,h + (h-bh),tw,bh); } } function block2(bh,interval){ fill(25); stroke(25); rectMode(CORNER); rect(0,0,w,h*2); lamp(w/2,h*0.6,30); kaidan(0,h-bh,w,h*2,bh,interval); } function block3(bh,interval){ fill(25); stroke(25); rectMode(CORNER); rect(0,0,w,h*2); lamp(w/2,h*0.6,30); kaidan(w,h-bh,0,h*2,bh,interval); }

Maze